{"diffoscope-json-version": 1, "source1": "/srv/reproducible-results/rbuild-debian/tmp.S90M5pnnd7/b1/paw_2.14.04.dfsg.2-9.1_i386.changes", "source2": "/srv/reproducible-results/rbuild-debian/tmp.S90M5pnnd7/b2/paw_2.14.04.dfsg.2-9.1_i386.changes", "unified_diff": null, "details": [{"source1": "Files", "source2": "Files", "unified_diff": "@@ -1,11 +1,11 @@\n \n f016f0c501f664383bd587a8d4407bec 286208 libdevel optional libpawlib-lesstif3-dev_2.14.04.dfsg.2-9.1_i386.deb\n 9de0f8b7ac2624adbfc115eba7a69cbe 462156 debug optional libpawlib-lesstif3-gfortran-dbgsym_2.14.04.dfsg.2-9.1_i386.deb\n 6838e60e14ab4d25a065e772e3c427cf 235356 libs optional libpawlib-lesstif3-gfortran_2.14.04.dfsg.2-9.1_i386.deb\n- 86461cf84cd4879e8d0ac390d6287fab 936656 libdevel optional libpawlib2-dev_2.14.04.dfsg.2-9.1_i386.deb\n- 4840bbcd7c9b0df77216152a9226049f 946660 debug optional libpawlib2-gfortran-dbgsym_2.14.04.dfsg.2-9.1_i386.deb\n- 2ebcadba91c8787cfef7123d6e8315ee 653928 libs optional libpawlib2-gfortran_2.14.04.dfsg.2-9.1_i386.deb\n+ 835c34900382b4b6ef239d8350865eb6 934116 libdevel optional libpawlib2-dev_2.14.04.dfsg.2-9.1_i386.deb\n+ 0ef09ab1197f3f971e678f4c38c84b40 946612 debug optional libpawlib2-gfortran-dbgsym_2.14.04.dfsg.2-9.1_i386.deb\n+ 523d2d95f1e236dbce446139fc006d82 654064 libs optional libpawlib2-gfortran_2.14.04.dfsg.2-9.1_i386.deb\n 108f846c809e5a806a13368398d48e06 14292 science optional paw++_2.14.04.dfsg.2-9.1_i386.deb\n 4072657bd0332c3867b7c21fdeedb8ac 14528 science optional paw-common_2.14.04.dfsg.2-9.1_all.deb\n 6f46a3cdab4c6d2bc05e7923b3c8b772 338580 science optional paw-demos_2.14.04.dfsg.2-9.1_all.deb\n 9036b90b0f5ece050fa2a1776f595935 14024 science optional paw_2.14.04.dfsg.2-9.1_i386.deb\n"}, {"source1": "libpawlib2-dev_2.14.04.dfsg.2-9.1_i386.deb", "source2": "libpawlib2-dev_2.14.04.dfsg.2-9.1_i386.deb", "unified_diff": null, "details": [{"source1": "file list", "source2": "file list", "unified_diff": "@@ -1,3 +1,3 @@\n -rw-r--r-- 0 0 0 4 2017-05-18 18:53:13.000000 debian-binary\n -rw-r--r-- 0 0 0 5704 2017-05-18 18:53:13.000000 control.tar.xz\n--rw-r--r-- 0 0 0 930760 2017-05-18 18:53:13.000000 data.tar.xz\n+-rw-r--r-- 0 0 0 928220 2017-05-18 18:53:13.000000 data.tar.xz\n"}, {"source1": "control.tar.xz", "source2": "control.tar.xz", "unified_diff": null, "details": [{"source1": "control.tar", "source2": "control.tar", "unified_diff": null, "details": [{"source1": "./md5sums", "source2": "./md5sums", "unified_diff": null, "details": [{"source1": "./md5sums", "source2": "./md5sums", "comments": ["Files differ"], "unified_diff": null}]}]}]}, {"source1": "data.tar.xz", "source2": "data.tar.xz", "unified_diff": null, "details": [{"source1": "data.tar", "source2": "data.tar", "unified_diff": null, "details": [{"source1": "./usr/lib/i386-linux-gnu/libpawlib.a", "source2": "./usr/lib/i386-linux-gnu/libpawlib.a", "unified_diff": null, "details": [{"source1": "pawcdf.o", "source2": "pawcdf.o", "unified_diff": null, "details": [{"source1": "strings --all {}", "source2": "strings --all {}", "unified_diff": "@@ -1727,22 +1727,22 @@\n /HISTOGRAM/LIST\n Reset lock.\n LRECL=8192\n /HISTOGRAM/FILE\n /HISTOGRAM\n HISTOGRAM\n Do the fit, plot the result and print the parameters.\n-Do not plot the result of the fit. By default the fitted ucin is ddrraawn unesss the option 'N' below is specified.\n+Do not plot the result of the fit. By default the fitted fntion is ddrrawn nless the option'N' below is spefffied.\n Superimpose plot on top of existing picture.\n-Do not store the result of the fit bin by bin with the histogram. By defautthee function sclullated at the middle of each bin and tthhee fit results stored with the histogram data structure.\n-Verbose mode. Results after each iteration are printed By ealt onnllyy final results are printed.\n-Some or all parameters are bounded. The vectors STEP,PMIN,PMAX must be speifiied. Default is: All parameters vary freely.\n+Do not store the result of the fit bin by bin with the histogram. By defal hhee function iscallculated at the middle of each bin and the i reessults stored with the itgram data ssttrructure.\n+Verbose mode. Results after each iteration are printed Bydfult onnllyy final results are printed.\n+Some or all parameters are bounded. The vectors STEP,PMIN,PMAX must be spcifiied. Default is: All parameters vary freely.\n Use Log Likelihood. Default is chisquare method.\n-The user is assumed to compute derivatives analytically using the routine DRIVV.. By default, derivatives are computed numerically.\n-Sets weights equal to 1. Default weights taken from the square root of thecnennttss or from HPAKE/HBARX (PUT/ERRORS).\n+The user is assumed to compute derivatives analytically using the routineHEIIVV.. By default, derivatives are computed numerically.\n+Sets weights equal to 1. Default weights taken from the square root of th otennttss or from HPAKE/HBARX (PUT/EROORS).\n The interactive Minuit is invoked.\n Performs a better Error evaluation (MIGRAD + HESSE + MINOS).\n FUNC is the user fitting model\n Vector of errors on parameters\n Fit a user defined function to the points defined by the two vectors X and Y\n and the vector of associated errors EY.\n See command HISTOGRAM/FIT for explanation of parameters.\n@@ -1931,26 +1931,26 @@\n Output the parameters characterising the store, followed by a\n list of all divisions and all link areas associated with the store in\n Check validity of the structural links (implies 'C')\n Check the validity of the up and origin (implies 'C')\n Errors are considered fatal and generate a call to ZFATAL\n Check the structure of one or more ZEBRA divisions.\n The verification detail depends on the settings in CHOPT.\n-Extend map entry to dump all links of each bank (otherwiseonlyy as many links as will fit on a line)\n+Extend map entry to dump all links of each bank (otherwis nllyy as many links as will fit on a line)\n Full. Dump all active banks, links and data\n-Kill. Dropped banks to be treated as active dropped bankkss are not normally dumped under D or F option)\n+Kill. Dropped banks to be treated as active (dropped banks are not normally dumped under D or F pttion)\n Dump all Link areas associated with the store\n Dump the Working space, links and data\n Dump the information in hexadecimal.\n Provides a snapshot of one or more divisions in a ZEBRA store.\n The kind of information provided is controlled by CHOPT.\n Print a survey of the structure identified by NAME, NUMBER.\n-Print the bank contents from left to right Sideways with u oteenn elements er liine.\n+Print the bank contents from left to right Sideways with pt teenn elements e lliine.\n Print the vertical (down) structure.\n-Print the bank contents from top to bottom Downwards with ieeleemmeents per line.\n+Print the bank contents from top to bottom Downwards withfv eleemmeents per line.\n Print the data part of each bank in hexadecimal format\n Display the contents of a bank or a data structure\n identified by its NAME and NUMBER.\n The output format of the data part is controlled by the internal\n or external I/O characteristic.\n ZEBRA/FZ package: sequential access Input/Output.\n ZEBRA/RZ package: direct access Input/Output.\n@@ -1978,22 +1978,22 @@\n NT/LOOP idn selection>>mask_name(k)\n If CHATT='SHOW' print default and current values for all attributes.\n If CHATT='*' restore default values for all attributes.\n Note that command SET is also calling IGSET so SET can be used\n Graphics primitives stored in ZEBRA memory only.\n Set the graphics switch to control plotting output\n to terminal (G) and/or picture in memory (Z).\n-Make a new picture in memory with name PNAME. An empty structure is created in memory and becomes the curren iiccture. If PNM = ' ', the picture is automatialy nnamed aas PCTnnn, whhere h trting value of n iiss eeiither 0 (default),, or he value asssind by SET too th parameter PPICT.\n+Make a new picture in memory with name PNAME. An empty structure is created in memory and becomes the curretpiiccture. If PNAME = ' ', the picture is atmatclly naammmeed as PICTnnn, where the starting vau of nnn iiss iher 0 (default), or the value assigned by SSEET t he ppaaramete PPICT.\n Display the picture PNAME in memory.\n-Scratch the picture PNAME from memory. If PNAME = ' ' the curnt piiccture is scratched.\n-The picture following the current picture in memory becomes h current piiccture. If the current picture is the last one in memory, the first picture in memory becomes the crent piiccture.\n-Give the list of the pictures in memory, foloing the ssequenc of thheir storage in memory.\n+Scratch the picture PNAME from memory. If PNAME = ' ' the crent piiccture is scrtcched.\n+The picture following the current picture in memory becomes the current piicture. If the current picture is the last one inmemmory, the fist picture in memory becomes thecrent ppiiccture.\n+Give the list of the pictures in memory, folwing the ssequene of thheir storage in memory.\n The First picture in memory becomes the current picture.\n Print the picture data structure. Useful to debug programs.\n-Set Current picture. All calls to HIGZ graphic functions aresored in tthe curent sttructure according to the option selecte e IGGZZSET.\n+Set Current picture. All calls to HIGZ graphic functions ar tored in tthe curent sttructure according to the option selecte e GGZZZSET.\n Perform various operations on a picture.\n PNAME=' ' means the current picture.\n Read picture into memory from a direct access picture file.\n Write the picture PNAME to a direct access picture file\n Load the picture named FILE at the position X,Y in the\n current normalisation transformation. X,Y is the top\n left corner of the picture (like in X11). FILE should\n@@ -2039,15 +2039,15 @@\n can be switched off using SET AURZ 0.\n Creation and manipulation of HIGZ pictures.\n Change the contents of a histogram channel using the cursor.\n Position the cursor to the channel to be changed, trigger graphics\n input, position the cursor to the new channel value\n (a rubber band box is used to visualise the change), trigger graphics\n Draw the current polymarker at each point\n-Sample mode is used. Allows to see the coordinates of poin eore ccllicking\n+Sample mode is used. Allows to see the coordinates of poitbfore ccllicking\n Do not print the number of points entered\n Transformation with highest priority\n Locate a set of points using the graphics cursor.\n Return corresponding coordinates in vectors X and Y.\n If vectors X or Y do not exist, they are automatically created.\n Control is returned when the point is outside picture limits\n or when the BREAK (right) mouse button is clicked (or CRTL/E).\n@@ -2113,43 +2113,43 @@\n Subdivide the picture into NX by NY zones,\n starting at zone IFIRST (count along X first).\n Note that the command ZONE doesn't define the normalisation\n transformations (see SWN, SVP and SELNT). They are define\n only when commands like H/PLOT, NULL etc .. are performed.\n X and Y axes are drawn (default).\n Every point is connected with a straight line. (default)\n-The Window/Viewport parameters are automatically computed rmthe X anndd Y vaues (defauult).\n-The values in Y are plotted in the form of a smooth curve. ASpline apprrooximation algorithm is used.\n-A fill area is drawn. If the option 'CF' is used the contour of the fill area is smooth. Tebrder of the fill area is drawni thhee coommmmand SET BORD 1 ha en typed. The fill area ttyyppe may be changed via the SET parameters FASI and FASI\n-The graph is Rotated, i.e. the values in X are used for th rinnaatte and the values in Y for the abscissa dfult is tthhee contrary).\n-A Bar chart with equidistant bins is drawn as fill areas. Cnours aree ddrawn. The baar orgnad the bar widt a beee ccontrole byy the routineSET usiingte optos BBAARROO and BARW respectively.\n+The Window/Viewport parameters are automatically computed fom the X anndd Y values (default).\n+The values in Y are plotted in the form of a smooth curve. pline apprrooxximation algorithm is used.\n+A fill area is drawn. If the option 'CF' is used the contour of the fill area is smooth. The border of the fill area is danif tthhee command SET BORD 1 has been typed. The fill area yemybe cchanged via the SET parameters FASI aannd FASI\n+The graph is Rotated, i.e. the values in X are used for teodinnaatte and the values in Y for the abscissa (efault is tthhe conraary).\n+A Bar chart with equidistant bins is drawn as fill areas. (ontours aree dran). The barr origin and the bar idth can be cconrolled by the rotine SETT sn the opttiions BARO and BARWW respecivvely.\n A star is plotted at every point.\n-A marker is plotted at every point, accordn o ccuurrent marker type and polymarker colour index.\n+A marker is plotted at every point, accorigto ccuurrent mareer type and polymarker colour index.\n Draw a curve through a set of points.\n To set Log scales in X and/or Y, use OPT LOGX/LOGY.\n Note that when an option is specified, it is also\n necessary to specify the options 'AW' or 'ALW' in order to start a new\n SET * ; OPT * | Reset the defaults\n V/CREATE Y(10) r 1 2 3 4 5 5 4 3 2 1\n V/CREATE X(11) r 1 2 4 6 8 10 15 16 20 21\n GRAPH 10 X Y 'WC*L' | Draw an 'open' graph\n SET FAIS 3 | Interior style: hatched\n SET FASI 245 | Define hatches type\n SET BORD 1 | Border requested\n NULL 0 22 0 6 | define new scales\n GRAPH 10 X Y 'CF*' | Draw an 'closed' graph\n An histogram is drawn as a contour (default).\n-The histogram is Rotated, i.e. the values in X are used fo h ordinnaatte adte values in Y for the abscissa (efault iissss th conttrary). foton R is sseelected (and oopption 'N' is not sselected), the usrmstt ggive: 2 ausffoorr YY (Y(1)=MIN aand Y(2)=YMAX) ausfrX oonnee ffor eeach bin. OOtherwise the user must give: N valusfrY, one foor each bin. 22 valueess fforX (X(1)=XMMIN and X(2)=XMAX) fopion 'NN'' iis slcted sseee below.\n-Non equidistant bins (default is equidistant). The arrays and Y must be iesoed as folllows: f option R iiss not seelleeccted (default) thengve: (N++11)values for X (limits of bins). Nvle frYY nn o ach bin. Otherwise ggive: (N+1) vaalluuees forr Y (limits of is. N valuess ffoor X, on foor each bin.\n-The area delimited by the histogram is filled according totefill aarreea interior style and the fill area tl index oorr color index. Contu snnoott drawn unlss CHHOPT='H' is also selected.\n-A Smooth curve is drawn across points at the centre of eac i of tthhee histogram.\n-A straight Line is drawn across points at the centre of eahbn of tthhee histogram.\n-A star is plotted at the center of each bin of the histogram.\n+The histogram is Rotated, i.e. the values in X are used frte ordinnaatte and the values in Y for the abscissa (defaulti h coontrary). If pin R iiss selecte (aannddd option 'N' is no eected), the user mst ggive: 2 vluess ffoorr Y (Y(1)=YMIN an Y(2)=YMAX) N value for X,, one for each bin. Otherwiset ssrrms givee:: auueess ffoorr Y,one ffor each bin. 2 valuesfor X1=MNadX2)=XMAAX) IIff option 'N'is sselleecctteedd seeeeelow.\n+Non equidistant bins (default is equidistant). The arraysX annd Y must be dimensioned as follows: If optinRiiss not selecte (ddefault) then give: (+1) vle ffffoor X (limmits of bins). ausffoorr YY,, one or ahhbn Othherie givvee: (+)vluess ffffoorr YY(limits of bbins) auess ffoorr X ne for eah bbbi..\n+The area delimited by the histogram is filled according t h fill aarreea interior style and the fill area style index or oouurr index. ontor is not ddrawn unless CCHHOPT='' is also selected.\n+A Smooth curve is drawn across points at the centre of eahbn of tthhee histogram.\n+A straight Line is drawn across points at the centre of ec in of tthhee histogram.\n+A star is plotted at the center of each bin of the hisoggram.\n Idem as '*' but with the current marker.\n-A Bar chart with equidistant bins is drawn as fill areas. Cnours aree ddrawn. The baar origin and the bar it can bee cccontrlled byy the rouine SET usiing the options BAR annd BARW respectively.\n+A Bar chart with equidistant bins is drawn as fill areas. (ontours aree dran). The barr origin and the bar idth can b oonntrolled by the routine SET using the opttiions ARO and BARW respecivvely.\n Draw an histogram defined by arrays X and Y.\n The number of components needed in vectors X and/or in Y may be\n dependent upon the value of CHOPT (see options 'R' and 'N').\n By default if the option 'N' is not given, X(1) contains the X\n minimum value and X(2) the X maximum value (the others are\n ignored as the example show it).\n Note that when an option is specified, it is also necessary to\n@@ -2217,15 +2217,15 @@\n TEXT 5 9 'Bold TEXT' .5 0. C\n X coordinate of centre of the pie\n Y coordinate of centre of the pie\n Draw a Pie Chart with default values.\n Alphanumeric labels are required.\n The label of each slice will be the corresponding numeric value in array VALUES.\n The label of each slice will be in expressed in percentage.\n-Force the labels size to be the current character height. Without this optio hhee labels size is computed automatically.\n+Force the labels size to be the current character height. Without this optinthhee labels size is computed automatcaally.\n Draw the labels aligned on the radius of each slice.\n in the current Normalisation transformation.\n SET * ; OPT * | Reset the defaults\n NULL 0 20 0 20 'AB' | Draw a frame\n LABEL 1 5 'Lab1' 'Lab2' 'Lab3' 'Lab4' 'Lab5' | define labels\n V/CRE VWS(5) R 28.3 18.6 16.9 13.5 22.7\n V/CRE OFFSET(5) R 2*0. 2*20. 0.\n@@ -2570,20 +2570,20 @@\n KEY 5 3 2 'Key 2' ! F | Key with filled box\n SET FACI 3 | Change colour for next key\n key 5 4 2 'Key 3' 2 H | Key with hatches. DX is modified\n key 5 5 2 'Key 4' ! L | Key with line type\n SET PLCI 4 | Change colour for next key\n SET CSIZ .4 | Change key size\n KEY 5 6 8 'Key 5' 1.5 W | Key with line width\n-Coordinates are expressed in histogram coordinates (of the ls ddrrawn histogram). Error bars are drawn.\n+Coordinates are expressed in histogram coordinates (of the at ddrrawn histogram). Error bars aredrrawn.\n Coordinates are expressed in centimetres.\n A new window is defined and axis are drawn.\n Draw small lines at the end of the error bars.\n Draw a filled area through the end points of the vertical error bars.\n-Draw a smoothed filled area through the end points of the vetcaall error bars.\n+Draw a smoothed filled area through the end points of the vricaall error bars.\n Turn off the symbols clipping.\n Draw (according to the CHOPT value) a series of points using\n a symbol and asymmetric error bars in horizontal and vertical\n direction in the current normalisation transformation.\n By default, the symbols are not drawn if they are on the\n edges of the plot: the option '0' allows to turn off this\n With Option 1, the size of the tick marks at the end of the error\n@@ -2719,15 +2719,15 @@\n This file contains a Fortran function which computes the new variables.\n These new variables can be visualised in PAW with for example:\n PAW > Ntuple/plot id.xtoxsi.ftn(1)\n PAW > Ntuple/plot id.xtoxsi.ftn(1)%xtoxsi.ftn(3)\n Generate the FORTRAN skeleton of a selection function.\n Present the selection function in the local editor.\n Code to print events is generated (Row Wise Ntuples only).\n-Names of the Ntuple variables are generated in DATA statements (Row Wise Nuplles only).\n+Names of the Ntuple variables are generated in DATA statements (Row Wise Nupllesonnly).\n To generate the FORTRAN skeleton of a selection function or the\n INCLUDE file with the columns declaration.\n A FORTRAN function is generated if the FNAME is of the form,\n xxx.f, xxx.for, xxx.fortran. Otherwise an INCLUDE file is generated.\n If the Row Wise Ntuple ID=30 has variable names [X,Y,Z] then:\n NTUPLE/UWFUNC 30 SELECT.FOR\n will generate the file SELECT.FOR with:\n@@ -2748,15 +2748,15 @@\n generated automatically with the name 'comis.inc'.\n It is possible to add input parameters to the SELECT function and to\n use them in the function's body.\n Comment is left adjusted to the current zone\n Comment is right adjusted to the current zone\n Comment is centred to the current zone\n Comment is drawn below the top zone line\n-All subsequent NTUPLE/PLOT commands will print the selection mechanism withh the options specified in CHOPT.\n+All subsequent NTUPLE/PLOT commands will print the selection mechanism with the options specified in CHOPT.\n To write selection mechanism as a comment on the picture.\n By default, the comment is drawn left justified above the top zone line.\n CSEL All coming NT/PLOT commands will draw a comment\n of size CSIZE=0.28cm Left justified.\n CSEL NRB 0.4 All coming NT/PLOT commands will draw a comment\n of size 0.4 cm Right justified Below the top line.\n CSEL CB Draw previous selection mechanism Centred Below\n@@ -3131,50 +3131,50 @@\n Create a two dimensional histogram and fill\n the bins with the values of a (two-valued) function.\n - As an expression of the variables x and y in case of a simple function.\n PAW > FUN2 10 ABS(SIN(X**2+Y**2)) 40 -2 2 40 -2 2 CONT\n PAW > FUN2 10 FTEST.F(X,Y) 40 -2 2 40 -2 2 CONT\n Draw error bars and current marker.\n Draw error bars without symbols clipping.\n-Draw a filled area through the end points of the vertiall error bars.\n-Draw a smoothed filled area through the end points o h errttiiccaal error bars.\n+Draw a filled area through the end points of the erticall error bars.\n+Draw a smoothed filled area through the end points fteverrttiiccaal erro bbars.\n Create a one dimensional histogram and fill the bins with the\n values of a (single-valued) function.\n - As an expression of the variable X in case of a simple function. Example:\n PAW > FUN1 10 SIN(X)/X 100 0 10\n - As a COMIS function in a text file (ftest.f for example). The file ftest.f\n PAW > FUN1 10 FTEST.F(X) 100 0 10\n Operations with Functions. Creation and plotting.\n Use colour to distinguish contours.\n Use line style to distinguish contours.\n Line style and colour are the same for all contours.\n-The contour is drawn with filled colour levels. The levels aeequuiidistant. The colour indices are taken in h currentt palet defined with thecommannd PALETTE). If thee numer of levells (LVL is greatter than the number ofetries iinnnn thecurrent pallete he palette is explore agaaiin fo tthhe beginnning in order to reach NLEVEL.\n+The contour is drawn with filled colour levels. The levels r equuiidistant. The colour indices are taken inte currentt palete (defineed ih the command PALETTE). If tthe nmerr of levels (NLVEL)) is getr than the nnumber o enntriees inn the current palette, the paltei explore againfo thhee beeginning n oorder to reach LEEVEL.\n Draw a contour plot from a 2-Dim histogram.\n If PARAM is not given, contour levels are equidistant.\n If given, the vector PARAM may contain up to 50 values.\n Fun2 2 x*y 40 0 1 40 0 1 ' ' | Create a 2D histogram\n V/Cr PAR(5) R .1 .11 .3 .31 .5 | Define the contours\n Contour 2 5 ! PAR | Draw the non equidistant contours\n The non equidistant contours are not implemented with the option '3'.\n Options LOGX and LOGY are not active on contour plots. ie:\n contour plots are always plotted with linear scales along X and Y axis.\n Hidden line algorithm is used.\n-Hidden surface algorithm is used and each cell is filled wit olour ccorreppnig too the Z value (or grey scale with PoossttScript). It is posile to change the set of colours used with SSEEET HCOL ic.L whereL define a palette of colours ie by the ccoommad ATT/PPALETTE.\n-Similar to option '1' except that the cell lines are not dran. This is veryueful to draw contour plots with oloours if TTHET=90 and PPHI=0.\n-Surface is drawn with a contour plot in colour on top. The cnour plot iiss drawn with the colours defined with the command PALETTE.\n+Hidden surface algorithm is used and each cell is filled wiha colour ccorresonding to the Z alue (or grey scle with PostSciptt). It is possible to chnete set of ccolours sd witth SETT HCOLic.L wwherre L define a paet of colourss give ytee ccoommand ATTPPLEETTE.\n+Similar to option '1' except that the cell lines are not drw.. This is very sseful to draw contour plots wihcolloours if THETA=90 and PHI=0.\n+Surface is drawn with a contour plot in colour on top. The otour plot iiss drawn with the colours defined with the command PALETTE.\n Surface is drawn with Gouraud shading.\n Draw a surface plot from 2-Dim or 1-Dim histograms.\n With this command it is possible to draw colour contour plots:\n PAW > ATT/PAL 1 3 2 3 4 | Define the palette 1 with 3 elements\n PAW > SET HCOL 0.1 | Set the list 1 as colours for histograms\n PAW > SET NDVZ 4 | Set the number of Z divisions to 4\n PAW > SURF id 90 0 2 | Draw the contour\n The options 1 to 4 must be used only on selective erase devices.\n-Hidden surface algorithm is used. The colour of the lego is ien by SEETT HCOL CI where CI is a colour index.Fr the top aanndte ssides of the lego the same hue is used but with a differentligght.\n-Hidden surface algorithm is used. The colour of each bar chags accorddiing to the value of Z. It is possible to change the stof colloours used with SET HCOL c.L where L define a palette ofclours givveen by the command ATT/PALETTE.\n+Hidden surface algorithm is used. The colour of the lego isgven by SEETT HCOL CI where CI is a colour index. For the top n h sideess of the lego the same hue is used bbuut with a differenliigght.\n+Hidden surface algorithm is used. The colour of each bar chnes accorddiing to the value of Z. It is possible to change the e of collooursued with SET HCOL c.L where L ddefie a palettte ofclours givveen by the command ATT/PLEETTE.\n Draw a lego plot from 2-Dim or 1-Dim histograms.\n It is also possible to produce stacked lego plots. A stacked lego plot\n consists of a super-imposition of several histograms, whose identifiers are\n given in the command LEGO separated by the character '+'.\n PAW > LEGO ID1+ID2+ID3 | Maximum number of ID's is 10. The colours of\n | each IDn is given by the command ATT/PALETTE\n PAW > SET HCOL 2 | The colour the histogram is 2 (red)\n@@ -3185,15 +3185,15 @@\n | elements: 2,3\n PAW > SET HCOL 0.1 | The subsequent stack lego plots will use list 1\n PAW > LEGO 10+20+30 | Plot a stack of lego plots with lines\n PAW > LEGO 10+20+30 ! ! 1 | Plot a stack of lego plots with light\n The commands OPTION BAR, SET BARW and SET BARO act on lego plots\n The options 1 and 2 must be used only on selective erase devices.\n The global title is plotted at the top of each picture.\n-If the option 'UTIT' is on, a user title is plotted at the btom oof each hisoggram.\n+If the option 'UTIT' is on, a user title is plotted at the otom oof each hisoggram.\n The size and the Y position of the global title may be changed\n by the commands SET GSIZ and SET YGTI respectively. The size and\n the Y position of the user title may be changed by the commands\n SET TSIZ and SET YHTI respectively.\n /HISTOGRAM/CREATE/TITLE_GLOBAL\n Create a projection onto the y axis, in a band of x. Several bands can be\n defined on the one histogram. The projection may be filled with\n@@ -3228,15 +3228,15 @@\n Reset histogram ID in the global section.\n The current directory is changed to //GNAME.\n This command doesn't work on HPUX.\n Change the HBOOK 'line printer' file name.\n If FNAME=' ' then OUTPUT is appended to an already opened file on unit LUN.\n If LUN is negative, the file is closed and subsequent output\n Dump the histogram ZEBRA data structure on the terminal.\n-Only statistics (Number of entries, mean, RMS, underflow, ovrlow) are pprinted.\n+Only statistics (Number of entries, mean, RMS, underflow, oeflow) are pprinted.\n Print histograms (line-printer format) on screen.\n The command OUTPUT_LP may be used to change the output file.\n Read histogram ID from file FNAME.\n FNAME has been created by the old version of HBOOK3 (Formatted).\n Fetch histogram ID from file FNAME.\n FNAME has been created by the old version of HBOOK3 (Unformatted).\n Delete histogram ID in Current Directory on disk.\n@@ -3281,15 +3281,15 @@\n Smooth 1-Dim or 2-Dim histogram ID using B-splines.\n If ID is a 1-Dim histogram then:\n ISEL = 0,1 replace original histogram by smoothed.\n = 2 superimpose as a function when editing.\n If ID is a 2-Dim histogram then original contents are replaced.\n Histogram or Ntuple Identifier\n Replace original histogram by smoothed.\n-Store values of smoothed function and its parameters without replacing the orginal histoggram (but see note below) - the smoohed function cn be displayeed at editing time - see HISTOGRAM/PLOT.\n+Store values of smoothed function and its parameters without replacing the original histogram (but see note below) - the smoothed functio a e ddisplayed at editing time - see HISTOGRRAAM/PLOT.\n Invoke multi-quadric smoothing (see HBOOK routine HQUAD).\n Invoke the 353QH algorithm (see HBOOK routine HSMOOF).\n Verbose (default for all except 1-D histogram).\n Do not plot the result of the fit.\n Write Fortran77 function to HQUADF.DAT (multi-quadric only)\n Smooth a histogram or 'simple' ntuple. ('simple' = 1, 2, or 3 variables.)\n For multi-quadric smoothing, SENSIT controls the sensitivity to statistical\n@@ -3308,16 +3308,16 @@\n 1) The spline option ALWAYS replaces the contents of a 2-D histogram.\n (Also chi-squared is unavailable in this case.)\n 2) Use the SPLINE command for more flexibility.\n By increasing channel contents.\n By decreasing channel contents.\n Sort the alphanumeric labels of the histogram ID according\n The comparison is done only on the shape of the two histograms.\n-Include also comparison of the relative normalisation of the two histograms, in addition to comparing the shapes. PRBi hnacoommmmbbiinned confidence level taking account fabsolute ccoontents.\n-Debug printout, produces a blank line and two lines of ifraion aatt each cll, inclludigteI umbers, the number oof evets in eeach hhistogram thee PRO au,adte maximum Kolmogooorrrrooov distance betweeen the two histogrm. For 2-DDiimm hitgrams, thheere are two Kolmogorov distances (e eow). IIffff 'N' s specifieed, there is a third line of outpu iig tthhe PROOB for shape alone, and for normalisation.\n+Include also comparison of the relative normalisation of the two histogams,, in addition to comparing the shapes. PROB sten aa cobndconfidncee level taking account of bsollluuttee coteents.\n+Debug printout, produces a blank line and two lines of nomtion aatt each all, inclluding the ID numbers, the number of vnsinn eeaach historaam, the PROB value, and h maximum KKolmogoov disstance between the two histograms. Fo 2-Dimhstooggraams, there are two Kolmogorov distances (e below) ff''' isspeciffied, there is a third line of outptgiving tth RB for shape alone, and for nnoormalitttion.\n Overflow, requests that overflow bins be taken into account.\n Underflow, requests that underflow bins be taken into account.\n Histogram 1 has no error (is a function)\n Histogram 2 has no error (is a function)\n Test of compatibility for two 1-Dim histograms ID1 and ID2.\n A probability PROB is calculated as a number between zero and one,\n one indicates very similar histograms, and PROB near zero\n@@ -3362,16 +3362,16 @@\n Set all options to the default values\n Print all the options currently set\n 1 Dim histogram printed with X characters\n 1 Dim histogram is printed with the contour option\n 1 Dim histogram is printed with a * at the Y value\n Print a 2 Dim histogram as a scatter-plot\n Print a 2 Dim histogram as a table\n-Plot errors as the error on mean of bin in Y for prol isttooggrrams\n-Plot errors as the Spread of each bin in Y for profl istooggrrams\n+Plot errors as the error on mean of bin in Y for prfl isttogggrrams\n+Plot errors as the Spread of each bin in Y for profl isoggggrrams\n Mean value and RMS computed at filling time\n Mean value and RMS computed from bin contents only\n Errors bars printed as SQRT(contents)\n Print the values of integrated contents bin by bin\n Do not print integrated contents\n 1 Dim histogram is printed in Log scale in Y\n 1 Dim histogram is printed in linear scale in Y\n@@ -3401,17 +3401,17 @@\n To select again an automatic scale, just set VMAX equal to\n Replace histogram contents with values in a vector.\n Fill a vector from values stored in HBOOK objects.\n Histogram operations and comparisons.\n Input/Output operations of histograms.\n Creation ('booking') of HBOOK objects in memory.\n Plotting of 2-Dim histograms in various formats.\n-Sets weights equal to 1. Default weights taken from the square root of thecnennttss or from HPAKE/HBARX (PUT/ERRORS). I h pin iiiiss ggiven Log Likkelihood), bins with errors=0 are exclud ooff the fit.\n+Sets weights equal to 1. Default weights taken from the square root of th otennttss or from HPAKE/HBARX (PUT/ERRORS). If h ptiioonn sgvenn (Log Likelihood), bins with errors=0 aare exlded oof tee fit.\n The interactive Minuit is invoked. (see Application HMINUIT below).\n-User function value is taken from /HCFITD/FITPAD(24),FITFUN. Allows to do fitting in DOUBLE PRECISION.\n+User function value is taken from /HCFITD/FITPAD(24),FITFUN. Allows to do fitting in DOUBLE PREISSION.\n Keep the settings of Application HMINUIT for a subsequent command.\n Fit a user defined (and parameter dependent) function\n to a histogram ID (1-Dim or 2-Dim) in the specified range.\n A) The name of a file which contains the user defined\n function to be minimised. Function name and file name\n must be the same. The function must be of type REAL.\n REAL FUNCTION FUNC(X) or FUNC(X,Y) for a 2-Dim histogram\n@@ -3459,17 +3459,17 @@\n computed to allow all the histograms to fit on the same plot. If 1 2 3 4 5\n are five 1D histograms the following command will plot them all on the same\n Plot a single histogram between channels ICMIN and ICMAX.\n Each plotted histogram will start either a new picture or a new zone\n If no parameters are given to the command, then the system waits\n for two points using the graphics cursor.\n To quit ZOOM, click the right button of the mouse or CRTL/E.\n-Add contents of ID to last plotted histogram. Use pion K wwiith previous histogram if you have several zones.\n-Subtract contents of ID to last plotted histogram. Ueotonn KK wwith preious histogram ifyoou have several zones.\n-Draw the delta with the last plotted histogram. Us pion K wwiith previous histogram if you have several zones.\n+Add contents of ID to last plotted histogram. Useoton K wwiith previous histogram if you have severalzoones.\n+Subtract contents of ID to last plotted histogram. s pionn KK wwith prvious histogram i yoou have severalzoones.\n+Draw the delta with the last plotted histogram. Ueoton KK wwiith previoss histogram if you have severalzoones.\n Must be given if option 'U' or '+' is given later.\n Draw only histogram (no errors or associated function).\n Draw only the associated function (not the histogram).\n Plot a single histogram or a 2-Dim projection.\n If ID=0 or ID=* all the histograms in the current directory are plotted.\n Each plotted histogram will start either a new picture or a new zone in\n Histogram subranges can be specified in 2 different ways:\n"}, {"source1": "readelf --wide --decompress --hex-dump=.data.rel.local {}", "source2": "readelf --wide --decompress --hex-dump=.data.rel.local {}", "unified_diff": "@@ -577,62 +577,62 @@\n 0x000023d0 63000000 44110000 00000000 00000000 c...D...........\n 0x000023e0 7b110000 04000000 80110000 f2110000 {...............\n 0x000023f0 00000000 03000000 00000000 00000000 ................\n 0x00002400 00000000 00000000 00000000 49000000 ............I...\n 0x00002410 c8230000 75000000 77000000 91110000 .#..u...w.......\n 0x00002420 f4110000 6f000000 73000000 79000000 ....o...s...y...\n 0x00002430 f6110000 802d0000 e82d0000 142e0000 .....-...-......\n- 0x00002440 802e0000 b02e0000 d82e0000 30240000 ............0$..\n+ 0x00002440 7c2e0000 ac2e0000 d42e0000 30240000 |...........0$..\n 0x00002450 00000000 00000000 00000000 00000000 ................\n 0x00002460 ab000000 05000000 83020000 75000000 ............u...\n 0x00002470 00000000 08000000 07000000 14240000 .............$..\n 0x00002480 07000000 14240000 00000000 4f000000 .....$......O...\n- 0x00002490 4c240000 e0230000 60240000 002f0000 L$...#..`$.../..\n- 0x000024a0 402f0000 00000000 00000000 00000000 @/..............\n+ 0x00002490 4c240000 e0230000 60240000 fc2e0000 L$...#..`$......\n+ 0x000024a0 3c2f0000 00000000 00000000 00000000 .......\n 0x00002510 00000000 08000000 00000000 00000000 ................\n 0x00002520 00000000 00000000 00000000 49000000 ............I...\n- 0x00002530 fc000000 c0240000 00250000 7c2f0000 .....$...%..|/..\n+ 0x00002530 fc000000 c0240000 00250000 782f0000 .....$...%..x/..\n 0x00002540 d0110000 00000000 00000000 00000000 ................\n 0x00002550 00000000 00000000 00000000 00000000 ................\n 0x00002560 28120000 04000000 2d120000 00000000 (.......-.......\n 0x00002570 00000000 14000000 00000000 00000000 ................\n 0x00002580 00000000 00000000 00000000 43000000 ............C...\n 0x00002590 00000000 00000000 00000000 00000000 ................\n 0x000025a0 37120000 06000000 3e120000 8b090000 7.......>.......\n 0x000025b0 00000000 08000000 00000000 00000000 ................\n 0x000025c0 00000000 00000000 00000000 49000000 ............I...\n 0x000025d0 10010000 6d000000 65000000 6b000000 ....m...e...k...\n 0x000025e0 71000000 6f000000 79000000 5e120000 q...o...y...^...\n- 0x000025f0 b82f0000 10300000 38300000 6e120000 ./...0..80..n...\n- 0x00002600 8c300000 ec250000 00000000 00000000 .0...%..........\n+ 0x000025f0 b42f0000 0c300000 34300000 6e120000 ./...0..40..n...\n+ 0x00002600 88300000 ec250000 00000000 00000000 .0...%..........\n 0x00002610 00000000 00000000 00000000 00000000 ................\n 0x00002620 ab000000 05000000 83020000 8a120000 ................\n 0x00002630 00000000 08000000 06000000 d4250000 .............%..\n 0x00002640 06000000 d4250000 00000000 4f000000 .....%......O...\n 0x00002650 04260000 60250000 a0250000 20260000 .&..`%...%.. &..\n- 0x00002660 c4300000 f8300000 1c310000 60310000 .0...0...1..`1..\n+ 0x00002660 c0300000 f4300000 18310000 5c310000 .0...0...1..\\1..\n 0x00002670 8e120000 94120000 d0110000 ad120000 ................\n 0x00002680 00000000 00000000 ca120000 d4120000 ................\n 0x00002690 02000000 e0130000 01000000 7c260000 ............|&..\n 0x000026a0 00000000 00000000 00000000 00000000 ................\n- 0x000026b0 80310000 00000000 00000000 00000000 .1..............\n+ 0x000026b0 7c310000 00000000 00000000 00000000 |1..............\n 0x000026c0 80260000 00000000 d7120000 e1120000 .&..............\n 0x000026d0 02000000 00120000 01000000 b0260000 .............&..\n 0x000026e0 00000000 00000000 00000000 00000000 ................\n- 0x000026f0 b4310000 00000000 00000000 00000000 .1..............\n+ 0x000026f0 b0310000 00000000 00000000 00000000 .1..............\n 0x00002700 c0260000 00000000 e4120000 b5060000 .&..............\n 0x00002710 02000000 20100000 01000000 f0260000 .... ........&..\n 0x00002720 00000000 00000000 00000000 00000000 ................\n- 0x00002730 e4310000 00000000 00000000 00000000 .1..............\n+ 0x00002730 e0310000 00000000 00000000 00000000 .1..............\n 0x00002740 00000000 00270000 ee120000 f5120000 .....'..........\n 0x00002750 01000000 00000000 01000000 30270000 ............0'..\n 0x00002760 00000000 00000000 00000000 00000000 ................\n 0x00002770 fb120000 00000000 00000000 00000000 ................\n 0x00002780 00000000 00000000 72130000 90130000 ........r.......\n 0x00002790 03000000 60180000 00000000 00000000 ....`...........\n 0x000027a0 00000000 00000000 00000000 00000000 ................\n@@ -641,47 +641,47 @@\n 0x000027d0 02000000 00000000 00000000 00000000 ................\n 0x000027e0 00000000 00000000 00000000 00000000 ................\n 0x000027f0 00000000 00000000 00000000 00000000 ................\n 0x00002800 c0270000 00000000 ae130000 bf130000 .'..............\n 0x00002810 02000000 40140000 00000000 00000000 ....@...........\n 0x00002820 00000000 00000000 00000000 00000000 ................\n 0x00002830 00000000 00000000 00000000 00000000 ................\n- 0x00002840 a0330000 c4330000 ec330000 14340000 .3...3...3...4..\n- 0x00002850 4c340000 80340000 c8340000 c6130000 L4...4...4......\n- 0x00002860 d7130000 0c350000 34350000 5c350000 .....5..45..\\5..\n+ 0x00002840 9c330000 c0330000 e8330000 10340000 .3...3...3...4..\n+ 0x00002850 48340000 7c340000 c4340000 c6130000 H4..|4...4......\n+ 0x00002860 d7130000 08350000 30350000 58350000 .....5..05..X5..\n 0x00002870 ee130000 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65000000 67000000 u...q...e...g...\n 0x00002a30 6f000000 91110000 24020000 20020000 o.......$... ...\n- 0x00002a40 dc360000 fc370000 24380000 7c380000 .6...7..$8..|8..\n+ 0x00002a40 d8360000 fc370000 24380000 7c380000 .6...7..$8..|8..\n 0x00002a50 38390000 94390000 d0390000 0c3a0000 89...9...9...:..\n 0x00002a60 402a0000 00000000 00000000 00000000 @*..............\n 0x00002a70 00000000 00000000 00000000 00000000 ................\n 0x00002a80 ab000000 05000000 83020000 75000000 ............u...\n 0x00002a90 00000000 08000000 08000000 202a0000 ............ *..\n 0x00002aa0 08000000 202a0000 00000000 4f000000 .... *......O...\n 0x00002ab0 602a0000 e0290000 802a0000 943a0000 `*...)...*...:..\n@@ -1019,29 +1019,29 @@\n 0x00003f70 00000000 14000000 00000000 00000000 ................\n 0x00003f80 00000000 00000000 00000000 43000000 ............C...\n 0x00003f90 00000000 00000000 00000000 00000000 ................\n 0x00003fa0 060f0000 6f000000 73000000 20020000 ....o...s... ...\n 0x00003fb0 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62000000 ec100100 30110100 68110100 b.......0...h...\n+ 0x0000aa60 94110100 c0110100 00120100 34120100 ............4...\n+ 0x0000aa70 62000000 68120100 05420000 14420000 b...h....B...B..\n+ 0x0000aa80 ac120100 2c420000 dc120100 45420000 ....,B......EB..\n+ 0x0000aa90 60420000 72420000 8b420000 20130100 `B..rB...B.. ...\n+ 0x0000aaa0 60130100 88130100 a4420000 c0420000 `........B...B..\n+ 0x0000aab0 a8130100 dc130100 20140100 60140100 ........ ...`...\n+ 0x0000aac0 d4420000 62000000 1c090100 ee420000 .B..b........B..\n 0x0000aad0 473a0000 83410000 87410000 00000000 G:...A...A......\n 0x0000aae0 313a0000 03000000 353a0000 00000000 1:......5:......\n 0x0000aaf0 00000000 08000000 00000000 00000000 ................\n 0x0000ab00 00000000 00000000 00000000 49000000 ............I...\n- 0x0000ab10 600f0000 e0aa0000 8c140100 cc140100 `...............\n- 0x0000ab20 0c150100 4c150100 8c150100 07430000 ....L........C..\n+ 0x0000ab10 600f0000 e0aa0000 94140100 d4140100 `...............\n+ 0x0000ab20 14150100 54150100 94150100 07430000 ....T........C..\n 0x0000ab30 00000000 00000000 00000000 00000000 ................\n 0x0000ab40 25430000 03000000 29430000 00000000 %C......)C......\n 0x0000ab50 00000000 14000000 00000000 00000000 ................\n 0x0000ab60 00000000 00000000 00000000 43000000 ............C...\n 0x0000ab70 00000000 00000000 00000000 00000000 ................\n 0x0000ab80 37430000 03000000 3b430000 00000000 7C......;C......\n 0x0000ab90 00000000 08000000 00000000 00000000 ................\n@@ -2753,59 +2753,59 @@\n 0x0000abd0 00000000 08000000 00000000 00000000 ................\n 0x0000abe0 00000000 00000000 00000000 49000000 ............I...\n 0x0000abf0 880f0000 00000000 00000000 00000000 ................\n 0x0000ac00 59430000 05000000 5f430000 c3000000 YC......_C......\n 0x0000ac10 00000000 14000000 00000000 00000000 ................\n 0x0000ac20 00000000 00000000 00000000 43000000 ............C...\n 0x0000ac30 00000000 c3000000 060f0000 75000000 ............u...\n- 0x0000ac40 62000000 00000000 b4150100 ec150100 b...............\n- 0x0000ac50 14160100 44ac0000 00000000 00000000 ....D...........\n+ 0x0000ac40 62000000 00000000 bc150100 f4150100 b...............\n+ 0x0000ac50 1c160100 44ac0000 00000000 00000000 ....D...........\n 0x0000ac60 6d040000 06000000 83020000 060f0000 m...............\n 0x0000ac70 00000000 08000000 04000000 34ac0000 ............4...\n 0x0000ac80 04000000 34ac0000 00000000 4f000000 ....4.......O...\n 0x0000ac90 54ac0000 40ab0000 80ab0000 c0ab0000 T...@...........\n 0x0000aca0 00ac0000 60ac0000 00000000 00000000 ....`...........\n 0x0000acb0 00000000 00000000 00000000 00000000 ................\n- 0x0000acc0 50160100 90160100 d8160100 20170100 P........... ...\n- 0x0000acd0 70170100 b8170100 f4170100 3c180100 p...........<...\n- 0x0000ace0 62000000 78180100 6c430000 7d430000 b...x...lC..}C..\n+ 0x0000acc0 58160100 98160100 e0160100 28170100 X...........(...\n+ 0x0000acd0 78170100 c0170100 fc170100 44180100 x...........D...\n+ 0x0000ace0 62000000 80180100 6c430000 7d430000 b.......lC..}C..\n 0x0000acf0 89430000 a4430000 c0430000 d7430000 .C...C...C...C..\n- 0x0000ad00 dd430000 f8430000 14440000 98180100 .C...C...D......\n+ 0x0000ad00 dd430000 f8430000 14440000 a0180100 .C...C...D......\n 0x0000ad10 28440000 39440000 47440000 d7430000 (D..9D..GD...C..\n- 0x0000ad20 50440000 6a440000 c8180100 18190100 PD..jD..........\n- 0x0000ad30 76440000 62000000 64190100 94440000 vD..b...d....D..\n- 0x0000ad40 d7430000 88190100 a5440000 d0190100 .C.......D......\n- 0x0000ad50 081a0100 441a0100 d7430000 8c1a0100 ....D....C......\n- 0x0000ad60 d81a0100 d7430000 bf440000 041b0100 .....C...D......\n- 0x0000ad70 281b0100 481b0100 da440000 6c1b0100 (...H....D..l...\n- 0x0000ad80 941b0100 b81b0100 e41b0100 f6440000 .............D..\n+ 0x0000ad20 50440000 6a440000 d0180100 20190100 PD..jD...... ...\n+ 0x0000ad30 76440000 62000000 6c190100 94440000 vD..b...l....D..\n+ 0x0000ad40 d7430000 90190100 a5440000 d8190100 .C.......D......\n+ 0x0000ad50 101a0100 4c1a0100 d7430000 941a0100 ....L....C......\n+ 0x0000ad60 e01a0100 d7430000 bf440000 0c1b0100 .....C...D......\n+ 0x0000ad70 301b0100 501b0100 da440000 741b0100 0...P....D..t...\n+ 0x0000ad80 9c1b0100 c01b0100 ec1b0100 f6440000 .............D..\n 0x0000ad90 09450000 19450000 d7430000 2c450000 .E...E...C..,E..\n- 0x0000ada0 47440000 d7430000 041c0100 401c0100 GD...C......@...\n+ 0x0000ada0 47440000 d7430000 0c1c0100 481c0100 GD...C......H...\n 0x0000adb0 3a450000 00000000 00000000 00000000 :E..............\n 0x0000adc0 5b450000 07000000 63450000 c3000000 [E......cE......\n 0x0000add0 00000000 14000000 00000000 00000000 ................\n 0x0000ade0 00000000 00000000 00000000 43000000 ............C...\n 0x0000adf0 00000000 00000000 00000000 00000000 ................\n 0x0000ae00 74450000 07000000 7c450000 c3000000 tE......|E......\n 0x0000ae10 00000000 14000000 00000000 00000000 ................\n 0x0000ae20 00000000 00000000 08000000 43000000 ............C...\n 0x0000ae30 00000000 c0ad0000 00ae0000 00000000 ................\n- 0x0000ae40 741c0100 c01c0100 101d0100 62000000 t...........b...\n- 0x0000ae50 4c1d0100 841d0100 c01d0100 041e0100 L...............\n- 0x0000ae60 441e0100 62000000 881e0100 cc1e0100 D...b...........\n- 0x0000ae70 081f0100 481f0100 62000000 781f0100 ....H...b...x...\n- 0x0000ae80 b41f0100 dc1f0100 62000000 20200100 ........b... ..\n- 0x0000ae90 62000000 8d450000 68200100 62000000 b....E..h ..b...\n- 0x0000aea0 a4200100 d43d0000 4a170000 00000000 . ...=..J.......\n+ 0x0000ae40 7c1c0100 c81c0100 181d0100 62000000 |...........b...\n+ 0x0000ae50 541d0100 8c1d0100 c81d0100 0c1e0100 T...............\n+ 0x0000ae60 4c1e0100 62000000 901e0100 d41e0100 L...b...........\n+ 0x0000ae70 101f0100 501f0100 62000000 801f0100 ....P...b.......\n+ 0x0000ae80 bc1f0100 e41f0100 62000000 28200100 ........b...( ..\n+ 0x0000ae90 62000000 8d450000 70200100 62000000 b....E..p ..b...\n+ 0x0000aea0 ac200100 d43d0000 4a170000 00000000 . ...=..J.......\n 0x0000aeb0 00000000 00000000 00000000 00000000 ................\n 0x0000aec0 313a0000 03000000 353a0000 00000000 1:......5:......\n 0x0000aed0 00000000 14000000 00000000 00000000 ................\n 0x0000aee0 00000000 00000000 00000000 43000000 ............C...\n- 0x0000aef0 00000000 c0ae0000 dc200100 00210100 ......... ...!..\n- 0x0000af00 90160000 98160000 3c210100 68210100 ..........\\>...>..b...\n- 0x0000c1d0 df070000 cc3e0100 083f0100 443f0100 .....>...?..D?..\n- 0x0000c1e0 62000000 8c3f0100 62000000 d43f0100 b....?..b....?..\n- 0x0000c1f0 10400100 782c0000 00000000 00000000 .@..x,..........\n+ 0x0000c1c0 343e0100 603e0100 983e0100 62000000 4>..`>...>..b...\n+ 0x0000c1d0 df070000 d03e0100 0c3f0100 483f0100 .....>...?..H?..\n+ 0x0000c1e0 62000000 903f0100 62000000 d83f0100 b....?..b....?..\n+ 0x0000c1f0 14400100 782c0000 00000000 00000000 .@..x,..........\n 0x0000c200 02020000 02000000 05020000 00000000 ................\n 0x0000c210 00000000 14000000 00000000 00000000 ................\n 0x0000c220 00000000 00000000 00000000 43000000 ............C...\n 0x0000c230 00000000 00000000 00000000 00000000 ................\n 0x0000c240 64230000 05000000 6d2d0000 7b270000 d#......m-..{'..\n 0x0000c250 00000000 0c000000 00000000 00000000 ................\n 0x0000c260 00000000 00000000 00000000 52000000 ............R...\n 0x0000c270 10110000 00000000 00000000 00000000 ................\n 0x0000c280 65270000 03000000 842d0000 7b270000 e'.......-..{'..\n 0x0000c290 00000000 0c000000 00000000 00000000 ................\n 0x0000c2a0 00000000 00000000 00000000 52000000 ............R...\n 0x0000c2b0 24110000 62000000 8b090000 f2110000 $...b...........\n- 0x0000c2c0 c7310000 c9310000 58400100 78400100 .1...1..X@..x@..\n- 0x0000c2d0 84410100 10420100 94420100 c8c20000 .A...B...B......\n+ 0x0000c2c0 c7310000 c9310000 5c400100 7c400100 .1...1..\\@..|@..\n+ 0x0000c2d0 84410100 14420100 98420100 c8c20000 .A...B...B......\n 0x0000c2e0 00000000 00000000 00000000 00000000 ................\n 0x0000c2f0 00000000 00000000 00000000 00000000 ................\n 0x0000c300 ab000000 05000000 83020000 c3000000 ................\n 0x0000c310 00000000 08000000 05000000 b4c20000 ................\n 0x0000c320 05000000 b4c20000 00000000 4f000000 ............O...\n 0x0000c330 dcc20000 00c20000 40c20000 80c20000 ........@.......\n 0x0000c340 00c30000 00000000 00000000 00000000 ................\n 0x0000c350 00000000 00000000 00000000 00000000 ................\n- 0x0000c360 bc420100 f0420100 30430100 78430100 .B...B..0C..xC..\n- 0x0000c370 c4430100 08440100 62000000 3c440100 .C...D..b...T..ET..\n- 0x0000dc20 02020000 02000000 dc5e0100 00000000 .........^......\n+ 0x0000dc00 c0db0000 e05d0100 145e0100 385e0100 .....]...^..8^..\n+ 0x0000dc10 6c5e0100 a05e0100 3e540000 45540000 l^...^..>T..ET..\n+ 0x0000dc20 02020000 02000000 e05e0100 00000000 .........^......\n 0x0000dc30 00000000 14000000 00000000 00000000 ................\n 0x0000dc40 00000000 00000000 02000000 43000000 ............C...\n 0x0000dc50 00000000 00000000 00000000 00000000 ................\n 0x0000dc60 63000000 8b090000 f2110000 75000000 c...........u...\n 0x0000dc70 69000000 65000000 6b000000 67000000 i...e...k...g...\n 0x0000dc80 91110000 00000000 00000000 00000000 ................\n 0x0000dc90 00000000 00000000 00000000 00000000 ................\n- 0x0000dca0 fc5e0100 fc5e0100 245f0100 e85f0100 .^...^..$_..._..\n- 0x0000dcb0 24600100 72540000 5c600100 8c600100 $`..rT..\\`...`..\n- 0x0000dcc0 b0600100 a0dc0000 00000000 00000000 .`..............\n+ 0x0000dca0 005f0100 005f0100 285f0100 ec5f0100 ._..._..(_..._..\n+ 0x0000dcb0 28600100 72540000 60600100 90600100 (`..rT..``...`..\n+ 0x0000dcc0 b4600100 a0dc0000 00000000 00000000 .`..............\n 0x0000dcd0 00000000 00000000 00000000 00000000 ................\n 0x0000dce0 6d040000 06000000 83020000 8b540000 m............T..\n 0x0000dcf0 00000000 08000000 09000000 60dc0000 ............`...\n 0x0000dd00 09000000 60dc0000 00000000 4f000000 ....`.......O...\n 0x0000dd10 c4dc0000 e0200000 8e540000 e0200000 ..... ...T... ..\n 0x0000dd20 8e540000 01000000 00000000 00000000 .T..............\n 0x0000dd30 00000000 00000000 00000000 00000000 ................\n@@ -3549,49 +3549,49 @@\n 0x0000dd90 00000000 00000000 00000000 00000000 ................\n 0x0000dda0 ae540000 06000000 b5540000 47170000 .T.......T..G...\n 0x0000ddb0 00000000 0c000000 00000000 00000000 ................\n 0x0000ddc0 00000000 00000000 00000000 52000000 ............R...\n 0x0000ddd0 74dd0000 20dc0000 e0dc0000 40dd0000 t... .......@...\n 0x0000dde0 a0dd0000 00000000 00000000 00000000 ................\n 0x0000ddf0 00000000 00000000 00000000 00000000 ................\n- 0x0000de00 ec600100 62000000 38610100 84610100 .`..b...8a...a..\n- 0x0000de10 c4610100 62000000 ca540000 62000000 .a..b....T..b...\n- 0x0000de20 e4610100 2c620100 6c620100 ac620100 .a..,b..lb...b..\n- 0x0000de30 d1540000 62000000 ec620100 34630100 .T..b....b..4c..\n- 0x0000de40 6c630100 62000000 98630100 e4630100 lc..b....c...c..\n- 0x0000de50 2c640100 62000000 ca540000 62000000 ,d..b....T..b...\n- 0x0000de60 6c640100 b4640100 62000000 e4640100 ld...d..b....d..\n+ 0x0000de00 f0600100 62000000 3c610100 88610100 .`..b...>mask_name(i)\n- [ 3534] NT/LOOP idn selection>>mask_name(j)\n- [ 355c] NT/LOOP idn selection>>mask_name(k)\n- [ 3584] If CHATT='SHOW' print default and current values for all attributes.\n- [ 35cc] If CHATT='*' restore default values for all attributes.\n- [ 3604] Note that command SET is also calling IGSET so SET can be used\n- [ 3644] Graphics primitives stored in ZEBRA memory only.\n- [ 3678] Set the graphics switch to control plotting output\n- [ 36ac] to terminal (G) and/or picture in memory (Z).\n- [ 36dc] Make a new picture in memory with name PNAME. An empty structure is created in memory and becomes the curren iiccture. If PNM = ' ', the picture is automatialy nnamed aas PCTnnn, whhere h trting value of n iiss eeiither 0 (default),, or he value asssind by SET too th parameter PPICT.\n+ [ 2e14] Kill. Dropped banks to be treated as active (dropped banks are not normally dumped under D or F pttion)\n+ [ 2e7c] Dump all Link areas associated with the store\n+ [ 2eac] Dump the Working space, links and data\n+ [ 2ed4] Dump the information in hexadecimal.\n+ [ 2efc] Provides a snapshot of one or more divisions in a ZEBRA store.\n+ [ 2f3c] The kind of information provided is controlled by CHOPT.\n+ [ 2f78] Print a survey of the structure identified by NAME, NUMBER.\n+ [ 2fb4] Print the bank contents from left to right Sideways with pt teenn elements e lliine.\n+ [ 300c] Print the vertical (down) structure.\n+ [ 3034] Print the bank contents from top to bottom Downwards withfv eleemmeents per line.\n+ [ 3088] Print the data part of each bank in hexadecimal format\n+ [ 30c0] Display the contents of a bank or a data structure\n+ [ 30f4] identified by its NAME and NUMBER.\n+ [ 3118] The output format of the data part is controlled by the internal\n+ [ 315c] or external I/O characteristic.\n+ [ 317c] ZEBRA/FZ package: sequential access Input/Output.\n+ [ 31b0] ZEBRA/RZ package: direct access Input/Output.\n+ [ 31e0] Interfaces to the ZEBRA RZ, FZ and DZ packages.\n+ [ 3210] /OBSOLETE/GRAPHICS/ATTRIBUTES/SLWSC\n+ [ 3234] /OBSOLETE/GRAPHICS/ATTRIBUTES/SCHH\n+ [ 3258] /OBSOLETE/GRAPHICS/ATTRIBUTES/STXFP\n+ [ 327c] /OBSOLETE/GRAPHICS/ATTRIBUTES/STXCI\n+ [ 32a0] /OBSOLETE/GRAPHICS/ATTRIBUTES/SPMCI\n+ [ 32c4] /OBSOLETE/GRAPHICS/ATTRIBUTES/SPLCI\n+ [ 32e8] /OBSOLETE/GRAPHICS/ATTRIBUTES/SFACI\n+ [ 330c] /OBSOLETE/GRAPHICS/ATTRIBUTES/SFASI\n+ [ 3330] /OBSOLETE/GRAPHICS/ATTRIBUTES/SFAIS\n+ [ 3354] /OBSOLETE/GRAPHICS/ATTRIBUTES/SLN\n+ [ 3378] /OBSOLETE/GRAPHICS/ATTRIBUTES/SMK\n+ [ 339c] Obsolete command use the commands:\n+ [ 33c0] MASK/FILE Open a MASK file.\n+ [ 33e8] MASK/CLOSE Close a MASK file.\n+ [ 3410] MASK/LIST List the MASK files currently open.\n+ [ 3448] MASK/RESET Reset on bit in a mask file.\n+ [ 347c] Note that the mask files generated by this (now obsolete) command are\n+ [ 34c4] incompatible with the new Ntuple commands. Just generate again the\n+ [ 3508] NT/LOOP idn selection>>mask_name(i)\n+ [ 3530] NT/LOOP idn selection>>mask_name(j)\n+ [ 3558] NT/LOOP idn selection>>mask_name(k)\n+ [ 3580] If CHATT='SHOW' print default and current values for all attributes.\n+ [ 35c8] If CHATT='*' restore default values for all attributes.\n+ [ 3600] Note that command SET is also calling IGSET so SET can be used\n+ [ 3640] Graphics primitives stored in ZEBRA memory only.\n+ [ 3674] Set the graphics switch to control plotting output\n+ [ 36a8] to terminal (G) and/or picture in memory (Z).\n+ [ 36d8] Make a new picture in memory with name PNAME. An empty structure is created in memory and becomes the curretpiiccture. If PNAME = ' ', the picture is atmatclly naammmeed as PICTnnn, where the starting vau of nnn iiss iher 0 (default), or the value assigned by SSEET t he ppaaramete PPICT.\n [ 37fc] Display the picture PNAME in memory.\n- [ 3824] Scratch the picture PNAME from memory. If PNAME = ' ' the curnt piiccture is scratched.\n- [ 387c] The picture following the current picture in memory becomes h current piiccture. If the current picture is the last one in memory, the first picture in memory becomes the crent piiccture.\n- [ 3938] Give the list of the pictures in memory, foloing the ssequenc of thheir storage in memory.\n+ [ 3824] Scratch the picture PNAME from memory. If PNAME = ' ' the crent piiccture is scrtcched.\n+ [ 387c] The picture following the current picture in memory becomes the current piicture. If the current picture is the last one inmemmory, the fist picture in memory becomes thecrent ppiiccture.\n+ [ 3938] Give the list of the pictures in memory, folwing the ssequene of thheir storage in memory.\n [ 3994] The First picture in memory becomes the current picture.\n [ 39d0] Print the picture data structure. Useful to debug programs.\n- [ 3a0c] Set Current picture. All calls to HIGZ graphic functions aresored in tthe curent sttructure according to the option selecte e IGGZZSET.\n+ [ 3a0c] Set Current picture. All calls to HIGZ graphic functions ar tored in tthe curent sttructure according to the option selecte e GGZZZSET.\n [ 3a94] Perform various operations on a picture.\n [ 3ac0] PNAME=' ' means the current picture.\n [ 3ae8] Read picture into memory from a direct access picture file.\n [ 3b24] Write the picture PNAME to a direct access picture file\n [ 3b5c] Load the picture named FILE at the position X,Y in the\n [ 3b94] current normalisation transformation. X,Y is the top\n [ 3bcc] left corner of the picture (like in X11). FILE should\n@@ -309,15 +309,15 @@\n [ 4458] can be switched off using SET AURZ 0.\n [ 4480] Creation and manipulation of HIGZ pictures.\n [ 44ac] Change the contents of a histogram channel using the cursor.\n [ 44ec] Position the cursor to the channel to be changed, trigger graphics\n [ 4530] input, position the cursor to the new channel value\n [ 4564] (a rubber band box is used to visualise the change), trigger graphics\n [ 45ac] Draw the current polymarker at each point\n- [ 45d8] Sample mode is used. Allows to see the coordinates of poin eore ccllicking\n+ [ 45d8] Sample mode is used. Allows to see the coordinates of poitbfore ccllicking\n [ 4624] Do not print the number of points entered\n [ 4650] Transformation with highest priority\n [ 4678] Locate a set of points using the graphics cursor.\n [ 46ac] Return corresponding coordinates in vectors X and Y.\n [ 46e4] If vectors X or Y do not exist, they are automatically created.\n [ 4724] Control is returned when the point is outside picture limits\n [ 4764] or when the BREAK (right) mouse button is clicked (or CRTL/E).\n@@ -383,1211 +383,1211 @@\n [ 5508] Subdivide the picture into NX by NY zones,\n [ 5534] starting at zone IFIRST (count along X first).\n [ 5564] Note that the command ZONE doesn't define the normalisation\n [ 55a0] transformations (see SWN, SVP and SELNT). They are define\n [ 55dc] only when commands like H/PLOT, NULL etc .. are performed.\n [ 5618] X and Y axes are drawn (default).\n [ 563c] Every point is connected with a straight line. (default)\n- [ 5678] The Window/Viewport parameters are automatically computed rmthe X anndd Y vaues (defauult).\n- [ 56d4] The values in Y are plotted in the form of a smooth curve. ASpline apprrooximation algorithm is used.\n- [ 573c] A fill area is drawn. If the option 'CF' is used the contour of the fill area is smooth. Tebrder of the fill area is drawni thhee coommmmand SET BORD 1 ha en typed. The fill area ttyyppe may be changed via the SET parameters FASI and FASI\n- [ 582c] The graph is Rotated, i.e. the values in X are used for th rinnaatte and the values in Y for the abscissa dfult is tthhee contrary).\n- [ 58b4] A Bar chart with equidistant bins is drawn as fill areas. Cnours aree ddrawn. The baar orgnad the bar widt a beee ccontrole byy the routineSET usiingte optos BBAARROO and BARW respectively.\n- [ 5974] A star is plotted at every point.\n- [ 5998] A marker is plotted at every point, accordn o ccuurrent marker type and polymarker colour index.\n- [ 59fc] Draw a curve through a set of points.\n- [ 5a24] To set Log scales in X and/or Y, use OPT LOGX/LOGY.\n- [ 5a58] Note that when an option is specified, it is also\n- [ 5a8c] necessary to specify the options 'AW' or 'ALW' in order to start a new\n- [ 5ad4] SET * ; OPT * | Reset the defaults\n- [ 5b18] V/CREATE Y(10) r 1 2 3 4 5 5 4 3 2 1\n- [ 5b44] V/CREATE X(11) r 1 2 4 6 8 10 15 16 20 21\n- [ 5b74] GRAPH 10 X Y 'WC*L' | Draw an 'open' graph\n- [ 5bb8] SET FAIS 3 | Interior style: hatched\n- [ 5c00] SET FASI 245 | Define hatches type\n- [ 5c44] SET BORD 1 | Border requested\n- [ 5c84] NULL 0 22 0 6 | define new scales\n- [ 5cc4] GRAPH 10 X Y 'CF*' | Draw an 'closed' graph\n- [ 5d0c] An histogram is drawn as a contour (default).\n- [ 5d3c] The histogram is Rotated, i.e. the values in X are used fo h ordinnaatte adte values in Y for the abscissa (efault iissss th conttrary). foton R is sseelected (and oopption 'N' is not sselected), the usrmstt ggive: 2 ausffoorr YY (Y(1)=MIN aand Y(2)=YMAX) ausfrX oonnee ffor eeach bin. OOtherwise the user must give: N valusfrY, one foor each bin. 22 valueess fforX (X(1)=XMMIN and X(2)=XMAX) fopion 'NN'' iis slcted sseee below.\n- [ 5eec] Non equidistant bins (default is equidistant). The arrays and Y must be iesoed as folllows: f option R iiss not seelleeccted (default) thengve: (N++11)values for X (limits of bins). Nvle frYY nn o ach bin. Otherwise ggive: (N+1) vaalluuees forr Y (limits of is. N valuess ffoor X, on foor each bin.\n- [ 6018] The area delimited by the histogram is filled according totefill aarreea interior style and the fill area tl index oorr color index. Contu snnoott drawn unlss CHHOPT='H' is also selected.\n- [ 60d4] A Smooth curve is drawn across points at the centre of eac i of tthhee histogram.\n- [ 6128] A straight Line is drawn across points at the centre of eahbn of tthhee histogram.\n- [ 617c] A star is plotted at the center of each bin of the histogram.\n- [ 61bc] Idem as '*' but with the current marker.\n- [ 61e8] A Bar chart with equidistant bins is drawn as fill areas. Cnours aree ddrawn. The baar origin and the bar it can bee cccontrlled byy the rouine SET usiing the options BAR annd BARW respectively.\n- [ 62ac] Draw an histogram defined by arrays X and Y.\n- [ 62dc] The number of components needed in vectors X and/or in Y may be\n- [ 631c] dependent upon the value of CHOPT (see options 'R' and 'N').\n- [ 635c] By default if the option 'N' is not given, X(1) contains the X\n- [ 639c] minimum value and X(2) the X maximum value (the others are\n- [ 63d8] ignored as the example show it).\n- [ 63fc] Note that when an option is specified, it is also necessary to\n- [ 643c] specify the options 'W' or 'HW' in order to start a new zone\n- [ 647c] SET * ; OPT * | Reset the defaults\n- [ 64bc] V/CREATE X(11) r 1 2 4 6 8 10 15 16 20 21 30\n- [ 64f0] HIST 10 X Y 'WH' | Equidistant bins\n- [ 6530] HIST 10 X Y 'HWN' | Non Equidistant bins\n- [ 6574] Bottom frame only pointing left\n- [ 6594] Draw a paving-block (box with 3D effect).\n- [ 65c0] ISBOX (ISFRAM) may be 1000+ICOLOR where ICOLOR is the colour index\n- [ 6604] of the box (frame), otherwise the style index.\n- [ 6634] If ISBOX (ISFRAM) = 0, only the box contour is drawn with the current\n- [ 667c] NULL 0 10 0 10 | Draw a frame\n- [ 66b8] PAVE 1 4 1 4 ! ! 1001 CHOPT=TRS\n- [ 66dc] PAVE 5 9 1 4 ! ! 1001 CHOPT=BLS\n- [ 6700] PAVE 1 4 5 9 ! ! 3 CHOPT=TR\n- [ 6724] PAVE 5 9 5 9 ! ! 3 CHOPT=BL\n- [ 6748] Define a list of alphanumeric labels\n- [ 6770] to be used by subsequent commands such as PIE and AXIS. The position of\n- [ 67b8] the labels on the axis may be changed with SET NDVX (NDVY).\n- [ 67f4] SET * ; OPT * | Reset the defaults\n- [ 682c] LABEL 1 3 AAAAA BBBBB CCCCC | Define labels\n- [ 6860] SET NDVX 3.15 | 3 div, lab id 1, 5=center on bin\n- [ 68a8] NULL 0 10 0 1 | Draw a frame\n- [ 68dc] SET NDVX 3.11 | 3 div, lab id 1, 1=center on tick\n- [ 6924] SET NDVX 3.18 | 3 div, lab id 1, 8=bottom -> up\n- [ 6968] A full description of the possible alignments is given in the PAW\n- [ 69ac] manual (see NDVX in the index).\n- [ 69cc] Draw text at position X,Y in the current Normalisation transformation,\n- [ 6a14] using the current font parameters.\n- [ 6a38] The font and the precision can be changed by SET TXFP.\n- [ 6a70] The character size can be changed by SET CHHE.\n- [ 6aa0] The text colour can be changed by SET TXCI.\n- [ 6acc] The text orientation can be changed with SET TXAL.\n- [ 6b00] The text angle can be changed by SET TANG.\n- [ 6b2c] NULL 0 10 0 6 | Draw a frame\n- [ 6b68] SET TXFP -20 | Times bold\n- [ 6ba0] SET CHHE .5 | Text size 0.5 cm\n- [ 6be0] SET TXAL 10 | Horizontal align. Left\n- [ 6c24] SET TXAL 20 | Horizontal align. Center\n- [ 6c6c] SET TXAL 30 | Horizontal align. Right\n- [ 6cb0] SET TXAL 12 | Vertical align. Top\n- [ 6cf0] SET TXAL 13 | Vertical align. Middle\n- [ 6d34] ITX .2 5 'Middle justified'\n- [ 6d54] SET TXAL 0 | Default align.\n- [ 6d90] SET TANG 30 | Angle 30 degrees\n- [ 6dd0] ITX 5 4 '-- 30 degrees --'\n- [ 6df0] in the current normalisation transformation using the software font\n- [ 6e34] IGTEXT. SIZE is always given in centimetres.\n- [ 6e64] A boldface effect can be obtained using the parameters PASS and\n- [ 6ea4] CSHI of the command SET. The text colour can be changed by SET TXCI.\n- [ 6eec] SET * ; OPT * | Reset the defaults\n- [ 6f38] NULL 0 10 0 10 | Draw a frame\n- [ 6f7c] TEXT 5 1 'Left justified' .5 0. L\n- [ 6fa4] TEXT 5 2 'Centred' .5 0. C\n- [ 6fc4] TEXT 5 3 'Right justified' .5 0. R\n- [ 6fec] TEXT 5 4 '-- 30 degrees' .5 30. L\n- [ 7014] TEXT 5 4 '-- 60 degrees' .5 60. L\n- [ 703c] TEXT 5 4 '-- 90 degrees' .5 90. L\n- [ 7064] TEXT 5 4 '-- 120 degrees' .5 120. L\n- [ 708c] TEXT 5 4 '-- 150 degrees' .5 150. L\n- [ 70b4] TEXT 5 8 'Some Greek ... [a, b, c, d]' .5 0. C\n- [ 70e8] Set PASS 7 | Number of passes\n- [ 7130] TEXT 5 9 'Bold TEXT' .5 0. C\n- [ 7154] X coordinate of centre of the pie\n- [ 7178] Y coordinate of centre of the pie\n- [ 719c] Draw a Pie Chart with default values.\n- [ 71c4] Alphanumeric labels are required.\n- [ 71e8] The label of each slice will be the corresponding numeric value in array VALUES.\n- [ 723c] The label of each slice will be in expressed in percentage.\n- [ 7278] Force the labels size to be the current character height. Without this optio hhee labels size is computed automatically.\n- [ 72f4] Draw the labels aligned on the radius of each slice.\n- [ 732c] in the current Normalisation transformation.\n- [ 735c] SET * ; OPT * | Reset the defaults\n- [ 73a4] NULL 0 20 0 20 'AB' | Draw a frame\n- [ 73e8] LABEL 1 5 'Lab1' 'Lab2' 'Lab3' 'Lab4' 'Lab5' | define labels\n- [ 742c] V/CRE VWS(5) R 28.3 18.6 16.9 13.5 22.7\n- [ 7458] V/CRE OFFSET(5) R 2*0. 2*20. 0.\n- [ 7480] V/CRE COLOUR(5) R 2 3 4 5 6\n- [ 74a4] SET FAIS 1 | Fill solid\n- [ 74e4] SET BORD 1 | Draw the border\n- [ 7528] PIE 10. 10. 7. 5 VWS 'L' OFFSET ! COLOUR | Draw the pie chart\n- [ 7570] Draws an ellipse in the current normalisation transformation.\n- [ 75b0] The parameter THETA rotates the ellipse major and minor axes\n- [ 75f0] (RX and RY) relative to the coordinates by the given angle.\n- [ 762c] The a filled area is used, so the ellipse may be filled by\n- [ 7668] changing the appropriate SET parameters.\n- [ 7694] SET * ; OPT * | Reset the defaults\n- [ 76c4] NULL 0 10 0 10 'AB' | Draw a frame (cf HELP NULL)\n- [ 7700] SET PLCI 2 | Line colour is red\n- [ 7730] SET LWID 6 | Line width is 6\n- [ 7760] SET BORD 1 | Border on\n- [ 7788] SET FAIS 1 | Filled area\n- [ 77b4] SET FACI 3 | Filled area are green\n- [ 77e8] with the current fill area and line attributes.\n- [ 7818] Use the current Normalisation transformation.\n- [ 7848] If R1 is not equal to R2 the area between the two arcs of radius\n- [ 788c] R1 and R2 is filled according to the current fill area attributes.\n- [ 78d0] The border is never drawn unless the interior style is hollow or\n- [ 7914] the command SET BORD 1 has been called. If R1 is equal to R2 a\n- [ 7954] NULL 0 20 0 20 'AB' | Draw a frame (cf HELP NULL)\n- [ 7990] ARC 5 5 4 4 ! ! | Draw an circle\n- [ 79bc] ARC 5 15 4 4 30 260 | Draw an arc of circle\n- [ 79f0] SET FAIS 3 | Fill area with hatches\n- [ 7a24] SET FASI 3 | Type of hatches\n- [ 7a54] ARC 15 15 1 4 ! ! | Draw an arc\n- [ 7a80] SET BORD 1 | Border is requested\n- [ 7ab4] ARC 15 5 1 4 30 ! | Draw an arc\n- [ 7ae0] Draw an axis with default values.\n- [ 7b04] Logarithmic scale, default is linear.\n- [ 7b2c] Blank axis. Useful to superpose axis.\n- [ 7b54] Unlabelled axis, default is labelled.\n- [ 7b7c] Tick marks are drawn on Positive side. (default)\n- [ 7bb0] Tick marks are drawn on the negative side.\n- [ 7bdc] Tick marks are drawn on Equal side\n- [ 7c00] Labels are drawn Parallel to the axis\n- [ 7c28] Labels are drawn Orthogonal to the axis (Top to Down).\n- [ 7c60] Labels are drawn Orthogonal to the axis (Down to Top).\n- [ 7c98] labels are Right adjusted on tick mark.\n- [ 7cc0] labels are Left adjusted on tick mark.\n- [ 7ce8] labels are Centred on tick mark.\n- [ 7d0c] In the Middle of the divisions.\n- [ 7d2c] Direction of labels DOWN . Default is RIGHT\n- [ 7d58] Draw an axis in the current Normalisation transformation.\n- [ 7d94] NDIV=N1 + 100*N2 + 10000*N3\n- [ 7dbc] N1, N2, N3 = Number of 1st, 2nd, 3rd divisions respectively, eg:.\n- [ 7e00] NDIV=0 --> no tick marks.\n- [ 7e28] NDIV=2 --> 2 divisions, one tick mark in the middle\n- [ 7e68] of the axis.\n- [ 7e8c] Orientation of tick marks on axis: Tick marks are normally drawn\n- [ 7ed0] on the positive side of the axis.However, if X0=X1, then Negative .\n- [ 7f14] CHOPT='+': tick marks are drawn on Positive side. (default)\n- [ 7f58] CHOPT='-': tick marks are drawn on the negative side.\n- [ 7f98] i.e: '+-' --> tick marks are drawn on both sides of the axis.\n- [ 7fe0] Position of labels on axis: Labels are normally drawn on side\n- [ 8020] opposite to tick marks.However:\n- [ 8040] CHOPT= '=' on Equal side\n- [ 8064] Orientation of labels on axis: Labels are normally drawn\n- [ 80a0] parallel to the axis. However:\n- [ 80c0] if X0=X1, then Orthogonal\n- [ 80e4] if Y0=Y1, then Parallel\n- [ 8104] CHOPT= 'P' : Parallel to the axis\n- [ 8130] CHOPT= 'O' : Orthogonal to the axis (Top to Down).\n- [ 816c] CHOPT= '0' : Orthogonal to the axis (Down to Top).\n- [ 81a8] Position of labels on tick marks: Labels are centred on\n- [ 81e0] tick marks. However , if X0=X1, then they are right adjusted.\n- [ 8220] CHOPT='R': labels are Right adjusted on tick mark.\n- [ 825c] (default is centred)\n- [ 8284] CHOPT='L': labels are Left adjusted on tick mark.\n- [ 82c0] CHOPT='C': labels are Centred on tick mark.\n- [ 82f4] CHOPT='M': In the Middle of the divisions.\n- [ 8328] Direction of labels: Default is RIGHT\n- [ 8350] Format of labels: Blank characters are stripped, and then the\n- [ 8390] label is correctly aligned. The dot,if last character of the\n- [ 83d0] string, is also stripped, unless\n- [ 83f4] CHOPT='.' Dot obligatory\n- [ 841c] In the following, we have some parameters, like\n- [ 844c] tick marks length and characters height (in percentage\n- [ 8484] of the length of the axis).The default values are as follows:\n- [ 84c4] Primary tick marks: 3.0 %\n- [ 84e8] Secondary tick marks: 1.5 %\n- [ 850c] Third order tick marks: .75 %\n- [ 8534] Characters height for labels: 2%\n- [ 8560] Characters spacing (related to height): 40%\n- [ 8594] Type of labels: Labels are normally numeric . However, alphanumeric\n- [ 85d8] labels can be drawn (see command LABEL).\n- [ 8604] CHOPT='T': Alphanumeric labels .\n- [ 8630] Intrinsic parameters: These values can be changed with the command\n- [ 8674] SET. The default value is used unless the corresponding option is\n- [ 86b8] CHOPT='D' The distance between the labels and the axis\n- [ 86f8] (the offset) is given by the preceding command\n- [ 873c] SET with the parameter LAOF.\n- [ 876c] CHOPT='H' The size (height) of the labels is given by the\n- [ 87b0] preceding command SET with the parameter LASI.\n- [ 87f4] CHOPT='S' The size of the tick marks is given by the preceding\n- [ 883c] command SET with the parameter TMSI.\n- [ 8874] Axis binning optimisation: By default the axis binning is optimised .\n- [ 88bc] CHOPT='N': No binning optimisation\n- [ 88e8] CHOPT='I': Integer labelling\n- [ 8910] SET * ; OPT * | Reset the defaults\n- [ 8950] NUL 0 12 0 12 'A' | Draw a frame (cf HELP NULL)\n- [ 899c] AXIS 1 11 1 1 0 100 510 'A' | Axis with arrow\n- [ 89dc] AXIS 1 11 3 3 1 10000 510 'G' | LOG axis\n- [ 8a14] LABEL 1 11 a b c d e f g h i j k | define alphanumeric labels\n- [ 8a5c] AXIS 1 11 5 5 0 12 11 'NATY' | alphanumeric labelling\n- [ 8aa0] AXIS 1 11 6 6 -100 0 510 'A'\n- [ 8ac8] AXIS 11 1 7 7 -100 0 810 'A+-' | Double side tick marks\n- [ 8b0c] AXIS 1 11 8 11 0 1234567 615 'A' | exponent is required\n- [ 8b50] Note that the command TIC provides a simpler interface to redraw axis\n- [ 8b98] on the current plot. Moreover it use the NDVX, NDVY etc .. attributes.\n- [ 8be0] with the current fill area attributes.\n- [ 8c08] NULL 0 10 0 10 | Draw a frame (cf HELP NULL)\n- [ 8c44] SET FAIS 1 | Fill area interior style solid\n- [ 8c80] FPOINT 5 1 .1 | Draw a filled point\n- [ 8cb4] FPOINT 5 3 .2 | Draw a filled point\n- [ 8ce8] FPOINT 5 5 .3 | Draw a filled point\n- [ 8d1c] SET FACI 4 | The fill area colour is blue\n- [ 8d58] FPOINT 5 7 .4 | Draw a filled point\n- [ 8d8c] FPOINT 5 9 .5 | Draw a filled point\n- [ 8dc0] Draw a line with arrow in middle (fermion line)\n- [ 8df0] with the current line and fill area attributes.\n- [ 8e20] NULL 0 10 0 6 | Draw a frame (cf HELP NULL)\n- [ 8e5c] ARLINE 1 1 9 1 .2 | Draw a arrow line (left to right)\n- [ 8e9c] ARLINE 9 2 1 2 .4 | Draw a arrow line (right to left)\n- [ 8edc] SET PLCI 2 | Arrow colour is red\n- [ 8f10] ARLINE 9 3 1 3 .4 | Draw a arrow line (right to left)\n- [ 8f50] SET LWID 8 | Arrow line width is 8\n- [ 8f84] ARLINE 9 4 1 4 .4 | Draw a arrow line (right to left)\n- [ 8fc4] SET LTYP 3 | Arrow line type is dotted\n- [ 8ffc] ARLINE 9 5 1 5 .4 | Draw a arrow line (right to left)\n- [ 903c] X coordinate of the begin of helix\n- [ 9060] Y coordinate of the begin of helix\n- [ 9084] X coordinate of the end of helix\n- [ 90a8] Y coordinate of the end of helix\n- [ 90cc] with the current line attributes.\n- [ 90f0] Feynman graph: gluon phi = 30, photon phi = 0.\n- [ 9120] SET * ; OPT * | Reset the defaults\n- [ 9158] NUL 0 10 0 10 'AB' | Draw a frame (cf HELP NULL)\n- [ 9198] ARCHELIX 1 1 3 3 ! 9 ! 1 | Draw an helix\n- [ 91c8] SET LWID 8 | Helix line width is 8\n- [ 9200] ARCHELIX 3 3 7 7 ! 9 ! 1 | Draw an helix\n- [ 9230] SET PLCI 2 | Arrow colour is red\n- [ 9268] SET LTYP 2 | Helix line type is dashed\n- [ 92a4] ARCHELIX 7 7 10 10 ! 9 ! 3 | Draw an helix\n- [ 92d4] SET * ; OPT * | Reset the defaults\n- [ 9308] NUL 0 10 0 10 'AB' | Draw a frame (cf HELP NULL)\n- [ 9344] HELIX 1 1 3 3 ! 10 ! | Draw an helix\n- [ 9374] SET LWID 8 | Helix line width is 8\n- [ 93ac] HELIX 3 3 7 7 1 5 ! | Draw an helix\n- [ 93dc] SET PLCI 2 | Arrow colour is red\n- [ 9410] SET LTYP 2 | Helix line type is dashed\n- [ 944c] HELIX 7 7 10 10 .2 5 10 | Draw an helix\n- [ 947c] The ARROW attributes can be changed with the command SET.\n- [ 94b8] ARROW and LINE attributes are the same.\n- [ 94e0] (X1,Y1) ----> (X2,Y2) if SIZE>0.\n- [ 9508] (X1,Y1) <---> (X2,Y2) if SIZE<0.\n- [ 9530] NULL 0 10 0 7 | Draw a frame (cf HELP NULL)\n- [ 956c] ARROW 1 9 1 1 .2 | Draw a simple arrow (left to right)\n- [ 95b0] ARROW 9 1 2 2 .4 | Draw a simple arrow (right to left)\n- [ 95f4] ARROW 1 9 3 3 -.8 | Draw a double arrow\n- [ 9628] ARROW 1 9 4 4 -.8 | Draw a double arrow\n- [ 965c] ARROW 1 9 5 5 -.8 | Draw a double arrow\n- [ 9690] ARROW 1 9 6 6 -.8 | Draw a double arrow\n- [ 96c4] X coord of first corner of ext box\n- [ 96e8] X coord of second corner of ext box\n- [ 970c] Y coord of first corner of ext box\n- [ 9730] Y coord of second corner of ext box\n- [ 9754] X coord of first corner of int box\n- [ 9778] X coord of second corner of int box\n- [ 979c] Y coord of first corner of int box\n- [ 97c0] Y coord of second corner of int box\n- [ 97e4] Draw and fill a frame (2 nested boxes)\n- [ 980c] The FBOX attributes can be changed with the command SET.\n- [ 9848] SET FAIS 3 | Fill area interior style hatched\n- [ 9888] SET FASI 3 | Changes the type of hatches\n- [ 98c4] SET FACI 2 | Fill are colour is red\n- [ 98f8] SET PLCI 4 | Line colour is blue\n- [ 992c] SET LWID 8 | The line width is 8\n- [ 9960] SET BORD 1 | The border is requested\n- [ 9998] FBOX 1 9 1 9 3 7 3 7 | Draw a frame box\n- [ 99c8] Use the current Normalisation transformation\n- [ 99f8] taking care of logarithmic scales.\n- [ 9a1c] The BOX attributes can be changed with the command SET.\n- [ 9a54] OPT LOGY ; OPT LOGX | Use log scale\n- [ 9a80] SET FAIS 0 | Fill area interior style hollow\n- [ 9ac0] DBOX 1 3 1 3 | Draw a box\n- [ 9ae8] This command it doesn't LOG scales. It is recommended\n- [ 9b20] BOX 1 3 1 3 | Draw a box\n- [ 9b48] BOX 1 3 3 5 | Draw a box\n- [ 9b70] SET FASI 245 | Changes the type of hatches\n- [ 9bac] BOX 1 3 5 7 | Draw a box\n- [ 9bd4] BOX 3 5 5 7 | Draw a box\n- [ 9bfc] SET FASI 4 | Changes the type of hatches\n- [ 9c38] BOX 5 7 5 7 | Draw a box\n- [ 9c60] Draw a polymarker at the N points X,Y,Z\n- [ 9c88] The 3DPMARKER attributes can be changed with the command SET.\n- [ 9cc8] 3DNUL | Draw a frame (cf HELP 3DNULL)\n- [ 9d04] V/CREATE X(5) R 0.2 0.8 0.8 0.2 0.2\n- [ 9d2c] V/CREATE Y(5) R 0.2 0.2 0.8 0.8 0.2\n- [ 9d54] V/CREATE Z1(5) R 0.2 0.2 0.2 0.2 0.2\n- [ 9d80] V/CREATE Z2(5) R 0.8 0.8 0.8 0.8 0.8\n- [ 9dac] /GRAPHICS/PRIMITIVES/3DPMARKER\n- [ 9dcc] Draw polymarkers at the N points X,Y\n- [ 9df4] The PMARKER attributes can be changed with the command SET.\n- [ 9e30] NUL -3.2 3.2 -1 1 | Draw a frame (cf HELP NULL)\n- [ 9e6c] * Create vector X and Y (cf HELP SIGMA)\n- [ 9e98] SIGMA X=ARRAY(100,-3.14#3.14)\n- [ 9ebc] SET PMCI 6 | The marker colour is magenta\n- [ 9ef8] SET MTYP 3 | The marker type is *\n- [ 9f2c] SET MSCF 2 | The marker size is 2\n- [ 9f60] PMARKER 100 X Y | Draw a 100 points polymarker\n- [ 9f9c] This command doesn't take into account OPTIONS LOGY or LOGX, use GRAPH\n- [ 9fe4] Fill the area defined by the N points X,Y\n- [ a010] The FAREA attributes can be changed with the command SET.\n- [ a04c] NUL -1.1 1.1 -1.1 1.1 | Draw a frame (cf HELP NULL)\n- [ a088] SET FACI 2 | The fill area colour is red\n- [ a0c4] SET FAIS 1 | The fill area interior style is solid\n- [ a108] FAREA 100 X Y | Draw a 100 points line\n- [ a13c] SET FACI 1 | The fill area colour is black\n- [ a178] SET FAIS 0 | The fill area interior style is hollow\n- [ a1bc] SET FAIS 3 | The fill area interior style is hatched\n- [ a204] SET FASI 245 | Defines the type of hatches\n- [ a240] Draw a line connecting points (X1,Y1) and (X2,Y2)\n- [ a274] in the current Normalisation transformation taking care of\n- [ a2b0] logarithmic scales. The DLINE attributes can be\n- [ a2e0] OPTION LOGY | Log scale on the Y axis.\n- [ a318] NUL 0 5 1 100 | Draw a frame (cf HELP NULL)\n- [ a354] SET PLCI 2 | The line colour is red\n- [ a388] SET LWID 6 | The line width is 6\n- [ a3bc] SET LTYP 1 | The line type is solid\n- [ a3f0] DLINE 0 5 1 10 | Draw a line\n- [ a41c] in the current Normalisation transformation. This command is kept\n- [ a460] for backward compatibility. It has a reverse calling sequence compare\n- [ a4a8] to BOX or ARROW and it doesn't take LOG scales into account. It is\n- [ a4ec] recommended to use DLINE instead. The LINE attributes can be\n- [ a52c] NUL 0 5 0 5 | Draw a frame (cf HELP NULL)\n- [ a568] SET LTYP 3 | The line type is dotted\n- [ a5a0] LINE 0 0 5 5 | Draw a line\n- [ a5cc] Draw a polyline of N points X,Y,Z\n- [ a5f0] The 3DPLINE attributes can be changed with the command SET.\n- [ a62c] Draw a polyline of N points X,Y\n- [ a64c] The PLINE attributes can be changed with the command SET.\n- [ a688] NUL -1 1 0 1 | Draw a frame (cf HELP NULL)\n- [ a6c4] SET PLCI 4 | The line colour is blue\n- [ a6fc] SET LTYP 2 | The line type is dashed\n- [ a734] PLINE 100 X Y | Draw a 100 points line\n- [ a768] Number of elements in the palette\n- [ a78c] Define a palette of attributes.\n- [ a7ac] The palette number is used in the command SET. The command\n- [ a7e8] SET HCOL 0.1 defines the palette number 1 as colour indices\n- [ a824] used by the command LEGO in case of stacked lego plots and\n- [ a860] plotting of SURFACE with options 1 or 2, LEGO with option 2\n- [ a89c] By default the palettes are initialised with 6 elements:\n- [ a8d8] If the number of elements (NEL) is equal to 0 (default), the\n- [ a918] palette is filled automatically according to the number of\n- [ a954] colours defined with the command SET NCOL:\n- [ a980] a) If NCOL is smaller or equal to 8, the palette is filled with a\n- [ a9c4] subset of the 8 basic colours.\n- [ a9e4] PAW > SET NCOL 8 | Define the number of colours\n- [ aa20] PAW > PALETTE 1 | The palette 1 is filled with\n- [ aa5c] | 8 elements: 0,5,7,3,6,2,4,1\n- [ aa98] PAW > SET NCOL 4 | Define the number of colours\n- [ aad4] | 4 elements: 0,5,7,3\n- [ ab08] b) If NCOL is greater than 8, the palette is filled\n- [ ab3c] with colours varying continuously from blue to red. This is\n- [ ab78] called a 'geographical palette'.\n- [ ab9c] PAW > SET NCOL 16 | Define the number of colours\n- [ abd8] PAW > PALETTE 1 | Fill palette 1 with 8 elements\n- [ ac14] | (8,9,10,11,12,13,14,15) varying\n- [ ac50] | continuously from blue to red\n- [ ac8c] Note that after the command SET NCOL, the colour indices from\n- [ accc] 8 to NCOL are set with gray levels. The command PALETTE 1\n- [ ad08] reset the same indices with a 'geographical palette' varying\n- [ ad48] continuously from blue to red.\n- [ ad68] /GRAPHICS/ATTRIBUTES/COLOR_TABLE\n- [ ad8c] Redefine the scale for the current zone.\n- [ adb8] Define an empty 3D space of coordinates.\n- [ ade4] If XMIN, XMAX, etc. are given, draw a frame box\n- [ ae14] with the window coordinates set to XMIN, XMAX, YMIN, YMAX. Axis\n- [ ae54] labels, tick marks and 3D box around the plot are drawn by default.\n- [ ae98] Axis labels and tick marks are not drawn.\n- [ aec4] Define an empty 2D space of coordinates.\n- [ aef0] labels and tick marks are drawn by default.\n- [ af1c] Draw a grid in cm. The grid appearance is controlled with\n- [ af58] the line and text attributes (cf command SET).\n- [ af88] Axis title are drawn on the left and on the bottom of the plot.\n- [ afc8] Y axis title is drawn on the right of the plot.\n- [ aff8] X axis title is drawn on the top of the plot.\n- [ b028] Draw axis titles on the axes of the present plot zone.\n- [ b060] The parameter IALGN defined where the title is aligned i.e:\n- [ b09c] on the beginning, the middle or at the end of the axis. The\n- [ b0d8] alignment parameter has 3 digits (one for each axis): xyz\n- [ b114] where x, y and z may have independently the following values:\n- [ b154] 3: End of the axis (0 is equivalent to 3)\n- [ b180] ATITLE 'End of axis' 'Middle of axis on the right' ! 320 R\n- [ b1c0] ATITLE 'Beginning of axis' 'End of axis' ! 130\n- [ b1f4] ATITLE 'Middle of axis on the top' 'Beginning of axis' ! 210 T\n- [ b238] Tick marks are drawn on the edges of the picture\n- [ b26c] Cross-wire drawn perpendicular to the X-axis\n- [ b29c] Cross-wire drawn perpendicular to the Y-axis\n- [ b2cc] Value drawn Left of cross-wire\n- [ b2ec] Value drawn Right of cross-wire\n- [ b30c] Draw 'cross-wires' on a picture,\n- [ b330] optionally with tick marks and values.\n- [ b358] Cross-wires are lines perpendicular to the X and/or Y axis.\n- [ b394] The values of XVAL are always histogram coordinates.\n- [ b3cc] The tick marks will be drawn on both side of the cross\n- [ b404] wire, unless the cross-wires are requested on the boundary\n- [ b440] of the box surrounding the histogram (i.e. at the extreme\n- [ b47c] limits of the drawn histogram). In this case tick marks will\n- [ b4bc] The options 'A' and 'B' (for Above and Below)\n- [ b4ec] refer only to the cross-wire perpendicular to the Y axis.\n- [ b528] In each case only one cross-wire will be drawn.\n- [ b558] Similarly 'L' and 'R' (Left and Right) refer only\n- [ b58c] to the cross-wires perpendicular to the X-axis.\n- [ b5bc] It is possible to redefine the length of tick marks on the X or Y\n- [ b600] axis with SET XTIC or SET YTIC.\n- [ b620] The position of the axis values may be changed\n- [ b650] The Number of divisions can be changed with SET NDVX and SET NDVY.\n- [ b694] This command combines with the command NUL is a easy way to redraw\n- [ b6d8] SET * ; OPT * | Reset the defaults\n- [ b714] Nul 0 1 0 1 | draw an empty frame with axis\n- [ b75c] Set ndvy 5 | Change number of Y divisions\n- [ b7a4] Nul 0 10 0 10 ABS | Redefine the scales\n- [ b7e0] Tic XR 5 ! | Axis in the new coordinates\n- [ b824] IATT is a fill area colour index\n- [ b848] Draw one legend and its explanation at a point x,y\n- [ b87c] in the current normalisation transformation.\n- [ b8ac] - A filled box (CHOPT=F), in this case IATT is a colour\n- [ b8e8] and DX is the width of the box.\n- [ b90c] - A hatched box (CHOPT=H), in this case IATT is a hatches type\n- [ b950] - A line (CHOPT=L), in this case IATT is a line type\n- [ b988] and DX is the length of the line.\n- [ b9b0] - A line (CHOPT=W), in this case IATT is a line width\n- [ b9e8] NUL 0 10 0 8 A | Draw a frame\n- [ ba20] KEY 5 2 ! 'Key 1' | Key with marker\n- [ ba58] KEY 5 3 2 'Key 2' ! F | Key with filled box\n- [ ba94] SET FACI 3 | Change colour for next key\n- [ bad8] key 5 4 2 'Key 3' 2 H | Key with hatches. DX is modified\n- [ bb24] key 5 5 2 'Key 4' ! L | Key with line type\n- [ bb60] SET PLCI 4 | Change colour for next key\n- [ bba4] SET CSIZ .4 | Change key size\n- [ bbdc] KEY 5 6 8 'Key 5' 1.5 W | Key with line width\n- [ bc18] Coordinates are expressed in histogram coordinates (of the ls ddrrawn histogram). Error bars are drawn.\n- [ bc80] Coordinates are expressed in centimetres.\n- [ bcac] A new window is defined and axis are drawn.\n- [ bcd8] Draw small lines at the end of the error bars.\n- [ bd08] Draw a filled area through the end points of the vertical error bars.\n- [ bd50] Draw a smoothed filled area through the end points of the vetcaall error bars.\n- [ bda0] Turn off the symbols clipping.\n- [ bdc0] Draw (according to the CHOPT value) a series of points using\n- [ be00] a symbol and asymmetric error bars in horizontal and vertical\n- [ be40] direction in the current normalisation transformation.\n- [ be78] By default, the symbols are not drawn if they are on the\n- [ beb4] edges of the plot: the option '0' allows to turn off this\n- [ bef0] With Option 1, the size of the tick marks at the end of the error\n- [ bf34] bars is equal to the marker size and can be changed with SET KSIZ.\n- [ bf78] If ISYMB = 0 or SSIZE = 0. no symbol is drawn.\n- [ bfa8] Note that the options can be cumulated.\n- [ bfd0] a symbol and error bars in horizontal and vertical direction\n- [ c010] Draw the same symbol at several points x,y\n- [ c03c] Draw various HPLOT objects (symbols, errors, key, etc.).\n- [ c078] To define Normalisation transformations.\n- [ c0a4] Either automatically (ZONE and SIZE) or 'by hand' (SVP, SWN and SELNT).\n- [ c0ec] Miscellaneous HPLOT functions.\n- [ c10c] Give the list of open workstations\n- [ c130] To create/delete workstations (windows) or change status.\n- [ c16c] IWKID > 0 Do the action specified by CHOPT on the\n- [ c1a4] workstation identified by IWKID.\n- [ c1d4] IWKID = 0 Do the action specified by CHOPT on all\n- [ c20c] IWKID < 0 Do the action specified by CHOPT on the\n- [ c244] workstation identified by -IWKID and the\n- [ c27c] complementary action on all the others.\n- [ c2b4] Note: IWKID should not be equal to 2 if a metafile is active because the\n- [ c300] command METAFILE use it already.\n- [ c324] Set the metafile logical unit and metafile type.\n- [ c358] This command controls the destination of the subsequent graphics output.\n- [ c3a4] LUN =-10 output only on metafile opened on unit 10;\n- [ c3dc] LUN = 0 output only on screen;\n- [ c400] LUN = 10 output on both screen and metafile opened on unit 10;\n- [ c440] Use the command FORTRAN/FILE to open a new file, FORTRAN/CLOSE to close it.\n- [ c48c] Note that PAW opens the file PAW.METAFILE on the unit 10\n- [ c4c8] METAFL=-111 HIGZ/PostScript (Portrait).\n- [ c4f4] METAFL=-112 HIGZ/PostScript (Landscape).\n- [ c520] METAFL=-113 HIGZ/Encapsulated PostScript.\n- [ c54c] METAFL=-114 HIGZ/PostScript Colour (Portrait).\n- [ c57c] METAFL=-115 HIGZ/PostScript Colour (Landscape).\n- [ c5b0] METAFL=-777 HIGZ/LaTex Encapsulated.\n- [ c5d8] The PostScript metafile types have the following format:\n- [ c614] -[Format][Nx][Ny][Type]\n- [ c640] [Format] Is an integer between 0 and 99 which defines the format of the\n- [ c688] paper. For example if Format=3 the paper is in the standard\n- [ c6c4] A3 format. Format=4 and Format=0 are the same and\n- [ c6f8] The A0 format is selected by Format=99.\n- [ c720] The US format Letter is selected by Format=100.\n- [ c750] The US format Legal is selected by Format=200.\n- [ c780] The US format Ledger is selected by Format=300.\n- [ c7b0] [Nx, Ny] Specify respectively the number of zones on the x and y axis.\n- [ c7f8] Nx and Ny are integers between 1 and 9.\n- [ c820] 1: Portrait mode with a small margin at the bottom of the page.\n- [ c864] 2: Landscape mode with a small margin at the bottom of the page.\n- [ c8a8] 4: Portrait mode with a large margin at the bottom of the page.\n- [ c8ec] 5: Landscape mode with a large margin at the bottom of the page.\n- [ c930] The large margin is useful for some PostScript printers (very\n- [ c970] often for the colour printers) as they need more space to grip\n- [ c9b0] the paper for mechanical reasons. Note that some PostScript\n- [ c9f0] colour printers can also use the so called 'special A4' format\n- [ ca30] permitting the full usage of the A4 area; in this case larger\n- [ ca70] margins are not necessary and {\\tt Type}=1 or 2 can be used.\n- [ cab0] 3: Encapsulated PostScript. This Type permits the generation of\n- [ caf4] files which can be included in other documents, for example\n- [ cb34] in LaTeX files. Note that with this Type, Nx and Ny must always\n- [ cb78] be equal to 1, and Format has no meaning. The size of the picture\n- [ cbbc] must be specified by the user via the SIZE command. Therefore\n- [ cbfc] the workstation type for Encapsulated PostScript is -113. For\n- [ cc3c] example if the name of an encapsulated PostScript file is\n- [ cc78] example.eps, the inclusion of this file into a LaTeX file will\n- [ ccb8] be possible via (in the LaTeX file):\n- [ cce0] \\begin{figure}\n- [ cd04] \\epsffile{example.eps}\n- [ cd30] \\caption{Example of Encapsulated PostScript in LaTeX.}\n- [ cd7c] \\label{EXAMPLE}\n- [ cda4] \\end{figure}\n- [ cdc8] With Type=1,2,4 and 5 the pictures are centred on the page, and the usable\n- [ ce14] area on paper is proportional to the dimensions of A4 format.\n- [ ce54] -111 or -4111 defines an A4 page not divided.\n- [ ce84] -6322 define an A6 landscape page divided in 3 columns and 2 rows.\n- [ cec8] +-------+-------+-------+\n- [ cef8] | 1 | 2 | 3 |\n- [ cf28] | 4 | 5 | 6 |\n- [ cf58] The first picture will be drawn in the area 1. After each clear the screen,\n- [ cfa8] the graphics output will appear in the next area in the order defined above.\n- [ cff8] If a page is filled, a new page is used with the same grid. Note that empty\n- [ d044] pages are not printed in order to save paper.\n- [ d074] Ignoring formats smaller than A12, the total number of possible different\n- [ d0c0] PostScript workstation types is: 4x9x9x13+1 = 4213 !\n- [ d0f8] Note: this command open a metafile on the workstation identifier number 2.\n- [ d144] Set general plotting options for HPLOT.\n- [ d16c] If CHOPTN='SHOW' print all current and default options.\n- [ d1a4] If CHOPTN='*', restore all default options.\n- [ d1d0] Set a specific HPLOT attribute.\n- [ d1f0] If CHATT='SHOW', print defaults and current values for all attributes.\n- [ d238] If CHATT='*', restore default values for all attributes.\n- [ d274] If VALUE=0, the attribute is set to its default value.\n- [ d2ac] Interface to the graphics packages HPLOT and HIGZ.\n- [ d2e0] List the MASK files currently open.\n- [ d304] Existing file is opened (read mode only).\n- [ d330] Existing file is opened to be modified.\n- [ d358] Set debug options for the Query Processor\n- [ d384] Expression separator (on output)\n- [ d3a8] For the selected events the values of the expressions are printed\n- [ d3ec] to the screen (by default) or to a specified file. If the expression\n- [ d434] is non scalar (e.g. vector) the elements of the vector are separated\n- [ d47c] by a ',' (changed with SEP1). The values of the expressions are\n- [ d4bc] separated by a '%' (changed with SEP2).\n- [ d4e4] The output of the DUMP command is meant for consumption by other\n- [ d528] computer programs, for easy inspection of an ntuple the NTUPLE/SCAN command\n- [ d574] Maximum size of dynamic memory buffer in MBytes\n- [ d5a4] Change or show the size of the dynamic memory buffer used to store\n- [ d5e8] Ntuple columns during Ntuple analysis. The default is 10 MB. Giving\n- [ d62c] a value of 0 turns the buffer facility off. The upper limit is 128 MB,\n- [ d674] but be sure you have enough swap space and realize that when the buffer\n- [ d6bc] is swapped to disk you loose part of the benefit of the buffer facility\n- [ d704] (which is to reduce the number of disk accesses). Omitting the argument\n- [ d74c] or specifying -1 will show you the current upper limit and used and free\n- [ d798] space. Giving -2 shows which columns are currently stored in memory.\n- [ d7e0] The variables are normalized. This option is useful in the case the ranges of variables arevry diffeerrent\n- [ d84c] Print more results about the analysis\n- [ d874] Number of the most significant variables \n- [ d8a0] Names of the NVARS most significant variables \n- [ d8d0] The method used is the PRINCIPAL COMPONENTS ANALYSIS.\n- [ d908] The Principal Components Analysis method consists in applying\n- [ d948] a linear transformation to the original variables of a ntuple.\n- [ d988] This transformation is described by an orthogonal matrix and\n- [ d9c8] is equivalent to a rotation of the original space to a new set\n- [ da08] of coordinates vectors, which hopefully provide easier identification\n- [ da50] and dimensionality reduction. This matrix is real positive definite\n- [ da94] and symmetric and has all its eigenvalues greater than zero.\n- [ dad4] Among the family of all complete orthonormal bases, the basis\n- [ db14] formed by the eigenvectors of the covariance matrix and belonging\n- [ db58] to the largest eigenvalues corresponds to the most significant features\n- [ dba0] for the description of the original ntuple.\n- [ dbcc] Reduction of the variables for NEVENT events starting at IFIRST\n- [ dc0c] The default is to take all the 20 first variables.\n- [ dc40] This command creates a file: xtoxsi.f, XTOXSI.FORTRAN, xtoxsi.for or xtoxsi.ftn.\n- [ dc94] This file contains a Fortran function which computes the new variables.\n- [ dcdc] These new variables can be visualised in PAW with for example:\n- [ dd1c] PAW > Ntuple/plot id.xtoxsi.ftn(1)\n- [ dd40] PAW > Ntuple/plot id.xtoxsi.ftn(1)%xtoxsi.ftn(3)\n- [ dd74] Generate the FORTRAN skeleton of a selection function.\n- [ ddac] Present the selection function in the local editor.\n- [ dde0] Code to print events is generated (Row Wise Ntuples only).\n- [ de1c] Names of the Ntuple variables are generated in DATA statements (Row Wise Nuplles only).\n- [ de74] To generate the FORTRAN skeleton of a selection function or the\n- [ deb4] INCLUDE file with the columns declaration.\n- [ dee0] A FORTRAN function is generated if the FNAME is of the form,\n- [ df20] xxx.f, xxx.for, xxx.fortran. Otherwise an INCLUDE file is generated.\n- [ df68] If the Row Wise Ntuple ID=30 has variable names [X,Y,Z] then:\n- [ dfa8] NTUPLE/UWFUNC 30 SELECT.FOR\n- [ dfc8] will generate the file SELECT.FOR with:\n- [ dff0] REAL FUNCTION SELECT()\n- [ e010] LOGICAL CHAIN\n- [ e030] CHARACTER*128 CFILE\n- [ e050] COMMON /PAWCHN/ CHAIN, NCHEVT, ICHEVT\n- [ e080] COMMON /PAWCHC/ CFILE\n- [ e0a0] COMMON/PAWIDN/IDNEVT,OBS(13),\n- [ e0c8] Then using the command EDIT one can modify this file which could then\n- [ e110] look something like (IDNEVT is the event number):\n- [ e144] IF(X**2+Y**2.GT.Z**2)THEN\n- [ e168] NTUPLE/UWFUNC 30 SELECT.INC\n- [ e188] will generate an include file. This include file\n- [ e1bc] may be referenced in a selection function in the following way:\n- [ e1fc] Note that the command UWFUNC is not required if the SELECT function has the\n- [ e248] In this case (thanks to the statement 'include ?') the include file will be\n- [ e294] generated automatically with the name 'comis.inc'.\n- [ e2c8] It is possible to add input parameters to the SELECT function and to\n- [ e310] use them in the function's body.\n- [ e334] Comment is left adjusted to the current zone\n- [ e364] Comment is right adjusted to the current zone\n- [ e394] Comment is centred to the current zone\n- [ e3bc] Comment is drawn below the top zone line\n- [ e3e8] All subsequent NTUPLE/PLOT commands will print the selection mechanism withh the options specified in CHOPT.\n- [ e458] To write selection mechanism as a comment on the picture.\n- [ e494] By default, the comment is drawn left justified above the top zone line.\n- [ e4e0] CSEL All coming NT/PLOT commands will draw a comment\n- [ e520] of size CSIZE=0.28cm Left justified.\n- [ e554] CSEL NRB 0.4 All coming NT/PLOT commands will draw a comment\n- [ e594] of size 0.4 cm Right justified Below the top line.\n- [ e5d8] CSEL CB Draw previous selection mechanism Centred Below\n- [ e618] the top zone line.\n- [ e63c] The Global title font (SET GFON) with precision 1 is used to draw the\n- [ e684] Print definition of cut CUTID.\n- [ e6a4] Read definition of cut CUTID from file FNAME.\n- [ e6d4] Write definition of cut CUTID on file FNAME (text file).\n- [ e710] Define the CUTID with the format $nn.\n- [ e738] nn is an integer between 1 and 99.\n- [ e75c] This cut can then be used in subsequent commands NTUPLE/PLOT, PROJECT.\n- [ e7a4] allows to define the cut CUTID. For example the command:\n- [ e7e0] PAW > CUTS $1 X<0.8.and.Y character to the\n- [ ec9c] The path of all chain members, from chain CNAME downwards, can be changed\n- [ ece8] by specifying a chain path. This is done by giving a chain name followed\n- [ ed34] by the -P option and a path specification. The chain path will be pre-pended\n- [ ed84] to the member names. Chains down the tree can override a path specified\n- [ edcc] Examples of chain (Ntuple tree) definition:\n- [ edf8] CHAIN Year93 Jan Feb March April May ...\n- [ ee28] CHAIN Jan Week1 Week2 Week3 Week4\n- [ ee54] CHAIN Week1 file1.hbook file2.hbook ...\n- [ ee84] CHAIN Week2 file3.hbook file4.hbook ...\n- [ eeb4] NT/PLOT 10.e ; loop over all files in chains Week1, Week2, Week3, ...\n- [ ef00] CD //Year93 ; loop over all files in chains Jan, Feb, March, ...\n- [ ef48] CHAIN Year93 -P /user/delphi ; all files from chain Year93 downward will\n- [ ef94] be changed to /user/delphi/file1.hbook, ...\n- [ efe4] CHAIN Year93> ; print the chain tree Year93\n- [ f014] CHAIN -Feb ; delete chain Feb\n- [ f03c] CHAIN Jan -file3.hbook ; delete file3.hbook from chain Jan\n- [ f07c] Long (around 70 characters) file names (including the path) must be avoided.\n- [ f0cc] They can be misunderstood and the results produced may be wrong. A warning is\n- [ f11c] printed, when ntuple command is executed on a chain, if the file name length\n- [ f16c] exceed the safe value. The safe file name length is printed in the warning.\n- [ f1b8] Note that IFIRST and NEVENT parameters are not meaningful in case of CHAINs\n- [ f204] Draw a smooth curve (1D plots).\n- [ f224] Add contents of IDN to last plotted ntuple (1D plots).\n- [ f25c] Connect channels contents by a line (1D, 2D and 3D plots).\n- [ f298] Draw the current polymarker at each channel or cell (1D plots).\n- [ f2d8] Draw a * at each channel (1D plots).\n- [ f300] Update channels modified since last call (1D plots).\n- [ f338] Compute (HBARX) and draw error bars with current marker.\n- [ f374] Draw the ntuple as an histogram.\n- [ f398] Don't draw anything, but fill the 1D or 2D histogram IDH\n- [ f3d4] Draw a Gouraud shaded surface (3D plots).\n- [ f400] Fill a Profile histogram (mean option).\n- [ f428] Fill a Profile histogram (spread option).\n- [ f454] Fill a Profile histogram (integer spread option).\n- [ f488] Identifier of histogram to fill\n- [ f4a8] Project and plot an Ntuple as a (1-Dim or 2-Dim) histogram\n- [ f4e4] with automatic binning (ID=1000000), possibly using a selection\n- [ f524] algorithm. See parameter CHOPT in command HISTO/PLOT to have\n- [ f564] more details on the possible OPTION.\n- [ f58c] IDN.expression1%expression2\n- [ f5b4] IDN.expression1%expression2%expression3\n- [ f5e8] IDN.expression1%expression2%expression3%expression4\n- [ f628] Y%X means a scatter-plot Y(I) versus X(I) where I is the event number.\n- [ f670] In this example, X and Y are the names of the variables 1 and 2\n- [ f6b0] expression1 is any numerical expression of the Ntuple variables.\n- [ f6f4] It may include a call to a COMIS function.\n- [ f720] Y%X%Z means a 3D scatter-plot Z(I) versus Y(I) versus X(I) where I is\n- [ f768] the event number. If option \"G\" is given, three Gouraud shaded surfaces\n- [ f7b0] are drawn. The green one is the average.\n- [ f7dc] Y%X%Z%T means a 3D scatter-plot Z(I) versus Y(I) versus X(I) where I is\n- [ f824] the event number. T is mapped on the colour map.\n- [ f858] UWFUNC may have the following forms:\n- [ f880] 1- UWFUNC='0' or missing (only IDN given). No selection is applied.\n- [ f8c8] 2- UWFUNC is a CUT or combination of valid CUTS created by the\n- [ f908] UWFUNC=$1 means use cut $1\n- [ f93c] UWFUNC=.NOT.($1.AND.$2)\n- [ f960] UWFUNC=($1.OR.$2).AND.$3\n- [ f984] 3- UWFUNC is a FORTRAN expression\n- [ f9a8] Ex: X>3.14.AND.(Y>MNAME(4)\n- [ fd54] means mark bit 4 in mask MNAME for all events satisfying the condition Z<0.4\n- [ fda4] A MASK may also be given as input to a selection expression.\n- [ fde4] NT/PLOT 30.X MNAME(4).and.Z<0.4\n- [ fe08] means all events satisfying bit 4 of MNAME AND Z<0.4\n- [ fe40] It is possible to plot expressions of the original variables.\n- [ fe80] NT/PLOT 30.SIN(X)%SQRT(Y**2+Z**2) Z<0.4\n- [ feac] plots a scatter-plot of variable U versus V for all events\n- [ fee8] satisfying the condition Z<0.4. U and V are defined as being\n- [ ff28] U=SIN(X) and V=SQRT(X**2+Y**2).\n- [ ff48] NT/PLOT 30.func.f(X)%(SIN(Y)+3.) Z<0.2.and.TEST.FTN>6\n- [ ff84] satisfying the condition (Z<0.2 and the result of the COMIS\n- [ ffc0] function test.f >6). U and V are defined as being\n- [ fff4] U=(Result of the COMIS function func.f), V=(SIN(Y)+3.)\n- [ 1002c] The default identifier of the histogram being filled is IDH=1000000.\n- [ 10074] At the next invocation of this command, it will be overwritten.\n- [ 100b4] If either NEVENT or IFIRST or NUPD are negative, then the identifier\n- [ 100fc] of the histogram being filled will be taken as IDH=-NEVENT or\n- [ 1013c] IDH=-IFIRST or IDH=-NUPD. This facility is kept for backward compatibility\n- [ 10188] but it is strongly recommended to use the parameter IDH instead.\n- [ 101cc] IDH may have been created with H/CREATE.\n- [ 101f8] Before filling IDH, the contents of IDH are reset if IDH already\n- [ 1023c] exists. Use NTUPLE/PROJECT to cumulate several passes into IDH.\n- [ 1027c] By default IDH value is 1000000. This means that the histogram\n- [ 102bc] binning will be computed automatically. In particular the minimal\n- [ 10300] and maximal value of the histogramed quantity has to be computed which\n- [ 10348] implies to do an extra pass on the ntuple data.\n- [ 10378] IDH not equal to 1000000 is a convenient way to force user\n- [ 103b4] Every NUPD events, the current status of the histogram is displayed.\n- [ 103fc] Note that IFIRST and NEVENT parameters are meaningless in case of CHAINs.\n- [ 10448] Read Ntuple values from the alphanumeric file FNAME with\n- [ 10484] the format specifications in FORMAT.\n- [ 104ac] This command works for row wise Ntuple only.\n- [ 104dc] Before executing this command, the Ntuple IDN must have been\n- [ 1051c] created with the command Ntuple/Create.\n- [ 10544] MATCH is used to specify a pattern string, restricting\n- [ 1057c] the Ntuple filling only to the records in the file which\n- [ 105b8] verify the pattern. The possible patterns are:\n- [ 105e8] /string/ match a string (starting in column 1)\n- [ 10620] -/string/ do not match a string (starting in column 1)\n- [ 10660] /string/(n) match a string, starting in column n\n- [ 10698] /string/(*) match a string, starting at any column\n- [ 106d0] Nt/Create 4 'Test of Match' 3 ! ! Xmatch Ymatch Zmatch\n- [ 1070c] Nt/Read 4 ntmatch.dat ! ! ! -/C/(*)\n- [ 10734] In this macro all the lines with a C at the end are not read.\n- [ 10774] Selection function or cut identifier\n- [ 1079c] Project an Ntuple onto a 1-Dim or 2-Dim histogram,\n- [ 107d0] possibly using a selection function or predefined cuts.\n- [ 10808] IDN may be given as IDN or IDN.X , IDN.Y%X (Y%X means variable Y\n- [ 1084c] of Ntuple IDN versus variable X).\n- [ 10870] For more information about UWFUNC, see command NTUPLE/PLOT.\n- [ 108ac] The histogram IDH is not reset before filling. This allows\n- [ 108e8] several PROJECTs from different Ntuples.\n- [ 10914] Note that IFIRST and NEVENT parameters are not meaningful in case of CHAINs.\n- [ 10964] Add contents of IDN to last plotted ntuple.\n- [ 10990] Draw the current polymarker at each channel or cell.\n- [ 109c8] Update channels modified since last call.\n- [ 109f4] Define a graphical cut on a one or two dimensional plot.\n- [ 10a30] First Project and plot an Ntuple as a (1-Dim or 2-Dim) histogram\n- [ 10a74] algorithm. See NTUPLE/PLOT for full details on what expressions can be\n- [ 10abc] plotted and which options can be given.\n- [ 10ae4] Then the graphical cut is defined using the mouse.\n- [ 10b18] Invoke the selection function UWFUNC for each event starting at event IFIRST.\n- [ 10b68] In UWFUNC, the user can fill one or several histograms previously booked.\n- [ 10bb4] The ntuple identifier IDN, is an integer in this command. It make no\n- [ 10bfc] sense to have an expression like 10.x.\n- [ 10c24] Alphanumeric output of the Ntuple.\n- [ 10c48] Graphical scan (segments plot).\n- [ 10c68] Used with 'S' it displays the average spider.\n- [ 10c98] Names of the NVARS variables to scan\n- [ 10cc0] Scan the entries of an Ntuple subject to user cuts.\n- [ 10cf4] Scan the variables for NEVENT events starting at IFIRST, requiring that\n- [ 10d3c] the events satisfy cut UWFUNC. In the case of Alphanumeric output\n- [ 10d80] Up to 10 variables may be scanned, the default is to scan the first 10\n- [ 10dc8] When the option S (Spider plot) is specified, each event is presented\n- [ 10e10] in a graphical form (R versus PHI plot) to give a multi dimensional view of\n- [ 10e5c] the event. Each variable is represented on a separate axis with a scale\n- [ 10ea4] ranging from the minimum to the maximum value of the variable. A line joins\n- [ 10ef0] all the current points on every axis where each point corresponds to\n- [ 10f38] the current value of the variable. When the HCOL parameter is specified\n- [ 10f80] (eg SET HCOL 1002) a fill area is drawn.\n- [ 10fac] When the additional option A is specified, a spider plot of the average\n- [ 10ff4] value for each variable is also drawn.\n- [ 1101c] When the option S2 (Segment plot) is specified, wedges are drawn along\n- [ 11064] each axis instead of the line joining the points.\n- [ 11098] NB : a minimum of three variables in VARLIS is required for any graphical\n- [ 110e4] VARLIS may contain a list of the original variables, expressions\n- [ 11128] of the original variables or/and ranges of variables.\n- [ 11160] A range can be given in the following form:\n- [ 1118c] : means all variables (default).\n- [ 111b8] var1:var2 means from variable var1 to variable var2 included.\n- [ 111f8] var1: means from variable var1 to the last.\n- [ 1122c] :var2 means from variable 1 to variable var2\n- [ 11260] For example, if IDN=30 has the 3 variables X,Y,Z,U,V,W one can do:\n- [ 112a4] each event is drawn as a spider plot.\n- [ 112d4] each event is drawn as a spider plot and the average spider\n- [ 11318] answering 'G' with double buffer on, create a graphical\n- [ 11358] animation of the ntuple content.\n- [ 11380] PAW > scan 30 option=s X:Z W\n- [ 113a0] PAW > scan 30 z>10 ! ! ! z abs(x) y+z x func.for\n- [ 113d4] where func.for is a COMIS function returning an expression\n- [ 11418] of the original variables. This function func.for may be\n- [ 11458] generated automatically by the PAW command:\n- [ 1148c] To recover Ntuple ID. If the job producing the Ntuple crashed\n- [ 114cc] or the header was not stored correctly in the file with HROUT,\n- [ 1150c] RECOVER will scan the Ntuple to rebuild the header table and\n- [ 1154c] recompute the number of entries. The file on which the Ntuple\n- [ 1158c] resides must be open in Update mode.\n- [ 115b4] Set the Addresses of variables in common /PAWCR4,etc/.\n- [ 115ec] Create ID2 as a Memory resident Ntuple.\n- [ 11614] Copy ID1 structure in ID2. Reset addresses of variables.\n- [ 11650] The structure of Ntuple ID1 is duplicated in a new ntuple ID2.\n- [ 11690] This command is useful when one wants to create an ntuple with the same\n- [ 116d8] variables but only a subset of the events. NEWBUF is the buffer size\n- [ 11720] for ID2. If NEWBUF<0 the buffer size of ID1 is taken. If NEWBUF=0 the current\n- [ 11770] buffer size is taken (10000 words for RWNs). NEWBUF>0 will be the new\n- [ 117b8] buffer size. If TITLE=' ' ID2 has the same title as ID1.\n- [ 117f4] In case of a disk-resident ntuple (default), ID2 is created into the\n- [ 1183c] current working directory which must be open in WRITE mode.\n- [ 11878] Example with a Row Wise Ntuple:\n- [ 11898] If (X.gt.0..Or.Y.gt.0.) call hfn(2,X)\n- [ 118c8] Note that the statement 'include ?' allows to create automatically the include\n- [ 11918] file (comis.inc) corresponding to the ntuple structure. The command UWFUNC\n- [ 11964] Example with a Column Wise Ntuple:\n- [ 11988] Close 0 | Close all the currently opened file\n- [ 119d0] Uwfunc //lun1/1 source.inc | generate source.inc\n- [ 11a08] H/file 2 new.hbook ! N | Create a new hbook file\n- [ 11a44] Nt/Dup //lun1/1 2 | Duplicate the ntuple 1 in the ntuple 2\n- [ 11a8c] * Comis routine which Loop on all events of Id1 and select some events\n- [ 11ad8] * to be written in the new ntuple Id2.\n- [ 11b04] Subroutine ntdup(Id1,Id2)\n- [ 11b28] Include 'source.inc'\n- [ 11b48] Call Hnoent(Id1,Noent)\n- [ 11b6c] Call Hgnt(Id1,Ievent,Ierr)\n- [ 11b94] If (Ierr.ne.0) Goto 20\n- [ 11bb8] If (X.Gt.0..Or.Y.Gt.0.) Then\n- [ 11be4] Call Hfnt(Id2)\n- [ 11c04] Call Ntdup(1,2) | Execute the routine Ntdup\n- [ 11c40] Hrout 2 | Write Id2 on disk\n- [ 11c74] Merge HBOOK files containing histograms and/or ntuples. Ntuples are merged\n- [ 11cc0] and histograms with the same ID are added. The INFILES are merged into a new\n- [ 11d10] file OUTFILE. If OUTFILE already exists, it is overwritten.\n- [ 11d4c] If there are histograms in PAW memory that have same\n- [ 11d84] identifiers as histograms in one of the files to be merged,\n- [ 11dc0] then the contents of the histograms in memory are added to those of\n- [ 11e04] the histograms in the file. This can be avoided by deleting the\n- [ 11e44] memory histogram (using H/DEL) before issuing the HMERGE command.\n- [ 11e88] By default HMERGE uses the automatic record length determination\n- [ 11ecc] to open the input files. This works for files with a record\n- [ 11f08] length smaller or equal to 8191 words. For files with a larger\n- [ 11f48] record length the following syntax can be use.\n- [ 11f78] PAW > hmerge LRECL 16384 | New LRECL\n- [ 11fb4] Next HMERGE will use LRECL = 16384\n- [ 11fdc] PAW > hmerge out.hbook in1.hbook in2.hbook | Use the new LRECL\n- [ 12020] To go back to the automatic record length determination mode just do:\n- [ 12068] Next HMERGE will use the auto-record length detection\n- [ 120a4] All the input files should have the same record length.\n- [ 120dc] Print a summary about Ntuple IDN.\n- [ 12100] Number of entries, variables names and limits are listed.\n- [ 1213c] List all Ntuples in the Current Directory.\n- [ 12168] Note that the command HISTO/LIST lists all histograms and Ntuples\n- [ 121ac] Create a Row_Wise_Ntuple. (See below how to create a Column_Wise_Ntuple).\n- [ 121f8] The Ntuple may be created either purely in memory or possibly\n- [ 12238] using an automatic overflow to an RZ file.\n- [ 12264] Memory allocation works in the following way.\n- [ 12294] If CHRZPA = ' ', then a bank of NPRIME\n- [ 122bc] words is created. When the space in this bank is exhausted at filling time,\n- [ 12308] a new linear structure of length NPRIME is created and this process will be\n- [ 12354] repeated should the structure become exhausted.\n- [ 12384] If CHRZPA contains the top directory name of an already existing RZ file (as\n- [ 123d4] declared with HISTO/FILE), then a bank of length NPRIME is also created,\n- [ 12420] but at filling time, this bank is moved to the RZ file when full, and\n- [ 12468] then it is overwritten by any new entries.\n- [ 12494] The Ntuple can be filled by calling HFN from an interactively\n- [ 124d4] defined subroutine called by the command NTUPLE/LOOP or by NTUPLE/READ.\n- [ 1251c] The number of variables per data point is given in the parameter NVAR.\n- [ 12564] To create a Column_Wise_Ntuple, create a file, eg. newnt.f with:\n- [ 125a8] * Example of a COMIS subroutine to create a Ntuple interactively.\n- [ 125f4] * Data is read from a text input file\n- [ 12624] character*8 mother,in1,in2\n- [ 12648] common/ntupc/mother,in1,in2\n- [ 12670] open(unit=lin,file='datafile.dat',status='old')\n- [ 126ac] call hropen(lout,'NTUPLE','New_Ntuple.hbook','N',1024,istat)\n- [ 126f4] call hbnt(id,'New Ntuple',' ')\n- [ 1271c] call hbname(id,'ntupr',xover,'XOVER')\n- [ 1274c] call hbnamc(id,'ntupc',mother,'MOTHER:c*8,in1:c*8,in2:c*8')\n- [ 12794] 10 read(lin,1000,end=20,err=20)xover,mother,in1,in2\n- [ 127d0] 1000 format(e15.7,2x,a,7x,a,7x,a)\n- [ 127f8] 20 call hrout(id,icycle,' ')\n- [ 1281c] and then call this routine via the CALL command:\n- [ 12850] Ntuple creation and related operations.\n- [ 12878] An Ntuple is a set of events, where for each event the value of a number of\n- [ 128c4] variables is recorded. An Ntuple can be viewed as a table with each row\n- [ 1290c] corresponding to one event and each column corresponding to given variable.\n- [ 12958] properties of the data in an Ntuple can normally be expressed as\n- [ 1299c] distributions of Ntuple variables or as correlations between two or more of\n- [ 129e8] these variables. Very often it is useful to create these distributions from\n- [ 12a34] a subset of the data by imposing cuts on some of the variables.\n- [ 12a74] available to PAW by opening a direct access file; this file, as been previously\n- [ 12ac4] with an program using HBOOK. A storage area for an Ntuple may also be created\n- [ 12b14] directly using NTUPLE/CREATE; data may then be stored in the allocated space\n- [ 12b64] using the NTUPLE/LOOP or NTUPLE/READ commands. Other commands merge Ntuples\n- [ 12bb0] into larger Ntuples, project vector functions of the Ntuple variables into\n- [ 12bfc] histograms, and plot selected subsets of events.\n- [ 12c30] Change the angle used by FUN/DRAW and HISTO/PLOT.\n- [ 12c64] Change the range used by FUN/DRAW.\n- [ 12c88] Change the number of points to be used by FUN/DRAW\n- [ 12cbc] and FUN/PLOT. Note that the default for NPX is 20 for 3-Dim plots\n- [ 12d00] (FUN/DRAW) but it is 100 for 1-Dim plots (FUN/PLOT).\n- [ 12d38] Connect channel contents by a line.\n- [ 12d5c] Plot single-valued function UFUNC between XLOW and XUP.\n- [ 12d94] The function UFUNC may be given in two ways:\n- [ 12dc4] -An expression of the variable x in case of a simple function.\n- [ 12e04] -UFUNC is the name of a COMIS function in a text file with the\n- [ 12e44] name UFUNC.F or UFUNC.FOR (UNIX, VMS).\n- [ 12e6c] For example, if the file FTEST.F contains:\n- [ 12e98] FTEST=SIN(X)*EXP(-0.1*X)\n- [ 12eb8] code in the file FTEST.F and draw the function for x\n- [ 12ef0] The number of points to evaluate the function between XLOW and XUP\n- [ 12f34] can be changed by the command /FUN/POINTS. Only 1-Dim functions\n- [ 12f74] are supported. For 2-Dim use FUN2.\n- [ 12f98] This command create and fill a 1D histogram with the identifier 12345. If\n- [ 12fe4] this histogram already exist in memory it is deleted.\n- [ 1301c] The attributes (colour, line type, etc ..) used to draw the function are the\n- [ 1306c] histograms attributes: HCOL, HTYP etc ...\n- [ 13098] - If the extension \".f77\" is used (the file still having the extension \".f\")\n- [ 130e8] the local fortran compiler is invoked.\n- [ 13110] - If the extension \".c\" is used the local C compiler is invoked.\n- [ 13154] in the current ranges specified by the command:\n- [ 13184] RANGE XLOW XUP YLOW YUP ZLOW ZUP and with THETHA and PHI angles\n- [ 131c4] specified by the command ANGLE THETA PHI. The number of points\n- [ 13204] to evaluate the function between XLOW, XUP YLOW, YUP, and ZLOW, ZUP\n- [ 13248] can be changed by the command POINTS NPX NPY NPZ.\n- [ 1327c] - As an expression of the variables X, Y, Z in the case of a\n- [ 132bc] PAW > FUN/DRAW X*Y*Z | equivalent to :\n- [ 132f0] PAW > FUN/DRAW X**2+Y**2+Z**2=1\n- [ 13314] PAW > FUN/DRAW X**2+Y**2=1-Z**2\n- [ 13338] - As a COMIS function in a text file (ftest.f for example)\n- [ 13374] FTEST=(X+0.5)**2+(Y+0.5)**2+(Z+0.5)**2-0.2\n- [ 133a4] FTEST=(X-0.5)**2+(Y-0.5)**2+(Z-0.5)**2-0.1\n- [ 133d4] PAW > RANGE -1 1 -1 1 -1 1 | Define the range as a cube between -1 1 in\n- [ 13420] | the 3 directions\n- [ 13450] PAW > POINTS 20 20 20 | FUN/DRAW will use 20 points in the 3\n- [ 13494] | directions\n- [ 134c0] PAW > FUN/DRAW FTEST.FOR | Draw 2 spheres centred on (-0.5,-0.5,-0.5)\n- [ 1350c] | and (0.5,0.5,0.5) with the radius SQRT(0.2)\n- [ 13558] | and SQRT(0.1)\n- [ 13588] Create the histogram (don't draw).\n- [ 135ac] Draw 2-Dim with proportional boxes.\n- [ 135d0] Draw 2-Dim with a colour table.\n- [ 135f0] Used with COL or SURF, it draws the colour map.\n- [ 13620] Draw as a surface plot (angles are set via the command angle).\n- [ 13660] Draw as a surface with colour levels\n- [ 13688] Same as SURF1 but without cell lines.\n- [ 136b0] Same as SURF but with the contour plot (in colour) on top.\n- [ 136ec] Draw as a surface with Gouraud shading.\n- [ 13714] Draw as a lego plot (angles are set via the command angle).\n- [ 13750] Draw lego plot with light simulation.\n- [ 13778] Draw lego plot with colour levels.\n- [ 1379c] Suppress the Back Box on 3D plots.\n- [ 137c0] Suppress the Front Box on 3D plots.\n- [ 137e4] Draw 2-Dim as a contour plot (15 levels).\n- [ 13810] Draw 2-Dim with characters (a la HBOOK).\n- [ 1383c] Cylindrical coordinates for 3D plots.\n- [ 13864] Polar coordinates for 3D plots.\n- [ 13884] Spherical coordinates for 3D plots.\n- [ 138a8] Pseudo-rapidity/phi coordinates for 3D plots.\n- [ 138d8] Create a two dimensional histogram and fill\n- [ 13904] the bins with the values of a (two-valued) function.\n- [ 1393c] - As an expression of the variables x and y in case of a simple function.\n- [ 13988] PAW > FUN2 10 ABS(SIN(X**2+Y**2)) 40 -2 2 40 -2 2 CONT\n- [ 139c4] PAW > FUN2 10 FTEST.F(X,Y) 40 -2 2 40 -2 2 CONT\n- [ 139f8] Draw error bars and current marker.\n- [ 13a1c] Draw error bars without symbols clipping.\n- [ 13a48] Draw a filled area through the end points of the vertiall error bars.\n- [ 13a90] Draw a smoothed filled area through the end points o h errttiiccaal error bars.\n- [ 13ae0] Create a one dimensional histogram and fill the bins with the\n- [ 13b20] values of a (single-valued) function.\n- [ 13b48] - As an expression of the variable X in case of a simple function. Example:\n- [ 13b94] PAW > FUN1 10 SIN(X)/X 100 0 10\n- [ 13bb8] - As a COMIS function in a text file (ftest.f for example). The file ftest.f\n- [ 13c08] PAW > FUN1 10 FTEST.F(X) 100 0 10\n- [ 13c2c] Operations with Functions. Creation and plotting.\n- [ 13c60] Use colour to distinguish contours.\n- [ 13c84] Use line style to distinguish contours.\n- [ 13cac] Line style and colour are the same for all contours.\n- [ 13ce4] The contour is drawn with filled colour levels. The levels aeequuiidistant. The colour indices are taken in h currentt palet defined with thecommannd PALETTE). If thee numer of levells (LVL is greatter than the number ofetries iinnnn thecurrent pallete he palette is explore agaaiin fo tthhe beginnning in order to reach NLEVEL.\n- [ 13e30] Draw a contour plot from a 2-Dim histogram.\n- [ 13e5c] If PARAM is not given, contour levels are equidistant.\n- [ 13e94] If given, the vector PARAM may contain up to 50 values.\n- [ 13ecc] Fun2 2 x*y 40 0 1 40 0 1 ' ' | Create a 2D histogram\n- [ 13f08] V/Cr PAR(5) R .1 .11 .3 .31 .5 | Define the contours\n- [ 13f44] Contour 2 5 ! PAR | Draw the non equidistant contours\n- [ 13f8c] The non equidistant contours are not implemented with the option '3'.\n- [ 13fd4] Options LOGX and LOGY are not active on contour plots. ie:\n- [ 14010] contour plots are always plotted with linear scales along X and Y axis.\n- [ 14058] Hidden line algorithm is used.\n- [ 14078] Hidden surface algorithm is used and each cell is filled wit olour ccorreppnig too the Z value (or grey scale with PoossttScript). It is posile to change the set of colours used with SSEEET HCOL ic.L whereL define a palette of colours ie by the ccoommad ATT/PPALETTE.\n- [ 14184] Similar to option '1' except that the cell lines are not dran. This is veryueful to draw contour plots with oloours if TTHET=90 and PPHI=0.\n- [ 14210] Surface is drawn with a contour plot in colour on top. The cnour plot iiss drawn with the colours defined with the command PALETTE.\n- [ 14294] Surface is drawn with Gouraud shading.\n- [ 142bc] Draw a surface plot from 2-Dim or 1-Dim histograms.\n- [ 142f0] With this command it is possible to draw colour contour plots:\n- [ 14330] PAW > ATT/PAL 1 3 2 3 4 | Define the palette 1 with 3 elements\n- [ 14378] PAW > SET HCOL 0.1 | Set the list 1 as colours for histograms\n- [ 143c4] PAW > SET NDVZ 4 | Set the number of Z divisions to 4\n- [ 14408] PAW > SURF id 90 0 2 | Draw the contour\n- [ 1443c] The options 1 to 4 must be used only on selective erase devices.\n- [ 14480] Hidden surface algorithm is used. The colour of the lego is ien by SEETT HCOL CI where CI is a colour index.Fr the top aanndte ssides of the lego the same hue is used but with a differentligght.\n- [ 14544] Hidden surface algorithm is used. The colour of each bar chags accorddiing to the value of Z. It is possible to change the stof colloours used with SET HCOL c.L where L define a palette ofclours givveen by the command ATT/PALETTE.\n- [ 1462c] Draw a lego plot from 2-Dim or 1-Dim histograms.\n- [ 14660] It is also possible to produce stacked lego plots. A stacked lego plot\n- [ 146a8] consists of a super-imposition of several histograms, whose identifiers are\n- [ 146f4] given in the command LEGO separated by the character '+'.\n- [ 14730] PAW > LEGO ID1+ID2+ID3 | Maximum number of ID's is 10. The colours of\n- [ 1477c] | each IDn is given by the command ATT/PALETTE\n- [ 147c8] PAW > SET HCOL 2 | The colour the histogram is 2 (red)\n- [ 1480c] PAW > LEGO 20 | Display a lego with lines\n- [ 14844] PAW > LEGO 20 ! ! 1 | Display a lego with different lights\n- [ 14888] PAW > LEGO 20 ! ! 2 | Display a lego with colours\n- [ 148c4] PAW > PALETTE 1 3 2 3 4 | Create the palette number 1 with 3\n- [ 14904] | elements: 2,3\n- [ 14930] PAW > SET HCOL 0.1 | The subsequent stack lego plots will use list 1\n- [ 14980] PAW > LEGO 10+20+30 | Plot a stack of lego plots with lines\n- [ 149c4] PAW > LEGO 10+20+30 ! ! 1 | Plot a stack of lego plots with light\n- [ 14a08] The commands OPTION BAR, SET BARW and SET BARO act on lego plots\n- [ 14a4c] The options 1 and 2 must be used only on selective erase devices.\n- [ 14a90] The global title is plotted at the top of each picture.\n- [ 14ac8] If the option 'UTIT' is on, a user title is plotted at the btom oof each hisoggram.\n- [ 14b1c] The size and the Y position of the global title may be changed\n- [ 14b5c] by the commands SET GSIZ and SET YGTI respectively. The size and\n- [ 14ba0] the Y position of the user title may be changed by the commands\n- [ 14be0] SET TSIZ and SET YHTI respectively.\n- [ 14c04] /HISTOGRAM/CREATE/TITLE_GLOBAL\n- [ 14c24] Create a projection onto the y axis, in a band of x. Several bands can be\n- [ 14c70] defined on the one histogram. The projection may be filled with\n- [ 14cb0] To plot band 1 in Y of ID type:\n- [ 14cd0] Create a projection onto the x axis, in a band of y. Several bands can be\n- [ 14d1c] To plot band 1 in X of ID type:\n- [ 14d3c] Create projections onto the y axis, in x-slices.\n- [ 14d70] The projection may be filled with Histo/Project.\n- [ 14da4] To plot slice 2 in Y of ID type:\n- [ 14dc8] Create projections onto the x axis, in y-slices.\n- [ 14dfc] To plot slice 3 in X of ID type:\n- [ 14e20] Create the projection onto the y axis.\n- [ 14e48] To plot projection Y of ID type:\n- [ 14e6c] Create the projection onto the x axis.\n- [ 14e94] The projection is not filled until the Histo/Project command is executed.\n- [ 14ee0] To plot projection X of ID type:\n- [ 14f04] Create a two dimensional histogram.\n- [ 14f28] The contents are set to zero. See 1DHISTO for VALMAX.\n- [ 14f60] The histogram titles may have the following form:\n- [ 14f94] 'Histogram_title ; XXX ; YYY ; ZZZ'\n- [ 14fbc] Where 'XXX', 'YYY' and 'ZZZ' are respectively the X, Y and Z axis titles.\n- [ 15008] Create a histogram with variable size bins.\n- [ 15034] The low-edge of each bin is given in vector XBINS (NCX+1) values.\n- [ 15078] Profile histograms accumulate statistical quantities of a variable y\n- [ 150c0] in bins of a variable x. The contents are set to zero.\n- [ 150f8] Create a one dimensional histogram.\n- [ 1511c] If VALMAX=0, then a full word is allocated per channel, else VALMAX\n- [ 15160] is used as the maximum bin content allowing several channels to be\n- [ 151a4] stored into the same machine word.\n- [ 151c8] 'Histogram_title ; XXX ; YYY'\n- [ 151ec] Where 'XXX' and 'YYY' are respectively the X, and axis titles.\n- [ 1522c] Reset histogram ID in the global section.\n- [ 15258] The current directory is changed to //GNAME.\n- [ 15288] This command doesn't work on HPUX.\n- [ 152ac] Change the HBOOK 'line printer' file name.\n- [ 152d8] If FNAME=' ' then OUTPUT is appended to an already opened file on unit LUN.\n- [ 15324] If LUN is negative, the file is closed and subsequent output\n- [ 15364] Dump the histogram ZEBRA data structure on the terminal.\n- [ 153a0] Only statistics (Number of entries, mean, RMS, underflow, ovrlow) are pprinted.\n- [ 153f0] Print histograms (line-printer format) on screen.\n- [ 15424] The command OUTPUT_LP may be used to change the output file.\n- [ 15464] Read histogram ID from file FNAME.\n- [ 15488] FNAME has been created by the old version of HBOOK3 (Formatted).\n- [ 154cc] Fetch histogram ID from file FNAME.\n- [ 154f0] FNAME has been created by the old version of HBOOK3 (Unformatted).\n- [ 15534] Delete histogram ID in Current Directory on disk.\n- [ 15568] If ID='0' or '*' delete all histograms.\n- [ 15590] To delete histograms in memory use command HISTO/DELETE.\n- [ 155cc] Write histo/Ntuple ID from memory to current directory.\n- [ 15604] Writes all histograms in subdirectories as well.\n- [ 15638] Identifier may be '0' or '*' (for all histograms).\n- [ 1566c] Read histogram/Ntuple ID from the current directory\n- [ 156a0] on direct access file to memory.\n- [ 156c4] An identical histogram is created but with an ID equal to that\n- [ 15704] of the original histogram plus the offset IOFSET.\n- [ 15738] If ICYCLE > 1000 and ID=0 read all histograms in all subdirectories as well.\n- [ 15788] If IOFSET = 99999 then the contents of histogram ID on the disk file\n- [ 157d0] are added to the current histogram in memory if it exists. For example\n- [ 15818] to add all histograms from FILE1 and FILE2 in memory, the sequence\n- [ 1585c] Set various parameters for command PARAM.\n- [ 15888] Perform a regression on contents of the 1-Dim histogram ID.\n- [ 158c4] Find the best parameterisation in terms of elementary functions\n- [ 15904] (regressors). See HBOOK guide HPARAM.\n- [ 1592c] Control word ISEL=1000*T +100*W +10*S +P\n- [ 15958] S = 1 resulting parametric fit superimposed on histogram\n- [ 15994] P = 0 minimal output: the residual sum of squares is printed\n- [ 159d4] 1 normal output: in addition, the problem characteristics and\n- [ 15a18] options are printed; also the standard deviations and\n- [ 15a58] confidence intervals of the coefficients.\n- [ 15a8c] 2 extensive output: the results of each iteration are printed\n- [ 15ad0] with the normal output.\n- [ 15af0] W = 0 weights on histogram contents are already defined via HBARX\n- [ 15b34] or HPAKE. If not they are taken to be equal to the\n- [ 15b70] square-root of the contents.\n- [ 15b94] 1 weights are equal to 1.\n- [ 15bb4] T = 0 monomial will be selected as the elementary functions\n- [ 15bf4] 1 Chebyshev polynomials with a definition region: [-1,1]\n- [ 15c34] 2 Legendre polynomials with a definition region: [-1,1]\n- [ 15c74] 3 shifted Chebyshev polynomials with a definition region: [0,1]\n- [ 15cbc] 4 Laguerre polynomials with a definition region: [0,+infinite]\n- [ 15d00] 5 Hermite polynomials with a definition region: [-inf,+inf]\n- [ 15d44] The FORTRAN code of the parameterisation is written onto the file\n- [ 15d88] Associate the function UFUNC with the histogram ID.\n- [ 15dbc] /HISTOGRAM/OPERATIONS/FUNCTION\n- [ 15ddc] Smooth 1-Dim or 2-Dim histogram ID using B-splines.\n- [ 15e10] If ID is a 1-Dim histogram then:\n- [ 15e34] ISEL = 0,1 replace original histogram by smoothed.\n- [ 15e68] = 2 superimpose as a function when editing.\n- [ 15e9c] If ID is a 2-Dim histogram then original contents are replaced.\n- [ 15edc] Histogram or Ntuple Identifier\n- [ 15efc] Replace original histogram by smoothed.\n- [ 15f24] Store values of smoothed function and its parameters without replacing the orginal histoggram (but see note below) - the smoohed function cn be displayeed at editing time - see HISTOGRAM/PLOT.\n- [ 15fe8] Invoke multi-quadric smoothing (see HBOOK routine HQUAD).\n- [ 16024] Invoke the 353QH algorithm (see HBOOK routine HSMOOF).\n- [ 1605c] Verbose (default for all except 1-D histogram).\n- [ 1608c] Do not plot the result of the fit.\n- [ 160b0] Write Fortran77 function to HQUADF.DAT (multi-quadric only)\n- [ 160ec] Smooth a histogram or 'simple' ntuple. ('simple' = 1, 2, or 3 variables.)\n- [ 16138] For multi-quadric smoothing, SENSIT controls the sensitivity to statistical\n- [ 16184] fluctuations. SMOOTH controls the (radius of) curvature of the\n- [ 161c4] multi-quadric basis functions.\n- [ 161e4] 1) The multi-quadric basis functions are SQRT(R**2+D**2), where R is\n- [ 1622c] the distance from the 'centre', and D is a scale parameter and\n- [ 1626c] also the curvature at the 'centre'. 'Centres' are located at\n- [ 162ac] points where the 2nd differential or Laplacian of event density\n- [ 162ec] 2) The data must be statistically independent, i.e. events (weighted\n- [ 16334] or unweighted) drawn randomly from a parent probability\n- [ 1636c] distribution or differential cross-section.\n- [ 16398] For spline smoothing, SENSIT and SMOOTH control the no. of knots (= 10 *\n- [ 163e4] SENSIT) and degree of splines (= SMOOTH + 2) (thus if SENSIT and SMOOTH\n- [ 1642c] are at their default values a 10-knot cubic spline is used).\n- [ 1646c] 1) The spline option ALWAYS replaces the contents of a 2-D histogram.\n- [ 164b4] (Also chi-squared is unavailable in this case.)\n- [ 164e4] 2) Use the SPLINE command for more flexibility.\n- [ 16514] By increasing channel contents.\n- [ 16534] By decreasing channel contents.\n- [ 16554] Sort the alphanumeric labels of the histogram ID according\n- [ 16590] The comparison is done only on the shape of the two histograms.\n- [ 165d0] Include also comparison of the relative normalisation of the two histograms, in addition to comparing the shapes. PRBi hnacoommmmbbiinned confidence level taking account fabsolute ccoontents.\n- [ 16690] Debug printout, produces a blank line and two lines of ifraion aatt each cll, inclludigteI umbers, the number oof evets in eeach hhistogram thee PRO au,adte maximum Kolmogooorrrrooov distance betweeen the two histogrm. For 2-DDiimm hitgrams, thheere are two Kolmogorov distances (e eow). IIffff 'N' s specifieed, there is a third line of outpu iig tthhe PROOB for shape alone, and for normalisation.\n+ [ 5678] The Window/Viewport parameters are automatically computed fom the X anndd Y values (default).\n+ [ 56d8] The values in Y are plotted in the form of a smooth curve. pline apprrooxximation algorithm is used.\n+ [ 5740] A fill area is drawn. If the option 'CF' is used the contour of the fill area is smooth. The border of the fill area is danif tthhee command SET BORD 1 has been typed. The fill area yemybe cchanged via the SET parameters FASI aannd FASI\n+ [ 5830] The graph is Rotated, i.e. the values in X are used for teodinnaatte and the values in Y for the abscissa (efault is tthhe conraary).\n+ [ 58b8] A Bar chart with equidistant bins is drawn as fill areas. (ontours aree dran). The barr origin and the bar idth can be cconrolled by the rotine SETT sn the opttiions BARO and BARWW respecivvely.\n+ [ 597c] A star is plotted at every point.\n+ [ 59a0] A marker is plotted at every point, accorigto ccuurrent mareer type and polymarker colour index.\n+ [ 5a04] Draw a curve through a set of points.\n+ [ 5a2c] To set Log scales in X and/or Y, use OPT LOGX/LOGY.\n+ [ 5a60] Note that when an option is specified, it is also\n+ [ 5a94] necessary to specify the options 'AW' or 'ALW' in order to start a new\n+ [ 5adc] SET * ; OPT * | Reset the defaults\n+ [ 5b20] V/CREATE Y(10) r 1 2 3 4 5 5 4 3 2 1\n+ [ 5b4c] V/CREATE X(11) r 1 2 4 6 8 10 15 16 20 21\n+ [ 5b7c] GRAPH 10 X Y 'WC*L' | Draw an 'open' graph\n+ [ 5bc0] SET FAIS 3 | Interior style: hatched\n+ [ 5c08] SET FASI 245 | Define hatches type\n+ [ 5c4c] SET BORD 1 | Border requested\n+ [ 5c8c] NULL 0 22 0 6 | define new scales\n+ [ 5ccc] GRAPH 10 X Y 'CF*' | Draw an 'closed' graph\n+ [ 5d14] An histogram is drawn as a contour (default).\n+ [ 5d44] The histogram is Rotated, i.e. the values in X are used frte ordinnaatte and the values in Y for the abscissa (defaulti h coontrary). If pin R iiss selecte (aannddd option 'N' is no eected), the user mst ggive: 2 vluess ffoorr Y (Y(1)=YMIN an Y(2)=YMAX) N value for X,, one for each bin. Otherwiset ssrrms givee:: auueess ffoorr Y,one ffor each bin. 2 valuesfor X1=MNadX2)=XMAAX) IIff option 'N'is sselleecctteedd seeeeelow.\n+ [ 5ef0] Non equidistant bins (default is equidistant). The arraysX annd Y must be dimensioned as follows: If optinRiiss not selecte (ddefault) then give: (+1) vle ffffoor X (limmits of bins). ausffoorr YY,, one or ahhbn Othherie givvee: (+)vluess ffffoorr YY(limits of bbins) auess ffoorr X ne for eah bbbi..\n+ [ 6020] The area delimited by the histogram is filled according t h fill aarreea interior style and the fill area style index or oouurr index. ontor is not ddrawn unless CCHHOPT='' is also selected.\n+ [ 60e0] A Smooth curve is drawn across points at the centre of eahbn of tthhee histogram.\n+ [ 6134] A straight Line is drawn across points at the centre of ec in of tthhee histogram.\n+ [ 6188] A star is plotted at the center of each bin of the hisoggram.\n+ [ 61c8] Idem as '*' but with the current marker.\n+ [ 61f4] A Bar chart with equidistant bins is drawn as fill areas. (ontours aree dran). The barr origin and the bar idth can b oonntrolled by the routine SET using the opttiions ARO and BARW respecivvely.\n+ [ 62b8] Draw an histogram defined by arrays X and Y.\n+ [ 62e8] The number of components needed in vectors X and/or in Y may be\n+ [ 6328] dependent upon the value of CHOPT (see options 'R' and 'N').\n+ [ 6368] By default if the option 'N' is not given, X(1) contains the X\n+ [ 63a8] minimum value and X(2) the X maximum value (the others are\n+ [ 63e4] ignored as the example show it).\n+ [ 6408] Note that when an option is specified, it is also necessary to\n+ [ 6448] specify the options 'W' or 'HW' in order to start a new zone\n+ [ 6488] SET * ; OPT * | Reset the defaults\n+ [ 64c8] V/CREATE X(11) r 1 2 4 6 8 10 15 16 20 21 30\n+ [ 64fc] HIST 10 X Y 'WH' | Equidistant bins\n+ [ 653c] HIST 10 X Y 'HWN' | Non Equidistant bins\n+ [ 6580] Bottom frame only pointing left\n+ [ 65a0] Draw a paving-block (box with 3D effect).\n+ [ 65cc] ISBOX (ISFRAM) may be 1000+ICOLOR where ICOLOR is the colour index\n+ [ 6610] of the box (frame), otherwise the style index.\n+ [ 6640] If ISBOX (ISFRAM) = 0, only the box contour is drawn with the current\n+ [ 6688] NULL 0 10 0 10 | Draw a frame\n+ [ 66c4] PAVE 1 4 1 4 ! ! 1001 CHOPT=TRS\n+ [ 66e8] PAVE 5 9 1 4 ! ! 1001 CHOPT=BLS\n+ [ 670c] PAVE 1 4 5 9 ! ! 3 CHOPT=TR\n+ [ 6730] PAVE 5 9 5 9 ! ! 3 CHOPT=BL\n+ [ 6754] Define a list of alphanumeric labels\n+ [ 677c] to be used by subsequent commands such as PIE and AXIS. The position of\n+ [ 67c4] the labels on the axis may be changed with SET NDVX (NDVY).\n+ [ 6800] SET * ; OPT * | Reset the defaults\n+ [ 6838] LABEL 1 3 AAAAA BBBBB CCCCC | Define labels\n+ [ 686c] SET NDVX 3.15 | 3 div, lab id 1, 5=center on bin\n+ [ 68b4] NULL 0 10 0 1 | Draw a frame\n+ [ 68e8] SET NDVX 3.11 | 3 div, lab id 1, 1=center on tick\n+ [ 6930] SET NDVX 3.18 | 3 div, lab id 1, 8=bottom -> up\n+ [ 6974] A full description of the possible alignments is given in the PAW\n+ [ 69b8] manual (see NDVX in the index).\n+ [ 69d8] Draw text at position X,Y in the current Normalisation transformation,\n+ [ 6a20] using the current font parameters.\n+ [ 6a44] The font and the precision can be changed by SET TXFP.\n+ [ 6a7c] The character size can be changed by SET CHHE.\n+ [ 6aac] The text colour can be changed by SET TXCI.\n+ [ 6ad8] The text orientation can be changed with SET TXAL.\n+ [ 6b0c] The text angle can be changed by SET TANG.\n+ [ 6b38] NULL 0 10 0 6 | Draw a frame\n+ [ 6b74] SET TXFP -20 | Times bold\n+ [ 6bac] SET CHHE .5 | Text size 0.5 cm\n+ [ 6bec] SET TXAL 10 | Horizontal align. Left\n+ [ 6c30] SET TXAL 20 | Horizontal align. Center\n+ [ 6c78] SET TXAL 30 | Horizontal align. Right\n+ [ 6cbc] SET TXAL 12 | Vertical align. Top\n+ [ 6cfc] SET TXAL 13 | Vertical align. Middle\n+ [ 6d40] ITX .2 5 'Middle justified'\n+ [ 6d60] SET TXAL 0 | Default align.\n+ [ 6d9c] SET TANG 30 | Angle 30 degrees\n+ [ 6ddc] ITX 5 4 '-- 30 degrees --'\n+ [ 6dfc] in the current normalisation transformation using the software font\n+ [ 6e40] IGTEXT. SIZE is always given in centimetres.\n+ [ 6e70] A boldface effect can be obtained using the parameters PASS and\n+ [ 6eb0] CSHI of the command SET. The text colour can be changed by SET TXCI.\n+ [ 6ef8] SET * ; OPT * | Reset the defaults\n+ [ 6f44] NULL 0 10 0 10 | Draw a frame\n+ [ 6f88] TEXT 5 1 'Left justified' .5 0. L\n+ [ 6fb0] TEXT 5 2 'Centred' .5 0. C\n+ [ 6fd0] TEXT 5 3 'Right justified' .5 0. R\n+ [ 6ff8] TEXT 5 4 '-- 30 degrees' .5 30. L\n+ [ 7020] TEXT 5 4 '-- 60 degrees' .5 60. L\n+ [ 7048] TEXT 5 4 '-- 90 degrees' .5 90. L\n+ [ 7070] TEXT 5 4 '-- 120 degrees' .5 120. L\n+ [ 7098] TEXT 5 4 '-- 150 degrees' .5 150. L\n+ [ 70c0] TEXT 5 8 'Some Greek ... [a, b, c, d]' .5 0. C\n+ [ 70f4] Set PASS 7 | Number of passes\n+ [ 713c] TEXT 5 9 'Bold TEXT' .5 0. C\n+ [ 7160] X coordinate of centre of the pie\n+ [ 7184] Y coordinate of centre of the pie\n+ [ 71a8] Draw a Pie Chart with default values.\n+ [ 71d0] Alphanumeric labels are required.\n+ [ 71f4] The label of each slice will be the corresponding numeric value in array VALUES.\n+ [ 7248] The label of each slice will be in expressed in percentage.\n+ [ 7284] Force the labels size to be the current character height. Without this optinthhee labels size is computed automatcaally.\n+ [ 7300] Draw the labels aligned on the radius of each slice.\n+ [ 7338] in the current Normalisation transformation.\n+ [ 7368] SET * ; OPT * | Reset the defaults\n+ [ 73b0] NULL 0 20 0 20 'AB' | Draw a frame\n+ [ 73f4] LABEL 1 5 'Lab1' 'Lab2' 'Lab3' 'Lab4' 'Lab5' | define labels\n+ [ 7438] V/CRE VWS(5) R 28.3 18.6 16.9 13.5 22.7\n+ [ 7464] V/CRE OFFSET(5) R 2*0. 2*20. 0.\n+ [ 748c] V/CRE COLOUR(5) R 2 3 4 5 6\n+ [ 74b0] SET FAIS 1 | Fill solid\n+ [ 74f0] SET BORD 1 | Draw the border\n+ [ 7534] PIE 10. 10. 7. 5 VWS 'L' OFFSET ! COLOUR | Draw the pie chart\n+ [ 757c] Draws an ellipse in the current normalisation transformation.\n+ [ 75bc] The parameter THETA rotates the ellipse major and minor axes\n+ [ 75fc] (RX and RY) relative to the coordinates by the given angle.\n+ [ 7638] The a filled area is used, so the ellipse may be filled by\n+ [ 7674] changing the appropriate SET parameters.\n+ [ 76a0] SET * ; OPT * | Reset the defaults\n+ [ 76d0] NULL 0 10 0 10 'AB' | Draw a frame (cf HELP NULL)\n+ [ 770c] SET PLCI 2 | Line colour is red\n+ [ 773c] SET LWID 6 | Line width is 6\n+ [ 776c] SET BORD 1 | Border on\n+ [ 7794] SET FAIS 1 | Filled area\n+ [ 77c0] SET FACI 3 | Filled area are green\n+ [ 77f4] with the current fill area and line attributes.\n+ [ 7824] Use the current Normalisation transformation.\n+ [ 7854] If R1 is not equal to R2 the area between the two arcs of radius\n+ [ 7898] R1 and R2 is filled according to the current fill area attributes.\n+ [ 78dc] The border is never drawn unless the interior style is hollow or\n+ [ 7920] the command SET BORD 1 has been called. If R1 is equal to R2 a\n+ [ 7960] NULL 0 20 0 20 'AB' | Draw a frame (cf HELP NULL)\n+ [ 799c] ARC 5 5 4 4 ! ! | Draw an circle\n+ [ 79c8] ARC 5 15 4 4 30 260 | Draw an arc of circle\n+ [ 79fc] SET FAIS 3 | Fill area with hatches\n+ [ 7a30] SET FASI 3 | Type of hatches\n+ [ 7a60] ARC 15 15 1 4 ! ! | Draw an arc\n+ [ 7a8c] SET BORD 1 | Border is requested\n+ [ 7ac0] ARC 15 5 1 4 30 ! | Draw an arc\n+ [ 7aec] Draw an axis with default values.\n+ [ 7b10] Logarithmic scale, default is linear.\n+ [ 7b38] Blank axis. Useful to superpose axis.\n+ [ 7b60] Unlabelled axis, default is labelled.\n+ [ 7b88] Tick marks are drawn on Positive side. (default)\n+ [ 7bbc] Tick marks are drawn on the negative side.\n+ [ 7be8] Tick marks are drawn on Equal side\n+ [ 7c0c] Labels are drawn Parallel to the axis\n+ [ 7c34] Labels are drawn Orthogonal to the axis (Top to Down).\n+ [ 7c6c] Labels are drawn Orthogonal to the axis (Down to Top).\n+ [ 7ca4] labels are Right adjusted on tick mark.\n+ [ 7ccc] labels are Left adjusted on tick mark.\n+ [ 7cf4] labels are Centred on tick mark.\n+ [ 7d18] In the Middle of the divisions.\n+ [ 7d38] Direction of labels DOWN . Default is RIGHT\n+ [ 7d64] Draw an axis in the current Normalisation transformation.\n+ [ 7da0] NDIV=N1 + 100*N2 + 10000*N3\n+ [ 7dc8] N1, N2, N3 = Number of 1st, 2nd, 3rd divisions respectively, eg:.\n+ [ 7e0c] NDIV=0 --> no tick marks.\n+ [ 7e34] NDIV=2 --> 2 divisions, one tick mark in the middle\n+ [ 7e74] of the axis.\n+ [ 7e98] Orientation of tick marks on axis: Tick marks are normally drawn\n+ [ 7edc] on the positive side of the axis.However, if X0=X1, then Negative .\n+ [ 7f20] CHOPT='+': tick marks are drawn on Positive side. (default)\n+ [ 7f64] CHOPT='-': tick marks are drawn on the negative side.\n+ [ 7fa4] i.e: '+-' --> tick marks are drawn on both sides of the axis.\n+ [ 7fec] Position of labels on axis: Labels are normally drawn on side\n+ [ 802c] opposite to tick marks.However:\n+ [ 804c] CHOPT= '=' on Equal side\n+ [ 8070] Orientation of labels on axis: Labels are normally drawn\n+ [ 80ac] parallel to the axis. However:\n+ [ 80cc] if X0=X1, then Orthogonal\n+ [ 80f0] if Y0=Y1, then Parallel\n+ [ 8110] CHOPT= 'P' : Parallel to the axis\n+ [ 813c] CHOPT= 'O' : Orthogonal to the axis (Top to Down).\n+ [ 8178] CHOPT= '0' : Orthogonal to the axis (Down to Top).\n+ [ 81b4] Position of labels on tick marks: Labels are centred on\n+ [ 81ec] tick marks. However , if X0=X1, then they are right adjusted.\n+ [ 822c] CHOPT='R': labels are Right adjusted on tick mark.\n+ [ 8268] (default is centred)\n+ [ 8290] CHOPT='L': labels are Left adjusted on tick mark.\n+ [ 82cc] CHOPT='C': labels are Centred on tick mark.\n+ [ 8300] CHOPT='M': In the Middle of the divisions.\n+ [ 8334] Direction of labels: Default is RIGHT\n+ [ 835c] Format of labels: Blank characters are stripped, and then the\n+ [ 839c] label is correctly aligned. The dot,if last character of the\n+ [ 83dc] string, is also stripped, unless\n+ [ 8400] CHOPT='.' Dot obligatory\n+ [ 8428] In the following, we have some parameters, like\n+ [ 8458] tick marks length and characters height (in percentage\n+ [ 8490] of the length of the axis).The default values are as follows:\n+ [ 84d0] Primary tick marks: 3.0 %\n+ [ 84f4] Secondary tick marks: 1.5 %\n+ [ 8518] Third order tick marks: .75 %\n+ [ 8540] Characters height for labels: 2%\n+ [ 856c] Characters spacing (related to height): 40%\n+ [ 85a0] Type of labels: Labels are normally numeric . However, alphanumeric\n+ [ 85e4] labels can be drawn (see command LABEL).\n+ [ 8610] CHOPT='T': Alphanumeric labels .\n+ [ 863c] Intrinsic parameters: These values can be changed with the command\n+ [ 8680] SET. The default value is used unless the corresponding option is\n+ [ 86c4] CHOPT='D' The distance between the labels and the axis\n+ [ 8704] (the offset) is given by the preceding command\n+ [ 8748] SET with the parameter LAOF.\n+ [ 8778] CHOPT='H' The size (height) of the labels is given by the\n+ [ 87bc] preceding command SET with the parameter LASI.\n+ [ 8800] CHOPT='S' The size of the tick marks is given by the preceding\n+ [ 8848] command SET with the parameter TMSI.\n+ [ 8880] Axis binning optimisation: By default the axis binning is optimised .\n+ [ 88c8] CHOPT='N': No binning optimisation\n+ [ 88f4] CHOPT='I': Integer labelling\n+ [ 891c] SET * ; OPT * | Reset the defaults\n+ [ 895c] NUL 0 12 0 12 'A' | Draw a frame (cf HELP NULL)\n+ [ 89a8] AXIS 1 11 1 1 0 100 510 'A' | Axis with arrow\n+ [ 89e8] AXIS 1 11 3 3 1 10000 510 'G' | LOG axis\n+ [ 8a20] LABEL 1 11 a b c d e f g h i j k | define alphanumeric labels\n+ [ 8a68] AXIS 1 11 5 5 0 12 11 'NATY' | alphanumeric labelling\n+ [ 8aac] AXIS 1 11 6 6 -100 0 510 'A'\n+ [ 8ad4] AXIS 11 1 7 7 -100 0 810 'A+-' | Double side tick marks\n+ [ 8b18] AXIS 1 11 8 11 0 1234567 615 'A' | exponent is required\n+ [ 8b5c] Note that the command TIC provides a simpler interface to redraw axis\n+ [ 8ba4] on the current plot. Moreover it use the NDVX, NDVY etc .. attributes.\n+ [ 8bec] with the current fill area attributes.\n+ [ 8c14] NULL 0 10 0 10 | Draw a frame (cf HELP NULL)\n+ [ 8c50] SET FAIS 1 | Fill area interior style solid\n+ [ 8c8c] FPOINT 5 1 .1 | Draw a filled point\n+ [ 8cc0] FPOINT 5 3 .2 | Draw a filled point\n+ [ 8cf4] FPOINT 5 5 .3 | Draw a filled point\n+ [ 8d28] SET FACI 4 | The fill area colour is blue\n+ [ 8d64] FPOINT 5 7 .4 | Draw a filled point\n+ [ 8d98] FPOINT 5 9 .5 | Draw a filled point\n+ [ 8dcc] Draw a line with arrow in middle (fermion line)\n+ [ 8dfc] with the current line and fill area attributes.\n+ [ 8e2c] NULL 0 10 0 6 | Draw a frame (cf HELP NULL)\n+ [ 8e68] ARLINE 1 1 9 1 .2 | Draw a arrow line (left to right)\n+ [ 8ea8] ARLINE 9 2 1 2 .4 | Draw a arrow line (right to left)\n+ [ 8ee8] SET PLCI 2 | Arrow colour is red\n+ [ 8f1c] ARLINE 9 3 1 3 .4 | Draw a arrow line (right to left)\n+ [ 8f5c] SET LWID 8 | Arrow line width is 8\n+ [ 8f90] ARLINE 9 4 1 4 .4 | Draw a arrow line (right to left)\n+ [ 8fd0] SET LTYP 3 | Arrow line type is dotted\n+ [ 9008] ARLINE 9 5 1 5 .4 | Draw a arrow line (right to left)\n+ [ 9048] X coordinate of the begin of helix\n+ [ 906c] Y coordinate of the begin of helix\n+ [ 9090] X coordinate of the end of helix\n+ [ 90b4] Y coordinate of the end of helix\n+ [ 90d8] with the current line attributes.\n+ [ 90fc] Feynman graph: gluon phi = 30, photon phi = 0.\n+ [ 912c] SET * ; OPT * | Reset the defaults\n+ [ 9164] NUL 0 10 0 10 'AB' | Draw a frame (cf HELP NULL)\n+ [ 91a4] ARCHELIX 1 1 3 3 ! 9 ! 1 | Draw an helix\n+ [ 91d4] SET LWID 8 | Helix line width is 8\n+ [ 920c] ARCHELIX 3 3 7 7 ! 9 ! 1 | Draw an helix\n+ [ 923c] SET PLCI 2 | Arrow colour is red\n+ [ 9274] SET LTYP 2 | Helix line type is dashed\n+ [ 92b0] ARCHELIX 7 7 10 10 ! 9 ! 3 | Draw an helix\n+ [ 92e0] SET * ; OPT * | Reset the defaults\n+ [ 9314] NUL 0 10 0 10 'AB' | Draw a frame (cf HELP NULL)\n+ [ 9350] HELIX 1 1 3 3 ! 10 ! | Draw an helix\n+ [ 9380] SET LWID 8 | Helix line width is 8\n+ [ 93b8] HELIX 3 3 7 7 1 5 ! | Draw an helix\n+ [ 93e8] SET PLCI 2 | Arrow colour is red\n+ [ 941c] SET LTYP 2 | Helix line type is dashed\n+ [ 9458] HELIX 7 7 10 10 .2 5 10 | Draw an helix\n+ [ 9488] The ARROW attributes can be changed with the command SET.\n+ [ 94c4] ARROW and LINE attributes are the same.\n+ [ 94ec] (X1,Y1) ----> (X2,Y2) if SIZE>0.\n+ [ 9514] (X1,Y1) <---> (X2,Y2) if SIZE<0.\n+ [ 953c] NULL 0 10 0 7 | Draw a frame (cf HELP NULL)\n+ [ 9578] ARROW 1 9 1 1 .2 | Draw a simple arrow (left to right)\n+ [ 95bc] ARROW 9 1 2 2 .4 | Draw a simple arrow (right to left)\n+ [ 9600] ARROW 1 9 3 3 -.8 | Draw a double arrow\n+ [ 9634] ARROW 1 9 4 4 -.8 | Draw a double arrow\n+ [ 9668] ARROW 1 9 5 5 -.8 | Draw a double arrow\n+ [ 969c] ARROW 1 9 6 6 -.8 | Draw a double arrow\n+ [ 96d0] X coord of first corner of ext box\n+ [ 96f4] X coord of second corner of ext box\n+ [ 9718] Y coord of first corner of ext box\n+ [ 973c] Y coord of second corner of ext box\n+ [ 9760] X coord of first corner of int box\n+ [ 9784] X coord of second corner of int box\n+ [ 97a8] Y coord of first corner of int box\n+ [ 97cc] Y coord of second corner of int box\n+ [ 97f0] Draw and fill a frame (2 nested boxes)\n+ [ 9818] The FBOX attributes can be changed with the command SET.\n+ [ 9854] SET FAIS 3 | Fill area interior style hatched\n+ [ 9894] SET FASI 3 | Changes the type of hatches\n+ [ 98d0] SET FACI 2 | Fill are colour is red\n+ [ 9904] SET PLCI 4 | Line colour is blue\n+ [ 9938] SET LWID 8 | The line width is 8\n+ [ 996c] SET BORD 1 | The border is requested\n+ [ 99a4] FBOX 1 9 1 9 3 7 3 7 | Draw a frame box\n+ [ 99d4] Use the current Normalisation transformation\n+ [ 9a04] taking care of logarithmic scales.\n+ [ 9a28] The BOX attributes can be changed with the command SET.\n+ [ 9a60] OPT LOGY ; OPT LOGX | Use log scale\n+ [ 9a8c] SET FAIS 0 | Fill area interior style hollow\n+ [ 9acc] DBOX 1 3 1 3 | Draw a box\n+ [ 9af4] This command it doesn't LOG scales. It is recommended\n+ [ 9b2c] BOX 1 3 1 3 | Draw a box\n+ [ 9b54] BOX 1 3 3 5 | Draw a box\n+ [ 9b7c] SET FASI 245 | Changes the type of hatches\n+ [ 9bb8] BOX 1 3 5 7 | Draw a box\n+ [ 9be0] BOX 3 5 5 7 | Draw a box\n+ [ 9c08] SET FASI 4 | Changes the type of hatches\n+ [ 9c44] BOX 5 7 5 7 | Draw a box\n+ [ 9c6c] Draw a polymarker at the N points X,Y,Z\n+ [ 9c94] The 3DPMARKER attributes can be changed with the command SET.\n+ [ 9cd4] 3DNUL | Draw a frame (cf HELP 3DNULL)\n+ [ 9d10] V/CREATE X(5) R 0.2 0.8 0.8 0.2 0.2\n+ [ 9d38] V/CREATE Y(5) R 0.2 0.2 0.8 0.8 0.2\n+ [ 9d60] V/CREATE Z1(5) R 0.2 0.2 0.2 0.2 0.2\n+ [ 9d8c] V/CREATE Z2(5) R 0.8 0.8 0.8 0.8 0.8\n+ [ 9db8] /GRAPHICS/PRIMITIVES/3DPMARKER\n+ [ 9dd8] Draw polymarkers at the N points X,Y\n+ [ 9e00] The PMARKER attributes can be changed with the command SET.\n+ [ 9e3c] NUL -3.2 3.2 -1 1 | Draw a frame (cf HELP NULL)\n+ [ 9e78] * Create vector X and Y (cf HELP SIGMA)\n+ [ 9ea4] SIGMA X=ARRAY(100,-3.14#3.14)\n+ [ 9ec8] SET PMCI 6 | The marker colour is magenta\n+ [ 9f04] SET MTYP 3 | The marker type is *\n+ [ 9f38] SET MSCF 2 | The marker size is 2\n+ [ 9f6c] PMARKER 100 X Y | Draw a 100 points polymarker\n+ [ 9fa8] This command doesn't take into account OPTIONS LOGY or LOGX, use GRAPH\n+ [ 9ff0] Fill the area defined by the N points X,Y\n+ [ a01c] The FAREA attributes can be changed with the command SET.\n+ [ a058] NUL -1.1 1.1 -1.1 1.1 | Draw a frame (cf HELP NULL)\n+ [ a094] SET FACI 2 | The fill area colour is red\n+ [ a0d0] SET FAIS 1 | The fill area interior style is solid\n+ [ a114] FAREA 100 X Y | Draw a 100 points line\n+ [ a148] SET FACI 1 | The fill area colour is black\n+ [ a184] SET FAIS 0 | The fill area interior style is hollow\n+ [ a1c8] SET FAIS 3 | The fill area interior style is hatched\n+ [ a210] SET FASI 245 | Defines the type of hatches\n+ [ a24c] Draw a line connecting points (X1,Y1) and (X2,Y2)\n+ [ a280] in the current Normalisation transformation taking care of\n+ [ a2bc] logarithmic scales. The DLINE attributes can be\n+ [ a2ec] OPTION LOGY | Log scale on the Y axis.\n+ [ a324] NUL 0 5 1 100 | Draw a frame (cf HELP NULL)\n+ [ a360] SET PLCI 2 | The line colour is red\n+ [ a394] SET LWID 6 | The line width is 6\n+ [ a3c8] SET LTYP 1 | The line type is solid\n+ [ a3fc] DLINE 0 5 1 10 | Draw a line\n+ [ a428] in the current Normalisation transformation. This command is kept\n+ [ a46c] for backward compatibility. It has a reverse calling sequence compare\n+ [ a4b4] to BOX or ARROW and it doesn't take LOG scales into account. It is\n+ [ a4f8] recommended to use DLINE instead. The LINE attributes can be\n+ [ a538] NUL 0 5 0 5 | Draw a frame (cf HELP NULL)\n+ [ a574] SET LTYP 3 | The line type is dotted\n+ [ a5ac] LINE 0 0 5 5 | Draw a line\n+ [ a5d8] Draw a polyline of N points X,Y,Z\n+ [ a5fc] The 3DPLINE attributes can be changed with the command SET.\n+ [ a638] Draw a polyline of N points X,Y\n+ [ a658] The PLINE attributes can be changed with the command SET.\n+ [ a694] NUL -1 1 0 1 | Draw a frame (cf HELP NULL)\n+ [ a6d0] SET PLCI 4 | The line colour is blue\n+ [ a708] SET LTYP 2 | The line type is dashed\n+ [ a740] PLINE 100 X Y | Draw a 100 points line\n+ [ a774] Number of elements in the palette\n+ [ a798] Define a palette of attributes.\n+ [ a7b8] The palette number is used in the command SET. The command\n+ [ a7f4] SET HCOL 0.1 defines the palette number 1 as colour indices\n+ [ a830] used by the command LEGO in case of stacked lego plots and\n+ [ a86c] plotting of SURFACE with options 1 or 2, LEGO with option 2\n+ [ a8a8] By default the palettes are initialised with 6 elements:\n+ [ a8e4] If the number of elements (NEL) is equal to 0 (default), the\n+ [ a924] palette is filled automatically according to the number of\n+ [ a960] colours defined with the command SET NCOL:\n+ [ a98c] a) If NCOL is smaller or equal to 8, the palette is filled with a\n+ [ a9d0] subset of the 8 basic colours.\n+ [ a9f0] PAW > SET NCOL 8 | Define the number of colours\n+ [ aa2c] PAW > PALETTE 1 | The palette 1 is filled with\n+ [ aa68] | 8 elements: 0,5,7,3,6,2,4,1\n+ [ aaa4] PAW > SET NCOL 4 | Define the number of colours\n+ [ aae0] | 4 elements: 0,5,7,3\n+ [ ab14] b) If NCOL is greater than 8, the palette is filled\n+ [ ab48] with colours varying continuously from blue to red. This is\n+ [ ab84] called a 'geographical palette'.\n+ [ aba8] PAW > SET NCOL 16 | Define the number of colours\n+ [ abe4] PAW > PALETTE 1 | Fill palette 1 with 8 elements\n+ [ ac20] | (8,9,10,11,12,13,14,15) varying\n+ [ ac5c] | continuously from blue to red\n+ [ ac98] Note that after the command SET NCOL, the colour indices from\n+ [ acd8] 8 to NCOL are set with gray levels. The command PALETTE 1\n+ [ ad14] reset the same indices with a 'geographical palette' varying\n+ [ ad54] continuously from blue to red.\n+ [ ad74] /GRAPHICS/ATTRIBUTES/COLOR_TABLE\n+ [ ad98] Redefine the scale for the current zone.\n+ [ adc4] Define an empty 3D space of coordinates.\n+ [ adf0] If XMIN, XMAX, etc. are given, draw a frame box\n+ [ ae20] with the window coordinates set to XMIN, XMAX, YMIN, YMAX. Axis\n+ [ ae60] labels, tick marks and 3D box around the plot are drawn by default.\n+ [ aea4] Axis labels and tick marks are not drawn.\n+ [ aed0] Define an empty 2D space of coordinates.\n+ [ aefc] labels and tick marks are drawn by default.\n+ [ af28] Draw a grid in cm. The grid appearance is controlled with\n+ [ af64] the line and text attributes (cf command SET).\n+ [ af94] Axis title are drawn on the left and on the bottom of the plot.\n+ [ afd4] Y axis title is drawn on the right of the plot.\n+ [ b004] X axis title is drawn on the top of the plot.\n+ [ b034] Draw axis titles on the axes of the present plot zone.\n+ [ b06c] The parameter IALGN defined where the title is aligned i.e:\n+ [ b0a8] on the beginning, the middle or at the end of the axis. The\n+ [ b0e4] alignment parameter has 3 digits (one for each axis): xyz\n+ [ b120] where x, y and z may have independently the following values:\n+ [ b160] 3: End of the axis (0 is equivalent to 3)\n+ [ b18c] ATITLE 'End of axis' 'Middle of axis on the right' ! 320 R\n+ [ b1cc] ATITLE 'Beginning of axis' 'End of axis' ! 130\n+ [ b200] ATITLE 'Middle of axis on the top' 'Beginning of axis' ! 210 T\n+ [ b244] Tick marks are drawn on the edges of the picture\n+ [ b278] Cross-wire drawn perpendicular to the X-axis\n+ [ b2a8] Cross-wire drawn perpendicular to the Y-axis\n+ [ b2d8] Value drawn Left of cross-wire\n+ [ b2f8] Value drawn Right of cross-wire\n+ [ b318] Draw 'cross-wires' on a picture,\n+ [ b33c] optionally with tick marks and values.\n+ [ b364] Cross-wires are lines perpendicular to the X and/or Y axis.\n+ [ b3a0] The values of XVAL are always histogram coordinates.\n+ [ b3d8] The tick marks will be drawn on both side of the cross\n+ [ b410] wire, unless the cross-wires are requested on the boundary\n+ [ b44c] of the box surrounding the histogram (i.e. at the extreme\n+ [ b488] limits of the drawn histogram). In this case tick marks will\n+ [ b4c8] The options 'A' and 'B' (for Above and Below)\n+ [ b4f8] refer only to the cross-wire perpendicular to the Y axis.\n+ [ b534] In each case only one cross-wire will be drawn.\n+ [ b564] Similarly 'L' and 'R' (Left and Right) refer only\n+ [ b598] to the cross-wires perpendicular to the X-axis.\n+ [ b5c8] It is possible to redefine the length of tick marks on the X or Y\n+ [ b60c] axis with SET XTIC or SET YTIC.\n+ [ b62c] The position of the axis values may be changed\n+ [ b65c] The Number of divisions can be changed with SET NDVX and SET NDVY.\n+ [ b6a0] This command combines with the command NUL is a easy way to redraw\n+ [ b6e4] SET * ; OPT * | Reset the defaults\n+ [ b720] Nul 0 1 0 1 | draw an empty frame with axis\n+ [ b768] Set ndvy 5 | Change number of Y divisions\n+ [ b7b0] Nul 0 10 0 10 ABS | Redefine the scales\n+ [ b7ec] Tic XR 5 ! | Axis in the new coordinates\n+ [ b830] IATT is a fill area colour index\n+ [ b854] Draw one legend and its explanation at a point x,y\n+ [ b888] in the current normalisation transformation.\n+ [ b8b8] - A filled box (CHOPT=F), in this case IATT is a colour\n+ [ b8f4] and DX is the width of the box.\n+ [ b918] - A hatched box (CHOPT=H), in this case IATT is a hatches type\n+ [ b95c] - A line (CHOPT=L), in this case IATT is a line type\n+ [ b994] and DX is the length of the line.\n+ [ b9bc] - A line (CHOPT=W), in this case IATT is a line width\n+ [ b9f4] NUL 0 10 0 8 A | Draw a frame\n+ [ ba2c] KEY 5 2 ! 'Key 1' | Key with marker\n+ [ ba64] KEY 5 3 2 'Key 2' ! F | Key with filled box\n+ [ baa0] SET FACI 3 | Change colour for next key\n+ [ bae4] key 5 4 2 'Key 3' 2 H | Key with hatches. DX is modified\n+ [ bb30] key 5 5 2 'Key 4' ! L | Key with line type\n+ [ bb6c] SET PLCI 4 | Change colour for next key\n+ [ bbb0] SET CSIZ .4 | Change key size\n+ [ bbe8] KEY 5 6 8 'Key 5' 1.5 W | Key with line width\n+ [ bc24] Coordinates are expressed in histogram coordinates (of the at ddrrawn histogram). Error bars aredrrawn.\n+ [ bc8c] Coordinates are expressed in centimetres.\n+ [ bcb8] A new window is defined and axis are drawn.\n+ [ bce4] Draw small lines at the end of the error bars.\n+ [ bd14] Draw a filled area through the end points of the vertical error bars.\n+ [ bd5c] Draw a smoothed filled area through the end points of the vricaall error bars.\n+ [ bdac] Turn off the symbols clipping.\n+ [ bdcc] Draw (according to the CHOPT value) a series of points using\n+ [ be0c] a symbol and asymmetric error bars in horizontal and vertical\n+ [ be4c] direction in the current normalisation transformation.\n+ [ be84] By default, the symbols are not drawn if they are on the\n+ [ bec0] edges of the plot: the option '0' allows to turn off this\n+ [ befc] With Option 1, the size of the tick marks at the end of the error\n+ [ bf40] bars is equal to the marker size and can be changed with SET KSIZ.\n+ [ bf84] If ISYMB = 0 or SSIZE = 0. no symbol is drawn.\n+ [ bfb4] Note that the options can be cumulated.\n+ [ bfdc] a symbol and error bars in horizontal and vertical direction\n+ [ c01c] Draw the same symbol at several points x,y\n+ [ c048] Draw various HPLOT objects (symbols, errors, key, etc.).\n+ [ c084] To define Normalisation transformations.\n+ [ c0b0] Either automatically (ZONE and SIZE) or 'by hand' (SVP, SWN and SELNT).\n+ [ c0f8] Miscellaneous HPLOT functions.\n+ [ c118] Give the list of open workstations\n+ [ c13c] To create/delete workstations (windows) or change status.\n+ [ c178] IWKID > 0 Do the action specified by CHOPT on the\n+ [ c1b0] workstation identified by IWKID.\n+ [ c1e0] IWKID = 0 Do the action specified by CHOPT on all\n+ [ c218] IWKID < 0 Do the action specified by CHOPT on the\n+ [ c250] workstation identified by -IWKID and the\n+ [ c288] complementary action on all the others.\n+ [ c2c0] Note: IWKID should not be equal to 2 if a metafile is active because the\n+ [ c30c] command METAFILE use it already.\n+ [ c330] Set the metafile logical unit and metafile type.\n+ [ c364] This command controls the destination of the subsequent graphics output.\n+ [ c3b0] LUN =-10 output only on metafile opened on unit 10;\n+ [ c3e8] LUN = 0 output only on screen;\n+ [ c40c] LUN = 10 output on both screen and metafile opened on unit 10;\n+ [ c44c] Use the command FORTRAN/FILE to open a new file, FORTRAN/CLOSE to close it.\n+ [ c498] Note that PAW opens the file PAW.METAFILE on the unit 10\n+ [ c4d4] METAFL=-111 HIGZ/PostScript (Portrait).\n+ [ c500] METAFL=-112 HIGZ/PostScript (Landscape).\n+ [ c52c] METAFL=-113 HIGZ/Encapsulated PostScript.\n+ [ c558] METAFL=-114 HIGZ/PostScript Colour (Portrait).\n+ [ c588] METAFL=-115 HIGZ/PostScript Colour (Landscape).\n+ [ c5bc] METAFL=-777 HIGZ/LaTex Encapsulated.\n+ [ c5e4] The PostScript metafile types have the following format:\n+ [ c620] -[Format][Nx][Ny][Type]\n+ [ c64c] [Format] Is an integer between 0 and 99 which defines the format of the\n+ [ c694] paper. For example if Format=3 the paper is in the standard\n+ [ c6d0] A3 format. Format=4 and Format=0 are the same and\n+ [ c704] The A0 format is selected by Format=99.\n+ [ c72c] The US format Letter is selected by Format=100.\n+ [ c75c] The US format Legal is selected by Format=200.\n+ [ c78c] The US format Ledger is selected by Format=300.\n+ [ c7bc] [Nx, Ny] Specify respectively the number of zones on the x and y axis.\n+ [ c804] Nx and Ny are integers between 1 and 9.\n+ [ c82c] 1: Portrait mode with a small margin at the bottom of the page.\n+ [ c870] 2: Landscape mode with a small margin at the bottom of the page.\n+ [ c8b4] 4: Portrait mode with a large margin at the bottom of the page.\n+ [ c8f8] 5: Landscape mode with a large margin at the bottom of the page.\n+ [ c93c] The large margin is useful for some PostScript printers (very\n+ [ c97c] often for the colour printers) as they need more space to grip\n+ [ c9bc] the paper for mechanical reasons. Note that some PostScript\n+ [ c9fc] colour printers can also use the so called 'special A4' format\n+ [ ca3c] permitting the full usage of the A4 area; in this case larger\n+ [ ca7c] margins are not necessary and {\\tt Type}=1 or 2 can be used.\n+ [ cabc] 3: Encapsulated PostScript. This Type permits the generation of\n+ [ cb00] files which can be included in other documents, for example\n+ [ cb40] in LaTeX files. Note that with this Type, Nx and Ny must always\n+ [ cb84] be equal to 1, and Format has no meaning. The size of the picture\n+ [ cbc8] must be specified by the user via the SIZE command. Therefore\n+ [ cc08] the workstation type for Encapsulated PostScript is -113. For\n+ [ cc48] example if the name of an encapsulated PostScript file is\n+ [ cc84] example.eps, the inclusion of this file into a LaTeX file will\n+ [ ccc4] be possible via (in the LaTeX file):\n+ [ ccec] \\begin{figure}\n+ [ cd10] \\epsffile{example.eps}\n+ [ cd3c] \\caption{Example of Encapsulated PostScript in LaTeX.}\n+ [ cd88] \\label{EXAMPLE}\n+ [ cdb0] \\end{figure}\n+ [ cdd4] With Type=1,2,4 and 5 the pictures are centred on the page, and the usable\n+ [ ce20] area on paper is proportional to the dimensions of A4 format.\n+ [ ce60] -111 or -4111 defines an A4 page not divided.\n+ [ ce90] -6322 define an A6 landscape page divided in 3 columns and 2 rows.\n+ [ ced4] +-------+-------+-------+\n+ [ cf04] | 1 | 2 | 3 |\n+ [ cf34] | 4 | 5 | 6 |\n+ [ cf64] The first picture will be drawn in the area 1. After each clear the screen,\n+ [ cfb4] the graphics output will appear in the next area in the order defined above.\n+ [ d004] If a page is filled, a new page is used with the same grid. Note that empty\n+ [ d050] pages are not printed in order to save paper.\n+ [ d080] Ignoring formats smaller than A12, the total number of possible different\n+ [ d0cc] PostScript workstation types is: 4x9x9x13+1 = 4213 !\n+ [ d104] Note: this command open a metafile on the workstation identifier number 2.\n+ [ d150] Set general plotting options for HPLOT.\n+ [ d178] If CHOPTN='SHOW' print all current and default options.\n+ [ d1b0] If CHOPTN='*', restore all default options.\n+ [ d1dc] Set a specific HPLOT attribute.\n+ [ d1fc] If CHATT='SHOW', print defaults and current values for all attributes.\n+ [ d244] If CHATT='*', restore default values for all attributes.\n+ [ d280] If VALUE=0, the attribute is set to its default value.\n+ [ d2b8] Interface to the graphics packages HPLOT and HIGZ.\n+ [ d2ec] List the MASK files currently open.\n+ [ d310] Existing file is opened (read mode only).\n+ [ d33c] Existing file is opened to be modified.\n+ [ d364] Set debug options for the Query Processor\n+ [ d390] Expression separator (on output)\n+ [ d3b4] For the selected events the values of the expressions are printed\n+ [ d3f8] to the screen (by default) or to a specified file. If the expression\n+ [ d440] is non scalar (e.g. vector) the elements of the vector are separated\n+ [ d488] by a ',' (changed with SEP1). The values of the expressions are\n+ [ d4c8] separated by a '%' (changed with SEP2).\n+ [ d4f0] The output of the DUMP command is meant for consumption by other\n+ [ d534] computer programs, for easy inspection of an ntuple the NTUPLE/SCAN command\n+ [ d580] Maximum size of dynamic memory buffer in MBytes\n+ [ d5b0] Change or show the size of the dynamic memory buffer used to store\n+ [ d5f4] Ntuple columns during Ntuple analysis. The default is 10 MB. Giving\n+ [ d638] a value of 0 turns the buffer facility off. The upper limit is 128 MB,\n+ [ d680] but be sure you have enough swap space and realize that when the buffer\n+ [ d6c8] is swapped to disk you loose part of the benefit of the buffer facility\n+ [ d710] (which is to reduce the number of disk accesses). Omitting the argument\n+ [ d758] or specifying -1 will show you the current upper limit and used and free\n+ [ d7a4] space. Giving -2 shows which columns are currently stored in memory.\n+ [ d7ec] The variables are normalized. This option is useful in the case the ranges of variables arevry diffeerrent\n+ [ d858] Print more results about the analysis\n+ [ d880] Number of the most significant variables \n+ [ d8ac] Names of the NVARS most significant variables \n+ [ d8dc] The method used is the PRINCIPAL COMPONENTS ANALYSIS.\n+ [ d914] The Principal Components Analysis method consists in applying\n+ [ d954] a linear transformation to the original variables of a ntuple.\n+ [ d994] This transformation is described by an orthogonal matrix and\n+ [ d9d4] is equivalent to a rotation of the original space to a new set\n+ [ da14] of coordinates vectors, which hopefully provide easier identification\n+ [ da5c] and dimensionality reduction. This matrix is real positive definite\n+ [ daa0] and symmetric and has all its eigenvalues greater than zero.\n+ [ dae0] Among the family of all complete orthonormal bases, the basis\n+ [ db20] formed by the eigenvectors of the covariance matrix and belonging\n+ [ db64] to the largest eigenvalues corresponds to the most significant features\n+ [ dbac] for the description of the original ntuple.\n+ [ dbd8] Reduction of the variables for NEVENT events starting at IFIRST\n+ [ dc18] The default is to take all the 20 first variables.\n+ [ dc4c] This command creates a file: xtoxsi.f, XTOXSI.FORTRAN, xtoxsi.for or xtoxsi.ftn.\n+ [ dca0] This file contains a Fortran function which computes the new variables.\n+ [ dce8] These new variables can be visualised in PAW with for example:\n+ [ dd28] PAW > Ntuple/plot id.xtoxsi.ftn(1)\n+ [ dd4c] PAW > Ntuple/plot id.xtoxsi.ftn(1)%xtoxsi.ftn(3)\n+ [ dd80] Generate the FORTRAN skeleton of a selection function.\n+ [ ddb8] Present the selection function in the local editor.\n+ [ ddec] Code to print events is generated (Row Wise Ntuples only).\n+ [ de28] Names of the Ntuple variables are generated in DATA statements (Row Wise Nupllesonnly).\n+ [ de80] To generate the FORTRAN skeleton of a selection function or the\n+ [ dec0] INCLUDE file with the columns declaration.\n+ [ deec] A FORTRAN function is generated if the FNAME is of the form,\n+ [ df2c] xxx.f, xxx.for, xxx.fortran. Otherwise an INCLUDE file is generated.\n+ [ df74] If the Row Wise Ntuple ID=30 has variable names [X,Y,Z] then:\n+ [ dfb4] NTUPLE/UWFUNC 30 SELECT.FOR\n+ [ dfd4] will generate the file SELECT.FOR with:\n+ [ dffc] REAL FUNCTION SELECT()\n+ [ e01c] LOGICAL CHAIN\n+ [ e03c] CHARACTER*128 CFILE\n+ [ e05c] COMMON /PAWCHN/ CHAIN, NCHEVT, ICHEVT\n+ [ e08c] COMMON /PAWCHC/ CFILE\n+ [ e0ac] COMMON/PAWIDN/IDNEVT,OBS(13),\n+ [ e0d4] Then using the command EDIT one can modify this file which could then\n+ [ e11c] look something like (IDNEVT is the event number):\n+ [ e150] IF(X**2+Y**2.GT.Z**2)THEN\n+ [ e174] NTUPLE/UWFUNC 30 SELECT.INC\n+ [ e194] will generate an include file. This include file\n+ [ e1c8] may be referenced in a selection function in the following way:\n+ [ e208] Note that the command UWFUNC is not required if the SELECT function has the\n+ [ e254] In this case (thanks to the statement 'include ?') the include file will be\n+ [ e2a0] generated automatically with the name 'comis.inc'.\n+ [ e2d4] It is possible to add input parameters to the SELECT function and to\n+ [ e31c] use them in the function's body.\n+ [ e340] Comment is left adjusted to the current zone\n+ [ e370] Comment is right adjusted to the current zone\n+ [ e3a0] Comment is centred to the current zone\n+ [ e3c8] Comment is drawn below the top zone line\n+ [ e3f4] All subsequent NTUPLE/PLOT commands will print the selection mechanism with the options specified in CHOPT.\n+ [ e460] To write selection mechanism as a comment on the picture.\n+ [ e49c] By default, the comment is drawn left justified above the top zone line.\n+ [ e4e8] CSEL All coming NT/PLOT commands will draw a comment\n+ [ e528] of size CSIZE=0.28cm Left justified.\n+ [ e55c] CSEL NRB 0.4 All coming NT/PLOT commands will draw a comment\n+ [ e59c] of size 0.4 cm Right justified Below the top line.\n+ [ e5e0] CSEL CB Draw previous selection mechanism Centred Below\n+ [ e620] the top zone line.\n+ [ e644] The Global title font (SET GFON) with precision 1 is used to draw the\n+ [ e68c] Print definition of cut CUTID.\n+ [ e6ac] Read definition of cut CUTID from file FNAME.\n+ [ e6dc] Write definition of cut CUTID on file FNAME (text file).\n+ [ e718] Define the CUTID with the format $nn.\n+ [ e740] nn is an integer between 1 and 99.\n+ [ e764] This cut can then be used in subsequent commands NTUPLE/PLOT, PROJECT.\n+ [ e7ac] allows to define the cut CUTID. For example the command:\n+ [ e7e8] PAW > CUTS $1 X<0.8.and.Y character to the\n+ [ eca4] The path of all chain members, from chain CNAME downwards, can be changed\n+ [ ecf0] by specifying a chain path. This is done by giving a chain name followed\n+ [ ed3c] by the -P option and a path specification. The chain path will be pre-pended\n+ [ ed8c] to the member names. Chains down the tree can override a path specified\n+ [ edd4] Examples of chain (Ntuple tree) definition:\n+ [ ee00] CHAIN Year93 Jan Feb March April May ...\n+ [ ee30] CHAIN Jan Week1 Week2 Week3 Week4\n+ [ ee5c] CHAIN Week1 file1.hbook file2.hbook ...\n+ [ ee8c] CHAIN Week2 file3.hbook file4.hbook ...\n+ [ eebc] NT/PLOT 10.e ; loop over all files in chains Week1, Week2, Week3, ...\n+ [ ef08] CD //Year93 ; loop over all files in chains Jan, Feb, March, ...\n+ [ ef50] CHAIN Year93 -P /user/delphi ; all files from chain Year93 downward will\n+ [ ef9c] be changed to /user/delphi/file1.hbook, ...\n+ [ efec] CHAIN Year93> ; print the chain tree Year93\n+ [ f01c] CHAIN -Feb ; delete chain Feb\n+ [ f044] CHAIN Jan -file3.hbook ; delete file3.hbook from chain Jan\n+ [ f084] Long (around 70 characters) file names (including the path) must be avoided.\n+ [ f0d4] They can be misunderstood and the results produced may be wrong. A warning is\n+ [ f124] printed, when ntuple command is executed on a chain, if the file name length\n+ [ f174] exceed the safe value. The safe file name length is printed in the warning.\n+ [ f1c0] Note that IFIRST and NEVENT parameters are not meaningful in case of CHAINs\n+ [ f20c] Draw a smooth curve (1D plots).\n+ [ f22c] Add contents of IDN to last plotted ntuple (1D plots).\n+ [ f264] Connect channels contents by a line (1D, 2D and 3D plots).\n+ [ f2a0] Draw the current polymarker at each channel or cell (1D plots).\n+ [ f2e0] Draw a * at each channel (1D plots).\n+ [ f308] Update channels modified since last call (1D plots).\n+ [ f340] Compute (HBARX) and draw error bars with current marker.\n+ [ f37c] Draw the ntuple as an histogram.\n+ [ f3a0] Don't draw anything, but fill the 1D or 2D histogram IDH\n+ [ f3dc] Draw a Gouraud shaded surface (3D plots).\n+ [ f408] Fill a Profile histogram (mean option).\n+ [ f430] Fill a Profile histogram (spread option).\n+ [ f45c] Fill a Profile histogram (integer spread option).\n+ [ f490] Identifier of histogram to fill\n+ [ f4b0] Project and plot an Ntuple as a (1-Dim or 2-Dim) histogram\n+ [ f4ec] with automatic binning (ID=1000000), possibly using a selection\n+ [ f52c] algorithm. See parameter CHOPT in command HISTO/PLOT to have\n+ [ f56c] more details on the possible OPTION.\n+ [ f594] IDN.expression1%expression2\n+ [ f5bc] IDN.expression1%expression2%expression3\n+ [ f5f0] IDN.expression1%expression2%expression3%expression4\n+ [ f630] Y%X means a scatter-plot Y(I) versus X(I) where I is the event number.\n+ [ f678] In this example, X and Y are the names of the variables 1 and 2\n+ [ f6b8] expression1 is any numerical expression of the Ntuple variables.\n+ [ f6fc] It may include a call to a COMIS function.\n+ [ f728] Y%X%Z means a 3D scatter-plot Z(I) versus Y(I) versus X(I) where I is\n+ [ f770] the event number. If option \"G\" is given, three Gouraud shaded surfaces\n+ [ f7b8] are drawn. The green one is the average.\n+ [ f7e4] Y%X%Z%T means a 3D scatter-plot Z(I) versus Y(I) versus X(I) where I is\n+ [ f82c] the event number. T is mapped on the colour map.\n+ [ f860] UWFUNC may have the following forms:\n+ [ f888] 1- UWFUNC='0' or missing (only IDN given). No selection is applied.\n+ [ f8d0] 2- UWFUNC is a CUT or combination of valid CUTS created by the\n+ [ f910] UWFUNC=$1 means use cut $1\n+ [ f944] UWFUNC=.NOT.($1.AND.$2)\n+ [ f968] UWFUNC=($1.OR.$2).AND.$3\n+ [ f98c] 3- UWFUNC is a FORTRAN expression\n+ [ f9b0] Ex: X>3.14.AND.(Y>MNAME(4)\n+ [ fd5c] means mark bit 4 in mask MNAME for all events satisfying the condition Z<0.4\n+ [ fdac] A MASK may also be given as input to a selection expression.\n+ [ fdec] NT/PLOT 30.X MNAME(4).and.Z<0.4\n+ [ fe10] means all events satisfying bit 4 of MNAME AND Z<0.4\n+ [ fe48] It is possible to plot expressions of the original variables.\n+ [ fe88] NT/PLOT 30.SIN(X)%SQRT(Y**2+Z**2) Z<0.4\n+ [ feb4] plots a scatter-plot of variable U versus V for all events\n+ [ fef0] satisfying the condition Z<0.4. U and V are defined as being\n+ [ ff30] U=SIN(X) and V=SQRT(X**2+Y**2).\n+ [ ff50] NT/PLOT 30.func.f(X)%(SIN(Y)+3.) Z<0.2.and.TEST.FTN>6\n+ [ ff8c] satisfying the condition (Z<0.2 and the result of the COMIS\n+ [ ffc8] function test.f >6). U and V are defined as being\n+ [ fffc] U=(Result of the COMIS function func.f), V=(SIN(Y)+3.)\n+ [ 10034] The default identifier of the histogram being filled is IDH=1000000.\n+ [ 1007c] At the next invocation of this command, it will be overwritten.\n+ [ 100bc] If either NEVENT or IFIRST or NUPD are negative, then the identifier\n+ [ 10104] of the histogram being filled will be taken as IDH=-NEVENT or\n+ [ 10144] IDH=-IFIRST or IDH=-NUPD. This facility is kept for backward compatibility\n+ [ 10190] but it is strongly recommended to use the parameter IDH instead.\n+ [ 101d4] IDH may have been created with H/CREATE.\n+ [ 10200] Before filling IDH, the contents of IDH are reset if IDH already\n+ [ 10244] exists. Use NTUPLE/PROJECT to cumulate several passes into IDH.\n+ [ 10284] By default IDH value is 1000000. This means that the histogram\n+ [ 102c4] binning will be computed automatically. In particular the minimal\n+ [ 10308] and maximal value of the histogramed quantity has to be computed which\n+ [ 10350] implies to do an extra pass on the ntuple data.\n+ [ 10380] IDH not equal to 1000000 is a convenient way to force user\n+ [ 103bc] Every NUPD events, the current status of the histogram is displayed.\n+ [ 10404] Note that IFIRST and NEVENT parameters are meaningless in case of CHAINs.\n+ [ 10450] Read Ntuple values from the alphanumeric file FNAME with\n+ [ 1048c] the format specifications in FORMAT.\n+ [ 104b4] This command works for row wise Ntuple only.\n+ [ 104e4] Before executing this command, the Ntuple IDN must have been\n+ [ 10524] created with the command Ntuple/Create.\n+ [ 1054c] MATCH is used to specify a pattern string, restricting\n+ [ 10584] the Ntuple filling only to the records in the file which\n+ [ 105c0] verify the pattern. The possible patterns are:\n+ [ 105f0] /string/ match a string (starting in column 1)\n+ [ 10628] -/string/ do not match a string (starting in column 1)\n+ [ 10668] /string/(n) match a string, starting in column n\n+ [ 106a0] /string/(*) match a string, starting at any column\n+ [ 106d8] Nt/Create 4 'Test of Match' 3 ! ! Xmatch Ymatch Zmatch\n+ [ 10714] Nt/Read 4 ntmatch.dat ! ! ! -/C/(*)\n+ [ 1073c] In this macro all the lines with a C at the end are not read.\n+ [ 1077c] Selection function or cut identifier\n+ [ 107a4] Project an Ntuple onto a 1-Dim or 2-Dim histogram,\n+ [ 107d8] possibly using a selection function or predefined cuts.\n+ [ 10810] IDN may be given as IDN or IDN.X , IDN.Y%X (Y%X means variable Y\n+ [ 10854] of Ntuple IDN versus variable X).\n+ [ 10878] For more information about UWFUNC, see command NTUPLE/PLOT.\n+ [ 108b4] The histogram IDH is not reset before filling. This allows\n+ [ 108f0] several PROJECTs from different Ntuples.\n+ [ 1091c] Note that IFIRST and NEVENT parameters are not meaningful in case of CHAINs.\n+ [ 1096c] Add contents of IDN to last plotted ntuple.\n+ [ 10998] Draw the current polymarker at each channel or cell.\n+ [ 109d0] Update channels modified since last call.\n+ [ 109fc] Define a graphical cut on a one or two dimensional plot.\n+ [ 10a38] First Project and plot an Ntuple as a (1-Dim or 2-Dim) histogram\n+ [ 10a7c] algorithm. See NTUPLE/PLOT for full details on what expressions can be\n+ [ 10ac4] plotted and which options can be given.\n+ [ 10aec] Then the graphical cut is defined using the mouse.\n+ [ 10b20] Invoke the selection function UWFUNC for each event starting at event IFIRST.\n+ [ 10b70] In UWFUNC, the user can fill one or several histograms previously booked.\n+ [ 10bbc] The ntuple identifier IDN, is an integer in this command. It make no\n+ [ 10c04] sense to have an expression like 10.x.\n+ [ 10c2c] Alphanumeric output of the Ntuple.\n+ [ 10c50] Graphical scan (segments plot).\n+ [ 10c70] Used with 'S' it displays the average spider.\n+ [ 10ca0] Names of the NVARS variables to scan\n+ [ 10cc8] Scan the entries of an Ntuple subject to user cuts.\n+ [ 10cfc] Scan the variables for NEVENT events starting at IFIRST, requiring that\n+ [ 10d44] the events satisfy cut UWFUNC. In the case of Alphanumeric output\n+ [ 10d88] Up to 10 variables may be scanned, the default is to scan the first 10\n+ [ 10dd0] When the option S (Spider plot) is specified, each event is presented\n+ [ 10e18] in a graphical form (R versus PHI plot) to give a multi dimensional view of\n+ [ 10e64] the event. Each variable is represented on a separate axis with a scale\n+ [ 10eac] ranging from the minimum to the maximum value of the variable. A line joins\n+ [ 10ef8] all the current points on every axis where each point corresponds to\n+ [ 10f40] the current value of the variable. When the HCOL parameter is specified\n+ [ 10f88] (eg SET HCOL 1002) a fill area is drawn.\n+ [ 10fb4] When the additional option A is specified, a spider plot of the average\n+ [ 10ffc] value for each variable is also drawn.\n+ [ 11024] When the option S2 (Segment plot) is specified, wedges are drawn along\n+ [ 1106c] each axis instead of the line joining the points.\n+ [ 110a0] NB : a minimum of three variables in VARLIS is required for any graphical\n+ [ 110ec] VARLIS may contain a list of the original variables, expressions\n+ [ 11130] of the original variables or/and ranges of variables.\n+ [ 11168] A range can be given in the following form:\n+ [ 11194] : means all variables (default).\n+ [ 111c0] var1:var2 means from variable var1 to variable var2 included.\n+ [ 11200] var1: means from variable var1 to the last.\n+ [ 11234] :var2 means from variable 1 to variable var2\n+ [ 11268] For example, if IDN=30 has the 3 variables X,Y,Z,U,V,W one can do:\n+ [ 112ac] each event is drawn as a spider plot.\n+ [ 112dc] each event is drawn as a spider plot and the average spider\n+ [ 11320] answering 'G' with double buffer on, create a graphical\n+ [ 11360] animation of the ntuple content.\n+ [ 11388] PAW > scan 30 option=s X:Z W\n+ [ 113a8] PAW > scan 30 z>10 ! ! ! z abs(x) y+z x func.for\n+ [ 113dc] where func.for is a COMIS function returning an expression\n+ [ 11420] of the original variables. This function func.for may be\n+ [ 11460] generated automatically by the PAW command:\n+ [ 11494] To recover Ntuple ID. If the job producing the Ntuple crashed\n+ [ 114d4] or the header was not stored correctly in the file with HROUT,\n+ [ 11514] RECOVER will scan the Ntuple to rebuild the header table and\n+ [ 11554] recompute the number of entries. The file on which the Ntuple\n+ [ 11594] resides must be open in Update mode.\n+ [ 115bc] Set the Addresses of variables in common /PAWCR4,etc/.\n+ [ 115f4] Create ID2 as a Memory resident Ntuple.\n+ [ 1161c] Copy ID1 structure in ID2. Reset addresses of variables.\n+ [ 11658] The structure of Ntuple ID1 is duplicated in a new ntuple ID2.\n+ [ 11698] This command is useful when one wants to create an ntuple with the same\n+ [ 116e0] variables but only a subset of the events. NEWBUF is the buffer size\n+ [ 11728] for ID2. If NEWBUF<0 the buffer size of ID1 is taken. If NEWBUF=0 the current\n+ [ 11778] buffer size is taken (10000 words for RWNs). NEWBUF>0 will be the new\n+ [ 117c0] buffer size. If TITLE=' ' ID2 has the same title as ID1.\n+ [ 117fc] In case of a disk-resident ntuple (default), ID2 is created into the\n+ [ 11844] current working directory which must be open in WRITE mode.\n+ [ 11880] Example with a Row Wise Ntuple:\n+ [ 118a0] If (X.gt.0..Or.Y.gt.0.) call hfn(2,X)\n+ [ 118d0] Note that the statement 'include ?' allows to create automatically the include\n+ [ 11920] file (comis.inc) corresponding to the ntuple structure. The command UWFUNC\n+ [ 1196c] Example with a Column Wise Ntuple:\n+ [ 11990] Close 0 | Close all the currently opened file\n+ [ 119d8] Uwfunc //lun1/1 source.inc | generate source.inc\n+ [ 11a10] H/file 2 new.hbook ! N | Create a new hbook file\n+ [ 11a4c] Nt/Dup //lun1/1 2 | Duplicate the ntuple 1 in the ntuple 2\n+ [ 11a94] * Comis routine which Loop on all events of Id1 and select some events\n+ [ 11ae0] * to be written in the new ntuple Id2.\n+ [ 11b0c] Subroutine ntdup(Id1,Id2)\n+ [ 11b30] Include 'source.inc'\n+ [ 11b50] Call Hnoent(Id1,Noent)\n+ [ 11b74] Call Hgnt(Id1,Ievent,Ierr)\n+ [ 11b9c] If (Ierr.ne.0) Goto 20\n+ [ 11bc0] If (X.Gt.0..Or.Y.Gt.0.) Then\n+ [ 11bec] Call Hfnt(Id2)\n+ [ 11c0c] Call Ntdup(1,2) | Execute the routine Ntdup\n+ [ 11c48] Hrout 2 | Write Id2 on disk\n+ [ 11c7c] Merge HBOOK files containing histograms and/or ntuples. Ntuples are merged\n+ [ 11cc8] and histograms with the same ID are added. The INFILES are merged into a new\n+ [ 11d18] file OUTFILE. If OUTFILE already exists, it is overwritten.\n+ [ 11d54] If there are histograms in PAW memory that have same\n+ [ 11d8c] identifiers as histograms in one of the files to be merged,\n+ [ 11dc8] then the contents of the histograms in memory are added to those of\n+ [ 11e0c] the histograms in the file. This can be avoided by deleting the\n+ [ 11e4c] memory histogram (using H/DEL) before issuing the HMERGE command.\n+ [ 11e90] By default HMERGE uses the automatic record length determination\n+ [ 11ed4] to open the input files. This works for files with a record\n+ [ 11f10] length smaller or equal to 8191 words. For files with a larger\n+ [ 11f50] record length the following syntax can be use.\n+ [ 11f80] PAW > hmerge LRECL 16384 | New LRECL\n+ [ 11fbc] Next HMERGE will use LRECL = 16384\n+ [ 11fe4] PAW > hmerge out.hbook in1.hbook in2.hbook | Use the new LRECL\n+ [ 12028] To go back to the automatic record length determination mode just do:\n+ [ 12070] Next HMERGE will use the auto-record length detection\n+ [ 120ac] All the input files should have the same record length.\n+ [ 120e4] Print a summary about Ntuple IDN.\n+ [ 12108] Number of entries, variables names and limits are listed.\n+ [ 12144] List all Ntuples in the Current Directory.\n+ [ 12170] Note that the command HISTO/LIST lists all histograms and Ntuples\n+ [ 121b4] Create a Row_Wise_Ntuple. (See below how to create a Column_Wise_Ntuple).\n+ [ 12200] The Ntuple may be created either purely in memory or possibly\n+ [ 12240] using an automatic overflow to an RZ file.\n+ [ 1226c] Memory allocation works in the following way.\n+ [ 1229c] If CHRZPA = ' ', then a bank of NPRIME\n+ [ 122c4] words is created. When the space in this bank is exhausted at filling time,\n+ [ 12310] a new linear structure of length NPRIME is created and this process will be\n+ [ 1235c] repeated should the structure become exhausted.\n+ [ 1238c] If CHRZPA contains the top directory name of an already existing RZ file (as\n+ [ 123dc] declared with HISTO/FILE), then a bank of length NPRIME is also created,\n+ [ 12428] but at filling time, this bank is moved to the RZ file when full, and\n+ [ 12470] then it is overwritten by any new entries.\n+ [ 1249c] The Ntuple can be filled by calling HFN from an interactively\n+ [ 124dc] defined subroutine called by the command NTUPLE/LOOP or by NTUPLE/READ.\n+ [ 12524] The number of variables per data point is given in the parameter NVAR.\n+ [ 1256c] To create a Column_Wise_Ntuple, create a file, eg. newnt.f with:\n+ [ 125b0] * Example of a COMIS subroutine to create a Ntuple interactively.\n+ [ 125fc] * Data is read from a text input file\n+ [ 1262c] character*8 mother,in1,in2\n+ [ 12650] common/ntupc/mother,in1,in2\n+ [ 12678] open(unit=lin,file='datafile.dat',status='old')\n+ [ 126b4] call hropen(lout,'NTUPLE','New_Ntuple.hbook','N',1024,istat)\n+ [ 126fc] call hbnt(id,'New Ntuple',' ')\n+ [ 12724] call hbname(id,'ntupr',xover,'XOVER')\n+ [ 12754] call hbnamc(id,'ntupc',mother,'MOTHER:c*8,in1:c*8,in2:c*8')\n+ [ 1279c] 10 read(lin,1000,end=20,err=20)xover,mother,in1,in2\n+ [ 127d8] 1000 format(e15.7,2x,a,7x,a,7x,a)\n+ [ 12800] 20 call hrout(id,icycle,' ')\n+ [ 12824] and then call this routine via the CALL command:\n+ [ 12858] Ntuple creation and related operations.\n+ [ 12880] An Ntuple is a set of events, where for each event the value of a number of\n+ [ 128cc] variables is recorded. An Ntuple can be viewed as a table with each row\n+ [ 12914] corresponding to one event and each column corresponding to given variable.\n+ [ 12960] properties of the data in an Ntuple can normally be expressed as\n+ [ 129a4] distributions of Ntuple variables or as correlations between two or more of\n+ [ 129f0] these variables. Very often it is useful to create these distributions from\n+ [ 12a3c] a subset of the data by imposing cuts on some of the variables.\n+ [ 12a7c] available to PAW by opening a direct access file; this file, as been previously\n+ [ 12acc] with an program using HBOOK. A storage area for an Ntuple may also be created\n+ [ 12b1c] directly using NTUPLE/CREATE; data may then be stored in the allocated space\n+ [ 12b6c] using the NTUPLE/LOOP or NTUPLE/READ commands. Other commands merge Ntuples\n+ [ 12bb8] into larger Ntuples, project vector functions of the Ntuple variables into\n+ [ 12c04] histograms, and plot selected subsets of events.\n+ [ 12c38] Change the angle used by FUN/DRAW and HISTO/PLOT.\n+ [ 12c6c] Change the range used by FUN/DRAW.\n+ [ 12c90] Change the number of points to be used by FUN/DRAW\n+ [ 12cc4] and FUN/PLOT. Note that the default for NPX is 20 for 3-Dim plots\n+ [ 12d08] (FUN/DRAW) but it is 100 for 1-Dim plots (FUN/PLOT).\n+ [ 12d40] Connect channel contents by a line.\n+ [ 12d64] Plot single-valued function UFUNC between XLOW and XUP.\n+ [ 12d9c] The function UFUNC may be given in two ways:\n+ [ 12dcc] -An expression of the variable x in case of a simple function.\n+ [ 12e0c] -UFUNC is the name of a COMIS function in a text file with the\n+ [ 12e4c] name UFUNC.F or UFUNC.FOR (UNIX, VMS).\n+ [ 12e74] For example, if the file FTEST.F contains:\n+ [ 12ea0] FTEST=SIN(X)*EXP(-0.1*X)\n+ [ 12ec0] code in the file FTEST.F and draw the function for x\n+ [ 12ef8] The number of points to evaluate the function between XLOW and XUP\n+ [ 12f3c] can be changed by the command /FUN/POINTS. Only 1-Dim functions\n+ [ 12f7c] are supported. For 2-Dim use FUN2.\n+ [ 12fa0] This command create and fill a 1D histogram with the identifier 12345. If\n+ [ 12fec] this histogram already exist in memory it is deleted.\n+ [ 13024] The attributes (colour, line type, etc ..) used to draw the function are the\n+ [ 13074] histograms attributes: HCOL, HTYP etc ...\n+ [ 130a0] - If the extension \".f77\" is used (the file still having the extension \".f\")\n+ [ 130f0] the local fortran compiler is invoked.\n+ [ 13118] - If the extension \".c\" is used the local C compiler is invoked.\n+ [ 1315c] in the current ranges specified by the command:\n+ [ 1318c] RANGE XLOW XUP YLOW YUP ZLOW ZUP and with THETHA and PHI angles\n+ [ 131cc] specified by the command ANGLE THETA PHI. The number of points\n+ [ 1320c] to evaluate the function between XLOW, XUP YLOW, YUP, and ZLOW, ZUP\n+ [ 13250] can be changed by the command POINTS NPX NPY NPZ.\n+ [ 13284] - As an expression of the variables X, Y, Z in the case of a\n+ [ 132c4] PAW > FUN/DRAW X*Y*Z | equivalent to :\n+ [ 132f8] PAW > FUN/DRAW X**2+Y**2+Z**2=1\n+ [ 1331c] PAW > FUN/DRAW X**2+Y**2=1-Z**2\n+ [ 13340] - As a COMIS function in a text file (ftest.f for example)\n+ [ 1337c] FTEST=(X+0.5)**2+(Y+0.5)**2+(Z+0.5)**2-0.2\n+ [ 133ac] FTEST=(X-0.5)**2+(Y-0.5)**2+(Z-0.5)**2-0.1\n+ [ 133dc] PAW > RANGE -1 1 -1 1 -1 1 | Define the range as a cube between -1 1 in\n+ [ 13428] | the 3 directions\n+ [ 13458] PAW > POINTS 20 20 20 | FUN/DRAW will use 20 points in the 3\n+ [ 1349c] | directions\n+ [ 134c8] PAW > FUN/DRAW FTEST.FOR | Draw 2 spheres centred on (-0.5,-0.5,-0.5)\n+ [ 13514] | and (0.5,0.5,0.5) with the radius SQRT(0.2)\n+ [ 13560] | and SQRT(0.1)\n+ [ 13590] Create the histogram (don't draw).\n+ [ 135b4] Draw 2-Dim with proportional boxes.\n+ [ 135d8] Draw 2-Dim with a colour table.\n+ [ 135f8] Used with COL or SURF, it draws the colour map.\n+ [ 13628] Draw as a surface plot (angles are set via the command angle).\n+ [ 13668] Draw as a surface with colour levels\n+ [ 13690] Same as SURF1 but without cell lines.\n+ [ 136b8] Same as SURF but with the contour plot (in colour) on top.\n+ [ 136f4] Draw as a surface with Gouraud shading.\n+ [ 1371c] Draw as a lego plot (angles are set via the command angle).\n+ [ 13758] Draw lego plot with light simulation.\n+ [ 13780] Draw lego plot with colour levels.\n+ [ 137a4] Suppress the Back Box on 3D plots.\n+ [ 137c8] Suppress the Front Box on 3D plots.\n+ [ 137ec] Draw 2-Dim as a contour plot (15 levels).\n+ [ 13818] Draw 2-Dim with characters (a la HBOOK).\n+ [ 13844] Cylindrical coordinates for 3D plots.\n+ [ 1386c] Polar coordinates for 3D plots.\n+ [ 1388c] Spherical coordinates for 3D plots.\n+ [ 138b0] Pseudo-rapidity/phi coordinates for 3D plots.\n+ [ 138e0] Create a two dimensional histogram and fill\n+ [ 1390c] the bins with the values of a (two-valued) function.\n+ [ 13944] - As an expression of the variables x and y in case of a simple function.\n+ [ 13990] PAW > FUN2 10 ABS(SIN(X**2+Y**2)) 40 -2 2 40 -2 2 CONT\n+ [ 139cc] PAW > FUN2 10 FTEST.F(X,Y) 40 -2 2 40 -2 2 CONT\n+ [ 13a00] Draw error bars and current marker.\n+ [ 13a24] Draw error bars without symbols clipping.\n+ [ 13a50] Draw a filled area through the end points of the erticall error bars.\n+ [ 13a98] Draw a smoothed filled area through the end points fteverrttiiccaal erro bbars.\n+ [ 13ae8] Create a one dimensional histogram and fill the bins with the\n+ [ 13b28] values of a (single-valued) function.\n+ [ 13b50] - As an expression of the variable X in case of a simple function. Example:\n+ [ 13b9c] PAW > FUN1 10 SIN(X)/X 100 0 10\n+ [ 13bc0] - As a COMIS function in a text file (ftest.f for example). The file ftest.f\n+ [ 13c10] PAW > FUN1 10 FTEST.F(X) 100 0 10\n+ [ 13c34] Operations with Functions. Creation and plotting.\n+ [ 13c68] Use colour to distinguish contours.\n+ [ 13c8c] Use line style to distinguish contours.\n+ [ 13cb4] Line style and colour are the same for all contours.\n+ [ 13cec] The contour is drawn with filled colour levels. The levels r equuiidistant. The colour indices are taken inte currentt palete (defineed ih the command PALETTE). If tthe nmerr of levels (NLVEL)) is getr than the nnumber o enntriees inn the current palette, the paltei explore againfo thhee beeginning n oorder to reach LEEVEL.\n+ [ 13e34] Draw a contour plot from a 2-Dim histogram.\n+ [ 13e60] If PARAM is not given, contour levels are equidistant.\n+ [ 13e98] If given, the vector PARAM may contain up to 50 values.\n+ [ 13ed0] Fun2 2 x*y 40 0 1 40 0 1 ' ' | Create a 2D histogram\n+ [ 13f0c] V/Cr PAR(5) R .1 .11 .3 .31 .5 | Define the contours\n+ [ 13f48] Contour 2 5 ! PAR | Draw the non equidistant contours\n+ [ 13f90] The non equidistant contours are not implemented with the option '3'.\n+ [ 13fd8] Options LOGX and LOGY are not active on contour plots. ie:\n+ [ 14014] contour plots are always plotted with linear scales along X and Y axis.\n+ [ 1405c] Hidden line algorithm is used.\n+ [ 1407c] Hidden surface algorithm is used and each cell is filled wiha colour ccorresonding to the Z alue (or grey scle with PostSciptt). It is possible to chnete set of ccolours sd witth SETT HCOLic.L wwherre L define a paet of colourss give ytee ccoommand ATTPPLEETTE.\n+ [ 14184] Similar to option '1' except that the cell lines are not drw.. This is very sseful to draw contour plots wihcolloours if THETA=90 and PHI=0.\n+ [ 14214] Surface is drawn with a contour plot in colour on top. The otour plot iiss drawn with the colours defined with the command PALETTE.\n+ [ 14298] Surface is drawn with Gouraud shading.\n+ [ 142c0] Draw a surface plot from 2-Dim or 1-Dim histograms.\n+ [ 142f4] With this command it is possible to draw colour contour plots:\n+ [ 14334] PAW > ATT/PAL 1 3 2 3 4 | Define the palette 1 with 3 elements\n+ [ 1437c] PAW > SET HCOL 0.1 | Set the list 1 as colours for histograms\n+ [ 143c8] PAW > SET NDVZ 4 | Set the number of Z divisions to 4\n+ [ 1440c] PAW > SURF id 90 0 2 | Draw the contour\n+ [ 14440] The options 1 to 4 must be used only on selective erase devices.\n+ [ 14484] Hidden surface algorithm is used. The colour of the lego isgven by SEETT HCOL CI where CI is a colour index. For the top n h sideess of the lego the same hue is used bbuut with a differenliigght.\n+ [ 14548] Hidden surface algorithm is used. The colour of each bar chnes accorddiing to the value of Z. It is possible to change the e of collooursued with SET HCOL c.L where L ddefie a palettte ofclours givveen by the command ATT/PLEETTE.\n+ [ 14630] Draw a lego plot from 2-Dim or 1-Dim histograms.\n+ [ 14664] It is also possible to produce stacked lego plots. A stacked lego plot\n+ [ 146ac] consists of a super-imposition of several histograms, whose identifiers are\n+ [ 146f8] given in the command LEGO separated by the character '+'.\n+ [ 14734] PAW > LEGO ID1+ID2+ID3 | Maximum number of ID's is 10. The colours of\n+ [ 14780] | each IDn is given by the command ATT/PALETTE\n+ [ 147cc] PAW > SET HCOL 2 | The colour the histogram is 2 (red)\n+ [ 14810] PAW > LEGO 20 | Display a lego with lines\n+ [ 14848] PAW > LEGO 20 ! ! 1 | Display a lego with different lights\n+ [ 1488c] PAW > LEGO 20 ! ! 2 | Display a lego with colours\n+ [ 148c8] PAW > PALETTE 1 3 2 3 4 | Create the palette number 1 with 3\n+ [ 14908] | elements: 2,3\n+ [ 14934] PAW > SET HCOL 0.1 | The subsequent stack lego plots will use list 1\n+ [ 14984] PAW > LEGO 10+20+30 | Plot a stack of lego plots with lines\n+ [ 149c8] PAW > LEGO 10+20+30 ! ! 1 | Plot a stack of lego plots with light\n+ [ 14a0c] The commands OPTION BAR, SET BARW and SET BARO act on lego plots\n+ [ 14a50] The options 1 and 2 must be used only on selective erase devices.\n+ [ 14a94] The global title is plotted at the top of each picture.\n+ [ 14acc] If the option 'UTIT' is on, a user title is plotted at the otom oof each hisoggram.\n+ [ 14b20] The size and the Y position of the global title may be changed\n+ [ 14b60] by the commands SET GSIZ and SET YGTI respectively. The size and\n+ [ 14ba4] the Y position of the user title may be changed by the commands\n+ [ 14be4] SET TSIZ and SET YHTI respectively.\n+ [ 14c08] /HISTOGRAM/CREATE/TITLE_GLOBAL\n+ [ 14c28] Create a projection onto the y axis, in a band of x. Several bands can be\n+ [ 14c74] defined on the one histogram. The projection may be filled with\n+ [ 14cb4] To plot band 1 in Y of ID type:\n+ [ 14cd4] Create a projection onto the x axis, in a band of y. Several bands can be\n+ [ 14d20] To plot band 1 in X of ID type:\n+ [ 14d40] Create projections onto the y axis, in x-slices.\n+ [ 14d74] The projection may be filled with Histo/Project.\n+ [ 14da8] To plot slice 2 in Y of ID type:\n+ [ 14dcc] Create projections onto the x axis, in y-slices.\n+ [ 14e00] To plot slice 3 in X of ID type:\n+ [ 14e24] Create the projection onto the y axis.\n+ [ 14e4c] To plot projection Y of ID type:\n+ [ 14e70] Create the projection onto the x axis.\n+ [ 14e98] The projection is not filled until the Histo/Project command is executed.\n+ [ 14ee4] To plot projection X of ID type:\n+ [ 14f08] Create a two dimensional histogram.\n+ [ 14f2c] The contents are set to zero. See 1DHISTO for VALMAX.\n+ [ 14f64] The histogram titles may have the following form:\n+ [ 14f98] 'Histogram_title ; XXX ; YYY ; ZZZ'\n+ [ 14fc0] Where 'XXX', 'YYY' and 'ZZZ' are respectively the X, Y and Z axis titles.\n+ [ 1500c] Create a histogram with variable size bins.\n+ [ 15038] The low-edge of each bin is given in vector XBINS (NCX+1) values.\n+ [ 1507c] Profile histograms accumulate statistical quantities of a variable y\n+ [ 150c4] in bins of a variable x. The contents are set to zero.\n+ [ 150fc] Create a one dimensional histogram.\n+ [ 15120] If VALMAX=0, then a full word is allocated per channel, else VALMAX\n+ [ 15164] is used as the maximum bin content allowing several channels to be\n+ [ 151a8] stored into the same machine word.\n+ [ 151cc] 'Histogram_title ; XXX ; YYY'\n+ [ 151f0] Where 'XXX' and 'YYY' are respectively the X, and axis titles.\n+ [ 15230] Reset histogram ID in the global section.\n+ [ 1525c] The current directory is changed to //GNAME.\n+ [ 1528c] This command doesn't work on HPUX.\n+ [ 152b0] Change the HBOOK 'line printer' file name.\n+ [ 152dc] If FNAME=' ' then OUTPUT is appended to an already opened file on unit LUN.\n+ [ 15328] If LUN is negative, the file is closed and subsequent output\n+ [ 15368] Dump the histogram ZEBRA data structure on the terminal.\n+ [ 153a4] Only statistics (Number of entries, mean, RMS, underflow, oeflow) are pprinted.\n+ [ 153f4] Print histograms (line-printer format) on screen.\n+ [ 15428] The command OUTPUT_LP may be used to change the output file.\n+ [ 15468] Read histogram ID from file FNAME.\n+ [ 1548c] FNAME has been created by the old version of HBOOK3 (Formatted).\n+ [ 154d0] Fetch histogram ID from file FNAME.\n+ [ 154f4] FNAME has been created by the old version of HBOOK3 (Unformatted).\n+ [ 15538] Delete histogram ID in Current Directory on disk.\n+ [ 1556c] If ID='0' or '*' delete all histograms.\n+ [ 15594] To delete histograms in memory use command HISTO/DELETE.\n+ [ 155d0] Write histo/Ntuple ID from memory to current directory.\n+ [ 15608] Writes all histograms in subdirectories as well.\n+ [ 1563c] Identifier may be '0' or '*' (for all histograms).\n+ [ 15670] Read histogram/Ntuple ID from the current directory\n+ [ 156a4] on direct access file to memory.\n+ [ 156c8] An identical histogram is created but with an ID equal to that\n+ [ 15708] of the original histogram plus the offset IOFSET.\n+ [ 1573c] If ICYCLE > 1000 and ID=0 read all histograms in all subdirectories as well.\n+ [ 1578c] If IOFSET = 99999 then the contents of histogram ID on the disk file\n+ [ 157d4] are added to the current histogram in memory if it exists. For example\n+ [ 1581c] to add all histograms from FILE1 and FILE2 in memory, the sequence\n+ [ 15860] Set various parameters for command PARAM.\n+ [ 1588c] Perform a regression on contents of the 1-Dim histogram ID.\n+ [ 158c8] Find the best parameterisation in terms of elementary functions\n+ [ 15908] (regressors). See HBOOK guide HPARAM.\n+ [ 15930] Control word ISEL=1000*T +100*W +10*S +P\n+ [ 1595c] S = 1 resulting parametric fit superimposed on histogram\n+ [ 15998] P = 0 minimal output: the residual sum of squares is printed\n+ [ 159d8] 1 normal output: in addition, the problem characteristics and\n+ [ 15a1c] options are printed; also the standard deviations and\n+ [ 15a5c] confidence intervals of the coefficients.\n+ [ 15a90] 2 extensive output: the results of each iteration are printed\n+ [ 15ad4] with the normal output.\n+ [ 15af4] W = 0 weights on histogram contents are already defined via HBARX\n+ [ 15b38] or HPAKE. If not they are taken to be equal to the\n+ [ 15b74] square-root of the contents.\n+ [ 15b98] 1 weights are equal to 1.\n+ [ 15bb8] T = 0 monomial will be selected as the elementary functions\n+ [ 15bf8] 1 Chebyshev polynomials with a definition region: [-1,1]\n+ [ 15c38] 2 Legendre polynomials with a definition region: [-1,1]\n+ [ 15c78] 3 shifted Chebyshev polynomials with a definition region: [0,1]\n+ [ 15cc0] 4 Laguerre polynomials with a definition region: [0,+infinite]\n+ [ 15d04] 5 Hermite polynomials with a definition region: [-inf,+inf]\n+ [ 15d48] The FORTRAN code of the parameterisation is written onto the file\n+ [ 15d8c] Associate the function UFUNC with the histogram ID.\n+ [ 15dc0] /HISTOGRAM/OPERATIONS/FUNCTION\n+ [ 15de0] Smooth 1-Dim or 2-Dim histogram ID using B-splines.\n+ [ 15e14] If ID is a 1-Dim histogram then:\n+ [ 15e38] ISEL = 0,1 replace original histogram by smoothed.\n+ [ 15e6c] = 2 superimpose as a function when editing.\n+ [ 15ea0] If ID is a 2-Dim histogram then original contents are replaced.\n+ [ 15ee0] Histogram or Ntuple Identifier\n+ [ 15f00] Replace original histogram by smoothed.\n+ [ 15f28] Store values of smoothed function and its parameters without replacing the original histogram (but see note below) - the smoothed functio a e ddisplayed at editing time - see HISTOGRRAAM/PLOT.\n+ [ 15fec] Invoke multi-quadric smoothing (see HBOOK routine HQUAD).\n+ [ 16028] Invoke the 353QH algorithm (see HBOOK routine HSMOOF).\n+ [ 16060] Verbose (default for all except 1-D histogram).\n+ [ 16090] Do not plot the result of the fit.\n+ [ 160b4] Write Fortran77 function to HQUADF.DAT (multi-quadric only)\n+ [ 160f0] Smooth a histogram or 'simple' ntuple. ('simple' = 1, 2, or 3 variables.)\n+ [ 1613c] For multi-quadric smoothing, SENSIT controls the sensitivity to statistical\n+ [ 16188] fluctuations. SMOOTH controls the (radius of) curvature of the\n+ [ 161c8] multi-quadric basis functions.\n+ [ 161e8] 1) The multi-quadric basis functions are SQRT(R**2+D**2), where R is\n+ [ 16230] the distance from the 'centre', and D is a scale parameter and\n+ [ 16270] also the curvature at the 'centre'. 'Centres' are located at\n+ [ 162b0] points where the 2nd differential or Laplacian of event density\n+ [ 162f0] 2) The data must be statistically independent, i.e. events (weighted\n+ [ 16338] or unweighted) drawn randomly from a parent probability\n+ [ 16370] distribution or differential cross-section.\n+ [ 1639c] For spline smoothing, SENSIT and SMOOTH control the no. of knots (= 10 *\n+ [ 163e8] SENSIT) and degree of splines (= SMOOTH + 2) (thus if SENSIT and SMOOTH\n+ [ 16430] are at their default values a 10-knot cubic spline is used).\n+ [ 16470] 1) The spline option ALWAYS replaces the contents of a 2-D histogram.\n+ [ 164b8] (Also chi-squared is unavailable in this case.)\n+ [ 164e8] 2) Use the SPLINE command for more flexibility.\n+ [ 16518] By increasing channel contents.\n+ [ 16538] By decreasing channel contents.\n+ [ 16558] Sort the alphanumeric labels of the histogram ID according\n+ [ 16594] The comparison is done only on the shape of the two histograms.\n+ [ 165d4] Include also comparison of the relative normalisation of the two histogams,, in addition to comparing the shapes. PROB sten aa cobndconfidncee level taking account of bsollluuttee coteents.\n+ [ 16694] Debug printout, produces a blank line and two lines of nomtion aatt each all, inclluding the ID numbers, the number of vnsinn eeaach historaam, the PROB value, and h maximum KKolmogoov disstance between the two histograms. Fo 2-Dimhstooggraams, there are two Kolmogorov distances (e below) ff''' isspeciffied, there is a third line of outptgiving tth RB for shape alone, and for nnoormalitttion.\n [ 16820] Overflow, requests that overflow bins be taken into account.\n [ 16860] Underflow, requests that underflow bins be taken into account.\n [ 168a0] Histogram 1 has no error (is a function)\n [ 168cc] Histogram 2 has no error (is a function)\n [ 168f8] Test of compatibility for two 1-Dim histograms ID1 and ID2.\n [ 16934] A probability PROB is calculated as a number between zero and one,\n [ 16978] one indicates very similar histograms, and PROB near zero\n@@ -1632,16 +1632,16 @@\n [ 171ac] Set all options to the default values\n [ 171d4] Print all the options currently set\n [ 171f8] 1 Dim histogram printed with X characters\n [ 17224] 1 Dim histogram is printed with the contour option\n [ 17258] 1 Dim histogram is printed with a * at the Y value\n [ 1728c] Print a 2 Dim histogram as a scatter-plot\n [ 172b8] Print a 2 Dim histogram as a table\n- [ 172dc] Plot errors as the error on mean of bin in Y for prol isttooggrrams\n- [ 17320] Plot errors as the Spread of each bin in Y for profl istooggrrams\n+ [ 172dc] Plot errors as the error on mean of bin in Y for prfl isttogggrrams\n+ [ 17320] Plot errors as the Spread of each bin in Y for profl isoggggrrams\n [ 17364] Mean value and RMS computed at filling time\n [ 17390] Mean value and RMS computed from bin contents only\n [ 173c4] Errors bars printed as SQRT(contents)\n [ 173ec] Print the values of integrated contents bin by bin\n [ 17420] Do not print integrated contents\n [ 17444] 1 Dim histogram is printed in Log scale in Y\n [ 17474] 1 Dim histogram is printed in linear scale in Y\n@@ -1671,17 +1671,17 @@\n [ 17898] To select again an automatic scale, just set VMAX equal to\n [ 178d4] Replace histogram contents with values in a vector.\n [ 17908] Fill a vector from values stored in HBOOK objects.\n [ 1793c] Histogram operations and comparisons.\n [ 17964] Input/Output operations of histograms.\n [ 1798c] Creation ('booking') of HBOOK objects in memory.\n [ 179c0] Plotting of 2-Dim histograms in various formats.\n- [ 179f4] Sets weights equal to 1. Default weights taken from the square root of thecnennttss or from HPAKE/HBARX (PUT/ERRORS). I h pin iiiiss ggiven Log Likkelihood), bins with errors=0 are exclud ooff the fit.\n+ [ 179f4] Sets weights equal to 1. Default weights taken from the square root of th otennttss or from HPAKE/HBARX (PUT/ERRORS). If h ptiioonn sgvenn (Log Likelihood), bins with errors=0 aare exlded oof tee fit.\n [ 17ac0] The interactive Minuit is invoked. (see Application HMINUIT below).\n- [ 17b04] User function value is taken from /HCFITD/FITPAD(24),FITFUN. Allows to do fitting in DOUBLE PRECISION.\n+ [ 17b04] User function value is taken from /HCFITD/FITPAD(24),FITFUN. Allows to do fitting in DOUBLE PREISSION.\n [ 17b6c] Keep the settings of Application HMINUIT for a subsequent command.\n [ 17bb0] Fit a user defined (and parameter dependent) function\n [ 17be8] to a histogram ID (1-Dim or 2-Dim) in the specified range.\n [ 17c24] A) The name of a file which contains the user defined\n [ 17c5c] function to be minimised. Function name and file name\n [ 17c94] must be the same. The function must be of type REAL.\n [ 17ccc] REAL FUNCTION FUNC(X) or FUNC(X,Y) for a 2-Dim histogram\n@@ -1729,17 +1729,17 @@\n [ 1869c] computed to allow all the histograms to fit on the same plot. If 1 2 3 4 5\n [ 186e8] are five 1D histograms the following command will plot them all on the same\n [ 18734] Plot a single histogram between channels ICMIN and ICMAX.\n [ 18770] Each plotted histogram will start either a new picture or a new zone\n [ 187b8] If no parameters are given to the command, then the system waits\n [ 187fc] for two points using the graphics cursor.\n [ 18828] To quit ZOOM, click the right button of the mouse or CRTL/E.\n- [ 18868] Add contents of ID to last plotted histogram. Use pion K wwiith previous histogram if you have several zones.\n- [ 188d8] Subtract contents of ID to last plotted histogram. Ueotonn KK wwith preious histogram ifyoou have several zones.\n- [ 1894c] Draw the delta with the last plotted histogram. Us pion K wwiith previous histogram if you have several zones.\n+ [ 18868] Add contents of ID to last plotted histogram. Useoton K wwiith previous histogram if you have severalzoones.\n+ [ 188d8] Subtract contents of ID to last plotted histogram. s pionn KK wwith prvious histogram i yoou have severalzoones.\n+ [ 1894c] Draw the delta with the last plotted histogram. Ueoton KK wwiith previoss histogram if you have severalzoones.\n [ 189bc] Must be given if option 'U' or '+' is given later.\n [ 189f0] Draw only histogram (no errors or associated function).\n [ 18a28] Draw only the associated function (not the histogram).\n [ 18a60] Plot a single histogram or a 2-Dim projection.\n [ 18a90] If ID=0 or ID=* all the histograms in the current directory are plotted.\n [ 18adc] Each plotted histogram will start either a new picture or a new zone in\n [ 18b24] Histogram subranges can be specified in 2 different ways:\n"}, {"source1": "readelf --wide --decompress --hex-dump=.data.rel {}", "source2": "readelf --wide --decompress --hex-dump=.data.rel {}", "unified_diff": "@@ -327,75 +327,75 @@\n 0x00001430 00000000 00000000 00000000 00000000 ................\n 0x00001440 00000000 18130000 2f130000 00000000 ......../.......\n 0x00001450 02000000 00000000 00000000 00000000 ................\n 0x00001460 00000000 00000000 00000000 00000000 ................\n 0x00001470 00000000 00000000 01000000 70270000 ............p'..\n 0x00001480 00000000 00000000 00000000 00000000 ................\n 0x00001490 00000000 00000000 00000000 00000000 ................\n- 0x000014a0 00000000 14320000 35130000 00000000 .....2..5.......\n+ 0x000014a0 00000000 10320000 35130000 00000000 .....2..5.......\n 0x000014b0 03000000 00000000 00000000 00000000 ................\n 0x000014c0 00000000 00000000 00000000 00000000 ................\n 0x000014d0 00000000 00000000 00000000 00000000 ................\n 0x000014e0 00000000 00000000 00000000 00000000 ................\n 0x000014f0 00000000 00000000 00000000 00000000 ................\n- 0x00001500 a0140000 38320000 3b130000 00000000 ....82..;.......\n+ 0x00001500 a0140000 34320000 3b130000 00000000 ....42..;.......\n 0x00001510 03000000 00000000 00000000 00000000 ................\n 0x00001520 00000000 00000000 00000000 00000000 ................\n 0x00001530 00000000 00000000 00000000 00000000 ................\n 0x00001540 00000000 00000000 00000000 00000000 ................\n 0x00001550 00000000 00000000 00000000 00000000 ................\n- 0x00001560 00150000 5c320000 40130000 00000000 ....\\2..@.......\n+ 0x00001560 00150000 58320000 40130000 00000000 ....X2..@.......\n 0x00001570 03000000 00000000 00000000 00000000 ................\n 0x00001580 00000000 00000000 00000000 00000000 ................\n 0x00001590 00000000 00000000 00000000 00000000 ................\n 0x000015a0 00000000 00000000 00000000 00000000 ................\n 0x000015b0 00000000 00000000 00000000 00000000 ................\n- 0x000015c0 60150000 80320000 46130000 00000000 `....2..F.......\n+ 0x000015c0 60150000 7c320000 46130000 00000000 `...|2..F.......\n 0x000015d0 03000000 00000000 00000000 00000000 ................\n 0x000015e0 00000000 00000000 00000000 00000000 ................\n 0x000015f0 00000000 00000000 00000000 00000000 ................\n 0x00001600 00000000 00000000 00000000 00000000 ................\n 0x00001610 00000000 00000000 00000000 00000000 ................\n- 0x00001620 c0150000 a4320000 4c130000 00000000 .....2..L.......\n+ 0x00001620 c0150000 a0320000 4c130000 00000000 .....2..L.......\n 0x00001630 03000000 00000000 00000000 00000000 ................\n 0x00001640 00000000 00000000 00000000 00000000 ................\n 0x00001650 00000000 00000000 00000000 00000000 ................\n 0x00001660 00000000 00000000 00000000 00000000 ................\n 0x00001670 00000000 00000000 00000000 00000000 ................\n- 0x00001680 20160000 c8320000 52130000 00000000 ....2..R.......\n+ 0x00001680 20160000 c4320000 52130000 00000000 ....2..R.......\n 0x00001690 03000000 00000000 00000000 00000000 ................\n 0x000016a0 00000000 00000000 00000000 00000000 ................\n 0x000016b0 00000000 00000000 00000000 00000000 ................\n 0x000016c0 00000000 00000000 00000000 00000000 ................\n 0x000016d0 00000000 00000000 00000000 00000000 ................\n- 0x000016e0 80160000 ec320000 58130000 00000000 .....2..X.......\n+ 0x000016e0 80160000 e8320000 58130000 00000000 .....2..X.......\n 0x000016f0 03000000 00000000 00000000 00000000 ................\n 0x00001700 00000000 00000000 00000000 00000000 ................\n 0x00001710 00000000 00000000 00000000 00000000 ................\n 0x00001720 00000000 00000000 00000000 00000000 ................\n 0x00001730 00000000 00000000 00000000 00000000 ................\n- 0x00001740 e0160000 10330000 5e130000 00000000 .....3..^.......\n+ 0x00001740 e0160000 0c330000 5e130000 00000000 .....3..^.......\n 0x00001750 03000000 00000000 00000000 00000000 ................\n 0x00001760 00000000 00000000 00000000 00000000 ................\n 0x00001770 00000000 00000000 00000000 00000000 ................\n 0x00001780 00000000 00000000 00000000 00000000 ................\n 0x00001790 00000000 00000000 00000000 00000000 ................\n- 0x000017a0 40170000 34330000 64130000 00000000 @...43..d.......\n+ 0x000017a0 40170000 30330000 64130000 00000000 @...03..d.......\n 0x000017b0 03000000 00000000 00000000 00000000 ................\n 0x000017c0 00000000 00000000 00000000 00000000 ................\n 0x000017d0 00000000 00000000 00000000 00000000 ................\n 0x000017e0 00000000 00000000 00000000 00000000 ................\n 0x000017f0 00000000 00000000 00000000 00000000 ................\n- 0x00001800 a0170000 58330000 6a130000 00000000 ....X3..j.......\n+ 0x00001800 a0170000 54330000 6a130000 00000000 ....T3..j.......\n 0x00001810 03000000 00000000 00000000 00000000 ................\n 0x00001820 00000000 00000000 00000000 00000000 ................\n 0x00001830 00000000 00000000 00000000 00000000 ................\n 0x00001840 00000000 00000000 00000000 00000000 ................\n 0x00001850 00000000 00000000 00000000 00000000 ................\n- 0x00001860 00180000 7c330000 6e130000 00000000 ....|3..n.......\n+ 0x00001860 00180000 78330000 6e130000 00000000 ....x3..n.......\n 0x00001870 03000000 00000000 00000000 00000000 ................\n 0x00001880 00000000 00000000 00000000 00000000 ................\n 0x00001890 00000000 00000000 00000000 00000000 ................\n 0x000018a0 00000000 00000000 00000000 00000000 ................\n 0x000018b0 00000000 00000000 00000000 00000000 ................\n 0x000018c0 00000000 f7130000 06140000 00000000 ................\n 0x000018d0 01000000 00000000 00000000 00000000 ................\n@@ -669,15 +669,15 @@\n 0x00002990 00000000 00000000 00000000 00000000 ................\n 0x000029a0 40290000 e8290000 012a0000 00000000 @)...)...*......\n 0x000029b0 02000000 04000000 04000000 54640000 ............Td..\n 0x000029c0 00000000 00000000 00000000 00000000 ................\n 0x000029d0 00000000 00000000 17000000 80640000 .............d..\n 0x000029e0 02000000 dc640000 00000000 00000000 .....d..........\n 0x000029f0 00000000 00000000 00000000 00000000 ................\n- 0x00002a00 a0290000 ac9d0000 672a0000 00000000 .)......g*......\n+ 0x00002a00 a0290000 b89d0000 672a0000 00000000 .)......g*......\n 0x00002a10 02000000 04000000 04000000 f4650000 .............e..\n 0x00002a20 00000000 00000000 00000000 00000000 ................\n 0x00002a30 00000000 00000000 0e000000 20660000 ............ f..\n 0x00002a40 01000000 58660000 00000000 00000000 ....Xf..........\n 0x00002a50 00000000 00000000 00000000 00000000 ................\n 0x00002a60 002a0000 942a0000 b12a0000 00000000 .*...*...*......\n 0x00002a70 02000000 03000000 03000000 14670000 .............g..\n@@ -717,15 +717,15 @@\n 0x00002c90 00000000 00000000 00000000 00000000 ................\n 0x00002ca0 00000000 5b2c0000 782c0000 00000000 ....[,..x,......\n 0x00002cb0 02000000 03000000 01000000 d46e0000 .............n..\n 0x00002cc0 00000000 00000000 00000000 00000000 ................\n 0x00002cd0 00000000 00000000 27000000 e06e0000 ........'....n..\n 0x00002ce0 02000000 7c6f0000 00000000 00000000 ....|o..........\n 0x00002cf0 00000000 00000000 00000000 00000000 ................\n- 0x00002d00 a02c0000 68ad0000 e62c0000 00000000 .,..h....,......\n+ 0x00002d00 a02c0000 74ad0000 e62c0000 00000000 .,..t....,......\n 0x00002d10 02000000 04000000 01000000 f4700000 .............p..\n 0x00002d20 00000000 00000000 00000000 00000000 ................\n 0x00002d30 00000000 00000000 01000000 04710000 .............q..\n 0x00002d40 00000000 00000000 00000000 00000000 ................\n 0x00002d50 00000000 00000000 00000000 00000000 ................\n 0x00002d60 00000000 e42d0000 fb2d0000 00000000 .....-...-......\n 0x00002d70 02000000 09000000 00000000 a0730000 .............s..\n@@ -1005,15 +1005,15 @@\n 0x00003e90 00000000 00000000 00000000 00000000 ................\n 0x00003ea0 403e0000 a14d0000 ae4b0000 00000000 @>...M...K......\n 0x00003eb0 02000000 04000000 00000000 b4c40000 ................\n 0x00003ec0 01000000 00000000 00000000 00000000 ................\n 0x00003ed0 00000000 00000000 14000000 e0c40000 ................\n 0x00003ee0 01000000 30c50000 00000000 00000000 ....0...........\n 0x00003ef0 00000000 00000000 00000000 00000000 ................\n- 0x00003f00 00000000 044c0100 e34d0000 00000000 .....L...M......\n+ 0x00003f00 00000000 084c0100 e34d0000 00000000 .....L...M......\n 0x00003f10 02000000 02000000 00000000 d4c50000 ................\n 0x00003f20 00000000 00000000 00000000 00000000 ................\n 0x00003f30 00000000 00000000 05000000 dcc50000 ................\n 0x00003f40 00000000 00000000 00000000 00000000 ................\n 0x00003f50 00000000 00000000 00000000 00000000 ................\n 0x00003f60 003f0000 324e0000 494e0000 00000000 .?..2N..IN......\n 0x00003f70 02000000 03000000 03000000 b4c60000 ................\n@@ -1143,15 +1143,15 @@\n 0x00004730 00000000 00000000 00000000 00000000 ................\n 0x00004740 e0460000 c3530000 344d0000 00000000 .F...S..4M......\n 0x00004750 02000000 04000000 01000000 b4d90000 ................\n 0x00004760 00000000 00000000 00000000 00000000 ................\n 0x00004770 00000000 00000000 18000000 e0d90000 ................\n 0x00004780 04000000 40da0000 00000000 00000000 ....@...........\n 0x00004790 00000000 00000000 00000000 00000000 ................\n- 0x000047a0 40470000 bc5d0100 094d0000 00000000 @G...]...M......\n+ 0x000047a0 40470000 c05d0100 094d0000 00000000 @G...]...M......\n 0x000047b0 02000000 02000000 02000000 d4da0000 ................\n 0x000047c0 00000000 00000000 00000000 00000000 ................\n 0x000047d0 00000000 00000000 05000000 dcda0000 ................\n 0x000047e0 00000000 00000000 00000000 00000000 ................\n 0x000047f0 00000000 00000000 00000000 00000000 ................\n 0x00004800 a0470000 4e540000 6b540000 00000000 .G..NT..kT......\n 0x00004810 02000000 04000000 01000000 f4db0000 ................\n"}]}]}]}]}]}, {"source1": "libpawlib2-gfortran_2.14.04.dfsg.2-9.1_i386.deb", "source2": "libpawlib2-gfortran_2.14.04.dfsg.2-9.1_i386.deb", "unified_diff": null, "details": [{"source1": "file list", "source2": "file list", "unified_diff": "@@ -1,3 +1,3 @@\n -rw-r--r-- 0 0 0 4 2017-05-18 18:53:13.000000 debian-binary\n--rw-r--r-- 0 0 0 1252 2017-05-18 18:53:13.000000 control.tar.xz\n--rw-r--r-- 0 0 0 652484 2017-05-18 18:53:13.000000 data.tar.xz\n+-rw-r--r-- 0 0 0 1256 2017-05-18 18:53:13.000000 control.tar.xz\n+-rw-r--r-- 0 0 0 652616 2017-05-18 18:53:13.000000 data.tar.xz\n"}, {"source1": "control.tar.xz", "source2": "control.tar.xz", "unified_diff": null, "details": [{"source1": "control.tar", "source2": "control.tar", "unified_diff": null, "details": [{"source1": "./md5sums", "source2": "./md5sums", "unified_diff": null, "details": [{"source1": "./md5sums", "source2": "./md5sums", "comments": ["Files differ"], "unified_diff": null}]}]}]}, {"source1": "data.tar.xz", "source2": "data.tar.xz", "unified_diff": null, "details": [{"source1": "data.tar", "source2": "data.tar", "unified_diff": null, "details": [{"source1": "./usr/lib/i386-linux-gnu/libpawlib.so.2_gfortran.2006", "source2": "./usr/lib/i386-linux-gnu/libpawlib.so.2_gfortran.2006", "unified_diff": null, "details": [{"source1": "readelf --wide --notes {}", "source2": "readelf --wide --notes {}", "unified_diff": "@@ -1,4 +1,4 @@\n \n Displaying notes found in: .note.gnu.build-id\n Owner Data size \tDescription\n- GNU 0x00000014\tNT_GNU_BUILD_ID (unique build ID bitstring)\t Build ID: 34707021f3a9c7da84a6bf5276954ad44bdac078\n+ GNU 0x00000014\tNT_GNU_BUILD_ID (unique build ID bitstring)\t Build ID: bac5dbf4fdd34e3a5398df09a32e144dcd2f05b2\n"}, {"source1": "strings --all {}", "source2": "strings --all {}", "unified_diff": "@@ -1,8 +1,7 @@\n-4pp!\n !(\"0\n $D.C\n \"!$\"\n Q$Ai\n 2Y,q\" AD\n D\"\t \n SN|!2\t\n@@ -11735,22 +11734,22 @@\n List the directory Tree.\n /HISTOGRAM/LIST\n Reset lock.\n LRECL=8192\n /HISTOGRAM/FILE\n /HISTOGRAM\n Do the fit, plot the result and print the parameters.\n-Do not plot the result of the fit. By default the fitted ucin is ddrraawn unesss the option 'N' below is specified.\n+Do not plot the result of the fit. By default the fitted fntion is ddrrawn nless the option'N' below is spefffied.\n Superimpose plot on top of existing picture.\n-Do not store the result of the fit bin by bin with the histogram. By defautthee function sclullated at the middle of each bin and tthhee fit results stored with the histogram data structure.\n-Verbose mode. Results after each iteration are printed By ealt onnllyy final results are printed.\n-Some or all parameters are bounded. The vectors STEP,PMIN,PMAX must be speifiied. Default is: All parameters vary freely.\n+Do not store the result of the fit bin by bin with the histogram. By defal hhee function iscallculated at the middle of each bin and the i reessults stored with the itgram data ssttrructure.\n+Verbose mode. Results after each iteration are printed Bydfult onnllyy final results are printed.\n+Some or all parameters are bounded. The vectors STEP,PMIN,PMAX must be spcifiied. Default is: All parameters vary freely.\n Use Log Likelihood. Default is chisquare method.\n-The user is assumed to compute derivatives analytically using the routine DRIVV.. By default, derivatives are computed numerically.\n-Sets weights equal to 1. Default weights taken from the square root of thecnennttss or from HPAKE/HBARX (PUT/ERRORS).\n+The user is assumed to compute derivatives analytically using the routineHEIIVV.. By default, derivatives are computed numerically.\n+Sets weights equal to 1. Default weights taken from the square root of th otennttss or from HPAKE/HBARX (PUT/EROORS).\n The interactive Minuit is invoked.\n Performs a better Error evaluation (MIGRAD + HESSE + MINOS).\n FUNC is the user fitting model\n Vector of errors on parameters\n Fit a user defined function to the points defined by the two vectors X and Y\n and the vector of associated errors EY.\n See command HISTOGRAM/FIT for explanation of parameters.\n@@ -11939,26 +11938,26 @@\n Output the parameters characterising the store, followed by a\n list of all divisions and all link areas associated with the store in\n Check validity of the structural links (implies 'C')\n Check the validity of the up and origin (implies 'C')\n Errors are considered fatal and generate a call to ZFATAL\n Check the structure of one or more ZEBRA divisions.\n The verification detail depends on the settings in CHOPT.\n-Extend map entry to dump all links of each bank (otherwiseonlyy as many links as will fit on a line)\n+Extend map entry to dump all links of each bank (otherwis nllyy as many links as will fit on a line)\n Full. Dump all active banks, links and data\n-Kill. Dropped banks to be treated as active dropped bankkss are not normally dumped under D or F option)\n+Kill. Dropped banks to be treated as active (dropped banks are not normally dumped under D or F pttion)\n Dump all Link areas associated with the store\n Dump the Working space, links and data\n Dump the information in hexadecimal.\n Provides a snapshot of one or more divisions in a ZEBRA store.\n The kind of information provided is controlled by CHOPT.\n Print a survey of the structure identified by NAME, NUMBER.\n-Print the bank contents from left to right Sideways with u oteenn elements er liine.\n+Print the bank contents from left to right Sideways with pt teenn elements e lliine.\n Print the vertical (down) structure.\n-Print the bank contents from top to bottom Downwards with ieeleemmeents per line.\n+Print the bank contents from top to bottom Downwards withfv eleemmeents per line.\n Print the data part of each bank in hexadecimal format\n Display the contents of a bank or a data structure\n identified by its NAME and NUMBER.\n The output format of the data part is controlled by the internal\n or external I/O characteristic.\n ZEBRA/FZ package: sequential access Input/Output.\n ZEBRA/RZ package: direct access Input/Output.\n@@ -11986,22 +11985,22 @@\n NT/LOOP idn selection>>mask_name(k)\n If CHATT='SHOW' print default and current values for all attributes.\n If CHATT='*' restore default values for all attributes.\n Note that command SET is also calling IGSET so SET can be used\n Graphics primitives stored in ZEBRA memory only.\n Set the graphics switch to control plotting output\n to terminal (G) and/or picture in memory (Z).\n-Make a new picture in memory with name PNAME. An empty structure is created in memory and becomes the curren iiccture. If PNM = ' ', the picture is automatialy nnamed aas PCTnnn, whhere h trting value of n iiss eeiither 0 (default),, or he value asssind by SET too th parameter PPICT.\n+Make a new picture in memory with name PNAME. An empty structure is created in memory and becomes the curretpiiccture. If PNAME = ' ', the picture is atmatclly naammmeed as PICTnnn, where the starting vau of nnn iiss iher 0 (default), or the value assigned by SSEET t he ppaaramete PPICT.\n Display the picture PNAME in memory.\n-Scratch the picture PNAME from memory. If PNAME = ' ' the curnt piiccture is scratched.\n-The picture following the current picture in memory becomes h current piiccture. If the current picture is the last one in memory, the first picture in memory becomes the crent piiccture.\n-Give the list of the pictures in memory, foloing the ssequenc of thheir storage in memory.\n+Scratch the picture PNAME from memory. If PNAME = ' ' the crent piiccture is scrtcched.\n+The picture following the current picture in memory becomes the current piicture. If the current picture is the last one inmemmory, the fist picture in memory becomes thecrent ppiiccture.\n+Give the list of the pictures in memory, folwing the ssequene of thheir storage in memory.\n The First picture in memory becomes the current picture.\n Print the picture data structure. Useful to debug programs.\n-Set Current picture. All calls to HIGZ graphic functions aresored in tthe curent sttructure according to the option selecte e IGGZZSET.\n+Set Current picture. All calls to HIGZ graphic functions ar tored in tthe curent sttructure according to the option selecte e GGZZZSET.\n Perform various operations on a picture.\n PNAME=' ' means the current picture.\n Read picture into memory from a direct access picture file.\n Write the picture PNAME to a direct access picture file\n Load the picture named FILE at the position X,Y in the\n current normalisation transformation. X,Y is the top\n left corner of the picture (like in X11). FILE should\n@@ -12047,15 +12046,15 @@\n can be switched off using SET AURZ 0.\n Creation and manipulation of HIGZ pictures.\n Change the contents of a histogram channel using the cursor.\n Position the cursor to the channel to be changed, trigger graphics\n input, position the cursor to the new channel value\n (a rubber band box is used to visualise the change), trigger graphics\n Draw the current polymarker at each point\n-Sample mode is used. Allows to see the coordinates of poin eore ccllicking\n+Sample mode is used. Allows to see the coordinates of poitbfore ccllicking\n Do not print the number of points entered\n Transformation with highest priority\n Locate a set of points using the graphics cursor.\n Return corresponding coordinates in vectors X and Y.\n If vectors X or Y do not exist, they are automatically created.\n Control is returned when the point is outside picture limits\n or when the BREAK (right) mouse button is clicked (or CRTL/E).\n@@ -12121,43 +12120,43 @@\n Subdivide the picture into NX by NY zones,\n starting at zone IFIRST (count along X first).\n Note that the command ZONE doesn't define the normalisation\n transformations (see SWN, SVP and SELNT). They are define\n only when commands like H/PLOT, NULL etc .. are performed.\n X and Y axes are drawn (default).\n Every point is connected with a straight line. (default)\n-The Window/Viewport parameters are automatically computed rmthe X anndd Y vaues (defauult).\n-The values in Y are plotted in the form of a smooth curve. ASpline apprrooximation algorithm is used.\n-A fill area is drawn. If the option 'CF' is used the contour of the fill area is smooth. Tebrder of the fill area is drawni thhee coommmmand SET BORD 1 ha en typed. The fill area ttyyppe may be changed via the SET parameters FASI and FASI\n-The graph is Rotated, i.e. the values in X are used for th rinnaatte and the values in Y for the abscissa dfult is tthhee contrary).\n-A Bar chart with equidistant bins is drawn as fill areas. Cnours aree ddrawn. The baar orgnad the bar widt a beee ccontrole byy the routineSET usiingte optos BBAARROO and BARW respectively.\n+The Window/Viewport parameters are automatically computed fom the X anndd Y values (default).\n+The values in Y are plotted in the form of a smooth curve. pline apprrooxximation algorithm is used.\n+A fill area is drawn. If the option 'CF' is used the contour of the fill area is smooth. The border of the fill area is danif tthhee command SET BORD 1 has been typed. The fill area yemybe cchanged via the SET parameters FASI aannd FASI\n+The graph is Rotated, i.e. the values in X are used for teodinnaatte and the values in Y for the abscissa (efault is tthhe conraary).\n+A Bar chart with equidistant bins is drawn as fill areas. (ontours aree dran). The barr origin and the bar idth can be cconrolled by the rotine SETT sn the opttiions BARO and BARWW respecivvely.\n A star is plotted at every point.\n-A marker is plotted at every point, accordn o ccuurrent marker type and polymarker colour index.\n+A marker is plotted at every point, accorigto ccuurrent mareer type and polymarker colour index.\n Draw a curve through a set of points.\n To set Log scales in X and/or Y, use OPT LOGX/LOGY.\n Note that when an option is specified, it is also\n necessary to specify the options 'AW' or 'ALW' in order to start a new\n SET * ; OPT * | Reset the defaults\n V/CREATE Y(10) r 1 2 3 4 5 5 4 3 2 1\n V/CREATE X(11) r 1 2 4 6 8 10 15 16 20 21\n GRAPH 10 X Y 'WC*L' | Draw an 'open' graph\n SET FAIS 3 | Interior style: hatched\n SET FASI 245 | Define hatches type\n SET BORD 1 | Border requested\n NULL 0 22 0 6 | define new scales\n GRAPH 10 X Y 'CF*' | Draw an 'closed' graph\n An histogram is drawn as a contour (default).\n-The histogram is Rotated, i.e. the values in X are used fo h ordinnaatte adte values in Y for the abscissa (efault iissss th conttrary). foton R is sseelected (and oopption 'N' is not sselected), the usrmstt ggive: 2 ausffoorr YY (Y(1)=MIN aand Y(2)=YMAX) ausfrX oonnee ffor eeach bin. OOtherwise the user must give: N valusfrY, one foor each bin. 22 valueess fforX (X(1)=XMMIN and X(2)=XMAX) fopion 'NN'' iis slcted sseee below.\n-Non equidistant bins (default is equidistant). The arrays and Y must be iesoed as folllows: f option R iiss not seelleeccted (default) thengve: (N++11)values for X (limits of bins). Nvle frYY nn o ach bin. Otherwise ggive: (N+1) vaalluuees forr Y (limits of is. N valuess ffoor X, on foor each bin.\n-The area delimited by the histogram is filled according totefill aarreea interior style and the fill area tl index oorr color index. Contu snnoott drawn unlss CHHOPT='H' is also selected.\n-A Smooth curve is drawn across points at the centre of eac i of tthhee histogram.\n-A straight Line is drawn across points at the centre of eahbn of tthhee histogram.\n-A star is plotted at the center of each bin of the histogram.\n+The histogram is Rotated, i.e. the values in X are used frte ordinnaatte and the values in Y for the abscissa (defaulti h coontrary). If pin R iiss selecte (aannddd option 'N' is no eected), the user mst ggive: 2 vluess ffoorr Y (Y(1)=YMIN an Y(2)=YMAX) N value for X,, one for each bin. Otherwiset ssrrms givee:: auueess ffoorr Y,one ffor each bin. 2 valuesfor X1=MNadX2)=XMAAX) IIff option 'N'is sselleecctteedd seeeeelow.\n+Non equidistant bins (default is equidistant). The arraysX annd Y must be dimensioned as follows: If optinRiiss not selecte (ddefault) then give: (+1) vle ffffoor X (limmits of bins). ausffoorr YY,, one or ahhbn Othherie givvee: (+)vluess ffffoorr YY(limits of bbins) auess ffoorr X ne for eah bbbi..\n+The area delimited by the histogram is filled according t h fill aarreea interior style and the fill area style index or oouurr index. ontor is not ddrawn unless CCHHOPT='' is also selected.\n+A Smooth curve is drawn across points at the centre of eahbn of tthhee histogram.\n+A straight Line is drawn across points at the centre of ec in of tthhee histogram.\n+A star is plotted at the center of each bin of the hisoggram.\n Idem as '*' but with the current marker.\n-A Bar chart with equidistant bins is drawn as fill areas. Cnours aree ddrawn. The baar origin and the bar it can bee cccontrlled byy the rouine SET usiing the options BAR annd BARW respectively.\n+A Bar chart with equidistant bins is drawn as fill areas. (ontours aree dran). The barr origin and the bar idth can b oonntrolled by the routine SET using the opttiions ARO and BARW respecivvely.\n Draw an histogram defined by arrays X and Y.\n The number of components needed in vectors X and/or in Y may be\n dependent upon the value of CHOPT (see options 'R' and 'N').\n By default if the option 'N' is not given, X(1) contains the X\n minimum value and X(2) the X maximum value (the others are\n ignored as the example show it).\n Note that when an option is specified, it is also necessary to\n@@ -12225,15 +12224,15 @@\n TEXT 5 9 'Bold TEXT' .5 0. C\n X coordinate of centre of the pie\n Y coordinate of centre of the pie\n Draw a Pie Chart with default values.\n Alphanumeric labels are required.\n The label of each slice will be the corresponding numeric value in array VALUES.\n The label of each slice will be in expressed in percentage.\n-Force the labels size to be the current character height. Without this optio hhee labels size is computed automatically.\n+Force the labels size to be the current character height. Without this optinthhee labels size is computed automatcaally.\n Draw the labels aligned on the radius of each slice.\n in the current Normalisation transformation.\n SET * ; OPT * | Reset the defaults\n NULL 0 20 0 20 'AB' | Draw a frame\n LABEL 1 5 'Lab1' 'Lab2' 'Lab3' 'Lab4' 'Lab5' | define labels\n V/CRE VWS(5) R 28.3 18.6 16.9 13.5 22.7\n V/CRE OFFSET(5) R 2*0. 2*20. 0.\n@@ -12578,20 +12577,20 @@\n KEY 5 3 2 'Key 2' ! F | Key with filled box\n SET FACI 3 | Change colour for next key\n key 5 4 2 'Key 3' 2 H | Key with hatches. DX is modified\n key 5 5 2 'Key 4' ! L | Key with line type\n SET PLCI 4 | Change colour for next key\n SET CSIZ .4 | Change key size\n KEY 5 6 8 'Key 5' 1.5 W | Key with line width\n-Coordinates are expressed in histogram coordinates (of the ls ddrrawn histogram). Error bars are drawn.\n+Coordinates are expressed in histogram coordinates (of the at ddrrawn histogram). Error bars aredrrawn.\n Coordinates are expressed in centimetres.\n A new window is defined and axis are drawn.\n Draw small lines at the end of the error bars.\n Draw a filled area through the end points of the vertical error bars.\n-Draw a smoothed filled area through the end points of the vetcaall error bars.\n+Draw a smoothed filled area through the end points of the vricaall error bars.\n Turn off the symbols clipping.\n Draw (according to the CHOPT value) a series of points using\n a symbol and asymmetric error bars in horizontal and vertical\n direction in the current normalisation transformation.\n By default, the symbols are not drawn if they are on the\n edges of the plot: the option '0' allows to turn off this\n With Option 1, the size of the tick marks at the end of the error\n@@ -12726,15 +12725,15 @@\n This file contains a Fortran function which computes the new variables.\n These new variables can be visualised in PAW with for example:\n PAW > Ntuple/plot id.xtoxsi.ftn(1)\n PAW > Ntuple/plot id.xtoxsi.ftn(1)%xtoxsi.ftn(3)\n Generate the FORTRAN skeleton of a selection function.\n Present the selection function in the local editor.\n Code to print events is generated (Row Wise Ntuples only).\n-Names of the Ntuple variables are generated in DATA statements (Row Wise Nuplles only).\n+Names of the Ntuple variables are generated in DATA statements (Row Wise Nupllesonnly).\n To generate the FORTRAN skeleton of a selection function or the\n INCLUDE file with the columns declaration.\n A FORTRAN function is generated if the FNAME is of the form,\n xxx.f, xxx.for, xxx.fortran. Otherwise an INCLUDE file is generated.\n If the Row Wise Ntuple ID=30 has variable names [X,Y,Z] then:\n NTUPLE/UWFUNC 30 SELECT.FOR\n will generate the file SELECT.FOR with:\n@@ -12755,15 +12754,15 @@\n generated automatically with the name 'comis.inc'.\n It is possible to add input parameters to the SELECT function and to\n use them in the function's body.\n Comment is left adjusted to the current zone\n Comment is right adjusted to the current zone\n Comment is centred to the current zone\n Comment is drawn below the top zone line\n-All subsequent NTUPLE/PLOT commands will print the selection mechanism withh the options specified in CHOPT.\n+All subsequent NTUPLE/PLOT commands will print the selection mechanism with the options specified in CHOPT.\n To write selection mechanism as a comment on the picture.\n By default, the comment is drawn left justified above the top zone line.\n CSEL All coming NT/PLOT commands will draw a comment\n of size CSIZE=0.28cm Left justified.\n CSEL NRB 0.4 All coming NT/PLOT commands will draw a comment\n of size 0.4 cm Right justified Below the top line.\n CSEL CB Draw previous selection mechanism Centred Below\n@@ -13138,50 +13137,50 @@\n Create a two dimensional histogram and fill\n the bins with the values of a (two-valued) function.\n - As an expression of the variables x and y in case of a simple function.\n PAW > FUN2 10 ABS(SIN(X**2+Y**2)) 40 -2 2 40 -2 2 CONT\n PAW > FUN2 10 FTEST.F(X,Y) 40 -2 2 40 -2 2 CONT\n Draw error bars and current marker.\n Draw error bars without symbols clipping.\n-Draw a filled area through the end points of the vertiall error bars.\n-Draw a smoothed filled area through the end points o h errttiiccaal error bars.\n+Draw a filled area through the end points of the erticall error bars.\n+Draw a smoothed filled area through the end points fteverrttiiccaal erro bbars.\n Create a one dimensional histogram and fill the bins with the\n values of a (single-valued) function.\n - As an expression of the variable X in case of a simple function. Example:\n PAW > FUN1 10 SIN(X)/X 100 0 10\n - As a COMIS function in a text file (ftest.f for example). The file ftest.f\n PAW > FUN1 10 FTEST.F(X) 100 0 10\n Operations with Functions. Creation and plotting.\n Use colour to distinguish contours.\n Use line style to distinguish contours.\n Line style and colour are the same for all contours.\n-The contour is drawn with filled colour levels. The levels aeequuiidistant. The colour indices are taken in h currentt palet defined with thecommannd PALETTE). If thee numer of levells (LVL is greatter than the number ofetries iinnnn thecurrent pallete he palette is explore agaaiin fo tthhe beginnning in order to reach NLEVEL.\n+The contour is drawn with filled colour levels. The levels r equuiidistant. The colour indices are taken inte currentt palete (defineed ih the command PALETTE). If tthe nmerr of levels (NLVEL)) is getr than the nnumber o enntriees inn the current palette, the paltei explore againfo thhee beeginning n oorder to reach LEEVEL.\n Draw a contour plot from a 2-Dim histogram.\n If PARAM is not given, contour levels are equidistant.\n If given, the vector PARAM may contain up to 50 values.\n Fun2 2 x*y 40 0 1 40 0 1 ' ' | Create a 2D histogram\n V/Cr PAR(5) R .1 .11 .3 .31 .5 | Define the contours\n Contour 2 5 ! PAR | Draw the non equidistant contours\n The non equidistant contours are not implemented with the option '3'.\n Options LOGX and LOGY are not active on contour plots. ie:\n contour plots are always plotted with linear scales along X and Y axis.\n Hidden line algorithm is used.\n-Hidden surface algorithm is used and each cell is filled wit olour ccorreppnig too the Z value (or grey scale with PoossttScript). It is posile to change the set of colours used with SSEEET HCOL ic.L whereL define a palette of colours ie by the ccoommad ATT/PPALETTE.\n-Similar to option '1' except that the cell lines are not dran. This is veryueful to draw contour plots with oloours if TTHET=90 and PPHI=0.\n-Surface is drawn with a contour plot in colour on top. The cnour plot iiss drawn with the colours defined with the command PALETTE.\n+Hidden surface algorithm is used and each cell is filled wiha colour ccorresonding to the Z alue (or grey scle with PostSciptt). It is possible to chnete set of ccolours sd witth SETT HCOLic.L wwherre L define a paet of colourss give ytee ccoommand ATTPPLEETTE.\n+Similar to option '1' except that the cell lines are not drw.. This is very sseful to draw contour plots wihcolloours if THETA=90 and PHI=0.\n+Surface is drawn with a contour plot in colour on top. The otour plot iiss drawn with the colours defined with the command PALETTE.\n Surface is drawn with Gouraud shading.\n Draw a surface plot from 2-Dim or 1-Dim histograms.\n With this command it is possible to draw colour contour plots:\n PAW > ATT/PAL 1 3 2 3 4 | Define the palette 1 with 3 elements\n PAW > SET HCOL 0.1 | Set the list 1 as colours for histograms\n PAW > SET NDVZ 4 | Set the number of Z divisions to 4\n PAW > SURF id 90 0 2 | Draw the contour\n The options 1 to 4 must be used only on selective erase devices.\n-Hidden surface algorithm is used. The colour of the lego is ien by SEETT HCOL CI where CI is a colour index.Fr the top aanndte ssides of the lego the same hue is used but with a differentligght.\n-Hidden surface algorithm is used. The colour of each bar chags accorddiing to the value of Z. It is possible to change the stof colloours used with SET HCOL c.L where L define a palette ofclours givveen by the command ATT/PALETTE.\n+Hidden surface algorithm is used. The colour of the lego isgven by SEETT HCOL CI where CI is a colour index. For the top n h sideess of the lego the same hue is used bbuut with a differenliigght.\n+Hidden surface algorithm is used. The colour of each bar chnes accorddiing to the value of Z. It is possible to change the e of collooursued with SET HCOL c.L where L ddefie a palettte ofclours givveen by the command ATT/PLEETTE.\n Draw a lego plot from 2-Dim or 1-Dim histograms.\n It is also possible to produce stacked lego plots. A stacked lego plot\n consists of a super-imposition of several histograms, whose identifiers are\n given in the command LEGO separated by the character '+'.\n PAW > LEGO ID1+ID2+ID3 | Maximum number of ID's is 10. The colours of\n | each IDn is given by the command ATT/PALETTE\n PAW > SET HCOL 2 | The colour the histogram is 2 (red)\n@@ -13192,15 +13191,15 @@\n | elements: 2,3\n PAW > SET HCOL 0.1 | The subsequent stack lego plots will use list 1\n PAW > LEGO 10+20+30 | Plot a stack of lego plots with lines\n PAW > LEGO 10+20+30 ! ! 1 | Plot a stack of lego plots with light\n The commands OPTION BAR, SET BARW and SET BARO act on lego plots\n The options 1 and 2 must be used only on selective erase devices.\n The global title is plotted at the top of each picture.\n-If the option 'UTIT' is on, a user title is plotted at the btom oof each hisoggram.\n+If the option 'UTIT' is on, a user title is plotted at the otom oof each hisoggram.\n The size and the Y position of the global title may be changed\n by the commands SET GSIZ and SET YGTI respectively. The size and\n the Y position of the user title may be changed by the commands\n SET TSIZ and SET YHTI respectively.\n /HISTOGRAM/CREATE/TITLE_GLOBAL\n Create a projection onto the y axis, in a band of x. Several bands can be\n defined on the one histogram. The projection may be filled with\n@@ -13235,15 +13234,15 @@\n Reset histogram ID in the global section.\n The current directory is changed to //GNAME.\n This command doesn't work on HPUX.\n Change the HBOOK 'line printer' file name.\n If FNAME=' ' then OUTPUT is appended to an already opened file on unit LUN.\n If LUN is negative, the file is closed and subsequent output\n Dump the histogram ZEBRA data structure on the terminal.\n-Only statistics (Number of entries, mean, RMS, underflow, ovrlow) are pprinted.\n+Only statistics (Number of entries, mean, RMS, underflow, oeflow) are pprinted.\n Print histograms (line-printer format) on screen.\n The command OUTPUT_LP may be used to change the output file.\n Read histogram ID from file FNAME.\n FNAME has been created by the old version of HBOOK3 (Formatted).\n Fetch histogram ID from file FNAME.\n FNAME has been created by the old version of HBOOK3 (Unformatted).\n Delete histogram ID in Current Directory on disk.\n@@ -13288,15 +13287,15 @@\n Smooth 1-Dim or 2-Dim histogram ID using B-splines.\n If ID is a 1-Dim histogram then:\n ISEL = 0,1 replace original histogram by smoothed.\n = 2 superimpose as a function when editing.\n If ID is a 2-Dim histogram then original contents are replaced.\n Histogram or Ntuple Identifier\n Replace original histogram by smoothed.\n-Store values of smoothed function and its parameters without replacing the orginal histoggram (but see note below) - the smoohed function cn be displayeed at editing time - see HISTOGRAM/PLOT.\n+Store values of smoothed function and its parameters without replacing the original histogram (but see note below) - the smoothed functio a e ddisplayed at editing time - see HISTOGRRAAM/PLOT.\n Invoke multi-quadric smoothing (see HBOOK routine HQUAD).\n Invoke the 353QH algorithm (see HBOOK routine HSMOOF).\n Verbose (default for all except 1-D histogram).\n Do not plot the result of the fit.\n Write Fortran77 function to HQUADF.DAT (multi-quadric only)\n Smooth a histogram or 'simple' ntuple. ('simple' = 1, 2, or 3 variables.)\n For multi-quadric smoothing, SENSIT controls the sensitivity to statistical\n@@ -13315,16 +13314,16 @@\n 1) The spline option ALWAYS replaces the contents of a 2-D histogram.\n (Also chi-squared is unavailable in this case.)\n 2) Use the SPLINE command for more flexibility.\n By increasing channel contents.\n By decreasing channel contents.\n Sort the alphanumeric labels of the histogram ID according\n The comparison is done only on the shape of the two histograms.\n-Include also comparison of the relative normalisation of the two histograms, in addition to comparing the shapes. PRBi hnacoommmmbbiinned confidence level taking account fabsolute ccoontents.\n-Debug printout, produces a blank line and two lines of ifraion aatt each cll, inclludigteI umbers, the number oof evets in eeach hhistogram thee PRO au,adte maximum Kolmogooorrrrooov distance betweeen the two histogrm. For 2-DDiimm hitgrams, thheere are two Kolmogorov distances (e eow). IIffff 'N' s specifieed, there is a third line of outpu iig tthhe PROOB for shape alone, and for normalisation.\n+Include also comparison of the relative normalisation of the two histogams,, in addition to comparing the shapes. PROB sten aa cobndconfidncee level taking account of bsollluuttee coteents.\n+Debug printout, produces a blank line and two lines of nomtion aatt each all, inclluding the ID numbers, the number of vnsinn eeaach historaam, the PROB value, and h maximum KKolmogoov disstance between the two histograms. Fo 2-Dimhstooggraams, there are two Kolmogorov distances (e below) ff''' isspeciffied, there is a third line of outptgiving tth RB for shape alone, and for nnoormalitttion.\n Overflow, requests that overflow bins be taken into account.\n Underflow, requests that underflow bins be taken into account.\n Histogram 1 has no error (is a function)\n Histogram 2 has no error (is a function)\n Test of compatibility for two 1-Dim histograms ID1 and ID2.\n A probability PROB is calculated as a number between zero and one,\n one indicates very similar histograms, and PROB near zero\n@@ -13369,16 +13368,16 @@\n Set all options to the default values\n Print all the options currently set\n 1 Dim histogram printed with X characters\n 1 Dim histogram is printed with the contour option\n 1 Dim histogram is printed with a * at the Y value\n Print a 2 Dim histogram as a scatter-plot\n Print a 2 Dim histogram as a table\n-Plot errors as the error on mean of bin in Y for prol isttooggrrams\n-Plot errors as the Spread of each bin in Y for profl istooggrrams\n+Plot errors as the error on mean of bin in Y for prfl isttogggrrams\n+Plot errors as the Spread of each bin in Y for profl isoggggrrams\n Mean value and RMS computed at filling time\n Mean value and RMS computed from bin contents only\n Errors bars printed as SQRT(contents)\n Print the values of integrated contents bin by bin\n Do not print integrated contents\n 1 Dim histogram is printed in Log scale in Y\n 1 Dim histogram is printed in linear scale in Y\n@@ -13408,17 +13407,17 @@\n To select again an automatic scale, just set VMAX equal to\n Replace histogram contents with values in a vector.\n Fill a vector from values stored in HBOOK objects.\n Histogram operations and comparisons.\n Input/Output operations of histograms.\n Creation ('booking') of HBOOK objects in memory.\n Plotting of 2-Dim histograms in various formats.\n-Sets weights equal to 1. Default weights taken from the square root of thecnennttss or from HPAKE/HBARX (PUT/ERRORS). I h pin iiiiss ggiven Log Likkelihood), bins with errors=0 are exclud ooff the fit.\n+Sets weights equal to 1. Default weights taken from the square root of th otennttss or from HPAKE/HBARX (PUT/ERRORS). If h ptiioonn sgvenn (Log Likelihood), bins with errors=0 aare exlded oof tee fit.\n The interactive Minuit is invoked. (see Application HMINUIT below).\n-User function value is taken from /HCFITD/FITPAD(24),FITFUN. Allows to do fitting in DOUBLE PRECISION.\n+User function value is taken from /HCFITD/FITPAD(24),FITFUN. Allows to do fitting in DOUBLE PREISSION.\n Keep the settings of Application HMINUIT for a subsequent command.\n Fit a user defined (and parameter dependent) function\n to a histogram ID (1-Dim or 2-Dim) in the specified range.\n A) The name of a file which contains the user defined\n function to be minimised. Function name and file name\n must be the same. The function must be of type REAL.\n REAL FUNCTION FUNC(X) or FUNC(X,Y) for a 2-Dim histogram\n@@ -13466,17 +13465,17 @@\n computed to allow all the histograms to fit on the same plot. If 1 2 3 4 5\n are five 1D histograms the following command will plot them all on the same\n Plot a single histogram between channels ICMIN and ICMAX.\n Each plotted histogram will start either a new picture or a new zone\n If no parameters are given to the command, then the system waits\n for two points using the graphics cursor.\n To quit ZOOM, click the right button of the mouse or CRTL/E.\n-Add contents of ID to last plotted histogram. Use pion K wwiith previous histogram if you have several zones.\n-Subtract contents of ID to last plotted histogram. Ueotonn KK wwith preious histogram ifyoou have several zones.\n-Draw the delta with the last plotted histogram. Us pion K wwiith previous histogram if you have several zones.\n+Add contents of ID to last plotted histogram. Useoton K wwiith previous histogram if you have severalzoones.\n+Subtract contents of ID to last plotted histogram. s pionn KK wwith prvious histogram i yoou have severalzoones.\n+Draw the delta with the last plotted histogram. Ueoton KK wwiith previoss histogram if you have severalzoones.\n Must be given if option 'U' or '+' is given later.\n Draw only histogram (no errors or associated function).\n Draw only the associated function (not the histogram).\n Plot a single histogram or a 2-Dim projection.\n If ID=0 or ID=* all the histograms in the current directory are plotted.\n Each plotted histogram will start either a new picture or a new zone in\n Histogram subranges can be specified in 2 different ways:\n@@ -18376,15 +18375,15 @@\n VALUE IS UNDEFINED SCALAR VALUE EXPECTED.IT IS NOT. TOO MANY OR TOO LARGE ARRAYS - OVERFLOW NOT ENOUGH SPACE AVAILABLE TOO MANY ARRAYS OR PROGRAMS (OVERFLOW) INTERNAL SIGMA ERROR OPERATOR NOT YET IMPLEMENTED PROTECTED NAME DEPROTECT BEFORE CHANGE UNDEFINED NAME OR SYSTEM FUNCTION NAME INCORRECT BOOLEAN VALUE(NOT ZERO OR ONE)GIVE THE SAME SHAPE TO BOTH ARGUMENTS ILLEGAL OPERATOR INCORRECT DATA TYPE GOTO MUST HAVE SCALAR OR CONST ARGUMENT STORING STRING INTO NUMBER OR VICE VERSANOT ENOUGH OR TOO MANY ARGUMENTS USE GLOBAL IN SUBPROGRAMS ONLY MISSING INDEX MEANINGLESS IN THIS OP Zero length string-not allowed in SIGMA NOT ENOUGH SPACE AVAILABLE DROP LIST NO MATCH NCO(NCO(FIRST ARG)) DROP OR PROJ ON NON-EXISTENT COMPONENTS ONE INDEX DROPPED MORE THAN ONCE ALL SUBSCRIPTS OF ONE DIMENSION DROPPED TOO MANY ITEMS IN SUBSCRIPT LIST SUBSCRIPT LIST ITEM MULTIDIMENSIONAL THE SECOND ARG OF HIST MUST BE AN ARRAY DROP ARG2, ... MUST BE ONE-DIMENSIONAL \n IS NOT DEFINED FOR COMPLEX ARGUMENTS OPERATOR UNDEFINED FOR COMPLEX ARGUMENT - - FIRST ARGUMENT SHOULD NOT BE MISSING SECOND ARGUMENT SHOULD NOT BE MISSING NCO(RESULT) NOT ROUNDABLE TO +VE INTEGER2-ND ARG CAN SET NO MORE THAN 50 NUMBERSRESULT NCO INCOMPATIBLE WITH NCO OF ARG \n DISABLED COMMAND NOT ENOUGH OR TOO MANY ARGUMENTS - - CANNOT BE PRINTED SYS FUNCTION NEEDS A NUMERICAL ARGUMENT - - \n MATRIX IS SINGULAR OR ALMOST SINGULAR NO CONVERGENCE IN EIGVAL OR EIGVEC MATRIX NOT SQUARE INV DET EIGVAL EIGVEC MULT IS TWO ARG LIBRARY FUNCTION AT CERNSTEPSIZE OF QUADRATURE MUST BE A SCALAR PROGRAMS CANNOT BE INTEGRATED QUADRATURE NEEDS ROWLENGHT OF 5 OR MORE ONE ARGUMENT IS A PROGRAM NAME \n NO MATCH IN DIMENSIONS INCORRECT NCO VECTOR INCORRECT NUMBER OF SUBSCRIPTS SUBSCRIPT OUT OF RANGE ON INDEXING ARRAY EXPECTED.IT IS NOT. ENDS OF RANGE MUST BE SCALAR SUBSCRIPT MUST BE A NUMERICAL ITEM CALLED WITH INCOMPATIBLE ARGUMENTS INCOMPATIBLE ARG IN GENERALIZED ARITH \n TRACE OR DIAG ARG 2,..MUST HAVE DIM LE 1MAX NUMBER OF DIMENSIONS MUST BE LE 10 UNMATCHED COMPONENTS IN TRACE OR DIAG TP ARG2 MAPPING NOT COMPLETELY DEFINED TRACE OR DIAG OVER NON-EXISTENT DIM TP ARG2 NOT A VECTOR OF FIRST N INTEGERSLS ARG2 MUST HAVE ROWLENGTH ONE A SINGLE NUMBER CANNOT BE SORTED A PROGRAM CANNOT BE SORTED \n ACOS ASIN TAN SINH COSH ERF ERFC FREQ DILOG GAMMA ELLICK ELLICE BESJ0 BESJ1 BESY0 BESY1 BESI0 BESI1 BESK0 BESK1 EBESI0 EBESI1 EBESK0 EBESK1 SININT COSINT EXPINT DAWSON ALOGAM RNDM CGAMMA CDIGAM CLOGAM CWERF ADIGAM ASINH ATANI ATG FRSIN FRCOS GAMMF GAUSIN RANGAM STRH0 STRH1 \n-707021f3a9c7da84a6bf5276954ad44bdac078.debug\n+c5dbf4fdd34e3a5398df09a32e144dcd2f05b2.debug\n .shstrtab\n .note.gnu.build-id\n .gnu.hash\n .dynsym\n .dynstr\n .gnu.version\n .gnu.version_r\n"}, {"source1": "objdump --line-numbers --disassemble --demangle --reloc --no-show-raw-insn --section=.text {}", "source2": "objdump --line-numbers --disassemble --demangle --reloc --no-show-raw-insn --section=.text {}", "unified_diff": "@@ -180387,67 +180387,67 @@\n 000b65b0 :\n hisdef_():\n /build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:302\n \tpush %ebx\n \tcall 2e670 \n \tadd $0x139a4a,%ebx\n \tsub $0x10,%esp\n-/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2265\n+/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2266\n \tpush $0xe801f\n \tlea 0x163c0(%ebx),%eax\n \tpush %eax\n \tcall 2c500 \n-/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2266\n+/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2267\n \tadd $0x18,%esp\n \tpop %ebx\n \tret \n \tlea 0x0(%esi,%eiz,1),%esi\n \tlea 0x0(%esi,%eiz,1),%esi\n \n 000b65e0 :\n fundef_():\n-/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2288\n+/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2289\n \tpush %ebx\n \tcall 2e670 \n \tadd $0x139a1a,%ebx\n \tsub $0x10,%esp\n-/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2624\n+/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2625\n \tpush $0xe801f\n \tlea 0x12040(%ebx),%eax\n \tpush %eax\n \tcall 2c500 \n-/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2625\n+/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2626\n \tadd $0x18,%esp\n \tpop %ebx\n \tret \n \tlea 0x0(%esi,%eiz,1),%esi\n \tlea 0x0(%esi,%eiz,1),%esi\n \n 000b6610 :\n ntudef_():\n-/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2683\n+/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:2684\n \tpush %ebx\n \tcall 2e670 \n \tadd $0x1399ea,%ebx\n \tsub $0x10,%esp\n-/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:3748\n+/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:3749\n \tpush $0xe801f\n \tlea 0x11260(%ebx),%eax\n \tpush %eax\n \tcall 2c500 \n-/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:3749\n+/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:3750\n \tadd $0x18,%esp\n \tpop %ebx\n \tret \n \tlea 0x0(%esi,%eiz,1),%esi\n \tlea 0x0(%esi,%eiz,1),%esi\n \n 000b6640 :\n gradef_():\n-/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:3795\n+/build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:3796\n \tpush %ebx\n \tcall 2e670 \n \tadd $0x1399ba,%ebx\n \tsub $0x10,%esp\n /build/paw-2.14.04.dfsg.2/build/pawlib/paw/cdf/pawcdf.c:6322\n \tpush $0xe801f\n \tlea 0xecc0(%ebx),%eax\n"}, {"source1": "readelf --wide --decompress --hex-dump=.rodata {}", "source2": "readelf --wide --decompress --hex-dump=.rodata {}", "unified_diff": "@@ -4630,66 +4630,66 @@\n 0x00187130 446f2074 68652066 69742c20 706c6f74 Do the fit, plot\n 0x00187140 20746865 20726573 756c7420 616e6420 the result and \n 0x00187150 7072696e 74207468 65207061 72616d65 print the parame\n 0x00187160 74657273 2e000000 446f206e 6f742070 ters....Do not p\n 0x00187170 6c6f7420 74686520 72657375 6c74206f lot the result o\n 0x00187180 66207468 65206669 742e2042 79206465 f the fit. By de\n 0x00187190 6661756c 74207468 65206669 74746564 fault the fitted\n- 0x001871a0 20756369 6e206973 20646472 72616177 ucin is ddrraaw\n- 0x001871b0 6e20756e 65737373 20746865 206f7074 n unesss the opt\n- 0x001871c0 696f6e20 274e2720 62656c6f 77206973 ion 'N' below is\n- 0x001871d0 20737065 63696669 65642e00 53757065 specified..Supe\n+ 0x001871a0 20666e74 696f6e20 69732064 64727261 fntion is ddrra\n+ 0x001871b0 776e206e 6c657373 20746865 206f7074 wn nless the opt\n+ 0x001871c0 696f6e27 4e272062 656c6f77 20697320 ion'N' below is \n+ 0x001871d0 73706566 66666965 642e0000 53757065 spefffied...Supe\n 0x001871e0 72696d70 6f736520 706c6f74 206f6e20 rimpose plot on \n 0x001871f0 746f7020 6f662065 78697374 696e6720 top of existing \n 0x00187200 70696374 7572652e 00000000 446f206e picture.....Do n\n 0x00187210 6f742073 746f7265 20746865 20726573 ot store the res\n 0x00187220 756c7420 6f662074 68652066 69742062 ult of the fit b\n 0x00187230 696e2062 79206269 6e207769 74682074 in by bin with t\n 0x00187240 68652068 6973746f 6772616d 2e204279 he histogram. By\n- 0x00187250 20646566 61757474 68656520 66756e63 defautthee func\n- 0x00187260 74696f6e 2073636c 756c6c61 74656420 tion sclullated \n- 0x00187270 61742074 6865206d 6964646c 65206f66 at the middle of\n- 0x00187280 20656163 68206269 6e20616e 64207474 each bin and tt\n- 0x00187290 68686565 20666974 20726573 756c7473 hhee fit results\n+ 0x00187250 20646566 616c2068 68656520 66756e63 defal hhee func\n+ 0x00187260 74696f6e 20697363 616c6c63 756c6174 tion iscallculat\n+ 0x00187270 65642061 74207468 65206d69 64646c65 ed at the middle\n+ 0x00187280 206f6620 65616368 2062696e 20616e64 of each bin and\n+ 0x00187290 20746865 20692072 65657373 756c7473 the i reessults\n 0x001872a0 2073746f 72656420 77697468 20746865 stored with the\n- 0x001872b0 20686973 746f6772 616d2064 61746120 histogram data \n- 0x001872c0 73747275 63747572 652e0000 56657262 structure...Verb\n+ 0x001872b0 20697467 72616d20 64617461 20737374 itgram data sst\n+ 0x001872c0 74727275 63747572 652e0000 56657262 trructure...Verb\n 0x001872d0 6f736520 6d6f6465 2e205265 73756c74 ose mode. Result\n 0x001872e0 73206166 74657220 65616368 20697465 s after each ite\n 0x001872f0 72617469 6f6e2061 72652070 72696e74 ration are print\n- 0x00187300 65642042 79206561 6c74206f 6e6e6c6c ed By ealt onnll\n+ 0x00187300 65642042 79646675 6c74206f 6e6e6c6c ed Bydfult onnll\n 0x00187310 79792066 696e616c 20726573 756c7473 yy final results\n 0x00187320 20617265 20707269 6e746564 2e000000 are printed....\n 0x00187330 536f6d65 206f7220 616c6c20 70617261 Some or all para\n 0x00187340 6d657465 72732061 72652062 6f756e64 meters are bound\n 0x00187350 65642e20 54686520 76656374 6f727320 ed. The vectors \n 0x00187360 53544550 2c504d49 4e2c504d 4158206d STEP,PMIN,PMAX m\n- 0x00187370 75737420 62652073 70656966 69696564 ust be speifiied\n+ 0x00187370 75737420 62652073 70636966 69696564 ust be spcifiied\n 0x00187380 2e204465 6661756c 74206973 3a20416c . Default is: Al\n 0x00187390 6c207061 72616d65 74657273 20766172 l parameters var\n 0x001873a0 79206672 65656c79 2e000000 55736520 y freely....Use \n 0x001873b0 4c6f6720 4c696b65 6c69686f 6f642e20 Log Likelihood. \n 0x001873c0 44656661 756c7420 69732063 68697371 Default is chisq\n 0x001873d0 75617265 206d6574 686f642e 00000000 uare method.....\n 0x001873e0 54686520 75736572 20697320 61737375 The user is assu\n 0x001873f0 6d656420 746f2063 6f6d7075 74652064 med to compute d\n 0x00187400 65726976 61746976 65732061 6e616c79 erivatives analy\n 0x00187410 74696361 6c6c7920 7573696e 67207468 tically using th\n- 0x00187420 6520726f 7574696e 65204452 4956562e e routine DRIVV.\n+ 0x00187420 6520726f 7574696e 65484549 4956562e e routineHEIIVV.\n 0x00187430 2e204279 20646566 61756c74 2c206465 . By default, de\n 0x00187440 72697661 74697665 73206172 6520636f rivatives are co\n 0x00187450 6d707574 6564206e 756d6572 6963616c mputed numerical\n 0x00187460 6c792e00 53657473 20776569 67687473 ly..Sets weights\n 0x00187470 20657175 616c2074 6f20312e 20446566 equal to 1. Def\n 0x00187480 61756c74 20776569 67687473 2074616b ault weights tak\n 0x00187490 656e2066 726f6d20 74686520 73717561 en from the squa\n- 0x001874a0 72652072 6f6f7420 6f662074 6865636e re root of thecn\n+ 0x001874a0 72652072 6f6f7420 6f662074 68206f74 re root of th ot\n 0x001874b0 656e6e74 74737320 6f722066 726f6d20 ennttss or from \n 0x001874c0 4850414b 452f4842 41525820 28505554 HPAKE/HBARX (PUT\n- 0x001874d0 2f455252 4f525329 2e000000 54686520 /ERRORS)....The \n+ 0x001874d0 2f45524f 4f525329 2e000000 54686520 /EROORS)....The \n 0x001874e0 696e7465 72616374 69766520 4d696e75 interactive Minu\n 0x001874f0 69742069 7320696e 766f6b65 642e0000 it is invoked...\n 0x00187500 50657266 6f726d73 20612062 65747465 Performs a bette\n 0x00187510 72204572 726f7220 6576616c 75617469 r Error evaluati\n 0x00187520 6f6e2028 4d494752 4144202b 20484553 on (MIGRAD + HES\n 0x00187530 5345202b 204d494e 4f53292e 00000000 SE + MINOS).....\n 0x00187540 46554e43 20697320 74686520 75736572 FUNC is the user\n@@ -5354,220 +5354,220 @@\n 0x00189e70 6e732e00 54686520 76657269 66696361 ns..The verifica\n 0x00189e80 74696f6e 20646574 61696c20 64657065 tion detail depe\n 0x00189e90 6e647320 6f6e2074 68652073 65747469 nds on the setti\n 0x00189ea0 6e677320 696e2043 484f5054 2e000000 ngs in CHOPT....\n 0x00189eb0 45787465 6e64206d 61702065 6e747279 Extend map entry\n 0x00189ec0 20746f20 64756d70 20616c6c 206c696e to dump all lin\n 0x00189ed0 6b73206f 66206561 63682062 616e6b20 ks of each bank \n- 0x00189ee0 286f7468 65727769 73656f6e 6c797920 (otherwiseonlyy \n+ 0x00189ee0 286f7468 65727769 73206e6c 6c797920 (otherwis nllyy \n 0x00189ef0 6173206d 616e7920 6c696e6b 73206173 as many links as\n 0x00189f00 2077696c 6c206669 74206f6e 2061206c will fit on a l\n 0x00189f10 696e6529 00000000 46756c6c 2e204475 ine)....Full. Du\n 0x00189f20 6d702061 6c6c2061 63746976 65206261 mp all active ba\n 0x00189f30 6e6b732c 206c696e 6b732061 6e642064 nks, links and d\n 0x00189f40 61746100 4b696c6c 2e204472 6f707065 ata.Kill. Droppe\n 0x00189f50 64206261 6e6b7320 746f2062 65207472 d banks to be tr\n 0x00189f60 65617465 64206173 20616374 69766520 eated as active \n- 0x00189f70 64726f70 70656420 62616e6b 6b737320 dropped bankkss \n- 0x00189f80 61726520 6e6f7420 6e6f726d 616c6c79 are not normally\n- 0x00189f90 2064756d 70656420 756e6465 72204420 dumped under D \n- 0x00189fa0 6f722046 206f7074 696f6e29 00000000 or F option)....\n- 0x00189fb0 44756d70 20616c6c 204c696e 6b206172 Dump all Link ar\n- 0x00189fc0 65617320 6173736f 63696174 65642077 eas associated w\n- 0x00189fd0 69746820 74686520 73746f72 65000000 ith the store...\n- 0x00189fe0 44756d70 20746865 20576f72 6b696e67 Dump the Working\n- 0x00189ff0 20737061 63652c20 6c696e6b 7320616e space, links an\n- 0x0018a000 64206461 74610000 44756d70 20746865 d data..Dump the\n- 0x0018a010 20696e66 6f726d61 74696f6e 20696e20 information in \n- 0x0018a020 68657861 64656369 6d616c2e 00000000 hexadecimal.....\n- 0x0018a030 50726f76 69646573 20612073 6e617073 Provides a snaps\n- 0x0018a040 686f7420 6f66206f 6e65206f 72206d6f hot of one or mo\n- 0x0018a050 72652064 69766973 696f6e73 20696e20 re divisions in \n- 0x0018a060 61205a45 42524120 73746f72 652e0000 a ZEBRA store...\n- 0x0018a070 54686520 6b696e64 206f6620 696e666f The kind of info\n- 0x0018a080 726d6174 696f6e20 70726f76 69646564 rmation provided\n- 0x0018a090 20697320 636f6e74 726f6c6c 65642062 is controlled b\n- 0x0018a0a0 79204348 4f50542e 00000000 5072696e y CHOPT.....Prin\n- 0x0018a0b0 74206120 73757276 6579206f 66207468 t a survey of th\n- 0x0018a0c0 65207374 72756374 75726520 6964656e e structure iden\n- 0x0018a0d0 74696669 65642062 79204e41 4d452c20 tified by NAME, \n- 0x0018a0e0 4e554d42 45522e00 5072696e 74207468 NUMBER..Print th\n- 0x0018a0f0 65206261 6e6b2063 6f6e7465 6e747320 e bank contents \n- 0x0018a100 66726f6d 206c6566 7420746f 20726967 from left to rig\n- 0x0018a110 68742053 69646577 61797320 77697468 ht Sideways with\n- 0x0018a120 2075206f 7465656e 6e20656c 656d656e u oteenn elemen\n- 0x0018a130 74732065 72206c69 696e652e 00000000 ts er liine.....\n- 0x0018a140 5072696e 74207468 65207665 72746963 Print the vertic\n- 0x0018a150 616c2028 646f776e 29207374 72756374 al (down) struct\n- 0x0018a160 7572652e 00000000 5072696e 74207468 ure.....Print th\n- 0x0018a170 65206261 6e6b2063 6f6e7465 6e747320 e bank contents \n- 0x0018a180 66726f6d 20746f70 20746f20 626f7474 from top to bott\n- 0x0018a190 6f6d2044 6f776e77 61726473 20776974 om Downwards wit\n- 0x0018a1a0 68206965 656c6565 6d6d6565 6e747320 h ieeleemmeents \n- 0x0018a1b0 70657220 6c696e65 2e000000 5072696e per line....Prin\n- 0x0018a1c0 74207468 65206461 74612070 61727420 t the data part \n- 0x0018a1d0 6f662065 61636820 62616e6b 20696e20 of each bank in \n- 0x0018a1e0 68657861 64656369 6d616c20 666f726d hexadecimal form\n- 0x0018a1f0 61740000 44697370 6c617920 74686520 at..Display the \n- 0x0018a200 636f6e74 656e7473 206f6620 61206261 contents of a ba\n- 0x0018a210 6e6b206f 72206120 64617461 20737472 nk or a data str\n- 0x0018a220 75637475 72650000 6964656e 74696669 ucture..identifi\n- 0x0018a230 65642062 79206974 73204e41 4d452061 ed by its NAME a\n- 0x0018a240 6e64204e 554d4245 522e0000 54686520 nd NUMBER...The \n- 0x0018a250 6f757470 75742066 6f726d61 74206f66 output format of\n- 0x0018a260 20746865 20646174 61207061 72742069 the data part i\n- 0x0018a270 7320636f 6e74726f 6c6c6564 20627920 s controlled by \n- 0x0018a280 74686520 696e7465 726e616c 00000000 the internal....\n- 0x0018a290 6f722065 78746572 6e616c20 492f4f20 or external I/O \n- 0x0018a2a0 63686172 61637465 72697374 69632e00 characteristic..\n- 0x0018a2b0 5a454252 412f465a 20706163 6b616765 ZEBRA/FZ package\n- 0x0018a2c0 3a207365 7175656e 7469616c 20616363 : sequential acc\n- 0x0018a2d0 65737320 496e7075 742f4f75 74707574 ess Input/Output\n- 0x0018a2e0 2e000000 5a454252 412f525a 20706163 ....ZEBRA/RZ pac\n- 0x0018a2f0 6b616765 3a206469 72656374 20616363 kage: direct acc\n- 0x0018a300 65737320 496e7075 742f4f75 74707574 ess Input/Output\n- 0x0018a310 2e000000 496e7465 72666163 65732074 ....Interfaces t\n- 0x0018a320 6f207468 65205a45 42524120 525a2c20 o the ZEBRA RZ, \n- 0x0018a330 465a2061 6e642044 5a207061 636b6167 FZ and DZ packag\n- 0x0018a340 65732e00 2f4f4253 4f4c4554 452f4752 es../OBSOLETE/GR\n- 0x0018a350 41504849 43532f41 54545249 42555445 APHICS/ATTRIBUTE\n- 0x0018a360 532f534c 57534300 2f4f4253 4f4c4554 S/SLWSC./OBSOLET\n- 0x0018a370 452f4752 41504849 43532f41 54545249 E/GRAPHICS/ATTRI\n- 0x0018a380 42555445 532f5343 48480000 2f4f4253 BUTES/SCHH../OBS\n- 0x0018a390 4f4c4554 452f4752 41504849 43532f41 OLETE/GRAPHICS/A\n- 0x0018a3a0 54545249 42555445 532f5354 58465000 TTRIBUTES/STXFP.\n- 0x0018a3b0 2f4f4253 4f4c4554 452f4752 41504849 /OBSOLETE/GRAPHI\n- 0x0018a3c0 43532f41 54545249 42555445 532f5354 CS/ATTRIBUTES/ST\n- 0x0018a3d0 58434900 2f4f4253 4f4c4554 452f4752 XCI./OBSOLETE/GR\n- 0x0018a3e0 41504849 43532f41 54545249 42555445 APHICS/ATTRIBUTE\n- 0x0018a3f0 532f5350 4d434900 2f4f4253 4f4c4554 S/SPMCI./OBSOLET\n- 0x0018a400 452f4752 41504849 43532f41 54545249 E/GRAPHICS/ATTRI\n- 0x0018a410 42555445 532f5350 4c434900 2f4f4253 BUTES/SPLCI./OBS\n- 0x0018a420 4f4c4554 452f4752 41504849 43532f41 OLETE/GRAPHICS/A\n- 0x0018a430 54545249 42555445 532f5346 41434900 TTRIBUTES/SFACI.\n- 0x0018a440 2f4f4253 4f4c4554 452f4752 41504849 /OBSOLETE/GRAPHI\n- 0x0018a450 43532f41 54545249 42555445 532f5346 CS/ATTRIBUTES/SF\n- 0x0018a460 41534900 2f4f4253 4f4c4554 452f4752 ASI./OBSOLETE/GR\n- 0x0018a470 41504849 43532f41 54545249 42555445 APHICS/ATTRIBUTE\n- 0x0018a480 532f5346 41495300 2f4f4253 4f4c4554 S/SFAIS./OBSOLET\n- 0x0018a490 452f4752 41504849 43532f41 54545249 E/GRAPHICS/ATTRI\n- 0x0018a4a0 42555445 532f534c 4e000000 2f4f4253 BUTES/SLN.../OBS\n- 0x0018a4b0 4f4c4554 452f4752 41504849 43532f41 OLETE/GRAPHICS/A\n- 0x0018a4c0 54545249 42555445 532f534d 4b000000 TTRIBUTES/SMK...\n- 0x0018a4d0 4f62736f 6c657465 20636f6d 6d616e64 Obsolete command\n- 0x0018a4e0 20757365 20746865 20636f6d 6d616e64 use the command\n- 0x0018a4f0 733a0000 204d4153 4b2f4649 4c452020 s:.. MASK/FILE \n- 0x0018a500 20202020 20202020 4f70656e 2061204d Open a M\n- 0x0018a510 41534b20 66696c65 2e000000 204d4153 ASK file.... MAS\n- 0x0018a520 4b2f434c 4f534520 20202020 20202020 K/CLOSE \n- 0x0018a530 436c6f73 65206120 4d41534b 2066696c Close a MASK fil\n- 0x0018a540 652e0000 204d4153 4b2f4c49 53542020 e... MASK/LIST \n- 0x0018a550 20202020 20202020 4c697374 20746865 List the\n- 0x0018a560 204d4153 4b206669 6c657320 63757272 MASK files curr\n- 0x0018a570 656e746c 79206f70 656e2e00 204d4153 ently open.. MAS\n- 0x0018a580 4b2f5245 53455420 20202020 20202020 K/RESET \n- 0x0018a590 52657365 74206f6e 20626974 20696e20 Reset on bit in \n- 0x0018a5a0 61206d61 736b2066 696c652e 00000000 a mask file.....\n- 0x0018a5b0 4e6f7465 20746861 74207468 65206d61 Note that the ma\n- 0x0018a5c0 736b2066 696c6573 2067656e 65726174 sk files generat\n- 0x0018a5d0 65642062 79207468 69732028 6e6f7720 ed by this (now \n- 0x0018a5e0 6f62736f 6c657465 2920636f 6d6d616e obsolete) comman\n- 0x0018a5f0 64206172 65000000 696e636f 6d706174 d are...incompat\n- 0x0018a600 69626c65 20776974 68207468 65206e65 ible with the ne\n- 0x0018a610 77204e74 75706c65 20636f6d 6d616e64 w Ntuple command\n- 0x0018a620 732e204a 75737420 67656e65 72617465 s. Just generate\n- 0x0018a630 20616761 696e2074 68650000 204e542f again the.. NT/\n- 0x0018a640 4c4f4f50 2069646e 2073656c 65637469 LOOP idn selecti\n- 0x0018a650 6f6e3e3e 6d61736b 5f6e616d 65286929 on>>mask_name(i)\n- 0x0018a660 00000000 204e542f 4c4f4f50 2069646e .... NT/LOOP idn\n- 0x0018a670 2073656c 65637469 6f6e3e3e 6d61736b selection>>mask\n- 0x0018a680 5f6e616d 65286a29 00000000 204e542f _name(j).... NT/\n- 0x0018a690 4c4f4f50 2069646e 2073656c 65637469 LOOP idn selecti\n- 0x0018a6a0 6f6e3e3e 6d61736b 5f6e616d 65286b29 on>>mask_name(k)\n- 0x0018a6b0 00000000 49662043 48415454 3d275348 ....If CHATT='SH\n- 0x0018a6c0 4f572720 7072696e 74206465 6661756c OW' print defaul\n- 0x0018a6d0 7420616e 64206375 7272656e 74207661 t and current va\n- 0x0018a6e0 6c756573 20666f72 20616c6c 20617474 lues for all att\n- 0x0018a6f0 72696275 7465732e 00000000 49662043 ributes.....If C\n- 0x0018a700 48415454 3d272a27 20726573 746f7265 HATT='*' restore\n- 0x0018a710 20646566 61756c74 2076616c 75657320 default values \n- 0x0018a720 666f7220 616c6c20 61747472 69627574 for all attribut\n- 0x0018a730 65732e00 4e6f7465 20746861 7420636f es..Note that co\n- 0x0018a740 6d6d616e 64205345 54206973 20616c73 mmand SET is als\n- 0x0018a750 6f206361 6c6c696e 67204947 53455420 o calling IGSET \n- 0x0018a760 736f2053 45542063 616e2062 65207573 so SET can be us\n- 0x0018a770 65640000 47726170 68696373 20707269 ed..Graphics pri\n- 0x0018a780 6d697469 76657320 73746f72 65642069 mitives stored i\n- 0x0018a790 6e205a45 42524120 6d656d6f 7279206f n ZEBRA memory o\n- 0x0018a7a0 6e6c792e 00000000 53657420 74686520 nly.....Set the \n- 0x0018a7b0 67726170 68696373 20737769 74636820 graphics switch \n- 0x0018a7c0 746f2063 6f6e7472 6f6c2070 6c6f7474 to control plott\n- 0x0018a7d0 696e6720 6f757470 75740000 746f2074 ing output..to t\n- 0x0018a7e0 65726d69 6e616c20 28472920 616e642f erminal (G) and/\n- 0x0018a7f0 6f722070 69637475 72652069 6e206d65 or picture in me\n- 0x0018a800 6d6f7279 20285a29 2e000000 4d616b65 mory (Z)....Make\n- 0x0018a810 2061206e 65772070 69637475 72652069 a new picture i\n- 0x0018a820 6e206d65 6d6f7279 20776974 68206e61 n memory with na\n- 0x0018a830 6d652050 4e414d45 2e20416e 20656d70 me PNAME. An emp\n- 0x0018a840 74792073 74727563 74757265 20697320 ty structure is \n- 0x0018a850 63726561 74656420 696e206d 656d6f72 created in memor\n- 0x0018a860 7920616e 64206265 636f6d65 73207468 y and becomes th\n- 0x0018a870 65206375 7272656e 20696963 63747572 e curren iicctur\n- 0x0018a880 652e2049 6620504e 4d203d20 2720272c e. If PNM = ' ',\n- 0x0018a890 20746865 20706963 74757265 20697320 the picture is \n- 0x0018a8a0 6175746f 6d617469 616c7920 6e6e616d automatialy nnam\n- 0x0018a8b0 65642061 61732050 43546e6e 6e2c2077 ed aas PCTnnn, w\n- 0x0018a8c0 68686572 65206820 74727469 6e672076 hhere h trting v\n- 0x0018a8d0 616c7565 206f6620 6e206969 73732065 alue of n iiss e\n- 0x0018a8e0 65696974 68657220 30202864 65666175 eiither 0 (defau\n- 0x0018a8f0 6c74292c 2c206f72 20686520 76616c75 lt),, or he valu\n- 0x0018a900 65206173 7373696e 64206279 20534554 e asssind by SET\n- 0x0018a910 20746f6f 20746820 70617261 6d657465 too th paramete\n- 0x0018a920 72205050 4943542e 00000000 44697370 r PPICT.....Disp\n+ 0x00189f70 2864726f 70706564 2062616e 6b732061 (dropped banks a\n+ 0x00189f80 7265206e 6f74206e 6f726d61 6c6c7920 re not normally \n+ 0x00189f90 64756d70 65642075 6e646572 2044206f dumped under D o\n+ 0x00189fa0 72204620 70747469 6f6e2900 44756d70 r F pttion).Dump\n+ 0x00189fb0 20616c6c 204c696e 6b206172 65617320 all Link areas \n+ 0x00189fc0 6173736f 63696174 65642077 69746820 associated with \n+ 0x00189fd0 74686520 73746f72 65000000 44756d70 the store...Dump\n+ 0x00189fe0 20746865 20576f72 6b696e67 20737061 the Working spa\n+ 0x00189ff0 63652c20 6c696e6b 7320616e 64206461 ce, links and da\n+ 0x0018a000 74610000 44756d70 20746865 20696e66 ta..Dump the inf\n+ 0x0018a010 6f726d61 74696f6e 20696e20 68657861 ormation in hexa\n+ 0x0018a020 64656369 6d616c2e 00000000 50726f76 decimal.....Prov\n+ 0x0018a030 69646573 20612073 6e617073 686f7420 ides a snapshot \n+ 0x0018a040 6f66206f 6e65206f 72206d6f 72652064 of one or more d\n+ 0x0018a050 69766973 696f6e73 20696e20 61205a45 ivisions in a ZE\n+ 0x0018a060 42524120 73746f72 652e0000 54686520 BRA store...The \n+ 0x0018a070 6b696e64 206f6620 696e666f 726d6174 kind of informat\n+ 0x0018a080 696f6e20 70726f76 69646564 20697320 ion provided is \n+ 0x0018a090 636f6e74 726f6c6c 65642062 79204348 controlled by CH\n+ 0x0018a0a0 4f50542e 00000000 5072696e 74206120 OPT.....Print a \n+ 0x0018a0b0 73757276 6579206f 66207468 65207374 survey of the st\n+ 0x0018a0c0 72756374 75726520 6964656e 74696669 ructure identifi\n+ 0x0018a0d0 65642062 79204e41 4d452c20 4e554d42 ed by NAME, NUMB\n+ 0x0018a0e0 45522e00 5072696e 74207468 65206261 ER..Print the ba\n+ 0x0018a0f0 6e6b2063 6f6e7465 6e747320 66726f6d nk contents from\n+ 0x0018a100 206c6566 7420746f 20726967 68742053 left to right S\n+ 0x0018a110 69646577 61797320 77697468 20707420 ideways with pt \n+ 0x0018a120 7465656e 6e20656c 656d656e 74732065 teenn elements e\n+ 0x0018a130 206c6c69 696e652e 00000000 5072696e lliine.....Prin\n+ 0x0018a140 74207468 65207665 72746963 616c2028 t the vertical (\n+ 0x0018a150 646f776e 29207374 72756374 7572652e down) structure.\n+ 0x0018a160 00000000 5072696e 74207468 65206261 ....Print the ba\n+ 0x0018a170 6e6b2063 6f6e7465 6e747320 66726f6d nk contents from\n+ 0x0018a180 20746f70 20746f20 626f7474 6f6d2044 top to bottom D\n+ 0x0018a190 6f776e77 61726473 20776974 68667620 ownwards withfv \n+ 0x0018a1a0 656c6565 6d6d6565 6e747320 70657220 eleemmeents per \n+ 0x0018a1b0 6c696e65 2e000000 5072696e 74207468 line....Print th\n+ 0x0018a1c0 65206461 74612070 61727420 6f662065 e data part of e\n+ 0x0018a1d0 61636820 62616e6b 20696e20 68657861 ach bank in hexa\n+ 0x0018a1e0 64656369 6d616c20 666f726d 61740000 decimal format..\n+ 0x0018a1f0 44697370 6c617920 74686520 636f6e74 Display the cont\n+ 0x0018a200 656e7473 206f6620 61206261 6e6b206f ents of a bank o\n+ 0x0018a210 72206120 64617461 20737472 75637475 r a data structu\n+ 0x0018a220 72650000 6964656e 74696669 65642062 re..identified b\n+ 0x0018a230 79206974 73204e41 4d452061 6e64204e y its NAME and N\n+ 0x0018a240 554d4245 522e0000 54686520 6f757470 UMBER...The outp\n+ 0x0018a250 75742066 6f726d61 74206f66 20746865 ut format of the\n+ 0x0018a260 20646174 61207061 72742069 7320636f data part is co\n+ 0x0018a270 6e74726f 6c6c6564 20627920 74686520 ntrolled by the \n+ 0x0018a280 696e7465 726e616c 00000000 6f722065 internal....or e\n+ 0x0018a290 78746572 6e616c20 492f4f20 63686172 xternal I/O char\n+ 0x0018a2a0 61637465 72697374 69632e00 5a454252 acteristic..ZEBR\n+ 0x0018a2b0 412f465a 20706163 6b616765 3a207365 A/FZ package: se\n+ 0x0018a2c0 7175656e 7469616c 20616363 65737320 quential access \n+ 0x0018a2d0 496e7075 742f4f75 74707574 2e000000 Input/Output....\n+ 0x0018a2e0 5a454252 412f525a 20706163 6b616765 ZEBRA/RZ package\n+ 0x0018a2f0 3a206469 72656374 20616363 65737320 : direct access \n+ 0x0018a300 496e7075 742f4f75 74707574 2e000000 Input/Output....\n+ 0x0018a310 496e7465 72666163 65732074 6f207468 Interfaces to th\n+ 0x0018a320 65205a45 42524120 525a2c20 465a2061 e ZEBRA RZ, FZ a\n+ 0x0018a330 6e642044 5a207061 636b6167 65732e00 nd DZ packages..\n+ 0x0018a340 2f4f4253 4f4c4554 452f4752 41504849 /OBSOLETE/GRAPHI\n+ 0x0018a350 43532f41 54545249 42555445 532f534c CS/ATTRIBUTES/SL\n+ 0x0018a360 57534300 2f4f4253 4f4c4554 452f4752 WSC./OBSOLETE/GR\n+ 0x0018a370 41504849 43532f41 54545249 42555445 APHICS/ATTRIBUTE\n+ 0x0018a380 532f5343 48480000 2f4f4253 4f4c4554 S/SCHH../OBSOLET\n+ 0x0018a390 452f4752 41504849 43532f41 54545249 E/GRAPHICS/ATTRI\n+ 0x0018a3a0 42555445 532f5354 58465000 2f4f4253 BUTES/STXFP./OBS\n+ 0x0018a3b0 4f4c4554 452f4752 41504849 43532f41 OLETE/GRAPHICS/A\n+ 0x0018a3c0 54545249 42555445 532f5354 58434900 TTRIBUTES/STXCI.\n+ 0x0018a3d0 2f4f4253 4f4c4554 452f4752 41504849 /OBSOLETE/GRAPHI\n+ 0x0018a3e0 43532f41 54545249 42555445 532f5350 CS/ATTRIBUTES/SP\n+ 0x0018a3f0 4d434900 2f4f4253 4f4c4554 452f4752 MCI./OBSOLETE/GR\n+ 0x0018a400 41504849 43532f41 54545249 42555445 APHICS/ATTRIBUTE\n+ 0x0018a410 532f5350 4c434900 2f4f4253 4f4c4554 S/SPLCI./OBSOLET\n+ 0x0018a420 452f4752 41504849 43532f41 54545249 E/GRAPHICS/ATTRI\n+ 0x0018a430 42555445 532f5346 41434900 2f4f4253 BUTES/SFACI./OBS\n+ 0x0018a440 4f4c4554 452f4752 41504849 43532f41 OLETE/GRAPHICS/A\n+ 0x0018a450 54545249 42555445 532f5346 41534900 TTRIBUTES/SFASI.\n+ 0x0018a460 2f4f4253 4f4c4554 452f4752 41504849 /OBSOLETE/GRAPHI\n+ 0x0018a470 43532f41 54545249 42555445 532f5346 CS/ATTRIBUTES/SF\n+ 0x0018a480 41495300 2f4f4253 4f4c4554 452f4752 AIS./OBSOLETE/GR\n+ 0x0018a490 41504849 43532f41 54545249 42555445 APHICS/ATTRIBUTE\n+ 0x0018a4a0 532f534c 4e000000 2f4f4253 4f4c4554 S/SLN.../OBSOLET\n+ 0x0018a4b0 452f4752 41504849 43532f41 54545249 E/GRAPHICS/ATTRI\n+ 0x0018a4c0 42555445 532f534d 4b000000 4f62736f BUTES/SMK...Obso\n+ 0x0018a4d0 6c657465 20636f6d 6d616e64 20757365 lete command use\n+ 0x0018a4e0 20746865 20636f6d 6d616e64 733a0000 the commands:..\n+ 0x0018a4f0 204d4153 4b2f4649 4c452020 20202020 MASK/FILE \n+ 0x0018a500 20202020 4f70656e 2061204d 41534b20 Open a MASK \n+ 0x0018a510 66696c65 2e000000 204d4153 4b2f434c file.... MASK/CL\n+ 0x0018a520 4f534520 20202020 20202020 436c6f73 OSE Clos\n+ 0x0018a530 65206120 4d41534b 2066696c 652e0000 e a MASK file...\n+ 0x0018a540 204d4153 4b2f4c49 53542020 20202020 MASK/LIST \n+ 0x0018a550 20202020 4c697374 20746865 204d4153 List the MAS\n+ 0x0018a560 4b206669 6c657320 63757272 656e746c K files currentl\n+ 0x0018a570 79206f70 656e2e00 204d4153 4b2f5245 y open.. MASK/RE\n+ 0x0018a580 53455420 20202020 20202020 52657365 SET Rese\n+ 0x0018a590 74206f6e 20626974 20696e20 61206d61 t on bit in a ma\n+ 0x0018a5a0 736b2066 696c652e 00000000 4e6f7465 sk file.....Note\n+ 0x0018a5b0 20746861 74207468 65206d61 736b2066 that the mask f\n+ 0x0018a5c0 696c6573 2067656e 65726174 65642062 iles generated b\n+ 0x0018a5d0 79207468 69732028 6e6f7720 6f62736f y this (now obso\n+ 0x0018a5e0 6c657465 2920636f 6d6d616e 64206172 lete) command ar\n+ 0x0018a5f0 65000000 696e636f 6d706174 69626c65 e...incompatible\n+ 0x0018a600 20776974 68207468 65206e65 77204e74 with the new Nt\n+ 0x0018a610 75706c65 20636f6d 6d616e64 732e204a uple commands. J\n+ 0x0018a620 75737420 67656e65 72617465 20616761 ust generate aga\n+ 0x0018a630 696e2074 68650000 204e542f 4c4f4f50 in the.. NT/LOOP\n+ 0x0018a640 2069646e 2073656c 65637469 6f6e3e3e idn selection>>\n+ 0x0018a650 6d61736b 5f6e616d 65286929 00000000 mask_name(i)....\n+ 0x0018a660 204e542f 4c4f4f50 2069646e 2073656c NT/LOOP idn sel\n+ 0x0018a670 65637469 6f6e3e3e 6d61736b 5f6e616d ection>>mask_nam\n+ 0x0018a680 65286a29 00000000 204e542f 4c4f4f50 e(j).... NT/LOOP\n+ 0x0018a690 2069646e 2073656c 65637469 6f6e3e3e idn selection>>\n+ 0x0018a6a0 6d61736b 5f6e616d 65286b29 00000000 mask_name(k)....\n+ 0x0018a6b0 49662043 48415454 3d275348 4f572720 If CHATT='SHOW' \n+ 0x0018a6c0 7072696e 74206465 6661756c 7420616e print default an\n+ 0x0018a6d0 64206375 7272656e 74207661 6c756573 d current values\n+ 0x0018a6e0 20666f72 20616c6c 20617474 72696275 for all attribu\n+ 0x0018a6f0 7465732e 00000000 49662043 48415454 tes.....If CHATT\n+ 0x0018a700 3d272a27 20726573 746f7265 20646566 ='*' restore def\n+ 0x0018a710 61756c74 2076616c 75657320 666f7220 ault values for \n+ 0x0018a720 616c6c20 61747472 69627574 65732e00 all attributes..\n+ 0x0018a730 4e6f7465 20746861 7420636f 6d6d616e Note that comman\n+ 0x0018a740 64205345 54206973 20616c73 6f206361 d SET is also ca\n+ 0x0018a750 6c6c696e 67204947 53455420 736f2053 lling IGSET so S\n+ 0x0018a760 45542063 616e2062 65207573 65640000 ET can be used..\n+ 0x0018a770 47726170 68696373 20707269 6d697469 Graphics primiti\n+ 0x0018a780 76657320 73746f72 65642069 6e205a45 ves stored in ZE\n+ 0x0018a790 42524120 6d656d6f 7279206f 6e6c792e BRA memory only.\n+ 0x0018a7a0 00000000 53657420 74686520 67726170 ....Set the grap\n+ 0x0018a7b0 68696373 20737769 74636820 746f2063 hics switch to c\n+ 0x0018a7c0 6f6e7472 6f6c2070 6c6f7474 696e6720 ontrol plotting \n+ 0x0018a7d0 6f757470 75740000 746f2074 65726d69 output..to termi\n+ 0x0018a7e0 6e616c20 28472920 616e642f 6f722070 nal (G) and/or p\n+ 0x0018a7f0 69637475 72652069 6e206d65 6d6f7279 icture in memory\n+ 0x0018a800 20285a29 2e000000 4d616b65 2061206e (Z)....Make a n\n+ 0x0018a810 65772070 69637475 72652069 6e206d65 ew picture in me\n+ 0x0018a820 6d6f7279 20776974 68206e61 6d652050 mory with name P\n+ 0x0018a830 4e414d45 2e20416e 20656d70 74792073 NAME. An empty s\n+ 0x0018a840 74727563 74757265 20697320 63726561 tructure is crea\n+ 0x0018a850 74656420 696e206d 656d6f72 7920616e ted in memory an\n+ 0x0018a860 64206265 636f6d65 73207468 65206375 d becomes the cu\n+ 0x0018a870 72726574 70696963 63747572 652e2049 rretpiiccture. I\n+ 0x0018a880 6620504e 414d4520 3d202720 272c2074 f PNAME = ' ', t\n+ 0x0018a890 68652070 69637475 72652069 73206174 he picture is at\n+ 0x0018a8a0 6d617463 6c6c7920 6e61616d 6d6d6565 matclly naammmee\n+ 0x0018a8b0 64206173 20504943 546e6e6e 2c207768 d as PICTnnn, wh\n+ 0x0018a8c0 65726520 74686520 73746172 74696e67 ere the starting\n+ 0x0018a8d0 20766175 206f6620 6e6e6e20 69697373 vau of nnn iiss\n+ 0x0018a8e0 20696865 72203020 28646566 61756c74 iher 0 (default\n+ 0x0018a8f0 292c206f 72207468 65207661 6c756520 ), or the value \n+ 0x0018a900 61737369 676e6564 20627920 53534545 assigned by SSEE\n+ 0x0018a910 54207420 68652070 70616172 616d6574 T t he ppaaramet\n+ 0x0018a920 65205050 4943542e 00000000 44697370 e PPICT.....Disp\n 0x0018a930 6c617920 74686520 70696374 75726520 lay the picture \n 0x0018a940 504e414d 4520696e 206d656d 6f72792e PNAME in memory.\n 0x0018a950 00000000 53637261 74636820 74686520 ....Scratch the \n 0x0018a960 70696374 75726520 504e414d 45206672 picture PNAME fr\n 0x0018a970 6f6d206d 656d6f72 792e2049 6620504e om memory. If PN\n- 0x0018a980 414d4520 3d202720 27207468 65206375 AME = ' ' the cu\n- 0x0018a990 726e7420 70696963 63747572 65206973 rnt piiccture is\n- 0x0018a9a0 20736372 61746368 65642e00 54686520 scratched..The \n+ 0x0018a980 414d4520 3d202720 27207468 65206372 AME = ' ' the cr\n+ 0x0018a990 656e7420 70696963 63747572 65206973 ent piiccture is\n+ 0x0018a9a0 20736372 74636368 65642e00 54686520 scrtcched..The \n 0x0018a9b0 70696374 75726520 666f6c6c 6f77696e picture followin\n 0x0018a9c0 67207468 65206375 7272656e 74207069 g the current pi\n 0x0018a9d0 63747572 6520696e 206d656d 6f727920 cture in memory \n- 0x0018a9e0 6265636f 6d657320 68206375 7272656e becomes h curren\n- 0x0018a9f0 74207069 69636374 7572652e 20496620 t piiccture. If \n- 0x0018aa00 74686520 63757272 656e7420 70696374 the current pict\n- 0x0018aa10 75726520 69732074 6865206c 61737420 ure is the last \n- 0x0018aa20 6f6e6520 696e206d 656d6f72 792c2074 one in memory, t\n- 0x0018aa30 68652066 69727374 20706963 74757265 he first picture\n+ 0x0018a9e0 6265636f 6d657320 74686520 63757272 becomes the curr\n+ 0x0018a9f0 656e7420 70696963 74757265 2e204966 ent piicture. If\n+ 0x0018aa00 20746865 20637572 72656e74 20706963 the current pic\n+ 0x0018aa10 74757265 20697320 74686520 6c617374 ture is the last\n+ 0x0018aa20 206f6e65 20696e6d 656d6d6f 72792c20 one inmemmory, \n+ 0x0018aa30 74686520 66697374 20706963 74757265 the fist picture\n 0x0018aa40 20696e20 6d656d6f 72792062 65636f6d in memory becom\n- 0x0018aa50 65732074 68652063 72656e74 20706969 es the crent pii\n+ 0x0018aa50 65732074 68656372 656e7420 70706969 es thecrent ppii\n 0x0018aa60 63637475 72652e00 47697665 20746865 ccture..Give the\n 0x0018aa70 206c6973 74206f66 20746865 20706963 list of the pic\n 0x0018aa80 74757265 7320696e 206d656d 6f72792c tures in memory,\n- 0x0018aa90 20666f6c 6f696e67 20746865 20737365 foloing the sse\n- 0x0018aaa0 7175656e 63206f66 20746868 65697220 quenc of thheir \n+ 0x0018aa90 20666f6c 77696e67 20746865 20737365 folwing the sse\n+ 0x0018aaa0 7175656e 65206f66 20746868 65697220 quene of thheir \n 0x0018aab0 73746f72 61676520 696e206d 656d6f72 storage in memor\n 0x0018aac0 792e0000 54686520 46697273 74207069 y...The First pi\n 0x0018aad0 63747572 6520696e 206d656d 6f727920 cture in memory \n 0x0018aae0 6265636f 6d657320 74686520 63757272 becomes the curr\n 0x0018aaf0 656e7420 70696374 7572652e 00000000 ent picture.....\n 0x0018ab00 5072696e 74207468 65207069 63747572 Print the pictur\n 0x0018ab10 65206461 74612073 74727563 74757265 e data structure\n 0x0018ab20 2e205573 6566756c 20746f20 64656275 . Useful to debu\n 0x0018ab30 67207072 6f677261 6d732e00 53657420 g programs..Set \n 0x0018ab40 43757272 656e7420 70696374 7572652e Current picture.\n 0x0018ab50 20416c6c 2063616c 6c732074 6f204849 All calls to HI\n 0x0018ab60 475a2067 72617068 69632066 756e6374 GZ graphic funct\n- 0x0018ab70 696f6e73 20617265 736f7265 6420696e ions aresored in\n+ 0x0018ab70 696f6e73 20617220 746f7265 6420696e ions ar tored in\n 0x0018ab80 20747468 65206375 72656e74 20737474 tthe curent stt\n 0x0018ab90 72756374 75726520 6163636f 7264696e ructure accordin\n 0x0018aba0 6720746f 20746865 206f7074 696f6e20 g to the option \n- 0x0018abb0 73656c65 63746520 65204947 475a5a53 selecte e IGGZZS\n+ 0x0018abb0 73656c65 63746520 65204747 5a5a5a53 selecte e GGZZZS\n 0x0018abc0 45542e00 50657266 6f726d20 76617269 ET..Perform vari\n 0x0018abd0 6f757320 6f706572 6174696f 6e73206f ous operations o\n 0x0018abe0 6e206120 70696374 7572652e 00000000 n a picture.....\n 0x0018abf0 504e414d 453d2720 27206d65 616e7320 PNAME=' ' means \n 0x0018ac00 74686520 63757272 656e7420 70696374 the current pict\n 0x0018ac10 7572652e 00000000 52656164 20706963 ure.....Read pic\n 0x0018ac20 74757265 20696e74 6f206d65 6d6f7279 ture into memory\n@@ -5744,15 +5744,15 @@\n 0x0018b6d0 20677261 70686963 73000000 44726177 graphics...Draw\n 0x0018b6e0 20746865 20637572 72656e74 20706f6c the current pol\n 0x0018b6f0 796d6172 6b657220 61742065 61636820 ymarker at each \n 0x0018b700 706f696e 74000000 53616d70 6c65206d point...Sample m\n 0x0018b710 6f646520 69732075 7365642e 20416c6c ode is used. All\n 0x0018b720 6f777320 746f2073 65652074 68652063 ows to see the c\n 0x0018b730 6f6f7264 696e6174 6573206f 6620706f oordinates of po\n- 0x0018b740 696e2065 6f726520 63636c6c 69636b69 in eore ccllicki\n+ 0x0018b740 69746266 6f726520 63636c6c 69636b69 itbfore ccllicki\n 0x0018b750 6e670000 446f206e 6f742070 72696e74 ng..Do not print\n 0x0018b760 20746865 206e756d 62657220 6f662070 the number of p\n 0x0018b770 6f696e74 7320656e 74657265 64000000 oints entered...\n 0x0018b780 5472616e 73666f72 6d617469 6f6e2077 Transformation w\n 0x0018b790 69746820 68696768 65737420 7072696f ith highest prio\n 0x0018b7a0 72697479 00000000 4c6f6361 74652061 rity....Locate a\n 0x0018b7b0 20736574 206f6620 706f696e 74732075 set of points u\n@@ -6010,4387 +6010,4387 @@\n 0x0018c770 7920706f 696e7420 69732063 6f6e6e65 y point is conne\n 0x0018c780 63746564 20776974 68206120 73747261 cted with a stra\n 0x0018c790 69676874 206c696e 652e2028 64656661 ight line. (defa\n 0x0018c7a0 756c7429 00000000 54686520 57696e64 ult)....The Wind\n 0x0018c7b0 6f772f56 69657770 6f727420 70617261 ow/Viewport para\n 0x0018c7c0 6d657465 72732061 72652061 75746f6d meters are autom\n 0x0018c7d0 61746963 616c6c79 20636f6d 70757465 atically compute\n- 0x0018c7e0 6420726d 74686520 5820616e 6e646420 d rmthe X anndd \n- 0x0018c7f0 59207661 75657320 28646566 6175756c Y vaues (defauul\n- 0x0018c800 74292e00 54686520 76616c75 65732069 t)..The values i\n- 0x0018c810 6e205920 61726520 706c6f74 74656420 n Y are plotted \n- 0x0018c820 696e2074 68652066 6f726d20 6f662061 in the form of a\n- 0x0018c830 20736d6f 6f746820 63757276 652e2041 smooth curve. A\n- 0x0018c840 53706c69 6e652061 70707272 6f6f7869 Spline apprrooxi\n- 0x0018c850 6d617469 6f6e2061 6c676f72 6974686d mation algorithm\n- 0x0018c860 20697320 75736564 2e000000 41206669 is used....A fi\n- 0x0018c870 6c6c2061 72656120 69732064 7261776e ll area is drawn\n- 0x0018c880 2e204966 20746865 206f7074 696f6e20 . If the option \n- 0x0018c890 27434627 20697320 75736564 20746865 'CF' is used the\n- 0x0018c8a0 20636f6e 746f7572 206f6620 74686520 contour of the \n- 0x0018c8b0 66696c6c 20617265 61206973 20736d6f fill area is smo\n- 0x0018c8c0 6f74682e 20546562 72646572 206f6620 oth. Tebrder of \n- 0x0018c8d0 74686520 66696c6c 20617265 61206973 the fill area is\n- 0x0018c8e0 20647261 776e6920 74686865 6520636f drawni thhee co\n- 0x0018c8f0 6f6d6d6d 6d616e64 20534554 20424f52 ommmmand SET BOR\n- 0x0018c900 44203120 68612065 6e207479 7065642e D 1 ha en typed.\n- 0x0018c910 20546865 2066696c 6c206172 65612074 The fill area t\n- 0x0018c920 74797970 7065206d 61792062 65206368 tyyppe may be ch\n+ 0x0018c7e0 6420666f 6d207468 65205820 616e6e64 d fom the X annd\n+ 0x0018c7f0 64205920 76616c75 65732028 64656661 d Y values (defa\n+ 0x0018c800 756c7429 2e000000 54686520 76616c75 ult)....The valu\n+ 0x0018c810 65732069 6e205920 61726520 706c6f74 es in Y are plot\n+ 0x0018c820 74656420 696e2074 68652066 6f726d20 ted in the form \n+ 0x0018c830 6f662061 20736d6f 6f746820 63757276 of a smooth curv\n+ 0x0018c840 652e2070 6c696e65 20617070 72726f6f e. pline apprroo\n+ 0x0018c850 7878696d 6174696f 6e20616c 676f7269 xximation algori\n+ 0x0018c860 74686d20 69732075 7365642e 00000000 thm is used.....\n+ 0x0018c870 41206669 6c6c2061 72656120 69732064 A fill area is d\n+ 0x0018c880 7261776e 2e204966 20746865 206f7074 rawn. If the opt\n+ 0x0018c890 696f6e20 27434627 20697320 75736564 ion 'CF' is used\n+ 0x0018c8a0 20746865 20636f6e 746f7572 206f6620 the contour of \n+ 0x0018c8b0 74686520 66696c6c 20617265 61206973 the fill area is\n+ 0x0018c8c0 20736d6f 6f74682e 20546865 20626f72 smooth. The bor\n+ 0x0018c8d0 64657220 6f662074 68652066 696c6c20 der of the fill \n+ 0x0018c8e0 61726561 20697320 64616e69 66207474 area is danif tt\n+ 0x0018c8f0 68686565 20636f6d 6d616e64 20534554 hhee command SET\n+ 0x0018c900 20424f52 44203120 68617320 6265656e BORD 1 has been\n+ 0x0018c910 20747970 65642e20 54686520 66696c6c typed. The fill\n+ 0x0018c920 20617265 61207965 6d796265 20636368 area yemybe cch\n 0x0018c930 616e6765 64207669 61207468 65205345 anged via the SE\n 0x0018c940 54207061 72616d65 74657273 20464153 T parameters FAS\n- 0x0018c950 4920616e 64204641 53490000 54686520 I and FASI..The \n- 0x0018c960 67726170 68206973 20526f74 61746564 graph is Rotated\n- 0x0018c970 2c20692e 652e2074 68652076 616c7565 , i.e. the value\n- 0x0018c980 7320696e 20582061 72652075 73656420 s in X are used \n- 0x0018c990 666f7220 74682072 696e6e61 61747465 for th rinnaatte\n- 0x0018c9a0 20616e64 20746865 2076616c 75657320 and the values \n- 0x0018c9b0 696e2059 20666f72 20746865 20616273 in Y for the abs\n- 0x0018c9c0 63697373 61206466 756c7420 69732074 cissa dfult is t\n- 0x0018c9d0 74686865 6520636f 6e747261 7279292e thhee contrary).\n- 0x0018c9e0 00000000 41204261 72206368 61727420 ....A Bar chart \n- 0x0018c9f0 77697468 20657175 69646973 74616e74 with equidistant\n- 0x0018ca00 2062696e 73206973 20647261 776e2061 bins is drawn a\n- 0x0018ca10 73206669 6c6c2061 72656173 2e20436e s fill areas. Cn\n- 0x0018ca20 6f757273 20617265 65206464 7261776e ours aree ddrawn\n- 0x0018ca30 2e205468 65206261 6172206f 72676e61 . 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SET * ; \n- 0x0018cc10 4f505420 2a202020 20202020 20202020 OPT * \n+ 0x0018c950 49206161 6e6e6420 46415349 00000000 I aannd FASI....\n+ 0x0018c960 54686520 67726170 68206973 20526f74 The graph is Rot\n+ 0x0018c970 61746564 2c20692e 652e2074 68652076 ated, i.e. the v\n+ 0x0018c980 616c7565 7320696e 20582061 72652075 alues in X are u\n+ 0x0018c990 73656420 666f7220 74656f64 696e6e61 sed for teodinna\n+ 0x0018c9a0 61747465 20616e64 20746865 2076616c atte and the val\n+ 0x0018c9b0 75657320 696e2059 20666f72 20746865 ues in Y for the\n+ 0x0018c9c0 20616273 63697373 61202865 6661756c abscissa (efaul\n+ 0x0018c9d0 74206973 20747468 68652063 6f6e7261 t is tthhe conra\n+ 0x0018c9e0 61727929 2e000000 41204261 72206368 ary)....A Bar ch\n+ 0x0018c9f0 61727420 77697468 20657175 69646973 art with equidis\n+ 0x0018ca00 74616e74 2062696e 73206973 20647261 tant bins is dra\n+ 0x0018ca10 776e2061 73206669 6c6c2061 72656173 wn as fill areas\n+ 0x0018ca20 2e20286f 6e746f75 72732061 72656520 . (ontours aree \n+ 0x0018ca30 6472616e 292e2054 68652062 61727220 dran). The barr \n+ 0x0018ca40 6f726967 696e2061 6e642074 68652062 origin and the b\n+ 0x0018ca50 61722069 64746820 63616e20 62652063 ar idth can be c\n+ 0x0018ca60 636f6e72 6f6c6c65 64206279 20746865 conrolled by the\n+ 0x0018ca70 20726f74 696e6520 53455454 20736e20 rotine SETT sn \n+ 0x0018ca80 74686520 6f707474 69696f6e 73204241 the opttiions BA\n+ 0x0018ca90 524f2061 6e642042 41525757 20726573 RO and BARWW res\n+ 0x0018caa0 70656369 7676656c 792e0000 41207374 pecivvely...A st\n+ 0x0018cab0 61722069 7320706c 6f747465 64206174 ar is plotted at\n+ 0x0018cac0 20657665 72792070 6f696e74 2e000000 every point....\n+ 0x0018cad0 41206d61 726b6572 20697320 706c6f74 A marker is plot\n+ 0x0018cae0 74656420 61742065 76657279 20706f69 ted at every poi\n+ 0x0018caf0 6e742c20 6163636f 72696774 6f206363 nt, accorigto cc\n+ 0x0018cb00 75757272 656e7420 6d617265 65722074 uurrent mareer t\n+ 0x0018cb10 79706520 616e6420 706f6c79 6d61726b ype and polymark\n+ 0x0018cb20 65722063 6f6c6f75 7220696e 6465782e er colour index.\n+ 0x0018cb30 00000000 44726177 20612063 75727665 ....Draw a curve\n+ 0x0018cb40 20746872 6f756768 20612073 6574206f through a set o\n+ 0x0018cb50 6620706f 696e7473 2e000000 546f2073 f points....To s\n+ 0x0018cb60 6574204c 6f672073 63616c65 7320696e et Log scales in\n+ 0x0018cb70 20582061 6e642f6f 7220592c 20757365 X and/or Y, use\n+ 0x0018cb80 204f5054 204c4f47 582f4c4f 47592e00 OPT LOGX/LOGY..\n+ 0x0018cb90 4e6f7465 20746861 74207768 656e2061 Note that when a\n+ 0x0018cba0 6e206f70 74696f6e 20697320 73706563 n option is spec\n+ 0x0018cbb0 69666965 642c2069 74206973 20616c73 ified, it is als\n+ 0x0018cbc0 6f000000 6e656365 73736172 7920746f o...necessary to\n+ 0x0018cbd0 20737065 63696679 20746865 206f7074 specify the opt\n+ 0x0018cbe0 696f6e73 20274157 27206f72 2027414c ions 'AW' or 'AL\n+ 0x0018cbf0 57272069 6e206f72 64657220 746f2073 W' in order to s\n+ 0x0018cc00 74617274 2061206e 65770000 20202020 tart a new.. \n+ 0x0018cc10 53455420 2a203b20 4f505420 2a202020 SET * ; OPT * \n 0x0018cc20 20202020 20202020 20202020 20202020 \n- 0x0018cc30 7c205265 73657420 74686520 64656661 | Reset the defa\n- 0x0018cc40 756c7473 00000000 20202020 562f4352 ults.... V/CR\n- 0x0018cc50 45415445 20592831 30292072 20312032 EATE Y(10) r 1 2\n- 0x0018cc60 20332034 20352035 20342033 20322031 3 4 5 5 4 3 2 1\n- 0x0018cc70 00000000 20202020 562f4352 45415445 .... V/CREATE\n- 0x0018cc80 20582831 31292072 20312032 20342036 X(11) r 1 2 4 6\n- 0x0018cc90 20382031 30203135 20313620 32302032 8 10 15 16 20 2\n- 0x0018cca0 31000000 20202020 47524150 48203130 1... GRAPH 10\n- 0x0018ccb0 20582059 20275743 2a4c2720 20202020 X Y 'WC*L' \n- 0x0018ccc0 20202020 20202020 20202020 20202020 \n- 0x0018ccd0 7c204472 61772061 6e20276f 70656e27 | Draw an 'open'\n- 0x0018cce0 20677261 70680000 20202020 53455420 graph.. SET \n- 0x0018ccf0 46414953 20332020 20202020 20202020 FAIS 3 \n+ 0x0018cc30 20202020 20202020 7c205265 73657420 | Reset \n+ 0x0018cc40 74686520 64656661 756c7473 00000000 the defaults....\n+ 0x0018cc50 20202020 562f4352 45415445 20592831 V/CREATE Y(1\n+ 0x0018cc60 30292072 20312032 20332034 20352035 0) r 1 2 3 4 5 5\n+ 0x0018cc70 20342033 20322031 00000000 20202020 4 3 2 1.... \n+ 0x0018cc80 562f4352 45415445 20582831 31292072 V/CREATE X(11) r\n+ 0x0018cc90 20312032 20342036 20382031 30203135 1 2 4 6 8 10 15\n+ 0x0018cca0 20313620 32302032 31000000 20202020 16 20 21... \n+ 0x0018ccb0 47524150 48203130 20582059 20275743 GRAPH 10 X Y 'WC\n+ 0x0018ccc0 2a4c2720 20202020 20202020 20202020 *L' \n+ 0x0018ccd0 20202020 20202020 7c204472 61772061 | Draw a\n+ 0x0018cce0 6e20276f 70656e27 20677261 70680000 n 'open' graph..\n+ 0x0018ccf0 20202020 53455420 46414953 20332020 SET FAIS 3 \n 0x0018cd00 20202020 20202020 20202020 20202020 \n- 0x0018cd10 20202020 7c20496e 74657269 6f722073 | Interior s\n- 0x0018cd20 74796c65 3a206861 74636865 64000000 tyle: hatched...\n- 0x0018cd30 20202020 53455420 46415349 20323435 SET FASI 245\n- 0x0018cd40 20202020 20202020 20202020 20202020 \n- 0x0018cd50 20202020 20202020 20202020 7c204465 | De\n- 0x0018cd60 66696e65 20686174 63686573 20747970 fine hatches typ\n- 0x0018cd70 65000000 20202020 53455420 424f5244 e... 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PAVE\n- 0x0018d7f0 20312034 20312034 20212021 20313030 1 4 1 4 ! ! 100\n- 0x0018d800 31204348 4f50543d 54525300 20202020 1 CHOPT=TRS. \n- 0x0018d810 50415645 20352039 20312034 20212021 PAVE 5 9 1 4 ! !\n- 0x0018d820 20313030 31204348 4f50543d 424c5300 1001 CHOPT=BLS.\n- 0x0018d830 20202020 50415645 20312034 20352039 PAVE 1 4 5 9\n- 0x0018d840 20212021 20202020 33204348 4f50543d ! ! 3 CHOPT=\n- 0x0018d850 54520000 20202020 50415645 20352039 TR.. PAVE 5 9\n- 0x0018d860 20352039 20212021 20202020 33204348 5 9 ! ! 3 CH\n- 0x0018d870 4f50543d 424c0000 44656669 6e652061 OPT=BL..Define a\n- 0x0018d880 206c6973 74206f66 20616c70 68616e75 list of alphanu\n- 0x0018d890 6d657269 63206c61 62656c73 00000000 meric labels....\n- 0x0018d8a0 746f2062 65207573 65642062 79207375 to be used by su\n- 0x0018d8b0 62736571 75656e74 20636f6d 6d616e64 bsequent command\n- 0x0018d8c0 73207375 63682061 73205049 4520616e s such as PIE an\n- 0x0018d8d0 64204158 49532e20 54686520 706f7369 d AXIS. The posi\n- 0x0018d8e0 74696f6e 206f6600 74686520 6c616265 tion of.the labe\n- 0x0018d8f0 6c73206f 6e207468 65206178 6973206d ls on the axis m\n- 0x0018d900 61792062 65206368 616e6765 64207769 ay be changed wi\n- 0x0018d910 74682053 4554204e 44565820 284e4456 th SET NDVX (NDV\n- 0x0018d920 59292e00 20202020 53455420 2a203b20 Y).. SET * ; \n- 0x0018d930 4f505420 2a202020 20202020 20202020 OPT * \n- 0x0018d940 20202020 20207c20 52657365 74207468 | Reset th\n- 0x0018d950 65206465 6661756c 74730000 20202020 e defaults.. \n- 0x0018d960 4c414245 4c203120 33204141 41414120 LABEL 1 3 AAAAA \n- 0x0018d970 42424242 42204343 43434320 20207c20 BBBBB CCCCC | \n- 0x0018d980 44656669 6e65206c 6162656c 73000000 Define labels...\n- 0x0018d990 20202020 53455420 4e445658 20332e31 SET NDVX 3.1\n- 0x0018d9a0 35202020 20202020 20202020 20202020 5 \n- 0x0018d9b0 20207c20 33206469 762c206c 61622069 | 3 div, lab i\n- 0x0018d9c0 6420312c 20353d63 656e7465 72206f6e d 1, 5=center on\n- 0x0018d9d0 2062696e 00000000 20202020 4e554c4c bin.... NULL\n- 0x0018d9e0 20302031 30203020 31202020 20202020 0 10 0 1 \n- 0x0018d9f0 20202020 20202020 20207c20 44726177 | Draw\n- 0x0018da00 20612066 72616d65 00000000 20202020 a frame.... \n- 0x0018da10 53455420 4e445658 20332e31 31202020 SET NDVX 3.11 \n- 0x0018da20 20202020 20202020 20202020 20207c20 | \n- 0x0018da30 33206469 762c206c 61622069 6420312c 3 div, lab id 1,\n- 0x0018da40 20313d63 656e7465 72206f6e 20746963 1=center on tic\n- 0x0018da50 6b000000 20202020 53455420 4e445658 k... 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SET \n- 0x0018dca0 54584650 202d3230 20202020 20202020 TXFP -20 \n- 0x0018dcb0 20202020 20202020 20202020 20202020 \n- 0x0018dcc0 20207c20 54696d65 7320626f 6c640000 | Times bold..\n- 0x0018dcd0 20202020 53455420 43484845 202e3520 SET CHHE .5 \n- 0x0018dce0 20202020 20202020 20202020 20202020 \n- 0x0018dcf0 20202020 20202020 20207c20 54657874 | Text\n- 0x0018dd00 2073697a 6520302e 3520636d 00000000 size 0.5 cm....\n- 0x0018dd10 20202020 53455420 5458414c 20313020 SET TXAL 10 \n- 0x0018dd20 20202020 20202020 20202020 20202020 \n- 0x0018dd30 20202020 20202020 20207c20 486f7269 | Hori\n- 0x0018dd40 7a6f6e74 616c2061 6c69676e 2e204c65 zontal align. Le\n- 0x0018dd50 66740000 20202020 53455420 5458414c ft.. SET TXAL\n- 0x0018dd60 20323020 20202020 20202020 20202020 20 \n- 0x0018dd70 20202020 20202020 20202020 20207c20 | \n- 0x0018dd80 486f7269 7a6f6e74 616c2061 6c69676e Horizontal align\n- 0x0018dd90 2e204365 6e746572 00000000 20202020 . 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SET \n+ 0x0018da20 4e445658 20332e31 31202020 20202020 NDVX 3.11 \n+ 0x0018da30 20202020 20202020 20207c20 33206469 | 3 di\n+ 0x0018da40 762c206c 61622069 6420312c 20313d63 v, lab id 1, 1=c\n+ 0x0018da50 656e7465 72206f6e 20746963 6b000000 enter on tick...\n+ 0x0018da60 20202020 53455420 4e445658 20332e31 SET NDVX 3.1\n+ 0x0018da70 38202020 20202020 20202020 20202020 8 \n+ 0x0018da80 20207c20 33206469 762c206c 61622069 | 3 div, lab i\n+ 0x0018da90 6420312c 20383d62 6f74746f 6d202d3e d 1, 8=bottom ->\n+ 0x0018daa0 20757000 41206675 6c6c2064 65736372 up.A full descr\n+ 0x0018dab0 69707469 6f6e206f 66207468 6520706f iption of the po\n+ 0x0018dac0 73736962 6c652061 6c69676e 6d656e74 ssible alignment\n+ 0x0018dad0 73206973 20676976 656e2069 6e207468 s is given in th\n+ 0x0018dae0 65205041 57000000 6d616e75 616c2028 e PAW...manual (\n+ 0x0018daf0 73656520 4e445658 20696e20 74686520 see NDVX in the \n+ 0x0018db00 696e6465 78292e00 44726177 20746578 index)..Draw tex\n+ 0x0018db10 74206174 20706f73 6974696f 6e20582c t at position X,\n+ 0x0018db20 5920696e 20746865 20637572 72656e74 Y in the current\n+ 0x0018db30 204e6f72 6d616c69 73617469 6f6e2074 Normalisation t\n+ 0x0018db40 72616e73 666f726d 6174696f 6e2c0000 ransformation,..\n+ 0x0018db50 7573696e 67207468 65206375 7272656e using the curren\n+ 0x0018db60 7420666f 6e742070 6172616d 65746572 t font parameter\n+ 0x0018db70 732e0000 54686520 666f6e74 20616e64 s...The font and\n+ 0x0018db80 20746865 20707265 63697369 6f6e2063 the precision c\n+ 0x0018db90 616e2062 65206368 616e6765 64206279 an be changed by\n+ 0x0018dba0 20534554 20545846 502e0000 54686520 SET TXFP...The \n+ 0x0018dbb0 63686172 61637465 72207369 7a652063 character size c\n+ 0x0018dbc0 616e2062 65206368 616e6765 64206279 an be changed by\n+ 0x0018dbd0 20534554 20434848 452e0000 54686520 SET CHHE...The \n+ 0x0018dbe0 74657874 20636f6c 6f757220 63616e20 text colour can \n+ 0x0018dbf0 62652063 68616e67 65642062 79205345 be changed by SE\n+ 0x0018dc00 54205458 43492e00 54686520 74657874 T TXCI..The text\n+ 0x0018dc10 206f7269 656e7461 74696f6e 2063616e orientation can\n+ 0x0018dc20 20626520 6368616e 67656420 77697468 be changed with\n+ 0x0018dc30 20534554 20545841 4c2e0000 54686520 SET TXAL...The \n+ 0x0018dc40 74657874 20616e67 6c652063 616e2062 text angle can b\n+ 0x0018dc50 65206368 616e6765 64206279 20534554 e changed by SET\n+ 0x0018dc60 2054414e 472e0000 20202020 4e554c4c TANG... NULL\n+ 0x0018dc70 20302031 30203020 36202020 20202020 0 10 0 6 \n+ 0x0018dc80 20202020 20202020 20202020 20202020 \n+ 0x0018dc90 20207c20 44726177 20612066 72616d65 | Draw a frame\n+ 0x0018dca0 00000000 20202020 53455420 54584650 .... SET TXFP\n+ 0x0018dcb0 202d3230 20202020 20202020 20202020 -20 \n+ 0x0018dcc0 20202020 20202020 20202020 20207c20 | \n+ 0x0018dcd0 54696d65 7320626f 6c640000 20202020 Times bold.. \n+ 0x0018dce0 53455420 43484845 202e3520 20202020 SET CHHE .5 \n+ 0x0018dcf0 20202020 20202020 20202020 20202020 \n+ 0x0018dd00 20202020 20207c20 54657874 2073697a | Text siz\n+ 0x0018dd10 6520302e 3520636d 00000000 20202020 e 0.5 cm.... \n+ 0x0018dd20 53455420 5458414c 20313020 20202020 SET TXAL 10 \n+ 0x0018dd30 20202020 20202020 20202020 20202020 \n+ 0x0018dd40 20202020 20207c20 486f7269 7a6f6e74 | Horizont\n+ 0x0018dd50 616c2061 6c69676e 2e204c65 66740000 al align. Left..\n+ 0x0018dd60 20202020 53455420 5458414c 20323020 SET TXAL 20 \n+ 0x0018dd70 20202020 20202020 20202020 20202020 \n+ 0x0018dd80 20202020 20202020 20207c20 486f7269 | Hori\n+ 0x0018dd90 7a6f6e74 616c2061 6c69676e 2e204365 zontal align. Ce\n+ 0x0018dda0 6e746572 00000000 20202020 53455420 nter.... SET \n+ 0x0018ddb0 5458414c 20333020 20202020 20202020 TXAL 30 \n+ 0x0018ddc0 20202020 20202020 20202020 20202020 \n+ 0x0018ddd0 20207c20 486f7269 7a6f6e74 616c2061 | Horizontal a\n+ 0x0018dde0 6c69676e 2e205269 67687400 20202020 lign. Right. \n+ 0x0018ddf0 53455420 5458414c 20313220 20202020 SET TXAL 12 \n+ 0x0018de00 20202020 20202020 20202020 20202020 \n+ 0x0018de10 20202020 20207c20 56657274 6963616c | Vertical\n+ 0x0018de20 20616c69 676e2e20 546f7000 20202020 align. Top. \n+ 0x0018de30 53455420 5458414c 20313320 20202020 SET TXAL 13 \n+ 0x0018de40 20202020 20202020 20202020 20202020 \n+ 0x0018de50 20202020 20207c20 56657274 6963616c | Vertical\n+ 0x0018de60 20616c69 676e2e20 4d696464 6c650000 align. Middle..\n+ 0x0018de70 20202020 49545820 2e322035 20274d69 ITX .2 5 'Mi\n+ 0x0018de80 64646c65 206a7573 74696669 65642700 ddle justified'.\n+ 0x0018de90 20202020 53455420 5458414c 20203020 SET TXAL 0 \n+ 0x0018dea0 20202020 20202020 20202020 20202020 \n+ 0x0018deb0 20202020 20202020 20207c20 44656661 | Defa\n+ 0x0018dec0 756c7420 616c6967 6e2e0000 20202020 ult align... \n+ 0x0018ded0 53455420 54414e47 20333020 20202020 SET TANG 30 \n+ 0x0018dee0 20202020 20202020 20202020 20202020 \n+ 0x0018def0 20202020 20207c20 416e676c 65203330 | Angle 30\n+ 0x0018df00 20646567 72656573 00000000 20202020 degrees.... \n+ 0x0018df10 49545820 35203420 272d2d20 33302064 ITX 5 4 '-- 30 d\n+ 0x0018df20 65677265 6573202d 2d270000 696e2074 egrees --'..in t\n+ 0x0018df30 68652063 75727265 6e74206e 6f726d61 he current norma\n+ 0x0018df40 6c697361 74696f6e 20747261 6e73666f lisation transfo\n+ 0x0018df50 726d6174 696f6e20 7573696e 67207468 rmation using th\n+ 0x0018df60 6520736f 66747761 72652066 6f6e7400 e software font.\n+ 0x0018df70 49475445 58542e20 53495a45 20697320 IGTEXT. SIZE is \n+ 0x0018df80 616c7761 79732067 6976656e 20696e20 always given in \n+ 0x0018df90 63656e74 696d6574 7265732e 00000000 centimetres.....\n+ 0x0018dfa0 4120626f 6c646661 63652065 66666563 A boldface effec\n+ 0x0018dfb0 74206361 6e206265 206f6274 61696e65 t can be obtaine\n+ 0x0018dfc0 64207573 696e6720 74686520 70617261 d using the para\n+ 0x0018dfd0 6d657465 72732050 41535320 616e6400 meters PASS and.\n+ 0x0018dfe0 43534849 206f6620 74686520 636f6d6d CSHI of the comm\n+ 0x0018dff0 616e6420 5345542e 20546865 20746578 and SET. The tex\n+ 0x0018e000 7420636f 6c6f7572 2063616e 20626520 t colour can be \n+ 0x0018e010 6368616e 67656420 62792053 45542054 changed by SET T\n+ 0x0018e020 5843492e 00000000 20202020 53455420 XCI..... SET \n+ 0x0018e030 2a203b20 4f505420 2a202020 20202020 * ; OPT * \n 0x0018e040 20202020 20202020 20202020 20202020 \n- 0x0018e050 7c205265 73657420 74686520 64656661 | Reset the defa\n- 0x0018e060 756c7473 00000000 20202020 4e554c4c ults.... NULL\n- 0x0018e070 20302031 30203020 31302020 20202020 0 10 0 10 \n- 0x0018e080 20202020 20202020 20202020 20202020 \n- 0x0018e090 20202020 20202020 20202020 7c204472 | Dr\n- 0x0018e0a0 61772061 20667261 6d650000 20202020 aw a frame.. \n- 0x0018e0b0 54455854 20352031 20274c65 6674206a TEXT 5 1 'Left j\n- 0x0018e0c0 75737469 66696564 27202e35 20302e20 ustified' .5 0. \n- 0x0018e0d0 4c000000 20202020 54455854 20352032 L... TEXT 5 2\n- 0x0018e0e0 20274365 6e747265 6427202e 3520302e 'Centred' .5 0.\n- 0x0018e0f0 20430000 20202020 54455854 20352033 C.. TEXT 5 3\n- 0x0018e100 20275269 67687420 6a757374 69666965 'Right justifie\n- 0x0018e110 6427202e 3520302e 20520000 20202020 d' .5 0. R.. \n- 0x0018e120 54455854 20352034 20272d2d 20333020 TEXT 5 4 '-- 30 \n- 0x0018e130 64656772 65657327 202e3520 33302e20 degrees' .5 30. \n- 0x0018e140 4c000000 20202020 54455854 20352034 L... TEXT 5 4\n- 0x0018e150 20272d2d 20363020 64656772 65657327 '-- 60 degrees'\n- 0x0018e160 202e3520 36302e20 4c000000 20202020 .5 60. L... \n- 0x0018e170 54455854 20352034 20272d2d 20393020 TEXT 5 4 '-- 90 \n- 0x0018e180 64656772 65657327 202e3520 39302e20 degrees' .5 90. \n- 0x0018e190 4c000000 20202020 54455854 20352034 L... TEXT 5 4\n- 0x0018e1a0 20272d2d 20313230 20646567 72656573 '-- 120 degrees\n- 0x0018e1b0 27202e35 20313230 2e204c00 20202020 ' .5 120. L. \n- 0x0018e1c0 54455854 20352034 20272d2d 20313530 TEXT 5 4 '-- 150\n- 0x0018e1d0 20646567 72656573 27202e35 20313530 degrees' .5 150\n- 0x0018e1e0 2e204c00 20202020 54455854 20352038 . L. TEXT 5 8\n- 0x0018e1f0 2027536f 6d652047 7265656b 202e2e2e 'Some Greek ...\n- 0x0018e200 205b612c 20622c20 632c2064 5d27202e [a, b, c, d]' .\n- 0x0018e210 3520302e 20430000 20202020 53657420 5 0. C.. Set \n- 0x0018e220 50415353 20372020 20202020 20202020 PASS 7 \n- 0x0018e230 20202020 20202020 20202020 20202020 \n- 0x0018e240 20202020 20202020 20202020 7c204e75 | Nu\n- 0x0018e250 6d626572 206f6620 70617373 65730000 mber of passes..\n- 0x0018e260 20202020 54455854 20352039 2027426f TEXT 5 9 'Bo\n- 0x0018e270 6c642054 45585427 202e3520 302e2043 ld TEXT' .5 0. C\n- 0x0018e280 00000000 5820636f 6f726469 6e617465 ....X coordinate\n- 0x0018e290 206f6620 63656e74 7265206f 66207468 of centre of th\n- 0x0018e2a0 65207069 65000000 5920636f 6f726469 e pie...Y coordi\n- 0x0018e2b0 6e617465 206f6620 63656e74 7265206f nate of centre o\n- 0x0018e2c0 66207468 65207069 65000000 44726177 f the pie...Draw\n- 0x0018e2d0 20612050 69652043 68617274 20776974 a Pie Chart wit\n- 0x0018e2e0 68206465 6661756c 74207661 6c756573 h default values\n- 0x0018e2f0 2e000000 416c7068 616e756d 65726963 ....Alphanumeric\n- 0x0018e300 206c6162 656c7320 61726520 72657175 labels are requ\n- 0x0018e310 69726564 2e000000 54686520 6c616265 ired....The labe\n- 0x0018e320 6c206f66 20656163 6820736c 69636520 l of each slice \n- 0x0018e330 77696c6c 20626520 74686520 636f7272 will be the corr\n- 0x0018e340 6573706f 6e64696e 67206e75 6d657269 esponding numeri\n- 0x0018e350 63207661 6c756520 696e2061 72726179 c value in array\n- 0x0018e360 2056414c 5545532e 00000000 54686520 VALUES.....The \n- 0x0018e370 6c616265 6c206f66 20656163 6820736c label of each sl\n- 0x0018e380 69636520 77696c6c 20626520 696e2065 ice will be in e\n- 0x0018e390 78707265 73736564 20696e20 70657263 xpressed in perc\n- 0x0018e3a0 656e7461 67652e00 466f7263 65207468 entage..Force th\n- 0x0018e3b0 65206c61 62656c73 2073697a 6520746f e labels size to\n- 0x0018e3c0 20626520 74686520 63757272 656e7420 be the current \n- 0x0018e3d0 63686172 61637465 72206865 69676874 character height\n- 0x0018e3e0 2e205769 74686f75 74207468 6973206f . Without this o\n- 0x0018e3f0 7074696f 20686865 65206c61 62656c73 ptio hhee labels\n- 0x0018e400 2073697a 65206973 20636f6d 70757465 size is compute\n- 0x0018e410 64206175 746f6d61 74696361 6c6c792e d automatically.\n- 0x0018e420 00000000 44726177 20746865 206c6162 ....Draw the lab\n- 0x0018e430 656c7320 616c6967 6e656420 6f6e2074 els aligned on t\n- 0x0018e440 68652072 61646975 73206f66 20656163 he radius of eac\n- 0x0018e450 6820736c 6963652e 00000000 696e2074 h slice.....in t\n- 0x0018e460 68652063 75727265 6e74204e 6f726d61 he current Norma\n- 0x0018e470 6c697361 74696f6e 20747261 6e73666f lisation transfo\n- 0x0018e480 726d6174 696f6e2e 00000000 20202020 rmation..... \n- 0x0018e490 53455420 2a203b20 4f505420 2a202020 SET * ; OPT * \n- 0x0018e4a0 20202020 20202020 20202020 20202020 \n- 0x0018e4b0 20202020 20202020 20202020 20207c20 | \n- 0x0018e4c0 52657365 74207468 65206465 6661756c Reset the defaul\n- 0x0018e4d0 74730000 20202020 4e554c4c 20302032 ts.. NULL 0 2\n- 0x0018e4e0 30203020 32302027 41422720 20202020 0 0 20 'AB' \n- 0x0018e4f0 20202020 20202020 20202020 20202020 \n- 0x0018e500 20202020 20207c20 44726177 20612066 | Draw a f\n- 0x0018e510 72616d65 00000000 20202020 4c414245 rame.... LABE\n- 0x0018e520 4c203120 3520274c 61623127 20274c61 L 1 5 'Lab1' 'La\n- 0x0018e530 62322720 274c6162 33272027 4c616234 b2' 'Lab3' 'Lab4\n- 0x0018e540 2720274c 61623527 20207c20 64656669 ' 'Lab5' | defi\n- 0x0018e550 6e65206c 6162656c 73000000 20202020 ne labels... \n- 0x0018e560 562f4352 45205657 53283529 20522032 V/CRE VWS(5) R 2\n- 0x0018e570 382e3320 31382e36 2031362e 39203133 8.3 18.6 16.9 13\n- 0x0018e580 2e352032 322e3700 20202020 562f4352 .5 22.7. V/CR\n- 0x0018e590 45204f46 46534554 28352920 20522032 E OFFSET(5) R 2\n- 0x0018e5a0 2a302e20 322a3230 2e20302e 00000000 *0. 2*20. 0.....\n- 0x0018e5b0 20202020 562f4352 4520434f 4c4f5552 V/CRE COLOUR\n- 0x0018e5c0 28352920 20522032 20332034 20352036 (5) R 2 3 4 5 6\n- 0x0018e5d0 00000000 20202020 53455420 46414953 .... SET FAIS\n- 0x0018e5e0 20312020 20202020 20202020 20202020 1 \n+ 0x0018e050 20202020 20202020 20202020 7c205265 | Re\n+ 0x0018e060 73657420 74686520 64656661 756c7473 set the defaults\n+ 0x0018e070 00000000 20202020 4e554c4c 20302031 .... NULL 0 1\n+ 0x0018e080 30203020 31302020 20202020 20202020 0 0 10 \n+ 0x0018e090 20202020 20202020 20202020 20202020 \n+ 0x0018e0a0 20202020 20202020 7c204472 61772061 | Draw a\n+ 0x0018e0b0 20667261 6d650000 20202020 54455854 frame.. TEXT\n+ 0x0018e0c0 20352031 20274c65 6674206a 75737469 5 1 'Left justi\n+ 0x0018e0d0 66696564 27202e35 20302e20 4c000000 fied' .5 0. L...\n+ 0x0018e0e0 20202020 54455854 20352032 20274365 TEXT 5 2 'Ce\n+ 0x0018e0f0 6e747265 6427202e 3520302e 20430000 ntred' .5 0. C..\n+ 0x0018e100 20202020 54455854 20352033 20275269 TEXT 5 3 'Ri\n+ 0x0018e110 67687420 6a757374 69666965 6427202e ght justified' .\n+ 0x0018e120 3520302e 20520000 20202020 54455854 5 0. R.. TEXT\n+ 0x0018e130 20352034 20272d2d 20333020 64656772 5 4 '-- 30 degr\n+ 0x0018e140 65657327 202e3520 33302e20 4c000000 ees' .5 30. L...\n+ 0x0018e150 20202020 54455854 20352034 20272d2d TEXT 5 4 '--\n+ 0x0018e160 20363020 64656772 65657327 202e3520 60 degrees' .5 \n+ 0x0018e170 36302e20 4c000000 20202020 54455854 60. L... TEXT\n+ 0x0018e180 20352034 20272d2d 20393020 64656772 5 4 '-- 90 degr\n+ 0x0018e190 65657327 202e3520 39302e20 4c000000 ees' .5 90. L...\n+ 0x0018e1a0 20202020 54455854 20352034 20272d2d TEXT 5 4 '--\n+ 0x0018e1b0 20313230 20646567 72656573 27202e35 120 degrees' .5\n+ 0x0018e1c0 20313230 2e204c00 20202020 54455854 120. L. TEXT\n+ 0x0018e1d0 20352034 20272d2d 20313530 20646567 5 4 '-- 150 deg\n+ 0x0018e1e0 72656573 27202e35 20313530 2e204c00 rees' .5 150. L.\n+ 0x0018e1f0 20202020 54455854 20352038 2027536f TEXT 5 8 'So\n+ 0x0018e200 6d652047 7265656b 202e2e2e 205b612c me Greek ... [a,\n+ 0x0018e210 20622c20 632c2064 5d27202e 3520302e b, c, d]' .5 0.\n+ 0x0018e220 20430000 20202020 53657420 50415353 C.. Set PASS\n+ 0x0018e230 20372020 20202020 20202020 20202020 7 \n+ 0x0018e240 20202020 20202020 20202020 20202020 \n+ 0x0018e250 20202020 20202020 7c204e75 6d626572 | Number\n+ 0x0018e260 206f6620 70617373 65730000 20202020 of passes.. \n+ 0x0018e270 54455854 20352039 2027426f 6c642054 TEXT 5 9 'Bold T\n+ 0x0018e280 45585427 202e3520 302e2043 00000000 EXT' .5 0. C....\n+ 0x0018e290 5820636f 6f726469 6e617465 206f6620 X coordinate of \n+ 0x0018e2a0 63656e74 7265206f 66207468 65207069 centre of the pi\n+ 0x0018e2b0 65000000 5920636f 6f726469 6e617465 e...Y coordinate\n+ 0x0018e2c0 206f6620 63656e74 7265206f 66207468 of centre of th\n+ 0x0018e2d0 65207069 65000000 44726177 20612050 e pie...Draw a P\n+ 0x0018e2e0 69652043 68617274 20776974 68206465 ie Chart with de\n+ 0x0018e2f0 6661756c 74207661 6c756573 2e000000 fault values....\n+ 0x0018e300 416c7068 616e756d 65726963 206c6162 Alphanumeric lab\n+ 0x0018e310 656c7320 61726520 72657175 69726564 els are required\n+ 0x0018e320 2e000000 54686520 6c616265 6c206f66 ....The label of\n+ 0x0018e330 20656163 6820736c 69636520 77696c6c each slice will\n+ 0x0018e340 20626520 74686520 636f7272 6573706f be the correspo\n+ 0x0018e350 6e64696e 67206e75 6d657269 63207661 nding numeric va\n+ 0x0018e360 6c756520 696e2061 72726179 2056414c lue in array VAL\n+ 0x0018e370 5545532e 00000000 54686520 6c616265 UES.....The labe\n+ 0x0018e380 6c206f66 20656163 6820736c 69636520 l of each slice \n+ 0x0018e390 77696c6c 20626520 696e2065 78707265 will be in expre\n+ 0x0018e3a0 73736564 20696e20 70657263 656e7461 ssed in percenta\n+ 0x0018e3b0 67652e00 466f7263 65207468 65206c61 ge..Force the la\n+ 0x0018e3c0 62656c73 2073697a 6520746f 20626520 bels size to be \n+ 0x0018e3d0 74686520 63757272 656e7420 63686172 the current char\n+ 0x0018e3e0 61637465 72206865 69676874 2e205769 acter height. Wi\n+ 0x0018e3f0 74686f75 74207468 6973206f 7074696e thout this optin\n+ 0x0018e400 74686865 65206c61 62656c73 2073697a thhee labels siz\n+ 0x0018e410 65206973 20636f6d 70757465 64206175 e is computed au\n+ 0x0018e420 746f6d61 74636161 6c6c792e 00000000 tomatcaally.....\n+ 0x0018e430 44726177 20746865 206c6162 656c7320 Draw the labels \n+ 0x0018e440 616c6967 6e656420 6f6e2074 68652072 aligned on the r\n+ 0x0018e450 61646975 73206f66 20656163 6820736c adius of each sl\n+ 0x0018e460 6963652e 00000000 696e2074 68652063 ice.....in the c\n+ 0x0018e470 75727265 6e74204e 6f726d61 6c697361 urrent Normalisa\n+ 0x0018e480 74696f6e 20747261 6e73666f 726d6174 tion transformat\n+ 0x0018e490 696f6e2e 00000000 20202020 53455420 ion..... SET \n+ 0x0018e4a0 2a203b20 4f505420 2a202020 20202020 * ; OPT * \n+ 0x0018e4b0 20202020 20202020 20202020 20202020 \n+ 0x0018e4c0 20202020 20202020 20207c20 52657365 | Rese\n+ 0x0018e4d0 74207468 65206465 6661756c 74730000 t the defaults..\n+ 0x0018e4e0 20202020 4e554c4c 20302032 30203020 NULL 0 20 0 \n+ 0x0018e4f0 32302027 41422720 20202020 20202020 20 'AB' \n+ 0x0018e500 20202020 20202020 20202020 20202020 \n+ 0x0018e510 20207c20 44726177 20612066 72616d65 | Draw a frame\n+ 0x0018e520 00000000 20202020 4c414245 4c203120 .... LABEL 1 \n+ 0x0018e530 3520274c 61623127 20274c61 62322720 5 'Lab1' 'Lab2' \n+ 0x0018e540 274c6162 33272027 4c616234 2720274c 'Lab3' 'Lab4' 'L\n+ 0x0018e550 61623527 20207c20 64656669 6e65206c ab5' | define l\n+ 0x0018e560 6162656c 73000000 20202020 562f4352 abels... V/CR\n+ 0x0018e570 45205657 53283529 20522032 382e3320 E VWS(5) R 28.3 \n+ 0x0018e580 31382e36 2031362e 39203133 2e352032 18.6 16.9 13.5 2\n+ 0x0018e590 322e3700 20202020 562f4352 45204f46 2.7. V/CRE OF\n+ 0x0018e5a0 46534554 28352920 20522032 2a302e20 FSET(5) R 2*0. \n+ 0x0018e5b0 322a3230 2e20302e 00000000 20202020 2*20. 0..... \n+ 0x0018e5c0 562f4352 4520434f 4c4f5552 28352920 V/CRE COLOUR(5) \n+ 0x0018e5d0 20522032 20332034 20352036 00000000 R 2 3 4 5 6....\n+ 0x0018e5e0 20202020 53455420 46414953 20312020 SET FAIS 1 \n 0x0018e5f0 20202020 20202020 20202020 20202020 \n- 0x0018e600 20202020 20207c20 46696c6c 20736f6c | Fill sol\n- 0x0018e610 69640000 20202020 53455420 424f5244 id.. SET BORD\n- 0x0018e620 20312020 20202020 20202020 20202020 1 \n+ 0x0018e600 20202020 20202020 20202020 20202020 \n+ 0x0018e610 20207c20 46696c6c 20736f6c 69640000 | Fill solid..\n+ 0x0018e620 20202020 53455420 424f5244 20312020 SET BORD 1 \n 0x0018e630 20202020 20202020 20202020 20202020 \n- 0x0018e640 20202020 20207c20 44726177 20746865 | Draw the\n- 0x0018e650 20626f72 64657200 20202020 50494520 border. PIE \n- 0x0018e660 31302e20 31302e20 372e2020 35205657 10. 10. 7. 5 VW\n- 0x0018e670 5320274c 27204f46 46534554 20212043 S 'L' OFFSET ! C\n- 0x0018e680 4f4c4f55 52202020 20207c20 44726177 OLOUR | Draw\n- 0x0018e690 20746865 20706965 20636861 72740000 the pie chart..\n- 0x0018e6a0 44726177 7320616e 20656c6c 69707365 Draws an ellipse\n- 0x0018e6b0 20696e20 74686520 63757272 656e7420 in the current \n- 0x0018e6c0 6e6f726d 616c6973 6174696f 6e207472 normalisation tr\n- 0x0018e6d0 616e7366 6f726d61 74696f6e 2e000000 ansformation....\n- 0x0018e6e0 54686520 70617261 6d657465 72205448 The parameter TH\n- 0x0018e6f0 45544120 726f7461 74657320 74686520 ETA rotates the \n- 0x0018e700 656c6c69 70736520 6d616a6f 7220616e ellipse major an\n- 0x0018e710 64206d69 6e6f7220 61786573 00000000 d minor axes....\n- 0x0018e720 28525820 616e6420 52592920 72656c61 (RX and RY) rela\n- 0x0018e730 74697665 20746f20 74686520 636f6f72 tive to the coor\n- 0x0018e740 64696e61 74657320 62792074 68652067 dinates by the g\n- 0x0018e750 6976656e 20616e67 6c652e00 54686520 iven angle..The \n- 0x0018e760 61206669 6c6c6564 20617265 61206973 a filled area is\n- 0x0018e770 20757365 642c2073 6f207468 6520656c used, so the el\n- 0x0018e780 6c697073 65206d61 79206265 2066696c lipse may be fil\n- 0x0018e790 6c656420 62790000 6368616e 67696e67 led by..changing\n- 0x0018e7a0 20746865 20617070 726f7072 69617465 the appropriate\n- 0x0018e7b0 20534554 20706172 616d6574 6572732e SET parameters.\n- 0x0018e7c0 00000000 20202020 53455420 2a203b20 .... SET * ; \n- 0x0018e7d0 4f505420 2a202020 20202020 2020207c OPT * |\n- 0x0018e7e0 20526573 65742074 68652064 65666175 Reset the defau\n- 0x0018e7f0 6c747300 20202020 4e554c4c 20302031 lts. NULL 0 1\n- 0x0018e800 30203020 31302027 41422720 2020207c 0 0 10 'AB' |\n- 0x0018e810 20447261 77206120 6672616d 65202863 Draw a frame (c\n- 0x0018e820 66204845 4c50204e 554c4c29 00000000 f HELP NULL)....\n- 0x0018e830 20202020 53455420 504c4349 20322020 SET PLCI 2 \n- 0x0018e840 20202020 20202020 2020207c 204c696e | Lin\n- 0x0018e850 6520636f 6c6f7572 20697320 72656400 e colour is red.\n- 0x0018e860 20202020 53455420 4c574944 20362020 SET LWID 6 \n- 0x0018e870 20202020 20202020 2020207c 204c696e | Lin\n- 0x0018e880 65207769 64746820 69732036 00000000 e width is 6....\n- 0x0018e890 20202020 53455420 424f5244 20312020 SET BORD 1 \n- 0x0018e8a0 20202020 20202020 2020207c 20426f72 | Bor\n- 0x0018e8b0 64657220 6f6e0000 20202020 53455420 der on.. SET \n- 0x0018e8c0 46414953 20312020 20202020 20202020 FAIS 1 \n- 0x0018e8d0 2020207c 2046696c 6c656420 61726561 | Filled area\n- 0x0018e8e0 00000000 20202020 53455420 46414349 .... SET FACI\n- 0x0018e8f0 20332020 20202020 20202020 2020207c 3 |\n- 0x0018e900 2046696c 6c656420 61726561 20617265 Filled area are\n- 0x0018e910 20677265 656e0000 77697468 20746865 green..with the\n- 0x0018e920 20637572 72656e74 2066696c 6c206172 current fill ar\n- 0x0018e930 65612061 6e64206c 696e6520 61747472 ea and line attr\n- 0x0018e940 69627574 65732e00 55736520 74686520 ibutes..Use the \n- 0x0018e950 63757272 656e7420 4e6f726d 616c6973 current Normalis\n- 0x0018e960 6174696f 6e207472 616e7366 6f726d61 ation transforma\n- 0x0018e970 74696f6e 2e000000 49662052 31206973 tion....If R1 is\n- 0x0018e980 206e6f74 20657175 616c2074 6f205232 not equal to R2\n- 0x0018e990 20746865 20617265 61206265 74776565 the area betwee\n- 0x0018e9a0 6e207468 65207477 6f206172 6373206f n the two arcs o\n- 0x0018e9b0 66207261 64697573 00000000 52312061 f radius....R1 a\n- 0x0018e9c0 6e642052 32206973 2066696c 6c656420 nd R2 is filled \n- 0x0018e9d0 6163636f 7264696e 6720746f 20746865 according to the\n- 0x0018e9e0 20637572 72656e74 2066696c 6c206172 current fill ar\n- 0x0018e9f0 65612061 74747269 62757465 732e0000 ea attributes...\n- 0x0018ea00 54686520 626f7264 65722069 73206e65 The border is ne\n- 0x0018ea10 76657220 64726177 6e20756e 6c657373 ver drawn unless\n- 0x0018ea20 20746865 20696e74 6572696f 72207374 the interior st\n- 0x0018ea30 796c6520 69732068 6f6c6c6f 77206f72 yle is hollow or\n- 0x0018ea40 00000000 74686520 636f6d6d 616e6420 ....the command \n- 0x0018ea50 53455420 424f5244 20312068 61732062 SET BORD 1 has b\n- 0x0018ea60 65656e20 63616c6c 65642e20 49662052 een called. If R\n- 0x0018ea70 31206973 20657175 616c2074 6f205232 1 is equal to R2\n- 0x0018ea80 20610000 20202020 4e554c4c 20302032 a.. NULL 0 2\n- 0x0018ea90 30203020 32302027 41422720 2020207c 0 0 20 'AB' |\n- 0x0018eaa0 20447261 77206120 6672616d 65202863 Draw a frame (c\n- 0x0018eab0 66204845 4c50204e 554c4c29 00000000 f HELP NULL)....\n- 0x0018eac0 20202020 41524320 20352020 35203420 ARC 5 5 4 \n- 0x0018ead0 34202120 21202020 2020207c 20447261 4 ! ! | Dra\n- 0x0018eae0 7720616e 20636972 636c6500 20202020 w an circle. \n- 0x0018eaf0 41524320 20352031 35203420 34203330 ARC 5 15 4 4 30\n- 0x0018eb00 20323630 2020207c 20447261 7720616e 260 | Draw an\n- 0x0018eb10 20617263 206f6620 63697263 6c650000 arc of circle..\n- 0x0018eb20 20202020 53455420 46414953 20332020 SET FAIS 3 \n- 0x0018eb30 20202020 20202020 2020207c 2046696c | Fil\n- 0x0018eb40 6c206172 65612077 69746820 68617463 l area with hatc\n- 0x0018eb50 68657300 20202020 53455420 46415349 hes. SET FASI\n- 0x0018eb60 20332020 20202020 20202020 2020207c 3 |\n- 0x0018eb70 20547970 65206f66 20686174 63686573 Type of hatches\n- 0x0018eb80 00000000 20202020 41524320 31352031 .... ARC 15 1\n- 0x0018eb90 35203120 34202120 21202020 2020207c 5 1 4 ! ! |\n- 0x0018eba0 20447261 7720616e 20617263 00000000 Draw an arc....\n- 0x0018ebb0 20202020 53455420 424f5244 20312020 SET BORD 1 \n- 0x0018ebc0 20202020 20202020 2020207c 20426f72 | Bor\n- 0x0018ebd0 64657220 69732072 65717565 73746564 der is requested\n- 0x0018ebe0 00000000 20202020 41524320 31352020 .... ARC 15 \n- 0x0018ebf0 35203120 34203330 20212020 2020207c 5 1 4 30 ! |\n- 0x0018ec00 20447261 7720616e 20617263 00000000 Draw an arc....\n- 0x0018ec10 44726177 20616e20 61786973 20776974 Draw an axis wit\n- 0x0018ec20 68206465 6661756c 74207661 6c756573 h default values\n- 0x0018ec30 2e000000 4c6f6761 72697468 6d696320 ....Logarithmic \n- 0x0018ec40 7363616c 652c2064 65666175 6c742069 scale, default i\n- 0x0018ec50 73206c69 6e656172 2e000000 426c616e s linear....Blan\n- 0x0018ec60 6b206178 69732e20 55736566 756c2074 k axis. Useful t\n- 0x0018ec70 6f207375 70657270 6f736520 61786973 o superpose axis\n- 0x0018ec80 2e000000 556e6c61 62656c6c 65642061 ....Unlabelled a\n- 0x0018ec90 7869732c 20646566 61756c74 20697320 xis, default is \n- 0x0018eca0 6c616265 6c6c6564 2e000000 5469636b labelled....Tick\n- 0x0018ecb0 206d6172 6b732061 72652064 7261776e marks are drawn\n- 0x0018ecc0 206f6e20 506f7369 74697665 20736964 on Positive sid\n- 0x0018ecd0 652e2028 64656661 756c7429 00000000 e. (default)....\n- 0x0018ece0 5469636b 206d6172 6b732061 72652064 Tick marks are d\n- 0x0018ecf0 7261776e 206f6e20 74686520 6e656761 rawn on the nega\n- 0x0018ed00 74697665 20736964 652e0000 5469636b tive side...Tick\n- 0x0018ed10 206d6172 6b732061 72652064 7261776e marks are drawn\n- 0x0018ed20 206f6e20 45717561 6c207369 64650000 on Equal side..\n- 0x0018ed30 4c616265 6c732061 72652064 7261776e Labels are drawn\n- 0x0018ed40 20506172 616c6c65 6c20746f 20746865 Parallel to the\n- 0x0018ed50 20617869 73000000 4c616265 6c732061 axis...Labels a\n- 0x0018ed60 72652064 7261776e 204f7274 686f676f re drawn Orthogo\n- 0x0018ed70 6e616c20 746f2074 68652061 78697320 nal to the axis \n- 0x0018ed80 28546f70 20746f20 446f776e 292e0000 (Top to Down)...\n- 0x0018ed90 4c616265 6c732061 72652064 7261776e Labels are drawn\n- 0x0018eda0 204f7274 686f676f 6e616c20 746f2074 Orthogonal to t\n- 0x0018edb0 68652061 78697320 28446f77 6e20746f he axis (Down to\n- 0x0018edc0 20546f70 292e0000 6c616265 6c732061 Top)...labels a\n- 0x0018edd0 72652052 69676874 2061646a 75737465 re Right adjuste\n- 0x0018ede0 64206f6e 20746963 6b206d61 726b2e00 d on tick mark..\n- 0x0018edf0 6c616265 6c732061 7265204c 65667420 labels are Left \n- 0x0018ee00 61646a75 73746564 206f6e20 7469636b adjusted on tick\n- 0x0018ee10 206d6172 6b2e0000 6c616265 6c732061 mark...labels a\n- 0x0018ee20 72652043 656e7472 6564206f 6e207469 re Centred on ti\n- 0x0018ee30 636b206d 61726b2e 00000000 496e2074 ck mark.....In t\n- 0x0018ee40 6865204d 6964646c 65206f66 20746865 he Middle of the\n- 0x0018ee50 20646976 6973696f 6e732e00 44697265 divisions..Dire\n- 0x0018ee60 6374696f 6e206f66 206c6162 656c7320 ction of labels \n- 0x0018ee70 444f574e 202e2044 65666175 6c742069 DOWN . Default i\n- 0x0018ee80 73205249 47485400 44726177 20616e20 s RIGHT.Draw an \n- 0x0018ee90 61786973 20696e20 74686520 63757272 axis in the curr\n- 0x0018eea0 656e7420 4e6f726d 616c6973 6174696f ent Normalisatio\n- 0x0018eeb0 6e207472 616e7366 6f726d61 74696f6e n transformation\n- 0x0018eec0 2e000000 20202020 20202020 20202020 .... \n- 0x0018eed0 4e444956 3d4e3120 2b203130 302a4e32 NDIV=N1 + 100*N2\n- 0x0018eee0 202b2031 30303030 2a4e3300 4e312c20 + 10000*N3.N1, \n- 0x0018eef0 4e322c20 4e33203d 204e756d 62657220 N2, N3 = Number \n- 0x0018ef00 6f662031 73742c20 326e642c 20337264 of 1st, 2nd, 3rd\n- 0x0018ef10 20646976 6973696f 6e732072 65737065 divisions respe\n- 0x0018ef20 63746976 656c792c 2065673a 2e000000 ctively, eg:....\n- 0x0018ef30 20202020 20202020 20202020 4e444956 NDIV\n- 0x0018ef40 3d30202d 2d3e206e 6f207469 636b206d =0 --> no tick m\n- 0x0018ef50 61726b73 2e000000 20202020 20202020 arks.... \n- 0x0018ef60 20202020 4e444956 3d32202d 2d3e2032 NDIV=2 --> 2\n- 0x0018ef70 20646976 6973696f 6e732c20 6f6e6520 divisions, one \n- 0x0018ef80 7469636b 206d6172 6b20696e 20746865 tick mark in the\n- 0x0018ef90 206d6964 646c6500 20202020 20202020 middle. \n- 0x0018efa0 20202020 20202020 20202020 2020206f o\n- 0x0018efb0 66207468 65206178 69732e00 4f726965 f the axis..Orie\n- 0x0018efc0 6e746174 696f6e20 6f662074 69636b20 ntation of tick \n- 0x0018efd0 6d61726b 73206f6e 20617869 733a2054 marks on axis: T\n- 0x0018efe0 69636b20 6d61726b 73206172 65206e6f ick marks are no\n- 0x0018eff0 726d616c 6c792064 7261776e 00000000 rmally drawn....\n- 0x0018f000 6f6e2074 68652070 6f736974 69766520 on the positive \n- 0x0018f010 73696465 206f6620 74686520 61786973 side of the axis\n- 0x0018f020 2e486f77 65766572 2c206966 2058303d .However, if X0=\n- 0x0018f030 58312c20 7468656e 204e6567 61746976 X1, then Negativ\n- 0x0018f040 65202e00 20202020 20202020 43484f50 e .. CHOP\n- 0x0018f050 543d272b 273a2074 69636b20 6d61726b T='+': tick mark\n- 0x0018f060 73206172 65206472 61776e20 6f6e2050 s are drawn on P\n- 0x0018f070 6f736974 69766520 73696465 2e202864 ositive side. (d\n- 0x0018f080 65666175 6c742900 20202020 20202020 efault). \n- 0x0018f090 43484f50 543d272d 273a2074 69636b20 CHOPT='-': tick \n- 0x0018f0a0 6d61726b 73206172 65206472 61776e20 marks are drawn \n- 0x0018f0b0 6f6e2074 6865206e 65676174 69766520 on the negative \n- 0x0018f0c0 73696465 2e000000 20202020 20202020 side.... \n- 0x0018f0d0 692e653a 20272b2d 27202d2d 3e207469 i.e: '+-' --> ti\n- 0x0018f0e0 636b206d 61726b73 20617265 20647261 ck marks are dra\n- 0x0018f0f0 776e206f 6e20626f 74682073 69646573 wn on both sides\n- 0x0018f100 206f6620 74686520 61786973 2e000000 of the axis....\n- 0x0018f110 506f7369 74696f6e 206f6620 6c616265 Position of labe\n- 0x0018f120 6c73206f 6e206178 69733a20 4c616265 ls on axis: Labe\n- 0x0018f130 6c732061 7265206e 6f726d61 6c6c7920 ls are normally \n- 0x0018f140 64726177 6e206f6e 20736964 65000000 drawn on side...\n- 0x0018f150 6f70706f 73697465 20746f20 7469636b opposite to tick\n- 0x0018f160 206d6172 6b732e48 6f776576 65723a00 marks.However:.\n- 0x0018f170 20202020 20202020 43484f50 543d2027 CHOPT= '\n- 0x0018f180 3d272020 206f6e20 45717561 6c207369 =' on Equal si\n- 0x0018f190 64650000 4f726965 6e746174 696f6e20 de..Orientation \n- 0x0018f1a0 6f66206c 6162656c 73206f6e 20617869 of labels on axi\n- 0x0018f1b0 733a204c 6162656c 73206172 65206e6f s: Labels are no\n- 0x0018f1c0 726d616c 6c792064 7261776e 00000000 rmally drawn....\n- 0x0018f1d0 70617261 6c6c656c 20746f20 74686520 parallel to the \n- 0x0018f1e0 61786973 2e20486f 77657665 723a0000 axis. However:..\n- 0x0018f1f0 20202020 20202020 69662058 303d5831 if X0=X1\n- 0x0018f200 2c207468 656e204f 7274686f 676f6e61 , then Orthogona\n- 0x0018f210 6c000000 20202020 20202020 69662059 l... if Y\n- 0x0018f220 303d5931 2c207468 656e2050 6172616c 0=Y1, then Paral\n- 0x0018f230 6c656c00 20202020 20202020 43484f50 lel. CHOP\n- 0x0018f240 543d2027 5027203a 20506172 616c6c65 T= 'P' : Paralle\n- 0x0018f250 6c20746f 20746865 20617869 73000000 l to the axis...\n- 0x0018f260 20202020 20202020 43484f50 543d2027 CHOPT= '\n- 0x0018f270 4f27203a 204f7274 686f676f 6e616c20 O' : Orthogonal \n- 0x0018f280 746f2074 68652061 78697320 28546f70 to the axis (Top\n- 0x0018f290 20746f20 446f776e 292e0000 20202020 to Down)... \n- 0x0018f2a0 20202020 43484f50 543d2027 3027203a CHOPT= '0' :\n- 0x0018f2b0 204f7274 686f676f 6e616c20 746f2074 Orthogonal to t\n- 0x0018f2c0 68652061 78697320 28446f77 6e20746f he axis (Down to\n- 0x0018f2d0 20546f70 292e0000 506f7369 74696f6e Top)...Position\n- 0x0018f2e0 206f6620 6c616265 6c73206f 6e207469 of labels on ti\n- 0x0018f2f0 636b206d 61726b73 3a204c61 62656c73 ck marks: Labels\n- 0x0018f300 20617265 2063656e 74726564 206f6e00 are centred on.\n- 0x0018f310 7469636b 206d6172 6b732e20 486f7765 tick marks. Howe\n- 0x0018f320 76657220 2c206966 2058303d 58312c20 ver , if X0=X1, \n- 0x0018f330 7468656e 20746865 79206172 65207269 then they are ri\n- 0x0018f340 67687420 61646a75 73746564 2e000000 ght adjusted....\n- 0x0018f350 20202020 20202020 43484f50 543d2752 CHOPT='R\n- 0x0018f360 273a206c 6162656c 73206172 65205269 ': labels are Ri\n- 0x0018f370 67687420 61646a75 73746564 206f6e20 ght adjusted on \n- 0x0018f380 7469636b 206d6172 6b2e0000 20202020 tick mark... \n- 0x0018f390 20202020 20202020 20202020 20202028 (\n- 0x0018f3a0 64656661 756c7420 69732063 656e7472 default is centr\n- 0x0018f3b0 65642900 20202020 20202020 43484f50 ed). CHOP\n- 0x0018f3c0 543d274c 273a206c 6162656c 73206172 T='L': labels ar\n- 0x0018f3d0 65204c65 66742061 646a7573 74656420 e Left adjusted \n- 0x0018f3e0 6f6e2074 69636b20 6d61726b 2e000000 on tick mark....\n- 0x0018f3f0 20202020 20202020 43484f50 543d2743 CHOPT='C\n- 0x0018f400 273a206c 6162656c 73206172 65204365 ': labels are Ce\n- 0x0018f410 6e747265 64206f6e 20746963 6b206d61 ntred on tick ma\n- 0x0018f420 726b2e00 20202020 20202020 43484f50 rk.. CHOP\n- 0x0018f430 543d274d 273a2049 6e207468 65204d69 T='M': In the Mi\n- 0x0018f440 64646c65 206f6620 74686520 64697669 ddle of the divi\n- 0x0018f450 73696f6e 732e0000 44697265 6374696f sions...Directio\n- 0x0018f460 6e206f66 206c6162 656c733a 20446566 n of labels: Def\n- 0x0018f470 61756c74 20697320 52494748 54000000 ault is RIGHT...\n- 0x0018f480 466f726d 6174206f 66206c61 62656c73 Format of labels\n- 0x0018f490 3a20426c 616e6b20 63686172 61637465 : Blank characte\n- 0x0018f4a0 72732061 72652073 74726970 7065642c rs are stripped,\n- 0x0018f4b0 20616e64 20746865 6e207468 65000000 and then the...\n- 0x0018f4c0 6c616265 6c206973 20636f72 72656374 label is correct\n- 0x0018f4d0 6c792061 6c69676e 65642e20 54686520 ly aligned. The \n- 0x0018f4e0 646f742c 6966206c 61737420 63686172 dot,if last char\n- 0x0018f4f0 61637465 72206f66 20746865 00000000 acter of the....\n- 0x0018f500 73747269 6e672c20 69732061 6c736f20 string, is also \n- 0x0018f510 73747269 70706564 2c20756e 6c657373 stripped, unless\n- 0x0018f520 00000000 20202020 20202020 43484f50 .... CHOP\n- 0x0018f530 543d272e 27202020 2020446f 74206f62 T='.' Dot ob\n- 0x0018f540 6c696761 746f7279 00000000 496e2074 ligatory....In t\n- 0x0018f550 68652066 6f6c6c6f 77696e67 2c207765 he following, we\n- 0x0018f560 20686176 6520736f 6d652070 6172616d have some param\n- 0x0018f570 65746572 732c206c 696b6500 7469636b eters, like.tick\n- 0x0018f580 206d6172 6b73206c 656e6774 6820616e marks length an\n- 0x0018f590 64206368 61726163 74657273 20686569 d characters hei\n- 0x0018f5a0 67687420 28696e20 70657263 656e7461 ght (in percenta\n- 0x0018f5b0 67650000 6f662074 6865206c 656e6774 ge..of the lengt\n- 0x0018f5c0 68206f66 20746865 20617869 73292e54 h of the axis).T\n- 0x0018f5d0 68652064 65666175 6c742076 616c7565 he default value\n- 0x0018f5e0 73206172 65206173 20666f6c 6c6f7773 s are as follows\n- 0x0018f5f0 3a000000 20202020 20202020 5072696d :... Prim\n- 0x0018f600 61727920 7469636b 206d6172 6b733a20 ary tick marks: \n- 0x0018f610 332e3020 25000000 20202020 20202020 3.0 %... \n- 0x0018f620 5365636f 6e646172 79207469 636b206d Secondary tick m\n- 0x0018f630 61726b73 3a20312e 35202500 20202020 arks: 1.5 %. \n- 0x0018f640 20202020 54686972 64206f72 64657220 Third order \n- 0x0018f650 7469636b 206d6172 6b733a20 2e373520 tick marks: .75 \n- 0x0018f660 25000000 20202020 20202020 43686172 %... Char\n- 0x0018f670 61637465 72732068 65696768 7420666f acters height fo\n- 0x0018f680 72206c61 62656c73 3a203225 00000000 r labels: 2%....\n- 0x0018f690 20202020 20202020 43686172 61637465 Characte\n- 0x0018f6a0 72732073 70616369 6e672028 72656c61 rs spacing (rela\n- 0x0018f6b0 74656420 746f2068 65696768 74293a20 ted to height): \n- 0x0018f6c0 34302500 54797065 206f6620 6c616265 40%.Type of labe\n- 0x0018f6d0 6c733a20 4c616265 6c732061 7265206e ls: Labels are n\n- 0x0018f6e0 6f726d61 6c6c7920 6e756d65 72696320 ormally numeric \n- 0x0018f6f0 2e20486f 77657665 722c2061 6c706861 . However, alpha\n- 0x0018f700 6e756d65 72696300 6c616265 6c732063 numeric.labels c\n- 0x0018f710 616e2062 65206472 61776e20 28736565 an be drawn (see\n- 0x0018f720 20636f6d 6d616e64 204c4142 454c292e command LABEL).\n- 0x0018f730 00000000 20202020 20202020 43484f50 .... CHOP\n- 0x0018f740 543d2754 273a2020 20416c70 68616e75 T='T': Alphanu\n- 0x0018f750 6d657269 63206c61 62656c73 202e0000 meric labels ...\n- 0x0018f760 496e7472 696e7369 63207061 72616d65 Intrinsic parame\n- 0x0018f770 74657273 3a205468 65736520 76616c75 ters: These valu\n- 0x0018f780 65732063 616e2062 65206368 616e6765 es can be change\n- 0x0018f790 64207769 74682074 68652063 6f6d6d61 d with the comma\n- 0x0018f7a0 6e640000 5345542e 20546865 20646566 nd..SET. The def\n- 0x0018f7b0 61756c74 2076616c 75652069 73207573 ault value is us\n- 0x0018f7c0 65642075 6e6c6573 73207468 6520636f ed unless the co\n- 0x0018f7d0 72726573 706f6e64 696e6720 6f707469 rresponding opti\n- 0x0018f7e0 6f6e2069 73000000 20202020 20202020 on is... \n- 0x0018f7f0 43484f50 543d2744 27205468 65206469 CHOPT='D' The di\n- 0x0018f800 7374616e 63652062 65747765 656e2074 stance between t\n- 0x0018f810 6865206c 6162656c 7320616e 64207468 he labels and th\n- 0x0018f820 65206178 69730000 20202020 20202020 e axis.. \n- 0x0018f830 20202020 20202020 20202874 6865206f (the o\n- 0x0018f840 66667365 74292069 73206769 76656e20 ffset) is given \n- 0x0018f850 62792074 68652070 72656365 64696e67 by the preceding\n- 0x0018f860 20636f6d 6d616e64 00000000 20202020 command.... \n- 0x0018f870 20202020 20202020 20202020 20205345 SE\n- 0x0018f880 54207769 74682074 68652070 6172616d T with the param\n- 0x0018f890 65746572 204c414f 462e0000 20202020 eter LAOF... \n- 0x0018f8a0 20202020 43484f50 543d2748 27205468 CHOPT='H' Th\n- 0x0018f8b0 65207369 7a652028 68656967 68742920 e size (height) \n- 0x0018f8c0 6f662074 6865206c 6162656c 73206973 of the labels is\n- 0x0018f8d0 20676976 656e2062 79207468 65000000 given by the...\n- 0x0018f8e0 20202020 20202020 20202020 20202020 \n- 0x0018f8f0 20207072 65636564 696e6720 636f6d6d preceding comm\n- 0x0018f900 616e6420 53455420 77697468 20746865 and SET with the\n- 0x0018f910 20706172 616d6574 6572204c 4153492e parameter LASI.\n- 0x0018f920 00000000 20202020 20202020 43484f50 .... CHOP\n- 0x0018f930 543d2753 27205468 65207369 7a65206f T='S' The size o\n- 0x0018f940 66207468 65207469 636b206d 61726b73 f the tick marks\n- 0x0018f950 20697320 67697665 6e206279 20746865 is given by the\n- 0x0018f960 20707265 63656469 6e670000 20202020 preceding.. \n- 0x0018f970 20202020 20202020 20202020 2020636f co\n- 0x0018f980 6d6d616e 64205345 54207769 74682074 mmand SET with t\n- 0x0018f990 68652070 6172616d 65746572 20544d53 he parameter TMS\n- 0x0018f9a0 492e0000 41786973 2062696e 6e696e67 I...Axis binning\n- 0x0018f9b0 206f7074 696d6973 6174696f 6e3a2042 optimisation: B\n- 0x0018f9c0 79206465 6661756c 74207468 65206178 y default the ax\n- 0x0018f9d0 69732062 696e6e69 6e672069 73206f70 is binning is op\n- 0x0018f9e0 74696d69 73656420 2e000000 20202020 timised .... \n- 0x0018f9f0 20202020 43484f50 543d274e 273a204e CHOPT='N': N\n- 0x0018fa00 6f206269 6e6e696e 67206f70 74696d69 o binning optimi\n- 0x0018fa10 73617469 6f6e0000 20202020 20202020 sation.. \n- 0x0018fa20 43484f50 543d2749 273a2049 6e746567 CHOPT='I': Integ\n- 0x0018fa30 6572206c 6162656c 6c696e67 00000000 er labelling....\n- 0x0018fa40 20202020 53455420 2a203b20 4f505420 SET * ; OPT \n- 0x0018fa50 2a202020 20202020 20202020 20202020 * \n- 0x0018fa60 20202020 20202020 2020207c 20526573 | Res\n- 0x0018fa70 65742074 68652064 65666175 6c747300 et the defaults.\n- 0x0018fa80 20202020 4e554c20 30203132 20302031 NUL 0 12 0 1\n- 0x0018fa90 32202741 27202020 20202020 20202020 2 'A' \n- 0x0018faa0 20202020 20202020 2020207c 20447261 | Dra\n- 0x0018fab0 77206120 6672616d 65202863 66204845 w a frame (cf HE\n- 0x0018fac0 4c50204e 554c4c29 00000000 20202020 LP NULL).... \n- 0x0018fad0 41584953 20312020 31312020 31202031 AXIS 1 11 1 1\n- 0x0018fae0 20203020 20313030 20203531 30202741 0 100 510 'A\n- 0x0018faf0 27202020 2020207c 20417869 73207769 ' | Axis wi\n- 0x0018fb00 74682061 72726f77 00000000 20202020 th arrow.... \n- 0x0018fb10 41584953 20312020 31312020 33202033 AXIS 1 11 3 3\n- 0x0018fb20 20203120 20313030 30302020 35313020 1 10000 510 \n- 0x0018fb30 27472720 2020207c 204c4f47 20617869 'G' | LOG axi\n- 0x0018fb40 73000000 20202020 4c414245 4c203120 s... LABEL 1 \n- 0x0018fb50 31312061 20622063 20642065 20662067 11 a b c d e f g\n- 0x0018fb60 20682069 206a206b 20202020 2020207c h i j k |\n- 0x0018fb70 20646566 696e6520 616c7068 616e756d define alphanum\n- 0x0018fb80 65726963 206c6162 656c7300 20202020 eric labels. \n- 0x0018fb90 41584953 20312020 31312020 35202035 AXIS 1 11 5 5\n- 0x0018fba0 20203020 20313220 20313120 274e4154 0 12 11 'NAT\n- 0x0018fbb0 59272020 2020207c 20616c70 68616e75 Y' | alphanu\n- 0x0018fbc0 6d657269 63206c61 62656c6c 696e6700 meric labelling.\n- 0x0018fbd0 20202020 41584953 20312020 31312020 AXIS 1 11 \n- 0x0018fbe0 36202036 20202d31 30302020 30202035 6 6 -100 0 5\n- 0x0018fbf0 31302027 41270000 20202020 41584953 10 'A'.. AXIS\n- 0x0018fc00 20313120 20312020 37202037 20202d31 11 1 7 7 -1\n- 0x0018fc10 30302020 30202038 31302027 412b2d27 00 0 810 'A+-'\n- 0x0018fc20 2020207c 20446f75 626c6520 73696465 | Double side\n- 0x0018fc30 20746963 6b206d61 726b7300 20202020 tick marks. \n- 0x0018fc40 41584953 20312020 31312020 38202031 AXIS 1 11 8 1\n- 0x0018fc50 31202030 20203132 33343536 37202036 1 0 1234567 6\n- 0x0018fc60 31352027 4127207c 20657870 6f6e656e 15 'A' | exponen\n- 0x0018fc70 74206973 20726571 75697265 64000000 t is required...\n- 0x0018fc80 4e6f7465 20746861 74207468 6520636f Note that the co\n- 0x0018fc90 6d6d616e 64205449 43207072 6f766964 mmand TIC provid\n- 0x0018fca0 65732061 2073696d 706c6572 20696e74 es a simpler int\n- 0x0018fcb0 65726661 63652074 6f207265 64726177 erface to redraw\n- 0x0018fcc0 20617869 73000000 6f6e2074 68652063 axis...on the c\n- 0x0018fcd0 75727265 6e742070 6c6f742e 204d6f72 urrent plot. Mor\n- 0x0018fce0 656f7665 72206974 20757365 20746865 eover it use the\n- 0x0018fcf0 204e4456 582c204e 44565920 65746320 NDVX, NDVY etc \n- 0x0018fd00 2e2e2061 74747269 62757465 732e0000 .. attributes...\n- 0x0018fd10 77697468 20746865 20637572 72656e74 with the current\n- 0x0018fd20 2066696c 6c206172 65612061 74747269 fill area attri\n- 0x0018fd30 62757465 732e0000 20202020 4e554c4c butes... NULL\n- 0x0018fd40 20302031 30203020 31302020 20202020 0 10 0 10 \n- 0x0018fd50 2020207c 20447261 77206120 6672616d | Draw a fram\n- 0x0018fd60 65202863 66204845 4c50204e 554c4c29 e (cf HELP NULL)\n- 0x0018fd70 00000000 20202020 53455420 46414953 .... SET FAIS\n- 0x0018fd80 20312020 20202020 20202020 2020207c 1 |\n- 0x0018fd90 2046696c 6c206172 65612069 6e746572 Fill area inter\n- 0x0018fda0 696f7220 7374796c 6520736f 6c696400 ior style solid.\n- 0x0018fdb0 20202020 46504f49 4e542035 2031202e FPOINT 5 1 .\n- 0x0018fdc0 31202020 20202020 2020207c 20447261 1 | Dra\n- 0x0018fdd0 77206120 66696c6c 65642070 6f696e74 w a filled point\n- 0x0018fde0 00000000 20202020 46504f49 4e542035 .... FPOINT 5\n- 0x0018fdf0 2033202e 32202020 20202020 2020207c 3 .2 |\n- 0x0018fe00 20447261 77206120 66696c6c 65642070 Draw a filled p\n- 0x0018fe10 6f696e74 00000000 20202020 46504f49 oint.... FPOI\n- 0x0018fe20 4e542035 2035202e 33202020 20202020 NT 5 5 .3 \n- 0x0018fe30 2020207c 20447261 77206120 66696c6c | Draw a fill\n- 0x0018fe40 65642070 6f696e74 00000000 20202020 ed point.... \n- 0x0018fe50 53455420 46414349 20342020 20202020 SET FACI 4 \n- 0x0018fe60 20202020 2020207c 20546865 2066696c | The fil\n- 0x0018fe70 6c206172 65612063 6f6c6f75 72206973 l area colour is\n- 0x0018fe80 20626c75 65000000 20202020 46504f49 blue... FPOI\n- 0x0018fe90 4e542035 2037202e 34202020 20202020 NT 5 7 .4 \n- 0x0018fea0 2020207c 20447261 77206120 66696c6c | Draw a fill\n- 0x0018feb0 65642070 6f696e74 00000000 20202020 ed point.... \n- 0x0018fec0 46504f49 4e542035 2039202e 35202020 FPOINT 5 9 .5 \n- 0x0018fed0 20202020 2020207c 20447261 77206120 | Draw a \n- 0x0018fee0 66696c6c 65642070 6f696e74 00000000 filled point....\n- 0x0018fef0 44726177 2061206c 696e6520 77697468 Draw a line with\n- 0x0018ff00 20617272 6f772069 6e206d69 64646c65 arrow in middle\n- 0x0018ff10 20286665 726d696f 6e206c69 6e652900 (fermion line).\n- 0x0018ff20 77697468 20746865 20637572 72656e74 with the current\n- 0x0018ff30 206c696e 6520616e 64206669 6c6c2061 line and fill a\n- 0x0018ff40 72656120 61747472 69627574 65732e00 rea attributes..\n- 0x0018ff50 20202020 4e554c4c 20302031 30203020 NULL 0 10 0 \n- 0x0018ff60 36202020 20202020 2020207c 20447261 6 | Dra\n- 0x0018ff70 77206120 6672616d 65202863 66204845 w a frame (cf HE\n- 0x0018ff80 4c50204e 554c4c29 00000000 20202020 LP NULL).... \n- 0x0018ff90 41524c49 4e452031 20312039 2031202e ARLINE 1 1 9 1 .\n- 0x0018ffa0 32202020 2020207c 20447261 77206120 2 | Draw a \n- 0x0018ffb0 6172726f 77206c69 6e652028 6c656674 arrow line (left\n- 0x0018ffc0 20746f20 72696768 74290000 20202020 to right).. \n- 0x0018ffd0 41524c49 4e452039 20322031 2032202e ARLINE 9 2 1 2 .\n- 0x0018ffe0 34202020 2020207c 20447261 77206120 4 | Draw a \n- 0x0018fff0 6172726f 77206c69 6e652028 72696768 arrow line (righ\n- 0x00190000 7420746f 206c6566 74290000 20202020 t to left).. \n- 0x00190010 53455420 504c4349 20322020 20202020 SET PLCI 2 \n- 0x00190020 20202020 2020207c 20417272 6f772063 | Arrow c\n- 0x00190030 6f6c6f75 72206973 20726564 00000000 olour is red....\n- 0x00190040 20202020 41524c49 4e452039 20332031 ARLINE 9 3 1\n- 0x00190050 2033202e 34202020 2020207c 20447261 3 .4 | Dra\n- 0x00190060 77206120 6172726f 77206c69 6e652028 w a arrow line (\n- 0x00190070 72696768 7420746f 206c6566 74290000 right to left)..\n- 0x00190080 20202020 53455420 4c574944 20382020 SET LWID 8 \n- 0x00190090 20202020 20202020 2020207c 20417272 | Arr\n- 0x001900a0 6f77206c 696e6520 77696474 68206973 ow line width is\n- 0x001900b0 20380000 20202020 41524c49 4e452039 8.. ARLINE 9\n- 0x001900c0 20342031 2034202e 34202020 2020207c 4 1 4 .4 |\n- 0x001900d0 20447261 77206120 6172726f 77206c69 Draw a arrow li\n- 0x001900e0 6e652028 72696768 7420746f 206c6566 ne (right to lef\n- 0x001900f0 74290000 20202020 53455420 4c545950 t).. SET LTYP\n- 0x00190100 20332020 20202020 20202020 2020207c 3 |\n- 0x00190110 20417272 6f77206c 696e6520 74797065 Arrow line type\n- 0x00190120 20697320 646f7474 65640000 20202020 is dotted.. \n- 0x00190130 41524c49 4e452039 20352031 2035202e ARLINE 9 5 1 5 .\n- 0x00190140 34202020 2020207c 20447261 77206120 4 | Draw a \n- 0x00190150 6172726f 77206c69 6e652028 72696768 arrow line (righ\n- 0x00190160 7420746f 206c6566 74290000 5820636f t to left)..X co\n- 0x00190170 6f726469 6e617465 206f6620 74686520 ordinate of the \n- 0x00190180 62656769 6e206f66 2068656c 69780000 begin of helix..\n- 0x00190190 5920636f 6f726469 6e617465 206f6620 Y coordinate of \n- 0x001901a0 74686520 62656769 6e206f66 2068656c the begin of hel\n- 0x001901b0 69780000 5820636f 6f726469 6e617465 ix..X coordinate\n- 0x001901c0 206f6620 74686520 656e6420 6f662068 of the end of h\n- 0x001901d0 656c6978 00000000 5920636f 6f726469 elix....Y coordi\n- 0x001901e0 6e617465 206f6620 74686520 656e6420 nate of the end \n- 0x001901f0 6f662068 656c6978 00000000 77697468 of helix....with\n- 0x00190200 20746865 20637572 72656e74 206c696e the current lin\n- 0x00190210 65206174 74726962 75746573 2e000000 e attributes....\n- 0x00190220 4665796e 6d616e20 67726170 683a2067 Feynman graph: g\n- 0x00190230 6c756f6e 20706869 203d2033 302c2070 luon phi = 30, p\n- 0x00190240 686f746f 6e207068 69203d20 302e0000 hoton phi = 0...\n- 0x00190250 20202020 53455420 2a203b20 4f505420 SET * ; OPT \n- 0x00190260 2a202020 20202020 20202020 20202020 * \n- 0x00190270 7c205265 73657420 74686520 64656661 | Reset the defa\n- 0x00190280 756c7473 00000000 20202020 4e554c20 ults.... NUL \n- 0x00190290 30203130 20302031 30202741 42272020 0 10 0 10 'AB' \n- 0x001902a0 20202020 20202020 7c204472 61772061 | Draw a\n- 0x001902b0 20667261 6d652028 63662048 454c5020 frame (cf HELP \n- 0x001902c0 4e554c4c 29000000 20202020 41524348 NULL)... ARCH\n- 0x001902d0 454c4958 20312031 20332033 20212039 ELIX 1 1 3 3 ! 9\n- 0x001902e0 20212031 20202020 7c204472 61772061 ! 1 | Draw a\n- 0x001902f0 6e206865 6c697800 20202020 53455420 n helix. SET \n- 0x00190300 4c574944 20382020 20202020 20202020 LWID 8 \n- 0x00190310 20202020 20202020 7c204865 6c697820 | Helix \n- 0x00190320 6c696e65 20776964 74682069 73203800 line width is 8.\n- 0x00190330 20202020 41524348 454c4958 20332033 ARCHELIX 3 3\n- 0x00190340 20372037 20212039 20212031 20202020 7 7 ! 9 ! 1 \n- 0x00190350 7c204472 61772061 6e206865 6c697800 | Draw an helix.\n- 0x00190360 20202020 53455420 504c4349 20322020 SET PLCI 2 \n- 0x00190370 20202020 20202020 20202020 20202020 \n- 0x00190380 7c204172 726f7720 636f6c6f 75722069 | Arrow colour i\n- 0x00190390 73207265 64000000 20202020 53455420 s red... SET \n- 0x001903a0 4c545950 20322020 20202020 20202020 LTYP 2 \n- 0x001903b0 20202020 20202020 7c204865 6c697820 | Helix \n- 0x001903c0 6c696e65 20747970 65206973 20646173 line type is das\n- 0x001903d0 68656400 20202020 41524348 454c4958 hed. ARCHELIX\n- 0x001903e0 20372037 20313020 31302021 20392021 7 7 10 10 ! 9 !\n- 0x001903f0 20332020 7c204472 61772061 6e206865 3 | Draw an he\n- 0x00190400 6c697800 20202020 53455420 2a203b20 lix. SET * ; \n- 0x00190410 4f505420 2a202020 20202020 20202020 OPT * \n- 0x00190420 20207c20 52657365 74207468 65206465 | Reset the de\n- 0x00190430 6661756c 74730000 20202020 4e554c20 faults.. NUL \n- 0x00190440 30203130 20302031 30202741 42272020 0 10 0 10 'AB' \n- 0x00190450 20202020 20207c20 44726177 20612066 | Draw a f\n- 0x00190460 72616d65 20286366 2048454c 50204e55 rame (cf HELP NU\n- 0x00190470 4c4c2900 20202020 48454c49 58203120 LL). HELIX 1 \n- 0x00190480 31203320 33202120 31302021 20202020 1 3 3 ! 10 ! \n- 0x00190490 20207c20 44726177 20616e20 68656c69 | Draw an heli\n- 0x001904a0 78000000 20202020 53455420 4c574944 x... SET LWID\n- 0x001904b0 20382020 20202020 20202020 20202020 8 \n- 0x001904c0 20207c20 48656c69 78206c69 6e652077 | Helix line w\n- 0x001904d0 69647468 20697320 38000000 20202020 idth is 8... \n- 0x001904e0 48454c49 58203320 33203720 37203120 HELIX 3 3 7 7 1 \n- 0x001904f0 20352021 20202020 20207c20 44726177 5 ! | Draw\n- 0x00190500 20616e20 68656c69 78000000 20202020 an helix... \n- 0x00190510 53455420 504c4349 20322020 20202020 SET PLCI 2 \n- 0x00190520 20202020 20202020 20207c20 4172726f | Arro\n- 0x00190530 7720636f 6c6f7572 20697320 72656400 w colour is red.\n- 0x00190540 20202020 53455420 4c545950 20322020 SET LTYP 2 \n- 0x00190550 20202020 20202020 20202020 20207c20 | \n- 0x00190560 48656c69 78206c69 6e652074 79706520 Helix line type \n- 0x00190570 69732064 61736865 64000000 20202020 is dashed... \n- 0x00190580 48454c49 58203720 37203130 20313020 HELIX 7 7 10 10 \n- 0x00190590 2e322035 20313020 20207c20 44726177 .2 5 10 | Draw\n- 0x001905a0 20616e20 68656c69 78000000 54686520 an helix...The \n- 0x001905b0 4152524f 57206174 74726962 75746573 ARROW attributes\n- 0x001905c0 2063616e 20626520 6368616e 67656420 can be changed \n- 0x001905d0 77697468 20746865 20636f6d 6d616e64 with the command\n- 0x001905e0 20534554 2e000000 4152524f 5720616e SET....ARROW an\n- 0x001905f0 64204c49 4e452061 74747269 62757465 d LINE attribute\n- 0x00190600 73206172 65207468 65207361 6d652e00 s are the same..\n- 0x00190610 20202020 2858312c 59312920 2d2d2d2d (X1,Y1) ----\n- 0x00190620 3e202858 322c5932 29206966 2053495a > (X2,Y2) if SIZ\n- 0x00190630 453e302e 00000000 20202020 2858312c E>0..... (X1,\n- 0x00190640 59312920 3c2d2d2d 3e202858 322c5932 Y1) <---> (X2,Y2\n- 0x00190650 29206966 2053495a 453c302e 00000000 ) if SIZE<0.....\n- 0x00190660 20202020 4e554c4c 20302031 30203020 NULL 0 10 0 \n- 0x00190670 37202020 20202020 2020207c 20447261 7 | Dra\n- 0x00190680 77206120 6672616d 65202863 66204845 w a frame (cf HE\n- 0x00190690 4c50204e 554c4c29 00000000 20202020 LP NULL).... \n- 0x001906a0 4152524f 57203120 39203120 31202e32 ARROW 1 9 1 1 .2\n- 0x001906b0 20202020 2020207c 20447261 77206120 | Draw a \n- 0x001906c0 73696d70 6c652061 72726f77 20286c65 simple arrow (le\n- 0x001906d0 66742074 6f207269 67687429 00000000 ft to right)....\n- 0x001906e0 20202020 4152524f 57203920 31203220 ARROW 9 1 2 \n- 0x001906f0 32202e34 20202020 2020207c 20447261 2 .4 | Dra\n- 0x00190700 77206120 73696d70 6c652061 72726f77 w a simple arrow\n- 0x00190710 20287269 67687420 746f206c 65667429 (right to left)\n- 0x00190720 00000000 20202020 4152524f 57203120 .... ARROW 1 \n- 0x00190730 39203320 33202d2e 38202020 2020207c 9 3 3 -.8 |\n- 0x00190740 20447261 77206120 646f7562 6c652061 Draw a double a\n- 0x00190750 72726f77 00000000 20202020 4152524f rrow.... ARRO\n- 0x00190760 57203120 39203420 34202d2e 38202020 W 1 9 4 4 -.8 \n- 0x00190770 2020207c 20447261 77206120 646f7562 | Draw a doub\n- 0x00190780 6c652061 72726f77 00000000 20202020 le arrow.... \n- 0x00190790 4152524f 57203120 39203520 35202d2e ARROW 1 9 5 5 -.\n- 0x001907a0 38202020 2020207c 20447261 77206120 8 | Draw a \n- 0x001907b0 646f7562 6c652061 72726f77 00000000 double arrow....\n- 0x001907c0 20202020 4152524f 57203120 39203620 ARROW 1 9 6 \n- 0x001907d0 36202d2e 38202020 2020207c 20447261 6 -.8 | Dra\n- 0x001907e0 77206120 646f7562 6c652061 72726f77 w a double arrow\n- 0x001907f0 00000000 5820636f 6f726420 6f662066 ....X coord of f\n- 0x00190800 69727374 20636f72 6e657220 6f662065 irst corner of e\n- 0x00190810 78742062 6f780000 5820636f 6f726420 xt box..X coord \n- 0x00190820 6f662073 65636f6e 6420636f 726e6572 of second corner\n- 0x00190830 206f6620 65787420 626f7800 5920636f of ext box.Y co\n- 0x00190840 6f726420 6f662066 69727374 20636f72 ord of first cor\n- 0x00190850 6e657220 6f662065 78742062 6f780000 ner of ext box..\n- 0x00190860 5920636f 6f726420 6f662073 65636f6e Y coord of secon\n- 0x00190870 6420636f 726e6572 206f6620 65787420 d corner of ext \n- 0x00190880 626f7800 5820636f 6f726420 6f662066 box.X coord of f\n- 0x00190890 69727374 20636f72 6e657220 6f662069 irst corner of i\n- 0x001908a0 6e742062 6f780000 5820636f 6f726420 nt box..X coord \n- 0x001908b0 6f662073 65636f6e 6420636f 726e6572 of second corner\n- 0x001908c0 206f6620 696e7420 626f7800 5920636f of int box.Y co\n- 0x001908d0 6f726420 6f662066 69727374 20636f72 ord of first cor\n- 0x001908e0 6e657220 6f662069 6e742062 6f780000 ner of int box..\n- 0x001908f0 5920636f 6f726420 6f662073 65636f6e Y coord of secon\n- 0x00190900 6420636f 726e6572 206f6620 696e7420 d corner of int \n- 0x00190910 626f7800 44726177 20616e64 2066696c box.Draw and fil\n- 0x00190920 6c206120 6672616d 65202832 206e6573 l a frame (2 nes\n- 0x00190930 74656420 626f7865 73290000 54686520 ted boxes)..The \n- 0x00190940 46424f58 20617474 72696275 74657320 FBOX attributes \n- 0x00190950 63616e20 62652063 68616e67 65642077 can be changed w\n- 0x00190960 69746820 74686520 636f6d6d 616e6420 ith the command \n- 0x00190970 5345542e 00000000 20202020 53455420 SET..... SET \n- 0x00190980 46414953 20332020 20202020 20202020 FAIS 3 \n- 0x00190990 2020207c 2046696c 6c206172 65612069 | Fill area i\n- 0x001909a0 6e746572 696f7220 7374796c 65206861 nterior style ha\n- 0x001909b0 74636865 64000000 20202020 53455420 tched... SET \n- 0x001909c0 46415349 20332020 20202020 20202020 FASI 3 \n- 0x001909d0 2020207c 20436861 6e676573 20746865 | Changes the\n- 0x001909e0 20747970 65206f66 20686174 63686573 type of hatches\n- 0x001909f0 00000000 20202020 53455420 46414349 .... SET FACI\n- 0x00190a00 20322020 20202020 20202020 2020207c 2 |\n- 0x00190a10 2046696c 6c206172 6520636f 6c6f7572 Fill are colour\n- 0x00190a20 20697320 72656400 20202020 53455420 is red. SET \n- 0x00190a30 504c4349 20342020 20202020 20202020 PLCI 4 \n- 0x00190a40 2020207c 204c696e 6520636f 6c6f7572 | Line colour\n- 0x00190a50 20697320 626c7565 00000000 20202020 is blue.... \n- 0x00190a60 53455420 4c574944 20382020 20202020 SET LWID 8 \n- 0x00190a70 20202020 2020207c 20546865 206c696e | The lin\n- 0x00190a80 65207769 64746820 69732038 00000000 e width is 8....\n- 0x00190a90 20202020 53455420 424f5244 20312020 SET BORD 1 \n- 0x00190aa0 20202020 20202020 2020207c 20546865 | The\n- 0x00190ab0 20626f72 64657220 69732072 65717565 border is reque\n- 0x00190ac0 73746564 00000000 20202020 46424f58 sted.... FBOX\n- 0x00190ad0 20312039 20312039 20332037 20332037 1 9 1 9 3 7 3 7\n- 0x00190ae0 2020207c 20447261 77206120 6672616d | Draw a fram\n- 0x00190af0 6520626f 78000000 55736520 74686520 e box...Use the \n- 0x00190b00 63757272 656e7420 4e6f726d 616c6973 current Normalis\n- 0x00190b10 6174696f 6e207472 616e7366 6f726d61 ation transforma\n- 0x00190b20 74696f6e 00000000 74616b69 6e672063 tion....taking c\n- 0x00190b30 61726520 6f66206c 6f676172 6974686d are of logarithm\n- 0x00190b40 69632073 63616c65 732e0000 54686520 ic scales...The \n- 0x00190b50 424f5820 61747472 69627574 65732063 BOX attributes c\n- 0x00190b60 616e2062 65206368 616e6765 64207769 an be changed wi\n- 0x00190b70 74682074 68652063 6f6d6d61 6e642053 th the command S\n- 0x00190b80 45542e00 20202020 4f505420 4c4f4759 ET.. OPT LOGY\n- 0x00190b90 203b204f 5054204c 4f475820 2020207c ; OPT LOGX |\n- 0x00190ba0 20557365 206c6f67 20736361 6c650000 Use log scale..\n- 0x00190bb0 20202020 53455420 46414953 20302020 SET FAIS 0 \n- 0x00190bc0 20202020 20202020 2020207c 2046696c | Fil\n- 0x00190bd0 6c206172 65612069 6e746572 696f7220 l area interior \n- 0x00190be0 7374796c 6520686f 6c6c6f77 00000000 style hollow....\n- 0x00190bf0 20202020 44424f58 20312033 20312033 DBOX 1 3 1 3\n- 0x00190c00 20202020 20202020 2020207c 20447261 | Dra\n- 0x00190c10 77206120 626f7800 54686973 20636f6d w a box.This com\n- 0x00190c20 6d616e64 20697420 646f6573 6e277420 mand it doesn't \n- 0x00190c30 4c4f4720 7363616c 65732e20 49742069 LOG scales. It i\n- 0x00190c40 73207265 636f6d6d 656e6465 64000000 s recommended...\n- 0x00190c50 20202020 424f5820 31203320 31203320 BOX 1 3 1 3 \n- 0x00190c60 20202020 20202020 2020207c 20447261 | Dra\n- 0x00190c70 77206120 626f7800 20202020 424f5820 w a box. BOX \n- 0x00190c80 31203320 33203520 20202020 20202020 1 3 3 5 \n- 0x00190c90 2020207c 20447261 77206120 626f7800 | Draw a box.\n- 0x00190ca0 20202020 53455420 46415349 20323435 SET FASI 245\n- 0x00190cb0 20202020 20202020 2020207c 20436861 | Cha\n- 0x00190cc0 6e676573 20746865 20747970 65206f66 nges the type of\n- 0x00190cd0 20686174 63686573 00000000 20202020 hatches.... \n- 0x00190ce0 424f5820 31203320 35203720 20202020 BOX 1 3 5 7 \n- 0x00190cf0 20202020 2020207c 20447261 77206120 | Draw a \n- 0x00190d00 626f7800 20202020 424f5820 33203520 box. BOX 3 5 \n- 0x00190d10 35203720 20202020 20202020 2020207c 5 7 |\n- 0x00190d20 20447261 77206120 626f7800 20202020 Draw a box. \n- 0x00190d30 53455420 46415349 20342020 20202020 SET FASI 4 \n- 0x00190d40 20202020 2020207c 20436861 6e676573 | Changes\n- 0x00190d50 20746865 20747970 65206f66 20686174 the type of hat\n- 0x00190d60 63686573 00000000 20202020 424f5820 ches.... BOX \n- 0x00190d70 35203720 35203720 20202020 20202020 5 7 5 7 \n- 0x00190d80 2020207c 20447261 77206120 626f7800 | Draw a box.\n- 0x00190d90 44726177 20612070 6f6c796d 61726b65 Draw a polymarke\n- 0x00190da0 72206174 20746865 204e2070 6f696e74 r at the N point\n- 0x00190db0 7320582c 592c5a00 54686520 3344504d s X,Y,Z.The 3DPM\n- 0x00190dc0 41524b45 52206174 74726962 75746573 ARKER attributes\n- 0x00190dd0 2063616e 20626520 6368616e 67656420 can be changed \n- 0x00190de0 77697468 20746865 20636f6d 6d616e64 with the command\n- 0x00190df0 20534554 2e000000 20202020 33444e55 SET.... 3DNU\n- 0x00190e00 4c202020 20202020 20202020 20202020 L \n- 0x00190e10 2020207c 20447261 77206120 6672616d | Draw a fram\n- 0x00190e20 65202863 66204845 4c502033 444e554c e (cf HELP 3DNUL\n- 0x00190e30 4c290000 20202020 562f4352 45415445 L).. V/CREATE\n- 0x00190e40 20582835 29205220 302e3220 302e3820 X(5) R 0.2 0.8 \n- 0x00190e50 302e3820 302e3220 302e3200 20202020 0.8 0.2 0.2. \n- 0x00190e60 562f4352 45415445 20592835 29205220 V/CREATE Y(5) R \n- 0x00190e70 302e3220 302e3220 302e3820 302e3820 0.2 0.2 0.8 0.8 \n- 0x00190e80 302e3200 20202020 562f4352 45415445 0.2. V/CREATE\n- 0x00190e90 205a3128 35292052 20302e32 20302e32 Z1(5) R 0.2 0.2\n- 0x00190ea0 20302e32 20302e32 20302e32 00000000 0.2 0.2 0.2....\n- 0x00190eb0 20202020 562f4352 45415445 205a3228 V/CREATE Z2(\n- 0x00190ec0 35292052 20302e38 20302e38 20302e38 5) R 0.8 0.8 0.8\n- 0x00190ed0 20302e38 20302e38 00000000 2f475241 0.8 0.8..../GRA\n- 0x00190ee0 50484943 532f5052 494d4954 49564553 PHICS/PRIMITIVES\n- 0x00190ef0 2f334450 4d41524b 45520000 44726177 /3DPMARKER..Draw\n- 0x00190f00 20706f6c 796d6172 6b657273 20617420 polymarkers at \n- 0x00190f10 74686520 4e20706f 696e7473 20582c59 the N points X,Y\n- 0x00190f20 00000000 54686520 504d4152 4b455220 ....The PMARKER \n- 0x00190f30 61747472 69627574 65732063 616e2062 attributes can b\n- 0x00190f40 65206368 616e6765 64207769 74682074 e changed with t\n- 0x00190f50 68652063 6f6d6d61 6e642053 45542e00 he command SET..\n- 0x00190f60 20202020 4e554c20 2d332e32 20332e32 NUL -3.2 3.2\n- 0x00190f70 202d3120 31202020 2020207c 20447261 -1 1 | Dra\n- 0x00190f80 77206120 6672616d 65202863 66204845 w a frame (cf HE\n- 0x00190f90 4c50204e 554c4c29 00000000 202a2043 LP NULL).... * C\n- 0x00190fa0 72656174 65207665 63746f72 20582061 reate vector X a\n- 0x00190fb0 6e642059 20286366 2048454c 50205349 nd Y (cf HELP SI\n- 0x00190fc0 474d4129 00000000 20202020 5349474d GMA).... SIGM\n- 0x00190fd0 4120583d 41525241 59283130 302c2d33 A X=ARRAY(100,-3\n- 0x00190fe0 2e313423 332e3134 29000000 20202020 .14#3.14)... \n- 0x00190ff0 53455420 504d4349 20362020 20202020 SET PMCI 6 \n- 0x00191000 20202020 2020207c 20546865 206d6172 | The mar\n- 0x00191010 6b657220 636f6c6f 75722069 73206d61 ker colour is ma\n- 0x00191020 67656e74 61000000 20202020 53455420 genta... SET \n- 0x00191030 4d545950 20332020 20202020 20202020 MTYP 3 \n- 0x00191040 2020207c 20546865 206d6172 6b657220 | The marker \n- 0x00191050 74797065 20697320 2a000000 20202020 type is *... \n- 0x00191060 53455420 4d534346 20322020 20202020 SET MSCF 2 \n- 0x00191070 20202020 2020207c 20546865 206d6172 | The mar\n- 0x00191080 6b657220 73697a65 20697320 32000000 ker size is 2...\n- 0x00191090 20202020 504d4152 4b455220 31303020 PMARKER 100 \n- 0x001910a0 58205920 20202020 2020207c 20447261 X Y | Dra\n- 0x001910b0 77206120 31303020 706f696e 74732070 w a 100 points p\n- 0x001910c0 6f6c796d 61726b65 72000000 54686973 olymarker...This\n- 0x001910d0 20636f6d 6d616e64 20646f65 736e2774 command doesn't\n- 0x001910e0 2074616b 6520696e 746f2061 63636f75 take into accou\n- 0x001910f0 6e74204f 5054494f 4e53204c 4f475920 nt OPTIONS LOGY \n- 0x00191100 6f72204c 4f47582c 20757365 20475241 or LOGX, use GRA\n- 0x00191110 50480000 46696c6c 20746865 20617265 PH..Fill the are\n- 0x00191120 61206465 66696e65 64206279 20746865 a defined by the\n- 0x00191130 204e2070 6f696e74 7320582c 59000000 N points X,Y...\n- 0x00191140 54686520 46415245 41206174 74726962 The FAREA attrib\n- 0x00191150 75746573 2063616e 20626520 6368616e utes can be chan\n- 0x00191160 67656420 77697468 20746865 20636f6d ged with the com\n- 0x00191170 6d616e64 20534554 2e000000 20202020 mand SET.... \n- 0x00191180 4e554c20 2d312e31 20312e31 202d312e NUL -1.1 1.1 -1.\n- 0x00191190 3120312e 3120207c 20447261 77206120 1 1.1 | Draw a \n- 0x001911a0 6672616d 65202863 66204845 4c50204e frame (cf HELP N\n- 0x001911b0 554c4c29 00000000 20202020 53455420 ULL).... SET \n- 0x001911c0 46414349 20322020 20202020 20202020 FACI 2 \n- 0x001911d0 2020207c 20546865 2066696c 6c206172 | The fill ar\n- 0x001911e0 65612063 6f6c6f75 72206973 20726564 ea colour is red\n- 0x001911f0 00000000 20202020 53455420 46414953 .... SET FAIS\n- 0x00191200 20312020 20202020 20202020 2020207c 1 |\n- 0x00191210 20546865 2066696c 6c206172 65612069 The fill area i\n- 0x00191220 6e746572 696f7220 7374796c 65206973 nterior style is\n- 0x00191230 20736f6c 69640000 20202020 46415245 solid.. FARE\n- 0x00191240 41203130 30205820 59202020 20202020 A 100 X Y \n- 0x00191250 2020207c 20447261 77206120 31303020 | Draw a 100 \n- 0x00191260 706f696e 7473206c 696e6500 20202020 points line. \n- 0x00191270 53455420 46414349 20312020 20202020 SET FACI 1 \n- 0x00191280 20202020 2020207c 20546865 2066696c | The fil\n- 0x00191290 6c206172 65612063 6f6c6f75 72206973 l area colour is\n- 0x001912a0 20626c61 636b0000 20202020 53455420 black.. SET \n- 0x001912b0 46414953 20302020 20202020 20202020 FAIS 0 \n- 0x001912c0 2020207c 20546865 2066696c 6c206172 | The fill ar\n- 0x001912d0 65612069 6e746572 696f7220 7374796c ea interior styl\n- 0x001912e0 65206973 20686f6c 6c6f7700 20202020 e is hollow. \n- 0x001912f0 53455420 46414953 20332020 20202020 SET FAIS 3 \n- 0x00191300 20202020 2020207c 20546865 2066696c | The fil\n- 0x00191310 6c206172 65612069 6e746572 696f7220 l area interior \n- 0x00191320 7374796c 65206973 20686174 63686564 style is hatched\n- 0x00191330 00000000 20202020 53455420 46415349 .... SET FASI\n- 0x00191340 20323435 20202020 20202020 2020207c 245 |\n- 0x00191350 20446566 696e6573 20746865 20747970 Defines the typ\n- 0x00191360 65206f66 20686174 63686573 00000000 e of hatches....\n- 0x00191370 44726177 2061206c 696e6520 636f6e6e Draw a line conn\n- 0x00191380 65637469 6e672070 6f696e74 73202858 ecting points (X\n- 0x00191390 312c5931 2920616e 64202858 322c5932 1,Y1) and (X2,Y2\n- 0x001913a0 29000000 696e2074 68652063 75727265 )...in the curre\n- 0x001913b0 6e74204e 6f726d61 6c697361 74696f6e nt Normalisation\n- 0x001913c0 20747261 6e73666f 726d6174 696f6e20 transformation \n- 0x001913d0 74616b69 6e672063 61726520 6f660000 taking care of..\n- 0x001913e0 6c6f6761 72697468 6d696320 7363616c logarithmic scal\n- 0x001913f0 65732e20 54686520 444c494e 45206174 es. The DLINE at\n- 0x00191400 74726962 75746573 2063616e 20626500 tributes can be.\n- 0x00191410 20202020 4f505449 4f4e204c 4f475920 OPTION LOGY \n- 0x00191420 20202020 20202020 2020207c 204c6f67 | Log\n- 0x00191430 20736361 6c65206f 6e207468 65205920 scale on the Y \n- 0x00191440 61786973 2e000000 20202020 4e554c20 axis.... NUL \n- 0x00191450 30203520 31203130 30202020 20202020 0 5 1 100 \n- 0x00191460 2020207c 20447261 77206120 6672616d | Draw a fram\n- 0x00191470 65202863 66204845 4c50204e 554c4c29 e (cf HELP NULL)\n- 0x00191480 00000000 20202020 53455420 504c4349 .... SET PLCI\n- 0x00191490 20322020 20202020 20202020 2020207c 2 |\n- 0x001914a0 20546865 206c696e 6520636f 6c6f7572 The line colour\n- 0x001914b0 20697320 72656400 20202020 53455420 is red. SET \n- 0x001914c0 4c574944 20362020 20202020 20202020 LWID 6 \n- 0x001914d0 2020207c 20546865 206c696e 65207769 | The line wi\n- 0x001914e0 64746820 69732036 00000000 20202020 dth is 6.... \n- 0x001914f0 53455420 4c545950 20312020 20202020 SET LTYP 1 \n- 0x00191500 20202020 2020207c 20546865 206c696e | The lin\n- 0x00191510 65207479 70652069 7320736f 6c696400 e type is solid.\n- 0x00191520 20202020 444c494e 45203020 35203120 DLINE 0 5 1 \n- 0x00191530 31302020 20202020 2020207c 20447261 10 | Dra\n- 0x00191540 77206120 6c696e65 00000000 696e2074 w a line....in t\n- 0x00191550 68652063 75727265 6e74204e 6f726d61 he current Norma\n- 0x00191560 6c697361 74696f6e 20747261 6e73666f lisation transfo\n- 0x00191570 726d6174 696f6e2e 20546869 7320636f rmation. This co\n- 0x00191580 6d6d616e 64206973 206b6570 74000000 mmand is kept...\n- 0x00191590 666f7220 6261636b 77617264 20636f6d for backward com\n- 0x001915a0 70617469 62696c69 74792e20 49742068 patibility. It h\n- 0x001915b0 61732061 20726576 65727365 2063616c as a reverse cal\n- 0x001915c0 6c696e67 20736571 75656e63 6520636f ling sequence co\n- 0x001915d0 6d706172 65000000 746f2042 4f58206f mpare...to BOX o\n- 0x001915e0 72204152 524f5720 616e6420 69742064 r ARROW and it d\n- 0x001915f0 6f65736e 27742074 616b6520 4c4f4720 oesn't take LOG \n- 0x00191600 7363616c 65732069 6e746f20 6163636f scales into acco\n- 0x00191610 756e742e 20497420 69730000 7265636f unt. It is..reco\n- 0x00191620 6d6d656e 64656420 746f2075 73652044 mmended to use D\n- 0x00191630 4c494e45 20696e73 74656164 2e205468 LINE instead. Th\n- 0x00191640 65204c49 4e452061 74747269 62757465 e LINE attribute\n- 0x00191650 73206361 6e206265 00000000 20202020 s can be.... \n- 0x00191660 4e554c20 30203520 30203520 20202020 NUL 0 5 0 5 \n- 0x00191670 20202020 2020207c 20447261 77206120 | Draw a \n- 0x00191680 6672616d 65202863 66204845 4c50204e frame (cf HELP N\n- 0x00191690 554c4c29 00000000 20202020 53455420 ULL).... SET \n- 0x001916a0 4c545950 20332020 20202020 20202020 LTYP 3 \n- 0x001916b0 2020207c 20546865 206c696e 65207479 | The line ty\n- 0x001916c0 70652069 7320646f 74746564 00000000 pe is dotted....\n- 0x001916d0 20202020 4c494e45 20302030 20352035 LINE 0 0 5 5\n- 0x001916e0 20202020 20202020 2020207c 20447261 | Dra\n- 0x001916f0 77206120 6c696e65 00000000 44726177 w a line....Draw\n- 0x00191700 20612070 6f6c796c 696e6520 6f66204e a polyline of N\n- 0x00191710 20706f69 6e747320 582c592c 5a000000 points X,Y,Z...\n- 0x00191720 54686520 3344504c 494e4520 61747472 The 3DPLINE attr\n- 0x00191730 69627574 65732063 616e2062 65206368 ibutes can be ch\n- 0x00191740 616e6765 64207769 74682074 68652063 anged with the c\n- 0x00191750 6f6d6d61 6e642053 45542e00 44726177 ommand SET..Draw\n- 0x00191760 20612070 6f6c796c 696e6520 6f66204e a polyline of N\n- 0x00191770 20706f69 6e747320 582c5900 54686520 points X,Y.The \n- 0x00191780 504c494e 45206174 74726962 75746573 PLINE attributes\n- 0x00191790 2063616e 20626520 6368616e 67656420 can be changed \n- 0x001917a0 77697468 20746865 20636f6d 6d616e64 with the command\n- 0x001917b0 20534554 2e000000 20202020 4e554c20 SET.... NUL \n- 0x001917c0 2d312031 20302031 20202020 20202020 -1 1 0 1 \n- 0x001917d0 2020207c 20447261 77206120 6672616d | Draw a fram\n- 0x001917e0 65202863 66204845 4c50204e 554c4c29 e (cf HELP NULL)\n- 0x001917f0 00000000 20202020 53455420 504c4349 .... SET PLCI\n- 0x00191800 20342020 20202020 20202020 2020207c 4 |\n- 0x00191810 20546865 206c696e 6520636f 6c6f7572 The line colour\n- 0x00191820 20697320 626c7565 00000000 20202020 is blue.... \n- 0x00191830 53455420 4c545950 20322020 20202020 SET LTYP 2 \n- 0x00191840 20202020 2020207c 20546865 206c696e | The lin\n- 0x00191850 65207479 70652069 73206461 73686564 e type is dashed\n- 0x00191860 00000000 20202020 504c494e 45203130 .... PLINE 10\n- 0x00191870 30205820 59202020 20202020 2020207c 0 X Y |\n- 0x00191880 20447261 77206120 31303020 706f696e Draw a 100 poin\n- 0x00191890 7473206c 696e6500 4e756d62 6572206f ts line.Number o\n- 0x001918a0 6620656c 656d656e 74732069 6e207468 f elements in th\n- 0x001918b0 65207061 6c657474 65000000 44656669 e palette...Defi\n- 0x001918c0 6e652061 2070616c 65747465 206f6620 ne a palette of \n- 0x001918d0 61747472 69627574 65732e00 54686520 attributes..The \n- 0x001918e0 70616c65 74746520 6e756d62 65722069 palette number i\n- 0x001918f0 73207573 65642069 6e207468 6520636f s used in the co\n- 0x00191900 6d6d616e 64205345 542e2054 68652063 mmand SET. The c\n- 0x00191910 6f6d6d61 6e640000 53455420 48434f4c ommand..SET HCOL\n- 0x00191920 20302e31 20646566 696e6573 20746865 0.1 defines the\n- 0x00191930 2070616c 65747465 206e756d 62657220 palette number \n- 0x00191940 31206173 20636f6c 6f757220 696e6469 1 as colour indi\n- 0x00191950 63657300 75736564 20627920 74686520 ces.used by the \n- 0x00191960 636f6d6d 616e6420 4c45474f 20696e20 command LEGO in \n- 0x00191970 63617365 206f6620 73746163 6b656420 case of stacked \n- 0x00191980 6c65676f 20706c6f 74732061 6e640000 lego plots and..\n- 0x00191990 706c6f74 74696e67 206f6620 53555246 plotting of SURF\n- 0x001919a0 41434520 77697468 206f7074 696f6e73 ACE with options\n- 0x001919b0 2031206f 7220322c 204c4547 4f207769 1 or 2, LEGO wi\n- 0x001919c0 7468206f 7074696f 6e203200 42792064 th option 2.By d\n- 0x001919d0 65666175 6c742074 68652070 616c6574 efault the palet\n- 0x001919e0 74657320 61726520 696e6974 69616c69 tes are initiali\n- 0x001919f0 73656420 77697468 20362065 6c656d65 sed with 6 eleme\n- 0x00191a00 6e74733a 00000000 49662074 6865206e nts:....If the n\n- 0x00191a10 756d6265 72206f66 20656c65 6d656e74 umber of element\n- 0x00191a20 7320284e 454c2920 69732065 7175616c s (NEL) is equal\n- 0x00191a30 20746f20 30202864 65666175 6c74292c to 0 (default),\n- 0x00191a40 20746865 00000000 70616c65 74746520 the....palette \n- 0x00191a50 69732066 696c6c65 64206175 746f6d61 is filled automa\n- 0x00191a60 74696361 6c6c7920 6163636f 7264696e tically accordin\n- 0x00191a70 6720746f 20746865 206e756d 62657220 g to the number \n- 0x00191a80 6f660000 636f6c6f 75727320 64656669 of..colours defi\n- 0x00191a90 6e656420 77697468 20746865 20636f6d ned with the com\n- 0x00191aa0 6d616e64 20534554 204e434f 4c3a0000 mand SET NCOL:..\n- 0x00191ab0 61292049 66204e43 4f4c2069 7320736d a) If NCOL is sm\n- 0x00191ac0 616c6c65 72206f72 20657175 616c2074 aller or equal t\n- 0x00191ad0 6f20382c 20746865 2070616c 65747465 o 8, the palette\n- 0x00191ae0 20697320 66696c6c 65642077 69746820 is filled with \n- 0x00191af0 61000000 73756273 6574206f 66207468 a...subset of th\n- 0x00191b00 65203820 62617369 6320636f 6c6f7572 e 8 basic colour\n- 0x00191b10 732e0000 20202020 50415720 3e205345 s... PAW > SE\n- 0x00191b20 54204e43 4f4c2038 20202020 20202020 T NCOL 8 \n- 0x00191b30 7c204465 66696e65 20746865 206e756d | Define the num\n- 0x00191b40 62657220 6f662063 6f6c6f75 72730000 ber of colours..\n- 0x00191b50 20202020 50415720 3e205041 4c455454 PAW > PALETT\n- 0x00191b60 45203120 20202020 20202020 7c205468 E 1 | Th\n- 0x00191b70 65207061 6c657474 65203120 69732066 e palette 1 is f\n- 0x00191b80 696c6c65 64207769 74680000 20202020 illed with.. \n- 0x00191b90 20202020 20202020 20202020 20202020 \n- 0x00191ba0 20202020 20202020 7c203820 656c656d | 8 elem\n- 0x00191bb0 656e7473 3a20302c 352c372c 332c362c ents: 0,5,7,3,6,\n- 0x00191bc0 322c342c 31000000 20202020 50415720 2,4,1... PAW \n- 0x00191bd0 3e205345 54204e43 4f4c2034 20202020 > SET NCOL 4 \n- 0x00191be0 20202020 7c204465 66696e65 20746865 | Define the\n- 0x00191bf0 206e756d 62657220 6f662063 6f6c6f75 number of colou\n- 0x00191c00 72730000 20202020 20202020 20202020 rs.. \n+ 0x0018e640 20202020 20202020 20202020 20202020 \n+ 0x0018e650 20207c20 44726177 20746865 20626f72 | Draw the bor\n+ 0x0018e660 64657200 20202020 50494520 31302e20 der. PIE 10. \n+ 0x0018e670 31302e20 372e2020 35205657 5320274c 10. 7. 5 VWS 'L\n+ 0x0018e680 27204f46 46534554 20212043 4f4c4f55 ' OFFSET ! COLOU\n+ 0x0018e690 52202020 20207c20 44726177 20746865 R | Draw the\n+ 0x0018e6a0 20706965 20636861 72740000 44726177 pie chart..Draw\n+ 0x0018e6b0 7320616e 20656c6c 69707365 20696e20 s an ellipse in \n+ 0x0018e6c0 74686520 63757272 656e7420 6e6f726d the current norm\n+ 0x0018e6d0 616c6973 6174696f 6e207472 616e7366 alisation transf\n+ 0x0018e6e0 6f726d61 74696f6e 2e000000 54686520 ormation....The \n+ 0x0018e6f0 70617261 6d657465 72205448 45544120 parameter THETA \n+ 0x0018e700 726f7461 74657320 74686520 656c6c69 rotates the elli\n+ 0x0018e710 70736520 6d616a6f 7220616e 64206d69 pse major and mi\n+ 0x0018e720 6e6f7220 61786573 00000000 28525820 nor axes....(RX \n+ 0x0018e730 616e6420 52592920 72656c61 74697665 and RY) relative\n+ 0x0018e740 20746f20 74686520 636f6f72 64696e61 to the coordina\n+ 0x0018e750 74657320 62792074 68652067 6976656e tes by the given\n+ 0x0018e760 20616e67 6c652e00 54686520 61206669 angle..The a fi\n+ 0x0018e770 6c6c6564 20617265 61206973 20757365 lled area is use\n+ 0x0018e780 642c2073 6f207468 6520656c 6c697073 d, so the ellips\n+ 0x0018e790 65206d61 79206265 2066696c 6c656420 e may be filled \n+ 0x0018e7a0 62790000 6368616e 67696e67 20746865 by..changing the\n+ 0x0018e7b0 20617070 726f7072 69617465 20534554 appropriate SET\n+ 0x0018e7c0 20706172 616d6574 6572732e 00000000 parameters.....\n+ 0x0018e7d0 20202020 53455420 2a203b20 4f505420 SET * ; OPT \n+ 0x0018e7e0 2a202020 20202020 2020207c 20526573 * | Res\n+ 0x0018e7f0 65742074 68652064 65666175 6c747300 et the defaults.\n+ 0x0018e800 20202020 4e554c4c 20302031 30203020 NULL 0 10 0 \n+ 0x0018e810 31302027 41422720 2020207c 20447261 10 'AB' | Dra\n+ 0x0018e820 77206120 6672616d 65202863 66204845 w a frame (cf HE\n+ 0x0018e830 4c50204e 554c4c29 00000000 20202020 LP NULL).... \n+ 0x0018e840 53455420 504c4349 20322020 20202020 SET PLCI 2 \n+ 0x0018e850 20202020 2020207c 204c696e 6520636f | Line co\n+ 0x0018e860 6c6f7572 20697320 72656400 20202020 lour is red. \n+ 0x0018e870 53455420 4c574944 20362020 20202020 SET LWID 6 \n+ 0x0018e880 20202020 2020207c 204c696e 65207769 | Line wi\n+ 0x0018e890 64746820 69732036 00000000 20202020 dth is 6.... \n+ 0x0018e8a0 53455420 424f5244 20312020 20202020 SET BORD 1 \n+ 0x0018e8b0 20202020 2020207c 20426f72 64657220 | Border \n+ 0x0018e8c0 6f6e0000 20202020 53455420 46414953 on.. SET FAIS\n+ 0x0018e8d0 20312020 20202020 20202020 2020207c 1 |\n+ 0x0018e8e0 2046696c 6c656420 61726561 00000000 Filled area....\n+ 0x0018e8f0 20202020 53455420 46414349 20332020 SET FACI 3 \n+ 0x0018e900 20202020 20202020 2020207c 2046696c | Fil\n+ 0x0018e910 6c656420 61726561 20617265 20677265 led area are gre\n+ 0x0018e920 656e0000 77697468 20746865 20637572 en..with the cur\n+ 0x0018e930 72656e74 2066696c 6c206172 65612061 rent fill area a\n+ 0x0018e940 6e64206c 696e6520 61747472 69627574 nd line attribut\n+ 0x0018e950 65732e00 55736520 74686520 63757272 es..Use the curr\n+ 0x0018e960 656e7420 4e6f726d 616c6973 6174696f ent Normalisatio\n+ 0x0018e970 6e207472 616e7366 6f726d61 74696f6e n transformation\n+ 0x0018e980 2e000000 49662052 31206973 206e6f74 ....If R1 is not\n+ 0x0018e990 20657175 616c2074 6f205232 20746865 equal to R2 the\n+ 0x0018e9a0 20617265 61206265 74776565 6e207468 area between th\n+ 0x0018e9b0 65207477 6f206172 6373206f 66207261 e two arcs of ra\n+ 0x0018e9c0 64697573 00000000 52312061 6e642052 dius....R1 and R\n+ 0x0018e9d0 32206973 2066696c 6c656420 6163636f 2 is filled acco\n+ 0x0018e9e0 7264696e 6720746f 20746865 20637572 rding to the cur\n+ 0x0018e9f0 72656e74 2066696c 6c206172 65612061 rent fill area a\n+ 0x0018ea00 74747269 62757465 732e0000 54686520 ttributes...The \n+ 0x0018ea10 626f7264 65722069 73206e65 76657220 border is never \n+ 0x0018ea20 64726177 6e20756e 6c657373 20746865 drawn unless the\n+ 0x0018ea30 20696e74 6572696f 72207374 796c6520 interior style \n+ 0x0018ea40 69732068 6f6c6c6f 77206f72 00000000 is hollow or....\n+ 0x0018ea50 74686520 636f6d6d 616e6420 53455420 the command SET \n+ 0x0018ea60 424f5244 20312068 61732062 65656e20 BORD 1 has been \n+ 0x0018ea70 63616c6c 65642e20 49662052 31206973 called. If R1 is\n+ 0x0018ea80 20657175 616c2074 6f205232 20610000 equal to R2 a..\n+ 0x0018ea90 20202020 4e554c4c 20302032 30203020 NULL 0 20 0 \n+ 0x0018eaa0 32302027 41422720 2020207c 20447261 20 'AB' | Dra\n+ 0x0018eab0 77206120 6672616d 65202863 66204845 w a frame (cf HE\n+ 0x0018eac0 4c50204e 554c4c29 00000000 20202020 LP NULL).... \n+ 0x0018ead0 41524320 20352020 35203420 34202120 ARC 5 5 4 4 ! \n+ 0x0018eae0 21202020 2020207c 20447261 7720616e ! | Draw an\n+ 0x0018eaf0 20636972 636c6500 20202020 41524320 circle. ARC \n+ 0x0018eb00 20352031 35203420 34203330 20323630 5 15 4 4 30 260\n+ 0x0018eb10 2020207c 20447261 7720616e 20617263 | Draw an arc\n+ 0x0018eb20 206f6620 63697263 6c650000 20202020 of circle.. \n+ 0x0018eb30 53455420 46414953 20332020 20202020 SET FAIS 3 \n+ 0x0018eb40 20202020 2020207c 2046696c 6c206172 | Fill ar\n+ 0x0018eb50 65612077 69746820 68617463 68657300 ea with hatches.\n+ 0x0018eb60 20202020 53455420 46415349 20332020 SET FASI 3 \n+ 0x0018eb70 20202020 20202020 2020207c 20547970 | Typ\n+ 0x0018eb80 65206f66 20686174 63686573 00000000 e of hatches....\n+ 0x0018eb90 20202020 41524320 31352031 35203120 ARC 15 15 1 \n+ 0x0018eba0 34202120 21202020 2020207c 20447261 4 ! ! | Dra\n+ 0x0018ebb0 7720616e 20617263 00000000 20202020 w an arc.... \n+ 0x0018ebc0 53455420 424f5244 20312020 20202020 SET BORD 1 \n+ 0x0018ebd0 20202020 2020207c 20426f72 64657220 | Border \n+ 0x0018ebe0 69732072 65717565 73746564 00000000 is requested....\n+ 0x0018ebf0 20202020 41524320 31352020 35203120 ARC 15 5 1 \n+ 0x0018ec00 34203330 20212020 2020207c 20447261 4 30 ! | Dra\n+ 0x0018ec10 7720616e 20617263 00000000 44726177 w an arc....Draw\n+ 0x0018ec20 20616e20 61786973 20776974 68206465 an axis with de\n+ 0x0018ec30 6661756c 74207661 6c756573 2e000000 fault values....\n+ 0x0018ec40 4c6f6761 72697468 6d696320 7363616c Logarithmic scal\n+ 0x0018ec50 652c2064 65666175 6c742069 73206c69 e, default is li\n+ 0x0018ec60 6e656172 2e000000 426c616e 6b206178 near....Blank ax\n+ 0x0018ec70 69732e20 55736566 756c2074 6f207375 is. Useful to su\n+ 0x0018ec80 70657270 6f736520 61786973 2e000000 perpose axis....\n+ 0x0018ec90 556e6c61 62656c6c 65642061 7869732c Unlabelled axis,\n+ 0x0018eca0 20646566 61756c74 20697320 6c616265 default is labe\n+ 0x0018ecb0 6c6c6564 2e000000 5469636b 206d6172 lled....Tick mar\n+ 0x0018ecc0 6b732061 72652064 7261776e 206f6e20 ks are drawn on \n+ 0x0018ecd0 506f7369 74697665 20736964 652e2028 Positive side. (\n+ 0x0018ece0 64656661 756c7429 00000000 5469636b default)....Tick\n+ 0x0018ecf0 206d6172 6b732061 72652064 7261776e marks are drawn\n+ 0x0018ed00 206f6e20 74686520 6e656761 74697665 on the negative\n+ 0x0018ed10 20736964 652e0000 5469636b 206d6172 side...Tick mar\n+ 0x0018ed20 6b732061 72652064 7261776e 206f6e20 ks are drawn on \n+ 0x0018ed30 45717561 6c207369 64650000 4c616265 Equal side..Labe\n+ 0x0018ed40 6c732061 72652064 7261776e 20506172 ls are drawn Par\n+ 0x0018ed50 616c6c65 6c20746f 20746865 20617869 allel to the axi\n+ 0x0018ed60 73000000 4c616265 6c732061 72652064 s...Labels are d\n+ 0x0018ed70 7261776e 204f7274 686f676f 6e616c20 rawn Orthogonal \n+ 0x0018ed80 746f2074 68652061 78697320 28546f70 to the axis (Top\n+ 0x0018ed90 20746f20 446f776e 292e0000 4c616265 to Down)...Labe\n+ 0x0018eda0 6c732061 72652064 7261776e 204f7274 ls are drawn Ort\n+ 0x0018edb0 686f676f 6e616c20 746f2074 68652061 hogonal to the a\n+ 0x0018edc0 78697320 28446f77 6e20746f 20546f70 xis (Down to Top\n+ 0x0018edd0 292e0000 6c616265 6c732061 72652052 )...labels are R\n+ 0x0018ede0 69676874 2061646a 75737465 64206f6e ight adjusted on\n+ 0x0018edf0 20746963 6b206d61 726b2e00 6c616265 tick mark..labe\n+ 0x0018ee00 6c732061 7265204c 65667420 61646a75 ls are Left adju\n+ 0x0018ee10 73746564 206f6e20 7469636b 206d6172 sted on tick mar\n+ 0x0018ee20 6b2e0000 6c616265 6c732061 72652043 k...labels are C\n+ 0x0018ee30 656e7472 6564206f 6e207469 636b206d entred on tick m\n+ 0x0018ee40 61726b2e 00000000 496e2074 6865204d ark.....In the M\n+ 0x0018ee50 6964646c 65206f66 20746865 20646976 iddle of the div\n+ 0x0018ee60 6973696f 6e732e00 44697265 6374696f isions..Directio\n+ 0x0018ee70 6e206f66 206c6162 656c7320 444f574e n of labels DOWN\n+ 0x0018ee80 202e2044 65666175 6c742069 73205249 . Default is RI\n+ 0x0018ee90 47485400 44726177 20616e20 61786973 GHT.Draw an axis\n+ 0x0018eea0 20696e20 74686520 63757272 656e7420 in the current \n+ 0x0018eeb0 4e6f726d 616c6973 6174696f 6e207472 Normalisation tr\n+ 0x0018eec0 616e7366 6f726d61 74696f6e 2e000000 ansformation....\n+ 0x0018eed0 20202020 20202020 20202020 4e444956 NDIV\n+ 0x0018eee0 3d4e3120 2b203130 302a4e32 202b2031 =N1 + 100*N2 + 1\n+ 0x0018eef0 30303030 2a4e3300 4e312c20 4e322c20 0000*N3.N1, N2, \n+ 0x0018ef00 4e33203d 204e756d 62657220 6f662031 N3 = Number of 1\n+ 0x0018ef10 73742c20 326e642c 20337264 20646976 st, 2nd, 3rd div\n+ 0x0018ef20 6973696f 6e732072 65737065 63746976 isions respectiv\n+ 0x0018ef30 656c792c 2065673a 2e000000 20202020 ely, eg:.... \n+ 0x0018ef40 20202020 20202020 4e444956 3d30202d NDIV=0 -\n+ 0x0018ef50 2d3e206e 6f207469 636b206d 61726b73 -> no tick marks\n+ 0x0018ef60 2e000000 20202020 20202020 20202020 .... \n+ 0x0018ef70 4e444956 3d32202d 2d3e2032 20646976 NDIV=2 --> 2 div\n+ 0x0018ef80 6973696f 6e732c20 6f6e6520 7469636b isions, one tick\n+ 0x0018ef90 206d6172 6b20696e 20746865 206d6964 mark in the mid\n+ 0x0018efa0 646c6500 20202020 20202020 20202020 dle. \n+ 0x0018efb0 20202020 20202020 2020206f 66207468 of th\n+ 0x0018efc0 65206178 69732e00 4f726965 6e746174 e axis..Orientat\n+ 0x0018efd0 696f6e20 6f662074 69636b20 6d61726b ion of tick mark\n+ 0x0018efe0 73206f6e 20617869 733a2054 69636b20 s on axis: Tick \n+ 0x0018eff0 6d61726b 73206172 65206e6f 726d616c marks are normal\n+ 0x0018f000 6c792064 7261776e 00000000 6f6e2074 ly drawn....on t\n+ 0x0018f010 68652070 6f736974 69766520 73696465 he positive side\n+ 0x0018f020 206f6620 74686520 61786973 2e486f77 of the axis.How\n+ 0x0018f030 65766572 2c206966 2058303d 58312c20 ever, if X0=X1, \n+ 0x0018f040 7468656e 204e6567 61746976 65202e00 then Negative ..\n+ 0x0018f050 20202020 20202020 43484f50 543d272b CHOPT='+\n+ 0x0018f060 273a2074 69636b20 6d61726b 73206172 ': tick marks ar\n+ 0x0018f070 65206472 61776e20 6f6e2050 6f736974 e drawn on Posit\n+ 0x0018f080 69766520 73696465 2e202864 65666175 ive side. (defau\n+ 0x0018f090 6c742900 20202020 20202020 43484f50 lt). CHOP\n+ 0x0018f0a0 543d272d 273a2074 69636b20 6d61726b T='-': tick mark\n+ 0x0018f0b0 73206172 65206472 61776e20 6f6e2074 s are drawn on t\n+ 0x0018f0c0 6865206e 65676174 69766520 73696465 he negative side\n+ 0x0018f0d0 2e000000 20202020 20202020 692e653a .... i.e:\n+ 0x0018f0e0 20272b2d 27202d2d 3e207469 636b206d '+-' --> tick m\n+ 0x0018f0f0 61726b73 20617265 20647261 776e206f arks are drawn o\n+ 0x0018f100 6e20626f 74682073 69646573 206f6620 n both sides of \n+ 0x0018f110 74686520 61786973 2e000000 506f7369 the axis....Posi\n+ 0x0018f120 74696f6e 206f6620 6c616265 6c73206f tion of labels o\n+ 0x0018f130 6e206178 69733a20 4c616265 6c732061 n axis: Labels a\n+ 0x0018f140 7265206e 6f726d61 6c6c7920 64726177 re normally draw\n+ 0x0018f150 6e206f6e 20736964 65000000 6f70706f n on side...oppo\n+ 0x0018f160 73697465 20746f20 7469636b 206d6172 site to tick mar\n+ 0x0018f170 6b732e48 6f776576 65723a00 20202020 ks.However:. \n+ 0x0018f180 20202020 43484f50 543d2027 3d272020 CHOPT= '=' \n+ 0x0018f190 206f6e20 45717561 6c207369 64650000 on Equal side..\n+ 0x0018f1a0 4f726965 6e746174 696f6e20 6f66206c Orientation of l\n+ 0x0018f1b0 6162656c 73206f6e 20617869 733a204c abels on axis: L\n+ 0x0018f1c0 6162656c 73206172 65206e6f 726d616c abels are normal\n+ 0x0018f1d0 6c792064 7261776e 00000000 70617261 ly drawn....para\n+ 0x0018f1e0 6c6c656c 20746f20 74686520 61786973 llel to the axis\n+ 0x0018f1f0 2e20486f 77657665 723a0000 20202020 . However:.. \n+ 0x0018f200 20202020 69662058 303d5831 2c207468 if X0=X1, th\n+ 0x0018f210 656e204f 7274686f 676f6e61 6c000000 en Orthogonal...\n+ 0x0018f220 20202020 20202020 69662059 303d5931 if Y0=Y1\n+ 0x0018f230 2c207468 656e2050 6172616c 6c656c00 , then Parallel.\n+ 0x0018f240 20202020 20202020 43484f50 543d2027 CHOPT= '\n+ 0x0018f250 5027203a 20506172 616c6c65 6c20746f P' : Parallel to\n+ 0x0018f260 20746865 20617869 73000000 20202020 the axis... \n+ 0x0018f270 20202020 43484f50 543d2027 4f27203a CHOPT= 'O' :\n+ 0x0018f280 204f7274 686f676f 6e616c20 746f2074 Orthogonal to t\n+ 0x0018f290 68652061 78697320 28546f70 20746f20 he axis (Top to \n+ 0x0018f2a0 446f776e 292e0000 20202020 20202020 Down)... \n+ 0x0018f2b0 43484f50 543d2027 3027203a 204f7274 CHOPT= '0' : Ort\n+ 0x0018f2c0 686f676f 6e616c20 746f2074 68652061 hogonal to the a\n+ 0x0018f2d0 78697320 28446f77 6e20746f 20546f70 xis (Down to Top\n+ 0x0018f2e0 292e0000 506f7369 74696f6e 206f6620 )...Position of \n+ 0x0018f2f0 6c616265 6c73206f 6e207469 636b206d labels on tick m\n+ 0x0018f300 61726b73 3a204c61 62656c73 20617265 arks: Labels are\n+ 0x0018f310 2063656e 74726564 206f6e00 7469636b centred on.tick\n+ 0x0018f320 206d6172 6b732e20 486f7765 76657220 marks. However \n+ 0x0018f330 2c206966 2058303d 58312c20 7468656e , if X0=X1, then\n+ 0x0018f340 20746865 79206172 65207269 67687420 they are right \n+ 0x0018f350 61646a75 73746564 2e000000 20202020 adjusted.... \n+ 0x0018f360 20202020 43484f50 543d2752 273a206c CHOPT='R': l\n+ 0x0018f370 6162656c 73206172 65205269 67687420 abels are Right \n+ 0x0018f380 61646a75 73746564 206f6e20 7469636b adjusted on tick\n+ 0x0018f390 206d6172 6b2e0000 20202020 20202020 mark... \n+ 0x0018f3a0 20202020 20202020 20202028 64656661 (defa\n+ 0x0018f3b0 756c7420 69732063 656e7472 65642900 ult is centred).\n+ 0x0018f3c0 20202020 20202020 43484f50 543d274c CHOPT='L\n+ 0x0018f3d0 273a206c 6162656c 73206172 65204c65 ': labels are Le\n+ 0x0018f3e0 66742061 646a7573 74656420 6f6e2074 ft adjusted on t\n+ 0x0018f3f0 69636b20 6d61726b 2e000000 20202020 ick mark.... \n+ 0x0018f400 20202020 43484f50 543d2743 273a206c CHOPT='C': l\n+ 0x0018f410 6162656c 73206172 65204365 6e747265 abels are Centre\n+ 0x0018f420 64206f6e 20746963 6b206d61 726b2e00 d on tick mark..\n+ 0x0018f430 20202020 20202020 43484f50 543d274d CHOPT='M\n+ 0x0018f440 273a2049 6e207468 65204d69 64646c65 ': In the Middle\n+ 0x0018f450 206f6620 74686520 64697669 73696f6e of the division\n+ 0x0018f460 732e0000 44697265 6374696f 6e206f66 s...Direction of\n+ 0x0018f470 206c6162 656c733a 20446566 61756c74 labels: Default\n+ 0x0018f480 20697320 52494748 54000000 466f726d is RIGHT...Form\n+ 0x0018f490 6174206f 66206c61 62656c73 3a20426c at of labels: Bl\n+ 0x0018f4a0 616e6b20 63686172 61637465 72732061 ank characters a\n+ 0x0018f4b0 72652073 74726970 7065642c 20616e64 re stripped, and\n+ 0x0018f4c0 20746865 6e207468 65000000 6c616265 then the...labe\n+ 0x0018f4d0 6c206973 20636f72 72656374 6c792061 l is correctly a\n+ 0x0018f4e0 6c69676e 65642e20 54686520 646f742c ligned. 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Seco\n+ 0x0018f630 6e646172 79207469 636b206d 61726b73 ndary tick marks\n+ 0x0018f640 3a20312e 35202500 20202020 20202020 : 1.5 %. \n+ 0x0018f650 54686972 64206f72 64657220 7469636b Third order tick\n+ 0x0018f660 206d6172 6b733a20 2e373520 25000000 marks: .75 %...\n+ 0x0018f670 20202020 20202020 43686172 61637465 Characte\n+ 0x0018f680 72732068 65696768 7420666f 72206c61 rs height for la\n+ 0x0018f690 62656c73 3a203225 00000000 20202020 bels: 2%.... \n+ 0x0018f6a0 20202020 43686172 61637465 72732073 Characters s\n+ 0x0018f6b0 70616369 6e672028 72656c61 74656420 pacing (related \n+ 0x0018f6c0 746f2068 65696768 74293a20 34302500 to height): 40%.\n+ 0x0018f6d0 54797065 206f6620 6c616265 6c733a20 Type of labels: \n+ 0x0018f6e0 4c616265 6c732061 7265206e 6f726d61 Labels are norma\n+ 0x0018f6f0 6c6c7920 6e756d65 72696320 2e20486f lly numeric . 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The default\n+ 0x0018f7c0 2076616c 75652069 73207573 65642075 value is used u\n+ 0x0018f7d0 6e6c6573 73207468 6520636f 72726573 nless the corres\n+ 0x0018f7e0 706f6e64 696e6720 6f707469 6f6e2069 ponding option i\n+ 0x0018f7f0 73000000 20202020 20202020 43484f50 s... CHOP\n+ 0x0018f800 543d2744 27205468 65206469 7374616e T='D' The distan\n+ 0x0018f810 63652062 65747765 656e2074 6865206c ce between the l\n+ 0x0018f820 6162656c 7320616e 64207468 65206178 abels and the ax\n+ 0x0018f830 69730000 20202020 20202020 20202020 is.. \n+ 0x0018f840 20202020 20202874 6865206f 66667365 (the offse\n+ 0x0018f850 74292069 73206769 76656e20 62792074 t) is given by t\n+ 0x0018f860 68652070 72656365 64696e67 20636f6d he preceding com\n+ 0x0018f870 6d616e64 00000000 20202020 20202020 mand.... \n+ 0x0018f880 20202020 20202020 20205345 54207769 SET wi\n+ 0x0018f890 74682074 68652070 6172616d 65746572 th the parameter\n+ 0x0018f8a0 204c414f 462e0000 20202020 20202020 LAOF... \n+ 0x0018f8b0 43484f50 543d2748 27205468 65207369 CHOPT='H' The si\n+ 0x0018f8c0 7a652028 68656967 68742920 6f662074 ze (height) of t\n+ 0x0018f8d0 6865206c 6162656c 73206973 20676976 he labels is giv\n+ 0x0018f8e0 656e2062 79207468 65000000 20202020 en by the... \n+ 0x0018f8f0 20202020 20202020 20202020 20207072 pr\n+ 0x0018f900 65636564 696e6720 636f6d6d 616e6420 eceding command \n+ 0x0018f910 53455420 77697468 20746865 20706172 SET with the par\n+ 0x0018f920 616d6574 6572204c 4153492e 00000000 ameter LASI.....\n+ 0x0018f930 20202020 20202020 43484f50 543d2753 CHOPT='S\n+ 0x0018f940 27205468 65207369 7a65206f 66207468 ' The size of th\n+ 0x0018f950 65207469 636b206d 61726b73 20697320 e tick marks is \n+ 0x0018f960 67697665 6e206279 20746865 20707265 given by the pre\n+ 0x0018f970 63656469 6e670000 20202020 20202020 ceding.. \n+ 0x0018f980 20202020 20202020 2020636f 6d6d616e comman\n+ 0x0018f990 64205345 54207769 74682074 68652070 d SET with the p\n+ 0x0018f9a0 6172616d 65746572 20544d53 492e0000 arameter TMSI...\n+ 0x0018f9b0 41786973 2062696e 6e696e67 206f7074 Axis binning opt\n+ 0x0018f9c0 696d6973 6174696f 6e3a2042 79206465 imisation: By de\n+ 0x0018f9d0 6661756c 74207468 65206178 69732062 fault the axis b\n+ 0x0018f9e0 696e6e69 6e672069 73206f70 74696d69 inning is optimi\n+ 0x0018f9f0 73656420 2e000000 20202020 20202020 sed .... \n+ 0x0018fa00 43484f50 543d274e 273a204e 6f206269 CHOPT='N': No bi\n+ 0x0018fa10 6e6e696e 67206f70 74696d69 73617469 nning optimisati\n+ 0x0018fa20 6f6e0000 20202020 20202020 43484f50 on.. 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Moreove\n+ 0x0018fcf0 72206974 20757365 20746865 204e4456 r it use the NDV\n+ 0x0018fd00 582c204e 44565920 65746320 2e2e2061 X, NDVY etc .. a\n+ 0x0018fd10 74747269 62757465 732e0000 77697468 ttributes...with\n+ 0x0018fd20 20746865 20637572 72656e74 2066696c the current fil\n+ 0x0018fd30 6c206172 65612061 74747269 62757465 l area attribute\n+ 0x0018fd40 732e0000 20202020 4e554c4c 20302031 s... NULL 0 1\n+ 0x0018fd50 30203020 31302020 20202020 2020207c 0 0 10 |\n+ 0x0018fd60 20447261 77206120 6672616d 65202863 Draw a frame (c\n+ 0x0018fd70 66204845 4c50204e 554c4c29 00000000 f HELP NULL)....\n+ 0x0018fd80 20202020 53455420 46414953 20312020 SET FAIS 1 \n+ 0x0018fd90 20202020 20202020 2020207c 2046696c | Fil\n+ 0x0018fda0 6c206172 65612069 6e746572 696f7220 l area interior \n+ 0x0018fdb0 7374796c 6520736f 6c696400 20202020 style solid. \n+ 0x0018fdc0 46504f49 4e542035 2031202e 31202020 FPOINT 5 1 .1 \n+ 0x0018fdd0 20202020 2020207c 20447261 77206120 | Draw a \n+ 0x0018fde0 66696c6c 65642070 6f696e74 00000000 filled point....\n+ 0x0018fdf0 20202020 46504f49 4e542035 2033202e FPOINT 5 3 .\n+ 0x0018fe00 32202020 20202020 2020207c 20447261 2 | Dra\n+ 0x0018fe10 77206120 66696c6c 65642070 6f696e74 w a filled point\n+ 0x0018fe20 00000000 20202020 46504f49 4e542035 .... FPOINT 5\n+ 0x0018fe30 2035202e 33202020 20202020 2020207c 5 .3 |\n+ 0x0018fe40 20447261 77206120 66696c6c 65642070 Draw a filled p\n+ 0x0018fe50 6f696e74 00000000 20202020 53455420 oint.... SET \n+ 0x0018fe60 46414349 20342020 20202020 20202020 FACI 4 \n+ 0x0018fe70 2020207c 20546865 2066696c 6c206172 | The fill ar\n+ 0x0018fe80 65612063 6f6c6f75 72206973 20626c75 ea colour is blu\n+ 0x0018fe90 65000000 20202020 46504f49 4e542035 e... FPOINT 5\n+ 0x0018fea0 2037202e 34202020 20202020 2020207c 7 .4 |\n+ 0x0018feb0 20447261 77206120 66696c6c 65642070 Draw a filled p\n+ 0x0018fec0 6f696e74 00000000 20202020 46504f49 oint.... FPOI\n+ 0x0018fed0 4e542035 2039202e 35202020 20202020 NT 5 9 .5 \n+ 0x0018fee0 2020207c 20447261 77206120 66696c6c | Draw a fill\n+ 0x0018fef0 65642070 6f696e74 00000000 44726177 ed point....Draw\n+ 0x0018ff00 2061206c 696e6520 77697468 20617272 a line with arr\n+ 0x0018ff10 6f772069 6e206d69 64646c65 20286665 ow in middle (fe\n+ 0x0018ff20 726d696f 6e206c69 6e652900 77697468 rmion line).with\n+ 0x0018ff30 20746865 20637572 72656e74 206c696e the current lin\n+ 0x0018ff40 6520616e 64206669 6c6c2061 72656120 e and fill area \n+ 0x0018ff50 61747472 69627574 65732e00 20202020 attributes.. \n+ 0x0018ff60 4e554c4c 20302031 30203020 36202020 NULL 0 10 0 6 \n+ 0x0018ff70 20202020 2020207c 20447261 77206120 | Draw a \n+ 0x0018ff80 6672616d 65202863 66204845 4c50204e frame (cf HELP N\n+ 0x0018ff90 554c4c29 00000000 20202020 41524c49 ULL).... ARLI\n+ 0x0018ffa0 4e452031 20312039 2031202e 32202020 NE 1 1 9 1 .2 \n+ 0x0018ffb0 2020207c 20447261 77206120 6172726f | Draw a arro\n+ 0x0018ffc0 77206c69 6e652028 6c656674 20746f20 w line (left to \n+ 0x0018ffd0 72696768 74290000 20202020 41524c49 right).. ARLI\n+ 0x0018ffe0 4e452039 20322031 2032202e 34202020 NE 9 2 1 2 .4 \n+ 0x0018fff0 2020207c 20447261 77206120 6172726f | Draw a arro\n+ 0x00190000 77206c69 6e652028 72696768 7420746f w line (right to\n+ 0x00190010 206c6566 74290000 20202020 53455420 left).. SET \n+ 0x00190020 504c4349 20322020 20202020 20202020 PLCI 2 \n+ 0x00190030 2020207c 20417272 6f772063 6f6c6f75 | Arrow colou\n+ 0x00190040 72206973 20726564 00000000 20202020 r is red.... \n+ 0x00190050 41524c49 4e452039 20332031 2033202e ARLINE 9 3 1 3 .\n+ 0x00190060 34202020 2020207c 20447261 77206120 4 | Draw a \n+ 0x00190070 6172726f 77206c69 6e652028 72696768 arrow line (righ\n+ 0x00190080 7420746f 206c6566 74290000 20202020 t to left).. \n+ 0x00190090 53455420 4c574944 20382020 20202020 SET LWID 8 \n+ 0x001900a0 20202020 2020207c 20417272 6f77206c | Arrow l\n+ 0x001900b0 696e6520 77696474 68206973 20380000 ine width is 8..\n+ 0x001900c0 20202020 41524c49 4e452039 20342031 ARLINE 9 4 1\n+ 0x001900d0 2034202e 34202020 2020207c 20447261 4 .4 | Dra\n+ 0x001900e0 77206120 6172726f 77206c69 6e652028 w a arrow line (\n+ 0x001900f0 72696768 7420746f 206c6566 74290000 right to left)..\n+ 0x00190100 20202020 53455420 4c545950 20332020 SET LTYP 3 \n+ 0x00190110 20202020 20202020 2020207c 20417272 | Arr\n+ 0x00190120 6f77206c 696e6520 74797065 20697320 ow line type is \n+ 0x00190130 646f7474 65640000 20202020 41524c49 dotted.. ARLI\n+ 0x00190140 4e452039 20352031 2035202e 34202020 NE 9 5 1 5 .4 \n+ 0x00190150 2020207c 20447261 77206120 6172726f | Draw a arro\n+ 0x00190160 77206c69 6e652028 72696768 7420746f w line (right to\n+ 0x00190170 206c6566 74290000 5820636f 6f726469 left)..X coordi\n+ 0x00190180 6e617465 206f6620 74686520 62656769 nate of the begi\n+ 0x00190190 6e206f66 2068656c 69780000 5920636f n of helix..Y co\n+ 0x001901a0 6f726469 6e617465 206f6620 74686520 ordinate of the \n+ 0x001901b0 62656769 6e206f66 2068656c 69780000 begin of helix..\n+ 0x001901c0 5820636f 6f726469 6e617465 206f6620 X coordinate of \n+ 0x001901d0 74686520 656e6420 6f662068 656c6978 the end of helix\n+ 0x001901e0 00000000 5920636f 6f726469 6e617465 ....Y coordinate\n+ 0x001901f0 206f6620 74686520 656e6420 6f662068 of the end of h\n+ 0x00190200 656c6978 00000000 77697468 20746865 elix....with the\n+ 0x00190210 20637572 72656e74 206c696e 65206174 current line at\n+ 0x00190220 74726962 75746573 2e000000 4665796e tributes....Feyn\n+ 0x00190230 6d616e20 67726170 683a2067 6c756f6e man graph: gluon\n+ 0x00190240 20706869 203d2033 302c2070 686f746f phi = 30, photo\n+ 0x00190250 6e207068 69203d20 302e0000 20202020 n phi = 0... \n+ 0x00190260 53455420 2a203b20 4f505420 2a202020 SET * ; OPT * \n+ 0x00190270 20202020 20202020 20202020 7c205265 | Re\n+ 0x00190280 73657420 74686520 64656661 756c7473 set the defaults\n+ 0x00190290 00000000 20202020 4e554c20 30203130 .... NUL 0 10\n+ 0x001902a0 20302031 30202741 42272020 20202020 0 10 'AB' \n+ 0x001902b0 20202020 7c204472 61772061 20667261 | Draw a fra\n+ 0x001902c0 6d652028 63662048 454c5020 4e554c4c me (cf HELP NULL\n+ 0x001902d0 29000000 20202020 41524348 454c4958 )... ARCHELIX\n+ 0x001902e0 20312031 20332033 20212039 20212031 1 1 3 3 ! 9 ! 1\n+ 0x001902f0 20202020 7c204472 61772061 6e206865 | Draw an he\n+ 0x00190300 6c697800 20202020 53455420 4c574944 lix. SET LWID\n+ 0x00190310 20382020 20202020 20202020 20202020 8 \n+ 0x00190320 20202020 7c204865 6c697820 6c696e65 | Helix line\n+ 0x00190330 20776964 74682069 73203800 20202020 width is 8. \n+ 0x00190340 41524348 454c4958 20332033 20372037 ARCHELIX 3 3 7 7\n+ 0x00190350 20212039 20212031 20202020 7c204472 ! 9 ! 1 | Dr\n+ 0x00190360 61772061 6e206865 6c697800 20202020 aw an helix. \n+ 0x00190370 53455420 504c4349 20322020 20202020 SET PLCI 2 \n+ 0x00190380 20202020 20202020 20202020 7c204172 | Ar\n+ 0x00190390 726f7720 636f6c6f 75722069 73207265 row colour is re\n+ 0x001903a0 64000000 20202020 53455420 4c545950 d... SET LTYP\n+ 0x001903b0 20322020 20202020 20202020 20202020 2 \n+ 0x001903c0 20202020 7c204865 6c697820 6c696e65 | Helix line\n+ 0x001903d0 20747970 65206973 20646173 68656400 type is dashed.\n+ 0x001903e0 20202020 41524348 454c4958 20372037 ARCHELIX 7 7\n+ 0x001903f0 20313020 31302021 20392021 20332020 10 10 ! 9 ! 3 \n+ 0x00190400 7c204472 61772061 6e206865 6c697800 | Draw an helix.\n+ 0x00190410 20202020 53455420 2a203b20 4f505420 SET * ; OPT \n+ 0x00190420 2a202020 20202020 20202020 20207c20 * | \n+ 0x00190430 52657365 74207468 65206465 6661756c Reset the defaul\n+ 0x00190440 74730000 20202020 4e554c20 30203130 ts.. NUL 0 10\n+ 0x00190450 20302031 30202741 42272020 20202020 0 10 'AB' \n+ 0x00190460 20207c20 44726177 20612066 72616d65 | Draw a frame\n+ 0x00190470 20286366 2048454c 50204e55 4c4c2900 (cf HELP NULL).\n+ 0x00190480 20202020 48454c49 58203120 31203320 HELIX 1 1 3 \n+ 0x00190490 33202120 31302021 20202020 20207c20 3 ! 10 ! | \n+ 0x001904a0 44726177 20616e20 68656c69 78000000 Draw an helix...\n+ 0x001904b0 20202020 53455420 4c574944 20382020 SET LWID 8 \n+ 0x001904c0 20202020 20202020 20202020 20207c20 | \n+ 0x001904d0 48656c69 78206c69 6e652077 69647468 Helix line width\n+ 0x001904e0 20697320 38000000 20202020 48454c49 is 8... HELI\n+ 0x001904f0 58203320 33203720 37203120 20352021 X 3 3 7 7 1 5 !\n+ 0x00190500 20202020 20207c20 44726177 20616e20 | Draw an \n+ 0x00190510 68656c69 78000000 20202020 53455420 helix... SET \n+ 0x00190520 504c4349 20322020 20202020 20202020 PLCI 2 \n+ 0x00190530 20202020 20207c20 4172726f 7720636f | Arrow co\n+ 0x00190540 6c6f7572 20697320 72656400 20202020 lour is red. \n+ 0x00190550 53455420 4c545950 20322020 20202020 SET LTYP 2 \n+ 0x00190560 20202020 20202020 20207c20 48656c69 | Heli\n+ 0x00190570 78206c69 6e652074 79706520 69732064 x line type is d\n+ 0x00190580 61736865 64000000 20202020 48454c49 ashed... HELI\n+ 0x00190590 58203720 37203130 20313020 2e322035 X 7 7 10 10 .2 5\n+ 0x001905a0 20313020 20207c20 44726177 20616e20 10 | Draw an \n+ 0x001905b0 68656c69 78000000 54686520 4152524f helix...The ARRO\n+ 0x001905c0 57206174 74726962 75746573 2063616e W attributes can\n+ 0x001905d0 20626520 6368616e 67656420 77697468 be changed with\n+ 0x001905e0 20746865 20636f6d 6d616e64 20534554 the command SET\n+ 0x001905f0 2e000000 4152524f 5720616e 64204c49 ....ARROW and LI\n+ 0x00190600 4e452061 74747269 62757465 73206172 NE attributes ar\n+ 0x00190610 65207468 65207361 6d652e00 20202020 e the same.. \n+ 0x00190620 2858312c 59312920 2d2d2d2d 3e202858 (X1,Y1) ----> (X\n+ 0x00190630 322c5932 29206966 2053495a 453e302e 2,Y2) if SIZE>0.\n+ 0x00190640 00000000 20202020 2858312c 59312920 .... (X1,Y1) \n+ 0x00190650 3c2d2d2d 3e202858 322c5932 29206966 <---> (X2,Y2) if\n+ 0x00190660 2053495a 453c302e 00000000 20202020 SIZE<0..... \n+ 0x00190670 4e554c4c 20302031 30203020 37202020 NULL 0 10 0 7 \n+ 0x00190680 20202020 2020207c 20447261 77206120 | Draw a \n+ 0x00190690 6672616d 65202863 66204845 4c50204e frame (cf HELP N\n+ 0x001906a0 554c4c29 00000000 20202020 4152524f ULL).... ARRO\n+ 0x001906b0 57203120 39203120 31202e32 20202020 W 1 9 1 1 .2 \n+ 0x001906c0 2020207c 20447261 77206120 73696d70 | Draw a simp\n+ 0x001906d0 6c652061 72726f77 20286c65 66742074 le arrow (left t\n+ 0x001906e0 6f207269 67687429 00000000 20202020 o right).... \n+ 0x001906f0 4152524f 57203920 31203220 32202e34 ARROW 9 1 2 2 .4\n+ 0x00190700 20202020 2020207c 20447261 77206120 | Draw a \n+ 0x00190710 73696d70 6c652061 72726f77 20287269 simple arrow (ri\n+ 0x00190720 67687420 746f206c 65667429 00000000 ght to left)....\n+ 0x00190730 20202020 4152524f 57203120 39203320 ARROW 1 9 3 \n+ 0x00190740 33202d2e 38202020 2020207c 20447261 3 -.8 | Dra\n+ 0x00190750 77206120 646f7562 6c652061 72726f77 w a double arrow\n+ 0x00190760 00000000 20202020 4152524f 57203120 .... ARROW 1 \n+ 0x00190770 39203420 34202d2e 38202020 2020207c 9 4 4 -.8 |\n+ 0x00190780 20447261 77206120 646f7562 6c652061 Draw a double a\n+ 0x00190790 72726f77 00000000 20202020 4152524f rrow.... ARRO\n+ 0x001907a0 57203120 39203520 35202d2e 38202020 W 1 9 5 5 -.8 \n+ 0x001907b0 2020207c 20447261 77206120 646f7562 | Draw a doub\n+ 0x001907c0 6c652061 72726f77 00000000 20202020 le arrow.... \n+ 0x001907d0 4152524f 57203120 39203620 36202d2e ARROW 1 9 6 6 -.\n+ 0x001907e0 38202020 2020207c 20447261 77206120 8 | Draw a \n+ 0x001907f0 646f7562 6c652061 72726f77 00000000 double arrow....\n+ 0x00190800 5820636f 6f726420 6f662066 69727374 X coord of first\n+ 0x00190810 20636f72 6e657220 6f662065 78742062 corner of ext b\n+ 0x00190820 6f780000 5820636f 6f726420 6f662073 ox..X coord of s\n+ 0x00190830 65636f6e 6420636f 726e6572 206f6620 econd corner of \n+ 0x00190840 65787420 626f7800 5920636f 6f726420 ext box.Y coord \n+ 0x00190850 6f662066 69727374 20636f72 6e657220 of first corner \n+ 0x00190860 6f662065 78742062 6f780000 5920636f of ext box..Y co\n+ 0x00190870 6f726420 6f662073 65636f6e 6420636f ord of second co\n+ 0x00190880 726e6572 206f6620 65787420 626f7800 rner of ext box.\n+ 0x00190890 5820636f 6f726420 6f662066 69727374 X coord of first\n+ 0x001908a0 20636f72 6e657220 6f662069 6e742062 corner of int b\n+ 0x001908b0 6f780000 5820636f 6f726420 6f662073 ox..X coord of s\n+ 0x001908c0 65636f6e 6420636f 726e6572 206f6620 econd corner of \n+ 0x001908d0 696e7420 626f7800 5920636f 6f726420 int box.Y coord \n+ 0x001908e0 6f662066 69727374 20636f72 6e657220 of first corner \n+ 0x001908f0 6f662069 6e742062 6f780000 5920636f of int box..Y co\n+ 0x00190900 6f726420 6f662073 65636f6e 6420636f ord of second co\n+ 0x00190910 726e6572 206f6620 696e7420 626f7800 rner of int box.\n+ 0x00190920 44726177 20616e64 2066696c 6c206120 Draw and fill a \n+ 0x00190930 6672616d 65202832 206e6573 74656420 frame (2 nested \n+ 0x00190940 626f7865 73290000 54686520 46424f58 boxes)..The FBOX\n+ 0x00190950 20617474 72696275 74657320 63616e20 attributes can \n+ 0x00190960 62652063 68616e67 65642077 69746820 be changed with \n+ 0x00190970 74686520 636f6d6d 616e6420 5345542e the command SET.\n+ 0x00190980 00000000 20202020 53455420 46414953 .... SET FAIS\n+ 0x00190990 20332020 20202020 20202020 2020207c 3 |\n+ 0x001909a0 2046696c 6c206172 65612069 6e746572 Fill area inter\n+ 0x001909b0 696f7220 7374796c 65206861 74636865 ior style hatche\n+ 0x001909c0 64000000 20202020 53455420 46415349 d... SET FASI\n+ 0x001909d0 20332020 20202020 20202020 2020207c 3 |\n+ 0x001909e0 20436861 6e676573 20746865 20747970 Changes the typ\n+ 0x001909f0 65206f66 20686174 63686573 00000000 e of hatches....\n+ 0x00190a00 20202020 53455420 46414349 20322020 SET FACI 2 \n+ 0x00190a10 20202020 20202020 2020207c 2046696c | Fil\n+ 0x00190a20 6c206172 6520636f 6c6f7572 20697320 l are colour is \n+ 0x00190a30 72656400 20202020 53455420 504c4349 red. SET PLCI\n+ 0x00190a40 20342020 20202020 20202020 2020207c 4 |\n+ 0x00190a50 204c696e 6520636f 6c6f7572 20697320 Line colour is \n+ 0x00190a60 626c7565 00000000 20202020 53455420 blue.... SET \n+ 0x00190a70 4c574944 20382020 20202020 20202020 LWID 8 \n+ 0x00190a80 2020207c 20546865 206c696e 65207769 | The line wi\n+ 0x00190a90 64746820 69732038 00000000 20202020 dth is 8.... \n+ 0x00190aa0 53455420 424f5244 20312020 20202020 SET BORD 1 \n+ 0x00190ab0 20202020 2020207c 20546865 20626f72 | The bor\n+ 0x00190ac0 64657220 69732072 65717565 73746564 der is requested\n+ 0x00190ad0 00000000 20202020 46424f58 20312039 .... FBOX 1 9\n+ 0x00190ae0 20312039 20332037 20332037 2020207c 1 9 3 7 3 7 |\n+ 0x00190af0 20447261 77206120 6672616d 6520626f Draw a frame bo\n+ 0x00190b00 78000000 55736520 74686520 63757272 x...Use the curr\n+ 0x00190b10 656e7420 4e6f726d 616c6973 6174696f ent Normalisatio\n+ 0x00190b20 6e207472 616e7366 6f726d61 74696f6e n transformation\n+ 0x00190b30 00000000 74616b69 6e672063 61726520 ....taking care \n+ 0x00190b40 6f66206c 6f676172 6974686d 69632073 of logarithmic s\n+ 0x00190b50 63616c65 732e0000 54686520 424f5820 cales...The BOX \n+ 0x00190b60 61747472 69627574 65732063 616e2062 attributes can b\n+ 0x00190b70 65206368 616e6765 64207769 74682074 e changed with t\n+ 0x00190b80 68652063 6f6d6d61 6e642053 45542e00 he command SET..\n+ 0x00190b90 20202020 4f505420 4c4f4759 203b204f OPT LOGY ; O\n+ 0x00190ba0 5054204c 4f475820 2020207c 20557365 PT LOGX | Use\n+ 0x00190bb0 206c6f67 20736361 6c650000 20202020 log scale.. \n+ 0x00190bc0 53455420 46414953 20302020 20202020 SET FAIS 0 \n+ 0x00190bd0 20202020 2020207c 2046696c 6c206172 | Fill ar\n+ 0x00190be0 65612069 6e746572 696f7220 7374796c ea interior styl\n+ 0x00190bf0 6520686f 6c6c6f77 00000000 20202020 e hollow.... \n+ 0x00190c00 44424f58 20312033 20312033 20202020 DBOX 1 3 1 3 \n+ 0x00190c10 20202020 2020207c 20447261 77206120 | Draw a \n+ 0x00190c20 626f7800 54686973 20636f6d 6d616e64 box.This command\n+ 0x00190c30 20697420 646f6573 6e277420 4c4f4720 it doesn't LOG \n+ 0x00190c40 7363616c 65732e20 49742069 73207265 scales. It is re\n+ 0x00190c50 636f6d6d 656e6465 64000000 20202020 commended... \n+ 0x00190c60 424f5820 31203320 31203320 20202020 BOX 1 3 1 3 \n+ 0x00190c70 20202020 2020207c 20447261 77206120 | Draw a \n+ 0x00190c80 626f7800 20202020 424f5820 31203320 box. BOX 1 3 \n+ 0x00190c90 33203520 20202020 20202020 2020207c 3 5 |\n+ 0x00190ca0 20447261 77206120 626f7800 20202020 Draw a box. \n+ 0x00190cb0 53455420 46415349 20323435 20202020 SET FASI 245 \n+ 0x00190cc0 20202020 2020207c 20436861 6e676573 | Changes\n+ 0x00190cd0 20746865 20747970 65206f66 20686174 the type of hat\n+ 0x00190ce0 63686573 00000000 20202020 424f5820 ches.... BOX \n+ 0x00190cf0 31203320 35203720 20202020 20202020 1 3 5 7 \n+ 0x00190d00 2020207c 20447261 77206120 626f7800 | Draw a box.\n+ 0x00190d10 20202020 424f5820 33203520 35203720 BOX 3 5 5 7 \n+ 0x00190d20 20202020 20202020 2020207c 20447261 | Dra\n+ 0x00190d30 77206120 626f7800 20202020 53455420 w a box. SET \n+ 0x00190d40 46415349 20342020 20202020 20202020 FASI 4 \n+ 0x00190d50 2020207c 20436861 6e676573 20746865 | Changes the\n+ 0x00190d60 20747970 65206f66 20686174 63686573 type of hatches\n+ 0x00190d70 00000000 20202020 424f5820 35203720 .... BOX 5 7 \n+ 0x00190d80 35203720 20202020 20202020 2020207c 5 7 |\n+ 0x00190d90 20447261 77206120 626f7800 44726177 Draw a box.Draw\n+ 0x00190da0 20612070 6f6c796d 61726b65 72206174 a polymarker at\n+ 0x00190db0 20746865 204e2070 6f696e74 7320582c the N points X,\n+ 0x00190dc0 592c5a00 54686520 3344504d 41524b45 Y,Z.The 3DPMARKE\n+ 0x00190dd0 52206174 74726962 75746573 2063616e R attributes can\n+ 0x00190de0 20626520 6368616e 67656420 77697468 be changed with\n+ 0x00190df0 20746865 20636f6d 6d616e64 20534554 the command SET\n+ 0x00190e00 2e000000 20202020 33444e55 4c202020 .... 3DNUL \n+ 0x00190e10 20202020 20202020 20202020 2020207c |\n+ 0x00190e20 20447261 77206120 6672616d 65202863 Draw a frame (c\n+ 0x00190e30 66204845 4c502033 444e554c 4c290000 f HELP 3DNULL)..\n+ 0x00190e40 20202020 562f4352 45415445 20582835 V/CREATE X(5\n+ 0x00190e50 29205220 302e3220 302e3820 302e3820 ) R 0.2 0.8 0.8 \n+ 0x00190e60 302e3220 302e3200 20202020 562f4352 0.2 0.2. V/CR\n+ 0x00190e70 45415445 20592835 29205220 302e3220 EATE Y(5) R 0.2 \n+ 0x00190e80 302e3220 302e3820 302e3820 302e3200 0.2 0.8 0.8 0.2.\n+ 0x00190e90 20202020 562f4352 45415445 205a3128 V/CREATE Z1(\n+ 0x00190ea0 35292052 20302e32 20302e32 20302e32 5) R 0.2 0.2 0.2\n+ 0x00190eb0 20302e32 20302e32 00000000 20202020 0.2 0.2.... \n+ 0x00190ec0 562f4352 45415445 205a3228 35292052 V/CREATE Z2(5) R\n+ 0x00190ed0 20302e38 20302e38 20302e38 20302e38 0.8 0.8 0.8 0.8\n+ 0x00190ee0 20302e38 00000000 2f475241 50484943 0.8..../GRAPHIC\n+ 0x00190ef0 532f5052 494d4954 49564553 2f334450 S/PRIMITIVES/3DP\n+ 0x00190f00 4d41524b 45520000 44726177 20706f6c MARKER..Draw pol\n+ 0x00190f10 796d6172 6b657273 20617420 74686520 ymarkers at the \n+ 0x00190f20 4e20706f 696e7473 20582c59 00000000 N points X,Y....\n+ 0x00190f30 54686520 504d4152 4b455220 61747472 The PMARKER attr\n+ 0x00190f40 69627574 65732063 616e2062 65206368 ibutes can be ch\n+ 0x00190f50 616e6765 64207769 74682074 68652063 anged with the c\n+ 0x00190f60 6f6d6d61 6e642053 45542e00 20202020 ommand SET.. \n+ 0x00190f70 4e554c20 2d332e32 20332e32 202d3120 NUL -3.2 3.2 -1 \n+ 0x00190f80 31202020 2020207c 20447261 77206120 1 | Draw a \n+ 0x00190f90 6672616d 65202863 66204845 4c50204e frame (cf HELP N\n+ 0x00190fa0 554c4c29 00000000 202a2043 72656174 ULL).... * Creat\n+ 0x00190fb0 65207665 63746f72 20582061 6e642059 e vector X and Y\n+ 0x00190fc0 20286366 2048454c 50205349 474d4129 (cf HELP SIGMA)\n+ 0x00190fd0 00000000 20202020 5349474d 4120583d .... SIGMA X=\n+ 0x00190fe0 41525241 59283130 302c2d33 2e313423 ARRAY(100,-3.14#\n+ 0x00190ff0 332e3134 29000000 20202020 53455420 3.14)... SET \n+ 0x00191000 504d4349 20362020 20202020 20202020 PMCI 6 \n+ 0x00191010 2020207c 20546865 206d6172 6b657220 | The marker \n+ 0x00191020 636f6c6f 75722069 73206d61 67656e74 colour is magent\n+ 0x00191030 61000000 20202020 53455420 4d545950 a... SET MTYP\n+ 0x00191040 20332020 20202020 20202020 2020207c 3 |\n+ 0x00191050 20546865 206d6172 6b657220 74797065 The marker type\n+ 0x00191060 20697320 2a000000 20202020 53455420 is *... SET \n+ 0x00191070 4d534346 20322020 20202020 20202020 MSCF 2 \n+ 0x00191080 2020207c 20546865 206d6172 6b657220 | The marker \n+ 0x00191090 73697a65 20697320 32000000 20202020 size is 2... \n+ 0x001910a0 504d4152 4b455220 31303020 58205920 PMARKER 100 X Y \n+ 0x001910b0 20202020 2020207c 20447261 77206120 | Draw a \n+ 0x001910c0 31303020 706f696e 74732070 6f6c796d 100 points polym\n+ 0x001910d0 61726b65 72000000 54686973 20636f6d arker...This com\n+ 0x001910e0 6d616e64 20646f65 736e2774 2074616b mand doesn't tak\n+ 0x001910f0 6520696e 746f2061 63636f75 6e74204f e into account O\n+ 0x00191100 5054494f 4e53204c 4f475920 6f72204c PTIONS LOGY or L\n+ 0x00191110 4f47582c 20757365 20475241 50480000 OGX, use GRAPH..\n+ 0x00191120 46696c6c 20746865 20617265 61206465 Fill the area de\n+ 0x00191130 66696e65 64206279 20746865 204e2070 fined by the N p\n+ 0x00191140 6f696e74 7320582c 59000000 54686520 oints X,Y...The \n+ 0x00191150 46415245 41206174 74726962 75746573 FAREA attributes\n+ 0x00191160 2063616e 20626520 6368616e 67656420 can be changed \n+ 0x00191170 77697468 20746865 20636f6d 6d616e64 with the command\n+ 0x00191180 20534554 2e000000 20202020 4e554c20 SET.... NUL \n+ 0x00191190 2d312e31 20312e31 202d312e 3120312e -1.1 1.1 -1.1 1.\n+ 0x001911a0 3120207c 20447261 77206120 6672616d 1 | Draw a fram\n+ 0x001911b0 65202863 66204845 4c50204e 554c4c29 e (cf HELP NULL)\n+ 0x001911c0 00000000 20202020 53455420 46414349 .... SET FACI\n+ 0x001911d0 20322020 20202020 20202020 2020207c 2 |\n+ 0x001911e0 20546865 2066696c 6c206172 65612063 The fill area c\n+ 0x001911f0 6f6c6f75 72206973 20726564 00000000 olour is red....\n+ 0x00191200 20202020 53455420 46414953 20312020 SET FAIS 1 \n+ 0x00191210 20202020 20202020 2020207c 20546865 | The\n+ 0x00191220 2066696c 6c206172 65612069 6e746572 fill area inter\n+ 0x00191230 696f7220 7374796c 65206973 20736f6c ior style is sol\n+ 0x00191240 69640000 20202020 46415245 41203130 id.. FAREA 10\n+ 0x00191250 30205820 59202020 20202020 2020207c 0 X Y |\n+ 0x00191260 20447261 77206120 31303020 706f696e Draw a 100 poin\n+ 0x00191270 7473206c 696e6500 20202020 53455420 ts line. SET \n+ 0x00191280 46414349 20312020 20202020 20202020 FACI 1 \n+ 0x00191290 2020207c 20546865 2066696c 6c206172 | The fill ar\n+ 0x001912a0 65612063 6f6c6f75 72206973 20626c61 ea colour is bla\n+ 0x001912b0 636b0000 20202020 53455420 46414953 ck.. SET FAIS\n+ 0x001912c0 20302020 20202020 20202020 2020207c 0 |\n+ 0x001912d0 20546865 2066696c 6c206172 65612069 The fill area i\n+ 0x001912e0 6e746572 696f7220 7374796c 65206973 nterior style is\n+ 0x001912f0 20686f6c 6c6f7700 20202020 53455420 hollow. SET \n+ 0x00191300 46414953 20332020 20202020 20202020 FAIS 3 \n+ 0x00191310 2020207c 20546865 2066696c 6c206172 | The fill ar\n+ 0x00191320 65612069 6e746572 696f7220 7374796c ea interior styl\n+ 0x00191330 65206973 20686174 63686564 00000000 e is hatched....\n+ 0x00191340 20202020 53455420 46415349 20323435 SET FASI 245\n+ 0x00191350 20202020 20202020 2020207c 20446566 | Def\n+ 0x00191360 696e6573 20746865 20747970 65206f66 ines the type of\n+ 0x00191370 20686174 63686573 00000000 44726177 hatches....Draw\n+ 0x00191380 2061206c 696e6520 636f6e6e 65637469 a line connecti\n+ 0x00191390 6e672070 6f696e74 73202858 312c5931 ng points (X1,Y1\n+ 0x001913a0 2920616e 64202858 322c5932 29000000 ) and (X2,Y2)...\n+ 0x001913b0 696e2074 68652063 75727265 6e74204e in the current N\n+ 0x001913c0 6f726d61 6c697361 74696f6e 20747261 ormalisation tra\n+ 0x001913d0 6e73666f 726d6174 696f6e20 74616b69 nsformation taki\n+ 0x001913e0 6e672063 61726520 6f660000 6c6f6761 ng care of..loga\n+ 0x001913f0 72697468 6d696320 7363616c 65732e20 rithmic scales. \n+ 0x00191400 54686520 444c494e 45206174 74726962 The DLINE attrib\n+ 0x00191410 75746573 2063616e 20626500 20202020 utes can be. \n+ 0x00191420 4f505449 4f4e204c 4f475920 20202020 OPTION LOGY \n+ 0x00191430 20202020 2020207c 204c6f67 20736361 | Log sca\n+ 0x00191440 6c65206f 6e207468 65205920 61786973 le on the Y axis\n+ 0x00191450 2e000000 20202020 4e554c20 30203520 .... NUL 0 5 \n+ 0x00191460 31203130 30202020 20202020 2020207c 1 100 |\n+ 0x00191470 20447261 77206120 6672616d 65202863 Draw a frame (c\n+ 0x00191480 66204845 4c50204e 554c4c29 00000000 f HELP NULL)....\n+ 0x00191490 20202020 53455420 504c4349 20322020 SET PLCI 2 \n+ 0x001914a0 20202020 20202020 2020207c 20546865 | The\n+ 0x001914b0 206c696e 6520636f 6c6f7572 20697320 line colour is \n+ 0x001914c0 72656400 20202020 53455420 4c574944 red. SET LWID\n+ 0x001914d0 20362020 20202020 20202020 2020207c 6 |\n+ 0x001914e0 20546865 206c696e 65207769 64746820 The line width \n+ 0x001914f0 69732036 00000000 20202020 53455420 is 6.... SET \n+ 0x00191500 4c545950 20312020 20202020 20202020 LTYP 1 \n+ 0x00191510 2020207c 20546865 206c696e 65207479 | The line ty\n+ 0x00191520 70652069 7320736f 6c696400 20202020 pe is solid. \n+ 0x00191530 444c494e 45203020 35203120 31302020 DLINE 0 5 1 10 \n+ 0x00191540 20202020 2020207c 20447261 77206120 | Draw a \n+ 0x00191550 6c696e65 00000000 696e2074 68652063 line....in the c\n+ 0x00191560 75727265 6e74204e 6f726d61 6c697361 urrent Normalisa\n+ 0x00191570 74696f6e 20747261 6e73666f 726d6174 tion transformat\n+ 0x00191580 696f6e2e 20546869 7320636f 6d6d616e ion. This comman\n+ 0x00191590 64206973 206b6570 74000000 666f7220 d is kept...for \n+ 0x001915a0 6261636b 77617264 20636f6d 70617469 backward compati\n+ 0x001915b0 62696c69 74792e20 49742068 61732061 bility. It has a\n+ 0x001915c0 20726576 65727365 2063616c 6c696e67 reverse calling\n+ 0x001915d0 20736571 75656e63 6520636f 6d706172 sequence compar\n+ 0x001915e0 65000000 746f2042 4f58206f 72204152 e...to BOX or AR\n+ 0x001915f0 524f5720 616e6420 69742064 6f65736e ROW and it doesn\n+ 0x00191600 27742074 616b6520 4c4f4720 7363616c 't take LOG scal\n+ 0x00191610 65732069 6e746f20 6163636f 756e742e es into account.\n+ 0x00191620 20497420 69730000 7265636f 6d6d656e It is..recommen\n+ 0x00191630 64656420 746f2075 73652044 4c494e45 ded to use DLINE\n+ 0x00191640 20696e73 74656164 2e205468 65204c49 instead. The LI\n+ 0x00191650 4e452061 74747269 62757465 73206361 NE attributes ca\n+ 0x00191660 6e206265 00000000 20202020 4e554c20 n be.... NUL \n+ 0x00191670 30203520 30203520 20202020 20202020 0 5 0 5 \n+ 0x00191680 2020207c 20447261 77206120 6672616d | Draw a fram\n+ 0x00191690 65202863 66204845 4c50204e 554c4c29 e (cf HELP NULL)\n+ 0x001916a0 00000000 20202020 53455420 4c545950 .... SET LTYP\n+ 0x001916b0 20332020 20202020 20202020 2020207c 3 |\n+ 0x001916c0 20546865 206c696e 65207479 70652069 The line type i\n+ 0x001916d0 7320646f 74746564 00000000 20202020 s dotted.... \n+ 0x001916e0 4c494e45 20302030 20352035 20202020 LINE 0 0 5 5 \n+ 0x001916f0 20202020 2020207c 20447261 77206120 | Draw a \n+ 0x00191700 6c696e65 00000000 44726177 20612070 line....Draw a p\n+ 0x00191710 6f6c796c 696e6520 6f66204e 20706f69 olyline of N poi\n+ 0x00191720 6e747320 582c592c 5a000000 54686520 nts X,Y,Z...The \n+ 0x00191730 3344504c 494e4520 61747472 69627574 3DPLINE attribut\n+ 0x00191740 65732063 616e2062 65206368 616e6765 es can be change\n+ 0x00191750 64207769 74682074 68652063 6f6d6d61 d with the comma\n+ 0x00191760 6e642053 45542e00 44726177 20612070 nd SET..Draw a p\n+ 0x00191770 6f6c796c 696e6520 6f66204e 20706f69 olyline of N poi\n+ 0x00191780 6e747320 582c5900 54686520 504c494e nts X,Y.The PLIN\n+ 0x00191790 45206174 74726962 75746573 2063616e E attributes can\n+ 0x001917a0 20626520 6368616e 67656420 77697468 be changed with\n+ 0x001917b0 20746865 20636f6d 6d616e64 20534554 the command SET\n+ 0x001917c0 2e000000 20202020 4e554c20 2d312031 .... NUL -1 1\n+ 0x001917d0 20302031 20202020 20202020 2020207c 0 1 |\n+ 0x001917e0 20447261 77206120 6672616d 65202863 Draw a frame (c\n+ 0x001917f0 66204845 4c50204e 554c4c29 00000000 f HELP NULL)....\n+ 0x00191800 20202020 53455420 504c4349 20342020 SET PLCI 4 \n+ 0x00191810 20202020 20202020 2020207c 20546865 | The\n+ 0x00191820 206c696e 6520636f 6c6f7572 20697320 line colour is \n+ 0x00191830 626c7565 00000000 20202020 53455420 blue.... SET \n+ 0x00191840 4c545950 20322020 20202020 20202020 LTYP 2 \n+ 0x00191850 2020207c 20546865 206c696e 65207479 | The line ty\n+ 0x00191860 70652069 73206461 73686564 00000000 pe is dashed....\n+ 0x00191870 20202020 504c494e 45203130 30205820 PLINE 100 X \n+ 0x00191880 59202020 20202020 2020207c 20447261 Y | Dra\n+ 0x00191890 77206120 31303020 706f696e 7473206c w a 100 points l\n+ 0x001918a0 696e6500 4e756d62 6572206f 6620656c ine.Number of el\n+ 0x001918b0 656d656e 74732069 6e207468 65207061 ements in the pa\n+ 0x001918c0 6c657474 65000000 44656669 6e652061 lette...Define a\n+ 0x001918d0 2070616c 65747465 206f6620 61747472 palette of attr\n+ 0x001918e0 69627574 65732e00 54686520 70616c65 ibutes..The pale\n+ 0x001918f0 74746520 6e756d62 65722069 73207573 tte number is us\n+ 0x00191900 65642069 6e207468 6520636f 6d6d616e ed in the comman\n+ 0x00191910 64205345 542e2054 68652063 6f6d6d61 d SET. The comma\n+ 0x00191920 6e640000 53455420 48434f4c 20302e31 nd..SET HCOL 0.1\n+ 0x00191930 20646566 696e6573 20746865 2070616c defines the pal\n+ 0x00191940 65747465 206e756d 62657220 31206173 ette number 1 as\n+ 0x00191950 20636f6c 6f757220 696e6469 63657300 colour indices.\n+ 0x00191960 75736564 20627920 74686520 636f6d6d used by the comm\n+ 0x00191970 616e6420 4c45474f 20696e20 63617365 and LEGO in case\n+ 0x00191980 206f6620 73746163 6b656420 6c65676f of stacked lego\n+ 0x00191990 20706c6f 74732061 6e640000 706c6f74 plots and..plot\n+ 0x001919a0 74696e67 206f6620 53555246 41434520 ting of SURFACE \n+ 0x001919b0 77697468 206f7074 696f6e73 2031206f with options 1 o\n+ 0x001919c0 7220322c 204c4547 4f207769 7468206f r 2, LEGO with o\n+ 0x001919d0 7074696f 6e203200 42792064 65666175 ption 2.By defau\n+ 0x001919e0 6c742074 68652070 616c6574 74657320 lt the palettes \n+ 0x001919f0 61726520 696e6974 69616c69 73656420 are initialised \n+ 0x00191a00 77697468 20362065 6c656d65 6e74733a with 6 elements:\n+ 0x00191a10 00000000 49662074 6865206e 756d6265 ....If the numbe\n+ 0x00191a20 72206f66 20656c65 6d656e74 7320284e r of elements (N\n+ 0x00191a30 454c2920 69732065 7175616c 20746f20 EL) is equal to \n+ 0x00191a40 30202864 65666175 6c74292c 20746865 0 (default), the\n+ 0x00191a50 00000000 70616c65 74746520 69732066 ....palette is f\n+ 0x00191a60 696c6c65 64206175 746f6d61 74696361 illed automatica\n+ 0x00191a70 6c6c7920 6163636f 7264696e 6720746f lly according to\n+ 0x00191a80 20746865 206e756d 62657220 6f660000 the number of..\n+ 0x00191a90 636f6c6f 75727320 64656669 6e656420 colours defined \n+ 0x00191aa0 77697468 20746865 20636f6d 6d616e64 with the command\n+ 0x00191ab0 20534554 204e434f 4c3a0000 61292049 SET NCOL:..a) I\n+ 0x00191ac0 66204e43 4f4c2069 7320736d 616c6c65 f NCOL is smalle\n+ 0x00191ad0 72206f72 20657175 616c2074 6f20382c r or equal to 8,\n+ 0x00191ae0 20746865 2070616c 65747465 20697320 the palette is \n+ 0x00191af0 66696c6c 65642077 69746820 61000000 filled with a...\n+ 0x00191b00 73756273 6574206f 66207468 65203820 subset of the 8 \n+ 0x00191b10 62617369 6320636f 6c6f7572 732e0000 basic colours...\n+ 0x00191b20 20202020 50415720 3e205345 54204e43 PAW > SET NC\n+ 0x00191b30 4f4c2038 20202020 20202020 7c204465 OL 8 | De\n+ 0x00191b40 66696e65 20746865 206e756d 62657220 fine the number \n+ 0x00191b50 6f662063 6f6c6f75 72730000 20202020 of colours.. \n+ 0x00191b60 50415720 3e205041 4c455454 45203120 PAW > PALETTE 1 \n+ 0x00191b70 20202020 20202020 7c205468 65207061 | The pa\n+ 0x00191b80 6c657474 65203120 69732066 696c6c65 lette 1 is fille\n+ 0x00191b90 64207769 74680000 20202020 20202020 d with.. \n+ 0x00191ba0 20202020 20202020 20202020 20202020 \n+ 0x00191bb0 20202020 7c203820 656c656d 656e7473 | 8 elements\n+ 0x00191bc0 3a20302c 352c372c 332c362c 322c342c : 0,5,7,3,6,2,4,\n+ 0x00191bd0 31000000 20202020 50415720 3e205345 1... PAW > SE\n+ 0x00191be0 54204e43 4f4c2034 20202020 20202020 T NCOL 4 \n+ 0x00191bf0 7c204465 66696e65 20746865 206e756d | Define the num\n+ 0x00191c00 62657220 6f662063 6f6c6f75 72730000 ber of colours..\n 0x00191c10 20202020 20202020 20202020 20202020 \n- 0x00191c20 7c203420 656c656d 656e7473 3a20302c | 4 elements: 0,\n- 0x00191c30 352c372c 33000000 62292049 66204e43 5,7,3...b) If NC\n- 0x00191c40 4f4c2069 73206772 65617465 72207468 OL is greater th\n- 0x00191c50 616e2038 2c207468 65207061 6c657474 an 8, the palett\n- 0x00191c60 65206973 2066696c 6c656400 77697468 e is filled.with\n- 0x00191c70 20636f6c 6f757273 20766172 79696e67 colours varying\n- 0x00191c80 20636f6e 74696e75 6f75736c 79206672 continuously fr\n- 0x00191c90 6f6d2062 6c756520 746f2072 65642e20 om blue to red. \n- 0x00191ca0 54686973 20697300 63616c6c 65642061 This is.called a\n- 0x00191cb0 20276765 6f677261 70686963 616c2070 'geographical p\n- 0x00191cc0 616c6574 7465272e 00000000 20202020 alette'..... \n- 0x00191cd0 50415720 3e205345 54204e43 4f4c2031 PAW > SET NCOL 1\n- 0x00191ce0 36202020 20207c20 44656669 6e652074 6 | Define t\n- 0x00191cf0 6865206e 756d6265 72206f66 20636f6c he number of col\n- 0x00191d00 6f757273 00000000 20202020 50415720 ours.... PAW \n- 0x00191d10 3e205041 4c455454 45203120 20202020 > PALETTE 1 \n- 0x00191d20 20207c20 46696c6c 2070616c 65747465 | Fill palette\n- 0x00191d30 20312077 69746820 3820656c 656d656e 1 with 8 elemen\n- 0x00191d40 74730000 20202020 20202020 20202020 ts.. \n- 0x00191d50 20202020 20202020 20202020 20207c20 | \n- 0x00191d60 28382c39 2c31302c 31312c31 322c3133 (8,9,10,11,12,13\n- 0x00191d70 2c31342c 31352920 76617279 696e6700 ,14,15) varying.\n- 0x00191d80 20202020 20202020 20202020 20202020 \n- 0x00191d90 20202020 20202020 20207c20 636f6e74 | cont\n- 0x00191da0 696e756f 75736c79 2066726f 6d20626c inuously from bl\n- 0x00191db0 75652074 6f207265 64000000 4e6f7465 ue to red...Note\n- 0x00191dc0 20746861 74206166 74657220 74686520 that after the \n- 0x00191dd0 636f6d6d 616e6420 53455420 4e434f4c command SET NCOL\n- 0x00191de0 2c207468 6520636f 6c6f7572 20696e64 , the colour ind\n- 0x00191df0 69636573 2066726f 6d000000 3820746f ices from...8 to\n- 0x00191e00 204e434f 4c206172 65207365 74207769 NCOL are set wi\n- 0x00191e10 74682067 72617920 6c657665 6c732e20 th gray levels. \n- 0x00191e20 54686520 636f6d6d 616e6420 50414c45 The command PALE\n- 0x00191e30 54544520 31000000 72657365 74207468 TTE 1...reset th\n- 0x00191e40 65207361 6d652069 6e646963 65732077 e same indices w\n- 0x00191e50 69746820 61202767 656f6772 61706869 ith a 'geographi\n- 0x00191e60 63616c20 70616c65 74746527 20766172 cal palette' var\n- 0x00191e70 79696e67 00000000 636f6e74 696e756f ying....continuo\n- 0x00191e80 75736c79 2066726f 6d20626c 75652074 usly from blue t\n- 0x00191e90 6f207265 642e0000 2f475241 50484943 o red.../GRAPHIC\n- 0x00191ea0 532f4154 54524942 55544553 2f434f4c S/ATTRIBUTES/COL\n- 0x00191eb0 4f525f54 41424c45 00000000 52656465 OR_TABLE....Rede\n- 0x00191ec0 66696e65 20746865 20736361 6c652066 fine the scale f\n- 0x00191ed0 6f722074 68652063 75727265 6e74207a or the current z\n- 0x00191ee0 6f6e652e 00000000 44656669 6e652061 one.....Define a\n- 0x00191ef0 6e20656d 70747920 33442073 70616365 n empty 3D space\n- 0x00191f00 206f6620 636f6f72 64696e61 7465732e of coordinates.\n- 0x00191f10 00000000 49662058 4d494e2c 20584d41 ....If XMIN, XMA\n- 0x00191f20 582c2065 74632e20 61726520 67697665 X, etc. are give\n- 0x00191f30 6e2c2064 72617720 61206672 616d6520 n, draw a frame \n- 0x00191f40 626f7800 77697468 20746865 2077696e box.with the win\n- 0x00191f50 646f7720 636f6f72 64696e61 74657320 dow coordinates \n- 0x00191f60 73657420 746f2058 4d494e2c 20584d41 set to XMIN, XMA\n- 0x00191f70 582c2059 4d494e2c 20594d41 582e2041 X, YMIN, YMAX. A\n- 0x00191f80 78697300 6c616265 6c732c20 7469636b xis.labels, tick\n- 0x00191f90 206d6172 6b732061 6e642033 4420626f marks and 3D bo\n- 0x00191fa0 78206172 6f756e64 20746865 20706c6f x around the plo\n- 0x00191fb0 74206172 65206472 61776e20 62792064 t are drawn by d\n- 0x00191fc0 65666175 6c742e00 41786973 206c6162 efault..Axis lab\n- 0x00191fd0 656c7320 616e6420 7469636b 206d6172 els and tick mar\n- 0x00191fe0 6b732061 7265206e 6f742064 7261776e ks are not drawn\n- 0x00191ff0 2e000000 44656669 6e652061 6e20656d ....Define an em\n- 0x00192000 70747920 32442073 70616365 206f6620 pty 2D space of \n- 0x00192010 636f6f72 64696e61 7465732e 00000000 coordinates.....\n- 0x00192020 6c616265 6c732061 6e642074 69636b20 labels and tick \n- 0x00192030 6d61726b 73206172 65206472 61776e20 marks are drawn \n- 0x00192040 62792064 65666175 6c742e00 44726177 by default..Draw\n- 0x00192050 20612067 72696420 696e2063 6d2e2054 a grid in cm. T\n- 0x00192060 68652067 72696420 61707065 6172616e he grid appearan\n- 0x00192070 63652069 7320636f 6e74726f 6c6c6564 ce is controlled\n- 0x00192080 20776974 68000000 74686520 6c696e65 with...the line\n- 0x00192090 20616e64 20746578 74206174 74726962 and text attrib\n- 0x001920a0 75746573 20286366 20636f6d 6d616e64 utes (cf command\n- 0x001920b0 20534554 292e0000 41786973 20746974 SET)...Axis tit\n- 0x001920c0 6c652061 72652064 7261776e 206f6e20 le are drawn on \n- 0x001920d0 74686520 6c656674 20616e64 206f6e20 the left and on \n- 0x001920e0 74686520 626f7474 6f6d206f 66207468 the bottom of th\n- 0x001920f0 6520706c 6f742e00 59206178 69732074 e plot..Y axis t\n- 0x00192100 69746c65 20697320 64726177 6e206f6e itle is drawn on\n- 0x00192110 20746865 20726967 6874206f 66207468 the right of th\n- 0x00192120 6520706c 6f742e00 58206178 69732074 e plot..X axis t\n- 0x00192130 69746c65 20697320 64726177 6e206f6e itle is drawn on\n- 0x00192140 20746865 20746f70 206f6620 74686520 the top of the \n- 0x00192150 706c6f74 2e000000 44726177 20617869 plot....Draw axi\n- 0x00192160 73207469 746c6573 206f6e20 74686520 s titles on the \n- 0x00192170 61786573 206f6620 74686520 70726573 axes of the pres\n- 0x00192180 656e7420 706c6f74 207a6f6e 652e0000 ent plot zone...\n- 0x00192190 54686520 70617261 6d657465 72204941 The parameter IA\n- 0x001921a0 4c474e20 64656669 6e656420 77686572 LGN defined wher\n- 0x001921b0 65207468 65207469 746c6520 69732061 e the title is a\n- 0x001921c0 6c69676e 65642069 2e653a00 6f6e2074 ligned i.e:.on t\n- 0x001921d0 68652062 6567696e 6e696e67 2c207468 he beginning, th\n- 0x001921e0 65206d69 64646c65 206f7220 61742074 e middle or at t\n- 0x001921f0 68652065 6e64206f 66207468 65206178 he end of the ax\n- 0x00192200 69732e20 54686500 616c6967 6e6d656e is. The.alignmen\n- 0x00192210 74207061 72616d65 74657220 68617320 t parameter has \n- 0x00192220 33206469 67697473 20286f6e 6520666f 3 digits (one fo\n- 0x00192230 72206561 63682061 78697329 3a207879 r each axis): xy\n- 0x00192240 7a000000 77686572 6520782c 20792061 z...where x, y a\n- 0x00192250 6e64207a 206d6179 20686176 6520696e nd z may have in\n- 0x00192260 64657065 6e64656e 746c7920 74686520 dependently the \n- 0x00192270 666f6c6c 6f77696e 67207661 6c756573 following values\n- 0x00192280 3a000000 20333a20 456e6420 6f662074 :... 3: End of t\n- 0x00192290 68652061 78697320 28302069 73206571 he axis (0 is eq\n- 0x001922a0 75697661 6c656e74 20746f20 33290000 uivalent to 3)..\n- 0x001922b0 20202020 41544954 4c452027 456e6420 ATITLE 'End \n- 0x001922c0 6f662061 78697327 20274d69 64646c65 of axis' 'Middle\n- 0x001922d0 206f6620 61786973 206f6e20 74686520 of axis on the \n- 0x001922e0 72696768 74272021 20333230 20520000 right' ! 320 R..\n- 0x001922f0 20202020 41544954 4c452027 42656769 ATITLE 'Begi\n- 0x00192300 6e6e696e 67206f66 20617869 73272027 nning of axis' '\n- 0x00192310 456e6420 6f662061 78697327 20212031 End of axis' ! 1\n- 0x00192320 33300000 20202020 41544954 4c452027 30.. ATITLE '\n- 0x00192330 4d696464 6c65206f 66206178 6973206f Middle of axis o\n- 0x00192340 6e207468 6520746f 70272027 42656769 n the top' 'Begi\n- 0x00192350 6e6e696e 67206f66 20617869 73272021 nning of axis' !\n- 0x00192360 20323130 20540000 5469636b 206d6172 210 T..Tick mar\n- 0x00192370 6b732061 72652064 7261776e 206f6e20 ks are drawn on \n- 0x00192380 74686520 65646765 73206f66 20746865 the edges of the\n- 0x00192390 20706963 74757265 00000000 43726f73 picture....Cros\n- 0x001923a0 732d7769 72652064 7261776e 20706572 s-wire drawn per\n- 0x001923b0 70656e64 6963756c 61722074 6f207468 pendicular to th\n- 0x001923c0 6520582d 61786973 00000000 43726f73 e X-axis....Cros\n- 0x001923d0 732d7769 72652064 7261776e 20706572 s-wire drawn per\n- 0x001923e0 70656e64 6963756c 61722074 6f207468 pendicular to th\n- 0x001923f0 6520592d 61786973 00000000 56616c75 e Y-axis....Valu\n- 0x00192400 65206472 61776e20 4c656674 206f6620 e drawn Left of \n- 0x00192410 63726f73 732d7769 72650000 56616c75 cross-wire..Valu\n- 0x00192420 65206472 61776e20 52696768 74206f66 e drawn Right of\n- 0x00192430 2063726f 73732d77 69726500 44726177 cross-wire.Draw\n- 0x00192440 20276372 6f73732d 77697265 7327206f 'cross-wires' o\n- 0x00192450 6e206120 70696374 7572652c 00000000 n a picture,....\n- 0x00192460 6f707469 6f6e616c 6c792077 69746820 optionally with \n- 0x00192470 7469636b 206d6172 6b732061 6e642076 tick marks and v\n- 0x00192480 616c7565 732e0000 43726f73 732d7769 alues...Cross-wi\n- 0x00192490 72657320 61726520 6c696e65 73207065 res are lines pe\n- 0x001924a0 7270656e 64696375 6c617220 746f2074 rpendicular to t\n- 0x001924b0 68652058 20616e64 2f6f7220 59206178 he X and/or Y ax\n- 0x001924c0 69732e00 54686520 76616c75 6573206f is..The values o\n- 0x001924d0 66205856 414c2061 72652061 6c776179 f XVAL are alway\n- 0x001924e0 73206869 73746f67 72616d20 636f6f72 s histogram coor\n- 0x001924f0 64696e61 7465732e 00000000 54686520 dinates.....The \n- 0x00192500 7469636b 206d6172 6b732077 696c6c20 tick marks will \n- 0x00192510 62652064 7261776e 206f6e20 626f7468 be drawn on both\n- 0x00192520 20736964 65206f66 20746865 2063726f side of the cro\n- 0x00192530 73730000 77697265 2c20756e 6c657373 ss..wire, unless\n- 0x00192540 20746865 2063726f 73732d77 69726573 the cross-wires\n- 0x00192550 20617265 20726571 75657374 6564206f are requested o\n- 0x00192560 6e207468 6520626f 756e6461 72790000 n the boundary..\n- 0x00192570 6f662074 68652062 6f782073 7572726f of the box surro\n- 0x00192580 756e6469 6e672074 68652068 6973746f unding the histo\n- 0x00192590 6772616d 2028692e 652e2061 74207468 gram (i.e. at th\n- 0x001925a0 65206578 7472656d 65000000 6c696d69 e extreme...limi\n- 0x001925b0 7473206f 66207468 65206472 61776e20 ts of the drawn \n- 0x001925c0 68697374 6f677261 6d292e20 496e2074 histogram). In t\n- 0x001925d0 68697320 63617365 20746963 6b206d61 his case tick ma\n- 0x001925e0 726b7320 77696c6c 00000000 54686520 rks will....The \n- 0x001925f0 6f707469 6f6e7320 27412720 616e6420 options 'A' and \n- 0x00192600 27422720 28666f72 2041626f 76652061 'B' (for Above a\n- 0x00192610 6e642042 656c6f77 29000000 72656665 nd Below)...refe\n- 0x00192620 72206f6e 6c792074 6f207468 65206372 r only to the cr\n- 0x00192630 6f73732d 77697265 20706572 70656e64 oss-wire perpend\n- 0x00192640 6963756c 61722074 6f207468 65205920 icular to the Y \n- 0x00192650 61786973 2e000000 496e2065 61636820 axis....In each \n- 0x00192660 63617365 206f6e6c 79206f6e 65206372 case only one cr\n- 0x00192670 6f73732d 77697265 2077696c 6c206265 oss-wire will be\n- 0x00192680 20647261 776e2e00 53696d69 6c61726c drawn..Similarl\n- 0x00192690 7920274c 2720616e 64202752 2720284c y 'L' and 'R' (L\n- 0x001926a0 65667420 616e6420 52696768 74292072 eft and Right) r\n- 0x001926b0 65666572 206f6e6c 79000000 746f2074 efer only...to t\n- 0x001926c0 68652063 726f7373 2d776972 65732070 he cross-wires p\n- 0x001926d0 65727065 6e646963 756c6172 20746f20 erpendicular to \n- 0x001926e0 74686520 582d6178 69732e00 49742069 the X-axis..It i\n- 0x001926f0 7320706f 73736962 6c652074 6f207265 s possible to re\n- 0x00192700 64656669 6e652074 6865206c 656e6774 define the lengt\n- 0x00192710 68206f66 20746963 6b206d61 726b7320 h of tick marks \n- 0x00192720 6f6e2074 68652058 206f7220 59000000 on the X or Y...\n- 0x00192730 61786973 20776974 68205345 54205854 axis with SET XT\n- 0x00192740 4943206f 72205345 54205954 49432e00 IC or SET YTIC..\n- 0x00192750 54686520 706f7369 74696f6e 206f6620 The position of \n- 0x00192760 74686520 61786973 2076616c 75657320 the axis values \n- 0x00192770 6d617920 62652063 68616e67 65640000 may be changed..\n- 0x00192780 54686520 4e756d62 6572206f 66206469 The Number of di\n- 0x00192790 76697369 6f6e7320 63616e20 62652063 visions can be c\n- 0x001927a0 68616e67 65642077 69746820 53455420 hanged with SET \n- 0x001927b0 4e445658 20616e64 20534554 204e4456 NDVX and SET NDV\n- 0x001927c0 592e0000 54686973 20636f6d 6d616e64 Y...This command\n- 0x001927d0 20636f6d 62696e65 73207769 74682074 combines with t\n- 0x001927e0 68652063 6f6d6d61 6e64204e 554c2069 he command NUL i\n- 0x001927f0 73206120 65617379 20776179 20746f20 s a easy way to \n- 0x00192800 72656472 61770000 20202020 53455420 redraw.. SET \n- 0x00192810 2a203b20 4f505420 2a202020 20202020 * ; OPT * \n- 0x00192820 20202020 20202020 20202020 20207c20 | \n- 0x00192830 52657365 74207468 65206465 6661756c Reset the defaul\n- 0x00192840 74730000 20202020 4e756c20 30203120 ts.. Nul 0 1 \n- 0x00192850 30203120 20202020 20202020 20202020 0 1 \n- 0x00192860 20202020 20202020 20207c20 64726177 | draw\n- 0x00192870 20616e20 656d7074 79206672 616d6520 an empty frame \n- 0x00192880 77697468 20617869 73000000 20202020 with axis... \n- 0x00192890 53657420 6e647679 20352020 20202020 Set ndvy 5 \n- 0x001928a0 20202020 20202020 20202020 20202020 \n- 0x001928b0 20207c20 4368616e 6765206e 756d6265 | Change numbe\n- 0x001928c0 72206f66 20592064 69766973 696f6e73 r of Y divisions\n- 0x001928d0 00000000 20202020 4e756c20 30203130 .... 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NUL \n- 0x00192b20 30203130 20302038 20412020 20202020 0 10 0 8 A \n- 0x00192b30 20202020 20202020 20202020 20207c20 | \n- 0x00192b40 44726177 20612066 72616d65 00000000 Draw a frame....\n- 0x00192b50 20202020 4b455920 35203220 2120274b KEY 5 2 ! 'K\n- 0x00192b60 65792031 27202020 20202020 20202020 ey 1' \n- 0x00192b70 20202020 20207c20 4b657920 77697468 | Key with\n- 0x00192b80 206d6172 6b657200 20202020 4b455920 marker. KEY \n- 0x00192b90 35203320 3220274b 65792032 27202120 5 3 2 'Key 2' ! \n- 0x00192ba0 46202020 20202020 20202020 20207c20 F | \n- 0x00192bb0 4b657920 77697468 2066696c 6c656420 Key with filled \n- 0x00192bc0 626f7800 20202020 53455420 46414349 box. SET FACI\n- 0x00192bd0 20332020 20202020 20202020 20202020 3 \n- 0x00192be0 20202020 20202020 20207c20 4368616e | Chan\n- 0x00192bf0 67652063 6f6c6f75 7220666f 72206e65 ge colour for ne\n- 0x00192c00 7874206b 65790000 20202020 6b657920 xt key.. key \n- 0x00192c10 35203420 3220274b 65792033 27203220 5 4 2 'Key 3' 2 \n- 0x00192c20 48202020 20202020 20202020 20207c20 H | \n- 0x00192c30 4b657920 77697468 20686174 63686573 Key with hatches\n- 0x00192c40 2e204458 20697320 6d6f6469 66696564 . DX is modified\n- 0x00192c50 00000000 20202020 6b657920 35203520 .... key 5 5 \n- 0x00192c60 3220274b 65792034 27202120 4c202020 2 'Key 4' ! L \n- 0x00192c70 20202020 20202020 20207c20 4b657920 | Key \n- 0x00192c80 77697468 206c696e 65207479 70650000 with line type..\n- 0x00192c90 20202020 53455420 504c4349 20342020 SET PLCI 4 \n- 0x00192ca0 20202020 20202020 20202020 20202020 \n- 0x00192cb0 20202020 20207c20 4368616e 67652063 | Change c\n- 0x00192cc0 6f6c6f75 7220666f 72206e65 7874206b olour for next k\n- 0x00192cd0 65790000 20202020 53455420 4353495a ey.. SET CSIZ\n- 0x00192ce0 202e3420 20202020 20202020 20202020 .4 \n- 0x00192cf0 20202020 20202020 20207c20 4368616e | Chan\n- 0x00192d00 6765206b 65792073 697a6500 20202020 ge key size. \n- 0x00192d10 4b455920 35203620 3820274b 65792035 KEY 5 6 8 'Key 5\n- 0x00192d20 2720312e 35205720 20202020 20202020 ' 1.5 W \n- 0x00192d30 20207c20 4b657920 77697468 206c696e | Key with lin\n- 0x00192d40 65207769 64746800 436f6f72 64696e61 e width.Coordina\n- 0x00192d50 74657320 61726520 65787072 65737365 tes are expresse\n- 0x00192d60 6420696e 20686973 746f6772 616d2063 d in histogram c\n- 0x00192d70 6f6f7264 696e6174 65732028 6f662074 oordinates (of t\n- 0x00192d80 6865206c 73206464 72726177 6e206869 he ls ddrrawn hi\n- 0x00192d90 73746f67 72616d29 2e204572 726f7220 stogram). Error \n- 0x00192da0 62617273 20617265 20647261 776e2e00 bars are drawn..\n- 0x00192db0 436f6f72 64696e61 74657320 61726520 Coordinates are \n- 0x00192dc0 65787072 65737365 6420696e 2063656e expressed in cen\n- 0x00192dd0 74696d65 74726573 2e000000 41206e65 timetres....A ne\n- 0x00192de0 77207769 6e646f77 20697320 64656669 w window is defi\n- 0x00192df0 6e656420 616e6420 61786973 20617265 ned and axis are\n- 0x00192e00 20647261 776e2e00 44726177 20736d61 drawn..Draw sma\n- 0x00192e10 6c6c206c 696e6573 20617420 74686520 ll lines at the \n- 0x00192e20 656e6420 6f662074 68652065 72726f72 end of the error\n- 0x00192e30 20626172 732e0000 44726177 20612066 bars...Draw a f\n- 0x00192e40 696c6c65 64206172 65612074 68726f75 illed area throu\n- 0x00192e50 67682074 68652065 6e642070 6f696e74 gh the end point\n- 0x00192e60 73206f66 20746865 20766572 74696361 s of the vertica\n- 0x00192e70 6c206572 726f7220 62617273 2e000000 l error bars....\n- 0x00192e80 44726177 20612073 6d6f6f74 68656420 Draw a smoothed \n- 0x00192e90 66696c6c 65642061 72656120 7468726f filled area thro\n- 0x00192ea0 75676820 74686520 656e6420 706f696e ugh the end poin\n- 0x00192eb0 7473206f 66207468 65207665 74636161 ts of the vetcaa\n- 0x00192ec0 6c6c2065 72726f72 20626172 732e0000 ll error bars...\n- 0x00192ed0 5475726e 206f6666 20746865 2073796d Turn off the sym\n- 0x00192ee0 626f6c73 20636c69 7070696e 672e0000 bols clipping...\n- 0x00192ef0 44726177 20286163 636f7264 696e6720 Draw (according \n- 0x00192f00 746f2074 68652043 484f5054 2076616c to the CHOPT val\n- 0x00192f10 75652920 61207365 72696573 206f6620 ue) a series of \n- 0x00192f20 706f696e 74732075 73696e67 00000000 points using....\n- 0x00192f30 61207379 6d626f6c 20616e64 20617379 a symbol and asy\n- 0x00192f40 6d6d6574 72696320 6572726f 72206261 mmetric error ba\n- 0x00192f50 72732069 6e20686f 72697a6f 6e74616c rs in horizontal\n- 0x00192f60 20616e64 20766572 74696361 6c000000 and vertical...\n- 0x00192f70 64697265 6374696f 6e20696e 20746865 direction in the\n- 0x00192f80 20637572 72656e74 206e6f72 6d616c69 current normali\n- 0x00192f90 73617469 6f6e2074 72616e73 666f726d sation transform\n- 0x00192fa0 6174696f 6e2e0000 42792064 65666175 ation...By defau\n- 0x00192fb0 6c742c20 74686520 73796d62 6f6c7320 lt, the symbols \n- 0x00192fc0 61726520 6e6f7420 64726177 6e206966 are not drawn if\n- 0x00192fd0 20746865 79206172 65206f6e 20746865 they are on the\n- 0x00192fe0 00000000 65646765 73206f66 20746865 ....edges of the\n- 0x00192ff0 20706c6f 743a2074 6865206f 7074696f plot: the optio\n- 0x00193000 6e202730 2720616c 6c6f7773 20746f20 n '0' allows to \n- 0x00193010 7475726e 206f6666 20746869 73000000 turn off this...\n- 0x00193020 57697468 204f7074 696f6e20 312c2074 With Option 1, t\n- 0x00193030 68652073 697a6520 6f662074 68652074 he size of the t\n- 0x00193040 69636b20 6d61726b 73206174 20746865 ick marks at the\n- 0x00193050 20656e64 206f6620 74686520 6572726f end of the erro\n- 0x00193060 72000000 62617273 20697320 65717561 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72616c20 mbol at several \n- 0x00193160 706f696e 74732078 2c790000 44726177 points x,y..Draw\n- 0x00193170 20766172 696f7573 2048504c 4f54206f various HPLOT o\n- 0x00193180 626a6563 74732028 73796d62 6f6c732c bjects (symbols,\n- 0x00193190 20657272 6f72732c 206b6579 2c206574 errors, key, et\n- 0x001931a0 632e292e 00000000 546f2064 6566696e c.).....To defin\n- 0x001931b0 65204e6f 726d616c 69736174 696f6e20 e Normalisation \n- 0x001931c0 7472616e 73666f72 6d617469 6f6e732e transformations.\n- 0x001931d0 00000000 45697468 65722061 75746f6d ....Either autom\n- 0x001931e0 61746963 616c6c79 20285a4f 4e452061 atically (ZONE a\n- 0x001931f0 6e642053 495a4529 206f7220 27627920 nd SIZE) or 'by \n- 0x00193200 68616e64 27202853 56502c20 53574e20 hand' (SVP, SWN \n- 0x00193210 616e6420 53454c4e 54292e00 4d697363 and SELNT)..Misc\n- 0x00193220 656c6c61 6e656f75 73204850 4c4f5420 ellaneous HPLOT \n- 0x00193230 66756e63 74696f6e 732e0000 47697665 functions...Give\n- 0x00193240 20746865 206c6973 74206f66 206f7065 the list of ope\n- 0x00193250 6e20776f 726b7374 6174696f 6e730000 n workstations..\n- 0x00193260 546f2063 72656174 652f6465 6c657465 To create/delete\n- 0x00193270 20776f72 6b737461 74696f6e 73202877 workstations (w\n- 0x00193280 696e646f 77732920 6f722063 68616e67 indows) or chang\n- 0x00193290 65207374 61747573 2e000000 20202020 e status.... \n- 0x001932a0 49574b49 44203e20 30202044 6f207468 IWKID > 0 Do th\n- 0x001932b0 65206163 74696f6e 20737065 63696669 e action specifi\n- 0x001932c0 65642062 79204348 4f505420 6f6e2074 ed by CHOPT on t\n- 0x001932d0 68650000 20202020 20202020 20202020 he.. \n- 0x001932e0 20202077 6f726b73 74617469 6f6e2069 workstation i\n- 0x001932f0 64656e74 69666965 64206279 2049574b dentified by IWK\n- 0x00193300 49442e00 20202020 49574b49 44203d20 ID.. 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Otherwi\n- 0x00195050 73652061 6e20494e 434c5544 45206669 se an INCLUDE fi\n- 0x00195060 6c652069 73206765 6e657261 7465642e le is generated.\n- 0x00195070 00000000 49662074 68652052 6f772057 ....If the Row W\n- 0x00195080 69736520 4e747570 6c652049 443d3330 ise Ntuple ID=30\n- 0x00195090 20686173 20766172 6961626c 65206e61 has variable na\n- 0x001950a0 6d657320 5b582c59 2c5a5d20 7468656e mes [X,Y,Z] then\n- 0x001950b0 3a000000 2020204e 5455504c 452f5557 :... NTUPLE/UW\n- 0x001950c0 46554e43 20333020 53454c45 43542e46 FUNC 30 SELECT.F\n- 0x001950d0 4f520000 77696c6c 2067656e 65726174 OR..will generat\n- 0x001950e0 65207468 65206669 6c652053 454c4543 e the file SELEC\n- 0x001950f0 542e464f 52207769 74683a00 20202020 T.FOR with:. \n- 0x00195100 20202020 20524541 4c204655 4e435449 REAL FUNCTI\n- 0x00195110 4f4e2053 454c4543 54282900 20202020 ON SELECT(). \n- 0x00195120 20202020 204c4f47 4943414c 20202020 LOGICAL \n- 0x00195130 20202020 20434841 494e0000 20202020 CHAIN.. \n- 0x00195140 20202020 20434841 52414354 45522a31 CHARACTER*1\n- 0x00195150 32382020 20434649 4c450000 20202020 28 CFILE.. \n- 0x00195160 20202020 20434f4d 4d4f4e20 2f504157 COMMON /PAW\n- 0x00195170 43484e2f 20434841 494e2c20 4e434845 CHN/ CHAIN, NCHE\n- 0x00195180 56542c20 49434845 56540000 20202020 VT, ICHEVT.. \n- 0x00195190 20202020 20434f4d 4d4f4e20 2f504157 COMMON /PAW\n- 0x001951a0 4348432f 20434649 4c450000 20202020 CHC/ CFILE.. \n- 0x001951b0 20202020 20434f4d 4d4f4e2f 50415749 COMMON/PAWI\n- 0x001951c0 444e2f49 444e4556 542c4f42 53283133 DN/IDNEVT,OBS(13\n- 0x001951d0 292c0000 5468656e 20757369 6e672074 ),..Then using t\n- 0x001951e0 68652063 6f6d6d61 6e642045 44495420 he command EDIT \n- 0x001951f0 6f6e6520 63616e20 6d6f6469 66792074 one can modify t\n- 0x00195200 68697320 66696c65 20776869 63682063 his file which c\n- 0x00195210 6f756c64 20746865 6e000000 6c6f6f6b ould then...look\n- 0x00195220 20736f6d 65746869 6e67206c 696b6520 something like \n- 0x00195230 2849444e 45565420 69732074 68652065 (IDNEVT is the e\n- 0x00195240 76656e74 206e756d 62657229 3a000000 vent number):...\n- 0x00195250 20202020 20202020 20494628 582a2a32 IF(X**2\n- 0x00195260 2b592a2a 322e4754 2e5a2a2a 32295448 +Y**2.GT.Z**2)TH\n- 0x00195270 454e0000 2020204e 5455504c 452f5557 EN.. NTUPLE/UW\n- 0x00195280 46554e43 20333020 53454c45 43542e49 FUNC 30 SELECT.I\n- 0x00195290 4e430000 77696c6c 2067656e 65726174 NC..will generat\n- 0x001952a0 6520616e 20696e63 6c756465 2066696c e an include fil\n- 0x001952b0 652e2054 68697320 696e636c 75646520 e. This include \n- 0x001952c0 66696c65 00000000 6d617920 62652072 file....may be r\n- 0x001952d0 65666572 656e6365 6420696e 20612073 eferenced in a s\n- 0x001952e0 656c6563 74696f6e 2066756e 6374696f election functio\n- 0x001952f0 6e20696e 20746865 20666f6c 6c6f7769 n in the followi\n- 0x00195300 6e672077 61793a00 4e6f7465 20746861 ng way:.Note tha\n- 0x00195310 74207468 6520636f 6d6d616e 64205557 t the command UW\n- 0x00195320 46554e43 20697320 6e6f7420 72657175 FUNC is not requ\n- 0x00195330 69726564 20696620 74686520 53454c45 ired if the SELE\n- 0x00195340 43542066 756e6374 696f6e20 68617320 CT function has \n- 0x00195350 74686500 496e2074 68697320 63617365 the.In this case\n- 0x00195360 20287468 616e6b73 20746f20 74686520 (thanks to the \n- 0x00195370 73746174 656d656e 74202769 6e636c75 statement 'inclu\n- 0x00195380 6465203f 27292074 68652069 6e636c75 de ?') the inclu\n- 0x00195390 64652066 696c6520 77696c6c 20626500 de file will be.\n- 0x001953a0 67656e65 72617465 64206175 746f6d61 generated automa\n- 0x001953b0 74696361 6c6c7920 77697468 20746865 tically with the\n- 0x001953c0 206e616d 65202763 6f6d6973 2e696e63 name 'comis.inc\n- 0x001953d0 272e0000 49742069 7320706f 73736962 '...It is possib\n- 0x001953e0 6c652074 6f206164 6420696e 70757420 le to add input \n- 0x001953f0 70617261 6d657465 72732074 6f207468 parameters to th\n- 0x00195400 65205345 4c454354 2066756e 6374696f e SELECT functio\n- 0x00195410 6e20616e 6420746f 00000000 75736520 n and to....use \n- 0x00195420 7468656d 20696e20 74686520 66756e63 them in the func\n- 0x00195430 74696f6e 27732062 6f64792e 00000000 tion's body.....\n- 0x00195440 436f6d6d 656e7420 6973206c 65667420 Comment is left \n- 0x00195450 61646a75 73746564 20746f20 74686520 adjusted to the \n- 0x00195460 63757272 656e7420 7a6f6e65 00000000 current zone....\n- 0x00195470 436f6d6d 656e7420 69732072 69676874 Comment is right\n- 0x00195480 2061646a 75737465 6420746f 20746865 adjusted to the\n- 0x00195490 20637572 72656e74 207a6f6e 65000000 current zone...\n- 0x001954a0 436f6d6d 656e7420 69732063 656e7472 Comment is centr\n- 0x001954b0 65642074 6f207468 65206375 7272656e ed to the curren\n- 0x001954c0 74207a6f 6e650000 436f6d6d 656e7420 t zone..Comment \n- 0x001954d0 69732064 7261776e 2062656c 6f772074 is drawn below t\n- 0x001954e0 68652074 6f70207a 6f6e6520 6c696e65 he top zone line\n- 0x001954f0 00000000 416c6c20 73756273 65717565 ....All subseque\n- 0x00195500 6e74204e 5455504c 452f504c 4f542063 nt NTUPLE/PLOT c\n- 0x00195510 6f6d6d61 6e647320 77696c6c 20707269 ommands will pri\n- 0x00195520 6e742074 68652073 656c6563 74696f6e nt the selection\n- 0x00195530 206d6563 68616e69 736d2077 69746868 mechanism withh\n- 0x00195540 20746865 206f7074 696f6e73 20737065 the options spe\n- 0x00195550 63696669 65642069 6e204348 4f50542e cified in CHOPT.\n- 0x00195560 00000000 546f2077 72697465 2073656c ....To write sel\n- 0x00195570 65637469 6f6e206d 65636861 6e69736d ection mechanism\n- 0x00195580 20617320 6120636f 6d6d656e 74206f6e as a comment on\n- 0x00195590 20746865 20706963 74757265 2e000000 the picture....\n- 0x001955a0 42792064 65666175 6c742c20 74686520 By default, the \n- 0x001955b0 636f6d6d 656e7420 69732064 7261776e comment is drawn\n- 0x001955c0 206c6566 74206a75 73746966 69656420 left justified \n- 0x001955d0 61626f76 65207468 6520746f 70207a6f above the top zo\n- 0x001955e0 6e65206c 696e652e 00000000 20435345 ne line..... CSE\n- 0x001955f0 4c202020 20202020 20202041 6c6c2063 L All c\n- 0x00195600 6f6d696e 67204e54 2f504c4f 5420636f oming NT/PLOT co\n- 0x00195610 6d6d616e 64732077 696c6c20 64726177 mmands will draw\n- 0x00195620 20612063 6f6d6d65 6e740000 20202020 a comment.. \n- 0x00195630 20202020 20202020 2020206f 66207369 of si\n- 0x00195640 7a652043 53495a45 3d302e32 38636d20 ze CSIZE=0.28cm \n- 0x00195650 4c656674 206a7573 74696669 65642e00 Left justified..\n- 0x00195660 20435345 4c204e52 4220302e 34202041 CSEL NRB 0.4 A\n- 0x00195670 6c6c2063 6f6d696e 67204e54 2f504c4f ll coming NT/PLO\n- 0x00195680 5420636f 6d6d616e 64732077 696c6c20 T commands will \n- 0x00195690 64726177 20612063 6f6d6d65 6e740000 draw a comment..\n- 0x001956a0 20202020 20202020 20202020 2020206f o\n- 0x001956b0 66207369 7a652030 2e342063 6d205269 f size 0.4 cm Ri\n- 0x001956c0 67687420 6a757374 69666965 64204265 ght justified Be\n- 0x001956d0 6c6f7720 74686520 746f7020 6c696e65 low the top line\n- 0x001956e0 2e000000 20435345 4c202043 42202020 .... CSEL CB \n- 0x001956f0 20202044 72617720 70726576 696f7573 Draw previous\n- 0x00195700 2073656c 65637469 6f6e206d 65636861 selection mecha\n- 0x00195710 6e69736d 2043656e 74726564 2042656c nism Centred Bel\n- 0x00195720 6f770000 20202020 20202020 20202020 ow.. \n- 0x00195730 20202074 68652074 6f70207a 6f6e6520 the top zone \n- 0x00195740 6c696e65 2e000000 54686520 476c6f62 line....The Glob\n- 0x00195750 616c2074 69746c65 20666f6e 74202853 al title font (S\n- 0x00195760 45542047 464f4e29 20776974 68207072 ET GFON) with pr\n- 0x00195770 65636973 696f6e20 31206973 20757365 ecision 1 is use\n- 0x00195780 6420746f 20647261 77207468 65000000 d to draw the...\n- 0x00195790 5072696e 74206465 66696e69 74696f6e Print definition\n- 0x001957a0 206f6620 63757420 43555449 442e0000 of cut CUTID...\n- 0x001957b0 52656164 20646566 696e6974 696f6e20 Read definition \n- 0x001957c0 6f662063 75742043 55544944 2066726f of cut CUTID fro\n- 0x001957d0 6d206669 6c652046 4e414d45 2e000000 m file FNAME....\n- 0x001957e0 57726974 65206465 66696e69 74696f6e Write definition\n- 0x001957f0 206f6620 63757420 43555449 44206f6e of cut CUTID on\n- 0x00195800 2066696c 6520464e 414d4520 28746578 file FNAME (tex\n- 0x00195810 74206669 6c65292e 00000000 44656669 t file).....Defi\n- 0x00195820 6e652074 68652043 55544944 20776974 ne the CUTID wit\n- 0x00195830 68207468 6520666f 726d6174 20246e6e h the format $nn\n- 0x00195840 2e000000 6e6e2069 7320616e 20696e74 ....nn is an int\n- 0x00195850 65676572 20626574 7765656e 20312061 eger between 1 a\n- 0x00195860 6e642039 392e0000 54686973 20637574 nd 99...This cut\n- 0x00195870 2063616e 20746865 6e206265 20757365 can then be use\n- 0x00195880 6420696e 20737562 73657175 656e7420 d in subsequent \n- 0x00195890 636f6d6d 616e6473 204e5455 504c452f commands NTUPLE/\n- 0x001958a0 504c4f54 2c205052 4f4a4543 542e0000 PLOT, PROJECT...\n- 0x001958b0 616c6c6f 77732074 6f206465 66696e65 allows to define\n- 0x001958c0 20746865 20637574 20435554 49442e20 the cut CUTID. \n- 0x001958d0 466f7220 6578616d 706c6520 74686520 For example the \n- 0x001958e0 636f6d6d 616e643a 00000000 20504157 command:.... PAW\n- 0x001958f0 203e2043 55545320 24312058 3c302e38 > CUTS $1 X<0.8\n- 0x00195900 2e616e64 2e593c53 51525428 58290000 .and.Y character \n- 0x00195da0 746f2074 68650000 54686520 70617468 to the..The path\n- 0x00195db0 206f6620 616c6c20 63686169 6e206d65 of all chain me\n- 0x00195dc0 6d626572 732c2066 726f6d20 63686169 mbers, from chai\n- 0x00195dd0 6e20434e 414d4520 646f776e 77617264 n CNAME downward\n- 0x00195de0 732c2063 616e2062 65206368 616e6765 s, can be change\n- 0x00195df0 64000000 62792073 70656369 6679696e d...by specifyin\n- 0x00195e00 67206120 63686169 6e207061 74682e20 g a chain path. \n- 0x00195e10 54686973 20697320 646f6e65 20627920 This is done by \n- 0x00195e20 67697669 6e672061 20636861 696e206e giving a chain n\n- 0x00195e30 616d6520 666f6c6c 6f776564 00000000 ame followed....\n- 0x00195e40 62792074 6865202d 50206f70 74696f6e by the -P option\n- 0x00195e50 20616e64 20612070 61746820 73706563 and a path spec\n- 0x00195e60 69666963 6174696f 6e2e2054 68652063 ification. The c\n- 0x00195e70 6861696e 20706174 68207769 6c6c2062 hain path will b\n- 0x00195e80 65207072 652d7065 6e646564 00000000 e pre-pended....\n- 0x00195e90 746f2074 6865206d 656d6265 72206e61 to the member na\n- 0x00195ea0 6d65732e 20436861 696e7320 646f776e mes. Chains down\n- 0x00195eb0 20746865 20747265 65206361 6e206f76 the tree can ov\n- 0x00195ec0 65727269 64652061 20706174 68207370 erride a path sp\n- 0x00195ed0 65636966 69656400 4578616d 706c6573 ecified.Examples\n- 0x00195ee0 206f6620 63686169 6e20284e 7475706c of chain (Ntupl\n- 0x00195ef0 65207472 65652920 64656669 6e697469 e tree) definiti\n- 0x00195f00 6f6e3a00 20434841 494e2020 20596561 on:. CHAIN Yea\n- 0x00195f10 72393320 204a616e 20466562 204d6172 r93 Jan Feb Mar\n- 0x00195f20 63682041 7072696c 204d6179 202e2e2e ch April May ...\n- 0x00195f30 00000000 20434841 494e2020 204a616e .... CHAIN Jan\n- 0x00195f40 20202020 20576565 6b312057 65656b32 Week1 Week2\n- 0x00195f50 20576565 6b332057 65656b34 00000000 Week3 Week4....\n- 0x00195f60 20434841 494e2020 20576565 6b312020 CHAIN Week1 \n- 0x00195f70 2066696c 65312e68 626f6f6b 2066696c file1.hbook fil\n- 0x00195f80 65322e68 626f6f6b 202e2e2e 00000000 e2.hbook .......\n- 0x00195f90 20434841 494e2020 20576565 6b322020 CHAIN Week2 \n- 0x00195fa0 2066696c 65332e68 626f6f6b 2066696c file3.hbook fil\n- 0x00195fb0 65342e68 626f6f6b 202e2e2e 00000000 e4.hbook .......\n- 0x00195fc0 204e542f 504c4f54 2031302e 65202020 NT/PLOT 10.e \n- 0x00195fd0 20203b20 6c6f6f70 206f7665 7220616c ; loop over al\n- 0x00195fe0 6c206669 6c657320 696e2063 6861696e l files in chain\n- 0x00195ff0 73205765 656b312c 20576565 6b322c20 s Week1, Week2, \n- 0x00196000 5765656b 332c202e 2e2e0000 20434420 Week3, ..... CD \n- 0x00196010 2f2f5965 61723933 20202020 20203b20 //Year93 ; \n- 0x00196020 6c6f6f70 206f7665 7220616c 6c206669 loop over all fi\n- 0x00196030 6c657320 696e2063 6861696e 73204a61 les in chains Ja\n- 0x00196040 6e2c2046 65622c20 4d617263 682c202e n, Feb, March, .\n- 0x00196050 2e2e0000 20434841 494e2059 65617239 .... CHAIN Year9\n- 0x00196060 33202d50 202f7573 65722f64 656c7068 3 -P /user/delph\n- 0x00196070 69202020 3b20616c 6c206669 6c657320 i ; all files \n- 0x00196080 66726f6d 20636861 696e2059 65617239 from chain Year9\n- 0x00196090 3320646f 776e7761 72642077 696c6c00 3 downward will.\n- 0x001960a0 20202020 20202020 20202020 20202020 \n+ 0x00191c20 20202020 20202020 20202020 7c203420 | 4 \n+ 0x00191c30 656c656d 656e7473 3a20302c 352c372c elements: 0,5,7,\n+ 0x00191c40 33000000 62292049 66204e43 4f4c2069 3...b) If NCOL i\n+ 0x00191c50 73206772 65617465 72207468 616e2038 s greater than 8\n+ 0x00191c60 2c207468 65207061 6c657474 65206973 , the palette is\n+ 0x00191c70 2066696c 6c656400 77697468 20636f6c filled.with col\n+ 0x00191c80 6f757273 20766172 79696e67 20636f6e ours varying con\n+ 0x00191c90 74696e75 6f75736c 79206672 6f6d2062 tinuously from b\n+ 0x00191ca0 6c756520 746f2072 65642e20 54686973 lue to red. This\n+ 0x00191cb0 20697300 63616c6c 65642061 20276765 is.called a 'ge\n+ 0x00191cc0 6f677261 70686963 616c2070 616c6574 ographical palet\n+ 0x00191cd0 7465272e 00000000 20202020 50415720 te'..... PAW \n+ 0x00191ce0 3e205345 54204e43 4f4c2031 36202020 > SET NCOL 16 \n+ 0x00191cf0 20207c20 44656669 6e652074 6865206e | Define the n\n+ 0x00191d00 756d6265 72206f66 20636f6c 6f757273 umber of colours\n+ 0x00191d10 00000000 20202020 50415720 3e205041 .... PAW > PA\n+ 0x00191d20 4c455454 45203120 20202020 20207c20 LETTE 1 | \n+ 0x00191d30 46696c6c 2070616c 65747465 20312077 Fill palette 1 w\n+ 0x00191d40 69746820 3820656c 656d656e 74730000 ith 8 elements..\n+ 0x00191d50 20202020 20202020 20202020 20202020 \n+ 0x00191d60 20202020 20202020 20207c20 28382c39 | (8,9\n+ 0x00191d70 2c31302c 31312c31 322c3133 2c31342c ,10,11,12,13,14,\n+ 0x00191d80 31352920 76617279 696e6700 20202020 15) varying. \n+ 0x00191d90 20202020 20202020 20202020 20202020 \n+ 0x00191da0 20202020 20207c20 636f6e74 696e756f | continuo\n+ 0x00191db0 75736c79 2066726f 6d20626c 75652074 usly from blue t\n+ 0x00191dc0 6f207265 64000000 4e6f7465 20746861 o red...Note tha\n+ 0x00191dd0 74206166 74657220 74686520 636f6d6d t after the comm\n+ 0x00191de0 616e6420 53455420 4e434f4c 2c207468 and SET NCOL, th\n+ 0x00191df0 6520636f 6c6f7572 20696e64 69636573 e colour indices\n+ 0x00191e00 2066726f 6d000000 3820746f 204e434f from...8 to NCO\n+ 0x00191e10 4c206172 65207365 74207769 74682067 L are set with g\n+ 0x00191e20 72617920 6c657665 6c732e20 54686520 ray levels. The \n+ 0x00191e30 636f6d6d 616e6420 50414c45 54544520 command PALETTE \n+ 0x00191e40 31000000 72657365 74207468 65207361 1...reset the sa\n+ 0x00191e50 6d652069 6e646963 65732077 69746820 me indices with \n+ 0x00191e60 61202767 656f6772 61706869 63616c20 a 'geographical \n+ 0x00191e70 70616c65 74746527 20766172 79696e67 palette' varying\n+ 0x00191e80 00000000 636f6e74 696e756f 75736c79 ....continuously\n+ 0x00191e90 2066726f 6d20626c 75652074 6f207265 from blue to re\n+ 0x00191ea0 642e0000 2f475241 50484943 532f4154 d.../GRAPHICS/AT\n+ 0x00191eb0 54524942 55544553 2f434f4c 4f525f54 TRIBUTES/COLOR_T\n+ 0x00191ec0 41424c45 00000000 52656465 66696e65 ABLE....Redefine\n+ 0x00191ed0 20746865 20736361 6c652066 6f722074 the scale for t\n+ 0x00191ee0 68652063 75727265 6e74207a 6f6e652e he current zone.\n+ 0x00191ef0 00000000 44656669 6e652061 6e20656d ....Define an em\n+ 0x00191f00 70747920 33442073 70616365 206f6620 pty 3D space of \n+ 0x00191f10 636f6f72 64696e61 7465732e 00000000 coordinates.....\n+ 0x00191f20 49662058 4d494e2c 20584d41 582c2065 If XMIN, XMAX, e\n+ 0x00191f30 74632e20 61726520 67697665 6e2c2064 tc. are given, d\n+ 0x00191f40 72617720 61206672 616d6520 626f7800 raw a frame box.\n+ 0x00191f50 77697468 20746865 2077696e 646f7720 with the window \n+ 0x00191f60 636f6f72 64696e61 74657320 73657420 coordinates set \n+ 0x00191f70 746f2058 4d494e2c 20584d41 582c2059 to XMIN, XMAX, Y\n+ 0x00191f80 4d494e2c 20594d41 582e2041 78697300 MIN, YMAX. Axis.\n+ 0x00191f90 6c616265 6c732c20 7469636b 206d6172 labels, tick mar\n+ 0x00191fa0 6b732061 6e642033 4420626f 78206172 ks and 3D box ar\n+ 0x00191fb0 6f756e64 20746865 20706c6f 74206172 ound the plot ar\n+ 0x00191fc0 65206472 61776e20 62792064 65666175 e drawn by defau\n+ 0x00191fd0 6c742e00 41786973 206c6162 656c7320 lt..Axis labels \n+ 0x00191fe0 616e6420 7469636b 206d6172 6b732061 and tick marks a\n+ 0x00191ff0 7265206e 6f742064 7261776e 2e000000 re not drawn....\n+ 0x00192000 44656669 6e652061 6e20656d 70747920 Define an empty \n+ 0x00192010 32442073 70616365 206f6620 636f6f72 2D space of coor\n+ 0x00192020 64696e61 7465732e 00000000 6c616265 dinates.....labe\n+ 0x00192030 6c732061 6e642074 69636b20 6d61726b ls and tick mark\n+ 0x00192040 73206172 65206472 61776e20 62792064 s are drawn by d\n+ 0x00192050 65666175 6c742e00 44726177 20612067 efault..Draw a g\n+ 0x00192060 72696420 696e2063 6d2e2054 68652067 rid in cm. The g\n+ 0x00192070 72696420 61707065 6172616e 63652069 rid appearance i\n+ 0x00192080 7320636f 6e74726f 6c6c6564 20776974 s controlled wit\n+ 0x00192090 68000000 74686520 6c696e65 20616e64 h...the line and\n+ 0x001920a0 20746578 74206174 74726962 75746573 text attributes\n+ 0x001920b0 20286366 20636f6d 6d616e64 20534554 (cf command SET\n+ 0x001920c0 292e0000 41786973 20746974 6c652061 )...Axis title a\n+ 0x001920d0 72652064 7261776e 206f6e20 74686520 re drawn on the \n+ 0x001920e0 6c656674 20616e64 206f6e20 74686520 left and on the \n+ 0x001920f0 626f7474 6f6d206f 66207468 6520706c bottom of the pl\n+ 0x00192100 6f742e00 59206178 69732074 69746c65 ot..Y axis title\n+ 0x00192110 20697320 64726177 6e206f6e 20746865 is drawn on the\n+ 0x00192120 20726967 6874206f 66207468 6520706c right of the pl\n+ 0x00192130 6f742e00 58206178 69732074 69746c65 ot..X axis title\n+ 0x00192140 20697320 64726177 6e206f6e 20746865 is drawn on the\n+ 0x00192150 20746f70 206f6620 74686520 706c6f74 top of the plot\n+ 0x00192160 2e000000 44726177 20617869 73207469 ....Draw axis ti\n+ 0x00192170 746c6573 206f6e20 74686520 61786573 tles on the axes\n+ 0x00192180 206f6620 74686520 70726573 656e7420 of the present \n+ 0x00192190 706c6f74 207a6f6e 652e0000 54686520 plot zone...The \n+ 0x001921a0 70617261 6d657465 72204941 4c474e20 parameter IALGN \n+ 0x001921b0 64656669 6e656420 77686572 65207468 defined where th\n+ 0x001921c0 65207469 746c6520 69732061 6c69676e e title is align\n+ 0x001921d0 65642069 2e653a00 6f6e2074 68652062 ed i.e:.on the b\n+ 0x001921e0 6567696e 6e696e67 2c207468 65206d69 eginning, the mi\n+ 0x001921f0 64646c65 206f7220 61742074 68652065 ddle or at the e\n+ 0x00192200 6e64206f 66207468 65206178 69732e20 nd of the axis. \n+ 0x00192210 54686500 616c6967 6e6d656e 74207061 The.alignment pa\n+ 0x00192220 72616d65 74657220 68617320 33206469 rameter has 3 di\n+ 0x00192230 67697473 20286f6e 6520666f 72206561 gits (one for ea\n+ 0x00192240 63682061 78697329 3a207879 7a000000 ch axis): xyz...\n+ 0x00192250 77686572 6520782c 20792061 6e64207a where x, y and z\n+ 0x00192260 206d6179 20686176 6520696e 64657065 may have indepe\n+ 0x00192270 6e64656e 746c7920 74686520 666f6c6c ndently the foll\n+ 0x00192280 6f77696e 67207661 6c756573 3a000000 owing values:...\n+ 0x00192290 20333a20 456e6420 6f662074 68652061 3: End of the a\n+ 0x001922a0 78697320 28302069 73206571 75697661 xis (0 is equiva\n+ 0x001922b0 6c656e74 20746f20 33290000 20202020 lent to 3).. \n+ 0x001922c0 41544954 4c452027 456e6420 6f662061 ATITLE 'End of a\n+ 0x001922d0 78697327 20274d69 64646c65 206f6620 xis' 'Middle of \n+ 0x001922e0 61786973 206f6e20 74686520 72696768 axis on the righ\n+ 0x001922f0 74272021 20333230 20520000 20202020 t' ! 320 R.. \n+ 0x00192300 41544954 4c452027 42656769 6e6e696e ATITLE 'Beginnin\n+ 0x00192310 67206f66 20617869 73272027 456e6420 g of axis' 'End \n+ 0x00192320 6f662061 78697327 20212031 33300000 of axis' ! 130..\n+ 0x00192330 20202020 41544954 4c452027 4d696464 ATITLE 'Midd\n+ 0x00192340 6c65206f 66206178 6973206f 6e207468 le of axis on th\n+ 0x00192350 6520746f 70272027 42656769 6e6e696e e top' 'Beginnin\n+ 0x00192360 67206f66 20617869 73272021 20323130 g of axis' ! 210\n+ 0x00192370 20540000 5469636b 206d6172 6b732061 T..Tick marks a\n+ 0x00192380 72652064 7261776e 206f6e20 74686520 re drawn on the \n+ 0x00192390 65646765 73206f66 20746865 20706963 edges of the pic\n+ 0x001923a0 74757265 00000000 43726f73 732d7769 ture....Cross-wi\n+ 0x001923b0 72652064 7261776e 20706572 70656e64 re drawn perpend\n+ 0x001923c0 6963756c 61722074 6f207468 6520582d icular to the X-\n+ 0x001923d0 61786973 00000000 43726f73 732d7769 axis....Cross-wi\n+ 0x001923e0 72652064 7261776e 20706572 70656e64 re drawn perpend\n+ 0x001923f0 6963756c 61722074 6f207468 6520592d icular to the Y-\n+ 0x00192400 61786973 00000000 56616c75 65206472 axis....Value dr\n+ 0x00192410 61776e20 4c656674 206f6620 63726f73 awn Left of cros\n+ 0x00192420 732d7769 72650000 56616c75 65206472 s-wire..Value dr\n+ 0x00192430 61776e20 52696768 74206f66 2063726f awn Right of cro\n+ 0x00192440 73732d77 69726500 44726177 20276372 ss-wire.Draw 'cr\n+ 0x00192450 6f73732d 77697265 7327206f 6e206120 oss-wires' on a \n+ 0x00192460 70696374 7572652c 00000000 6f707469 picture,....opti\n+ 0x00192470 6f6e616c 6c792077 69746820 7469636b onally with tick\n+ 0x00192480 206d6172 6b732061 6e642076 616c7565 marks and value\n+ 0x00192490 732e0000 43726f73 732d7769 72657320 s...Cross-wires \n+ 0x001924a0 61726520 6c696e65 73207065 7270656e are lines perpen\n+ 0x001924b0 64696375 6c617220 746f2074 68652058 dicular to the X\n+ 0x001924c0 20616e64 2f6f7220 59206178 69732e00 and/or Y axis..\n+ 0x001924d0 54686520 76616c75 6573206f 66205856 The values of XV\n+ 0x001924e0 414c2061 72652061 6c776179 73206869 AL are always hi\n+ 0x001924f0 73746f67 72616d20 636f6f72 64696e61 stogram coordina\n+ 0x00192500 7465732e 00000000 54686520 7469636b tes.....The tick\n+ 0x00192510 206d6172 6b732077 696c6c20 62652064 marks will be d\n+ 0x00192520 7261776e 206f6e20 626f7468 20736964 rawn on both sid\n+ 0x00192530 65206f66 20746865 2063726f 73730000 e of the cross..\n+ 0x00192540 77697265 2c20756e 6c657373 20746865 wire, unless the\n+ 0x00192550 2063726f 73732d77 69726573 20617265 cross-wires are\n+ 0x00192560 20726571 75657374 6564206f 6e207468 requested on th\n+ 0x00192570 6520626f 756e6461 72790000 6f662074 e boundary..of t\n+ 0x00192580 68652062 6f782073 7572726f 756e6469 he box surroundi\n+ 0x00192590 6e672074 68652068 6973746f 6772616d ng the histogram\n+ 0x001925a0 2028692e 652e2061 74207468 65206578 (i.e. at the ex\n+ 0x001925b0 7472656d 65000000 6c696d69 7473206f treme...limits o\n+ 0x001925c0 66207468 65206472 61776e20 68697374 f the drawn hist\n+ 0x001925d0 6f677261 6d292e20 496e2074 68697320 ogram). In this \n+ 0x001925e0 63617365 20746963 6b206d61 726b7320 case tick marks \n+ 0x001925f0 77696c6c 00000000 54686520 6f707469 will....The opti\n+ 0x00192600 6f6e7320 27412720 616e6420 27422720 ons 'A' and 'B' \n+ 0x00192610 28666f72 2041626f 76652061 6e642042 (for Above and B\n+ 0x00192620 656c6f77 29000000 72656665 72206f6e elow)...refer on\n+ 0x00192630 6c792074 6f207468 65206372 6f73732d ly to the cross-\n+ 0x00192640 77697265 20706572 70656e64 6963756c wire perpendicul\n+ 0x00192650 61722074 6f207468 65205920 61786973 ar to the Y axis\n+ 0x00192660 2e000000 496e2065 61636820 63617365 ....In each case\n+ 0x00192670 206f6e6c 79206f6e 65206372 6f73732d only one cross-\n+ 0x00192680 77697265 2077696c 6c206265 20647261 wire will be dra\n+ 0x00192690 776e2e00 53696d69 6c61726c 7920274c wn..Similarly 'L\n+ 0x001926a0 2720616e 64202752 2720284c 65667420 ' and 'R' (Left \n+ 0x001926b0 616e6420 52696768 74292072 65666572 and Right) refer\n+ 0x001926c0 206f6e6c 79000000 746f2074 68652063 only...to the c\n+ 0x001926d0 726f7373 2d776972 65732070 65727065 ross-wires perpe\n+ 0x001926e0 6e646963 756c6172 20746f20 74686520 ndicular to the \n+ 0x001926f0 582d6178 69732e00 49742069 7320706f X-axis..It is po\n+ 0x00192700 73736962 6c652074 6f207265 64656669 ssible to redefi\n+ 0x00192710 6e652074 6865206c 656e6774 68206f66 ne the length of\n+ 0x00192720 20746963 6b206d61 726b7320 6f6e2074 tick marks on t\n+ 0x00192730 68652058 206f7220 59000000 61786973 he X or Y...axis\n+ 0x00192740 20776974 68205345 54205854 4943206f with SET XTIC o\n+ 0x00192750 72205345 54205954 49432e00 54686520 r SET YTIC..The \n+ 0x00192760 706f7369 74696f6e 206f6620 74686520 position of the \n+ 0x00192770 61786973 2076616c 75657320 6d617920 axis values may \n+ 0x00192780 62652063 68616e67 65640000 54686520 be changed..The \n+ 0x00192790 4e756d62 6572206f 66206469 76697369 Number of divisi\n+ 0x001927a0 6f6e7320 63616e20 62652063 68616e67 ons can be chang\n+ 0x001927b0 65642077 69746820 53455420 4e445658 ed with SET NDVX\n+ 0x001927c0 20616e64 20534554 204e4456 592e0000 and SET NDVY...\n+ 0x001927d0 54686973 20636f6d 6d616e64 20636f6d This command com\n+ 0x001927e0 62696e65 73207769 74682074 68652063 bines with the c\n+ 0x001927f0 6f6d6d61 6e64204e 554c2069 73206120 ommand NUL is a \n+ 0x00192800 65617379 20776179 20746f20 72656472 easy way to redr\n+ 0x00192810 61770000 20202020 53455420 2a203b20 aw.. SET * ; \n+ 0x00192820 4f505420 2a202020 20202020 20202020 OPT * \n+ 0x00192830 20202020 20202020 20207c20 52657365 | Rese\n+ 0x00192840 74207468 65206465 6661756c 74730000 t the defaults..\n+ 0x00192850 20202020 4e756c20 30203120 30203120 Nul 0 1 0 1 \n+ 0x00192860 20202020 20202020 20202020 20202020 \n+ 0x00192870 20202020 20207c20 64726177 20616e20 | draw an \n+ 0x00192880 656d7074 79206672 616d6520 77697468 empty frame with\n+ 0x00192890 20617869 73000000 20202020 53657420 axis... Set \n+ 0x001928a0 6e647679 20352020 20202020 20202020 ndvy 5 \n+ 0x001928b0 20202020 20202020 20202020 20207c20 | \n+ 0x001928c0 4368616e 6765206e 756d6265 72206f66 Change number of\n+ 0x001928d0 20592064 69766973 696f6e73 00000000 Y divisions....\n+ 0x001928e0 20202020 4e756c20 30203130 20302031 Nul 0 10 0 1\n+ 0x001928f0 30204142 53202020 20202020 20202020 0 ABS \n+ 0x00192900 20202020 20207c20 52656465 66696e65 | Redefine\n+ 0x00192910 20746865 20736361 6c657300 20202020 the scales. \n+ 0x00192920 54696320 58522035 20212020 20202020 Tic XR 5 ! \n+ 0x00192930 20202020 20202020 20202020 20202020 \n+ 0x00192940 20207c20 41786973 20696e20 74686520 | Axis in the \n+ 0x00192950 6e657720 636f6f72 64696e61 74657300 new coordinates.\n+ 0x00192960 49415454 20697320 61206669 6c6c2061 IATT is a fill a\n+ 0x00192970 72656120 636f6c6f 75722069 6e646578 rea colour index\n+ 0x00192980 00000000 44726177 206f6e65 206c6567 ....Draw one leg\n+ 0x00192990 656e6420 616e6420 69747320 6578706c end and its expl\n+ 0x001929a0 616e6174 696f6e20 61742061 20706f69 anation at a poi\n+ 0x001929b0 6e742078 2c790000 696e2074 68652063 nt x,y..in the c\n+ 0x001929c0 75727265 6e74206e 6f726d61 6c697361 urrent normalisa\n+ 0x001929d0 74696f6e 20747261 6e73666f 726d6174 tion transformat\n+ 0x001929e0 696f6e2e 00000000 202d2041 2066696c ion..... - A fil\n+ 0x001929f0 6c656420 626f7820 2843484f 50543d46 led box (CHOPT=F\n+ 0x00192a00 292c2069 6e207468 69732063 61736520 ), in this case \n+ 0x00192a10 49415454 20697320 6120636f 6c6f7572 IATT is a colour\n+ 0x00192a20 00000000 20202061 6e642044 58206973 .... and DX is\n+ 0x00192a30 20746865 20776964 7468206f 66207468 the width of th\n+ 0x00192a40 6520626f 782e0000 202d2041 20686174 e box... - A hat\n+ 0x00192a50 63686564 2020626f 78202843 484f5054 ched box (CHOPT\n+ 0x00192a60 3d48292c 20696e20 74686973 20636173 =H), in this cas\n+ 0x00192a70 65204941 54542069 73206120 68617463 e IATT is a hatc\n+ 0x00192a80 68657320 74797065 00000000 202d2041 hes type.... - A\n+ 0x00192a90 206c696e 65202843 484f5054 3d4c292c line (CHOPT=L),\n+ 0x00192aa0 20696e20 74686973 20636173 65204941 in this case IA\n+ 0x00192ab0 54542069 73206120 6c696e65 20747970 TT is a line typ\n+ 0x00192ac0 65000000 20202061 6e642044 58206973 e... and DX is\n+ 0x00192ad0 20746865 206c656e 67746820 6f662074 the length of t\n+ 0x00192ae0 6865206c 696e652e 00000000 202d2041 he line..... - A\n+ 0x00192af0 206c696e 65202843 484f5054 3d57292c line (CHOPT=W),\n+ 0x00192b00 20696e20 74686973 20636173 65204941 in this case IA\n+ 0x00192b10 54542069 73206120 6c696e65 20776964 TT is a line wid\n+ 0x00192b20 74680000 20202020 4e554c20 30203130 th.. NUL 0 10\n+ 0x00192b30 20302038 20412020 20202020 20202020 0 8 A \n+ 0x00192b40 20202020 20202020 20207c20 44726177 | Draw\n+ 0x00192b50 20612066 72616d65 00000000 20202020 a frame.... \n+ 0x00192b60 4b455920 35203220 2120274b 65792031 KEY 5 2 ! 'Key 1\n+ 0x00192b70 27202020 20202020 20202020 20202020 ' \n+ 0x00192b80 20207c20 4b657920 77697468 206d6172 | Key with mar\n+ 0x00192b90 6b657200 20202020 4b455920 35203320 ker. KEY 5 3 \n+ 0x00192ba0 3220274b 65792032 27202120 46202020 2 'Key 2' ! F \n+ 0x00192bb0 20202020 20202020 20207c20 4b657920 | Key \n+ 0x00192bc0 77697468 2066696c 6c656420 626f7800 with filled box.\n+ 0x00192bd0 20202020 53455420 46414349 20332020 SET FACI 3 \n+ 0x00192be0 20202020 20202020 20202020 20202020 \n+ 0x00192bf0 20202020 20207c20 4368616e 67652063 | Change c\n+ 0x00192c00 6f6c6f75 7220666f 72206e65 7874206b olour for next k\n+ 0x00192c10 65790000 20202020 6b657920 35203420 ey.. key 5 4 \n+ 0x00192c20 3220274b 65792033 27203220 48202020 2 'Key 3' 2 H \n+ 0x00192c30 20202020 20202020 20207c20 4b657920 | Key \n+ 0x00192c40 77697468 20686174 63686573 2e204458 with hatches. DX\n+ 0x00192c50 20697320 6d6f6469 66696564 00000000 is modified....\n+ 0x00192c60 20202020 6b657920 35203520 3220274b key 5 5 2 'K\n+ 0x00192c70 65792034 27202120 4c202020 20202020 ey 4' ! L \n+ 0x00192c80 20202020 20207c20 4b657920 77697468 | Key with\n+ 0x00192c90 206c696e 65207479 70650000 20202020 line type.. \n+ 0x00192ca0 53455420 504c4349 20342020 20202020 SET PLCI 4 \n+ 0x00192cb0 20202020 20202020 20202020 20202020 \n+ 0x00192cc0 20207c20 4368616e 67652063 6f6c6f75 | Change colou\n+ 0x00192cd0 7220666f 72206e65 7874206b 65790000 r for next key..\n+ 0x00192ce0 20202020 53455420 4353495a 202e3420 SET CSIZ .4 \n+ 0x00192cf0 20202020 20202020 20202020 20202020 \n+ 0x00192d00 20202020 20207c20 4368616e 6765206b | Change k\n+ 0x00192d10 65792073 697a6500 20202020 4b455920 ey size. KEY \n+ 0x00192d20 35203620 3820274b 65792035 2720312e 5 6 8 'Key 5' 1.\n+ 0x00192d30 35205720 20202020 20202020 20207c20 5 W | \n+ 0x00192d40 4b657920 77697468 206c696e 65207769 Key with line wi\n+ 0x00192d50 64746800 436f6f72 64696e61 74657320 dth.Coordinates \n+ 0x00192d60 61726520 65787072 65737365 6420696e are expressed in\n+ 0x00192d70 20686973 746f6772 616d2063 6f6f7264 histogram coord\n+ 0x00192d80 696e6174 65732028 6f662074 68652061 inates (of the a\n+ 0x00192d90 74206464 72726177 6e206869 73746f67 t ddrrawn histog\n+ 0x00192da0 72616d29 2e204572 726f7220 62617273 ram). 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PAW > Ntupl\n+ 0x00194e40 652f706c 6f742069 642e7874 6f787369 e/plot id.xtoxsi\n+ 0x00194e50 2e66746e 28312900 20504157 203e204e .ftn(1). PAW > N\n+ 0x00194e60 7475706c 652f706c 6f742069 642e7874 tuple/plot id.xt\n+ 0x00194e70 6f787369 2e66746e 28312925 78746f78 oxsi.ftn(1)%xtox\n+ 0x00194e80 73692e66 746e2833 29000000 47656e65 si.ftn(3)...Gene\n+ 0x00194e90 72617465 20746865 20464f52 5452414e rate the FORTRAN\n+ 0x00194ea0 20736b65 6c65746f 6e206f66 20612073 skeleton of a s\n+ 0x00194eb0 656c6563 74696f6e 2066756e 6374696f election functio\n+ 0x00194ec0 6e2e0000 50726573 656e7420 74686520 n...Present the \n+ 0x00194ed0 73656c65 6374696f 6e206675 6e637469 selection functi\n+ 0x00194ee0 6f6e2069 6e207468 65206c6f 63616c20 on in the local \n+ 0x00194ef0 65646974 6f722e00 436f6465 20746f20 editor..Code to \n+ 0x00194f00 7072696e 74206576 656e7473 20697320 print events is \n+ 0x00194f10 67656e65 72617465 64202852 6f772057 generated (Row W\n+ 0x00194f20 69736520 4e747570 6c657320 6f6e6c79 ise Ntuples only\n+ 0x00194f30 292e0000 4e616d65 73206f66 20746865 )...Names of the\n+ 0x00194f40 204e7475 706c6520 76617269 61626c65 Ntuple variable\n+ 0x00194f50 73206172 65206765 6e657261 74656420 s are generated \n+ 0x00194f60 696e2044 41544120 73746174 656d656e in DATA statemen\n+ 0x00194f70 74732028 526f7720 57697365 204e7570 ts (Row Wise Nup\n+ 0x00194f80 6c6c6573 6f6e6e6c 79292e00 546f2067 llesonnly)..To g\n+ 0x00194f90 656e6572 61746520 74686520 464f5254 enerate the FORT\n+ 0x00194fa0 52414e20 736b656c 65746f6e 206f6620 RAN skeleton of \n+ 0x00194fb0 61207365 6c656374 696f6e20 66756e63 a selection func\n+ 0x00194fc0 74696f6e 206f7220 74686500 494e434c tion or the.INCL\n+ 0x00194fd0 55444520 66696c65 20776974 68207468 UDE file with th\n+ 0x00194fe0 6520636f 6c756d6e 73206465 636c6172 e columns declar\n+ 0x00194ff0 6174696f 6e2e0000 4120464f 52545241 ation...A FORTRA\n+ 0x00195000 4e206675 6e637469 6f6e2069 73206765 N function is ge\n+ 0x00195010 6e657261 74656420 69662074 68652046 nerated if the F\n+ 0x00195020 4e414d45 20697320 6f662074 68652066 NAME is of the f\n+ 0x00195030 6f726d2c 00000000 7878782e 662c2078 orm,....xxx.f, x\n+ 0x00195040 78782e66 6f722c20 7878782e 666f7274 xx.for, xxx.fort\n+ 0x00195050 72616e2e 204f7468 65727769 73652061 ran. Otherwise a\n+ 0x00195060 6e20494e 434c5544 45206669 6c652069 n INCLUDE file i\n+ 0x00195070 73206765 6e657261 7465642e 00000000 s generated.....\n+ 0x00195080 49662074 68652052 6f772057 69736520 If the Row Wise \n+ 0x00195090 4e747570 6c652049 443d3330 20686173 Ntuple ID=30 has\n+ 0x001950a0 20766172 6961626c 65206e61 6d657320 variable names \n+ 0x001950b0 5b582c59 2c5a5d20 7468656e 3a000000 [X,Y,Z] then:...\n+ 0x001950c0 2020204e 5455504c 452f5557 46554e43 NTUPLE/UWFUNC\n+ 0x001950d0 20333020 53454c45 43542e46 4f520000 30 SELECT.FOR..\n+ 0x001950e0 77696c6c 2067656e 65726174 65207468 will generate th\n+ 0x001950f0 65206669 6c652053 454c4543 542e464f e file SELECT.FO\n+ 0x00195100 52207769 74683a00 20202020 20202020 R with:. \n+ 0x00195110 20524541 4c204655 4e435449 4f4e2053 REAL FUNCTION S\n+ 0x00195120 454c4543 54282900 20202020 20202020 ELECT(). \n+ 0x00195130 204c4f47 4943414c 20202020 20202020 LOGICAL \n+ 0x00195140 20434841 494e0000 20202020 20202020 CHAIN.. \n+ 0x00195150 20434841 52414354 45522a31 32382020 CHARACTER*128 \n+ 0x00195160 20434649 4c450000 20202020 20202020 CFILE.. \n+ 0x00195170 20434f4d 4d4f4e20 2f504157 43484e2f COMMON /PAWCHN/\n+ 0x00195180 20434841 494e2c20 4e434845 56542c20 CHAIN, NCHEVT, \n+ 0x00195190 49434845 56540000 20202020 20202020 ICHEVT.. \n+ 0x001951a0 20434f4d 4d4f4e20 2f504157 4348432f COMMON /PAWCHC/\n+ 0x001951b0 20434649 4c450000 20202020 20202020 CFILE.. \n+ 0x001951c0 20434f4d 4d4f4e2f 50415749 444e2f49 COMMON/PAWIDN/I\n+ 0x001951d0 444e4556 542c4f42 53283133 292c0000 DNEVT,OBS(13),..\n+ 0x001951e0 5468656e 20757369 6e672074 68652063 Then using the c\n+ 0x001951f0 6f6d6d61 6e642045 44495420 6f6e6520 ommand EDIT one \n+ 0x00195200 63616e20 6d6f6469 66792074 68697320 can modify this \n+ 0x00195210 66696c65 20776869 63682063 6f756c64 file which could\n+ 0x00195220 20746865 6e000000 6c6f6f6b 20736f6d then...look som\n+ 0x00195230 65746869 6e67206c 696b6520 2849444e ething like (IDN\n+ 0x00195240 45565420 69732074 68652065 76656e74 EVT is the event\n+ 0x00195250 206e756d 62657229 3a000000 20202020 number):... \n+ 0x00195260 20202020 20494628 582a2a32 2b592a2a IF(X**2+Y**\n+ 0x00195270 322e4754 2e5a2a2a 32295448 454e0000 2.GT.Z**2)THEN..\n+ 0x00195280 2020204e 5455504c 452f5557 46554e43 NTUPLE/UWFUNC\n+ 0x00195290 20333020 53454c45 43542e49 4e430000 30 SELECT.INC..\n+ 0x001952a0 77696c6c 2067656e 65726174 6520616e will generate an\n+ 0x001952b0 20696e63 6c756465 2066696c 652e2054 include file. 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CSEL \n+ 0x00195600 20202041 6c6c2063 6f6d696e 67204e54 All coming NT\n+ 0x00195610 2f504c4f 5420636f 6d6d616e 64732077 /PLOT commands w\n+ 0x00195620 696c6c20 64726177 20612063 6f6d6d65 ill draw a comme\n+ 0x00195630 6e740000 20202020 20202020 20202020 nt.. \n+ 0x00195640 2020206f 66207369 7a652043 53495a45 of size CSIZE\n+ 0x00195650 3d302e32 38636d20 4c656674 206a7573 =0.28cm Left jus\n+ 0x00195660 74696669 65642e00 20435345 4c204e52 tified.. CSEL NR\n+ 0x00195670 4220302e 34202041 6c6c2063 6f6d696e B 0.4 All comin\n+ 0x00195680 67204e54 2f504c4f 5420636f 6d6d616e g NT/PLOT comman\n+ 0x00195690 64732077 696c6c20 64726177 20612063 ds will draw a c\n+ 0x001956a0 6f6d6d65 6e740000 20202020 20202020 omment.. \n+ 0x001956b0 20202020 2020206f 66207369 7a652030 of size 0\n+ 0x001956c0 2e342063 6d205269 67687420 6a757374 .4 cm Right just\n+ 0x001956d0 69666965 64204265 6c6f7720 74686520 ified Below the \n+ 0x001956e0 746f7020 6c696e65 2e000000 20435345 top line.... CSE\n+ 0x001956f0 4c202043 42202020 20202044 72617720 L CB Draw \n+ 0x00195700 70726576 696f7573 2073656c 65637469 previous selecti\n+ 0x00195710 6f6e206d 65636861 6e69736d 2043656e on mechanism Cen\n+ 0x00195720 74726564 2042656c 6f770000 20202020 tred Below.. \n+ 0x00195730 20202020 20202020 20202074 68652074 the t\n+ 0x00195740 6f70207a 6f6e6520 6c696e65 2e000000 op zone line....\n+ 0x00195750 54686520 476c6f62 616c2074 69746c65 The Global title\n+ 0x00195760 20666f6e 74202853 45542047 464f4e29 font (SET GFON)\n+ 0x00195770 20776974 68207072 65636973 696f6e20 with precision \n+ 0x00195780 31206973 20757365 6420746f 20647261 1 is used to dra\n+ 0x00195790 77207468 65000000 5072696e 74206465 w the...Print de\n+ 0x001957a0 66696e69 74696f6e 206f6620 63757420 finition of cut \n+ 0x001957b0 43555449 442e0000 52656164 20646566 CUTID...Read def\n+ 0x001957c0 696e6974 696f6e20 6f662063 75742043 inition of cut C\n+ 0x001957d0 55544944 2066726f 6d206669 6c652046 UTID from file F\n+ 0x001957e0 4e414d45 2e000000 57726974 65206465 NAME....Write de\n+ 0x001957f0 66696e69 74696f6e 206f6620 63757420 finition of cut \n+ 0x00195800 43555449 44206f6e 2066696c 6520464e CUTID on file FN\n+ 0x00195810 414d4520 28746578 74206669 6c65292e AME (text file).\n+ 0x00195820 00000000 44656669 6e652074 68652043 ....Define the C\n+ 0x00195830 55544944 20776974 68207468 6520666f UTID with the fo\n+ 0x00195840 726d6174 20246e6e 2e000000 6e6e2069 rmat $nn....nn i\n+ 0x00195850 7320616e 20696e74 65676572 20626574 s an integer bet\n+ 0x00195860 7765656e 20312061 6e642039 392e0000 ween 1 and 99...\n+ 0x00195870 54686973 20637574 2063616e 20746865 This cut can the\n+ 0x00195880 6e206265 20757365 6420696e 20737562 n be used in sub\n+ 0x00195890 73657175 656e7420 636f6d6d 616e6473 sequent commands\n+ 0x001958a0 204e5455 504c452f 504c4f54 2c205052 NTUPLE/PLOT, PR\n+ 0x001958b0 4f4a4543 542e0000 616c6c6f 77732074 OJECT...allows t\n+ 0x001958c0 6f206465 66696e65 20746865 20637574 o define the cut\n+ 0x001958d0 20435554 49442e20 466f7220 6578616d CUTID. For exam\n+ 0x001958e0 706c6520 74686520 636f6d6d 616e643a ple the command:\n+ 0x001958f0 00000000 20504157 203e2043 55545320 .... PAW > CUTS \n+ 0x00195900 24312058 3c302e38 2e616e64 2e593c53 $1 X<0.8.and.Y ch\n+ 0x00195da0 61726163 74657220 746f2074 68650000 aracter to the..\n+ 0x00195db0 54686520 70617468 206f6620 616c6c20 The path of all \n+ 0x00195dc0 63686169 6e206d65 6d626572 732c2066 chain members, f\n+ 0x00195dd0 726f6d20 63686169 6e20434e 414d4520 rom chain CNAME \n+ 0x00195de0 646f776e 77617264 732c2063 616e2062 downwards, can b\n+ 0x00195df0 65206368 616e6765 64000000 62792073 e changed...by s\n+ 0x00195e00 70656369 6679696e 67206120 63686169 pecifying a chai\n+ 0x00195e10 6e207061 74682e20 54686973 20697320 n path. This is \n+ 0x00195e20 646f6e65 20627920 67697669 6e672061 done by giving a\n+ 0x00195e30 20636861 696e206e 616d6520 666f6c6c chain name foll\n+ 0x00195e40 6f776564 00000000 62792074 6865202d owed....by the -\n+ 0x00195e50 50206f70 74696f6e 20616e64 20612070 P option and a p\n+ 0x00195e60 61746820 73706563 69666963 6174696f ath specificatio\n+ 0x00195e70 6e2e2054 68652063 6861696e 20706174 n. The chain pat\n+ 0x00195e80 68207769 6c6c2062 65207072 652d7065 h will be pre-pe\n+ 0x00195e90 6e646564 00000000 746f2074 6865206d nded....to the m\n+ 0x00195ea0 656d6265 72206e61 6d65732e 20436861 ember names. Cha\n+ 0x00195eb0 696e7320 646f776e 20746865 20747265 ins down the tre\n+ 0x00195ec0 65206361 6e206f76 65727269 64652061 e can override a\n+ 0x00195ed0 20706174 68207370 65636966 69656400 path specified.\n+ 0x00195ee0 4578616d 706c6573 206f6620 63686169 Examples of chai\n+ 0x00195ef0 6e20284e 7475706c 65207472 65652920 n (Ntuple tree) \n+ 0x00195f00 64656669 6e697469 6f6e3a00 20434841 definition:. CHA\n+ 0x00195f10 494e2020 20596561 72393320 204a616e IN Year93 Jan\n+ 0x00195f20 20466562 204d6172 63682041 7072696c Feb March April\n+ 0x00195f30 204d6179 202e2e2e 00000000 20434841 May ....... CHA\n+ 0x00195f40 494e2020 204a616e 20202020 20576565 IN Jan Wee\n+ 0x00195f50 6b312057 65656b32 20576565 6b332057 k1 Week2 Week3 W\n+ 0x00195f60 65656b34 00000000 20434841 494e2020 eek4.... CHAIN \n+ 0x00195f70 20576565 6b312020 2066696c 65312e68 Week1 file1.h\n+ 0x00195f80 626f6f6b 2066696c 65322e68 626f6f6b book file2.hbook\n+ 0x00195f90 202e2e2e 00000000 20434841 494e2020 ....... CHAIN \n+ 0x00195fa0 20576565 6b322020 2066696c 65332e68 Week2 file3.h\n+ 0x00195fb0 626f6f6b 2066696c 65342e68 626f6f6b book file4.hbook\n+ 0x00195fc0 202e2e2e 00000000 204e542f 504c4f54 ....... NT/PLOT\n+ 0x00195fd0 2031302e 65202020 20203b20 6c6f6f70 10.e ; loop\n+ 0x00195fe0 206f7665 7220616c 6c206669 6c657320 over all files \n+ 0x00195ff0 696e2063 6861696e 73205765 656b312c in chains Week1,\n+ 0x00196000 20576565 6b322c20 5765656b 332c202e Week2, Week3, .\n+ 0x00196010 2e2e0000 20434420 2f2f5965 61723933 .... CD //Year93\n+ 0x00196020 20202020 20203b20 6c6f6f70 206f7665 ; loop ove\n+ 0x00196030 7220616c 6c206669 6c657320 696e2063 r all files in c\n+ 0x00196040 6861696e 73204a61 6e2c2046 65622c20 hains Jan, Feb, \n+ 0x00196050 4d617263 682c202e 2e2e0000 20434841 March, ..... CHA\n+ 0x00196060 494e2059 65617239 33202d50 202f7573 IN Year93 -P /us\n+ 0x00196070 65722f64 656c7068 69202020 3b20616c er/delphi ; al\n+ 0x00196080 6c206669 6c657320 66726f6d 20636861 l files from cha\n+ 0x00196090 696e2059 65617239 3320646f 776e7761 in Year93 downwa\n+ 0x001960a0 72642077 696c6c00 20202020 20202020 rd will. \n 0x001960b0 20202020 20202020 20202020 20202020 \n- 0x001960c0 20206265 20636861 6e676564 20746f20 be changed to \n- 0x001960d0 2f757365 722f6465 6c706869 2f66696c /user/delphi/fil\n- 0x001960e0 65312e68 626f6f6b 2c202e2e 2e000000 e1.hbook, ......\n- 0x001960f0 20434841 494e2059 65617239 333e2020 CHAIN Year93> \n- 0x00196100 20203b20 7072696e 74207468 65206368 ; print the ch\n- 0x00196110 61696e20 74726565 20596561 72393300 ain tree Year93.\n- 0x00196120 20434841 494e202d 46656220 20202020 CHAIN -Feb \n- 0x00196130 20203b20 64656c65 74652063 6861696e ; delete chain\n- 0x00196140 20466562 00000000 20434841 494e204a Feb.... CHAIN J\n- 0x00196150 616e202d 66696c65 332e6862 6f6f6b20 an -file3.hbook \n- 0x00196160 20203b20 64656c65 74652066 696c6533 ; delete file3\n- 0x00196170 2e68626f 6f6b2066 726f6d20 63686169 .hbook from chai\n- 0x00196180 6e204a61 6e000000 4c6f6e67 20286172 n Jan...Long (ar\n- 0x00196190 6f756e64 20373020 63686172 61637465 ound 70 characte\n- 0x001961a0 72732920 66696c65 206e616d 65732028 rs) file names (\n- 0x001961b0 696e636c 7564696e 67207468 65207061 including the pa\n- 0x001961c0 74682920 6d757374 20626520 61766f69 th) must be avoi\n- 0x001961d0 6465642e 00000000 54686579 2063616e ded.....They can\n- 0x001961e0 20626520 6d697375 6e646572 73746f6f be misunderstoo\n- 0x001961f0 6420616e 64207468 65207265 73756c74 d and the result\n- 0x00196200 73207072 6f647563 6564206d 61792062 s produced may b\n- 0x00196210 65207772 6f6e672e 20412077 61726e69 e wrong. A warni\n- 0x00196220 6e672069 73000000 7072696e 7465642c ng is...printed,\n- 0x00196230 20776865 6e206e74 75706c65 20636f6d when ntuple com\n- 0x00196240 6d616e64 20697320 65786563 75746564 mand is executed\n- 0x00196250 206f6e20 61206368 61696e2c 20696620 on a chain, if \n- 0x00196260 74686520 66696c65 206e616d 65206c65 the file name le\n- 0x00196270 6e677468 00000000 65786365 65642074 ngth....exceed t\n- 0x00196280 68652073 61666520 76616c75 652e2054 he safe value. T\n- 0x00196290 68652073 61666520 66696c65 206e616d he safe file nam\n- 0x001962a0 65206c65 6e677468 20697320 7072696e e length is prin\n- 0x001962b0 74656420 696e2074 68652077 61726e69 ted in the warni\n- 0x001962c0 6e672e00 4e6f7465 20746861 74204946 ng..Note that IF\n- 0x001962d0 49525354 20616e64 204e4556 454e5420 IRST and NEVENT \n- 0x001962e0 70617261 6d657465 72732061 7265206e parameters are n\n- 0x001962f0 6f74206d 65616e69 6e676675 6c20696e ot meaningful in\n- 0x00196300 20636173 65206f66 20434841 494e7300 case of CHAINs.\n- 0x00196310 44726177 20612073 6d6f6f74 68206375 Draw a smooth cu\n- 0x00196320 72766520 28314420 706c6f74 73292e00 rve (1D plots)..\n- 0x00196330 41646420 636f6e74 656e7473 206f6620 Add contents of \n- 0x00196340 49444e20 746f206c 61737420 706c6f74 IDN to last plot\n- 0x00196350 74656420 6e747570 6c652028 31442070 ted ntuple (1D p\n- 0x00196360 6c6f7473 292e0000 436f6e6e 65637420 lots)...Connect \n- 0x00196370 6368616e 6e656c73 20636f6e 74656e74 channels content\n- 0x00196380 73206279 2061206c 696e6520 2831442c s by a line (1D,\n- 0x00196390 20324420 616e6420 33442070 6c6f7473 2D and 3D plots\n- 0x001963a0 292e0000 44726177 20746865 20637572 )...Draw the cur\n- 0x001963b0 72656e74 20706f6c 796d6172 6b657220 rent polymarker \n- 0x001963c0 61742065 61636820 6368616e 6e656c20 at each channel \n- 0x001963d0 6f722063 656c6c20 28314420 706c6f74 or cell (1D plot\n- 0x001963e0 73292e00 44726177 2061202a 20617420 s)..Draw a * at \n- 0x001963f0 65616368 20636861 6e6e656c 20283144 each channel (1D\n- 0x00196400 20706c6f 7473292e 00000000 55706461 plots).....Upda\n- 0x00196410 74652063 68616e6e 656c7320 6d6f6469 te channels modi\n- 0x00196420 66696564 2073696e 6365206c 61737420 fied since last \n- 0x00196430 63616c6c 20283144 20706c6f 7473292e call (1D plots).\n- 0x00196440 00000000 436f6d70 75746520 28484241 ....Compute (HBA\n- 0x00196450 52582920 616e6420 64726177 20657272 RX) and draw err\n- 0x00196460 6f722062 61727320 77697468 20637572 or bars with cur\n- 0x00196470 72656e74 206d6172 6b65722e 00000000 rent marker.....\n- 0x00196480 44726177 20746865 206e7475 706c6520 Draw the ntuple \n- 0x00196490 61732061 6e206869 73746f67 72616d2e as an histogram.\n- 0x001964a0 00000000 446f6e27 74206472 61772061 ....Don't draw a\n- 0x001964b0 6e797468 696e672c 20627574 2066696c nything, but fil\n- 0x001964c0 6c207468 65203144 206f7220 32442068 l the 1D or 2D h\n- 0x001964d0 6973746f 6772616d 20494448 00000000 istogram IDH....\n- 0x001964e0 44726177 20612047 6f757261 75642073 Draw a Gouraud s\n- 0x001964f0 68616465 64207375 72666163 65202833 haded surface (3\n- 0x00196500 4420706c 6f747329 2e000000 46696c6c D plots)....Fill\n- 0x00196510 20612050 726f6669 6c652068 6973746f a Profile histo\n- 0x00196520 6772616d 20286d65 616e206f 7074696f gram (mean optio\n- 0x00196530 6e292e00 46696c6c 20612050 726f6669 n)..Fill a Profi\n- 0x00196540 6c652068 6973746f 6772616d 20287370 le histogram (sp\n- 0x00196550 72656164 206f7074 696f6e29 2e000000 read option)....\n- 0x00196560 46696c6c 20612050 726f6669 6c652068 Fill a Profile h\n- 0x00196570 6973746f 6772616d 2028696e 74656765 istogram (intege\n- 0x00196580 72207370 72656164 206f7074 696f6e29 r spread option)\n- 0x00196590 2e000000 4964656e 74696669 6572206f ....Identifier o\n- 0x001965a0 66206869 73746f67 72616d20 746f2066 f histogram to f\n- 0x001965b0 696c6c00 50726f6a 65637420 616e6420 ill.Project and \n- 0x001965c0 706c6f74 20616e20 4e747570 6c652061 plot an Ntuple a\n- 0x001965d0 73206120 28312d44 696d206f 7220322d s a (1-Dim or 2-\n- 0x001965e0 44696d29 20686973 746f6772 616d0000 Dim) histogram..\n- 0x001965f0 77697468 20617574 6f6d6174 69632062 with automatic b\n- 0x00196600 696e6e69 6e672028 49443d31 30303030 inning (ID=10000\n- 0x00196610 3030292c 20706f73 7369626c 79207573 00), possibly us\n- 0x00196620 696e6720 61207365 6c656374 696f6e00 ing a selection.\n- 0x00196630 616c676f 72697468 6d2e2053 65652070 algorithm. See p\n- 0x00196640 6172616d 65746572 2043484f 50542069 arameter CHOPT i\n- 0x00196650 6e20636f 6d6d616e 64204849 53544f2f n command HISTO/\n- 0x00196660 504c4f54 20746f20 68617665 00000000 PLOT to have....\n- 0x00196670 6d6f7265 20646574 61696c73 206f6e20 more details on \n- 0x00196680 74686520 706f7373 69626c65 204f5054 the possible OPT\n- 0x00196690 494f4e2e 00000000 20202020 20202020 ION..... \n- 0x001966a0 20204944 4e2e6578 70726573 73696f6e IDN.expression\n- 0x001966b0 31256578 70726573 73696f6e 32000000 1%expression2...\n- 0x001966c0 20202020 20202020 20204944 4e2e6578 IDN.ex\n- 0x001966d0 70726573 73696f6e 31256578 70726573 pression1%expres\n- 0x001966e0 73696f6e 32256578 70726573 73696f6e sion2%expression\n- 0x001966f0 33000000 20202020 20202020 20204944 3... ID\n- 0x00196700 4e2e6578 70726573 73696f6e 31256578 N.expression1%ex\n- 0x00196710 70726573 73696f6e 32256578 70726573 pression2%expres\n- 0x00196720 73696f6e 33256578 70726573 73696f6e sion3%expression\n- 0x00196730 34000000 59255820 6d65616e 73206120 4...Y%X means a \n- 0x00196740 73636174 7465722d 706c6f74 20592849 scatter-plot Y(I\n- 0x00196750 29207665 72737573 20582849 29207768 ) versus X(I) wh\n- 0x00196760 65726520 49206973 20746865 20657665 ere I is the eve\n- 0x00196770 6e74206e 756d6265 722e0000 496e2074 nt number...In t\n- 0x00196780 68697320 6578616d 706c652c 20582061 his example, X a\n- 0x00196790 6e642059 20617265 20746865 206e616d nd Y are the nam\n- 0x001967a0 6573206f 66207468 65207661 72696162 es of the variab\n- 0x001967b0 6c657320 3120616e 64203200 65787072 les 1 and 2.expr\n- 0x001967c0 65737369 6f6e3120 69732061 6e79206e ession1 is any n\n- 0x001967d0 756d6572 6963616c 20657870 72657373 umerical express\n- 0x001967e0 696f6e20 6f662074 6865204e 7475706c ion of the Ntupl\n- 0x001967f0 65207661 72696162 6c65732e 00000000 e variables.....\n- 0x00196800 4974206d 61792069 6e636c75 64652061 It may include a\n- 0x00196810 2063616c 6c20746f 20612043 4f4d4953 call to a COMIS\n- 0x00196820 2066756e 6374696f 6e2e0000 59255825 function...Y%X%\n- 0x00196830 5a206d65 616e7320 61203344 20736361 Z means a 3D sca\n- 0x00196840 74746572 2d706c6f 74205a28 49292076 tter-plot Z(I) v\n- 0x00196850 65727375 73205928 49292076 65727375 ersus Y(I) versu\n- 0x00196860 73205828 49292077 68657265 20492069 s X(I) where I i\n- 0x00196870 73000000 74686520 6576656e 74206e75 s...the event nu\n- 0x00196880 6d626572 2e204966 206f7074 696f6e20 mber. If option \n- 0x00196890 22472220 69732067 6976656e 2c207468 \"G\" is given, th\n- 0x001968a0 72656520 476f7572 61756420 73686164 ree Gouraud shad\n- 0x001968b0 65642073 75726661 63657300 61726520 ed surfaces.are \n- 0x001968c0 64726177 6e2e2054 68652067 7265656e drawn. The green\n- 0x001968d0 206f6e65 20697320 74686520 61766572 one is the aver\n- 0x001968e0 6167652e 00000000 59255825 5a255420 age.....Y%X%Z%T \n- 0x001968f0 6d65616e 73206120 33442073 63617474 means a 3D scatt\n- 0x00196900 65722d70 6c6f7420 5a284929 20766572 er-plot Z(I) ver\n- 0x00196910 73757320 59284929 20766572 73757320 sus Y(I) versus \n- 0x00196920 58284929 20776865 72652049 20697300 X(I) where I is.\n- 0x00196930 74686520 6576656e 74206e75 6d626572 the event number\n- 0x00196940 2e205420 6973206d 61707065 64206f6e . T is mapped on\n- 0x00196950 20746865 20636f6c 6f757220 6d61702e the colour map.\n- 0x00196960 00000000 55574655 4e43206d 61792068 ....UWFUNC may h\n- 0x00196970 61766520 74686520 666f6c6c 6f77696e ave the followin\n- 0x00196980 6720666f 726d733a 00000000 20312d20 g forms:.... 1- \n- 0x00196990 55574655 4e433d27 3027206f 72206d69 UWFUNC='0' or mi\n- 0x001969a0 7373696e 6720286f 6e6c7920 49444e20 ssing (only IDN \n- 0x001969b0 67697665 6e292e20 4e6f2073 656c6563 given). No selec\n- 0x001969c0 74696f6e 20697320 6170706c 6965642e tion is applied.\n- 0x001969d0 00000000 20322d20 55574655 4e432069 .... 2- UWFUNC i\n- 0x001969e0 73206120 43555420 6f722063 6f6d6269 s a CUT or combi\n- 0x001969f0 6e617469 6f6e206f 66207661 6c696420 nation of valid \n- 0x00196a00 43555453 20637265 61746564 20627920 CUTS created by \n- 0x00196a10 74686500 20202020 20202020 20202055 the. U\n- 0x00196a20 5746554e 433d2431 20202020 20202020 WFUNC=$1 \n- 0x00196a30 20202020 6d65616e 73207573 65206375 means use cu\n- 0x00196a40 74202431 00000000 20202020 20202020 t $1.... \n- 0x00196a50 20202055 5746554e 433d2e4e 4f542e28 UWFUNC=.NOT.(\n- 0x00196a60 24312e41 4e442e24 32290000 20202020 $1.AND.$2).. \n- 0x00196a70 20202020 20202055 5746554e 433d2824 UWFUNC=($\n- 0x00196a80 312e4f52 2e243229 2e414e44 2e243300 1.OR.$2).AND.$3.\n- 0x00196a90 20332d20 55574655 4e432069 73206120 3- UWFUNC is a \n- 0x00196aa0 464f5254 52414e20 65787072 65737369 FORTRAN expressi\n- 0x00196ab0 6f6e0000 20202020 45783a20 20202058 on.. Ex: X\n- 0x00196ac0 3e332e31 342e414e 442e2859 3c5a2b33 >3.14.AND.(Y>MNAME(4).\n- 0x00196e60 6d65616e 73206d61 726b2062 69742034 means mark bit 4\n- 0x00196e70 20696e20 6d61736b 204d4e41 4d452066 in mask MNAME f\n- 0x00196e80 6f722061 6c6c2065 76656e74 73207361 or all events sa\n- 0x00196e90 74697366 79696e67 20746865 20636f6e tisfying the con\n- 0x00196ea0 64697469 6f6e205a 3c302e34 00000000 dition Z<0.4....\n- 0x00196eb0 41204d41 534b206d 61792061 6c736f20 A MASK may also \n- 0x00196ec0 62652067 6976656e 20617320 696e7075 be given as inpu\n- 0x00196ed0 7420746f 20612073 656c6563 74696f6e t to a selection\n- 0x00196ee0 20657870 72657373 696f6e2e 00000000 expression.....\n- 0x00196ef0 2020204e 542f504c 4f542033 302e5820 NT/PLOT 30.X \n- 0x00196f00 4d4e414d 45283429 2e616e64 2e5a3c30 MNAME(4).and.Z<0\n- 0x00196f10 2e340000 6d65616e 7320616c 6c206576 .4..means all ev\n- 0x00196f20 656e7473 20736174 69736679 696e6720 ents satisfying \n- 0x00196f30 62697420 34206f66 204d4e41 4d452041 bit 4 of MNAME A\n- 0x00196f40 4e44205a 3c302e34 00000000 49742069 ND Z<0.4....It i\n- 0x00196f50 7320706f 73736962 6c652074 6f20706c s possible to pl\n- 0x00196f60 6f742065 78707265 7373696f 6e73206f ot expressions o\n- 0x00196f70 66207468 65206f72 6967696e 616c2076 f the original v\n- 0x00196f80 61726961 626c6573 2e000000 2020204e ariables.... N\n- 0x00196f90 542f504c 4f542033 302e5349 4e285829 T/PLOT 30.SIN(X)\n- 0x00196fa0 25535152 5428592a 2a322b5a 2a2a3229 %SQRT(Y**2+Z**2)\n- 0x00196fb0 20205a3c 302e3400 706c6f74 73206120 Z<0.4.plots a \n- 0x00196fc0 73636174 7465722d 706c6f74 206f6620 scatter-plot of \n- 0x00196fd0 76617269 61626c65 20552076 65727375 variable U versu\n- 0x00196fe0 73205620 666f7220 616c6c20 6576656e s V for all even\n- 0x00196ff0 74730000 73617469 73667969 6e672074 ts..satisfying t\n- 0x00197000 68652063 6f6e6469 74696f6e 205a3c30 he condition Z<0\n- 0x00197010 2e342e20 5520616e 64205620 61726520 .4. U and V are \n- 0x00197020 64656669 6e656420 61732062 65696e67 defined as being\n- 0x00197030 00000000 553d5349 4e285829 20616e64 ....U=SIN(X) and\n- 0x00197040 20563d53 51525428 582a2a32 2b592a2a V=SQRT(X**2+Y**\n- 0x00197050 32292e00 2020204e 542f504c 4f542033 2).. NT/PLOT 3\n- 0x00197060 302e6675 6e632e66 28582925 2853494e 0.func.f(X)%(SIN\n- 0x00197070 2859292b 332e2920 205a3c30 2e322e61 (Y)+3.) Z<0.2.a\n- 0x00197080 6e642e54 4553542e 46544e3e 36000000 nd.TEST.FTN>6...\n- 0x00197090 73617469 73667969 6e672074 68652063 satisfying the c\n- 0x001970a0 6f6e6469 74696f6e 20285a3c 302e3220 ondition (Z<0.2 \n- 0x001970b0 616e6420 74686520 72657375 6c74206f and the result o\n- 0x001970c0 66207468 6520434f 4d495300 66756e63 f the COMIS.func\n- 0x001970d0 74696f6e 20746573 742e6620 3e36292e tion test.f >6).\n- 0x001970e0 20552061 6e642056 20617265 20646566 U and V are def\n- 0x001970f0 696e6564 20617320 6265696e 67000000 ined as being...\n- 0x00197100 553d2852 6573756c 74206f66 20746865 U=(Result of the\n- 0x00197110 20434f4d 49532066 756e6374 696f6e20 COMIS function \n- 0x00197120 66756e63 2e66292c 20563d28 53494e28 func.f), V=(SIN(\n- 0x00197130 59292b33 2e290000 54686520 64656661 Y)+3.)..The defa\n- 0x00197140 756c7420 6964656e 74696669 6572206f ult identifier o\n- 0x00197150 66207468 65206869 73746f67 72616d20 f the histogram \n- 0x00197160 6265696e 67206669 6c6c6564 20697320 being filled is \n- 0x00197170 4944483d 31303030 3030302e 00000000 IDH=1000000.....\n- 0x00197180 41742074 6865206e 65787420 696e766f At the next invo\n- 0x00197190 63617469 6f6e206f 66207468 69732063 cation of this c\n- 0x001971a0 6f6d6d61 6e642c20 69742077 696c6c20 ommand, it will \n- 0x001971b0 6265206f 76657277 72697474 656e2e00 be overwritten..\n- 0x001971c0 49662065 69746865 72204e45 56454e54 If either NEVENT\n- 0x001971d0 206f7220 49464952 5354206f 72204e55 or IFIRST or NU\n- 0x001971e0 50442061 7265206e 65676174 6976652c PD are negative,\n- 0x001971f0 20746865 6e207468 65206964 656e7469 then the identi\n- 0x00197200 66696572 00000000 6f662074 68652068 fier....of the h\n- 0x00197210 6973746f 6772616d 20626569 6e672066 istogram being f\n- 0x00197220 696c6c65 64207769 6c6c2062 65207461 illed will be ta\n- 0x00197230 6b656e20 61732049 44483d2d 4e455645 ken as IDH=-NEVE\n- 0x00197240 4e54206f 72000000 4944483d 2d494649 NT or...IDH=-IFI\n- 0x00197250 52535420 6f722049 44483d2d 4e555044 RST or IDH=-NUPD\n- 0x00197260 2e205468 69732066 6163696c 69747920 . This facility \n- 0x00197270 6973206b 65707420 666f7220 6261636b is kept for back\n- 0x00197280 77617264 20636f6d 70617469 62696c69 ward compatibili\n- 0x00197290 74790000 62757420 69742069 73207374 ty..but it is st\n- 0x001972a0 726f6e67 6c792072 65636f6d 6d656e64 rongly recommend\n- 0x001972b0 65642074 6f207573 65207468 65207061 ed to use the pa\n- 0x001972c0 72616d65 74657220 49444820 696e7374 rameter IDH inst\n- 0x001972d0 6561642e 00000000 49444820 6d617920 ead.....IDH may \n- 0x001972e0 68617665 20626565 6e206372 65617465 have been create\n- 0x001972f0 64207769 74682048 2f435245 4154452e d with H/CREATE.\n- 0x00197300 00000000 4265666f 72652066 696c6c69 ....Before filli\n- 0x00197310 6e672049 44482c20 74686520 636f6e74 ng IDH, the cont\n- 0x00197320 656e7473 206f6620 49444820 61726520 ents of IDH are \n- 0x00197330 72657365 74206966 20494448 20616c72 reset if IDH alr\n- 0x00197340 65616479 00000000 65786973 74732e20 eady....exists. \n- 0x00197350 55736520 4e545550 4c452f50 524f4a45 Use NTUPLE/PROJE\n- 0x00197360 43542074 6f206375 6d756c61 74652073 CT to cumulate s\n- 0x00197370 65766572 616c2070 61737365 7320696e everal passes in\n- 0x00197380 746f2049 44482e00 42792064 65666175 to IDH..By defau\n- 0x00197390 6c742049 44482076 616c7565 20697320 lt IDH value is \n- 0x001973a0 31303030 3030302e 20546869 73206d65 1000000. This me\n- 0x001973b0 616e7320 74686174 20746865 20686973 ans that the his\n- 0x001973c0 746f6772 616d0000 62696e6e 696e6720 togram..binning \n- 0x001973d0 77696c6c 20626520 636f6d70 75746564 will be computed\n- 0x001973e0 20617574 6f6d6174 6963616c 6c792e20 automatically. \n- 0x001973f0 496e2070 61727469 63756c61 72207468 In particular th\n- 0x00197400 65206d69 6e696d61 6c000000 616e6420 e minimal...and \n- 0x00197410 6d617869 6d616c20 76616c75 65206f66 maximal value of\n- 0x00197420 20746865 20686973 746f6772 616d6564 the histogramed\n- 0x00197430 20717561 6e746974 79206861 7320746f quantity has to\n- 0x00197440 20626520 636f6d70 75746564 20776869 be computed whi\n- 0x00197450 63680000 696d706c 69657320 746f2064 ch..implies to d\n- 0x00197460 6f20616e 20657874 72612070 61737320 o an extra pass \n- 0x00197470 6f6e2074 6865206e 7475706c 65206461 on the ntuple da\n- 0x00197480 74612e00 49444820 6e6f7420 65717561 ta..IDH not equa\n- 0x00197490 6c20746f 20313030 30303030 20697320 l to 1000000 is \n- 0x001974a0 6120636f 6e76656e 69656e74 20776179 a convenient way\n- 0x001974b0 20746f20 666f7263 65207573 65720000 to force user..\n- 0x001974c0 45766572 79204e55 50442065 76656e74 Every NUPD event\n- 0x001974d0 732c2074 68652063 75727265 6e742073 s, the current s\n- 0x001974e0 74617475 73206f66 20746865 20206869 tatus of the hi\n- 0x001974f0 73746f67 72616d20 69732064 6973706c stogram is displ\n- 0x00197500 61796564 2e000000 4e6f7465 20746861 ayed....Note tha\n- 0x00197510 74204946 49525354 20616e64 204e4556 t IFIRST and NEV\n- 0x00197520 454e5420 70617261 6d657465 72732061 ENT parameters a\n- 0x00197530 7265206d 65616e69 6e676c65 73732069 re meaningless i\n- 0x00197540 6e206361 7365206f 66204348 41494e73 n case of CHAINs\n- 0x00197550 2e000000 52656164 204e7475 706c6520 ....Read Ntuple \n- 0x00197560 76616c75 65732066 726f6d20 74686520 values from the \n- 0x00197570 616c7068 616e756d 65726963 2066696c alphanumeric fil\n- 0x00197580 6520464e 414d4520 77697468 00000000 e FNAME with....\n- 0x00197590 74686520 666f726d 61742073 70656369 the format speci\n- 0x001975a0 66696361 74696f6e 7320696e 20464f52 fications in FOR\n- 0x001975b0 4d41542e 00000000 54686973 20636f6d MAT.....This com\n- 0x001975c0 6d616e64 20776f72 6b732066 6f722072 mand works for r\n- 0x001975d0 6f772077 69736520 4e747570 6c65206f ow wise Ntuple o\n- 0x001975e0 6e6c792e 00000000 4265666f 72652065 nly.....Before e\n- 0x001975f0 78656375 74696e67 20746869 7320636f xecuting this co\n- 0x00197600 6d6d616e 642c2074 6865204e 7475706c mmand, the Ntupl\n- 0x00197610 65204944 4e206d75 73742068 61766520 e IDN must have \n- 0x00197620 6265656e 00000000 63726561 74656420 been....created \n- 0x00197630 77697468 20746865 20636f6d 6d616e64 with the command\n- 0x00197640 204e7475 706c652f 43726561 74652e00 Ntuple/Create..\n- 0x00197650 4d415443 48206973 20757365 6420746f MATCH is used to\n- 0x00197660 20737065 63696679 20612070 61747465 specify a patte\n- 0x00197670 726e2073 7472696e 672c2072 65737472 rn string, restr\n- 0x00197680 69637469 6e670000 74686520 4e747570 icting..the Ntup\n- 0x00197690 6c652066 696c6c69 6e67206f 6e6c7920 le filling only \n- 0x001976a0 746f2074 68652072 65636f72 64732069 to the records i\n- 0x001976b0 6e207468 65206669 6c652077 68696368 n the file which\n- 0x001976c0 00000000 76657269 66792074 68652070 ....verify the p\n- 0x001976d0 61747465 726e2e20 54686520 706f7373 attern. The poss\n- 0x001976e0 69626c65 20706174 7465726e 73206172 ible patterns ar\n- 0x001976f0 653a0000 20202f73 7472696e 672f2020 e:.. /string/ \n- 0x00197700 20202020 6d617463 68206120 73747269 match a stri\n- 0x00197710 6e672028 73746172 74696e67 20696e20 ng (starting in \n- 0x00197720 636f6c75 6d6e2031 29000000 202d2f73 column 1)... -/s\n- 0x00197730 7472696e 672f2020 20202020 646f206e tring/ do n\n- 0x00197740 6f74206d 61746368 20612073 7472696e ot match a strin\n- 0x00197750 67202873 74617274 696e6720 696e2063 g (starting in c\n- 0x00197760 6f6c756d 6e203129 00000000 20202f73 olumn 1).... /s\n- 0x00197770 7472696e 672f286e 29202020 6d617463 tring/(n) matc\n- 0x00197780 68206120 73747269 6e672c20 73746172 h a string, star\n- 0x00197790 74696e67 20696e20 636f6c75 6d6e206e ting in column n\n- 0x001977a0 00000000 20202f73 7472696e 672f282a .... /string/(*\n- 0x001977b0 29202020 6d617463 68206120 73747269 ) match a stri\n- 0x001977c0 6e672c20 73746172 74696e67 20617420 ng, starting at \n- 0x001977d0 616e7920 636f6c75 6d6e0000 20202020 any column.. \n- 0x001977e0 4e742f43 72656174 65203420 27546573 Nt/Create 4 'Tes\n- 0x001977f0 74206f66 204d6174 63682720 33202120 t of Match' 3 ! \n- 0x00197800 2120586d 61746368 20596d61 74636820 ! Xmatch Ymatch \n- 0x00197810 5a6d6174 63680000 20202020 4e742f52 Zmatch.. Nt/R\n- 0x00197820 65616420 34206e74 6d617463 682e6461 ead 4 ntmatch.da\n- 0x00197830 74202120 21202120 2d2f432f 282a2900 t ! ! ! -/C/(*).\n- 0x00197840 496e2074 68697320 6d616372 6f20616c In this macro al\n- 0x00197850 6c207468 65206c69 6e657320 77697468 l the lines with\n- 0x00197860 20612043 20617420 74686520 656e6420 a C at the end \n- 0x00197870 61726520 6e6f7420 72656164 2e000000 are not read....\n- 0x00197880 53656c65 6374696f 6e206675 6e637469 Selection functi\n- 0x00197890 6f6e206f 72206375 74206964 656e7469 on or cut identi\n- 0x001978a0 66696572 00000000 50726f6a 65637420 fier....Project \n- 0x001978b0 616e204e 7475706c 65206f6e 746f2061 an Ntuple onto a\n- 0x001978c0 20312d44 696d206f 7220322d 44696d20 1-Dim or 2-Dim \n- 0x001978d0 68697374 6f677261 6d2c0000 706f7373 histogram,..poss\n- 0x001978e0 69626c79 20757369 6e672061 2073656c ibly using a sel\n- 0x001978f0 65637469 6f6e2066 756e6374 696f6e20 ection function \n- 0x00197900 6f722070 72656465 66696e65 64206375 or predefined cu\n- 0x00197910 74732e00 49444e20 6d617920 62652067 ts..IDN may be g\n- 0x00197920 6976656e 20617320 49444e20 6f722049 iven as IDN or I\n- 0x00197930 444e2e58 202c2049 444e2e59 25582028 DN.X , IDN.Y%X (\n- 0x00197940 59255820 6d65616e 73207661 72696162 Y%X means variab\n- 0x00197950 6c652059 00000000 6f66204e 7475706c le Y....of Ntupl\n- 0x00197960 65204944 4e207665 72737573 20766172 e IDN versus var\n- 0x00197970 6961626c 65205829 2e000000 466f7220 iable X)....For \n- 0x00197980 6d6f7265 20696e66 6f726d61 74696f6e more information\n- 0x00197990 2061626f 75742055 5746554e 432c2073 about UWFUNC, s\n- 0x001979a0 65652063 6f6d6d61 6e64204e 5455504c ee command NTUPL\n- 0x001979b0 452f504c 4f542e00 54686520 68697374 E/PLOT..The hist\n- 0x001979c0 6f677261 6d204944 48206973 206e6f74 ogram IDH is not\n- 0x001979d0 20726573 65742062 65666f72 65206669 reset before fi\n- 0x001979e0 6c6c696e 672e2054 68697320 616c6c6f lling. This allo\n- 0x001979f0 77730000 73657665 72616c20 50524f4a ws..several PROJ\n- 0x00197a00 45435473 2066726f 6d206469 66666572 ECTs from differ\n- 0x00197a10 656e7420 4e747570 6c65732e 00000000 ent Ntuples.....\n- 0x00197a20 4e6f7465 20746861 74204946 49525354 Note that IFIRST\n- 0x00197a30 20616e64 204e4556 454e5420 70617261 and NEVENT para\n- 0x00197a40 6d657465 72732061 7265206e 6f74206d meters are not m\n- 0x00197a50 65616e69 6e676675 6c20696e 20636173 eaningful in cas\n- 0x00197a60 65206f66 20434841 494e732e 00000000 e of CHAINs.....\n- 0x00197a70 41646420 636f6e74 656e7473 206f6620 Add contents of \n- 0x00197a80 49444e20 746f206c 61737420 706c6f74 IDN to last plot\n- 0x00197a90 74656420 6e747570 6c652e00 44726177 ted ntuple..Draw\n- 0x00197aa0 20746865 20637572 72656e74 20706f6c the current pol\n- 0x00197ab0 796d6172 6b657220 61742065 61636820 ymarker at each \n- 0x00197ac0 6368616e 6e656c20 6f722063 656c6c2e channel or cell.\n- 0x00197ad0 00000000 55706461 74652063 68616e6e ....Update chann\n- 0x00197ae0 656c7320 6d6f6469 66696564 2073696e els modified sin\n- 0x00197af0 6365206c 61737420 63616c6c 2e000000 ce last call....\n- 0x00197b00 44656669 6e652061 20677261 70686963 Define a graphic\n- 0x00197b10 616c2063 7574206f 6e206120 6f6e6520 al cut on a one \n- 0x00197b20 6f722074 776f2064 696d656e 73696f6e or two dimension\n- 0x00197b30 616c2070 6c6f742e 00000000 46697273 al plot.....Firs\n- 0x00197b40 74205072 6f6a6563 7420616e 6420706c t Project and pl\n- 0x00197b50 6f742061 6e204e74 75706c65 20617320 ot an Ntuple as \n- 0x00197b60 61202831 2d44696d 206f7220 322d4469 a (1-Dim or 2-Di\n- 0x00197b70 6d292068 6973746f 6772616d 00000000 m) histogram....\n- 0x00197b80 616c676f 72697468 6d2e2053 6565204e algorithm. See N\n- 0x00197b90 5455504c 452f504c 4f542066 6f722066 TUPLE/PLOT for f\n- 0x00197ba0 756c6c20 64657461 696c7320 6f6e2077 ull details on w\n- 0x00197bb0 68617420 65787072 65737369 6f6e7320 hat expressions \n- 0x00197bc0 63616e20 62650000 706c6f74 74656420 can be..plotted \n- 0x00197bd0 616e6420 77686963 68206f70 74696f6e and which option\n- 0x00197be0 73206361 6e206265 20676976 656e2e00 s can be given..\n- 0x00197bf0 5468656e 20746865 20677261 70686963 Then the graphic\n- 0x00197c00 616c2063 75742069 73206465 66696e65 al cut is define\n- 0x00197c10 64207573 696e6720 74686520 6d6f7573 d using the mous\n- 0x00197c20 652e0000 496e766f 6b652074 68652073 e...Invoke the s\n- 0x00197c30 656c6563 74696f6e 2066756e 6374696f election functio\n- 0x00197c40 6e205557 46554e43 20666f72 20656163 n UWFUNC for eac\n- 0x00197c50 68206576 656e7420 73746172 74696e67 h event starting\n- 0x00197c60 20617420 6576656e 74204946 49525354 at event IFIRST\n- 0x00197c70 2e000000 496e2055 5746554e 432c2074 ....In UWFUNC, t\n- 0x00197c80 68652075 73657220 63616e20 66696c6c he user can fill\n- 0x00197c90 206f6e65 206f7220 73657665 72616c20 one or several \n- 0x00197ca0 68697374 6f677261 6d732070 72657669 histograms previ\n- 0x00197cb0 6f75736c 7920626f 6f6b6564 2e000000 ously booked....\n- 0x00197cc0 54686520 6e747570 6c652069 64656e74 The ntuple ident\n- 0x00197cd0 69666965 72204944 4e2c2069 7320616e ifier IDN, is an\n- 0x00197ce0 20696e74 65676572 20696e20 74686973 integer in this\n- 0x00197cf0 20636f6d 6d616e64 2e204974 206d616b command. It mak\n- 0x00197d00 65206e6f 00000000 73656e73 6520746f e no....sense to\n- 0x00197d10 20686176 6520616e 20657870 72657373 have an express\n- 0x00197d20 696f6e20 6c696b65 2031302e 782e0000 ion like 10.x...\n- 0x00197d30 416c7068 616e756d 65726963 206f7574 Alphanumeric out\n- 0x00197d40 70757420 6f662074 6865204e 7475706c put of the Ntupl\n- 0x00197d50 652e0000 47726170 68696361 6c207363 e...Graphical sc\n- 0x00197d60 616e2028 7365676d 656e7473 20706c6f an (segments plo\n- 0x00197d70 74292e00 55736564 20776974 68202753 t)..Used with 'S\n- 0x00197d80 27206974 20646973 706c6179 73207468 ' it displays th\n- 0x00197d90 65206176 65726167 65207370 69646572 e average spider\n- 0x00197da0 2e000000 4e616d65 73206f66 20746865 ....Names of the\n- 0x00197db0 204e5641 52532076 61726961 626c6573 NVARS variables\n- 0x00197dc0 20746f20 7363616e 00000000 5363616e to scan....Scan\n- 0x00197dd0 20746865 20656e74 72696573 206f6620 the entries of \n- 0x00197de0 616e204e 7475706c 65207375 626a6563 an Ntuple subjec\n- 0x00197df0 7420746f 20757365 72206375 74732e00 t to user cuts..\n- 0x00197e00 5363616e 20746865 20766172 6961626c Scan the variabl\n- 0x00197e10 65732066 6f72204e 4556454e 54206576 es for NEVENT ev\n- 0x00197e20 656e7473 20737461 7274696e 67206174 ents starting at\n- 0x00197e30 20494649 5253542c 20726571 75697269 IFIRST, requiri\n- 0x00197e40 6e672074 68617400 74686520 6576656e ng that.the even\n- 0x00197e50 74732073 61746973 66792063 75742055 ts satisfy cut U\n- 0x00197e60 5746554e 432e2049 6e207468 65206361 WFUNC. In the ca\n- 0x00197e70 7365206f 6620416c 7068616e 756d6572 se of Alphanumer\n- 0x00197e80 6963206f 75747075 74000000 55702074 ic output...Up t\n- 0x00197e90 6f203130 20766172 6961626c 6573206d o 10 variables m\n- 0x00197ea0 61792062 65207363 616e6e65 642c2074 ay be scanned, t\n- 0x00197eb0 68652064 65666175 6c742069 7320746f he default is to\n- 0x00197ec0 20736361 6e207468 65206669 72737420 scan the first \n- 0x00197ed0 31300000 5768656e 20746865 206f7074 10..When the opt\n- 0x00197ee0 696f6e20 53202853 70696465 7220706c ion S (Spider pl\n- 0x00197ef0 6f742920 69732073 70656369 66696564 ot) is specified\n- 0x00197f00 2c206561 63682065 76656e74 20697320 , each event is \n- 0x00197f10 70726573 656e7465 64000000 696e2061 presented...in a\n- 0x00197f20 20677261 70686963 616c2066 6f726d20 graphical form \n- 0x00197f30 28522076 65727375 73205048 4920706c (R versus PHI pl\n- 0x00197f40 6f742920 746f2067 69766520 61206d75 ot) to give a mu\n- 0x00197f50 6c746920 64696d65 6e73696f 6e616c20 lti dimensional \n- 0x00197f60 76696577 206f6600 74686520 6576656e view of.the even\n- 0x00197f70 742e2045 61636820 76617269 61626c65 t. Each variable\n- 0x00197f80 20697320 72657072 6573656e 74656420 is represented \n- 0x00197f90 6f6e2061 20736570 61726174 65206178 on a separate ax\n- 0x00197fa0 69732077 69746820 61207363 616c6500 is with a scale.\n- 0x00197fb0 72616e67 696e6720 66726f6d 20746865 ranging from the\n- 0x00197fc0 206d696e 696d756d 20746f20 74686520 minimum to the \n- 0x00197fd0 6d617869 6d756d20 76616c75 65206f66 maximum value of\n- 0x00197fe0 20746865 20766172 6961626c 652e2041 the variable. A\n- 0x00197ff0 206c696e 65206a6f 696e7300 616c6c20 line joins.all \n- 0x00198000 74686520 63757272 656e7420 706f696e the current poin\n- 0x00198010 7473206f 6e206576 65727920 61786973 ts on every axis\n- 0x00198020 20776865 72652065 61636820 706f696e where each poin\n- 0x00198030 7420636f 72726573 706f6e64 7320746f t corresponds to\n- 0x00198040 00000000 74686520 63757272 656e7420 ....the current \n- 0x00198050 76616c75 65206f66 20746865 20766172 value of the var\n- 0x00198060 6961626c 652e2057 68656e20 74686520 iable. When the \n- 0x00198070 48434f4c 20706172 616d6574 65722069 HCOL parameter i\n- 0x00198080 73207370 65636966 69656400 28656720 s specified.(eg \n- 0x00198090 53455420 48434f4c 20313030 32292061 SET HCOL 1002) a\n- 0x001980a0 2066696c 6c206172 65612069 73206472 fill area is dr\n- 0x001980b0 61776e2e 00000000 5768656e 20746865 awn.....When the\n- 0x001980c0 20616464 6974696f 6e616c20 6f707469 additional opti\n- 0x001980d0 6f6e2041 20697320 73706563 69666965 on A is specifie\n- 0x001980e0 642c2061 20737069 64657220 706c6f74 d, a spider plot\n- 0x001980f0 206f6620 74686520 61766572 61676500 of the average.\n- 0x00198100 76616c75 6520666f 72206561 63682076 value for each v\n- 0x00198110 61726961 626c6520 69732061 6c736f20 ariable is also \n- 0x00198120 64726177 6e2e0000 5768656e 20746865 drawn...When the\n- 0x00198130 206f7074 696f6e20 53322028 5365676d option S2 (Segm\n- 0x00198140 656e7420 706c6f74 29206973 20737065 ent plot) is spe\n- 0x00198150 63696669 65642c20 77656467 65732061 cified, wedges a\n- 0x00198160 72652064 7261776e 20616c6f 6e670000 re drawn along..\n- 0x00198170 65616368 20617869 7320696e 73746561 each axis instea\n- 0x00198180 64206f66 20746865 206c696e 65206a6f d of the line jo\n- 0x00198190 696e696e 67207468 6520706f 696e7473 ining the points\n- 0x001981a0 2e000000 4e42203a 2061206d 696e696d ....NB : a minim\n- 0x001981b0 756d206f 66207468 72656520 76617269 um of three vari\n- 0x001981c0 61626c65 7320696e 20564152 4c495320 ables in VARLIS \n- 0x001981d0 69732072 65717569 72656420 666f7220 is required for \n- 0x001981e0 616e7920 67726170 68696361 6c000000 any graphical...\n- 0x001981f0 5641524c 4953206d 61792063 6f6e7461 VARLIS may conta\n- 0x00198200 696e2061 206c6973 74206f66 20746865 in a list of the\n- 0x00198210 206f7269 67696e61 6c207661 72696162 original variab\n- 0x00198220 6c65732c 20657870 72657373 696f6e73 les, expressions\n- 0x00198230 00000000 6f662074 6865206f 72696769 ....of the origi\n- 0x00198240 6e616c20 76617269 61626c65 73206f72 nal variables or\n- 0x00198250 2f616e64 2072616e 67657320 6f662076 /and ranges of v\n- 0x00198260 61726961 626c6573 2e000000 41207261 ariables....A ra\n- 0x00198270 6e676520 63616e20 62652067 6976656e nge can be given\n- 0x00198280 20696e20 74686520 666f6c6c 6f77696e in the followin\n- 0x00198290 6720666f 726d3a00 203a2020 20202020 g form:. : \n- 0x001982a0 20202020 6d65616e 7320616c 6c207661 means all va\n- 0x001982b0 72696162 6c657320 28646566 61756c74 riables (default\n- 0x001982c0 292e0000 20766172 313a7661 72322020 )... var1:var2 \n- 0x001982d0 6d65616e 73206672 6f6d2076 61726961 means from varia\n- 0x001982e0 626c6520 76617231 20746f20 76617269 ble var1 to vari\n- 0x001982f0 61626c65 20766172 3220696e 636c7564 able var2 includ\n- 0x00198300 65642e00 20766172 313a2020 20202020 ed.. var1: \n- 0x00198310 6d65616e 73206672 6f6d2076 61726961 means from varia\n- 0x00198320 626c6520 76617231 20746f20 74686520 ble var1 to the \n- 0x00198330 6c617374 2e000000 203a7661 72322020 last.... :var2 \n- 0x00198340 20202020 6d65616e 73206672 6f6d2076 means from v\n- 0x00198350 61726961 626c6520 3120746f 20766172 ariable 1 to var\n- 0x00198360 6961626c 65207661 72320000 466f7220 iable var2..For \n- 0x00198370 6578616d 706c652c 20696620 49444e3d example, if IDN=\n- 0x00198380 33302068 61732074 68652033 20766172 30 has the 3 var\n- 0x00198390 6961626c 65732058 2c592c5a 2c552c56 iables X,Y,Z,U,V\n- 0x001983a0 2c57206f 6e652063 616e2064 6f3a0000 ,W one can do:..\n- 0x001983b0 20202020 20202065 61636820 6576656e each even\n- 0x001983c0 74206973 20647261 776e2061 73206120 t is drawn as a \n- 0x001983d0 73706964 65722070 6c6f742e 00000000 spider plot.....\n- 0x001983e0 20202020 20202065 61636820 6576656e each even\n- 0x001983f0 74206973 20647261 776e2061 73206120 t is drawn as a \n- 0x00198400 73706964 65722070 6c6f7420 616e6420 spider plot and \n- 0x00198410 74686520 61766572 61676520 73706964 the average spid\n- 0x00198420 65720000 20202020 20202061 6e737765 er.. answe\n- 0x00198430 72696e67 20274727 20776974 6820646f ring 'G' with do\n- 0x00198440 75626c65 20627566 66657220 6f6e2c20 uble buffer on, \n- 0x00198450 63726561 74652061 20677261 70686963 create a graphic\n- 0x00198460 616c0000 20202020 20202061 6e696d61 al.. anima\n- 0x00198470 74696f6e 206f6620 74686520 6e747570 tion of the ntup\n- 0x00198480 6c652063 6f6e7465 6e742e00 20504157 le content.. PAW\n- 0x00198490 203e2073 63616e20 3330206f 7074696f > scan 30 optio\n- 0x001984a0 6e3d7320 20583a5a 20570000 20504157 n=s X:Z W.. PAW\n- 0x001984b0 203e2073 63616e20 3330207a 3e313020 > scan 30 z>10 \n- 0x001984c0 21202120 21207a20 61627328 78292079 ! ! ! z abs(x) y\n- 0x001984d0 2b7a2078 2066756e 632e666f 72000000 +z x func.for...\n- 0x001984e0 20202020 20202077 68657265 2066756e where fun\n- 0x001984f0 632e666f 72206973 20612043 4f4d4953 c.for is a COMIS\n- 0x00198500 2066756e 6374696f 6e207265 7475726e function return\n- 0x00198510 696e6720 616e2065 78707265 7373696f ing an expressio\n- 0x00198520 6e000000 20202020 2020206f 66207468 n... of th\n- 0x00198530 65206f72 6967696e 616c2076 61726961 e original varia\n- 0x00198540 626c6573 2e205468 69732066 756e6374 bles. This funct\n- 0x00198550 696f6e20 66756e63 2e666f72 206d6179 ion func.for may\n- 0x00198560 20626500 20202020 20202067 656e6572 be. gener\n- 0x00198570 61746564 20617574 6f6d6174 6963616c ated automatical\n- 0x00198580 6c792062 79207468 65205041 5720636f ly by the PAW co\n- 0x00198590 6d6d616e 643a0000 546f2072 65636f76 mmand:..To recov\n- 0x001985a0 6572204e 7475706c 65204944 2e204966 er Ntuple ID. If\n- 0x001985b0 20746865 206a6f62 2070726f 64756369 the job produci\n- 0x001985c0 6e672074 6865204e 7475706c 65206372 ng the Ntuple cr\n- 0x001985d0 61736865 64000000 6f722074 68652068 ashed...or the h\n- 0x001985e0 65616465 72207761 73206e6f 74207374 eader was not st\n- 0x001985f0 6f726564 20636f72 72656374 6c792069 ored correctly i\n- 0x00198600 6e207468 65206669 6c652077 69746820 n the file with \n- 0x00198610 48524f55 542c0000 5245434f 56455220 HROUT,..RECOVER \n- 0x00198620 77696c6c 20736361 6e207468 65204e74 will scan the Nt\n- 0x00198630 75706c65 20746f20 72656275 696c6420 uple to rebuild \n- 0x00198640 74686520 68656164 65722074 61626c65 the header table\n- 0x00198650 20616e64 00000000 7265636f 6d707574 and....recomput\n- 0x00198660 65207468 65206e75 6d626572 206f6620 e the number of \n- 0x00198670 656e7472 6965732e 20546865 2066696c entries. The fil\n- 0x00198680 65206f6e 20776869 63682074 6865204e e on which the N\n- 0x00198690 7475706c 65000000 72657369 64657320 tuple...resides \n- 0x001986a0 6d757374 20626520 6f70656e 20696e20 must be open in \n- 0x001986b0 55706461 7465206d 6f64652e 00000000 Update mode.....\n- 0x001986c0 53657420 74686520 41646472 65737365 Set the Addresse\n- 0x001986d0 73206f66 20766172 6961626c 65732069 s of variables i\n- 0x001986e0 6e20636f 6d6d6f6e 202f5041 57435234 n common /PAWCR4\n- 0x001986f0 2c657463 2f2e0000 43726561 74652049 ,etc/...Create I\n- 0x00198700 44322061 73206120 4d656d6f 72792072 D2 as a Memory r\n- 0x00198710 65736964 656e7420 4e747570 6c652e00 esident Ntuple..\n- 0x00198720 436f7079 20494431 20737472 75637475 Copy ID1 structu\n- 0x00198730 72652069 6e204944 322e2052 65736574 re in ID2. Reset\n- 0x00198740 20616464 72657373 6573206f 66207661 addresses of va\n- 0x00198750 72696162 6c65732e 00000000 54686520 riables.....The \n- 0x00198760 73747275 63747572 65206f66 204e7475 structure of Ntu\n- 0x00198770 706c6520 49443120 69732064 75706c69 ple ID1 is dupli\n- 0x00198780 63617465 6420696e 2061206e 6577206e cated in a new n\n- 0x00198790 7475706c 65204944 322e0000 54686973 tuple ID2...This\n- 0x001987a0 20636f6d 6d616e64 20697320 75736566 command is usef\n- 0x001987b0 756c2077 68656e20 6f6e6520 77616e74 ul when one want\n- 0x001987c0 7320746f 20637265 61746520 616e206e s to create an n\n- 0x001987d0 7475706c 65207769 74682074 68652073 tuple with the s\n- 0x001987e0 616d6500 76617269 61626c65 73206275 ame.variables bu\n- 0x001987f0 74206f6e 6c792061 20737562 73657420 t only a subset \n- 0x00198800 6f662074 68652065 76656e74 732e204e of the events. N\n- 0x00198810 45574255 46206973 20746865 20627566 EWBUF is the buf\n- 0x00198820 66657220 73697a65 00000000 666f7220 fer size....for \n- 0x00198830 4944322e 20496620 4e455742 55463c30 ID2. If NEWBUF<0\n- 0x00198840 20746865 20627566 66657220 73697a65 the buffer size\n- 0x00198850 206f6620 49443120 69732074 616b656e of ID1 is taken\n- 0x00198860 2e204966 204e4557 4255463d 30207468 . If NEWBUF=0 th\n- 0x00198870 65206375 7272656e 74000000 62756666 e current...buff\n- 0x00198880 65722073 697a6520 69732074 616b656e er size is taken\n- 0x00198890 20283130 30303020 776f7264 7320666f (10000 words fo\n- 0x001988a0 72205257 4e73292e 204e4557 4255463e r RWNs). NEWBUF>\n- 0x001988b0 30207769 6c6c2062 65207468 65206e65 0 will be the ne\n- 0x001988c0 77000000 62756666 65722073 697a652e w...buffer size.\n- 0x001988d0 20496620 5449544c 453d2720 27204944 If TITLE=' ' ID\n- 0x001988e0 32206861 73207468 65207361 6d652074 2 has the same t\n- 0x001988f0 69746c65 20617320 4944312e 00000000 itle as ID1.....\n- 0x00198900 496e2063 61736520 6f662061 20646973 In case of a dis\n- 0x00198910 6b2d7265 73696465 6e74206e 7475706c k-resident ntupl\n- 0x00198920 65202864 65666175 6c74292c 20494432 e (default), ID2\n- 0x00198930 20697320 63726561 74656420 696e746f is created into\n- 0x00198940 20746865 00000000 63757272 656e7420 the....current \n- 0x00198950 776f726b 696e6720 64697265 63746f72 working director\n- 0x00198960 79207768 69636820 6d757374 20626520 y which must be \n- 0x00198970 6f70656e 20696e20 57524954 45206d6f open in WRITE mo\n- 0x00198980 64652e00 4578616d 706c6520 77697468 de..Example with\n- 0x00198990 20612052 6f772057 69736520 4e747570 a Row Wise Ntup\n- 0x001989a0 6c653a00 20202020 20202020 20204966 le:. If\n- 0x001989b0 2028582e 67742e30 2e2e4f72 2e592e67 (X.gt.0..Or.Y.g\n- 0x001989c0 742e302e 29206361 6c6c2068 666e2832 t.0.) call hfn(2\n- 0x001989d0 2c582900 4e6f7465 20746861 74207468 ,X).Note that th\n- 0x001989e0 65207374 6174656d 656e7420 27696e63 e statement 'inc\n- 0x001989f0 6c756465 203f2720 616c6c6f 77732074 lude ?' allows t\n- 0x00198a00 6f206372 65617465 20617574 6f6d6174 o create automat\n- 0x00198a10 6963616c 6c792074 68652069 6e636c75 ically the inclu\n- 0x00198a20 64650000 66696c65 2028636f 6d69732e de..file (comis.\n- 0x00198a30 696e6329 20636f72 72657370 6f6e6469 inc) correspondi\n- 0x00198a40 6e672074 6f207468 65206e74 75706c65 ng to the ntuple\n- 0x00198a50 20737472 75637475 72652e20 54686520 structure. The \n- 0x00198a60 636f6d6d 616e6420 55574655 4e430000 command UWFUNC..\n- 0x00198a70 4578616d 706c6520 77697468 20612043 Example with a C\n- 0x00198a80 6f6c756d 6e205769 7365204e 7475706c olumn Wise Ntupl\n- 0x00198a90 653a0000 20202020 436c6f73 65203020 e:.. Close 0 \n- 0x00198aa0 20202020 20202020 20202020 20202020 \n- 0x00198ab0 2020207c 20436c6f 73652061 6c6c2074 | Close all t\n- 0x00198ac0 68652063 75727265 6e746c79 206f7065 he currently ope\n- 0x00198ad0 6e656420 66696c65 00000000 20202020 ned file.... \n- 0x00198ae0 55776675 6e63202f 2f6c756e 312f3120 Uwfunc //lun1/1 \n- 0x00198af0 736f7572 63652e69 6e63207c 2067656e source.inc | gen\n- 0x00198b00 65726174 6520736f 75726365 2e696e63 erate source.inc\n- 0x00198b10 00000000 20202020 482f6669 6c652032 .... H/file 2\n- 0x00198b20 206e6577 2e68626f 6f6b2021 204e2020 new.hbook ! N \n- 0x00198b30 2020207c 20437265 61746520 61206e65 | Create a ne\n- 0x00198b40 77206862 6f6f6b20 66696c65 00000000 w hbook file....\n- 0x00198b50 20202020 4e742f44 7570202f 2f6c756e Nt/Dup //lun\n- 0x00198b60 312f3120 32202020 20202020 2020207c 1/1 2 |\n- 0x00198b70 20447570 6c696361 74652074 6865206e Duplicate the n\n- 0x00198b80 7475706c 65203120 696e2074 6865206e tuple 1 in the n\n- 0x00198b90 7475706c 65203200 20202020 2a20436f tuple 2. * Co\n- 0x00198ba0 6d697320 726f7574 696e6520 77686963 mis routine whic\n- 0x00198bb0 68204c6f 6f70206f 6e20616c 6c206576 h Loop on all ev\n- 0x00198bc0 656e7473 206f6620 49643120 616e6420 ents of Id1 and \n- 0x00198bd0 73656c65 63742073 6f6d6520 6576656e select some even\n- 0x00198be0 74730000 20202020 2a20746f 20626520 ts.. * to be \n- 0x00198bf0 77726974 74656e20 696e2074 6865206e written in the n\n- 0x00198c00 6577206e 7475706c 65204964 322e0000 ew ntuple Id2...\n- 0x00198c10 20202020 20202020 20205375 62726f75 Subrou\n- 0x00198c20 74696e65 206e7464 75702849 64312c49 tine ntdup(Id1,I\n- 0x00198c30 64322900 20202020 20202020 2020496e d2). In\n- 0x00198c40 636c7564 65202773 6f757263 652e696e clude 'source.in\n- 0x00198c50 63270000 20202020 20202020 20204361 c'.. Ca\n- 0x00198c60 6c6c2048 6e6f656e 74284964 312c4e6f ll Hnoent(Id1,No\n- 0x00198c70 656e7429 00000000 20202020 20202020 ent).... \n- 0x00198c80 20202020 2043616c 6c204867 6e742849 Call Hgnt(I\n- 0x00198c90 64312c49 6576656e 742c4965 72722900 d1,Ievent,Ierr).\n- 0x00198ca0 20202020 20202020 20202020 20496620 If \n- 0x00198cb0 28496572 722e6e65 2e302920 476f746f (Ierr.ne.0) Goto\n- 0x00198cc0 20323000 20202020 20202020 20202020 20. \n- 0x00198cd0 20496620 28582e47 742e302e 2e4f722e If (X.Gt.0..Or.\n- 0x00198ce0 592e4774 2e302e29 20546865 6e000000 Y.Gt.0.) Then...\n- 0x00198cf0 20202020 20202020 20202020 20202020 \n- 0x00198d00 43616c6c 2048666e 74284964 32290000 Call Hfnt(Id2)..\n- 0x00198d10 20202020 43616c6c 204e7464 75702831 Call Ntdup(1\n- 0x00198d20 2c322920 20202020 20202020 20202020 ,2) \n- 0x00198d30 7c204578 65637574 65207468 6520726f | Execute the ro\n- 0x00198d40 7574696e 65204e74 64757000 20202020 utine Ntdup. \n- 0x00198d50 48726f75 74203220 20202020 20202020 Hrout 2 \n- 0x00198d60 20202020 20202020 20202020 7c205772 | Wr\n- 0x00198d70 69746520 49643220 6f6e2064 69736b00 ite Id2 on disk.\n- 0x00198d80 4d657267 65204842 4f4f4b20 66696c65 Merge HBOOK file\n- 0x00198d90 7320636f 6e746169 6e696e67 20686973 s containing his\n- 0x00198da0 746f6772 616d7320 616e642f 6f72206e tograms and/or n\n- 0x00198db0 7475706c 65732e20 4e747570 6c657320 tuples. Ntuples \n- 0x00198dc0 61726520 6d657267 65640000 616e6420 are merged..and \n- 0x00198dd0 68697374 6f677261 6d732077 69746820 histograms with \n- 0x00198de0 74686520 73616d65 20494420 61726520 the same ID are \n- 0x00198df0 61646465 642e2054 68652049 4e46494c added. The INFIL\n- 0x00198e00 45532061 7265206d 65726765 6420696e ES are merged in\n- 0x00198e10 746f2061 206e6577 00000000 66696c65 to a new....file\n- 0x00198e20 204f5554 46494c45 2e204966 204f5554 OUTFILE. If OUT\n- 0x00198e30 46494c45 20616c72 65616479 20657869 FILE already exi\n- 0x00198e40 7374732c 20697420 6973206f 76657277 sts, it is overw\n- 0x00198e50 72697474 656e2e00 49662074 68657265 ritten..If there\n- 0x00198e60 20617265 20686973 746f6772 616d7320 are histograms \n- 0x00198e70 696e2050 4157206d 656d6f72 79207468 in PAW memory th\n- 0x00198e80 61742068 61766520 73616d65 00000000 at have same....\n- 0x00198e90 6964656e 74696669 65727320 61732068 identifiers as h\n- 0x00198ea0 6973746f 6772616d 7320696e 206f6e65 istograms in one\n- 0x00198eb0 206f6620 74686520 66696c65 7320746f of the files to\n- 0x00198ec0 20626520 6d657267 65642c00 7468656e be merged,.then\n- 0x00198ed0 20746865 20636f6e 74656e74 73206f66 the contents of\n- 0x00198ee0 20746865 20686973 746f6772 616d7320 the histograms \n- 0x00198ef0 696e206d 656d6f72 79206172 65206164 in memory are ad\n- 0x00198f00 64656420 746f2074 686f7365 206f6600 ded to those of.\n- 0x00198f10 74686520 68697374 6f677261 6d732069 the histograms i\n- 0x00198f20 6e207468 65206669 6c652e20 54686973 n the file. This\n- 0x00198f30 2063616e 20626520 61766f69 64656420 can be avoided \n- 0x00198f40 62792064 656c6574 696e6720 74686500 by deleting the.\n- 0x00198f50 6d656d6f 72792068 6973746f 6772616d memory histogram\n- 0x00198f60 20287573 696e6720 482f4445 4c292062 (using H/DEL) b\n- 0x00198f70 65666f72 65206973 7375696e 67207468 efore issuing th\n- 0x00198f80 6520484d 45524745 20636f6d 6d616e64 e HMERGE command\n- 0x00198f90 2e000000 42792064 65666175 6c742048 ....By default H\n- 0x00198fa0 4d455247 45207573 65732074 68652061 MERGE uses the a\n- 0x00198fb0 75746f6d 61746963 20726563 6f726420 utomatic record \n- 0x00198fc0 6c656e67 74682064 65746572 6d696e61 length determina\n- 0x00198fd0 74696f6e 00000000 746f206f 70656e20 tion....to open \n- 0x00198fe0 74686520 696e7075 74206669 6c65732e the input files.\n- 0x00198ff0 20546869 7320776f 726b7320 666f7220 This works for \n- 0x00199000 66696c65 73207769 74682061 20726563 files with a rec\n- 0x00199010 6f726400 6c656e67 74682073 6d616c6c ord.length small\n- 0x00199020 6572206f 72206571 75616c20 746f2038 er or equal to 8\n- 0x00199030 31393120 776f7264 732e2046 6f722066 191 words. For f\n- 0x00199040 696c6573 20776974 68206120 6c617267 iles with a larg\n- 0x00199050 65720000 7265636f 7264206c 656e6774 er..record lengt\n- 0x00199060 68207468 6520666f 6c6c6f77 696e6720 h the following \n- 0x00199070 73796e74 61782063 616e2062 65207573 syntax can be us\n- 0x00199080 652e0000 20205041 57203e20 686d6572 e... PAW > hmer\n- 0x00199090 6765204c 5245434c 20313633 38342020 ge LRECL 16384 \n- 0x001990a0 20202020 20202020 20202020 20202020 \n- 0x001990b0 207c204e 6577204c 5245434c 00000000 | New LRECL....\n- 0x001990c0 2020204e 65787420 484d4552 47452077 Next HMERGE w\n- 0x001990d0 696c6c20 75736520 4c524543 4c203d20 ill use LRECL = \n- 0x001990e0 31363338 34000000 20205041 57203e20 16384... PAW > \n- 0x001990f0 686d6572 6765206f 75742e68 626f6f6b hmerge out.hbook\n- 0x00199100 20696e31 2e68626f 6f6b2069 6e322e68 in1.hbook in2.h\n- 0x00199110 626f6f6b 207c2055 73652074 6865206e book | Use the n\n- 0x00199120 6577204c 5245434c 00000000 546f2067 ew LRECL....To g\n- 0x00199130 6f206261 636b2074 6f207468 65206175 o back to the au\n- 0x00199140 746f6d61 74696320 7265636f 7264206c tomatic record l\n- 0x00199150 656e6774 68206465 7465726d 696e6174 ength determinat\n- 0x00199160 696f6e20 6d6f6465 206a7573 7420646f ion mode just do\n- 0x00199170 3a000000 2020204e 65787420 484d4552 :... Next HMER\n- 0x00199180 47452077 696c6c20 75736520 74686520 GE will use the \n- 0x00199190 6175746f 2d726563 6f726420 6c656e67 auto-record leng\n- 0x001991a0 74682064 65746563 74696f6e 00000000 th detection....\n- 0x001991b0 416c6c20 74686520 696e7075 74206669 All the input fi\n- 0x001991c0 6c657320 73686f75 6c642068 61766520 les should have \n- 0x001991d0 74686520 73616d65 20726563 6f726420 the same record \n- 0x001991e0 6c656e67 74682e00 5072696e 74206120 length..Print a \n- 0x001991f0 73756d6d 61727920 61626f75 74204e74 summary about Nt\n- 0x00199200 75706c65 2049444e 2e000000 4e756d62 uple IDN....Numb\n- 0x00199210 6572206f 6620656e 74726965 732c2076 er of entries, v\n- 0x00199220 61726961 626c6573 206e616d 65732061 ariables names a\n- 0x00199230 6e64206c 696d6974 73206172 65206c69 nd limits are li\n- 0x00199240 73746564 2e000000 4c697374 20616c6c sted....List all\n- 0x00199250 204e7475 706c6573 20696e20 74686520 Ntuples in the \n- 0x00199260 43757272 656e7420 44697265 63746f72 Current Director\n- 0x00199270 792e0000 4e6f7465 20746861 74207468 y...Note that th\n- 0x00199280 6520636f 6d6d616e 64204849 53544f2f e command HISTO/\n- 0x00199290 4c495354 206c6973 74732061 6c6c2068 LIST lists all h\n- 0x001992a0 6973746f 6772616d 7320616e 64204e74 istograms and Nt\n- 0x001992b0 75706c65 73000000 43726561 74652061 uples...Create a\n- 0x001992c0 20526f77 5f576973 655f4e74 75706c65 Row_Wise_Ntuple\n- 0x001992d0 2e202853 65652062 656c6f77 20686f77 . (See below how\n- 0x001992e0 20746f20 63726561 74652061 20436f6c to create a Col\n- 0x001992f0 756d6e5f 57697365 5f4e7475 706c6529 umn_Wise_Ntuple)\n- 0x00199300 2e000000 54686520 4e747570 6c65206d ....The Ntuple m\n- 0x00199310 61792062 65206372 65617465 64206569 ay be created ei\n- 0x00199320 74686572 20707572 656c7920 696e206d ther purely in m\n- 0x00199330 656d6f72 79206f72 20706f73 7369626c emory or possibl\n- 0x00199340 79000000 7573696e 6720616e 20617574 y...using an aut\n- 0x00199350 6f6d6174 6963206f 76657266 6c6f7720 omatic overflow \n- 0x00199360 746f2061 6e20525a 2066696c 652e0000 to an RZ file...\n- 0x00199370 4d656d6f 72792061 6c6c6f63 6174696f Memory allocatio\n- 0x00199380 6e20776f 726b7320 696e2074 68652066 n works in the f\n- 0x00199390 6f6c6c6f 77696e67 20776179 2e000000 ollowing way....\n- 0x001993a0 49662043 48525a50 41203d20 27202027 If CHRZPA = ' '\n- 0x001993b0 2c207468 656e2061 2062616e 6b206f66 , then a bank of\n- 0x001993c0 204e5052 494d4500 776f7264 73206973 NPRIME.words is\n- 0x001993d0 20637265 61746564 2e205768 656e2074 created. When t\n- 0x001993e0 68652073 70616365 20696e20 74686973 he space in this\n- 0x001993f0 2062616e 6b206973 20657868 61757374 bank is exhaust\n- 0x00199400 65642061 74206669 6c6c696e 67207469 ed at filling ti\n- 0x00199410 6d652c00 61206e65 77206c69 6e656172 me,.a new linear\n- 0x00199420 20737472 75637475 7265206f 66206c65 structure of le\n- 0x00199430 6e677468 204e5052 494d4520 69732063 ngth NPRIME is c\n- 0x00199440 72656174 65642061 6e642074 68697320 reated and this \n- 0x00199450 70726f63 65737320 77696c6c 20626500 process will be.\n- 0x00199460 72657065 61746564 2073686f 756c6420 repeated should \n- 0x00199470 74686520 73747275 63747572 65206265 the structure be\n- 0x00199480 636f6d65 20657868 61757374 65642e00 come exhausted..\n- 0x00199490 49662043 48525a50 4120636f 6e746169 If CHRZPA contai\n- 0x001994a0 6e732074 68652074 6f702064 69726563 ns the top direc\n- 0x001994b0 746f7279 206e616d 65206f66 20616e20 tory name of an \n- 0x001994c0 616c7265 61647920 65786973 74696e67 already existing\n- 0x001994d0 20525a20 66696c65 20286173 00000000 RZ file (as....\n- 0x001994e0 6465636c 61726564 20776974 68204849 declared with HI\n- 0x001994f0 53544f2f 46494c45 292c2074 68656e20 STO/FILE), then \n- 0x00199500 61206261 6e6b206f 66206c65 6e677468 a bank of length\n- 0x00199510 204e5052 494d4520 69732061 6c736f20 NPRIME is also \n- 0x00199520 63726561 7465642c 00000000 62757420 created,....but \n- 0x00199530 61742066 696c6c69 6e672074 696d652c at filling time,\n- 0x00199540 20746869 73206261 6e6b2069 73206d6f this bank is mo\n- 0x00199550 76656420 746f2074 68652052 5a206669 ved to the RZ fi\n- 0x00199560 6c652077 68656e20 66756c6c 2c20616e le when full, an\n- 0x00199570 64000000 7468656e 20697420 6973206f d...then it is o\n- 0x00199580 76657277 72697474 656e2062 7920616e verwritten by an\n- 0x00199590 79206e65 7720656e 74726965 732e0000 y new entries...\n- 0x001995a0 54686520 4e747570 6c652063 616e2062 The Ntuple can b\n- 0x001995b0 65206669 6c6c6564 20627920 63616c6c e filled by call\n- 0x001995c0 696e6720 48464e20 66726f6d 20616e20 ing HFN from an \n- 0x001995d0 696e7465 72616374 6976656c 79000000 interactively...\n- 0x001995e0 64656669 6e656420 73756272 6f757469 defined subrouti\n- 0x001995f0 6e652063 616c6c65 64206279 20746865 ne called by the\n- 0x00199600 20636f6d 6d616e64 204e5455 504c452f command NTUPLE/\n- 0x00199610 4c4f4f50 206f7220 6279204e 5455504c LOOP or by NTUPL\n- 0x00199620 452f5245 41442e00 54686520 6e756d62 E/READ..The numb\n- 0x00199630 6572206f 66207661 72696162 6c657320 er of variables \n- 0x00199640 70657220 64617461 20706f69 6e742069 per data point i\n- 0x00199650 73206769 76656e20 696e2074 68652070 s given in the p\n- 0x00199660 6172616d 65746572 204e5641 522e0000 arameter NVAR...\n- 0x00199670 546f2063 72656174 65206120 436f6c75 To create a Colu\n- 0x00199680 6d6e5f57 6973655f 4e747570 6c652c20 mn_Wise_Ntuple, \n- 0x00199690 63726561 74652061 2066696c 652c2065 create a file, e\n- 0x001996a0 672e206e 65776e74 2e662020 77697468 g. newnt.f with\n- 0x001996b0 3a000000 2020202a 20202020 20202020 :... * \n- 0x001996c0 4578616d 706c6520 6f662061 20434f4d Example of a COM\n- 0x001996d0 49532073 7562726f 7574696e 6520746f IS subroutine to\n- 0x001996e0 20637265 61746520 61204e74 75706c65 create a Ntuple\n- 0x001996f0 20696e74 65726163 74697665 6c792e00 interactively..\n- 0x00199700 2020202a 20202020 20202020 44617461 * Data\n- 0x00199710 20697320 72656164 2066726f 6d206120 is read from a \n- 0x00199720 74657874 20696e70 75742066 696c6500 text input file.\n- 0x00199730 20202020 20202020 20636861 72616374 charact\n- 0x00199740 65722a38 206d6f74 6865722c 696e312c er*8 mother,in1,\n- 0x00199750 696e3200 20202020 20202020 20636f6d in2. com\n- 0x00199760 6d6f6e2f 6e747570 632f6d6f 74686572 mon/ntupc/mother\n- 0x00199770 2c696e31 2c696e32 00000000 20202020 ,in1,in2.... \n- 0x00199780 20202020 206f7065 6e28756e 69743d6c open(unit=l\n- 0x00199790 696e2c66 696c653d 27646174 6166696c in,file='datafil\n- 0x001997a0 652e6461 74272c73 74617475 733d276f e.dat',status='o\n- 0x001997b0 6c642729 00000000 20202020 20202020 ld').... \n- 0x001997c0 2063616c 6c206872 6f70656e 286c6f75 call hropen(lou\n- 0x001997d0 742c274e 5455504c 45272c27 4e65775f t,'NTUPLE','New_\n- 0x001997e0 4e747570 6c652e68 626f6f6b 272c274e Ntuple.hbook','N\n- 0x001997f0 272c3130 32342c69 73746174 29000000 ',1024,istat)...\n- 0x00199800 20202020 20202020 2063616c 6c206862 call hb\n- 0x00199810 6e742869 642c274e 6577204e 7475706c nt(id,'New Ntupl\n- 0x00199820 65272c27 20272900 20202020 20202020 e',' '). \n- 0x00199830 2063616c 6c206862 6e616d65 2869642c call hbname(id,\n- 0x00199840 276e7475 7072272c 786f7665 722c2758 'ntupr',xover,'X\n- 0x00199850 4f564552 27290000 20202020 20202020 OVER').. \n- 0x00199860 2063616c 6c206862 6e616d63 2869642c call hbnamc(id,\n- 0x00199870 276e7475 7063272c 6d6f7468 65722c27 'ntupc',mother,'\n- 0x00199880 4d4f5448 45523a63 2a382c69 6e313a63 MOTHER:c*8,in1:c\n- 0x00199890 2a382c69 6e323a63 2a382729 00000000 *8,in2:c*8')....\n- 0x001998a0 20202020 20313020 20726561 64286c69 10 read(li\n- 0x001998b0 6e2c3130 30302c65 6e643d32 302c6572 n,1000,end=20,er\n- 0x001998c0 723d3230 29786f76 65722c6d 6f746865 r=20)xover,mothe\n- 0x001998d0 722c696e 312c696e 32000000 20202031 r,in1,in2... 1\n- 0x001998e0 30303020 20666f72 6d617428 6531352e 000 format(e15.\n- 0x001998f0 372c3278 2c612c37 782c612c 37782c61 7,2x,a,7x,a,7x,a\n- 0x00199900 29000000 20202020 20323020 2063616c )... 20 cal\n- 0x00199910 6c206872 6f757428 69642c69 6379636c l hrout(id,icycl\n- 0x00199920 652c2720 27290000 616e6420 7468656e e,' ')..and then\n- 0x00199930 2063616c 6c207468 69732072 6f757469 call this routi\n- 0x00199940 6e652076 69612074 68652043 414c4c20 ne via the CALL \n- 0x00199950 636f6d6d 616e643a 00000000 4e747570 command:....Ntup\n- 0x00199960 6c652063 72656174 696f6e20 616e6420 le creation and \n- 0x00199970 72656c61 74656420 6f706572 6174696f related operatio\n- 0x00199980 6e732e00 416e204e 7475706c 65206973 ns..An Ntuple is\n- 0x00199990 20612073 6574206f 66206576 656e7473 a set of events\n- 0x001999a0 2c207768 65726520 666f7220 65616368 , where for each\n- 0x001999b0 20657665 6e742074 68652076 616c7565 event the value\n- 0x001999c0 206f6620 61206e75 6d626572 206f6600 of a number of.\n- 0x001999d0 76617269 61626c65 73206973 20726563 variables is rec\n- 0x001999e0 6f726465 642e2041 6e204e74 75706c65 orded. An Ntuple\n- 0x001999f0 2063616e 20626520 76696577 65642061 can be viewed a\n- 0x00199a00 73206120 7461626c 65207769 74682065 s a table with e\n- 0x00199a10 61636820 726f7700 636f7272 6573706f ach row.correspo\n- 0x00199a20 6e64696e 6720746f 206f6e65 20657665 nding to one eve\n- 0x00199a30 6e742061 6e642065 61636820 636f6c75 nt and each colu\n- 0x00199a40 6d6e2063 6f727265 73706f6e 64696e67 mn corresponding\n- 0x00199a50 20746f20 67697665 6e207661 72696162 to given variab\n- 0x00199a60 6c652e00 70726f70 65727469 6573206f le..properties o\n- 0x00199a70 66207468 65206461 74612069 6e20616e f the data in an\n- 0x00199a80 204e7475 706c6520 63616e20 6e6f726d Ntuple can norm\n- 0x00199a90 616c6c79 20626520 65787072 65737365 ally be expresse\n- 0x00199aa0 64206173 00000000 64697374 72696275 d as....distribu\n- 0x00199ab0 74696f6e 73206f66 204e7475 706c6520 tions of Ntuple \n- 0x00199ac0 76617269 61626c65 73206f72 20617320 variables or as \n- 0x00199ad0 636f7272 656c6174 696f6e73 20626574 correlations bet\n- 0x00199ae0 7765656e 2074776f 206f7220 6d6f7265 ween two or more\n- 0x00199af0 206f6600 74686573 65207661 72696162 of.these variab\n- 0x00199b00 6c65732e 20566572 79206f66 74656e20 les. Very often \n- 0x00199b10 69742069 73207573 6566756c 20746f20 it is useful to \n- 0x00199b20 63726561 74652074 68657365 20646973 create these dis\n- 0x00199b30 74726962 7574696f 6e732066 726f6d00 tributions from.\n- 0x00199b40 61207375 62736574 206f6620 74686520 a subset of the \n- 0x00199b50 64617461 20627920 696d706f 73696e67 data by imposing\n- 0x00199b60 20637574 73206f6e 20736f6d 65206f66 cuts on some of\n- 0x00199b70 20746865 20766172 6961626c 65732e00 the variables..\n- 0x00199b80 61766169 6c61626c 6520746f 20504157 available to PAW\n- 0x00199b90 20627920 6f70656e 696e6720 61206469 by opening a di\n- 0x00199ba0 72656374 20616363 65737320 66696c65 rect access file\n- 0x00199bb0 3b207468 69732066 696c652c 20617320 ; this file, as \n- 0x00199bc0 6265656e 20707265 76696f75 736c7900 been previously.\n- 0x00199bd0 77697468 20616e20 70726f67 72616d20 with an program \n- 0x00199be0 7573696e 67204842 4f4f4b2e 20412073 using HBOOK. A s\n- 0x00199bf0 746f7261 67652061 72656120 666f7220 torage area for \n- 0x00199c00 616e204e 7475706c 65206d61 7920616c an Ntuple may al\n- 0x00199c10 736f2062 65206372 65617465 64000000 so be created...\n- 0x00199c20 64697265 63746c79 20757369 6e67204e directly using N\n- 0x00199c30 5455504c 452f4352 45415445 3b206461 TUPLE/CREATE; da\n- 0x00199c40 7461206d 61792074 68656e20 62652073 ta may then be s\n- 0x00199c50 746f7265 6420696e 20746865 20616c6c tored in the all\n- 0x00199c60 6f636174 65642073 70616365 00000000 ocated space....\n- 0x00199c70 7573696e 67207468 65204e54 55504c45 using the NTUPLE\n- 0x00199c80 2f4c4f4f 50206f72 204e5455 504c452f /LOOP or NTUPLE/\n- 0x00199c90 52454144 20636f6d 6d616e64 732e204f READ commands. O\n- 0x00199ca0 74686572 20636f6d 6d616e64 73206d65 ther commands me\n- 0x00199cb0 72676520 4e747570 6c657300 696e746f rge Ntuples.into\n- 0x00199cc0 206c6172 67657220 4e747570 6c65732c larger Ntuples,\n- 0x00199cd0 2070726f 6a656374 20766563 746f7220 project vector \n- 0x00199ce0 66756e63 74696f6e 73206f66 20746865 functions of the\n- 0x00199cf0 204e7475 706c6520 76617269 61626c65 Ntuple variable\n- 0x00199d00 7320696e 746f0000 68697374 6f677261 s into..histogra\n- 0x00199d10 6d732c20 616e6420 706c6f74 2073656c ms, and plot sel\n- 0x00199d20 65637465 64207375 62736574 73206f66 ected subsets of\n- 0x00199d30 20657665 6e74732e 00000000 4368616e events.....Chan\n- 0x00199d40 67652074 68652061 6e676c65 20757365 ge the angle use\n- 0x00199d50 64206279 2046554e 2f445241 5720616e d by FUN/DRAW an\n- 0x00199d60 64204849 53544f2f 504c4f54 2e000000 d HISTO/PLOT....\n- 0x00199d70 4368616e 67652074 68652072 616e6765 Change the range\n- 0x00199d80 20757365 64206279 2046554e 2f445241 used by FUN/DRA\n- 0x00199d90 572e0000 4368616e 67652074 6865206e W...Change the n\n- 0x00199da0 756d6265 72206f66 20706f69 6e747320 umber of points \n- 0x00199db0 746f2062 65207573 65642062 79204655 to be used by FU\n- 0x00199dc0 4e2f4452 41570000 616e6420 46554e2f N/DRAW..and FUN/\n- 0x00199dd0 504c4f54 2e204e6f 74652074 68617420 PLOT. Note that \n- 0x00199de0 74686520 64656661 756c7420 666f7220 the default for \n- 0x00199df0 4e505820 69732032 3020666f 7220332d NPX is 20 for 3-\n- 0x00199e00 44696d20 706c6f74 73000000 2846554e Dim plots...(FUN\n- 0x00199e10 2f445241 57292062 75742069 74206973 /DRAW) but it is\n- 0x00199e20 20313030 20666f72 20312d44 696d2070 100 for 1-Dim p\n- 0x00199e30 6c6f7473 20284655 4e2f504c 4f54292e lots (FUN/PLOT).\n- 0x00199e40 00000000 436f6e6e 65637420 6368616e ....Connect chan\n- 0x00199e50 6e656c20 636f6e74 656e7473 20627920 nel contents by \n- 0x00199e60 61206c69 6e652e00 506c6f74 2073696e a line..Plot sin\n- 0x00199e70 676c652d 76616c75 65642066 756e6374 gle-valued funct\n- 0x00199e80 696f6e20 5546554e 43206265 74776565 ion UFUNC betwee\n- 0x00199e90 6e20584c 4f572061 6e642058 55502e00 n XLOW and XUP..\n- 0x00199ea0 54686520 66756e63 74696f6e 20554655 The function UFU\n- 0x00199eb0 4e43206d 61792062 65206769 76656e20 NC may be given \n- 0x00199ec0 696e2074 776f2077 6179733a 00000000 in two ways:....\n- 0x00199ed0 2d416e20 65787072 65737369 6f6e206f -An expression o\n- 0x00199ee0 66207468 65207661 72696162 6c652078 f the variable x\n- 0x00199ef0 20696e20 63617365 206f6620 61207369 in case of a si\n- 0x00199f00 6d706c65 2066756e 6374696f 6e2e0000 mple function...\n- 0x00199f10 2d554655 4e432069 73207468 65206e61 -UFUNC is the na\n- 0x00199f20 6d65206f 66206120 434f4d49 53206675 me of a COMIS fu\n- 0x00199f30 6e637469 6f6e2069 6e206120 74657874 nction in a text\n- 0x00199f40 2066696c 65207769 74682074 68650000 file with the..\n- 0x00199f50 6e616d65 20554655 4e432e46 206f7220 name UFUNC.F or \n- 0x00199f60 5546554e 432e464f 52202855 4e49582c UFUNC.FOR (UNIX,\n- 0x00199f70 20564d53 292e0000 466f7220 6578616d VMS)...For exam\n- 0x00199f80 706c652c 20696620 74686520 66696c65 ple, if the file\n- 0x00199f90 20465445 53542e46 20636f6e 7461696e FTEST.F contain\n- 0x00199fa0 733a0000 20202020 20204654 4553543d s:.. FTEST=\n- 0x00199fb0 53494e28 58292a45 5850282d 302e312a SIN(X)*EXP(-0.1*\n- 0x00199fc0 58290000 636f6465 20696e20 74686520 X)..code in the \n- 0x00199fd0 66696c65 20465445 53542e46 20616e64 file FTEST.F and\n- 0x00199fe0 20647261 77207468 65206675 6e637469 draw the functi\n- 0x00199ff0 6f6e2066 6f722078 00000000 54686520 on for x....The \n- 0x0019a000 6e756d62 6572206f 6620706f 696e7473 number of points\n- 0x0019a010 20746f20 6576616c 75617465 20746865 to evaluate the\n- 0x0019a020 2066756e 6374696f 6e206265 74776565 function betwee\n- 0x0019a030 6e20584c 4f572061 6e642058 55500000 n XLOW and XUP..\n- 0x0019a040 63616e20 62652063 68616e67 65642062 can be changed b\n- 0x0019a050 79207468 6520636f 6d6d616e 64202f46 y the command /F\n- 0x0019a060 554e2f50 4f494e54 532e204f 6e6c7920 UN/POINTS. Only \n- 0x0019a070 312d4469 6d206675 6e637469 6f6e7300 1-Dim functions.\n- 0x0019a080 61726520 73757070 6f727465 642e2046 are supported. F\n- 0x0019a090 6f722032 2d44696d 20757365 2046554e or 2-Dim use FUN\n- 0x0019a0a0 322e0000 54686973 20636f6d 6d616e64 2...This command\n- 0x0019a0b0 20637265 61746520 616e6420 66696c6c create and fill\n- 0x0019a0c0 20612031 44206869 73746f67 72616d20 a 1D histogram \n- 0x0019a0d0 77697468 20746865 20696465 6e746966 with the identif\n- 0x0019a0e0 69657220 31323334 352e2049 66000000 ier 12345. If...\n- 0x0019a0f0 74686973 20686973 746f6772 616d2061 this histogram a\n- 0x0019a100 6c726561 64792065 78697374 20696e20 lready exist in \n- 0x0019a110 6d656d6f 72792069 74206973 2064656c memory it is del\n- 0x0019a120 65746564 2e000000 54686520 61747472 eted....The attr\n- 0x0019a130 69627574 65732028 636f6c6f 75722c20 ibutes (colour, \n- 0x0019a140 6c696e65 20747970 652c2065 7463202e line type, etc .\n- 0x0019a150 2e292075 73656420 746f2064 72617720 .) used to draw \n- 0x0019a160 74686520 66756e63 74696f6e 20617265 the function are\n- 0x0019a170 20746865 00000000 68697374 6f677261 the....histogra\n- 0x0019a180 6d732061 74747269 62757465 733a2048 ms attributes: H\n- 0x0019a190 434f4c2c 20485459 50206574 63202e2e COL, HTYP etc ..\n- 0x0019a1a0 2e000000 2d204966 20746865 20657874 ....- If the ext\n- 0x0019a1b0 656e7369 6f6e2022 2e663737 22206973 ension \".f77\" is\n- 0x0019a1c0 20757365 64202874 68652066 696c6520 used (the file \n- 0x0019a1d0 7374696c 6c206861 76696e67 20746865 still having the\n- 0x0019a1e0 20657874 656e7369 6f6e2022 2e662229 extension \".f\")\n- 0x0019a1f0 00000000 74686520 6c6f6361 6c20666f ....the local fo\n- 0x0019a200 72747261 6e20636f 6d70696c 65722069 rtran compiler i\n- 0x0019a210 7320696e 766f6b65 642e0000 2d204966 s invoked...- If\n- 0x0019a220 20746865 20657874 656e7369 6f6e2022 the extension \"\n- 0x0019a230 2e632220 69732075 73656420 74686520 .c\" is used the \n- 0x0019a240 6c6f6361 6c204320 636f6d70 696c6572 local C compiler\n- 0x0019a250 20697320 696e766f 6b65642e 00000000 is invoked.....\n- 0x0019a260 696e2074 68652063 75727265 6e742072 in the current r\n- 0x0019a270 616e6765 73207370 65636966 69656420 anges specified \n- 0x0019a280 62792074 68652063 6f6d6d61 6e643a00 by the command:.\n- 0x0019a290 52414e47 4520584c 4f572058 55502059 RANGE XLOW XUP Y\n- 0x0019a2a0 4c4f5720 59555020 5a4c4f57 205a5550 LOW YUP ZLOW ZUP\n- 0x0019a2b0 20616e64 20776974 68205448 45544841 and with THETHA\n- 0x0019a2c0 20616e64 20504849 20616e67 6c657300 and PHI angles.\n- 0x0019a2d0 73706563 69666965 64206279 20746865 specified by the\n- 0x0019a2e0 20636f6d 6d616e64 20414e47 4c452054 command ANGLE T\n- 0x0019a2f0 48455441 20504849 2e205468 65206e75 HETA PHI. The nu\n- 0x0019a300 6d626572 206f6620 706f696e 74730000 mber of points..\n- 0x0019a310 746f2065 76616c75 61746520 74686520 to evaluate the \n- 0x0019a320 66756e63 74696f6e 20626574 7765656e function between\n- 0x0019a330 20584c4f 572c2058 55502059 4c4f572c XLOW, XUP YLOW,\n- 0x0019a340 20595550 2c20616e 64205a4c 4f572c20 YUP, and ZLOW, \n- 0x0019a350 5a555000 63616e20 62652063 68616e67 ZUP.can be chang\n- 0x0019a360 65642062 79207468 6520636f 6d6d616e ed by the comman\n- 0x0019a370 6420504f 494e5453 204e5058 204e5059 d POINTS NPX NPY\n- 0x0019a380 204e505a 2e000000 2d204173 20616e20 NPZ....- As an \n- 0x0019a390 65787072 65737369 6f6e206f 66207468 expression of th\n- 0x0019a3a0 65207661 72696162 6c657320 582c2059 e variables X, Y\n- 0x0019a3b0 2c205a20 696e2074 68652063 61736520 , Z in the case \n- 0x0019a3c0 6f662061 00000000 20205041 57203e20 of a.... PAW > \n- 0x0019a3d0 2046554e 2f445241 5720582a 592a5a20 FUN/DRAW X*Y*Z \n- 0x0019a3e0 20202020 20202020 7c206571 75697661 | equiva\n- 0x0019a3f0 6c656e74 20746f20 3a000000 20205041 lent to :... PA\n- 0x0019a400 57203e20 2046554e 2f445241 5720582a W > FUN/DRAW X*\n- 0x0019a410 2a322b59 2a2a322b 5a2a2a32 3d310000 *2+Y**2+Z**2=1..\n- 0x0019a420 20205041 57203e20 2046554e 2f445241 PAW > FUN/DRA\n- 0x0019a430 5720582a 2a322b59 2a2a323d 312d5a2a W X**2+Y**2=1-Z*\n- 0x0019a440 2a320000 2d204173 20612043 4f4d4953 *2..- As a COMIS\n- 0x0019a450 2066756e 6374696f 6e20696e 20612074 function in a t\n- 0x0019a460 65787420 66696c65 20286674 6573742e ext file (ftest.\n- 0x0019a470 6620666f 72206578 616d706c 65290000 f for example)..\n- 0x0019a480 20202020 46544553 543d2858 2b302e35 FTEST=(X+0.5\n- 0x0019a490 292a2a32 2b28592b 302e3529 2a2a322b )**2+(Y+0.5)**2+\n- 0x0019a4a0 285a2b30 2e35292a 2a322d30 2e320000 (Z+0.5)**2-0.2..\n- 0x0019a4b0 20202020 46544553 543d2858 2d302e35 FTEST=(X-0.5\n- 0x0019a4c0 292a2a32 2b28592d 302e3529 2a2a322b )**2+(Y-0.5)**2+\n- 0x0019a4d0 285a2d30 2e35292a 2a322d30 2e310000 (Z-0.5)**2-0.1..\n- 0x0019a4e0 20504157 203e2052 414e4745 202d3120 PAW > RANGE -1 \n- 0x0019a4f0 31202d31 2031202d 31203120 207c2044 1 -1 1 -1 1 | D\n- 0x0019a500 6566696e 65207468 65207261 6e676520 efine the range \n- 0x0019a510 61732061 20637562 65206265 74776565 as a cube betwee\n- 0x0019a520 6e202d31 20312069 6e000000 20202020 n -1 1 in... \n- 0x0019a530 20202020 20202020 20202020 20202020 \n- 0x0019a540 20202020 20202020 207c2074 68652033 | the 3\n- 0x0019a550 20646972 65637469 6f6e7300 20504157 directions. PAW\n- 0x0019a560 203e2050 4f494e54 53203230 20323020 > POINTS 20 20 \n- 0x0019a570 32302020 20202020 207c2046 554e2f44 20 | FUN/D\n- 0x0019a580 52415720 77696c6c 20757365 20323020 RAW will use 20 \n- 0x0019a590 706f696e 74732069 6e207468 65203300 points in the 3.\n- 0x0019a5a0 20202020 20202020 20202020 20202020 \n- 0x0019a5b0 20202020 20202020 20202020 207c2064 | d\n- 0x0019a5c0 69726563 74696f6e 73000000 20504157 irections... PAW\n- 0x0019a5d0 203e2046 554e2f44 52415720 46544553 > FUN/DRAW FTES\n- 0x0019a5e0 542e464f 52202020 207c2044 72617720 T.FOR | Draw \n- 0x0019a5f0 32207370 68657265 73206365 6e747265 2 spheres centre\n- 0x0019a600 64206f6e 20282d30 2e352c2d 302e352c d on (-0.5,-0.5,\n- 0x0019a610 2d302e35 29000000 20202020 20202020 -0.5)... \n+ 0x001960c0 20202020 20202020 20206265 20636861 be cha\n+ 0x001960d0 6e676564 20746f20 2f757365 722f6465 nged to /user/de\n+ 0x001960e0 6c706869 2f66696c 65312e68 626f6f6b lphi/file1.hbook\n+ 0x001960f0 2c202e2e 2e000000 20434841 494e2059 , ...... CHAIN Y\n+ 0x00196100 65617239 333e2020 20203b20 7072696e ear93> ; prin\n+ 0x00196110 74207468 65206368 61696e20 74726565 t the chain tree\n+ 0x00196120 20596561 72393300 20434841 494e202d Year93. CHAIN -\n+ 0x00196130 46656220 20202020 20203b20 64656c65 Feb ; dele\n+ 0x00196140 74652063 6861696e 20466562 00000000 te chain Feb....\n+ 0x00196150 20434841 494e204a 616e202d 66696c65 CHAIN Jan -file\n+ 0x00196160 332e6862 6f6f6b20 20203b20 64656c65 3.hbook ; dele\n+ 0x00196170 74652066 696c6533 2e68626f 6f6b2066 te file3.hbook f\n+ 0x00196180 726f6d20 63686169 6e204a61 6e000000 rom chain Jan...\n+ 0x00196190 4c6f6e67 20286172 6f756e64 20373020 Long (around 70 \n+ 0x001961a0 63686172 61637465 72732920 66696c65 characters) file\n+ 0x001961b0 206e616d 65732028 696e636c 7564696e names (includin\n+ 0x001961c0 67207468 65207061 74682920 6d757374 g the path) must\n+ 0x001961d0 20626520 61766f69 6465642e 00000000 be avoided.....\n+ 0x001961e0 54686579 2063616e 20626520 6d697375 They can be misu\n+ 0x001961f0 6e646572 73746f6f 6420616e 64207468 nderstood and th\n+ 0x00196200 65207265 73756c74 73207072 6f647563 e results produc\n+ 0x00196210 6564206d 61792062 65207772 6f6e672e ed may be wrong.\n+ 0x00196220 20412077 61726e69 6e672069 73000000 A warning is...\n+ 0x00196230 7072696e 7465642c 20776865 6e206e74 printed, when nt\n+ 0x00196240 75706c65 20636f6d 6d616e64 20697320 uple command is \n+ 0x00196250 65786563 75746564 206f6e20 61206368 executed on a ch\n+ 0x00196260 61696e2c 20696620 74686520 66696c65 ain, if the file\n+ 0x00196270 206e616d 65206c65 6e677468 00000000 name length....\n+ 0x00196280 65786365 65642074 68652073 61666520 exceed the safe \n+ 0x00196290 76616c75 652e2054 68652073 61666520 value. The safe \n+ 0x001962a0 66696c65 206e616d 65206c65 6e677468 file name length\n+ 0x001962b0 20697320 7072696e 74656420 696e2074 is printed in t\n+ 0x001962c0 68652077 61726e69 6e672e00 4e6f7465 he warning..Note\n+ 0x001962d0 20746861 74204946 49525354 20616e64 that IFIRST and\n+ 0x001962e0 204e4556 454e5420 70617261 6d657465 NEVENT paramete\n+ 0x001962f0 72732061 7265206e 6f74206d 65616e69 rs are not meani\n+ 0x00196300 6e676675 6c20696e 20636173 65206f66 ngful in case of\n+ 0x00196310 20434841 494e7300 44726177 20612073 CHAINs.Draw a s\n+ 0x00196320 6d6f6f74 68206375 72766520 28314420 mooth curve (1D \n+ 0x00196330 706c6f74 73292e00 41646420 636f6e74 plots)..Add cont\n+ 0x00196340 656e7473 206f6620 49444e20 746f206c ents of IDN to l\n+ 0x00196350 61737420 706c6f74 74656420 6e747570 ast plotted ntup\n+ 0x00196360 6c652028 31442070 6c6f7473 292e0000 le (1D plots)...\n+ 0x00196370 436f6e6e 65637420 6368616e 6e656c73 Connect channels\n+ 0x00196380 20636f6e 74656e74 73206279 2061206c contents by a l\n+ 0x00196390 696e6520 2831442c 20324420 616e6420 ine (1D, 2D and \n+ 0x001963a0 33442070 6c6f7473 292e0000 44726177 3D plots)...Draw\n+ 0x001963b0 20746865 20637572 72656e74 20706f6c the current pol\n+ 0x001963c0 796d6172 6b657220 61742065 61636820 ymarker at each \n+ 0x001963d0 6368616e 6e656c20 6f722063 656c6c20 channel or cell \n+ 0x001963e0 28314420 706c6f74 73292e00 44726177 (1D plots)..Draw\n+ 0x001963f0 2061202a 20617420 65616368 20636861 a * at each cha\n+ 0x00196400 6e6e656c 20283144 20706c6f 7473292e nnel (1D plots).\n+ 0x00196410 00000000 55706461 74652063 68616e6e ....Update chann\n+ 0x00196420 656c7320 6d6f6469 66696564 2073696e els modified sin\n+ 0x00196430 6365206c 61737420 63616c6c 20283144 ce last call (1D\n+ 0x00196440 20706c6f 7473292e 00000000 436f6d70 plots).....Comp\n+ 0x00196450 75746520 28484241 52582920 616e6420 ute (HBARX) and \n+ 0x00196460 64726177 20657272 6f722062 61727320 draw error bars \n+ 0x00196470 77697468 20637572 72656e74 206d6172 with current mar\n+ 0x00196480 6b65722e 00000000 44726177 20746865 ker.....Draw the\n+ 0x00196490 206e7475 706c6520 61732061 6e206869 ntuple as an hi\n+ 0x001964a0 73746f67 72616d2e 00000000 446f6e27 stogram.....Don'\n+ 0x001964b0 74206472 61772061 6e797468 696e672c t draw anything,\n+ 0x001964c0 20627574 2066696c 6c207468 65203144 but fill the 1D\n+ 0x001964d0 206f7220 32442068 6973746f 6772616d or 2D histogram\n+ 0x001964e0 20494448 00000000 44726177 20612047 IDH....Draw a G\n+ 0x001964f0 6f757261 75642073 68616465 64207375 ouraud shaded su\n+ 0x00196500 72666163 65202833 4420706c 6f747329 rface (3D plots)\n+ 0x00196510 2e000000 46696c6c 20612050 726f6669 ....Fill a Profi\n+ 0x00196520 6c652068 6973746f 6772616d 20286d65 le histogram (me\n+ 0x00196530 616e206f 7074696f 6e292e00 46696c6c an option)..Fill\n+ 0x00196540 20612050 726f6669 6c652068 6973746f a Profile histo\n+ 0x00196550 6772616d 20287370 72656164 206f7074 gram (spread opt\n+ 0x00196560 696f6e29 2e000000 46696c6c 20612050 ion)....Fill a P\n+ 0x00196570 726f6669 6c652068 6973746f 6772616d rofile histogram\n+ 0x00196580 2028696e 74656765 72207370 72656164 (integer spread\n+ 0x00196590 206f7074 696f6e29 2e000000 4964656e option)....Iden\n+ 0x001965a0 74696669 6572206f 66206869 73746f67 tifier of histog\n+ 0x001965b0 72616d20 746f2066 696c6c00 50726f6a ram to fill.Proj\n+ 0x001965c0 65637420 616e6420 706c6f74 20616e20 ect and plot an \n+ 0x001965d0 4e747570 6c652061 73206120 28312d44 Ntuple as a (1-D\n+ 0x001965e0 696d206f 7220322d 44696d29 20686973 im or 2-Dim) his\n+ 0x001965f0 746f6772 616d0000 77697468 20617574 togram..with aut\n+ 0x00196600 6f6d6174 69632062 696e6e69 6e672028 omatic binning (\n+ 0x00196610 49443d31 30303030 3030292c 20706f73 ID=1000000), pos\n+ 0x00196620 7369626c 79207573 696e6720 61207365 sibly using a se\n+ 0x00196630 6c656374 696f6e00 616c676f 72697468 lection.algorith\n+ 0x00196640 6d2e2053 65652070 6172616d 65746572 m. See parameter\n+ 0x00196650 2043484f 50542069 6e20636f 6d6d616e CHOPT in comman\n+ 0x00196660 64204849 53544f2f 504c4f54 20746f20 d HISTO/PLOT to \n+ 0x00196670 68617665 00000000 6d6f7265 20646574 have....more det\n+ 0x00196680 61696c73 206f6e20 74686520 706f7373 ails on the poss\n+ 0x00196690 69626c65 204f5054 494f4e2e 00000000 ible OPTION.....\n+ 0x001966a0 20202020 20202020 20204944 4e2e6578 IDN.ex\n+ 0x001966b0 70726573 73696f6e 31256578 70726573 pression1%expres\n+ 0x001966c0 73696f6e 32000000 20202020 20202020 sion2... \n+ 0x001966d0 20204944 4e2e6578 70726573 73696f6e IDN.expression\n+ 0x001966e0 31256578 70726573 73696f6e 32256578 1%expression2%ex\n+ 0x001966f0 70726573 73696f6e 33000000 20202020 pression3... \n+ 0x00196700 20202020 20204944 4e2e6578 70726573 IDN.expres\n+ 0x00196710 73696f6e 31256578 70726573 73696f6e sion1%expression\n+ 0x00196720 32256578 70726573 73696f6e 33256578 2%expression3%ex\n+ 0x00196730 70726573 73696f6e 34000000 59255820 pression4...Y%X \n+ 0x00196740 6d65616e 73206120 73636174 7465722d means a scatter-\n+ 0x00196750 706c6f74 20592849 29207665 72737573 plot Y(I) versus\n+ 0x00196760 20582849 29207768 65726520 49206973 X(I) where I is\n+ 0x00196770 20746865 20657665 6e74206e 756d6265 the event numbe\n+ 0x00196780 722e0000 496e2074 68697320 6578616d r...In this exam\n+ 0x00196790 706c652c 20582061 6e642059 20617265 ple, X and Y are\n+ 0x001967a0 20746865 206e616d 6573206f 66207468 the names of th\n+ 0x001967b0 65207661 72696162 6c657320 3120616e e variables 1 an\n+ 0x001967c0 64203200 65787072 65737369 6f6e3120 d 2.expression1 \n+ 0x001967d0 69732061 6e79206e 756d6572 6963616c is any numerical\n+ 0x001967e0 20657870 72657373 696f6e20 6f662074 expression of t\n+ 0x001967f0 6865204e 7475706c 65207661 72696162 he Ntuple variab\n+ 0x00196800 6c65732e 00000000 4974206d 61792069 les.....It may i\n+ 0x00196810 6e636c75 64652061 2063616c 6c20746f nclude a call to\n+ 0x00196820 20612043 4f4d4953 2066756e 6374696f a COMIS functio\n+ 0x00196830 6e2e0000 59255825 5a206d65 616e7320 n...Y%X%Z means \n+ 0x00196840 61203344 20736361 74746572 2d706c6f a 3D scatter-plo\n+ 0x00196850 74205a28 49292076 65727375 73205928 t Z(I) versus Y(\n+ 0x00196860 49292076 65727375 73205828 49292077 I) versus X(I) w\n+ 0x00196870 68657265 20492069 73000000 74686520 here I is...the \n+ 0x00196880 6576656e 74206e75 6d626572 2e204966 event number. If\n+ 0x00196890 206f7074 696f6e20 22472220 69732067 option \"G\" is g\n+ 0x001968a0 6976656e 2c207468 72656520 476f7572 iven, three Gour\n+ 0x001968b0 61756420 73686164 65642073 75726661 aud shaded surfa\n+ 0x001968c0 63657300 61726520 64726177 6e2e2054 ces.are drawn. T\n+ 0x001968d0 68652067 7265656e 206f6e65 20697320 he green one is \n+ 0x001968e0 74686520 61766572 6167652e 00000000 the average.....\n+ 0x001968f0 59255825 5a255420 6d65616e 73206120 Y%X%Z%T means a \n+ 0x00196900 33442073 63617474 65722d70 6c6f7420 3D scatter-plot \n+ 0x00196910 5a284929 20766572 73757320 59284929 Z(I) versus Y(I)\n+ 0x00196920 20766572 73757320 58284929 20776865 versus X(I) whe\n+ 0x00196930 72652049 20697300 74686520 6576656e re I is.the even\n+ 0x00196940 74206e75 6d626572 2e205420 6973206d t number. T is m\n+ 0x00196950 61707065 64206f6e 20746865 20636f6c apped on the col\n+ 0x00196960 6f757220 6d61702e 00000000 55574655 our map.....UWFU\n+ 0x00196970 4e43206d 61792068 61766520 74686520 NC may have the \n+ 0x00196980 666f6c6c 6f77696e 6720666f 726d733a following forms:\n+ 0x00196990 00000000 20312d20 55574655 4e433d27 .... 1- UWFUNC='\n+ 0x001969a0 3027206f 72206d69 7373696e 6720286f 0' or missing (o\n+ 0x001969b0 6e6c7920 49444e20 67697665 6e292e20 nly IDN given). \n+ 0x001969c0 4e6f2073 656c6563 74696f6e 20697320 No selection is \n+ 0x001969d0 6170706c 6965642e 00000000 20322d20 applied..... 2- \n+ 0x001969e0 55574655 4e432069 73206120 43555420 UWFUNC is a CUT \n+ 0x001969f0 6f722063 6f6d6269 6e617469 6f6e206f or combination o\n+ 0x00196a00 66207661 6c696420 43555453 20637265 f valid CUTS cre\n+ 0x00196a10 61746564 20627920 74686500 20202020 ated by the. \n+ 0x00196a20 20202020 20202055 5746554e 433d2431 UWFUNC=$1\n+ 0x00196a30 20202020 20202020 20202020 6d65616e mean\n+ 0x00196a40 73207573 65206375 74202431 00000000 s use cut $1....\n+ 0x00196a50 20202020 20202020 20202055 5746554e UWFUN\n+ 0x00196a60 433d2e4e 4f542e28 24312e41 4e442e24 C=.NOT.($1.AND.$\n+ 0x00196a70 32290000 20202020 20202020 20202055 2).. U\n+ 0x00196a80 5746554e 433d2824 312e4f52 2e243229 WFUNC=($1.OR.$2)\n+ 0x00196a90 2e414e44 2e243300 20332d20 55574655 .AND.$3. 3- UWFU\n+ 0x00196aa0 4e432069 73206120 464f5254 52414e20 NC is a FORTRAN \n+ 0x00196ab0 65787072 65737369 6f6e0000 20202020 expression.. \n+ 0x00196ac0 45783a20 20202058 3e332e31 342e414e Ex: X>3.14.AN\n+ 0x00196ad0 442e2859 3c5a2b33 2e313529 00000000 D.(Y>M\n+ 0x00196e60 4e414d45 28342900 6d65616e 73206d61 NAME(4).means ma\n+ 0x00196e70 726b2062 69742034 20696e20 6d61736b rk bit 4 in mask\n+ 0x00196e80 204d4e41 4d452066 6f722061 6c6c2065 MNAME for all e\n+ 0x00196e90 76656e74 73207361 74697366 79696e67 vents satisfying\n+ 0x00196ea0 20746865 20636f6e 64697469 6f6e205a the condition Z\n+ 0x00196eb0 3c302e34 00000000 41204d41 534b206d <0.4....A MASK m\n+ 0x00196ec0 61792061 6c736f20 62652067 6976656e ay also be given\n+ 0x00196ed0 20617320 696e7075 7420746f 20612073 as input to a s\n+ 0x00196ee0 656c6563 74696f6e 20657870 72657373 election express\n+ 0x00196ef0 696f6e2e 00000000 2020204e 542f504c ion..... NT/PL\n+ 0x00196f00 4f542033 302e5820 4d4e414d 45283429 OT 30.X MNAME(4)\n+ 0x00196f10 2e616e64 2e5a3c30 2e340000 6d65616e .and.Z<0.4..mean\n+ 0x00196f20 7320616c 6c206576 656e7473 20736174 s all events sat\n+ 0x00196f30 69736679 696e6720 62697420 34206f66 isfying bit 4 of\n+ 0x00196f40 204d4e41 4d452041 4e44205a 3c302e34 MNAME AND Z<0.4\n+ 0x00196f50 00000000 49742069 7320706f 73736962 ....It is possib\n+ 0x00196f60 6c652074 6f20706c 6f742065 78707265 le to plot expre\n+ 0x00196f70 7373696f 6e73206f 66207468 65206f72 ssions of the or\n+ 0x00196f80 6967696e 616c2076 61726961 626c6573 iginal variables\n+ 0x00196f90 2e000000 2020204e 542f504c 4f542033 .... NT/PLOT 3\n+ 0x00196fa0 302e5349 4e285829 25535152 5428592a 0.SIN(X)%SQRT(Y*\n+ 0x00196fb0 2a322b5a 2a2a3229 20205a3c 302e3400 *2+Z**2) Z<0.4.\n+ 0x00196fc0 706c6f74 73206120 73636174 7465722d plots a scatter-\n+ 0x00196fd0 706c6f74 206f6620 76617269 61626c65 plot of variable\n+ 0x00196fe0 20552076 65727375 73205620 666f7220 U versus V for \n+ 0x00196ff0 616c6c20 6576656e 74730000 73617469 all events..sati\n+ 0x00197000 73667969 6e672074 68652063 6f6e6469 sfying the condi\n+ 0x00197010 74696f6e 205a3c30 2e342e20 5520616e tion Z<0.4. U an\n+ 0x00197020 64205620 61726520 64656669 6e656420 d V are defined \n+ 0x00197030 61732062 65696e67 00000000 553d5349 as being....U=SI\n+ 0x00197040 4e285829 20616e64 20563d53 51525428 N(X) and V=SQRT(\n+ 0x00197050 582a2a32 2b592a2a 32292e00 2020204e X**2+Y**2).. N\n+ 0x00197060 542f504c 4f542033 302e6675 6e632e66 T/PLOT 30.func.f\n+ 0x00197070 28582925 2853494e 2859292b 332e2920 (X)%(SIN(Y)+3.) \n+ 0x00197080 205a3c30 2e322e61 6e642e54 4553542e Z<0.2.and.TEST.\n+ 0x00197090 46544e3e 36000000 73617469 73667969 FTN>6...satisfyi\n+ 0x001970a0 6e672074 68652063 6f6e6469 74696f6e ng the condition\n+ 0x001970b0 20285a3c 302e3220 616e6420 74686520 (Z<0.2 and the \n+ 0x001970c0 72657375 6c74206f 66207468 6520434f result of the CO\n+ 0x001970d0 4d495300 66756e63 74696f6e 20746573 MIS.function tes\n+ 0x001970e0 742e6620 3e36292e 20552061 6e642056 t.f >6). U and V\n+ 0x001970f0 20617265 20646566 696e6564 20617320 are defined as \n+ 0x00197100 6265696e 67000000 553d2852 6573756c being...U=(Resul\n+ 0x00197110 74206f66 20746865 20434f4d 49532066 t of the COMIS f\n+ 0x00197120 756e6374 696f6e20 66756e63 2e66292c unction func.f),\n+ 0x00197130 20563d28 53494e28 59292b33 2e290000 V=(SIN(Y)+3.)..\n+ 0x00197140 54686520 64656661 756c7420 6964656e The default iden\n+ 0x00197150 74696669 6572206f 66207468 65206869 tifier of the hi\n+ 0x00197160 73746f67 72616d20 6265696e 67206669 stogram being fi\n+ 0x00197170 6c6c6564 20697320 4944483d 31303030 lled is IDH=1000\n+ 0x00197180 3030302e 00000000 41742074 6865206e 000.....At the n\n+ 0x00197190 65787420 696e766f 63617469 6f6e206f ext invocation o\n+ 0x001971a0 66207468 69732063 6f6d6d61 6e642c20 f this command, \n+ 0x001971b0 69742077 696c6c20 6265206f 76657277 it will be overw\n+ 0x001971c0 72697474 656e2e00 49662065 69746865 ritten..If eithe\n+ 0x001971d0 72204e45 56454e54 206f7220 49464952 r NEVENT or IFIR\n+ 0x001971e0 5354206f 72204e55 50442061 7265206e ST or NUPD are n\n+ 0x001971f0 65676174 6976652c 20746865 6e207468 egative, then th\n+ 0x00197200 65206964 656e7469 66696572 00000000 e identifier....\n+ 0x00197210 6f662074 68652068 6973746f 6772616d of the histogram\n+ 0x00197220 20626569 6e672066 696c6c65 64207769 being filled wi\n+ 0x00197230 6c6c2062 65207461 6b656e20 61732049 ll be taken as I\n+ 0x00197240 44483d2d 4e455645 4e54206f 72000000 DH=-NEVENT or...\n+ 0x00197250 4944483d 2d494649 52535420 6f722049 IDH=-IFIRST or I\n+ 0x00197260 44483d2d 4e555044 2e205468 69732066 DH=-NUPD. This f\n+ 0x00197270 6163696c 69747920 6973206b 65707420 acility is kept \n+ 0x00197280 666f7220 6261636b 77617264 20636f6d for backward com\n+ 0x00197290 70617469 62696c69 74790000 62757420 patibility..but \n+ 0x001972a0 69742069 73207374 726f6e67 6c792072 it is strongly r\n+ 0x001972b0 65636f6d 6d656e64 65642074 6f207573 ecommended to us\n+ 0x001972c0 65207468 65207061 72616d65 74657220 e the parameter \n+ 0x001972d0 49444820 696e7374 6561642e 00000000 IDH instead.....\n+ 0x001972e0 49444820 6d617920 68617665 20626565 IDH may have bee\n+ 0x001972f0 6e206372 65617465 64207769 74682048 n created with H\n+ 0x00197300 2f435245 4154452e 00000000 4265666f /CREATE.....Befo\n+ 0x00197310 72652066 696c6c69 6e672049 44482c20 re filling IDH, \n+ 0x00197320 74686520 636f6e74 656e7473 206f6620 the contents of \n+ 0x00197330 49444820 61726520 72657365 74206966 IDH are reset if\n+ 0x00197340 20494448 20616c72 65616479 00000000 IDH already....\n+ 0x00197350 65786973 74732e20 55736520 4e545550 exists. Use NTUP\n+ 0x00197360 4c452f50 524f4a45 43542074 6f206375 LE/PROJECT to cu\n+ 0x00197370 6d756c61 74652073 65766572 616c2070 mulate several p\n+ 0x00197380 61737365 7320696e 746f2049 44482e00 asses into IDH..\n+ 0x00197390 42792064 65666175 6c742049 44482076 By default IDH v\n+ 0x001973a0 616c7565 20697320 31303030 3030302e alue is 1000000.\n+ 0x001973b0 20546869 73206d65 616e7320 74686174 This means that\n+ 0x001973c0 20746865 20686973 746f6772 616d0000 the histogram..\n+ 0x001973d0 62696e6e 696e6720 77696c6c 20626520 binning will be \n+ 0x001973e0 636f6d70 75746564 20617574 6f6d6174 computed automat\n+ 0x001973f0 6963616c 6c792e20 496e2070 61727469 ically. In parti\n+ 0x00197400 63756c61 72207468 65206d69 6e696d61 cular the minima\n+ 0x00197410 6c000000 616e6420 6d617869 6d616c20 l...and maximal \n+ 0x00197420 76616c75 65206f66 20746865 20686973 value of the his\n+ 0x00197430 746f6772 616d6564 20717561 6e746974 togramed quantit\n+ 0x00197440 79206861 7320746f 20626520 636f6d70 y has to be comp\n+ 0x00197450 75746564 20776869 63680000 696d706c uted which..impl\n+ 0x00197460 69657320 746f2064 6f20616e 20657874 ies to do an ext\n+ 0x00197470 72612070 61737320 6f6e2074 6865206e ra pass on the n\n+ 0x00197480 7475706c 65206461 74612e00 49444820 tuple data..IDH \n+ 0x00197490 6e6f7420 65717561 6c20746f 20313030 not equal to 100\n+ 0x001974a0 30303030 20697320 6120636f 6e76656e 0000 is a conven\n+ 0x001974b0 69656e74 20776179 20746f20 666f7263 ient way to forc\n+ 0x001974c0 65207573 65720000 45766572 79204e55 e user..Every NU\n+ 0x001974d0 50442065 76656e74 732c2074 68652063 PD events, the c\n+ 0x001974e0 75727265 6e742073 74617475 73206f66 urrent status of\n+ 0x001974f0 20746865 20206869 73746f67 72616d20 the histogram \n+ 0x00197500 69732064 6973706c 61796564 2e000000 is displayed....\n+ 0x00197510 4e6f7465 20746861 74204946 49525354 Note that IFIRST\n+ 0x00197520 20616e64 204e4556 454e5420 70617261 and NEVENT para\n+ 0x00197530 6d657465 72732061 7265206d 65616e69 meters are meani\n+ 0x00197540 6e676c65 73732069 6e206361 7365206f ngless in case o\n+ 0x00197550 66204348 41494e73 2e000000 52656164 f CHAINs....Read\n+ 0x00197560 204e7475 706c6520 76616c75 65732066 Ntuple values f\n+ 0x00197570 726f6d20 74686520 616c7068 616e756d rom the alphanum\n+ 0x00197580 65726963 2066696c 6520464e 414d4520 eric file FNAME \n+ 0x00197590 77697468 00000000 74686520 666f726d with....the form\n+ 0x001975a0 61742073 70656369 66696361 74696f6e at specification\n+ 0x001975b0 7320696e 20464f52 4d41542e 00000000 s in FORMAT.....\n+ 0x001975c0 54686973 20636f6d 6d616e64 20776f72 This command wor\n+ 0x001975d0 6b732066 6f722072 6f772077 69736520 ks for row wise \n+ 0x001975e0 4e747570 6c65206f 6e6c792e 00000000 Ntuple only.....\n+ 0x001975f0 4265666f 72652065 78656375 74696e67 Before executing\n+ 0x00197600 20746869 7320636f 6d6d616e 642c2074 this command, t\n+ 0x00197610 6865204e 7475706c 65204944 4e206d75 he Ntuple IDN mu\n+ 0x00197620 73742068 61766520 6265656e 00000000 st have been....\n+ 0x00197630 63726561 74656420 77697468 20746865 created with the\n+ 0x00197640 20636f6d 6d616e64 204e7475 706c652f command Ntuple/\n+ 0x00197650 43726561 74652e00 4d415443 48206973 Create..MATCH is\n+ 0x00197660 20757365 6420746f 20737065 63696679 used to specify\n+ 0x00197670 20612070 61747465 726e2073 7472696e a pattern strin\n+ 0x00197680 672c2072 65737472 69637469 6e670000 g, restricting..\n+ 0x00197690 74686520 4e747570 6c652066 696c6c69 the Ntuple filli\n+ 0x001976a0 6e67206f 6e6c7920 746f2074 68652072 ng only to the r\n+ 0x001976b0 65636f72 64732069 6e207468 65206669 ecords in the fi\n+ 0x001976c0 6c652077 68696368 00000000 76657269 le which....veri\n+ 0x001976d0 66792074 68652070 61747465 726e2e20 fy the pattern. \n+ 0x001976e0 54686520 706f7373 69626c65 20706174 The possible pat\n+ 0x001976f0 7465726e 73206172 653a0000 20202f73 terns are:.. /s\n+ 0x00197700 7472696e 672f2020 20202020 6d617463 tring/ matc\n+ 0x00197710 68206120 73747269 6e672028 73746172 h a string (star\n+ 0x00197720 74696e67 20696e20 636f6c75 6d6e2031 ting in column 1\n+ 0x00197730 29000000 202d2f73 7472696e 672f2020 )... -/string/ \n+ 0x00197740 20202020 646f206e 6f74206d 61746368 do not match\n+ 0x00197750 20612073 7472696e 67202873 74617274 a string (start\n+ 0x00197760 696e6720 696e2063 6f6c756d 6e203129 ing in column 1)\n+ 0x00197770 00000000 20202f73 7472696e 672f286e .... /string/(n\n+ 0x00197780 29202020 6d617463 68206120 73747269 ) match a stri\n+ 0x00197790 6e672c20 73746172 74696e67 20696e20 ng, starting in \n+ 0x001977a0 636f6c75 6d6e206e 00000000 20202f73 column n.... /s\n+ 0x001977b0 7472696e 672f282a 29202020 6d617463 tring/(*) matc\n+ 0x001977c0 68206120 73747269 6e672c20 73746172 h a string, star\n+ 0x001977d0 74696e67 20617420 616e7920 636f6c75 ting at any colu\n+ 0x001977e0 6d6e0000 20202020 4e742f43 72656174 mn.. Nt/Creat\n+ 0x001977f0 65203420 27546573 74206f66 204d6174 e 4 'Test of Mat\n+ 0x00197800 63682720 33202120 2120586d 61746368 ch' 3 ! ! Xmatch\n+ 0x00197810 20596d61 74636820 5a6d6174 63680000 Ymatch Zmatch..\n+ 0x00197820 20202020 4e742f52 65616420 34206e74 Nt/Read 4 nt\n+ 0x00197830 6d617463 682e6461 74202120 21202120 match.dat ! ! ! \n+ 0x00197840 2d2f432f 282a2900 496e2074 68697320 -/C/(*).In this \n+ 0x00197850 6d616372 6f20616c 6c207468 65206c69 macro all the li\n+ 0x00197860 6e657320 77697468 20612043 20617420 nes with a C at \n+ 0x00197870 74686520 656e6420 61726520 6e6f7420 the end are not \n+ 0x00197880 72656164 2e000000 53656c65 6374696f read....Selectio\n+ 0x00197890 6e206675 6e637469 6f6e206f 72206375 n function or cu\n+ 0x001978a0 74206964 656e7469 66696572 00000000 t identifier....\n+ 0x001978b0 50726f6a 65637420 616e204e 7475706c Project an Ntupl\n+ 0x001978c0 65206f6e 746f2061 20312d44 696d206f e onto a 1-Dim o\n+ 0x001978d0 7220322d 44696d20 68697374 6f677261 r 2-Dim histogra\n+ 0x001978e0 6d2c0000 706f7373 69626c79 20757369 m,..possibly usi\n+ 0x001978f0 6e672061 2073656c 65637469 6f6e2066 ng a selection f\n+ 0x00197900 756e6374 696f6e20 6f722070 72656465 unction or prede\n+ 0x00197910 66696e65 64206375 74732e00 49444e20 fined cuts..IDN \n+ 0x00197920 6d617920 62652067 6976656e 20617320 may be given as \n+ 0x00197930 49444e20 6f722049 444e2e58 202c2049 IDN or IDN.X , I\n+ 0x00197940 444e2e59 25582028 59255820 6d65616e DN.Y%X (Y%X mean\n+ 0x00197950 73207661 72696162 6c652059 00000000 s variable Y....\n+ 0x00197960 6f66204e 7475706c 65204944 4e207665 of Ntuple IDN ve\n+ 0x00197970 72737573 20766172 6961626c 65205829 rsus variable X)\n+ 0x00197980 2e000000 466f7220 6d6f7265 20696e66 ....For more inf\n+ 0x00197990 6f726d61 74696f6e 2061626f 75742055 ormation about U\n+ 0x001979a0 5746554e 432c2073 65652063 6f6d6d61 WFUNC, see comma\n+ 0x001979b0 6e64204e 5455504c 452f504c 4f542e00 nd NTUPLE/PLOT..\n+ 0x001979c0 54686520 68697374 6f677261 6d204944 The histogram ID\n+ 0x001979d0 48206973 206e6f74 20726573 65742062 H is not reset b\n+ 0x001979e0 65666f72 65206669 6c6c696e 672e2054 efore filling. T\n+ 0x001979f0 68697320 616c6c6f 77730000 73657665 his allows..seve\n+ 0x00197a00 72616c20 50524f4a 45435473 2066726f ral PROJECTs fro\n+ 0x00197a10 6d206469 66666572 656e7420 4e747570 m different Ntup\n+ 0x00197a20 6c65732e 00000000 4e6f7465 20746861 les.....Note tha\n+ 0x00197a30 74204946 49525354 20616e64 204e4556 t IFIRST and NEV\n+ 0x00197a40 454e5420 70617261 6d657465 72732061 ENT parameters a\n+ 0x00197a50 7265206e 6f74206d 65616e69 6e676675 re not meaningfu\n+ 0x00197a60 6c20696e 20636173 65206f66 20434841 l in case of CHA\n+ 0x00197a70 494e732e 00000000 41646420 636f6e74 INs.....Add cont\n+ 0x00197a80 656e7473 206f6620 49444e20 746f206c ents of IDN to l\n+ 0x00197a90 61737420 706c6f74 74656420 6e747570 ast plotted ntup\n+ 0x00197aa0 6c652e00 44726177 20746865 20637572 le..Draw the cur\n+ 0x00197ab0 72656e74 20706f6c 796d6172 6b657220 rent polymarker \n+ 0x00197ac0 61742065 61636820 6368616e 6e656c20 at each channel \n+ 0x00197ad0 6f722063 656c6c2e 00000000 55706461 or cell.....Upda\n+ 0x00197ae0 74652063 68616e6e 656c7320 6d6f6469 te channels modi\n+ 0x00197af0 66696564 2073696e 6365206c 61737420 fied since last \n+ 0x00197b00 63616c6c 2e000000 44656669 6e652061 call....Define a\n+ 0x00197b10 20677261 70686963 616c2063 7574206f graphical cut o\n+ 0x00197b20 6e206120 6f6e6520 6f722074 776f2064 n a one or two d\n+ 0x00197b30 696d656e 73696f6e 616c2070 6c6f742e imensional plot.\n+ 0x00197b40 00000000 46697273 74205072 6f6a6563 ....First Projec\n+ 0x00197b50 7420616e 6420706c 6f742061 6e204e74 t and plot an Nt\n+ 0x00197b60 75706c65 20617320 61202831 2d44696d uple as a (1-Dim\n+ 0x00197b70 206f7220 322d4469 6d292068 6973746f or 2-Dim) histo\n+ 0x00197b80 6772616d 00000000 616c676f 72697468 gram....algorith\n+ 0x00197b90 6d2e2053 6565204e 5455504c 452f504c m. See NTUPLE/PL\n+ 0x00197ba0 4f542066 6f722066 756c6c20 64657461 OT for full deta\n+ 0x00197bb0 696c7320 6f6e2077 68617420 65787072 ils on what expr\n+ 0x00197bc0 65737369 6f6e7320 63616e20 62650000 essions can be..\n+ 0x00197bd0 706c6f74 74656420 616e6420 77686963 plotted and whic\n+ 0x00197be0 68206f70 74696f6e 73206361 6e206265 h options can be\n+ 0x00197bf0 20676976 656e2e00 5468656e 20746865 given..Then the\n+ 0x00197c00 20677261 70686963 616c2063 75742069 graphical cut i\n+ 0x00197c10 73206465 66696e65 64207573 696e6720 s defined using \n+ 0x00197c20 74686520 6d6f7573 652e0000 496e766f the mouse...Invo\n+ 0x00197c30 6b652074 68652073 656c6563 74696f6e ke the selection\n+ 0x00197c40 2066756e 6374696f 6e205557 46554e43 function UWFUNC\n+ 0x00197c50 20666f72 20656163 68206576 656e7420 for each event \n+ 0x00197c60 73746172 74696e67 20617420 6576656e starting at even\n+ 0x00197c70 74204946 49525354 2e000000 496e2055 t IFIRST....In U\n+ 0x00197c80 5746554e 432c2074 68652075 73657220 WFUNC, the user \n+ 0x00197c90 63616e20 66696c6c 206f6e65 206f7220 can fill one or \n+ 0x00197ca0 73657665 72616c20 68697374 6f677261 several histogra\n+ 0x00197cb0 6d732070 72657669 6f75736c 7920626f ms previously bo\n+ 0x00197cc0 6f6b6564 2e000000 54686520 6e747570 oked....The ntup\n+ 0x00197cd0 6c652069 64656e74 69666965 72204944 le identifier ID\n+ 0x00197ce0 4e2c2069 7320616e 20696e74 65676572 N, is an integer\n+ 0x00197cf0 20696e20 74686973 20636f6d 6d616e64 in this command\n+ 0x00197d00 2e204974 206d616b 65206e6f 00000000 . It make no....\n+ 0x00197d10 73656e73 6520746f 20686176 6520616e sense to have an\n+ 0x00197d20 20657870 72657373 696f6e20 6c696b65 expression like\n+ 0x00197d30 2031302e 782e0000 416c7068 616e756d 10.x...Alphanum\n+ 0x00197d40 65726963 206f7574 70757420 6f662074 eric output of t\n+ 0x00197d50 6865204e 7475706c 652e0000 47726170 he Ntuple...Grap\n+ 0x00197d60 68696361 6c207363 616e2028 7365676d hical scan (segm\n+ 0x00197d70 656e7473 20706c6f 74292e00 55736564 ents plot)..Used\n+ 0x00197d80 20776974 68202753 27206974 20646973 with 'S' it dis\n+ 0x00197d90 706c6179 73207468 65206176 65726167 plays the averag\n+ 0x00197da0 65207370 69646572 2e000000 4e616d65 e spider....Name\n+ 0x00197db0 73206f66 20746865 204e5641 52532076 s of the NVARS v\n+ 0x00197dc0 61726961 626c6573 20746f20 7363616e ariables to scan\n+ 0x00197dd0 00000000 5363616e 20746865 20656e74 ....Scan the ent\n+ 0x00197de0 72696573 206f6620 616e204e 7475706c ries of an Ntupl\n+ 0x00197df0 65207375 626a6563 7420746f 20757365 e subject to use\n+ 0x00197e00 72206375 74732e00 5363616e 20746865 r cuts..Scan the\n+ 0x00197e10 20766172 6961626c 65732066 6f72204e variables for N\n+ 0x00197e20 4556454e 54206576 656e7473 20737461 EVENT events sta\n+ 0x00197e30 7274696e 67206174 20494649 5253542c rting at IFIRST,\n+ 0x00197e40 20726571 75697269 6e672074 68617400 requiring that.\n+ 0x00197e50 74686520 6576656e 74732073 61746973 the events satis\n+ 0x00197e60 66792063 75742055 5746554e 432e2049 fy cut UWFUNC. I\n+ 0x00197e70 6e207468 65206361 7365206f 6620416c n the case of Al\n+ 0x00197e80 7068616e 756d6572 6963206f 75747075 phanumeric outpu\n+ 0x00197e90 74000000 55702074 6f203130 20766172 t...Up to 10 var\n+ 0x00197ea0 6961626c 6573206d 61792062 65207363 iables may be sc\n+ 0x00197eb0 616e6e65 642c2074 68652064 65666175 anned, the defau\n+ 0x00197ec0 6c742069 7320746f 20736361 6e207468 lt is to scan th\n+ 0x00197ed0 65206669 72737420 31300000 5768656e e first 10..When\n+ 0x00197ee0 20746865 206f7074 696f6e20 53202853 the option S (S\n+ 0x00197ef0 70696465 7220706c 6f742920 69732073 pider plot) is s\n+ 0x00197f00 70656369 66696564 2c206561 63682065 pecified, each e\n+ 0x00197f10 76656e74 20697320 70726573 656e7465 vent is presente\n+ 0x00197f20 64000000 696e2061 20677261 70686963 d...in a graphic\n+ 0x00197f30 616c2066 6f726d20 28522076 65727375 al form (R versu\n+ 0x00197f40 73205048 4920706c 6f742920 746f2067 s PHI plot) to g\n+ 0x00197f50 69766520 61206d75 6c746920 64696d65 ive a multi dime\n+ 0x00197f60 6e73696f 6e616c20 76696577 206f6600 nsional view of.\n+ 0x00197f70 74686520 6576656e 742e2045 61636820 the event. Each \n+ 0x00197f80 76617269 61626c65 20697320 72657072 variable is repr\n+ 0x00197f90 6573656e 74656420 6f6e2061 20736570 esented on a sep\n+ 0x00197fa0 61726174 65206178 69732077 69746820 arate axis with \n+ 0x00197fb0 61207363 616c6500 72616e67 696e6720 a scale.ranging \n+ 0x00197fc0 66726f6d 20746865 206d696e 696d756d from the minimum\n+ 0x00197fd0 20746f20 74686520 6d617869 6d756d20 to the maximum \n+ 0x00197fe0 76616c75 65206f66 20746865 20766172 value of the var\n+ 0x00197ff0 6961626c 652e2041 206c696e 65206a6f iable. A line jo\n+ 0x00198000 696e7300 616c6c20 74686520 63757272 ins.all the curr\n+ 0x00198010 656e7420 706f696e 7473206f 6e206576 ent points on ev\n+ 0x00198020 65727920 61786973 20776865 72652065 ery axis where e\n+ 0x00198030 61636820 706f696e 7420636f 72726573 ach point corres\n+ 0x00198040 706f6e64 7320746f 00000000 74686520 ponds to....the \n+ 0x00198050 63757272 656e7420 76616c75 65206f66 current value of\n+ 0x00198060 20746865 20766172 6961626c 652e2057 the variable. W\n+ 0x00198070 68656e20 74686520 48434f4c 20706172 hen the HCOL par\n+ 0x00198080 616d6574 65722069 73207370 65636966 ameter is specif\n+ 0x00198090 69656400 28656720 53455420 48434f4c ied.(eg SET HCOL\n+ 0x001980a0 20313030 32292061 2066696c 6c206172 1002) a fill ar\n+ 0x001980b0 65612069 73206472 61776e2e 00000000 ea is drawn.....\n+ 0x001980c0 5768656e 20746865 20616464 6974696f When the additio\n+ 0x001980d0 6e616c20 6f707469 6f6e2041 20697320 nal option A is \n+ 0x001980e0 73706563 69666965 642c2061 20737069 specified, a spi\n+ 0x001980f0 64657220 706c6f74 206f6620 74686520 der plot of the \n+ 0x00198100 61766572 61676500 76616c75 6520666f average.value fo\n+ 0x00198110 72206561 63682076 61726961 626c6520 r each variable \n+ 0x00198120 69732061 6c736f20 64726177 6e2e0000 is also drawn...\n+ 0x00198130 5768656e 20746865 206f7074 696f6e20 When the option \n+ 0x00198140 53322028 5365676d 656e7420 706c6f74 S2 (Segment plot\n+ 0x00198150 29206973 20737065 63696669 65642c20 ) is specified, \n+ 0x00198160 77656467 65732061 72652064 7261776e wedges are drawn\n+ 0x00198170 20616c6f 6e670000 65616368 20617869 along..each axi\n+ 0x00198180 7320696e 73746561 64206f66 20746865 s instead of the\n+ 0x00198190 206c696e 65206a6f 696e696e 67207468 line joining th\n+ 0x001981a0 6520706f 696e7473 2e000000 4e42203a e points....NB :\n+ 0x001981b0 2061206d 696e696d 756d206f 66207468 a minimum of th\n+ 0x001981c0 72656520 76617269 61626c65 7320696e ree variables in\n+ 0x001981d0 20564152 4c495320 69732072 65717569 VARLIS is requi\n+ 0x001981e0 72656420 666f7220 616e7920 67726170 red for any grap\n+ 0x001981f0 68696361 6c000000 5641524c 4953206d hical...VARLIS m\n+ 0x00198200 61792063 6f6e7461 696e2061 206c6973 ay contain a lis\n+ 0x00198210 74206f66 20746865 206f7269 67696e61 t of the origina\n+ 0x00198220 6c207661 72696162 6c65732c 20657870 l variables, exp\n+ 0x00198230 72657373 696f6e73 00000000 6f662074 ressions....of t\n+ 0x00198240 6865206f 72696769 6e616c20 76617269 he original vari\n+ 0x00198250 61626c65 73206f72 2f616e64 2072616e ables or/and ran\n+ 0x00198260 67657320 6f662076 61726961 626c6573 ges of variables\n+ 0x00198270 2e000000 41207261 6e676520 63616e20 ....A range can \n+ 0x00198280 62652067 6976656e 20696e20 74686520 be given in the \n+ 0x00198290 666f6c6c 6f77696e 6720666f 726d3a00 following form:.\n+ 0x001982a0 203a2020 20202020 20202020 6d65616e : mean\n+ 0x001982b0 7320616c 6c207661 72696162 6c657320 s all variables \n+ 0x001982c0 28646566 61756c74 292e0000 20766172 (default)... var\n+ 0x001982d0 313a7661 72322020 6d65616e 73206672 1:var2 means fr\n+ 0x001982e0 6f6d2076 61726961 626c6520 76617231 om variable var1\n+ 0x001982f0 20746f20 76617269 61626c65 20766172 to variable var\n+ 0x00198300 3220696e 636c7564 65642e00 20766172 2 included.. var\n+ 0x00198310 313a2020 20202020 6d65616e 73206672 1: means fr\n+ 0x00198320 6f6d2076 61726961 626c6520 76617231 om variable var1\n+ 0x00198330 20746f20 74686520 6c617374 2e000000 to the last....\n+ 0x00198340 203a7661 72322020 20202020 6d65616e :var2 mean\n+ 0x00198350 73206672 6f6d2076 61726961 626c6520 s from variable \n+ 0x00198360 3120746f 20766172 6961626c 65207661 1 to variable va\n+ 0x00198370 72320000 466f7220 6578616d 706c652c r2..For example,\n+ 0x00198380 20696620 49444e3d 33302068 61732074 if IDN=30 has t\n+ 0x00198390 68652033 20766172 6961626c 65732058 he 3 variables X\n+ 0x001983a0 2c592c5a 2c552c56 2c57206f 6e652063 ,Y,Z,U,V,W one c\n+ 0x001983b0 616e2064 6f3a0000 20202020 20202065 an do:.. e\n+ 0x001983c0 61636820 6576656e 74206973 20647261 ach event is dra\n+ 0x001983d0 776e2061 73206120 73706964 65722070 wn as a spider p\n+ 0x001983e0 6c6f742e 00000000 20202020 20202065 lot..... e\n+ 0x001983f0 61636820 6576656e 74206973 20647261 ach event is dra\n+ 0x00198400 776e2061 73206120 73706964 65722070 wn as a spider p\n+ 0x00198410 6c6f7420 616e6420 74686520 61766572 lot and the aver\n+ 0x00198420 61676520 73706964 65720000 20202020 age spider.. \n+ 0x00198430 20202061 6e737765 72696e67 20274727 answering 'G'\n+ 0x00198440 20776974 6820646f 75626c65 20627566 with double buf\n+ 0x00198450 66657220 6f6e2c20 63726561 74652061 fer on, create a\n+ 0x00198460 20677261 70686963 616c0000 20202020 graphical.. \n+ 0x00198470 20202061 6e696d61 74696f6e 206f6620 animation of \n+ 0x00198480 74686520 6e747570 6c652063 6f6e7465 the ntuple conte\n+ 0x00198490 6e742e00 20504157 203e2073 63616e20 nt.. PAW > scan \n+ 0x001984a0 3330206f 7074696f 6e3d7320 20583a5a 30 option=s X:Z\n+ 0x001984b0 20570000 20504157 203e2073 63616e20 W.. PAW > scan \n+ 0x001984c0 3330207a 3e313020 21202120 21207a20 30 z>10 ! ! ! z \n+ 0x001984d0 61627328 78292079 2b7a2078 2066756e abs(x) y+z x fun\n+ 0x001984e0 632e666f 72000000 20202020 20202077 c.for... w\n+ 0x001984f0 68657265 2066756e 632e666f 72206973 here func.for is\n+ 0x00198500 20612043 4f4d4953 2066756e 6374696f a COMIS functio\n+ 0x00198510 6e207265 7475726e 696e6720 616e2065 n returning an e\n+ 0x00198520 78707265 7373696f 6e000000 20202020 xpression... \n+ 0x00198530 2020206f 66207468 65206f72 6967696e of the origin\n+ 0x00198540 616c2076 61726961 626c6573 2e205468 al variables. Th\n+ 0x00198550 69732066 756e6374 696f6e20 66756e63 is function func\n+ 0x00198560 2e666f72 206d6179 20626500 20202020 .for may be. \n+ 0x00198570 20202067 656e6572 61746564 20617574 generated aut\n+ 0x00198580 6f6d6174 6963616c 6c792062 79207468 omatically by th\n+ 0x00198590 65205041 5720636f 6d6d616e 643a0000 e PAW command:..\n+ 0x001985a0 546f2072 65636f76 6572204e 7475706c To recover Ntupl\n+ 0x001985b0 65204944 2e204966 20746865 206a6f62 e ID. If the job\n+ 0x001985c0 2070726f 64756369 6e672074 6865204e producing the N\n+ 0x001985d0 7475706c 65206372 61736865 64000000 tuple crashed...\n+ 0x001985e0 6f722074 68652068 65616465 72207761 or the header wa\n+ 0x001985f0 73206e6f 74207374 6f726564 20636f72 s not stored cor\n+ 0x00198600 72656374 6c792069 6e207468 65206669 rectly in the fi\n+ 0x00198610 6c652077 69746820 48524f55 542c0000 le with HROUT,..\n+ 0x00198620 5245434f 56455220 77696c6c 20736361 RECOVER will sca\n+ 0x00198630 6e207468 65204e74 75706c65 20746f20 n the Ntuple to \n+ 0x00198640 72656275 696c6420 74686520 68656164 rebuild the head\n+ 0x00198650 65722074 61626c65 20616e64 00000000 er table and....\n+ 0x00198660 7265636f 6d707574 65207468 65206e75 recompute the nu\n+ 0x00198670 6d626572 206f6620 656e7472 6965732e mber of entries.\n+ 0x00198680 20546865 2066696c 65206f6e 20776869 The file on whi\n+ 0x00198690 63682074 6865204e 7475706c 65000000 ch the Ntuple...\n+ 0x001986a0 72657369 64657320 6d757374 20626520 resides must be \n+ 0x001986b0 6f70656e 20696e20 55706461 7465206d open in Update m\n+ 0x001986c0 6f64652e 00000000 53657420 74686520 ode.....Set the \n+ 0x001986d0 41646472 65737365 73206f66 20766172 Addresses of var\n+ 0x001986e0 6961626c 65732069 6e20636f 6d6d6f6e iables in common\n+ 0x001986f0 202f5041 57435234 2c657463 2f2e0000 /PAWCR4,etc/...\n+ 0x00198700 43726561 74652049 44322061 73206120 Create ID2 as a \n+ 0x00198710 4d656d6f 72792072 65736964 656e7420 Memory resident \n+ 0x00198720 4e747570 6c652e00 436f7079 20494431 Ntuple..Copy ID1\n+ 0x00198730 20737472 75637475 72652069 6e204944 structure in ID\n+ 0x00198740 322e2052 65736574 20616464 72657373 2. Reset address\n+ 0x00198750 6573206f 66207661 72696162 6c65732e es of variables.\n+ 0x00198760 00000000 54686520 73747275 63747572 ....The structur\n+ 0x00198770 65206f66 204e7475 706c6520 49443120 e of Ntuple ID1 \n+ 0x00198780 69732064 75706c69 63617465 6420696e is duplicated in\n+ 0x00198790 2061206e 6577206e 7475706c 65204944 a new ntuple ID\n+ 0x001987a0 322e0000 54686973 20636f6d 6d616e64 2...This command\n+ 0x001987b0 20697320 75736566 756c2077 68656e20 is useful when \n+ 0x001987c0 6f6e6520 77616e74 7320746f 20637265 one wants to cre\n+ 0x001987d0 61746520 616e206e 7475706c 65207769 ate an ntuple wi\n+ 0x001987e0 74682074 68652073 616d6500 76617269 th the same.vari\n+ 0x001987f0 61626c65 73206275 74206f6e 6c792061 ables but only a\n+ 0x00198800 20737562 73657420 6f662074 68652065 subset of the e\n+ 0x00198810 76656e74 732e204e 45574255 46206973 vents. NEWBUF is\n+ 0x00198820 20746865 20627566 66657220 73697a65 the buffer size\n+ 0x00198830 00000000 666f7220 4944322e 20496620 ....for ID2. If \n+ 0x00198840 4e455742 55463c30 20746865 20627566 NEWBUF<0 the buf\n+ 0x00198850 66657220 73697a65 206f6620 49443120 fer size of ID1 \n+ 0x00198860 69732074 616b656e 2e204966 204e4557 is taken. If NEW\n+ 0x00198870 4255463d 30207468 65206375 7272656e BUF=0 the curren\n+ 0x00198880 74000000 62756666 65722073 697a6520 t...buffer size \n+ 0x00198890 69732074 616b656e 20283130 30303020 is taken (10000 \n+ 0x001988a0 776f7264 7320666f 72205257 4e73292e words for RWNs).\n+ 0x001988b0 204e4557 4255463e 30207769 6c6c2062 NEWBUF>0 will b\n+ 0x001988c0 65207468 65206e65 77000000 62756666 e the new...buff\n+ 0x001988d0 65722073 697a652e 20496620 5449544c er size. If TITL\n+ 0x001988e0 453d2720 27204944 32206861 73207468 E=' ' ID2 has th\n+ 0x001988f0 65207361 6d652074 69746c65 20617320 e same title as \n+ 0x00198900 4944312e 00000000 496e2063 61736520 ID1.....In case \n+ 0x00198910 6f662061 20646973 6b2d7265 73696465 of a disk-reside\n+ 0x00198920 6e74206e 7475706c 65202864 65666175 nt ntuple (defau\n+ 0x00198930 6c74292c 20494432 20697320 63726561 lt), ID2 is crea\n+ 0x00198940 74656420 696e746f 20746865 00000000 ted into the....\n+ 0x00198950 63757272 656e7420 776f726b 696e6720 current working \n+ 0x00198960 64697265 63746f72 79207768 69636820 directory which \n+ 0x00198970 6d757374 20626520 6f70656e 20696e20 must be open in \n+ 0x00198980 57524954 45206d6f 64652e00 4578616d WRITE mode..Exam\n+ 0x00198990 706c6520 77697468 20612052 6f772057 ple with a Row W\n+ 0x001989a0 69736520 4e747570 6c653a00 20202020 ise Ntuple:. \n+ 0x001989b0 20202020 20204966 2028582e 67742e30 If (X.gt.0\n+ 0x001989c0 2e2e4f72 2e592e67 742e302e 29206361 ..Or.Y.gt.0.) ca\n+ 0x001989d0 6c6c2068 666e2832 2c582900 4e6f7465 ll hfn(2,X).Note\n+ 0x001989e0 20746861 74207468 65207374 6174656d that the statem\n+ 0x001989f0 656e7420 27696e63 6c756465 203f2720 ent 'include ?' \n+ 0x00198a00 616c6c6f 77732074 6f206372 65617465 allows to create\n+ 0x00198a10 20617574 6f6d6174 6963616c 6c792074 automatically t\n+ 0x00198a20 68652069 6e636c75 64650000 66696c65 he include..file\n+ 0x00198a30 2028636f 6d69732e 696e6329 20636f72 (comis.inc) cor\n+ 0x00198a40 72657370 6f6e6469 6e672074 6f207468 responding to th\n+ 0x00198a50 65206e74 75706c65 20737472 75637475 e ntuple structu\n+ 0x00198a60 72652e20 54686520 636f6d6d 616e6420 re. The command \n+ 0x00198a70 55574655 4e430000 4578616d 706c6520 UWFUNC..Example \n+ 0x00198a80 77697468 20612043 6f6c756d 6e205769 with a Column Wi\n+ 0x00198a90 7365204e 7475706c 653a0000 20202020 se Ntuple:.. \n+ 0x00198aa0 436c6f73 65203020 20202020 20202020 Close 0 \n+ 0x00198ab0 20202020 20202020 2020207c 20436c6f | Clo\n+ 0x00198ac0 73652061 6c6c2074 68652063 75727265 se all the curre\n+ 0x00198ad0 6e746c79 206f7065 6e656420 66696c65 ntly opened file\n+ 0x00198ae0 00000000 20202020 55776675 6e63202f .... Uwfunc /\n+ 0x00198af0 2f6c756e 312f3120 736f7572 63652e69 /lun1/1 source.i\n+ 0x00198b00 6e63207c 2067656e 65726174 6520736f nc | generate so\n+ 0x00198b10 75726365 2e696e63 00000000 20202020 urce.inc.... \n+ 0x00198b20 482f6669 6c652032 206e6577 2e68626f H/file 2 new.hbo\n+ 0x00198b30 6f6b2021 204e2020 2020207c 20437265 ok ! N | Cre\n+ 0x00198b40 61746520 61206e65 77206862 6f6f6b20 ate a new hbook \n+ 0x00198b50 66696c65 00000000 20202020 4e742f44 file.... Nt/D\n+ 0x00198b60 7570202f 2f6c756e 312f3120 32202020 up //lun1/1 2 \n+ 0x00198b70 20202020 2020207c 20447570 6c696361 | Duplica\n+ 0x00198b80 74652074 6865206e 7475706c 65203120 te the ntuple 1 \n+ 0x00198b90 696e2074 6865206e 7475706c 65203200 in the ntuple 2.\n+ 0x00198ba0 20202020 2a20436f 6d697320 726f7574 * Comis rout\n+ 0x00198bb0 696e6520 77686963 68204c6f 6f70206f ine which Loop o\n+ 0x00198bc0 6e20616c 6c206576 656e7473 206f6620 n all events of \n+ 0x00198bd0 49643120 616e6420 73656c65 63742073 Id1 and select s\n+ 0x00198be0 6f6d6520 6576656e 74730000 20202020 ome events.. \n+ 0x00198bf0 2a20746f 20626520 77726974 74656e20 * to be written \n+ 0x00198c00 696e2074 6865206e 6577206e 7475706c in the new ntupl\n+ 0x00198c10 65204964 322e0000 20202020 20202020 e Id2... \n+ 0x00198c20 20205375 62726f75 74696e65 206e7464 Subroutine ntd\n+ 0x00198c30 75702849 64312c49 64322900 20202020 up(Id1,Id2). \n+ 0x00198c40 20202020 2020496e 636c7564 65202773 Include 's\n+ 0x00198c50 6f757263 652e696e 63270000 20202020 ource.inc'.. \n+ 0x00198c60 20202020 20204361 6c6c2048 6e6f656e Call Hnoen\n+ 0x00198c70 74284964 312c4e6f 656e7429 00000000 t(Id1,Noent)....\n+ 0x00198c80 20202020 20202020 20202020 2043616c Cal\n+ 0x00198c90 6c204867 6e742849 64312c49 6576656e l Hgnt(Id1,Ieven\n+ 0x00198ca0 742c4965 72722900 20202020 20202020 t,Ierr). \n+ 0x00198cb0 20202020 20496620 28496572 722e6e65 If (Ierr.ne\n+ 0x00198cc0 2e302920 476f746f 20323000 20202020 .0) Goto 20. \n+ 0x00198cd0 20202020 20202020 20496620 28582e47 If (X.G\n+ 0x00198ce0 742e302e 2e4f722e 592e4774 2e302e29 t.0..Or.Y.Gt.0.)\n+ 0x00198cf0 20546865 6e000000 20202020 20202020 Then... \n+ 0x00198d00 20202020 20202020 43616c6c 2048666e Call Hfn\n+ 0x00198d10 74284964 32290000 20202020 43616c6c t(Id2).. Call\n+ 0x00198d20 204e7464 75702831 2c322920 20202020 Ntdup(1,2) \n+ 0x00198d30 20202020 20202020 7c204578 65637574 | Execut\n+ 0x00198d40 65207468 6520726f 7574696e 65204e74 e the routine Nt\n+ 0x00198d50 64757000 20202020 48726f75 74203220 dup. Hrout 2 \n+ 0x00198d60 20202020 20202020 20202020 20202020 \n+ 0x00198d70 20202020 7c205772 69746520 49643220 | Write Id2 \n+ 0x00198d80 6f6e2064 69736b00 4d657267 65204842 on disk.Merge HB\n+ 0x00198d90 4f4f4b20 66696c65 7320636f 6e746169 OOK files contai\n+ 0x00198da0 6e696e67 20686973 746f6772 616d7320 ning histograms \n+ 0x00198db0 616e642f 6f72206e 7475706c 65732e20 and/or ntuples. \n+ 0x00198dc0 4e747570 6c657320 61726520 6d657267 Ntuples are merg\n+ 0x00198dd0 65640000 616e6420 68697374 6f677261 ed..and histogra\n+ 0x00198de0 6d732077 69746820 74686520 73616d65 ms with the same\n+ 0x00198df0 20494420 61726520 61646465 642e2054 ID are added. T\n+ 0x00198e00 68652049 4e46494c 45532061 7265206d he INFILES are m\n+ 0x00198e10 65726765 6420696e 746f2061 206e6577 erged into a new\n+ 0x00198e20 00000000 66696c65 204f5554 46494c45 ....file OUTFILE\n+ 0x00198e30 2e204966 204f5554 46494c45 20616c72 . If OUTFILE alr\n+ 0x00198e40 65616479 20657869 7374732c 20697420 eady exists, it \n+ 0x00198e50 6973206f 76657277 72697474 656e2e00 is overwritten..\n+ 0x00198e60 49662074 68657265 20617265 20686973 If there are his\n+ 0x00198e70 746f6772 616d7320 696e2050 4157206d tograms in PAW m\n+ 0x00198e80 656d6f72 79207468 61742068 61766520 emory that have \n+ 0x00198e90 73616d65 00000000 6964656e 74696669 same....identifi\n+ 0x00198ea0 65727320 61732068 6973746f 6772616d ers as histogram\n+ 0x00198eb0 7320696e 206f6e65 206f6620 74686520 s in one of the \n+ 0x00198ec0 66696c65 7320746f 20626520 6d657267 files to be merg\n+ 0x00198ed0 65642c00 7468656e 20746865 20636f6e ed,.then the con\n+ 0x00198ee0 74656e74 73206f66 20746865 20686973 tents of the his\n+ 0x00198ef0 746f6772 616d7320 696e206d 656d6f72 tograms in memor\n+ 0x00198f00 79206172 65206164 64656420 746f2074 y are added to t\n+ 0x00198f10 686f7365 206f6600 74686520 68697374 hose of.the hist\n+ 0x00198f20 6f677261 6d732069 6e207468 65206669 ograms in the fi\n+ 0x00198f30 6c652e20 54686973 2063616e 20626520 le. This can be \n+ 0x00198f40 61766f69 64656420 62792064 656c6574 avoided by delet\n+ 0x00198f50 696e6720 74686500 6d656d6f 72792068 ing the.memory h\n+ 0x00198f60 6973746f 6772616d 20287573 696e6720 istogram (using \n+ 0x00198f70 482f4445 4c292062 65666f72 65206973 H/DEL) before is\n+ 0x00198f80 7375696e 67207468 6520484d 45524745 suing the HMERGE\n+ 0x00198f90 20636f6d 6d616e64 2e000000 42792064 command....By d\n+ 0x00198fa0 65666175 6c742048 4d455247 45207573 efault HMERGE us\n+ 0x00198fb0 65732074 68652061 75746f6d 61746963 es the automatic\n+ 0x00198fc0 20726563 6f726420 6c656e67 74682064 record length d\n+ 0x00198fd0 65746572 6d696e61 74696f6e 00000000 etermination....\n+ 0x00198fe0 746f206f 70656e20 74686520 696e7075 to open the inpu\n+ 0x00198ff0 74206669 6c65732e 20546869 7320776f t files. This wo\n+ 0x00199000 726b7320 666f7220 66696c65 73207769 rks for files wi\n+ 0x00199010 74682061 20726563 6f726400 6c656e67 th a record.leng\n+ 0x00199020 74682073 6d616c6c 6572206f 72206571 th smaller or eq\n+ 0x00199030 75616c20 746f2038 31393120 776f7264 ual to 8191 word\n+ 0x00199040 732e2046 6f722066 696c6573 20776974 s. For files wit\n+ 0x00199050 68206120 6c617267 65720000 7265636f h a larger..reco\n+ 0x00199060 7264206c 656e6774 68207468 6520666f rd length the fo\n+ 0x00199070 6c6c6f77 696e6720 73796e74 61782063 llowing syntax c\n+ 0x00199080 616e2062 65207573 652e0000 20205041 an be use... PA\n+ 0x00199090 57203e20 686d6572 6765204c 5245434c W > hmerge LRECL\n+ 0x001990a0 20313633 38342020 20202020 20202020 16384 \n+ 0x001990b0 20202020 20202020 207c204e 6577204c | New L\n+ 0x001990c0 5245434c 00000000 2020204e 65787420 RECL.... Next \n+ 0x001990d0 484d4552 47452077 696c6c20 75736520 HMERGE will use \n+ 0x001990e0 4c524543 4c203d20 31363338 34000000 LRECL = 16384...\n+ 0x001990f0 20205041 57203e20 686d6572 6765206f PAW > hmerge o\n+ 0x00199100 75742e68 626f6f6b 20696e31 2e68626f ut.hbook in1.hbo\n+ 0x00199110 6f6b2069 6e322e68 626f6f6b 207c2055 ok in2.hbook | U\n+ 0x00199120 73652074 6865206e 6577204c 5245434c se the new LRECL\n+ 0x00199130 00000000 546f2067 6f206261 636b2074 ....To go back t\n+ 0x00199140 6f207468 65206175 746f6d61 74696320 o the automatic \n+ 0x00199150 7265636f 7264206c 656e6774 68206465 record length de\n+ 0x00199160 7465726d 696e6174 696f6e20 6d6f6465 termination mode\n+ 0x00199170 206a7573 7420646f 3a000000 2020204e just do:... N\n+ 0x00199180 65787420 484d4552 47452077 696c6c20 ext HMERGE will \n+ 0x00199190 75736520 74686520 6175746f 2d726563 use the auto-rec\n+ 0x001991a0 6f726420 6c656e67 74682064 65746563 ord length detec\n+ 0x001991b0 74696f6e 00000000 416c6c20 74686520 tion....All the \n+ 0x001991c0 696e7075 74206669 6c657320 73686f75 input files shou\n+ 0x001991d0 6c642068 61766520 74686520 73616d65 ld have the same\n+ 0x001991e0 20726563 6f726420 6c656e67 74682e00 record length..\n+ 0x001991f0 5072696e 74206120 73756d6d 61727920 Print a summary \n+ 0x00199200 61626f75 74204e74 75706c65 2049444e about Ntuple IDN\n+ 0x00199210 2e000000 4e756d62 6572206f 6620656e ....Number of en\n+ 0x00199220 74726965 732c2076 61726961 626c6573 tries, variables\n+ 0x00199230 206e616d 65732061 6e64206c 696d6974 names and limit\n+ 0x00199240 73206172 65206c69 73746564 2e000000 s are listed....\n+ 0x00199250 4c697374 20616c6c 204e7475 706c6573 List all Ntuples\n+ 0x00199260 20696e20 74686520 43757272 656e7420 in the Current \n+ 0x00199270 44697265 63746f72 792e0000 4e6f7465 Directory...Note\n+ 0x00199280 20746861 74207468 6520636f 6d6d616e that the comman\n+ 0x00199290 64204849 53544f2f 4c495354 206c6973 d HISTO/LIST lis\n+ 0x001992a0 74732061 6c6c2068 6973746f 6772616d ts all histogram\n+ 0x001992b0 7320616e 64204e74 75706c65 73000000 s and Ntuples...\n+ 0x001992c0 43726561 74652061 20526f77 5f576973 Create a Row_Wis\n+ 0x001992d0 655f4e74 75706c65 2e202853 65652062 e_Ntuple. (See b\n+ 0x001992e0 656c6f77 20686f77 20746f20 63726561 elow how to crea\n+ 0x001992f0 74652061 20436f6c 756d6e5f 57697365 te a Column_Wise\n+ 0x00199300 5f4e7475 706c6529 2e000000 54686520 _Ntuple)....The \n+ 0x00199310 4e747570 6c65206d 61792062 65206372 Ntuple may be cr\n+ 0x00199320 65617465 64206569 74686572 20707572 eated either pur\n+ 0x00199330 656c7920 696e206d 656d6f72 79206f72 ely in memory or\n+ 0x00199340 20706f73 7369626c 79000000 7573696e possibly...usin\n+ 0x00199350 6720616e 20617574 6f6d6174 6963206f g an automatic o\n+ 0x00199360 76657266 6c6f7720 746f2061 6e20525a verflow to an RZ\n+ 0x00199370 2066696c 652e0000 4d656d6f 72792061 file...Memory a\n+ 0x00199380 6c6c6f63 6174696f 6e20776f 726b7320 llocation works \n+ 0x00199390 696e2074 68652066 6f6c6c6f 77696e67 in the following\n+ 0x001993a0 20776179 2e000000 49662043 48525a50 way....If CHRZP\n+ 0x001993b0 41203d20 27202027 2c207468 656e2061 A = ' ', then a\n+ 0x001993c0 2062616e 6b206f66 204e5052 494d4500 bank of NPRIME.\n+ 0x001993d0 776f7264 73206973 20637265 61746564 words is created\n+ 0x001993e0 2e205768 656e2074 68652073 70616365 . When the space\n+ 0x001993f0 20696e20 74686973 2062616e 6b206973 in this bank is\n+ 0x00199400 20657868 61757374 65642061 74206669 exhausted at fi\n+ 0x00199410 6c6c696e 67207469 6d652c00 61206e65 lling time,.a ne\n+ 0x00199420 77206c69 6e656172 20737472 75637475 w linear structu\n+ 0x00199430 7265206f 66206c65 6e677468 204e5052 re of length NPR\n+ 0x00199440 494d4520 69732063 72656174 65642061 IME is created a\n+ 0x00199450 6e642074 68697320 70726f63 65737320 nd this process \n+ 0x00199460 77696c6c 20626500 72657065 61746564 will be.repeated\n+ 0x00199470 2073686f 756c6420 74686520 73747275 should the stru\n+ 0x00199480 63747572 65206265 636f6d65 20657868 cture become exh\n+ 0x00199490 61757374 65642e00 49662043 48525a50 austed..If CHRZP\n+ 0x001994a0 4120636f 6e746169 6e732074 68652074 A contains the t\n+ 0x001994b0 6f702064 69726563 746f7279 206e616d op directory nam\n+ 0x001994c0 65206f66 20616e20 616c7265 61647920 e of an already \n+ 0x001994d0 65786973 74696e67 20525a20 66696c65 existing RZ file\n+ 0x001994e0 20286173 00000000 6465636c 61726564 (as....declared\n+ 0x001994f0 20776974 68204849 53544f2f 46494c45 with HISTO/FILE\n+ 0x00199500 292c2074 68656e20 61206261 6e6b206f ), then a bank o\n+ 0x00199510 66206c65 6e677468 204e5052 494d4520 f length NPRIME \n+ 0x00199520 69732061 6c736f20 63726561 7465642c is also created,\n+ 0x00199530 00000000 62757420 61742066 696c6c69 ....but at filli\n+ 0x00199540 6e672074 696d652c 20746869 73206261 ng time, this ba\n+ 0x00199550 6e6b2069 73206d6f 76656420 746f2074 nk is moved to t\n+ 0x00199560 68652052 5a206669 6c652077 68656e20 he RZ file when \n+ 0x00199570 66756c6c 2c20616e 64000000 7468656e full, and...then\n+ 0x00199580 20697420 6973206f 76657277 72697474 it is overwritt\n+ 0x00199590 656e2062 7920616e 79206e65 7720656e en by any new en\n+ 0x001995a0 74726965 732e0000 54686520 4e747570 tries...The Ntup\n+ 0x001995b0 6c652063 616e2062 65206669 6c6c6564 le can be filled\n+ 0x001995c0 20627920 63616c6c 696e6720 48464e20 by calling HFN \n+ 0x001995d0 66726f6d 20616e20 696e7465 72616374 from an interact\n+ 0x001995e0 6976656c 79000000 64656669 6e656420 ively...defined \n+ 0x001995f0 73756272 6f757469 6e652063 616c6c65 subroutine calle\n+ 0x00199600 64206279 20746865 20636f6d 6d616e64 d by the command\n+ 0x00199610 204e5455 504c452f 4c4f4f50 206f7220 NTUPLE/LOOP or \n+ 0x00199620 6279204e 5455504c 452f5245 41442e00 by NTUPLE/READ..\n+ 0x00199630 54686520 6e756d62 6572206f 66207661 The number of va\n+ 0x00199640 72696162 6c657320 70657220 64617461 riables per data\n+ 0x00199650 20706f69 6e742069 73206769 76656e20 point is given \n+ 0x00199660 696e2074 68652070 6172616d 65746572 in the parameter\n+ 0x00199670 204e5641 522e0000 546f2063 72656174 NVAR...To creat\n+ 0x00199680 65206120 436f6c75 6d6e5f57 6973655f e a Column_Wise_\n+ 0x00199690 4e747570 6c652c20 63726561 74652061 Ntuple, create a\n+ 0x001996a0 2066696c 652c2065 672e206e 65776e74 file, eg. newnt\n+ 0x001996b0 2e662020 77697468 3a000000 2020202a .f with:... *\n+ 0x001996c0 20202020 20202020 4578616d 706c6520 Example \n+ 0x001996d0 6f662061 20434f4d 49532073 7562726f of a COMIS subro\n+ 0x001996e0 7574696e 6520746f 20637265 61746520 utine to create \n+ 0x001996f0 61204e74 75706c65 20696e74 65726163 a Ntuple interac\n+ 0x00199700 74697665 6c792e00 2020202a 20202020 tively.. * \n+ 0x00199710 20202020 44617461 20697320 72656164 Data is read\n+ 0x00199720 2066726f 6d206120 74657874 20696e70 from a text inp\n+ 0x00199730 75742066 696c6500 20202020 20202020 ut file. \n+ 0x00199740 20636861 72616374 65722a38 206d6f74 character*8 mot\n+ 0x00199750 6865722c 696e312c 696e3200 20202020 her,in1,in2. \n+ 0x00199760 20202020 20636f6d 6d6f6e2f 6e747570 common/ntup\n+ 0x00199770 632f6d6f 74686572 2c696e31 2c696e32 c/mother,in1,in2\n+ 0x00199780 00000000 20202020 20202020 206f7065 .... ope\n+ 0x00199790 6e28756e 69743d6c 696e2c66 696c653d n(unit=lin,file=\n+ 0x001997a0 27646174 6166696c 652e6461 74272c73 'datafile.dat',s\n+ 0x001997b0 74617475 733d276f 6c642729 00000000 tatus='old')....\n+ 0x001997c0 20202020 20202020 2063616c 6c206872 call hr\n+ 0x001997d0 6f70656e 286c6f75 742c274e 5455504c open(lout,'NTUPL\n+ 0x001997e0 45272c27 4e65775f 4e747570 6c652e68 E','New_Ntuple.h\n+ 0x001997f0 626f6f6b 272c274e 272c3130 32342c69 book','N',1024,i\n+ 0x00199800 73746174 29000000 20202020 20202020 stat)... \n+ 0x00199810 2063616c 6c206862 6e742869 642c274e call hbnt(id,'N\n+ 0x00199820 6577204e 7475706c 65272c27 20272900 ew Ntuple',' ').\n+ 0x00199830 20202020 20202020 2063616c 6c206862 call hb\n+ 0x00199840 6e616d65 2869642c 276e7475 7072272c name(id,'ntupr',\n+ 0x00199850 786f7665 722c2758 4f564552 27290000 xover,'XOVER')..\n+ 0x00199860 20202020 20202020 2063616c 6c206862 call hb\n+ 0x00199870 6e616d63 2869642c 276e7475 7063272c namc(id,'ntupc',\n+ 0x00199880 6d6f7468 65722c27 4d4f5448 45523a63 mother,'MOTHER:c\n+ 0x00199890 2a382c69 6e313a63 2a382c69 6e323a63 *8,in1:c*8,in2:c\n+ 0x001998a0 2a382729 00000000 20202020 20313020 *8').... 10 \n+ 0x001998b0 20726561 64286c69 6e2c3130 30302c65 read(lin,1000,e\n+ 0x001998c0 6e643d32 302c6572 723d3230 29786f76 nd=20,err=20)xov\n+ 0x001998d0 65722c6d 6f746865 722c696e 312c696e er,mother,in1,in\n+ 0x001998e0 32000000 20202031 30303020 20666f72 2... 1000 for\n+ 0x001998f0 6d617428 6531352e 372c3278 2c612c37 mat(e15.7,2x,a,7\n+ 0x00199900 782c612c 37782c61 29000000 20202020 x,a,7x,a)... \n+ 0x00199910 20323020 2063616c 6c206872 6f757428 20 call hrout(\n+ 0x00199920 69642c69 6379636c 652c2720 27290000 id,icycle,' ')..\n+ 0x00199930 616e6420 7468656e 2063616c 6c207468 and then call th\n+ 0x00199940 69732072 6f757469 6e652076 69612074 is routine via t\n+ 0x00199950 68652043 414c4c20 636f6d6d 616e643a he CALL command:\n+ 0x00199960 00000000 4e747570 6c652063 72656174 ....Ntuple creat\n+ 0x00199970 696f6e20 616e6420 72656c61 74656420 ion and related \n+ 0x00199980 6f706572 6174696f 6e732e00 416e204e operations..An N\n+ 0x00199990 7475706c 65206973 20612073 6574206f tuple is a set o\n+ 0x001999a0 66206576 656e7473 2c207768 65726520 f events, where \n+ 0x001999b0 666f7220 65616368 20657665 6e742074 for each event t\n+ 0x001999c0 68652076 616c7565 206f6620 61206e75 he value of a nu\n+ 0x001999d0 6d626572 206f6600 76617269 61626c65 mber of.variable\n+ 0x001999e0 73206973 20726563 6f726465 642e2041 s is recorded. A\n+ 0x001999f0 6e204e74 75706c65 2063616e 20626520 n Ntuple can be \n+ 0x00199a00 76696577 65642061 73206120 7461626c viewed as a tabl\n+ 0x00199a10 65207769 74682065 61636820 726f7700 e with each row.\n+ 0x00199a20 636f7272 6573706f 6e64696e 6720746f corresponding to\n+ 0x00199a30 206f6e65 20657665 6e742061 6e642065 one event and e\n+ 0x00199a40 61636820 636f6c75 6d6e2063 6f727265 ach column corre\n+ 0x00199a50 73706f6e 64696e67 20746f20 67697665 sponding to give\n+ 0x00199a60 6e207661 72696162 6c652e00 70726f70 n variable..prop\n+ 0x00199a70 65727469 6573206f 66207468 65206461 erties of the da\n+ 0x00199a80 74612069 6e20616e 204e7475 706c6520 ta in an Ntuple \n+ 0x00199a90 63616e20 6e6f726d 616c6c79 20626520 can normally be \n+ 0x00199aa0 65787072 65737365 64206173 00000000 expressed as....\n+ 0x00199ab0 64697374 72696275 74696f6e 73206f66 distributions of\n+ 0x00199ac0 204e7475 706c6520 76617269 61626c65 Ntuple variable\n+ 0x00199ad0 73206f72 20617320 636f7272 656c6174 s or as correlat\n+ 0x00199ae0 696f6e73 20626574 7765656e 2074776f ions between two\n+ 0x00199af0 206f7220 6d6f7265 206f6600 74686573 or more of.thes\n+ 0x00199b00 65207661 72696162 6c65732e 20566572 e variables. Ver\n+ 0x00199b10 79206f66 74656e20 69742069 73207573 y often it is us\n+ 0x00199b20 6566756c 20746f20 63726561 74652074 eful to create t\n+ 0x00199b30 68657365 20646973 74726962 7574696f hese distributio\n+ 0x00199b40 6e732066 726f6d00 61207375 62736574 ns from.a subset\n+ 0x00199b50 206f6620 74686520 64617461 20627920 of the data by \n+ 0x00199b60 696d706f 73696e67 20637574 73206f6e imposing cuts on\n+ 0x00199b70 20736f6d 65206f66 20746865 20766172 some of the var\n+ 0x00199b80 6961626c 65732e00 61766169 6c61626c iables..availabl\n+ 0x00199b90 6520746f 20504157 20627920 6f70656e e to PAW by open\n+ 0x00199ba0 696e6720 61206469 72656374 20616363 ing a direct acc\n+ 0x00199bb0 65737320 66696c65 3b207468 69732066 ess file; this f\n+ 0x00199bc0 696c652c 20617320 6265656e 20707265 ile, as been pre\n+ 0x00199bd0 76696f75 736c7900 77697468 20616e20 viously.with an \n+ 0x00199be0 70726f67 72616d20 7573696e 67204842 program using HB\n+ 0x00199bf0 4f4f4b2e 20412073 746f7261 67652061 OOK. A storage a\n+ 0x00199c00 72656120 666f7220 616e204e 7475706c rea for an Ntupl\n+ 0x00199c10 65206d61 7920616c 736f2062 65206372 e may also be cr\n+ 0x00199c20 65617465 64000000 64697265 63746c79 eated...directly\n+ 0x00199c30 20757369 6e67204e 5455504c 452f4352 using NTUPLE/CR\n+ 0x00199c40 45415445 3b206461 7461206d 61792074 EATE; data may t\n+ 0x00199c50 68656e20 62652073 746f7265 6420696e hen be stored in\n+ 0x00199c60 20746865 20616c6c 6f636174 65642073 the allocated s\n+ 0x00199c70 70616365 00000000 7573696e 67207468 pace....using th\n+ 0x00199c80 65204e54 55504c45 2f4c4f4f 50206f72 e NTUPLE/LOOP or\n+ 0x00199c90 204e5455 504c452f 52454144 20636f6d NTUPLE/READ com\n+ 0x00199ca0 6d616e64 732e204f 74686572 20636f6d mands. Other com\n+ 0x00199cb0 6d616e64 73206d65 72676520 4e747570 mands merge Ntup\n+ 0x00199cc0 6c657300 696e746f 206c6172 67657220 les.into larger \n+ 0x00199cd0 4e747570 6c65732c 2070726f 6a656374 Ntuples, project\n+ 0x00199ce0 20766563 746f7220 66756e63 74696f6e vector function\n+ 0x00199cf0 73206f66 20746865 204e7475 706c6520 s of the Ntuple \n+ 0x00199d00 76617269 61626c65 7320696e 746f0000 variables into..\n+ 0x00199d10 68697374 6f677261 6d732c20 616e6420 histograms, and \n+ 0x00199d20 706c6f74 2073656c 65637465 64207375 plot selected su\n+ 0x00199d30 62736574 73206f66 20657665 6e74732e bsets of events.\n+ 0x00199d40 00000000 4368616e 67652074 68652061 ....Change the a\n+ 0x00199d50 6e676c65 20757365 64206279 2046554e ngle used by FUN\n+ 0x00199d60 2f445241 5720616e 64204849 53544f2f /DRAW and HISTO/\n+ 0x00199d70 504c4f54 2e000000 4368616e 67652074 PLOT....Change t\n+ 0x00199d80 68652072 616e6765 20757365 64206279 he range used by\n+ 0x00199d90 2046554e 2f445241 572e0000 4368616e FUN/DRAW...Chan\n+ 0x00199da0 67652074 6865206e 756d6265 72206f66 ge the number of\n+ 0x00199db0 20706f69 6e747320 746f2062 65207573 points to be us\n+ 0x00199dc0 65642062 79204655 4e2f4452 41570000 ed by FUN/DRAW..\n+ 0x00199dd0 616e6420 46554e2f 504c4f54 2e204e6f and FUN/PLOT. No\n+ 0x00199de0 74652074 68617420 74686520 64656661 te that the defa\n+ 0x00199df0 756c7420 666f7220 4e505820 69732032 ult for NPX is 2\n+ 0x00199e00 3020666f 7220332d 44696d20 706c6f74 0 for 3-Dim plot\n+ 0x00199e10 73000000 2846554e 2f445241 57292062 s...(FUN/DRAW) b\n+ 0x00199e20 75742069 74206973 20313030 20666f72 ut it is 100 for\n+ 0x00199e30 20312d44 696d2070 6c6f7473 20284655 1-Dim plots (FU\n+ 0x00199e40 4e2f504c 4f54292e 00000000 436f6e6e N/PLOT).....Conn\n+ 0x00199e50 65637420 6368616e 6e656c20 636f6e74 ect channel cont\n+ 0x00199e60 656e7473 20627920 61206c69 6e652e00 ents by a line..\n+ 0x00199e70 506c6f74 2073696e 676c652d 76616c75 Plot single-valu\n+ 0x00199e80 65642066 756e6374 696f6e20 5546554e ed function UFUN\n+ 0x00199e90 43206265 74776565 6e20584c 4f572061 C between XLOW a\n+ 0x00199ea0 6e642058 55502e00 54686520 66756e63 nd XUP..The func\n+ 0x00199eb0 74696f6e 20554655 4e43206d 61792062 tion UFUNC may b\n+ 0x00199ec0 65206769 76656e20 696e2074 776f2077 e given in two w\n+ 0x00199ed0 6179733a 00000000 2d416e20 65787072 ays:....-An expr\n+ 0x00199ee0 65737369 6f6e206f 66207468 65207661 ession of the va\n+ 0x00199ef0 72696162 6c652078 20696e20 63617365 riable x in case\n+ 0x00199f00 206f6620 61207369 6d706c65 2066756e of a simple fun\n+ 0x00199f10 6374696f 6e2e0000 2d554655 4e432069 ction...-UFUNC i\n+ 0x00199f20 73207468 65206e61 6d65206f 66206120 s the name of a \n+ 0x00199f30 434f4d49 53206675 6e637469 6f6e2069 COMIS function i\n+ 0x00199f40 6e206120 74657874 2066696c 65207769 n a text file wi\n+ 0x00199f50 74682074 68650000 6e616d65 20554655 th the..name UFU\n+ 0x00199f60 4e432e46 206f7220 5546554e 432e464f NC.F or UFUNC.FO\n+ 0x00199f70 52202855 4e49582c 20564d53 292e0000 R (UNIX, VMS)...\n+ 0x00199f80 466f7220 6578616d 706c652c 20696620 For example, if \n+ 0x00199f90 74686520 66696c65 20465445 53542e46 the file FTEST.F\n+ 0x00199fa0 20636f6e 7461696e 733a0000 20202020 contains:.. \n+ 0x00199fb0 20204654 4553543d 53494e28 58292a45 FTEST=SIN(X)*E\n+ 0x00199fc0 5850282d 302e312a 58290000 636f6465 XP(-0.1*X)..code\n+ 0x00199fd0 20696e20 74686520 66696c65 20465445 in the file FTE\n+ 0x00199fe0 53542e46 20616e64 20647261 77207468 ST.F and draw th\n+ 0x00199ff0 65206675 6e637469 6f6e2066 6f722078 e function for x\n+ 0x0019a000 00000000 54686520 6e756d62 6572206f ....The number o\n+ 0x0019a010 6620706f 696e7473 20746f20 6576616c f points to eval\n+ 0x0019a020 75617465 20746865 2066756e 6374696f uate the functio\n+ 0x0019a030 6e206265 74776565 6e20584c 4f572061 n between XLOW a\n+ 0x0019a040 6e642058 55500000 63616e20 62652063 nd XUP..can be c\n+ 0x0019a050 68616e67 65642062 79207468 6520636f hanged by the co\n+ 0x0019a060 6d6d616e 64202f46 554e2f50 4f494e54 mmand /FUN/POINT\n+ 0x0019a070 532e204f 6e6c7920 312d4469 6d206675 S. Only 1-Dim fu\n+ 0x0019a080 6e637469 6f6e7300 61726520 73757070 nctions.are supp\n+ 0x0019a090 6f727465 642e2046 6f722032 2d44696d orted. For 2-Dim\n+ 0x0019a0a0 20757365 2046554e 322e0000 54686973 use FUN2...This\n+ 0x0019a0b0 20636f6d 6d616e64 20637265 61746520 command create \n+ 0x0019a0c0 616e6420 66696c6c 20612031 44206869 and fill a 1D hi\n+ 0x0019a0d0 73746f67 72616d20 77697468 20746865 stogram with the\n+ 0x0019a0e0 20696465 6e746966 69657220 31323334 identifier 1234\n+ 0x0019a0f0 352e2049 66000000 74686973 20686973 5. 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The number of \n+ 0x0019a310 706f696e 74730000 746f2065 76616c75 points..to evalu\n+ 0x0019a320 61746520 74686520 66756e63 74696f6e ate the function\n+ 0x0019a330 20626574 7765656e 20584c4f 572c2058 between XLOW, X\n+ 0x0019a340 55502059 4c4f572c 20595550 2c20616e UP YLOW, YUP, an\n+ 0x0019a350 64205a4c 4f572c20 5a555000 63616e20 d ZLOW, ZUP.can \n+ 0x0019a360 62652063 68616e67 65642062 79207468 be changed by th\n+ 0x0019a370 6520636f 6d6d616e 6420504f 494e5453 e command POINTS\n+ 0x0019a380 204e5058 204e5059 204e505a 2e000000 NPX NPY NPZ....\n+ 0x0019a390 2d204173 20616e20 65787072 65737369 - As an expressi\n+ 0x0019a3a0 6f6e206f 66207468 65207661 72696162 on of the variab\n+ 0x0019a3b0 6c657320 582c2059 2c205a20 696e2074 les X, Y, Z in t\n+ 0x0019a3c0 68652063 61736520 6f662061 00000000 he case of a....\n+ 0x0019a3d0 20205041 57203e20 2046554e 2f445241 PAW > FUN/DRA\n+ 0x0019a3e0 5720582a 592a5a20 20202020 20202020 W X*Y*Z \n+ 0x0019a3f0 7c206571 75697661 6c656e74 20746f20 | equivalent to \n+ 0x0019a400 3a000000 20205041 57203e20 2046554e :... PAW > FUN\n+ 0x0019a410 2f445241 5720582a 2a322b59 2a2a322b /DRAW X**2+Y**2+\n+ 0x0019a420 5a2a2a32 3d310000 20205041 57203e20 Z**2=1.. PAW > \n+ 0x0019a430 2046554e 2f445241 5720582a 2a322b59 FUN/DRAW X**2+Y\n+ 0x0019a440 2a2a323d 312d5a2a 2a320000 2d204173 **2=1-Z**2..- As\n+ 0x0019a450 20612043 4f4d4953 2066756e 6374696f a COMIS functio\n+ 0x0019a460 6e20696e 20612074 65787420 66696c65 n in a text file\n+ 0x0019a470 20286674 6573742e 6620666f 72206578 (ftest.f for ex\n+ 0x0019a480 616d706c 65290000 20202020 46544553 ample).. FTES\n+ 0x0019a490 543d2858 2b302e35 292a2a32 2b28592b T=(X+0.5)**2+(Y+\n+ 0x0019a4a0 302e3529 2a2a322b 285a2b30 2e35292a 0.5)**2+(Z+0.5)*\n+ 0x0019a4b0 2a322d30 2e320000 20202020 46544553 *2-0.2.. FTES\n+ 0x0019a4c0 543d2858 2d302e35 292a2a32 2b28592d T=(X-0.5)**2+(Y-\n+ 0x0019a4d0 302e3529 2a2a322b 285a2d30 2e35292a 0.5)**2+(Z-0.5)*\n+ 0x0019a4e0 2a322d30 2e310000 20504157 203e2052 *2-0.1.. PAW > R\n+ 0x0019a4f0 414e4745 202d3120 31202d31 2031202d ANGE -1 1 -1 1 -\n+ 0x0019a500 31203120 207c2044 6566696e 65207468 1 1 | Define th\n+ 0x0019a510 65207261 6e676520 61732061 20637562 e range as a cub\n+ 0x0019a520 65206265 74776565 6e202d31 20312069 e between -1 1 i\n+ 0x0019a530 6e000000 20202020 20202020 20202020 n... \n+ 0x0019a540 20202020 20202020 20202020 20202020 \n+ 0x0019a550 207c2074 68652033 20646972 65637469 | the 3 directi\n+ 0x0019a560 6f6e7300 20504157 203e2050 4f494e54 ons. PAW > POINT\n+ 0x0019a570 53203230 20323020 32302020 20202020 S 20 20 20 \n+ 0x0019a580 207c2046 554e2f44 52415720 77696c6c | FUN/DRAW will\n+ 0x0019a590 20757365 20323020 706f696e 74732069 use 20 points i\n+ 0x0019a5a0 6e207468 65203300 20202020 20202020 n the 3. \n+ 0x0019a5b0 20202020 20202020 20202020 20202020 \n+ 0x0019a5c0 20202020 207c2064 69726563 74696f6e | direction\n+ 0x0019a5d0 73000000 20504157 203e2046 554e2f44 s... 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....Create the h\n- 0x0019a6a0 6973746f 6772616d 2028646f 6e277420 istogram (don't \n- 0x0019a6b0 64726177 292e0000 44726177 20322d44 draw)...Draw 2-D\n- 0x0019a6c0 696d2077 69746820 70726f70 6f727469 im with proporti\n- 0x0019a6d0 6f6e616c 20626f78 65732e00 44726177 onal boxes..Draw\n- 0x0019a6e0 20322d44 696d2077 69746820 6120636f 2-Dim with a co\n- 0x0019a6f0 6c6f7572 20746162 6c652e00 55736564 lour table..Used\n- 0x0019a700 20776974 6820434f 4c206f72 20535552 with COL or SUR\n- 0x0019a710 462c2069 74206472 61777320 74686520 F, it draws the \n- 0x0019a720 636f6c6f 7572206d 61702e00 44726177 colour map..Draw\n- 0x0019a730 20617320 61207375 72666163 6520706c as a surface pl\n- 0x0019a740 6f742028 616e676c 65732061 72652073 ot (angles are s\n- 0x0019a750 65742076 69612074 68652063 6f6d6d61 et via the comma\n- 0x0019a760 6e642061 6e676c65 292e0000 44726177 nd angle)...Draw\n- 0x0019a770 20617320 61207375 72666163 65207769 as a surface wi\n- 0x0019a780 74682063 6f6c6f75 72206c65 76656c73 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2e000000 for 3D plots....\n- 0x0019a970 506f6c61 7220636f 6f726469 6e617465 Polar coordinate\n- 0x0019a980 7320666f 72203344 20706c6f 74732e00 s for 3D plots..\n- 0x0019a990 53706865 72696361 6c20636f 6f726469 Spherical coordi\n- 0x0019a9a0 6e617465 7320666f 72203344 20706c6f nates for 3D plo\n- 0x0019a9b0 74732e00 50736575 646f2d72 61706964 ts..Pseudo-rapid\n- 0x0019a9c0 6974792f 70686920 636f6f72 64696e61 ity/phi coordina\n- 0x0019a9d0 74657320 666f7220 33442070 6c6f7473 tes for 3D plots\n- 0x0019a9e0 2e000000 43726561 74652061 2074776f ....Create a two\n- 0x0019a9f0 2064696d 656e7369 6f6e616c 20686973 dimensional his\n- 0x0019aa00 746f6772 616d2061 6e642066 696c6c00 togram and fill.\n- 0x0019aa10 74686520 62696e73 20776974 68207468 the bins with th\n- 0x0019aa20 65207661 6c756573 206f6620 61202874 e values of a (t\n- 0x0019aa30 776f2d76 616c7565 64292066 756e6374 wo-valued) funct\n- 0x0019aa40 696f6e2e 00000000 2d204173 20616e20 ion.....- As an \n- 0x0019aa50 65787072 65737369 6f6e206f 66207468 expression of th\n- 0x0019aa60 65207661 72696162 6c657320 7820616e e variables x an\n- 0x0019aa70 64207920 696e2063 61736520 6f662061 d y in case of a\n- 0x0019aa80 2073696d 706c6520 66756e63 74696f6e simple function\n- 0x0019aa90 2e000000 20205041 57203e20 46554e32 .... PAW > FUN2\n- 0x0019aaa0 20313020 41425328 53494e28 582a2a32 10 ABS(SIN(X**2\n- 0x0019aab0 2b592a2a 32292920 3430202d 32203220 +Y**2)) 40 -2 2 \n- 0x0019aac0 3430202d 32203220 434f4e54 00000000 40 -2 2 CONT....\n- 0x0019aad0 20205041 57203e20 46554e32 20313020 PAW > FUN2 10 \n- 0x0019aae0 46544553 542e4628 582c5929 20343020 FTEST.F(X,Y) 40 \n- 0x0019aaf0 2d322032 20343020 2d322032 20434f4e -2 2 40 -2 2 CON\n- 0x0019ab00 54000000 44726177 20657272 6f722062 T...Draw error b\n- 0x0019ab10 61727320 616e6420 63757272 656e7420 ars and current \n- 0x0019ab20 6d61726b 65722e00 44726177 20657272 marker..Draw err\n- 0x0019ab30 6f722062 61727320 77697468 6f757420 or bars without \n- 0x0019ab40 73796d62 6f6c7320 636c6970 70696e67 symbols clipping\n- 0x0019ab50 2e000000 44726177 20612066 696c6c65 ....Draw a fille\n- 0x0019ab60 64206172 65612074 68726f75 67682074 d area through t\n- 0x0019ab70 68652065 6e642070 6f696e74 73206f66 he end points of\n- 0x0019ab80 20746865 20766572 7469616c 6c206572 the vertiall er\n- 0x0019ab90 726f7220 62617273 2e000000 44726177 ror bars....Draw\n- 0x0019aba0 20612073 6d6f6f74 68656420 66696c6c a smoothed fill\n- 0x0019abb0 65642061 72656120 7468726f 75676820 ed area through \n- 0x0019abc0 74686520 656e6420 706f696e 7473206f the end points o\n- 0x0019abd0 20682065 72727474 69696363 61616c20 h errttiiccaal \n- 0x0019abe0 6572726f 72206261 72732e00 43726561 error bars..Crea\n- 0x0019abf0 74652061 206f6e65 2064696d 656e7369 te a one dimensi\n- 0x0019ac00 6f6e616c 20686973 746f6772 616d2061 onal histogram a\n- 0x0019ac10 6e642066 696c6c20 74686520 62696e73 nd fill the bins\n- 0x0019ac20 20776974 68207468 65000000 76616c75 with the...valu\n- 0x0019ac30 6573206f 66206120 2873696e 676c652d es of a (single-\n- 0x0019ac40 76616c75 65642920 66756e63 74696f6e valued) function\n- 0x0019ac50 2e000000 2d204173 20616e20 65787072 ....- As an expr\n- 0x0019ac60 65737369 6f6e206f 66207468 65207661 ession of the va\n- 0x0019ac70 72696162 6c652058 20696e20 63617365 riable X in case\n- 0x0019ac80 206f6620 61207369 6d706c65 2066756e of a simple fun\n- 0x0019ac90 6374696f 6e2e2045 78616d70 6c653a00 ction. Example:.\n- 0x0019aca0 20205041 57203e20 46554e31 20203130 PAW > FUN1 10\n- 0x0019acb0 2053494e 2858292f 58202031 30302030 SIN(X)/X 100 0\n- 0x0019acc0 20313000 2d204173 20612043 4f4d4953 10.- As a COMIS\n- 0x0019acd0 2066756e 6374696f 6e20696e 20612074 function in a t\n- 0x0019ace0 65787420 66696c65 20286674 6573742e ext file (ftest.\n- 0x0019acf0 6620666f 72206578 616d706c 65292e20 f for example). \n- 0x0019ad00 54686520 66696c65 20667465 73742e66 The file ftest.f\n- 0x0019ad10 00000000 20205041 57203e20 46554e31 .... PAW > FUN1\n- 0x0019ad20 20313020 46544553 542e4628 58292031 10 FTEST.F(X) 1\n- 0x0019ad30 30302030 20313000 4f706572 6174696f 00 0 10.Operatio\n- 0x0019ad40 6e732077 69746820 46756e63 74696f6e ns with Function\n- 0x0019ad50 732e2043 72656174 696f6e20 616e6420 s. Creation and \n- 0x0019ad60 706c6f74 74696e67 2e000000 55736520 plotting....Use \n- 0x0019ad70 636f6c6f 75722074 6f206469 7374696e colour to distin\n- 0x0019ad80 67756973 6820636f 6e746f75 72732e00 guish contours..\n- 0x0019ad90 55736520 6c696e65 20737479 6c652074 Use line style t\n- 0x0019ada0 6f206469 7374696e 67756973 6820636f o distinguish co\n- 0x0019adb0 6e746f75 72732e00 4c696e65 20737479 ntours..Line sty\n- 0x0019adc0 6c652061 6e642063 6f6c6f75 72206172 le and colour ar\n- 0x0019add0 65207468 65207361 6d652066 6f722061 e the same for a\n- 0x0019ade0 6c6c2063 6f6e746f 7572732e 00000000 ll contours.....\n- 0x0019adf0 54686520 636f6e74 6f757220 69732064 The contour is d\n- 0x0019ae00 7261776e 20776974 68206669 6c6c6564 rawn with filled\n- 0x0019ae10 20636f6c 6f757220 6c657665 6c732e20 colour levels. \n- 0x0019ae20 54686520 6c657665 6c732061 65657175 The levels aeequ\n- 0x0019ae30 75696964 69737461 6e742e20 54686520 uiidistant. The \n- 0x0019ae40 636f6c6f 75722069 6e646963 65732061 colour indices a\n- 0x0019ae50 72652074 616b656e 20696e20 68206375 re taken in h cu\n- 0x0019ae60 7272656e 74742070 616c6574 20646566 rrentt palet def\n- 0x0019ae70 696e6564 20776974 68207468 65636f6d ined with thecom\n- 0x0019ae80 6d616e6e 64205041 4c455454 45292e20 mannd PALETTE). \n- 0x0019ae90 49662074 68656520 6e756d65 72206f66 If thee numer of\n- 0x0019aea0 206c6576 656c6c73 20284c56 4c206973 levells (LVL is\n- 0x0019aeb0 20677265 61747465 72207468 616e2074 greatter than t\n- 0x0019aec0 6865206e 756d6265 72206f66 65747269 he number ofetri\n- 0x0019aed0 65732069 696e6e6e 6e207468 65637572 es iinnnn thecur\n- 0x0019aee0 72656e74 2070616c 6c657465 20686520 rent pallete he \n- 0x0019aef0 70616c65 74746520 69732065 78706c6f palette is explo\n- 0x0019af00 72652061 67616169 696e2066 6f207474 re agaaiin fo tt\n- 0x0019af10 68686520 62656769 6e6e6e69 6e672069 hhe beginnning i\n- 0x0019af20 6e206f72 64657220 746f2072 65616368 n order to reach\n- 0x0019af30 204e4c45 56454c2e 00000000 44726177 NLEVEL.....Draw\n- 0x0019af40 20612063 6f6e746f 75722070 6c6f7420 a contour plot \n- 0x0019af50 66726f6d 20612032 2d44696d 20686973 from a 2-Dim his\n- 0x0019af60 746f6772 616d2e00 49662050 4152414d togram..If PARAM\n- 0x0019af70 20697320 6e6f7420 67697665 6e2c2063 is not given, c\n- 0x0019af80 6f6e746f 7572206c 6576656c 73206172 ontour levels ar\n- 0x0019af90 65206571 75696469 7374616e 742e0000 e equidistant...\n- 0x0019afa0 49662067 6976656e 2c207468 65207665 If given, the ve\n- 0x0019afb0 63746f72 20504152 414d206d 61792063 ctor PARAM may c\n- 0x0019afc0 6f6e7461 696e2075 7020746f 20353020 ontain up to 50 \n- 0x0019afd0 76616c75 65732e00 20202020 46756e32 values.. Fun2\n- 0x0019afe0 20322078 2a792034 30203020 31203430 2 x*y 40 0 1 40\n- 0x0019aff0 20302031 20272027 2020207c 20437265 0 1 ' ' | Cre\n- 0x0019b000 61746520 61203244 20686973 746f6772 ate a 2D histogr\n- 0x0019b010 616d0000 20202020 562f4372 20504152 am.. V/Cr PAR\n- 0x0019b020 28352920 52202e31 202e3131 202e3320 (5) R .1 .11 .3 \n- 0x0019b030 2e333120 2e35207c 20446566 696e6520 .31 .5 | Define \n- 0x0019b040 74686520 636f6e74 6f757273 00000000 the contours....\n- 0x0019b050 20202020 436f6e74 6f757220 32203520 Contour 2 5 \n- 0x0019b060 21205041 52202020 20202020 20202020 ! PAR \n- 0x0019b070 2020207c 20447261 77207468 65206e6f | Draw the no\n- 0x0019b080 6e206571 75696469 7374616e 7420636f n equidistant co\n- 0x0019b090 6e746f75 72730000 54686520 6e6f6e20 ntours..The non \n- 0x0019b0a0 65717569 64697374 616e7420 636f6e74 equidistant cont\n- 0x0019b0b0 6f757273 20617265 206e6f74 20696d70 ours are not imp\n- 0x0019b0c0 6c656d65 6e746564 20776974 68207468 lemented with th\n- 0x0019b0d0 65206f70 74696f6e 20273327 2e000000 e option '3'....\n- 0x0019b0e0 4f707469 6f6e7320 4c4f4758 20616e64 Options LOGX and\n- 0x0019b0f0 204c4f47 59206172 65206e6f 74206163 LOGY are not ac\n- 0x0019b100 74697665 206f6e20 636f6e74 6f757220 tive on contour \n- 0x0019b110 706c6f74 732e2069 653a0000 636f6e74 plots. ie:..cont\n- 0x0019b120 6f757220 706c6f74 73206172 6520616c our plots are al\n- 0x0019b130 77617973 20706c6f 74746564 20776974 ways plotted wit\n- 0x0019b140 68206c69 6e656172 20736361 6c657320 h linear scales \n- 0x0019b150 616c6f6e 67205820 616e6420 59206178 along X and Y ax\n- 0x0019b160 69732e00 48696464 656e206c 696e6520 is..Hidden line \n- 0x0019b170 616c676f 72697468 6d206973 20757365 algorithm is use\n- 0x0019b180 642e0000 48696464 656e2073 75726661 d...Hidden surfa\n- 0x0019b190 63652061 6c676f72 6974686d 20697320 ce algorithm is \n- 0x0019b1a0 75736564 20616e64 20656163 68206365 used and each ce\n- 0x0019b1b0 6c6c2069 73206669 6c6c6564 20776974 ll is filled wit\n- 0x0019b1c0 206f6c6f 75722063 636f7272 6570706e olour ccorreppn\n- 0x0019b1d0 69672074 6f6f2074 6865205a 2076616c ig too the Z val\n- 0x0019b1e0 75652028 6f722067 72657920 7363616c ue (or grey scal\n- 0x0019b1f0 65207769 74682050 6f6f7373 74745363 e with PoossttSc\n- 0x0019b200 72697074 292e2049 74206973 20706f73 ript). It is pos\n- 0x0019b210 696c6520 746f2063 68616e67 65207468 ile to change th\n- 0x0019b220 65207365 74206f66 20636f6c 6f757273 e set of colours\n- 0x0019b230 20757365 64207769 74682053 53454545 used with SSEEE\n- 0x0019b240 54204843 4f4c2069 632e4c20 77686572 T HCOL ic.L wher\n- 0x0019b250 654c2064 6566696e 65206120 70616c65 eL define a pale\n- 0x0019b260 74746520 6f662063 6f6c6f75 72732069 tte of colours i\n- 0x0019b270 65206279 20746865 2063636f 6f6d6d61 e by the ccoomma\n- 0x0019b280 64204154 542f5050 414c4554 54452e00 d ATT/PPALETTE..\n+ 0x0019a680 20202020 20202020 207c2061 6e642053 | and S\n+ 0x0019a690 51525428 302e3129 00000000 43726561 QRT(0.1)....Crea\n+ 0x0019a6a0 74652074 68652068 6973746f 6772616d te the histogram\n+ 0x0019a6b0 2028646f 6e277420 64726177 292e0000 (don't draw)...\n+ 0x0019a6c0 44726177 20322d44 696d2077 69746820 Draw 2-Dim with \n+ 0x0019a6d0 70726f70 6f727469 6f6e616c 20626f78 proportional box\n+ 0x0019a6e0 65732e00 44726177 20322d44 696d2077 es..Draw 2-Dim w\n+ 0x0019a6f0 69746820 6120636f 6c6f7572 20746162 ith a colour tab\n+ 0x0019a700 6c652e00 55736564 20776974 6820434f le..Used with CO\n+ 0x0019a710 4c206f72 20535552 462c2069 74206472 L or SURF, it dr\n+ 0x0019a720 61777320 74686520 636f6c6f 7572206d aws the colour m\n+ 0x0019a730 61702e00 44726177 20617320 61207375 ap..Draw as a su\n+ 0x0019a740 72666163 6520706c 6f742028 616e676c rface plot (angl\n+ 0x0019a750 65732061 72652073 65742076 69612074 es are set via t\n+ 0x0019a760 68652063 6f6d6d61 6e642061 6e676c65 he command angle\n+ 0x0019a770 292e0000 44726177 20617320 61207375 )...Draw as a su\n+ 0x0019a780 72666163 65207769 74682063 6f6c6f75 rface with colou\n+ 0x0019a790 72206c65 76656c73 00000000 53616d65 r levels....Same\n+ 0x0019a7a0 20617320 53555246 31206275 74207769 as SURF1 but wi\n+ 0x0019a7b0 74686f75 74206365 6c6c206c 696e6573 thout cell lines\n+ 0x0019a7c0 2e000000 53616d65 20617320 53555246 ....Same as SURF\n+ 0x0019a7d0 20627574 20776974 68207468 6520636f but with the co\n+ 0x0019a7e0 6e746f75 7220706c 6f742028 696e2063 ntour plot (in c\n+ 0x0019a7f0 6f6c6f75 7229206f 6e20746f 702e0000 olour) on top...\n+ 0x0019a800 44726177 20617320 61207375 72666163 Draw as a surfac\n+ 0x0019a810 65207769 74682047 6f757261 75642073 e with Gouraud s\n+ 0x0019a820 68616469 6e672e00 44726177 20617320 hading..Draw as \n+ 0x0019a830 61206c65 676f2070 6c6f7420 28616e67 a lego plot (ang\n+ 0x0019a840 6c657320 61726520 73657420 76696120 les are set via \n+ 0x0019a850 74686520 636f6d6d 616e6420 616e676c the command angl\n+ 0x0019a860 65292e00 44726177 206c6567 6f20706c e)..Draw lego pl\n+ 0x0019a870 6f742077 69746820 6c696768 74207369 ot with light si\n+ 0x0019a880 6d756c61 74696f6e 2e000000 44726177 mulation....Draw\n+ 0x0019a890 206c6567 6f20706c 6f742077 69746820 lego plot with \n+ 0x0019a8a0 636f6c6f 7572206c 6576656c 732e0000 colour levels...\n+ 0x0019a8b0 53757070 72657373 20746865 20426163 Suppress the Bac\n+ 0x0019a8c0 6b20426f 78206f6e 20334420 706c6f74 k Box on 3D plot\n+ 0x0019a8d0 732e0000 53757070 72657373 20746865 s...Suppress the\n+ 0x0019a8e0 2046726f 6e742042 6f78206f 6e203344 Front Box on 3D\n+ 0x0019a8f0 20706c6f 74732e00 44726177 20322d44 plots..Draw 2-D\n+ 0x0019a900 696d2061 73206120 636f6e74 6f757220 im as a contour \n+ 0x0019a910 706c6f74 20283135 206c6576 656c7329 plot (15 levels)\n+ 0x0019a920 2e000000 44726177 20322d44 696d2077 ....Draw 2-Dim w\n+ 0x0019a930 69746820 63686172 61637465 72732028 ith characters (\n+ 0x0019a940 61206c61 2048424f 4f4b292e 00000000 a la HBOOK).....\n+ 0x0019a950 43796c69 6e647269 63616c20 636f6f72 Cylindrical coor\n+ 0x0019a960 64696e61 74657320 666f7220 33442070 dinates for 3D p\n+ 0x0019a970 6c6f7473 2e000000 506f6c61 7220636f lots....Polar co\n+ 0x0019a980 6f726469 6e617465 7320666f 72203344 ordinates for 3D\n+ 0x0019a990 20706c6f 74732e00 53706865 72696361 plots..Spherica\n+ 0x0019a9a0 6c20636f 6f726469 6e617465 7320666f l coordinates fo\n+ 0x0019a9b0 72203344 20706c6f 74732e00 50736575 r 3D plots..Pseu\n+ 0x0019a9c0 646f2d72 61706964 6974792f 70686920 do-rapidity/phi \n+ 0x0019a9d0 636f6f72 64696e61 74657320 666f7220 coordinates for \n+ 0x0019a9e0 33442070 6c6f7473 2e000000 43726561 3D plots....Crea\n+ 0x0019a9f0 74652061 2074776f 2064696d 656e7369 te a two dimensi\n+ 0x0019aa00 6f6e616c 20686973 746f6772 616d2061 onal histogram a\n+ 0x0019aa10 6e642066 696c6c00 74686520 62696e73 nd fill.the bins\n+ 0x0019aa20 20776974 68207468 65207661 6c756573 with the values\n+ 0x0019aa30 206f6620 61202874 776f2d76 616c7565 of a (two-value\n+ 0x0019aa40 64292066 756e6374 696f6e2e 00000000 d) function.....\n+ 0x0019aa50 2d204173 20616e20 65787072 65737369 - As an expressi\n+ 0x0019aa60 6f6e206f 66207468 65207661 72696162 on of the variab\n+ 0x0019aa70 6c657320 7820616e 64207920 696e2063 les x and y in c\n+ 0x0019aa80 61736520 6f662061 2073696d 706c6520 ase of a simple \n+ 0x0019aa90 66756e63 74696f6e 2e000000 20205041 function.... PA\n+ 0x0019aaa0 57203e20 46554e32 20313020 41425328 W > FUN2 10 ABS(\n+ 0x0019aab0 53494e28 582a2a32 2b592a2a 32292920 SIN(X**2+Y**2)) \n+ 0x0019aac0 3430202d 32203220 3430202d 32203220 40 -2 2 40 -2 2 \n+ 0x0019aad0 434f4e54 00000000 20205041 57203e20 CONT.... PAW > \n+ 0x0019aae0 46554e32 20313020 46544553 542e4628 FUN2 10 FTEST.F(\n+ 0x0019aaf0 582c5929 20343020 2d322032 20343020 X,Y) 40 -2 2 40 \n+ 0x0019ab00 2d322032 20434f4e 54000000 44726177 -2 2 CONT...Draw\n+ 0x0019ab10 20657272 6f722062 61727320 616e6420 error bars and \n+ 0x0019ab20 63757272 656e7420 6d61726b 65722e00 current marker..\n+ 0x0019ab30 44726177 20657272 6f722062 61727320 Draw error bars \n+ 0x0019ab40 77697468 6f757420 73796d62 6f6c7320 without symbols \n+ 0x0019ab50 636c6970 70696e67 2e000000 44726177 clipping....Draw\n+ 0x0019ab60 20612066 696c6c65 64206172 65612074 a filled area t\n+ 0x0019ab70 68726f75 67682074 68652065 6e642070 hrough the end p\n+ 0x0019ab80 6f696e74 73206f66 20746865 20657274 oints of the ert\n+ 0x0019ab90 6963616c 6c206572 726f7220 62617273 icall error bars\n+ 0x0019aba0 2e000000 44726177 20612073 6d6f6f74 ....Draw a smoot\n+ 0x0019abb0 68656420 66696c6c 65642061 72656120 hed filled area \n+ 0x0019abc0 7468726f 75676820 74686520 656e6420 through the end \n+ 0x0019abd0 706f696e 74732066 74657665 72727474 points fteverrtt\n+ 0x0019abe0 69696363 61616c20 6572726f 20626261 iiccaal erro bba\n+ 0x0019abf0 72732e00 43726561 74652061 206f6e65 rs..Create a one\n+ 0x0019ac00 2064696d 656e7369 6f6e616c 20686973 dimensional his\n+ 0x0019ac10 746f6772 616d2061 6e642066 696c6c20 togram and fill \n+ 0x0019ac20 74686520 62696e73 20776974 68207468 the bins with th\n+ 0x0019ac30 65000000 76616c75 6573206f 66206120 e...values of a \n+ 0x0019ac40 2873696e 676c652d 76616c75 65642920 (single-valued) \n+ 0x0019ac50 66756e63 74696f6e 2e000000 2d204173 function....- As\n+ 0x0019ac60 20616e20 65787072 65737369 6f6e206f an expression o\n+ 0x0019ac70 66207468 65207661 72696162 6c652058 f the variable X\n+ 0x0019ac80 20696e20 63617365 206f6620 61207369 in case of a si\n+ 0x0019ac90 6d706c65 2066756e 6374696f 6e2e2045 mple function. E\n+ 0x0019aca0 78616d70 6c653a00 20205041 57203e20 xample:. PAW > \n+ 0x0019acb0 46554e31 20203130 2053494e 2858292f FUN1 10 SIN(X)/\n+ 0x0019acc0 58202031 30302030 20313000 2d204173 X 100 0 10.- As\n+ 0x0019acd0 20612043 4f4d4953 2066756e 6374696f a COMIS functio\n+ 0x0019ace0 6e20696e 20612074 65787420 66696c65 n in a text file\n+ 0x0019acf0 20286674 6573742e 6620666f 72206578 (ftest.f for ex\n+ 0x0019ad00 616d706c 65292e20 54686520 66696c65 ample). The file\n+ 0x0019ad10 20667465 73742e66 00000000 20205041 ftest.f.... PA\n+ 0x0019ad20 57203e20 46554e31 20313020 46544553 W > FUN1 10 FTES\n+ 0x0019ad30 542e4628 58292031 30302030 20313000 T.F(X) 100 0 10.\n+ 0x0019ad40 4f706572 6174696f 6e732077 69746820 Operations with \n+ 0x0019ad50 46756e63 74696f6e 732e2043 72656174 Functions. Creat\n+ 0x0019ad60 696f6e20 616e6420 706c6f74 74696e67 ion and plotting\n+ 0x0019ad70 2e000000 55736520 636f6c6f 75722074 ....Use colour t\n+ 0x0019ad80 6f206469 7374696e 67756973 6820636f o distinguish co\n+ 0x0019ad90 6e746f75 72732e00 55736520 6c696e65 ntours..Use line\n+ 0x0019ada0 20737479 6c652074 6f206469 7374696e style to distin\n+ 0x0019adb0 67756973 6820636f 6e746f75 72732e00 guish contours..\n+ 0x0019adc0 4c696e65 20737479 6c652061 6e642063 Line style and c\n+ 0x0019add0 6f6c6f75 72206172 65207468 65207361 olour are the sa\n+ 0x0019ade0 6d652066 6f722061 6c6c2063 6f6e746f me for all conto\n+ 0x0019adf0 7572732e 00000000 54686520 636f6e74 urs.....The cont\n+ 0x0019ae00 6f757220 69732064 7261776e 20776974 our is drawn wit\n+ 0x0019ae10 68206669 6c6c6564 20636f6c 6f757220 h filled colour \n+ 0x0019ae20 6c657665 6c732e20 54686520 6c657665 levels. The leve\n+ 0x0019ae30 6c732072 20657175 75696964 69737461 ls r equuiidista\n+ 0x0019ae40 6e742e20 54686520 636f6c6f 75722069 nt. 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If tthe\n+ 0x0019aea0 206e6d65 7272206f 66206c65 76656c73 nmerr of levels\n+ 0x0019aeb0 20284e4c 56454c29 29206973 20676574 (NLVEL)) is get\n+ 0x0019aec0 72207468 616e2074 6865206e 6e756d62 r than the nnumb\n+ 0x0019aed0 6572206f 20656e6e 74726965 65732069 er o enntriees i\n+ 0x0019aee0 6e6e2074 68652063 75727265 6e742070 nn the current p\n+ 0x0019aef0 616c6574 74652c20 74686520 70616c74 alette, the palt\n+ 0x0019af00 65692065 78706c6f 72652061 6761696e ei explore again\n+ 0x0019af10 666f2074 68686565 20626565 67696e6e fo thhee beeginn\n+ 0x0019af20 696e6720 6e206f6f 72646572 20746f20 ing n oorder to \n+ 0x0019af30 72656163 68204c45 4556454c 2e000000 reach LEEVEL....\n+ 0x0019af40 44726177 20612063 6f6e746f 75722070 Draw a contour p\n+ 0x0019af50 6c6f7420 66726f6d 20612032 2d44696d lot from a 2-Dim\n+ 0x0019af60 20686973 746f6772 616d2e00 49662050 histogram..If P\n+ 0x0019af70 4152414d 20697320 6e6f7420 67697665 ARAM is not give\n+ 0x0019af80 6e2c2063 6f6e746f 7572206c 6576656c n, contour level\n+ 0x0019af90 73206172 65206571 75696469 7374616e s are equidistan\n+ 0x0019afa0 742e0000 49662067 6976656e 2c207468 t...If given, th\n+ 0x0019afb0 65207665 63746f72 20504152 414d206d e vector PARAM m\n+ 0x0019afc0 61792063 6f6e7461 696e2075 7020746f ay contain up to\n+ 0x0019afd0 20353020 76616c75 65732e00 20202020 50 values.. \n+ 0x0019afe0 46756e32 20322078 2a792034 30203020 Fun2 2 x*y 40 0 \n+ 0x0019aff0 31203430 20302031 20272027 2020207c 1 40 0 1 ' ' |\n+ 0x0019b000 20437265 61746520 61203244 20686973 Create a 2D his\n+ 0x0019b010 746f6772 616d0000 20202020 562f4372 togram.. V/Cr\n+ 0x0019b020 20504152 28352920 52202e31 202e3131 PAR(5) R .1 .11\n+ 0x0019b030 202e3320 2e333120 2e35207c 20446566 .3 .31 .5 | Def\n+ 0x0019b040 696e6520 74686520 636f6e74 6f757273 ine the contours\n+ 0x0019b050 00000000 20202020 436f6e74 6f757220 .... Contour \n+ 0x0019b060 32203520 21205041 52202020 20202020 2 5 ! 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T\n- 0x0019b2d0 68697320 69732076 65727975 6566756c his is veryueful\n- 0x0019b2e0 20746f20 64726177 20636f6e 746f7572 to draw contour\n- 0x0019b2f0 20706c6f 74732077 69746820 6f6c6f6f plots with oloo\n- 0x0019b300 75727320 69662054 54484554 3d393020 urs if TTHET=90 \n- 0x0019b310 616e6420 50504849 3d302e00 53757266 and PPHI=0..Surf\n- 0x0019b320 61636520 69732064 7261776e 20776974 ace is drawn wit\n- 0x0019b330 68206120 636f6e74 6f757220 706c6f74 h a contour plot\n- 0x0019b340 20696e20 636f6c6f 7572206f 6e20746f in colour on to\n- 0x0019b350 702e2054 68652063 6e6f7572 20706c6f p. The cnour plo\n- 0x0019b360 74206969 73732064 7261776e 20776974 t iiss drawn wit\n- 0x0019b370 68207468 6520636f 6c6f7572 73206465 h the colours de\n- 0x0019b380 66696e65 64207769 74682074 68652063 fined with the c\n- 0x0019b390 6f6d6d61 6e642050 414c4554 54452e00 ommand PALETTE..\n- 0x0019b3a0 53757266 61636520 69732064 7261776e Surface is drawn\n- 0x0019b3b0 20776974 6820476f 75726175 64207368 with Gouraud sh\n- 0x0019b3c0 6164696e 672e0000 44726177 20612073 ading...Draw a s\n- 0x0019b3d0 75726661 63652070 6c6f7420 66726f6d urface plot from\n- 0x0019b3e0 20322d44 696d206f 7220312d 44696d20 2-Dim or 1-Dim \n- 0x0019b3f0 68697374 6f677261 6d732e00 57697468 histograms..With\n- 0x0019b400 20746869 7320636f 6d6d616e 64206974 this command it\n- 0x0019b410 20697320 706f7373 69626c65 20746f20 is possible to \n- 0x0019b420 64726177 20636f6c 6f757220 636f6e74 draw colour cont\n- 0x0019b430 6f757220 706c6f74 733a0000 20202020 our plots:.. \n- 0x0019b440 50415720 3e204154 542f5041 4c203120 PAW > ATT/PAL 1 \n- 0x0019b450 33203220 33203420 20207c20 44656669 3 2 3 4 | Defi\n- 0x0019b460 6e652074 68652070 616c6574 74652031 ne the palette 1\n- 0x0019b470 20776974 68203320 656c656d 656e7473 with 3 elements\n- 0x0019b480 00000000 20202020 50415720 3e205345 .... 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Th\n- 0x0019b5b0 6520636f 6c6f7572 206f6620 74686520 e colour of the \n- 0x0019b5c0 6c65676f 20697320 69656e20 62792053 lego is ien by S\n- 0x0019b5d0 45455454 2048434f 4c204349 20776865 EETT HCOL CI whe\n- 0x0019b5e0 72652043 49206973 20612063 6f6c6f75 re CI is a colou\n- 0x0019b5f0 7220696e 6465782e 46722074 68652074 r index.Fr the t\n- 0x0019b600 6f702061 616e6e64 74652073 73696465 op aanndte sside\n- 0x0019b610 73206f66 20746865 206c6567 6f207468 s of the lego th\n- 0x0019b620 65207361 6d652068 75652069 73207573 e same hue is us\n- 0x0019b630 65642062 75742077 69746820 61206469 ed but with a di\n- 0x0019b640 66666572 656e746c 69676768 742e0000 fferentligght...\n- 0x0019b650 48696464 656e2073 75726661 63652061 Hidden surface a\n- 0x0019b660 6c676f72 6974686d 20697320 75736564 lgorithm is used\n- 0x0019b670 2e205468 6520636f 6c6f7572 206f6620 . 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A\n- 0x0019b7a0 20737461 636b6564 206c6567 6f20706c stacked lego pl\n- 0x0019b7b0 6f740000 636f6e73 69737473 206f6620 ot..consists of \n- 0x0019b7c0 61207375 7065722d 696d706f 73697469 a super-impositi\n- 0x0019b7d0 6f6e206f 66207365 76657261 6c206869 on of several hi\n- 0x0019b7e0 73746f67 72616d73 2c207768 6f736520 stograms, whose \n- 0x0019b7f0 6964656e 74696669 65727320 61726500 identifiers are.\n- 0x0019b800 67697665 6e20696e 20746865 20636f6d given in the com\n- 0x0019b810 6d616e64 204c4547 4f207365 70617261 mand LEGO separa\n- 0x0019b820 74656420 62792074 68652063 68617261 ted by the chara\n- 0x0019b830 63746572 20272b27 2e000000 20504157 cter '+'.... PAW\n- 0x0019b840 203e204c 45474f20 4944312b 4944322b > LEGO ID1+ID2+\n- 0x0019b850 49443320 2020207c 204d6178 696d756d ID3 | Maximum\n- 0x0019b860 206e756d 62657220 6f662049 44277320 number of ID's \n- 0x0019b870 69732031 302e2054 68652063 6f6c6f75 is 10. 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The otour\n+ 0x0019b360 20706c6f 74206969 73732064 7261776e plot iiss drawn\n+ 0x0019b370 20776974 68207468 6520636f 6c6f7572 with the colour\n+ 0x0019b380 73206465 66696e65 64207769 74682074 s defined with t\n+ 0x0019b390 68652063 6f6d6d61 6e642050 414c4554 he command PALET\n+ 0x0019b3a0 54452e00 53757266 61636520 69732064 TE..Surface is d\n+ 0x0019b3b0 7261776e 20776974 6820476f 75726175 rawn with Gourau\n+ 0x0019b3c0 64207368 6164696e 672e0000 44726177 d shading...Draw\n+ 0x0019b3d0 20612073 75726661 63652070 6c6f7420 a surface plot \n+ 0x0019b3e0 66726f6d 20322d44 696d206f 7220312d from 2-Dim or 1-\n+ 0x0019b3f0 44696d20 68697374 6f677261 6d732e00 Dim histograms..\n+ 0x0019b400 57697468 20746869 7320636f 6d6d616e With this comman\n+ 0x0019b410 64206974 20697320 706f7373 69626c65 d it is possible\n+ 0x0019b420 20746f20 64726177 20636f6c 6f757220 to draw colour \n+ 0x0019b430 636f6e74 6f757220 706c6f74 733a0000 contour plots:..\n+ 0x0019b440 20202020 50415720 3e204154 542f5041 PAW > ATT/PA\n+ 0x0019b450 4c203120 33203220 33203420 20207c20 L 1 3 2 3 4 | \n+ 0x0019b460 44656669 6e652074 68652070 616c6574 Define the palet\n+ 0x0019b470 74652031 20776974 68203320 656c656d te 1 with 3 elem\n+ 0x0019b480 656e7473 00000000 20202020 50415720 ents.... PAW \n+ 0x0019b490 3e205345 54204843 4f4c2030 2e312020 > SET HCOL 0.1 \n+ 0x0019b4a0 20202020 20207c20 53657420 74686520 | Set the \n+ 0x0019b4b0 6c697374 20312061 7320636f 6c6f7572 list 1 as colour\n+ 0x0019b4c0 7320666f 72206869 73746f67 72616d73 s for histograms\n+ 0x0019b4d0 00000000 20202020 50415720 3e205345 .... PAW > SE\n+ 0x0019b4e0 54204e44 565a2034 20202020 20202020 T NDVZ 4 \n+ 0x0019b4f0 20207c20 53657420 74686520 6e756d62 | Set the numb\n+ 0x0019b500 6572206f 66205a20 64697669 73696f6e er of Z division\n+ 0x0019b510 7320746f 20340000 20202020 50415720 s to 4.. PAW \n+ 0x0019b520 3e205355 52462069 64203930 20302032 > SURF id 90 0 2\n+ 0x0019b530 20202020 20207c20 44726177 20746865 | Draw the\n+ 0x0019b540 20636f6e 746f7572 00000000 54686520 contour....The \n+ 0x0019b550 6f707469 6f6e7320 3120746f 2034206d options 1 to 4 m\n+ 0x0019b560 75737420 62652075 73656420 6f6e6c79 ust be used only\n+ 0x0019b570 206f6e20 73656c65 63746976 65206572 on selective er\n+ 0x0019b580 61736520 64657669 6365732e 00000000 ase devices.....\n+ 0x0019b590 48696464 656e2073 75726661 63652061 Hidden surface a\n+ 0x0019b5a0 6c676f72 6974686d 20697320 75736564 lgorithm is used\n+ 0x0019b5b0 2e205468 6520636f 6c6f7572 206f6620 . The colour of \n+ 0x0019b5c0 74686520 6c65676f 20697367 76656e20 the lego isgven \n+ 0x0019b5d0 62792053 45455454 2048434f 4c204349 by SEETT HCOL CI\n+ 0x0019b5e0 20776865 72652043 49206973 20612063 where CI is a c\n+ 0x0019b5f0 6f6c6f75 7220696e 6465782e 20466f72 olour index. For\n+ 0x0019b600 20746865 20746f70 206e2068 20736964 the top n h sid\n+ 0x0019b610 65657373 206f6620 74686520 6c65676f eess of the lego\n+ 0x0019b620 20746865 2073616d 65206875 65206973 the same hue is\n+ 0x0019b630 20757365 64206262 75757420 77697468 used bbuut with\n+ 0x0019b640 20612064 69666665 72656e6c 69696767 a differenliigg\n+ 0x0019b650 68742e00 48696464 656e2073 75726661 ht..Hidden surfa\n+ 0x0019b660 63652061 6c676f72 6974686d 20697320 ce algorithm is \n+ 0x0019b670 75736564 2e205468 6520636f 6c6f7572 used. The colour\n+ 0x0019b680 206f6620 65616368 20626172 2063686e of each bar chn\n+ 0x0019b690 65732061 63636f72 64646969 6e672074 es accorddiing t\n+ 0x0019b6a0 6f207468 65207661 6c756520 6f66205a o the value of Z\n+ 0x0019b6b0 2e204974 20697320 706f7373 69626c65 . It is possible\n+ 0x0019b6c0 20746f20 6368616e 67652074 68652065 to change the e\n+ 0x0019b6d0 206f6620 636f6c6c 6f6f7572 73756564 of collooursued\n+ 0x0019b6e0 20776974 68205345 54204843 4f4c2063 with SET HCOL c\n+ 0x0019b6f0 2e4c2077 68657265 204c2064 64656669 .L where L ddefi\n+ 0x0019b700 65206120 70616c65 74747465 206f6663 e a palettte ofc\n+ 0x0019b710 6c6f7572 73206769 76766565 6e206279 lours givveen by\n+ 0x0019b720 20746865 20636f6d 6d616e64 20415454 the command ATT\n+ 0x0019b730 2f504c45 45545445 2e000000 44726177 /PLEETTE....Draw\n+ 0x0019b740 2061206c 65676f20 706c6f74 2066726f a lego plot fro\n+ 0x0019b750 6d20322d 44696d20 6f722031 2d44696d m 2-Dim or 1-Dim\n+ 0x0019b760 20686973 746f6772 616d732e 00000000 histograms.....\n+ 0x0019b770 49742069 7320616c 736f2070 6f737369 It is also possi\n+ 0x0019b780 626c6520 746f2070 726f6475 63652073 ble to produce s\n+ 0x0019b790 7461636b 6564206c 65676f20 706c6f74 tacked lego plot\n+ 0x0019b7a0 732e2041 20737461 636b6564 206c6567 s. A stacked leg\n+ 0x0019b7b0 6f20706c 6f740000 636f6e73 69737473 o plot..consists\n+ 0x0019b7c0 206f6620 61207375 7065722d 696d706f of a super-impo\n+ 0x0019b7d0 73697469 6f6e206f 66207365 76657261 sition of severa\n+ 0x0019b7e0 6c206869 73746f67 72616d73 2c207768 l histograms, wh\n+ 0x0019b7f0 6f736520 6964656e 74696669 65727320 ose identifiers \n+ 0x0019b800 61726500 67697665 6e20696e 20746865 are.given in the\n+ 0x0019b810 20636f6d 6d616e64 204c4547 4f207365 command LEGO se\n+ 0x0019b820 70617261 74656420 62792074 68652063 parated by the c\n+ 0x0019b830 68617261 63746572 20272b27 2e000000 haracter '+'....\n+ 0x0019b840 20504157 203e204c 45474f20 4944312b PAW > LEGO ID1+\n+ 0x0019b850 4944322b 49443320 2020207c 204d6178 ID2+ID3 | Max\n+ 0x0019b860 696d756d 206e756d 62657220 6f662049 imum number of I\n+ 0x0019b870 44277320 69732031 302e2054 68652063 D's is 10. The c\n+ 0x0019b880 6f6c6f75 7273206f 66000000 20202020 olours of... \n 0x0019b890 20202020 20202020 20202020 20202020 \n- 0x0019b8a0 2020207c 20656163 68204944 6e206973 | each IDn is\n- 0x0019b8b0 20676976 656e2062 79207468 6520636f given by the co\n- 0x0019b8c0 6d6d616e 64204154 542f5041 4c455454 mmand ATT/PALETT\n- 0x0019b8d0 45000000 20504157 203e2053 45542048 E... PAW > SET H\n- 0x0019b8e0 434f4c20 32202020 20202020 2020207c COL 2 |\n- 0x0019b8f0 20546865 20636f6c 6f757220 74686520 The colour the \n- 0x0019b900 68697374 6f677261 6d206973 20322028 histogram is 2 (\n- 0x0019b910 72656429 00000000 20504157 203e204c red).... PAW > L\n- 0x0019b920 45474f20 32302020 20202020 20202020 EGO 20 \n- 0x0019b930 2020207c 20446973 706c6179 2061206c | Display a l\n- 0x0019b940 65676f20 77697468 206c696e 65730000 ego with lines..\n- 0x0019b950 20504157 203e204c 45474f20 32302021 PAW > LEGO 20 !\n- 0x0019b960 20212031 20202020 2020207c 20446973 ! 1 | Dis\n- 0x0019b970 706c6179 2061206c 65676f20 77697468 play a lego with\n- 0x0019b980 20646966 66657265 6e74206c 69676874 different light\n- 0x0019b990 73000000 20504157 203e204c 45474f20 s... PAW > LEGO \n- 0x0019b9a0 32302021 20212032 20202020 2020207c 20 ! ! 2 |\n- 0x0019b9b0 20446973 706c6179 2061206c 65676f20 Display a lego \n- 0x0019b9c0 77697468 20636f6c 6f757273 00000000 with colours....\n- 0x0019b9d0 20504157 203e2050 414c4554 54452020 PAW > PALETTE \n- 0x0019b9e0 31203320 32203320 3420207c 20437265 1 3 2 3 4 | Cre\n- 0x0019b9f0 61746520 74686520 70616c65 74746520 ate the palette \n- 0x0019ba00 6e756d62 65722031 20776974 68203300 number 1 with 3.\n- 0x0019ba10 20202020 20202020 20202020 20202020 \n- 0x0019ba20 20202020 20202020 2020207c 20656c65 | ele\n- 0x0019ba30 6d656e74 733a2032 2c330000 20504157 ments: 2,3.. PAW\n- 0x0019ba40 203e2053 45542048 434f4c20 302e3120 > SET HCOL 0.1 \n- 0x0019ba50 20202020 2020207c 20546865 20737562 | The sub\n- 0x0019ba60 73657175 656e7420 73746163 6b206c65 sequent stack le\n- 0x0019ba70 676f2070 6c6f7473 2077696c 6c207573 go plots will us\n- 0x0019ba80 65206c69 73742031 00000000 20504157 e list 1.... PAW\n- 0x0019ba90 203e204c 45474f20 31302b32 302b3330 > LEGO 10+20+30\n- 0x0019baa0 20202020 2020207c 20506c6f 74206120 | Plot a \n- 0x0019bab0 73746163 6b206f66 206c6567 6f20706c stack of lego pl\n- 0x0019bac0 6f747320 77697468 206c696e 65730000 ots with lines..\n- 0x0019bad0 20504157 203e204c 45474f20 31302b32 PAW > LEGO 10+2\n- 0x0019bae0 302b3330 20212021 2031207c 20506c6f 0+30 ! ! 1 | Plo\n- 0x0019baf0 74206120 73746163 6b206f66 206c6567 t a stack of leg\n- 0x0019bb00 6f20706c 6f747320 77697468 206c6967 o plots with lig\n- 0x0019bb10 68740000 54686520 636f6d6d 616e6473 ht..The commands\n- 0x0019bb20 204f5054 494f4e20 4241522c 20534554 OPTION BAR, SET\n- 0x0019bb30 20424152 5720616e 64205345 54204241 BARW and SET BA\n- 0x0019bb40 524f2061 6374206f 6e206c65 676f2070 RO act on lego p\n- 0x0019bb50 6c6f7473 00000000 54686520 6f707469 lots....The opti\n- 0x0019bb60 6f6e7320 3120616e 64203220 6d757374 ons 1 and 2 must\n- 0x0019bb70 20626520 75736564 206f6e6c 79206f6e be used only on\n- 0x0019bb80 2073656c 65637469 76652065 72617365 selective erase\n- 0x0019bb90 20646576 69636573 2e000000 54686520 devices....The \n- 0x0019bba0 676c6f62 616c2074 69746c65 20697320 global title is \n- 0x0019bbb0 706c6f74 74656420 61742074 68652074 plotted at the t\n- 0x0019bbc0 6f70206f 66206561 63682070 69637475 op of each pictu\n- 0x0019bbd0 72652e00 49662074 6865206f 7074696f re..If the optio\n- 0x0019bbe0 6e202755 54495427 20697320 6f6e2c20 n 'UTIT' is on, \n- 0x0019bbf0 61207573 65722074 69746c65 20697320 a user title is \n- 0x0019bc00 706c6f74 74656420 61742074 68652062 plotted at the b\n- 0x0019bc10 746f6d20 6f6f6620 65616368 20686973 tom oof each his\n- 0x0019bc20 6f676772 616d2e00 54686520 73697a65 oggram..The size\n- 0x0019bc30 20616e64 20746865 20592070 6f736974 and the Y posit\n- 0x0019bc40 696f6e20 6f662074 68652067 6c6f6261 ion of the globa\n- 0x0019bc50 6c207469 746c6520 6d617920 62652063 l title may be c\n- 0x0019bc60 68616e67 65640000 62792074 68652063 hanged..by the c\n- 0x0019bc70 6f6d6d61 6e647320 53455420 4753495a ommands SET GSIZ\n- 0x0019bc80 20616e64 20534554 20594754 49207265 and SET YGTI re\n- 0x0019bc90 73706563 74697665 6c792e20 54686520 spectively. The \n- 0x0019bca0 73697a65 20616e64 00000000 74686520 size and....the \n- 0x0019bcb0 5920706f 73697469 6f6e206f 66207468 Y position of th\n- 0x0019bcc0 65207573 65722074 69746c65 206d6179 e user title may\n- 0x0019bcd0 20626520 6368616e 67656420 62792074 be changed by t\n- 0x0019bce0 68652063 6f6d6d61 6e647300 53455420 he commands.SET \n- 0x0019bcf0 5453495a 20616e64 20534554 20594854 TSIZ and SET YHT\n- 0x0019bd00 49207265 73706563 74697665 6c792e00 I respectively..\n- 0x0019bd10 2f484953 544f4752 414d2f43 52454154 /HISTOGRAM/CREAT\n- 0x0019bd20 452f5449 544c455f 474c4f42 414c0000 E/TITLE_GLOBAL..\n- 0x0019bd30 43726561 74652061 2070726f 6a656374 Create a project\n- 0x0019bd40 696f6e20 6f6e746f 20746865 20792061 ion onto the y a\n- 0x0019bd50 7869732c 20696e20 61206261 6e64206f xis, in a band o\n- 0x0019bd60 6620782e 20536576 6572616c 2062616e f x. Several ban\n- 0x0019bd70 64732063 616e2062 65000000 64656669 ds can be...defi\n- 0x0019bd80 6e656420 6f6e2074 6865206f 6e652068 ned on the one h\n- 0x0019bd90 6973746f 6772616d 2e205468 65207072 istogram. The pr\n- 0x0019bda0 6f6a6563 74696f6e 206d6179 20626520 ojection may be \n- 0x0019bdb0 66696c6c 65642077 69746800 546f2070 filled with.To p\n- 0x0019bdc0 6c6f7420 62616e64 20312069 6e205920 lot band 1 in Y \n- 0x0019bdd0 6f662049 44207479 70653a00 43726561 of ID type:.Crea\n- 0x0019bde0 74652061 2070726f 6a656374 696f6e20 te a projection \n- 0x0019bdf0 6f6e746f 20746865 20782061 7869732c onto the x axis,\n- 0x0019be00 20696e20 61206261 6e64206f 6620792e in a band of y.\n- 0x0019be10 20536576 6572616c 2062616e 64732063 Several bands c\n- 0x0019be20 616e2062 65000000 546f2070 6c6f7420 an be...To plot \n- 0x0019be30 62616e64 20312069 6e205820 6f662049 band 1 in X of I\n- 0x0019be40 44207479 70653a00 43726561 74652070 D type:.Create p\n- 0x0019be50 726f6a65 6374696f 6e73206f 6e746f20 rojections onto \n- 0x0019be60 74686520 79206178 69732c20 696e2078 the y axis, in x\n- 0x0019be70 2d736c69 6365732e 00000000 54686520 -slices.....The \n- 0x0019be80 70726f6a 65637469 6f6e206d 61792062 projection may b\n- 0x0019be90 65206669 6c6c6564 20776974 68204869 e filled with Hi\n- 0x0019bea0 73746f2f 50726f6a 6563742e 00000000 sto/Project.....\n- 0x0019beb0 546f2070 6c6f7420 736c6963 65203220 To plot slice 2 \n- 0x0019bec0 696e2059 206f6620 49442074 7970653a in Y of ID type:\n- 0x0019bed0 00000000 43726561 74652070 726f6a65 ....Create proje\n- 0x0019bee0 6374696f 6e73206f 6e746f20 74686520 ctions onto the \n- 0x0019bef0 78206178 69732c20 696e2079 2d736c69 x axis, in y-sli\n- 0x0019bf00 6365732e 00000000 546f2070 6c6f7420 ces.....To plot \n- 0x0019bf10 736c6963 65203320 696e2058 206f6620 slice 3 in X of \n- 0x0019bf20 49442074 7970653a 00000000 43726561 ID type:....Crea\n- 0x0019bf30 74652074 68652070 726f6a65 6374696f te the projectio\n- 0x0019bf40 6e206f6e 746f2074 68652079 20617869 n onto the y axi\n- 0x0019bf50 732e0000 546f2070 6c6f7420 70726f6a s...To plot proj\n- 0x0019bf60 65637469 6f6e2059 206f6620 49442074 ection Y of ID t\n- 0x0019bf70 7970653a 00000000 43726561 74652074 ype:....Create t\n- 0x0019bf80 68652070 726f6a65 6374696f 6e206f6e he projection on\n- 0x0019bf90 746f2074 68652078 20617869 732e0000 to the x axis...\n- 0x0019bfa0 54686520 70726f6a 65637469 6f6e2069 The projection i\n- 0x0019bfb0 73206e6f 74206669 6c6c6564 20756e74 s not filled unt\n- 0x0019bfc0 696c2074 68652048 6973746f 2f50726f il the Histo/Pro\n- 0x0019bfd0 6a656374 20636f6d 6d616e64 20697320 ject command is \n- 0x0019bfe0 65786563 75746564 2e000000 546f2070 executed....To p\n- 0x0019bff0 6c6f7420 70726f6a 65637469 6f6e2058 lot projection X\n- 0x0019c000 206f6620 49442074 7970653a 00000000 of ID type:....\n- 0x0019c010 43726561 74652061 2074776f 2064696d Create a two dim\n- 0x0019c020 656e7369 6f6e616c 20686973 746f6772 ensional histogr\n- 0x0019c030 616d2e00 54686520 636f6e74 656e7473 am..The contents\n- 0x0019c040 20617265 20736574 20746f20 7a65726f are set to zero\n- 0x0019c050 2e205365 65203144 48495354 4f20666f . See 1DHISTO fo\n- 0x0019c060 72205641 4c4d4158 2e000000 54686520 r VALMAX....The \n- 0x0019c070 68697374 6f677261 6d207469 746c6573 histogram titles\n- 0x0019c080 206d6179 20686176 65207468 6520666f may have the fo\n- 0x0019c090 6c6c6f77 696e6720 666f726d 3a000000 llowing form:...\n- 0x0019c0a0 20202020 27486973 746f6772 616d5f74 'Histogram_t\n- 0x0019c0b0 69746c65 203b2058 5858203b 20595959 itle ; XXX ; YYY\n- 0x0019c0c0 203b205a 5a5a2700 57686572 65202758 ; ZZZ'.Where 'X\n- 0x0019c0d0 5858272c 20275959 59272061 6e642027 XX', 'YYY' and '\n- 0x0019c0e0 5a5a5a27 20617265 20726573 70656374 ZZZ' are respect\n- 0x0019c0f0 6976656c 79207468 6520582c 20592061 ively the X, Y a\n- 0x0019c100 6e64205a 20617869 73207469 746c6573 nd Z axis titles\n- 0x0019c110 2e000000 43726561 74652061 20686973 ....Create a his\n- 0x0019c120 746f6772 616d2077 69746820 76617269 togram with vari\n- 0x0019c130 61626c65 2073697a 65206269 6e732e00 able size bins..\n- 0x0019c140 54686520 6c6f772d 65646765 206f6620 The low-edge of \n- 0x0019c150 65616368 2062696e 20697320 67697665 each bin is give\n- 0x0019c160 6e20696e 20766563 746f7220 5842494e n in vector XBIN\n- 0x0019c170 5320284e 43582b31 29207661 6c756573 S (NCX+1) values\n- 0x0019c180 2e000000 50726f66 696c6520 68697374 ....Profile hist\n- 0x0019c190 6f677261 6d732061 6363756d 756c6174 ograms accumulat\n- 0x0019c1a0 65207374 61746973 74696361 6c207175 e statistical qu\n- 0x0019c1b0 616e7469 74696573 206f6620 61207661 antities of a va\n- 0x0019c1c0 72696162 6c652079 00000000 696e2062 riable y....in b\n- 0x0019c1d0 696e7320 6f662061 20766172 6961626c ins of a variabl\n- 0x0019c1e0 6520782e 20546865 20636f6e 74656e74 e x. The content\n- 0x0019c1f0 73206172 65207365 7420746f 207a6572 s are set to zer\n- 0x0019c200 6f2e0000 43726561 74652061 206f6e65 o...Create a one\n- 0x0019c210 2064696d 656e7369 6f6e616c 20686973 dimensional his\n- 0x0019c220 746f6772 616d2e00 49662056 414c4d41 togram..If VALMA\n- 0x0019c230 583d302c 20746865 6e206120 66756c6c X=0, then a full\n- 0x0019c240 20776f72 64206973 20616c6c 6f636174 word is allocat\n- 0x0019c250 65642070 65722063 68616e6e 656c2c20 ed per channel, \n- 0x0019c260 656c7365 2056414c 4d415800 69732075 else VALMAX.is u\n- 0x0019c270 73656420 61732074 6865206d 6178696d sed as the maxim\n- 0x0019c280 756d2062 696e2063 6f6e7465 6e742061 um bin content a\n- 0x0019c290 6c6c6f77 696e6720 73657665 72616c20 llowing several \n- 0x0019c2a0 6368616e 6e656c73 20746f20 62650000 channels to be..\n- 0x0019c2b0 73746f72 65642069 6e746f20 74686520 stored into the \n- 0x0019c2c0 73616d65 206d6163 68696e65 20776f72 same machine wor\n- 0x0019c2d0 642e0000 20202020 27486973 746f6772 d... 'Histogr\n- 0x0019c2e0 616d5f74 69746c65 203b2058 5858203b am_title ; XXX ;\n- 0x0019c2f0 20595959 27000000 57686572 65202758 YYY'...Where 'X\n- 0x0019c300 58582720 616e6420 27595959 27206172 XX' and 'YYY' ar\n- 0x0019c310 65207265 73706563 74697665 6c792074 e respectively t\n- 0x0019c320 68652058 2c20616e 64206178 69732074 he X, and axis t\n- 0x0019c330 69746c65 732e0000 52657365 74206869 itles...Reset hi\n- 0x0019c340 73746f67 72616d20 49442069 6e207468 stogram ID in th\n- 0x0019c350 6520676c 6f62616c 20736563 74696f6e e global section\n- 0x0019c360 2e000000 54686520 63757272 656e7420 ....The current \n- 0x0019c370 64697265 63746f72 79206973 20636861 directory is cha\n- 0x0019c380 6e676564 20746f20 2f2f474e 414d452e nged to //GNAME.\n- 0x0019c390 00000000 54686973 20636f6d 6d616e64 ....This command\n- 0x0019c3a0 20646f65 736e2774 20776f72 6b206f6e doesn't work on\n- 0x0019c3b0 20485055 582e0000 4368616e 67652074 HPUX...Change t\n- 0x0019c3c0 68652048 424f4f4b 20276c69 6e652070 he HBOOK 'line p\n- 0x0019c3d0 72696e74 65722720 66696c65 206e616d rinter' file nam\n- 0x0019c3e0 652e0000 49662046 4e414d45 3d272027 e...If FNAME=' '\n- 0x0019c3f0 20746865 6e204f55 54505554 20697320 then OUTPUT is \n- 0x0019c400 61707065 6e646564 20746f20 616e2061 appended to an a\n- 0x0019c410 6c726561 6479206f 70656e65 64206669 lready opened fi\n- 0x0019c420 6c65206f 6e20756e 6974204c 554e2e00 le on unit LUN..\n- 0x0019c430 4966204c 554e2069 73206e65 67617469 If LUN is negati\n- 0x0019c440 76652c20 74686520 66696c65 20697320 ve, the file is \n- 0x0019c450 636c6f73 65642061 6e642073 75627365 closed and subse\n- 0x0019c460 7175656e 74206f75 74707574 00000000 quent output....\n- 0x0019c470 44756d70 20746865 20686973 746f6772 Dump the histogr\n- 0x0019c480 616d205a 45425241 20646174 61207374 am ZEBRA data st\n- 0x0019c490 72756374 75726520 6f6e2074 68652074 ructure on the t\n- 0x0019c4a0 65726d69 6e616c2e 00000000 4f6e6c79 erminal.....Only\n- 0x0019c4b0 20737461 74697374 69637320 284e756d statistics (Num\n- 0x0019c4c0 62657220 6f662065 6e747269 65732c20 ber of entries, \n- 0x0019c4d0 6d65616e 2c20524d 532c2075 6e646572 mean, RMS, under\n- 0x0019c4e0 666c6f77 2c206f76 726c6f77 29206172 flow, ovrlow) ar\n- 0x0019c4f0 65207070 72696e74 65642e00 5072696e e pprinted..Prin\n- 0x0019c500 74206869 73746f67 72616d73 20286c69 t histograms (li\n- 0x0019c510 6e652d70 72696e74 65722066 6f726d61 ne-printer forma\n- 0x0019c520 7429206f 6e207363 7265656e 2e000000 t) on screen....\n- 0x0019c530 54686520 636f6d6d 616e6420 4f555450 The command OUTP\n- 0x0019c540 55545f4c 50206d61 79206265 20757365 UT_LP may be use\n- 0x0019c550 6420746f 20636861 6e676520 74686520 d to change the \n- 0x0019c560 6f757470 75742066 696c652e 00000000 output file.....\n- 0x0019c570 52656164 20686973 746f6772 616d2049 Read histogram I\n- 0x0019c580 44206672 6f6d2066 696c6520 464e414d D from file FNAM\n- 0x0019c590 452e0000 464e414d 45206861 73206265 E...FNAME has be\n- 0x0019c5a0 656e2063 72656174 65642062 79207468 en created by th\n- 0x0019c5b0 65206f6c 64207665 7273696f 6e206f66 e old version of\n- 0x0019c5c0 2048424f 4f4b3320 28466f72 6d617474 HBOOK3 (Formatt\n- 0x0019c5d0 6564292e 00000000 46657463 68206869 ed).....Fetch hi\n- 0x0019c5e0 73746f67 72616d20 49442066 726f6d20 stogram ID from \n- 0x0019c5f0 66696c65 20464e41 4d452e00 464e414d file FNAME..FNAM\n- 0x0019c600 45206861 73206265 656e2063 72656174 E has been creat\n- 0x0019c610 65642062 79207468 65206f6c 64207665 ed by the old ve\n- 0x0019c620 7273696f 6e206f66 2048424f 4f4b3320 rsion of HBOOK3 \n- 0x0019c630 28556e66 6f726d61 74746564 292e0000 (Unformatted)...\n- 0x0019c640 44656c65 74652068 6973746f 6772616d Delete histogram\n- 0x0019c650 20494420 696e2043 75727265 6e742044 ID in Current D\n- 0x0019c660 69726563 746f7279 206f6e20 6469736b irectory on disk\n- 0x0019c670 2e000000 49662049 443d2730 27206f72 ....If ID='0' or\n- 0x0019c680 20272a27 2064656c 65746520 616c6c20 '*' delete all \n- 0x0019c690 68697374 6f677261 6d732e00 546f2064 histograms..To d\n- 0x0019c6a0 656c6574 65206869 73746f67 72616d73 elete histograms\n- 0x0019c6b0 20696e20 6d656d6f 72792075 73652063 in memory use c\n- 0x0019c6c0 6f6d6d61 6e642048 4953544f 2f44454c ommand HISTO/DEL\n- 0x0019c6d0 4554452e 00000000 57726974 65206869 ETE.....Write hi\n- 0x0019c6e0 73746f2f 4e747570 6c652049 44206672 sto/Ntuple ID fr\n- 0x0019c6f0 6f6d206d 656d6f72 7920746f 20637572 om memory to cur\n- 0x0019c700 72656e74 20646972 6563746f 72792e00 rent directory..\n- 0x0019c710 57726974 65732061 6c6c2068 6973746f Writes all histo\n- 0x0019c720 6772616d 7320696e 20737562 64697265 grams in subdire\n- 0x0019c730 63746f72 69657320 61732077 656c6c2e ctories as well.\n- 0x0019c740 00000000 4964656e 74696669 6572206d ....Identifier m\n- 0x0019c750 61792062 65202730 27206f72 20272a27 ay be '0' or '*'\n- 0x0019c760 2028666f 7220616c 6c206869 73746f67 (for all histog\n- 0x0019c770 72616d73 292e0000 52656164 20686973 rams)...Read his\n- 0x0019c780 746f6772 616d2f4e 7475706c 65204944 togram/Ntuple ID\n- 0x0019c790 2066726f 6d207468 65206375 7272656e from the curren\n- 0x0019c7a0 74206469 72656374 6f727900 6f6e2064 t directory.on d\n- 0x0019c7b0 69726563 74206163 63657373 2066696c irect access fil\n- 0x0019c7c0 6520746f 206d656d 6f72792e 00000000 e to memory.....\n- 0x0019c7d0 416e2069 64656e74 6963616c 20686973 An identical his\n- 0x0019c7e0 746f6772 616d2069 73206372 65617465 togram is create\n- 0x0019c7f0 64206275 74207769 74682061 6e204944 d but with an ID\n- 0x0019c800 20657175 616c2074 6f207468 61740000 equal to that..\n- 0x0019c810 6f662074 6865206f 72696769 6e616c20 of the original \n- 0x0019c820 68697374 6f677261 6d20706c 75732074 histogram plus t\n- 0x0019c830 6865206f 66667365 7420494f 46534554 he offset IOFSET\n- 0x0019c840 2e000000 49662049 4359434c 45203e20 ....If ICYCLE > \n- 0x0019c850 31303030 20616e64 2049443d 30207265 1000 and ID=0 re\n- 0x0019c860 61642061 6c6c2068 6973746f 6772616d ad all histogram\n- 0x0019c870 7320696e 20616c6c 20737562 64697265 s in all subdire\n- 0x0019c880 63746f72 69657320 61732077 656c6c2e ctories as well.\n- 0x0019c890 00000000 49662049 4f465345 54203d20 ....If IOFSET = \n- 0x0019c8a0 39393939 39207468 656e2074 68652063 99999 then the c\n- 0x0019c8b0 6f6e7465 6e747320 6f662068 6973746f ontents of histo\n- 0x0019c8c0 6772616d 20494420 6f6e2074 68652064 gram ID on the d\n- 0x0019c8d0 69736b20 66696c65 00000000 61726520 isk file....are \n- 0x0019c8e0 61646465 6420746f 20746865 20637572 added to the cur\n- 0x0019c8f0 72656e74 20686973 746f6772 616d2069 rent histogram i\n- 0x0019c900 6e206d65 6d6f7279 20696620 69742065 n memory if it e\n- 0x0019c910 78697374 732e2046 6f722065 78616d70 xists. For examp\n- 0x0019c920 6c650000 746f2061 64642061 6c6c2068 le..to add all h\n- 0x0019c930 6973746f 6772616d 73206672 6f6d2046 istograms from F\n- 0x0019c940 494c4531 20616e64 2046494c 45322069 ILE1 and FILE2 i\n- 0x0019c950 6e206d65 6d6f7279 2c207468 65207365 n memory, the se\n- 0x0019c960 7175656e 63650000 53657420 76617269 quence..Set vari\n- 0x0019c970 6f757320 70617261 6d657465 72732066 ous parameters f\n- 0x0019c980 6f722063 6f6d6d61 6e642050 4152414d or command PARAM\n- 0x0019c990 2e000000 50657266 6f726d20 61207265 ....Perform a re\n- 0x0019c9a0 67726573 73696f6e 206f6e20 636f6e74 gression on cont\n- 0x0019c9b0 656e7473 206f6620 74686520 312d4469 ents of the 1-Di\n- 0x0019c9c0 6d206869 73746f67 72616d20 49442e00 m histogram ID..\n- 0x0019c9d0 46696e64 20746865 20626573 74207061 Find the best pa\n- 0x0019c9e0 72616d65 74657269 73617469 6f6e2069 rameterisation i\n- 0x0019c9f0 6e207465 726d7320 6f662065 6c656d65 n terms of eleme\n- 0x0019ca00 6e746172 79206675 6e637469 6f6e7300 ntary functions.\n- 0x0019ca10 28726567 72657373 6f727329 2e205365 (regressors). Se\n- 0x0019ca20 65204842 4f4f4b20 67756964 65204850 e HBOOK guide HP\n- 0x0019ca30 4152414d 2e000000 436f6e74 726f6c20 ARAM....Control \n- 0x0019ca40 776f7264 20495345 4c3d3130 30302a54 word ISEL=1000*T\n- 0x0019ca50 202b3130 302a5720 2b31302a 53202b50 +100*W +10*S +P\n- 0x0019ca60 00000000 2053203d 20312072 6573756c .... S = 1 resul\n- 0x0019ca70 74696e67 20706172 616d6574 72696320 ting parametric \n- 0x0019ca80 66697420 73757065 72696d70 6f736564 fit superimposed\n- 0x0019ca90 206f6e20 68697374 6f677261 6d000000 on histogram...\n- 0x0019caa0 2050203d 2030206d 696e696d 616c206f P = 0 minimal o\n- 0x0019cab0 75747075 743a2074 68652072 65736964 utput: the resid\n- 0x0019cac0 75616c20 73756d20 6f662073 71756172 ual sum of squar\n- 0x0019cad0 65732069 73207072 696e7465 64000000 es is printed...\n- 0x0019cae0 20202020 2031206e 6f726d61 6c206f75 1 normal ou\n- 0x0019caf0 74707574 3a20696e 20616464 6974696f tput: in additio\n- 0x0019cb00 6e2c2074 68652070 726f626c 656d2063 n, the problem c\n- 0x0019cb10 68617261 63746572 69737469 63732061 haracteristics a\n- 0x0019cb20 6e640000 20202020 2020206f 7074696f nd.. optio\n- 0x0019cb30 6e732061 72652070 72696e74 65643b20 ns are printed; \n- 0x0019cb40 616c736f 20746865 20737461 6e646172 also the standar\n- 0x0019cb50 64206465 76696174 696f6e73 20616e64 d deviations and\n- 0x0019cb60 00000000 20202020 20202063 6f6e6669 .... confi\n- 0x0019cb70 64656e63 6520696e 74657276 616c7320 dence intervals \n- 0x0019cb80 6f662074 68652063 6f656666 69636965 of the coefficie\n- 0x0019cb90 6e74732e 00000000 20202020 20322065 nts..... 2 e\n- 0x0019cba0 7874656e 73697665 206f7574 7075743a xtensive output:\n- 0x0019cbb0 20746865 20726573 756c7473 206f6620 the results of \n- 0x0019cbc0 65616368 20697465 72617469 6f6e2061 each iteration a\n- 0x0019cbd0 72652070 72696e74 65640000 20202020 re printed.. \n- 0x0019cbe0 20202077 69746820 74686520 6e6f726d with the norm\n- 0x0019cbf0 616c206f 75747075 742e0000 2057203d al output... W =\n- 0x0019cc00 20302077 65696768 7473206f 6e206869 0 weights on hi\n- 0x0019cc10 73746f67 72616d20 636f6e74 656e7473 stogram contents\n- 0x0019cc20 20617265 20616c72 65616479 20646566 are already def\n- 0x0019cc30 696e6564 20766961 20484241 52580000 ined via HBARX..\n- 0x0019cc40 20202020 2020206f 72204850 414b452e or HPAKE.\n- 0x0019cc50 20496620 6e6f7420 74686579 20617265 If not they are\n- 0x0019cc60 2074616b 656e2074 6f206265 20657175 taken to be equ\n- 0x0019cc70 616c2074 6f207468 65000000 20202020 al to the... \n- 0x0019cc80 20202073 71756172 652d726f 6f74206f square-root o\n- 0x0019cc90 66207468 6520636f 6e74656e 74732e00 f the contents..\n- 0x0019cca0 20202020 20312077 65696768 74732061 1 weights a\n- 0x0019ccb0 72652065 7175616c 20746f20 312e0000 re equal to 1...\n- 0x0019ccc0 2054203d 2030206d 6f6e6f6d 69616c20 T = 0 monomial \n- 0x0019ccd0 77696c6c 20626520 73656c65 63746564 will be selected\n- 0x0019cce0 20617320 74686520 656c656d 656e7461 as the elementa\n- 0x0019ccf0 72792066 756e6374 696f6e73 00000000 ry functions....\n- 0x0019cd00 20202020 20312043 68656279 73686576 1 Chebyshev\n- 0x0019cd10 20706f6c 796e6f6d 69616c73 20776974 polynomials wit\n- 0x0019cd20 68206120 64656669 6e697469 6f6e2072 h a definition r\n- 0x0019cd30 6567696f 6e3a205b 2d312c31 5d000000 egion: [-1,1]...\n- 0x0019cd40 20202020 2032204c 6567656e 64726520 2 Legendre \n- 0x0019cd50 706f6c79 6e6f6d69 616c7320 77697468 polynomials with\n- 0x0019cd60 20612064 6566696e 6974696f 6e207265 a definition re\n- 0x0019cd70 67696f6e 3a205b2d 312c315d 00000000 gion: [-1,1]....\n- 0x0019cd80 20202020 20332073 68696674 65642043 3 shifted C\n- 0x0019cd90 68656279 73686576 20706f6c 796e6f6d hebyshev polynom\n- 0x0019cda0 69616c73 20776974 68206120 64656669 ials with a defi\n- 0x0019cdb0 6e697469 6f6e2072 6567696f 6e3a205b nition region: [\n- 0x0019cdc0 302c315d 00000000 20202020 2034204c 0,1].... 4 L\n- 0x0019cdd0 61677565 72726520 706f6c79 6e6f6d69 aguerre polynomi\n- 0x0019cde0 616c7320 77697468 20612064 6566696e als with a defin\n- 0x0019cdf0 6974696f 6e207265 67696f6e 3a205b30 ition region: [0\n- 0x0019ce00 2c2b696e 66696e69 74655d00 20202020 ,+infinite]. \n- 0x0019ce10 20352048 65726d69 74652070 6f6c796e 5 Hermite polyn\n- 0x0019ce20 6f6d6961 6c732077 69746820 61206465 omials with a de\n- 0x0019ce30 66696e69 74696f6e 20726567 696f6e3a finition region:\n- 0x0019ce40 205b2d69 6e662c2b 696e665d 00000000 [-inf,+inf]....\n- 0x0019ce50 54686520 464f5254 52414e20 636f6465 The FORTRAN code\n- 0x0019ce60 206f6620 74686520 70617261 6d657465 of the paramete\n- 0x0019ce70 72697361 74696f6e 20697320 77726974 risation is writ\n- 0x0019ce80 74656e20 6f6e746f 20746865 2066696c ten onto the fil\n- 0x0019ce90 65000000 4173736f 63696174 65207468 e...Associate th\n- 0x0019cea0 65206675 6e637469 6f6e2055 46554e43 e function UFUNC\n- 0x0019ceb0 20776974 68207468 65206869 73746f67 with the histog\n- 0x0019cec0 72616d20 49442e00 2f484953 544f4752 ram ID../HISTOGR\n- 0x0019ced0 414d2f4f 50455241 54494f4e 532f4655 AM/OPERATIONS/FU\n- 0x0019cee0 4e435449 4f4e0000 536d6f6f 74682031 NCTION..Smooth 1\n- 0x0019cef0 2d44696d 206f7220 322d4469 6d206869 -Dim or 2-Dim hi\n- 0x0019cf00 73746f67 72616d20 49442075 73696e67 stogram ID using\n- 0x0019cf10 20422d73 706c696e 65732e00 49662049 B-splines..If I\n- 0x0019cf20 44206973 20612031 2d44696d 20686973 D is a 1-Dim his\n- 0x0019cf30 746f6772 616d2074 68656e3a 00000000 togram then:....\n- 0x0019cf40 20495345 4c203d20 302c3120 7265706c ISEL = 0,1 repl\n- 0x0019cf50 61636520 6f726967 696e616c 20686973 ace original his\n- 0x0019cf60 746f6772 616d2062 7920736d 6f6f7468 togram by smooth\n- 0x0019cf70 65642e00 20202020 20203d20 32202020 ed.. = 2 \n- 0x0019cf80 73757065 72696d70 6f736520 61732061 superimpose as a\n- 0x0019cf90 2066756e 6374696f 6e207768 656e2065 function when e\n- 0x0019cfa0 64697469 6e672e00 49662049 44206973 diting..If ID is\n- 0x0019cfb0 20612032 2d44696d 20686973 746f6772 a 2-Dim histogr\n- 0x0019cfc0 616d2074 68656e20 6f726967 696e616c am then original\n- 0x0019cfd0 20636f6e 74656e74 73206172 65207265 contents are re\n- 0x0019cfe0 706c6163 65642e00 48697374 6f677261 placed..Histogra\n- 0x0019cff0 6d206f72 204e7475 706c6520 4964656e m or Ntuple Iden\n- 0x0019d000 74696669 65720000 5265706c 61636520 tifier..Replace \n- 0x0019d010 6f726967 696e616c 20686973 746f6772 original histogr\n- 0x0019d020 616d2062 7920736d 6f6f7468 65642e00 am by smoothed..\n- 0x0019d030 53746f72 65207661 6c756573 206f6620 Store values of \n- 0x0019d040 736d6f6f 74686564 2066756e 6374696f smoothed functio\n- 0x0019d050 6e20616e 64206974 73207061 72616d65 n and its parame\n- 0x0019d060 74657273 20776974 686f7574 20726570 ters without rep\n- 0x0019d070 6c616369 6e672074 6865206f 7267696e lacing the orgin\n- 0x0019d080 616c2068 6973746f 67677261 6d202862 al histoggram (b\n- 0x0019d090 75742073 6565206e 6f746520 62656c6f ut see note belo\n- 0x0019d0a0 7729202d 20746865 20736d6f 6f686564 w) - the smoohed\n- 0x0019d0b0 2066756e 6374696f 6e20636e 20626520 function cn be \n- 0x0019d0c0 64697370 6c617965 65642061 74206564 displayeed at ed\n- 0x0019d0d0 6974696e 67207469 6d65202d 20736565 iting time - see\n- 0x0019d0e0 20484953 544f4752 414d2f50 4c4f542e HISTOGRAM/PLOT.\n- 0x0019d0f0 00000000 496e766f 6b65206d 756c7469 ....Invoke multi\n- 0x0019d100 2d717561 64726963 20736d6f 6f746869 -quadric smoothi\n- 0x0019d110 6e672028 73656520 48424f4f 4b20726f ng (see HBOOK ro\n- 0x0019d120 7574696e 65204851 55414429 2e000000 utine HQUAD)....\n- 0x0019d130 496e766f 6b652074 68652033 35335148 Invoke the 353QH\n- 0x0019d140 20616c67 6f726974 686d2028 73656520 algorithm (see \n- 0x0019d150 48424f4f 4b20726f 7574696e 65204853 HBOOK routine HS\n- 0x0019d160 4d4f4f46 292e0000 56657262 6f736520 MOOF)...Verbose \n- 0x0019d170 28646566 61756c74 20666f72 20616c6c (default for all\n- 0x0019d180 20657863 65707420 312d4420 68697374 except 1-D hist\n- 0x0019d190 6f677261 6d292e00 446f206e 6f742070 ogram)..Do not p\n- 0x0019d1a0 6c6f7420 74686520 72657375 6c74206f lot the result o\n- 0x0019d1b0 66207468 65206669 742e0000 57726974 f the fit...Writ\n- 0x0019d1c0 6520466f 72747261 6e373720 66756e63 e Fortran77 func\n- 0x0019d1d0 74696f6e 20746f20 48515541 44462e44 tion to HQUADF.D\n- 0x0019d1e0 41542028 6d756c74 692d7175 61647269 AT (multi-quadri\n- 0x0019d1f0 63206f6e 6c792900 536d6f6f 74682061 c only).Smooth a\n- 0x0019d200 20686973 746f6772 616d206f 72202773 histogram or 's\n- 0x0019d210 696d706c 6527206e 7475706c 652e2020 imple' ntuple. \n- 0x0019d220 28277369 6d706c65 27203d20 312c2032 ('simple' = 1, 2\n- 0x0019d230 2c206f72 20332076 61726961 626c6573 , or 3 variables\n- 0x0019d240 2e290000 466f7220 6d756c74 692d7175 .)..For multi-qu\n- 0x0019d250 61647269 6320736d 6f6f7468 696e672c adric smoothing,\n- 0x0019d260 2053454e 53495420 636f6e74 726f6c73 SENSIT controls\n- 0x0019d270 20746865 2073656e 73697469 76697479 the sensitivity\n- 0x0019d280 20746f20 73746174 69737469 63616c00 to statistical.\n- 0x0019d290 666c7563 74756174 696f6e73 2e202053 fluctuations. S\n- 0x0019d2a0 4d4f4f54 4820636f 6e74726f 6c732074 MOOTH controls t\n- 0x0019d2b0 68652028 72616469 7573206f 66292063 he (radius of) c\n- 0x0019d2c0 75727661 74757265 206f6620 74686500 urvature of the.\n- 0x0019d2d0 6d756c74 692d7175 61647269 63206261 multi-quadric ba\n- 0x0019d2e0 73697320 66756e63 74696f6e 732e0000 sis functions...\n- 0x0019d2f0 31292054 6865206d 756c7469 2d717561 1) The multi-qua\n- 0x0019d300 64726963 20626173 69732066 756e6374 dric basis funct\n- 0x0019d310 696f6e73 20617265 20535152 5428522a ions are SQRT(R*\n- 0x0019d320 2a322b44 2a2a3229 2c207768 65726520 *2+D**2), where \n- 0x0019d330 52206973 00000000 74686520 64697374 R is....the dist\n- 0x0019d340 616e6365 2066726f 6d207468 65202763 ance from the 'c\n- 0x0019d350 656e7472 65272c20 616e6420 44206973 entre', and D is\n- 0x0019d360 20612073 63616c65 20706172 616d6574 a scale paramet\n- 0x0019d370 65722061 6e640000 616c736f 20746865 er and..also the\n- 0x0019d380 20637572 76617475 72652061 74207468 curvature at th\n- 0x0019d390 65202763 656e7472 65272e20 20274365 e 'centre'. 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PR\n- 0x0019d750 42692068 6e61636f 6f6d6d6d 6d626269 Bi hnacoommmmbbi\n- 0x0019d760 696e6e65 6420636f 6e666964 656e6365 inned confidence\n- 0x0019d770 206c6576 656c2074 616b696e 67206163 level taking ac\n- 0x0019d780 636f756e 74206661 62736f6c 75746520 count fabsolute \n- 0x0019d790 63636f6f 6e74656e 74732e00 44656275 ccoontents..Debu\n- 0x0019d7a0 67207072 696e746f 75742c20 70726f64 g printout, prod\n- 0x0019d7b0 75636573 20612062 6c616e6b 206c696e uces a blank lin\n- 0x0019d7c0 6520616e 64207477 6f206c69 6e657320 e and two lines \n- 0x0019d7d0 6f662069 66726169 6f6e2061 61747420 of ifraion aatt \n- 0x0019d7e0 65616368 20636c6c 2c20696e 636c6c75 each cll, incllu\n- 0x0019d7f0 64696774 65492075 6d626572 732c2074 digteI umbers, t\n- 0x0019d800 6865206e 756d6265 72206f6f 66206576 he number oof ev\n- 0x0019d810 65747320 696e2065 65616368 20686869 ets in eeach hhi\n- 0x0019d820 73746f67 72616d20 74686565 2050524f stogram thee PRO\n- 0x0019d830 2061752c 61647465 206d6178 696d756d au,adte maximum\n- 0x0019d840 204b6f6c 6d6f676f 6f6f7272 72726f6f Kolmogooorrrroo\n- 0x0019d850 6f762064 69737461 6e636520 62657477 ov distance betw\n- 0x0019d860 6565656e 20746865 2074776f 20686973 eeen the two his\n- 0x0019d870 746f6772 6d2e2046 6f722032 2d444469 togrm. For 2-DDi\n- 0x0019d880 696d6d20 68697467 72616d73 2c207468 imm hitgrams, th\n- 0x0019d890 68656572 65206172 65207477 6f204b6f heere are two Ko\n- 0x0019d8a0 6c6d6f67 6f726f76 20646973 74616e63 lmogorov distanc\n- 0x0019d8b0 65732028 6520656f 77292e20 49496666 es (e eow). IIff\n- 0x0019d8c0 66662027 4e272073 20737065 63696669 ff 'N' s specifi\n- 0x0019d8d0 6565642c 20746865 72652069 73206120 eed, there is a \n- 0x0019d8e0 74686972 64206c69 6e65206f 66206f75 third line of ou\n- 0x0019d8f0 74707520 69696720 74746868 65205052 tpu iig tthhe PR\n- 0x0019d900 4f4f4220 666f7220 73686170 6520616c OOB for shape al\n- 0x0019d910 6f6e652c 20616e64 20666f72 206e6f72 one, and for nor\n- 0x0019d920 6d616c69 73617469 6f6e2e00 4f766572 malisation..Over\n+ 0x0019b8a0 20202020 2020207c 20656163 68204944 | each ID\n+ 0x0019b8b0 6e206973 20676976 656e2062 79207468 n is given by th\n+ 0x0019b8c0 6520636f 6d6d616e 64204154 542f5041 e command ATT/PA\n+ 0x0019b8d0 4c455454 45000000 20504157 203e2053 LETTE... 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PAW > L\n+ 0x0019b9a0 45474f20 32302021 20212032 20202020 EGO 20 ! ! 2 \n+ 0x0019b9b0 2020207c 20446973 706c6179 2061206c | Display a l\n+ 0x0019b9c0 65676f20 77697468 20636f6c 6f757273 ego with colours\n+ 0x0019b9d0 00000000 20504157 203e2050 414c4554 .... PAW > PALET\n+ 0x0019b9e0 54452020 31203320 32203320 3420207c TE 1 3 2 3 4 |\n+ 0x0019b9f0 20437265 61746520 74686520 70616c65 Create the pale\n+ 0x0019ba00 74746520 6e756d62 65722031 20776974 tte number 1 wit\n+ 0x0019ba10 68203300 20202020 20202020 20202020 h 3. \n+ 0x0019ba20 20202020 20202020 20202020 2020207c |\n+ 0x0019ba30 20656c65 6d656e74 733a2032 2c330000 elements: 2,3..\n+ 0x0019ba40 20504157 203e2053 45542048 434f4c20 PAW > SET HCOL \n+ 0x0019ba50 302e3120 20202020 2020207c 20546865 0.1 | The\n+ 0x0019ba60 20737562 73657175 656e7420 73746163 subsequent stac\n+ 0x0019ba70 6b206c65 676f2070 6c6f7473 2077696c k lego plots wil\n+ 0x0019ba80 6c207573 65206c69 73742031 00000000 l use list 1....\n+ 0x0019ba90 20504157 203e204c 45474f20 31302b32 PAW > LEGO 10+2\n+ 0x0019baa0 302b3330 20202020 2020207c 20506c6f 0+30 | Plo\n+ 0x0019bab0 74206120 73746163 6b206f66 206c6567 t a stack of leg\n+ 0x0019bac0 6f20706c 6f747320 77697468 206c696e o plots with lin\n+ 0x0019bad0 65730000 20504157 203e204c 45474f20 es.. 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Several ban\n+ 0x0019be20 64732063 616e2062 65000000 546f2070 ds can be...To p\n+ 0x0019be30 6c6f7420 62616e64 20312069 6e205820 lot band 1 in X \n+ 0x0019be40 6f662049 44207479 70653a00 43726561 of ID type:.Crea\n+ 0x0019be50 74652070 726f6a65 6374696f 6e73206f te projections o\n+ 0x0019be60 6e746f20 74686520 79206178 69732c20 nto the y axis, \n+ 0x0019be70 696e2078 2d736c69 6365732e 00000000 in x-slices.....\n+ 0x0019be80 54686520 70726f6a 65637469 6f6e206d The projection m\n+ 0x0019be90 61792062 65206669 6c6c6564 20776974 ay be filled wit\n+ 0x0019bea0 68204869 73746f2f 50726f6a 6563742e h Histo/Project.\n+ 0x0019beb0 00000000 546f2070 6c6f7420 736c6963 ....To plot slic\n+ 0x0019bec0 65203220 696e2059 206f6620 49442074 e 2 in Y of ID t\n+ 0x0019bed0 7970653a 00000000 43726561 74652070 ype:....Create p\n+ 0x0019bee0 726f6a65 6374696f 6e73206f 6e746f20 rojections onto \n+ 0x0019bef0 74686520 78206178 69732c20 696e2079 the x axis, in y\n+ 0x0019bf00 2d736c69 6365732e 00000000 546f2070 -slices.....To p\n+ 0x0019bf10 6c6f7420 736c6963 65203320 696e2058 lot slice 3 in X\n+ 0x0019bf20 206f6620 49442074 7970653a 00000000 of ID type:....\n+ 0x0019bf30 43726561 74652074 68652070 726f6a65 Create the proje\n+ 0x0019bf40 6374696f 6e206f6e 746f2074 68652079 ction onto the y\n+ 0x0019bf50 20617869 732e0000 546f2070 6c6f7420 axis...To plot \n+ 0x0019bf60 70726f6a 65637469 6f6e2059 206f6620 projection Y of \n+ 0x0019bf70 49442074 7970653a 00000000 43726561 ID type:....Crea\n+ 0x0019bf80 74652074 68652070 726f6a65 6374696f te the projectio\n+ 0x0019bf90 6e206f6e 746f2074 68652078 20617869 n onto the x axi\n+ 0x0019bfa0 732e0000 54686520 70726f6a 65637469 s...The projecti\n+ 0x0019bfb0 6f6e2069 73206e6f 74206669 6c6c6564 on is not filled\n+ 0x0019bfc0 20756e74 696c2074 68652048 6973746f until the Histo\n+ 0x0019bfd0 2f50726f 6a656374 20636f6d 6d616e64 /Project command\n+ 0x0019bfe0 20697320 65786563 75746564 2e000000 is executed....\n+ 0x0019bff0 546f2070 6c6f7420 70726f6a 65637469 To plot projecti\n+ 0x0019c000 6f6e2058 206f6620 49442074 7970653a on X of ID type:\n+ 0x0019c010 00000000 43726561 74652061 2074776f ....Create a two\n+ 0x0019c020 2064696d 656e7369 6f6e616c 20686973 dimensional his\n+ 0x0019c030 746f6772 616d2e00 54686520 636f6e74 togram..The cont\n+ 0x0019c040 656e7473 20617265 20736574 20746f20 ents are set to \n+ 0x0019c050 7a65726f 2e205365 65203144 48495354 zero. See 1DHIST\n+ 0x0019c060 4f20666f 72205641 4c4d4158 2e000000 O for VALMAX....\n+ 0x0019c070 54686520 68697374 6f677261 6d207469 The histogram ti\n+ 0x0019c080 746c6573 206d6179 20686176 65207468 tles may have th\n+ 0x0019c090 6520666f 6c6c6f77 696e6720 666f726d e following form\n+ 0x0019c0a0 3a000000 20202020 27486973 746f6772 :... 'Histogr\n+ 0x0019c0b0 616d5f74 69746c65 203b2058 5858203b am_title ; XXX ;\n+ 0x0019c0c0 20595959 203b205a 5a5a2700 57686572 YYY ; ZZZ'.Wher\n+ 0x0019c0d0 65202758 5858272c 20275959 59272061 e 'XXX', 'YYY' a\n+ 0x0019c0e0 6e642027 5a5a5a27 20617265 20726573 nd 'ZZZ' are res\n+ 0x0019c0f0 70656374 6976656c 79207468 6520582c pectively the X,\n+ 0x0019c100 20592061 6e64205a 20617869 73207469 Y and Z axis ti\n+ 0x0019c110 746c6573 2e000000 43726561 74652061 tles....Create a\n+ 0x0019c120 20686973 746f6772 616d2077 69746820 histogram with \n+ 0x0019c130 76617269 61626c65 2073697a 65206269 variable size bi\n+ 0x0019c140 6e732e00 54686520 6c6f772d 65646765 ns..The low-edge\n+ 0x0019c150 206f6620 65616368 2062696e 20697320 of each bin is \n+ 0x0019c160 67697665 6e20696e 20766563 746f7220 given in vector \n+ 0x0019c170 5842494e 5320284e 43582b31 29207661 XBINS (NCX+1) va\n+ 0x0019c180 6c756573 2e000000 50726f66 696c6520 lues....Profile \n+ 0x0019c190 68697374 6f677261 6d732061 6363756d histograms accum\n+ 0x0019c1a0 756c6174 65207374 61746973 74696361 ulate statistica\n+ 0x0019c1b0 6c207175 616e7469 74696573 206f6620 l quantities of \n+ 0x0019c1c0 61207661 72696162 6c652079 00000000 a variable y....\n+ 0x0019c1d0 696e2062 696e7320 6f662061 20766172 in bins of a var\n+ 0x0019c1e0 6961626c 6520782e 20546865 20636f6e iable x. The con\n+ 0x0019c1f0 74656e74 73206172 65207365 7420746f tents are set to\n+ 0x0019c200 207a6572 6f2e0000 43726561 74652061 zero...Create a\n+ 0x0019c210 206f6e65 2064696d 656e7369 6f6e616c one dimensional\n+ 0x0019c220 20686973 746f6772 616d2e00 49662056 histogram..If V\n+ 0x0019c230 414c4d41 583d302c 20746865 6e206120 ALMAX=0, then a \n+ 0x0019c240 66756c6c 20776f72 64206973 20616c6c full word is all\n+ 0x0019c250 6f636174 65642070 65722063 68616e6e ocated per chann\n+ 0x0019c260 656c2c20 656c7365 2056414c 4d415800 el, else VALMAX.\n+ 0x0019c270 69732075 73656420 61732074 6865206d is used as the m\n+ 0x0019c280 6178696d 756d2062 696e2063 6f6e7465 aximum bin conte\n+ 0x0019c290 6e742061 6c6c6f77 696e6720 73657665 nt allowing seve\n+ 0x0019c2a0 72616c20 6368616e 6e656c73 20746f20 ral channels to \n+ 0x0019c2b0 62650000 73746f72 65642069 6e746f20 be..stored into \n+ 0x0019c2c0 74686520 73616d65 206d6163 68696e65 the same machine\n+ 0x0019c2d0 20776f72 642e0000 20202020 27486973 word... 'His\n+ 0x0019c2e0 746f6772 616d5f74 69746c65 203b2058 togram_title ; X\n+ 0x0019c2f0 5858203b 20595959 27000000 57686572 XX ; YYY'...Wher\n+ 0x0019c300 65202758 58582720 616e6420 27595959 e 'XXX' and 'YYY\n+ 0x0019c310 27206172 65207265 73706563 74697665 ' are respective\n+ 0x0019c320 6c792074 68652058 2c20616e 64206178 ly the X, and ax\n+ 0x0019c330 69732074 69746c65 732e0000 52657365 is titles...Rese\n+ 0x0019c340 74206869 73746f67 72616d20 49442069 t histogram ID i\n+ 0x0019c350 6e207468 6520676c 6f62616c 20736563 n the global sec\n+ 0x0019c360 74696f6e 2e000000 54686520 63757272 tion....The curr\n+ 0x0019c370 656e7420 64697265 63746f72 79206973 ent directory is\n+ 0x0019c380 20636861 6e676564 20746f20 2f2f474e changed to //GN\n+ 0x0019c390 414d452e 00000000 54686973 20636f6d AME.....This com\n+ 0x0019c3a0 6d616e64 20646f65 736e2774 20776f72 mand doesn't wor\n+ 0x0019c3b0 6b206f6e 20485055 582e0000 4368616e k on HPUX...Chan\n+ 0x0019c3c0 67652074 68652048 424f4f4b 20276c69 ge the HBOOK 'li\n+ 0x0019c3d0 6e652070 72696e74 65722720 66696c65 ne printer' file\n+ 0x0019c3e0 206e616d 652e0000 49662046 4e414d45 name...If FNAME\n+ 0x0019c3f0 3d272027 20746865 6e204f55 54505554 =' ' then OUTPUT\n+ 0x0019c400 20697320 61707065 6e646564 20746f20 is appended to \n+ 0x0019c410 616e2061 6c726561 6479206f 70656e65 an already opene\n+ 0x0019c420 64206669 6c65206f 6e20756e 6974204c d file on unit L\n+ 0x0019c430 554e2e00 4966204c 554e2069 73206e65 UN..If LUN is ne\n+ 0x0019c440 67617469 76652c20 74686520 66696c65 gative, the file\n+ 0x0019c450 20697320 636c6f73 65642061 6e642073 is closed and s\n+ 0x0019c460 75627365 7175656e 74206f75 74707574 ubsequent output\n+ 0x0019c470 00000000 44756d70 20746865 20686973 ....Dump the his\n+ 0x0019c480 746f6772 616d205a 45425241 20646174 togram ZEBRA dat\n+ 0x0019c490 61207374 72756374 75726520 6f6e2074 a structure on t\n+ 0x0019c4a0 68652074 65726d69 6e616c2e 00000000 he terminal.....\n+ 0x0019c4b0 4f6e6c79 20737461 74697374 69637320 Only statistics \n+ 0x0019c4c0 284e756d 62657220 6f662065 6e747269 (Number of entri\n+ 0x0019c4d0 65732c20 6d65616e 2c20524d 532c2075 es, mean, RMS, u\n+ 0x0019c4e0 6e646572 666c6f77 2c206f65 666c6f77 nderflow, oeflow\n+ 0x0019c4f0 29206172 65207070 72696e74 65642e00 ) are pprinted..\n+ 0x0019c500 5072696e 74206869 73746f67 72616d73 Print histograms\n+ 0x0019c510 20286c69 6e652d70 72696e74 65722066 (line-printer f\n+ 0x0019c520 6f726d61 7429206f 6e207363 7265656e ormat) on screen\n+ 0x0019c530 2e000000 54686520 636f6d6d 616e6420 ....The command \n+ 0x0019c540 4f555450 55545f4c 50206d61 79206265 OUTPUT_LP may be\n+ 0x0019c550 20757365 6420746f 20636861 6e676520 used to change \n+ 0x0019c560 74686520 6f757470 75742066 696c652e the output file.\n+ 0x0019c570 00000000 52656164 20686973 746f6772 ....Read histogr\n+ 0x0019c580 616d2049 44206672 6f6d2066 696c6520 am ID from file \n+ 0x0019c590 464e414d 452e0000 464e414d 45206861 FNAME...FNAME ha\n+ 0x0019c5a0 73206265 656e2063 72656174 65642062 s been created b\n+ 0x0019c5b0 79207468 65206f6c 64207665 7273696f y the old versio\n+ 0x0019c5c0 6e206f66 2048424f 4f4b3320 28466f72 n of HBOOK3 (For\n+ 0x0019c5d0 6d617474 6564292e 00000000 46657463 matted).....Fetc\n+ 0x0019c5e0 68206869 73746f67 72616d20 49442066 h histogram ID f\n+ 0x0019c5f0 726f6d20 66696c65 20464e41 4d452e00 rom file FNAME..\n+ 0x0019c600 464e414d 45206861 73206265 656e2063 FNAME has been c\n+ 0x0019c610 72656174 65642062 79207468 65206f6c reated by the ol\n+ 0x0019c620 64207665 7273696f 6e206f66 2048424f d version of HBO\n+ 0x0019c630 4f4b3320 28556e66 6f726d61 74746564 OK3 (Unformatted\n+ 0x0019c640 292e0000 44656c65 74652068 6973746f )...Delete histo\n+ 0x0019c650 6772616d 20494420 696e2043 75727265 gram ID in Curre\n+ 0x0019c660 6e742044 69726563 746f7279 206f6e20 nt Directory on \n+ 0x0019c670 6469736b 2e000000 49662049 443d2730 disk....If ID='0\n+ 0x0019c680 27206f72 20272a27 2064656c 65746520 ' or '*' delete \n+ 0x0019c690 616c6c20 68697374 6f677261 6d732e00 all histograms..\n+ 0x0019c6a0 546f2064 656c6574 65206869 73746f67 To delete histog\n+ 0x0019c6b0 72616d73 20696e20 6d656d6f 72792075 rams in memory u\n+ 0x0019c6c0 73652063 6f6d6d61 6e642048 4953544f se command HISTO\n+ 0x0019c6d0 2f44454c 4554452e 00000000 57726974 /DELETE.....Writ\n+ 0x0019c6e0 65206869 73746f2f 4e747570 6c652049 e histo/Ntuple I\n+ 0x0019c6f0 44206672 6f6d206d 656d6f72 7920746f D from memory to\n+ 0x0019c700 20637572 72656e74 20646972 6563746f current directo\n+ 0x0019c710 72792e00 57726974 65732061 6c6c2068 ry..Writes all h\n+ 0x0019c720 6973746f 6772616d 7320696e 20737562 istograms in sub\n+ 0x0019c730 64697265 63746f72 69657320 61732077 directories as w\n+ 0x0019c740 656c6c2e 00000000 4964656e 74696669 ell.....Identifi\n+ 0x0019c750 6572206d 61792062 65202730 27206f72 er may be '0' or\n+ 0x0019c760 20272a27 2028666f 7220616c 6c206869 '*' (for all hi\n+ 0x0019c770 73746f67 72616d73 292e0000 52656164 stograms)...Read\n+ 0x0019c780 20686973 746f6772 616d2f4e 7475706c histogram/Ntupl\n+ 0x0019c790 65204944 2066726f 6d207468 65206375 e ID from the cu\n+ 0x0019c7a0 7272656e 74206469 72656374 6f727900 rrent directory.\n+ 0x0019c7b0 6f6e2064 69726563 74206163 63657373 on direct access\n+ 0x0019c7c0 2066696c 6520746f 206d656d 6f72792e file to memory.\n+ 0x0019c7d0 00000000 416e2069 64656e74 6963616c ....An identical\n+ 0x0019c7e0 20686973 746f6772 616d2069 73206372 histogram is cr\n+ 0x0019c7f0 65617465 64206275 74207769 74682061 eated but with a\n+ 0x0019c800 6e204944 20657175 616c2074 6f207468 n ID equal to th\n+ 0x0019c810 61740000 6f662074 6865206f 72696769 at..of the origi\n+ 0x0019c820 6e616c20 68697374 6f677261 6d20706c nal histogram pl\n+ 0x0019c830 75732074 6865206f 66667365 7420494f us the offset IO\n+ 0x0019c840 46534554 2e000000 49662049 4359434c FSET....If ICYCL\n+ 0x0019c850 45203e20 31303030 20616e64 2049443d E > 1000 and ID=\n+ 0x0019c860 30207265 61642061 6c6c2068 6973746f 0 read all histo\n+ 0x0019c870 6772616d 7320696e 20616c6c 20737562 grams in all sub\n+ 0x0019c880 64697265 63746f72 69657320 61732077 directories as w\n+ 0x0019c890 656c6c2e 00000000 49662049 4f465345 ell.....If IOFSE\n+ 0x0019c8a0 54203d20 39393939 39207468 656e2074 T = 99999 then t\n+ 0x0019c8b0 68652063 6f6e7465 6e747320 6f662068 he contents of h\n+ 0x0019c8c0 6973746f 6772616d 20494420 6f6e2074 istogram ID on t\n+ 0x0019c8d0 68652064 69736b20 66696c65 00000000 he disk file....\n+ 0x0019c8e0 61726520 61646465 6420746f 20746865 are added to the\n+ 0x0019c8f0 20637572 72656e74 20686973 746f6772 current histogr\n+ 0x0019c900 616d2069 6e206d65 6d6f7279 20696620 am in memory if \n+ 0x0019c910 69742065 78697374 732e2046 6f722065 it exists. For e\n+ 0x0019c920 78616d70 6c650000 746f2061 64642061 xample..to add a\n+ 0x0019c930 6c6c2068 6973746f 6772616d 73206672 ll histograms fr\n+ 0x0019c940 6f6d2046 494c4531 20616e64 2046494c om FILE1 and FIL\n+ 0x0019c950 45322069 6e206d65 6d6f7279 2c207468 E2 in memory, th\n+ 0x0019c960 65207365 7175656e 63650000 53657420 e sequence..Set \n+ 0x0019c970 76617269 6f757320 70617261 6d657465 various paramete\n+ 0x0019c980 72732066 6f722063 6f6d6d61 6e642050 rs for command P\n+ 0x0019c990 4152414d 2e000000 50657266 6f726d20 ARAM....Perform \n+ 0x0019c9a0 61207265 67726573 73696f6e 206f6e20 a regression on \n+ 0x0019c9b0 636f6e74 656e7473 206f6620 74686520 contents of the \n+ 0x0019c9c0 312d4469 6d206869 73746f67 72616d20 1-Dim histogram \n+ 0x0019c9d0 49442e00 46696e64 20746865 20626573 ID..Find the bes\n+ 0x0019c9e0 74207061 72616d65 74657269 73617469 t parameterisati\n+ 0x0019c9f0 6f6e2069 6e207465 726d7320 6f662065 on in terms of e\n+ 0x0019ca00 6c656d65 6e746172 79206675 6e637469 lementary functi\n+ 0x0019ca10 6f6e7300 28726567 72657373 6f727329 ons.(regressors)\n+ 0x0019ca20 2e205365 65204842 4f4f4b20 67756964 . See HBOOK guid\n+ 0x0019ca30 65204850 4152414d 2e000000 436f6e74 e HPARAM....Cont\n+ 0x0019ca40 726f6c20 776f7264 20495345 4c3d3130 rol word ISEL=10\n+ 0x0019ca50 30302a54 202b3130 302a5720 2b31302a 00*T +100*W +10*\n+ 0x0019ca60 53202b50 00000000 2053203d 20312072 S +P.... S = 1 r\n+ 0x0019ca70 6573756c 74696e67 20706172 616d6574 esulting paramet\n+ 0x0019ca80 72696320 66697420 73757065 72696d70 ric fit superimp\n+ 0x0019ca90 6f736564 206f6e20 68697374 6f677261 osed on histogra\n+ 0x0019caa0 6d000000 2050203d 2030206d 696e696d m... 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If not they\n+ 0x0019cc60 20617265 2074616b 656e2074 6f206265 are taken to be\n+ 0x0019cc70 20657175 616c2074 6f207468 65000000 equal to the...\n+ 0x0019cc80 20202020 20202073 71756172 652d726f square-ro\n+ 0x0019cc90 6f74206f 66207468 6520636f 6e74656e ot of the conten\n+ 0x0019cca0 74732e00 20202020 20312077 65696768 ts.. 1 weigh\n+ 0x0019ccb0 74732061 72652065 7175616c 20746f20 ts are equal to \n+ 0x0019ccc0 312e0000 2054203d 2030206d 6f6e6f6d 1... T = 0 monom\n+ 0x0019ccd0 69616c20 77696c6c 20626520 73656c65 ial will be sele\n+ 0x0019cce0 63746564 20617320 74686520 656c656d cted as the elem\n+ 0x0019ccf0 656e7461 72792066 756e6374 696f6e73 entary functions\n+ 0x0019cd00 00000000 20202020 20312043 68656279 .... 1 Cheby\n+ 0x0019cd10 73686576 20706f6c 796e6f6d 69616c73 shev polynomials\n+ 0x0019cd20 20776974 68206120 64656669 6e697469 with a definiti\n+ 0x0019cd30 6f6e2072 6567696f 6e3a205b 2d312c31 on region: [-1,1\n+ 0x0019cd40 5d000000 20202020 2032204c 6567656e ]... 2 Legen\n+ 0x0019cd50 64726520 706f6c79 6e6f6d69 616c7320 dre polynomials \n+ 0x0019cd60 77697468 20612064 6566696e 6974696f with a definitio\n+ 0x0019cd70 6e207265 67696f6e 3a205b2d 312c315d n region: [-1,1]\n+ 0x0019cd80 00000000 20202020 20332073 68696674 .... 3 shift\n+ 0x0019cd90 65642043 68656279 73686576 20706f6c ed Chebyshev pol\n+ 0x0019cda0 796e6f6d 69616c73 20776974 68206120 ynomials with a \n+ 0x0019cdb0 64656669 6e697469 6f6e2072 6567696f definition regio\n+ 0x0019cdc0 6e3a205b 302c315d 00000000 20202020 n: [0,1].... \n+ 0x0019cdd0 2034204c 61677565 72726520 706f6c79 4 Laguerre poly\n+ 0x0019cde0 6e6f6d69 616c7320 77697468 20612064 nomials with a d\n+ 0x0019cdf0 6566696e 6974696f 6e207265 67696f6e efinition region\n+ 0x0019ce00 3a205b30 2c2b696e 66696e69 74655d00 : [0,+infinite].\n+ 0x0019ce10 20202020 20352048 65726d69 74652070 5 Hermite p\n+ 0x0019ce20 6f6c796e 6f6d6961 6c732077 69746820 olynomials with \n+ 0x0019ce30 61206465 66696e69 74696f6e 20726567 a definition reg\n+ 0x0019ce40 696f6e3a 205b2d69 6e662c2b 696e665d ion: [-inf,+inf]\n+ 0x0019ce50 00000000 54686520 464f5254 52414e20 ....The FORTRAN \n+ 0x0019ce60 636f6465 206f6620 74686520 70617261 code of the para\n+ 0x0019ce70 6d657465 72697361 74696f6e 20697320 meterisation is \n+ 0x0019ce80 77726974 74656e20 6f6e746f 20746865 written onto the\n+ 0x0019ce90 2066696c 65000000 4173736f 63696174 file...Associat\n+ 0x0019cea0 65207468 65206675 6e637469 6f6e2055 e the function U\n+ 0x0019ceb0 46554e43 20776974 68207468 65206869 FUNC with the hi\n+ 0x0019cec0 73746f67 72616d20 49442e00 2f484953 stogram ID../HIS\n+ 0x0019ced0 544f4752 414d2f4f 50455241 54494f4e TOGRAM/OPERATION\n+ 0x0019cee0 532f4655 4e435449 4f4e0000 536d6f6f S/FUNCTION..Smoo\n+ 0x0019cef0 74682031 2d44696d 206f7220 322d4469 th 1-Dim or 2-Di\n+ 0x0019cf00 6d206869 73746f67 72616d20 49442075 m histogram ID u\n+ 0x0019cf10 73696e67 20422d73 706c696e 65732e00 sing B-splines..\n+ 0x0019cf20 49662049 44206973 20612031 2d44696d If ID is a 1-Dim\n+ 0x0019cf30 20686973 746f6772 616d2074 68656e3a histogram then:\n+ 0x0019cf40 00000000 20495345 4c203d20 302c3120 .... ISEL = 0,1 \n+ 0x0019cf50 7265706c 61636520 6f726967 696e616c replace original\n+ 0x0019cf60 20686973 746f6772 616d2062 7920736d histogram by sm\n+ 0x0019cf70 6f6f7468 65642e00 20202020 20203d20 oothed.. = \n+ 0x0019cf80 32202020 73757065 72696d70 6f736520 2 superimpose \n+ 0x0019cf90 61732061 2066756e 6374696f 6e207768 as a function wh\n+ 0x0019cfa0 656e2065 64697469 6e672e00 49662049 en editing..If I\n+ 0x0019cfb0 44206973 20612032 2d44696d 20686973 D is a 2-Dim his\n+ 0x0019cfc0 746f6772 616d2074 68656e20 6f726967 togram then orig\n+ 0x0019cfd0 696e616c 20636f6e 74656e74 73206172 inal contents ar\n+ 0x0019cfe0 65207265 706c6163 65642e00 48697374 e replaced..Hist\n+ 0x0019cff0 6f677261 6d206f72 204e7475 706c6520 ogram or Ntuple \n+ 0x0019d000 4964656e 74696669 65720000 5265706c Identifier..Repl\n+ 0x0019d010 61636520 6f726967 696e616c 20686973 ace original his\n+ 0x0019d020 746f6772 616d2062 7920736d 6f6f7468 togram by smooth\n+ 0x0019d030 65642e00 53746f72 65207661 6c756573 ed..Store values\n+ 0x0019d040 206f6620 736d6f6f 74686564 2066756e of smoothed fun\n+ 0x0019d050 6374696f 6e20616e 64206974 73207061 ction and its pa\n+ 0x0019d060 72616d65 74657273 20776974 686f7574 rameters without\n+ 0x0019d070 20726570 6c616369 6e672074 6865206f replacing the o\n+ 0x0019d080 72696769 6e616c20 68697374 6f677261 riginal histogra\n+ 0x0019d090 6d202862 75742073 6565206e 6f746520 m (but see note \n+ 0x0019d0a0 62656c6f 7729202d 20746865 20736d6f below) - the smo\n+ 0x0019d0b0 6f746865 64206675 6e637469 6f206120 othed functio a \n+ 0x0019d0c0 65206464 6973706c 61796564 20617420 e ddisplayed at \n+ 0x0019d0d0 65646974 696e6720 74696d65 202d2073 editing time - s\n+ 0x0019d0e0 65652048 4953544f 47525241 414d2f50 ee HISTOGRRAAM/P\n+ 0x0019d0f0 4c4f542e 00000000 496e766f 6b65206d LOT.....Invoke m\n+ 0x0019d100 756c7469 2d717561 64726963 20736d6f ulti-quadric smo\n+ 0x0019d110 6f746869 6e672028 73656520 48424f4f othing (see HBOO\n+ 0x0019d120 4b20726f 7574696e 65204851 55414429 K routine HQUAD)\n+ 0x0019d130 2e000000 496e766f 6b652074 68652033 ....Invoke the 3\n+ 0x0019d140 35335148 20616c67 6f726974 686d2028 53QH algorithm (\n+ 0x0019d150 73656520 48424f4f 4b20726f 7574696e see HBOOK routin\n+ 0x0019d160 65204853 4d4f4f46 292e0000 56657262 e HSMOOF)...Verb\n+ 0x0019d170 6f736520 28646566 61756c74 20666f72 ose (default for\n+ 0x0019d180 20616c6c 20657863 65707420 312d4420 all except 1-D \n+ 0x0019d190 68697374 6f677261 6d292e00 446f206e histogram)..Do n\n+ 0x0019d1a0 6f742070 6c6f7420 74686520 72657375 ot plot the resu\n+ 0x0019d1b0 6c74206f 66207468 65206669 742e0000 lt of the fit...\n+ 0x0019d1c0 57726974 6520466f 72747261 6e373720 Write Fortran77 \n+ 0x0019d1d0 66756e63 74696f6e 20746f20 48515541 function to HQUA\n+ 0x0019d1e0 44462e44 41542028 6d756c74 692d7175 DF.DAT (multi-qu\n+ 0x0019d1f0 61647269 63206f6e 6c792900 536d6f6f adric only).Smoo\n+ 0x0019d200 74682061 20686973 746f6772 616d206f th a histogram o\n+ 0x0019d210 72202773 696d706c 6527206e 7475706c r 'simple' ntupl\n+ 0x0019d220 652e2020 28277369 6d706c65 27203d20 e. 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536f7274 20746865 20616c70 ts..Sort the alp\n+ 0x0019d670 68616e75 6d657269 63206c61 62656c73 hanumeric labels\n+ 0x0019d680 206f6620 74686520 68697374 6f677261 of the histogra\n+ 0x0019d690 6d204944 20616363 6f726469 6e670000 m ID according..\n+ 0x0019d6a0 54686520 636f6d70 61726973 6f6e2069 The comparison i\n+ 0x0019d6b0 7320646f 6e65206f 6e6c7920 6f6e2074 s done only on t\n+ 0x0019d6c0 68652073 68617065 206f6620 74686520 he shape of the \n+ 0x0019d6d0 74776f20 68697374 6f677261 6d732e00 two histograms..\n+ 0x0019d6e0 496e636c 75646520 616c736f 20636f6d Include also com\n+ 0x0019d6f0 70617269 736f6e20 6f662074 68652072 parison of the r\n+ 0x0019d700 656c6174 69766520 6e6f726d 616c6973 elative normalis\n+ 0x0019d710 6174696f 6e206f66 20746865 2074776f ation of the two\n+ 0x0019d720 20686973 746f6761 6d732c2c 20696e20 histogams,, in \n+ 0x0019d730 61646469 74696f6e 20746f20 636f6d70 addition to comp\n+ 0x0019d740 6172696e 67207468 65207368 61706573 aring the shapes\n+ 0x0019d750 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PROB sten aa c\n+ 0x0019d760 6f626e64 636f6e66 69646e63 6565206c obndconfidncee l\n+ 0x0019d770 6576656c 2074616b 696e6720 6163636f evel taking acco\n+ 0x0019d780 756e7420 6f662062 736f6c6c 6c757574 unt of bsollluut\n+ 0x0019d790 74656520 636f7465 656e7473 2e000000 tee coteents....\n+ 0x0019d7a0 44656275 67207072 696e746f 75742c20 Debug printout, \n+ 0x0019d7b0 70726f64 75636573 20612062 6c616e6b produces a blank\n+ 0x0019d7c0 206c696e 6520616e 64207477 6f206c69 line and two li\n+ 0x0019d7d0 6e657320 6f66206e 6f6d7469 6f6e2061 nes of nomtion a\n+ 0x0019d7e0 61747420 65616368 20616c6c 2c20696e att each all, in\n+ 0x0019d7f0 636c6c75 64696e67 20746865 20494420 clluding the ID \n+ 0x0019d800 6e756d62 6572732c 20746865 206e756d numbers, the num\n+ 0x0019d810 62657220 6f662076 6e73696e 6e206565 ber of vnsinn ee\n+ 0x0019d820 61616368 20686973 746f7261 616d2c20 aach historaam, \n+ 0x0019d830 74686520 50524f42 2076616c 75652c20 the PROB value, \n+ 0x0019d840 616e6420 68206d61 78696d75 6d204b4b and h maximum KK\n+ 0x0019d850 6f6c6d6f 676f6f76 20646973 7374616e olmogoov disstan\n+ 0x0019d860 63652062 65747765 656e2074 68652074 ce between the t\n+ 0x0019d870 776f2068 6973746f 6772616d 732e2046 wo histograms. F\n+ 0x0019d880 6f20322d 44696d68 73746f6f 67677261 o 2-Dimhstooggra\n+ 0x0019d890 616d732c 20746865 72652061 72652074 ams, there are t\n+ 0x0019d8a0 776f204b 6f6c6d6f 676f726f 76206469 wo Kolmogorov di\n+ 0x0019d8b0 7374616e 63657320 28652062 656c6f77 stances (e below\n+ 0x0019d8c0 29206666 27272720 69737370 65636966 ) ff''' isspecif\n+ 0x0019d8d0 66696564 2c207468 65726520 69732061 fied, there is a\n+ 0x0019d8e0 20746869 7264206c 696e6520 6f66206f third line of o\n+ 0x0019d8f0 75747074 67697669 6e672074 74682052 utptgiving tth R\n+ 0x0019d900 4220666f 72207368 61706520 616c6f6e B for shape alon\n+ 0x0019d910 652c2061 6e642066 6f72206e 6e6f6f72 e, and for nnoor\n+ 0x0019d920 6d616c69 74747469 6f6e2e00 4f766572 malitttion..Over\n 0x0019d930 666c6f77 2c207265 71756573 74732074 flow, requests t\n 0x0019d940 68617420 6f766572 666c6f77 2062696e hat overflow bin\n 0x0019d950 73206265 2074616b 656e2069 6e746f20 s be taken into \n 0x0019d960 6163636f 756e742e 00000000 556e6465 account.....Unde\n 0x0019d970 72666c6f 772c2072 65717565 73747320 rflow, requests \n 0x0019d980 74686174 20756e64 6572666c 6f772062 that underflow b\n 0x0019d990 696e7320 62652074 616b656e 20696e74 ins be taken int\n@@ -10557,20 +10557,20 @@\n 0x0019e3a0 32204469 6d206869 73746f67 72616d20 2 Dim histogram \n 0x0019e3b0 61732061 20736361 74746572 2d706c6f as a scatter-plo\n 0x0019e3c0 74000000 5072696e 74206120 32204469 t...Print a 2 Di\n 0x0019e3d0 6d206869 73746f67 72616d20 61732061 m histogram as a\n 0x0019e3e0 20746162 6c650000 506c6f74 20657272 table..Plot err\n 0x0019e3f0 6f727320 61732074 68652065 72726f72 ors as the error\n 0x0019e400 206f6e20 6d65616e 206f6620 62696e20 on mean of bin \n- 0x0019e410 696e2059 20666f72 2070726f 6c206973 in Y for prol is\n- 0x0019e420 74746f6f 67677272 616d7300 506c6f74 ttooggrrams.Plot\n+ 0x0019e410 696e2059 20666f72 20707266 6c206973 in Y for prfl is\n+ 0x0019e420 74746f67 67677272 616d7300 506c6f74 ttogggrrams.Plot\n 0x0019e430 20657272 6f727320 61732074 68652053 errors as the S\n 0x0019e440 70726561 64206f66 20656163 68206269 pread of each bi\n 0x0019e450 6e20696e 20592066 6f722070 726f666c n in Y for profl\n- 0x0019e460 20697374 6f6f6767 7272616d 73000000 istooggrrams...\n+ 0x0019e460 2069736f 67676767 7272616d 73000000 isoggggrrams...\n 0x0019e470 4d65616e 2076616c 75652061 6e642052 Mean value and R\n 0x0019e480 4d532063 6f6d7075 74656420 61742066 MS computed at f\n 0x0019e490 696c6c69 6e672074 696d6500 4d65616e illing time.Mean\n 0x0019e4a0 2076616c 75652061 6e642052 4d532063 value and RMS c\n 0x0019e4b0 6f6d7075 74656420 66726f6d 2062696e omputed from bin\n 0x0019e4c0 20636f6e 74656e74 73206f6e 6c790000 contents only..\n 0x0019e4d0 4572726f 72732062 61727320 7072696e Errors bars prin\n@@ -10672,34 +10672,34 @@\n 0x0019ead0 74696e67 206f6620 322d4469 6d206869 ting of 2-Dim hi\n 0x0019eae0 73746f67 72616d73 20696e20 76617269 stograms in vari\n 0x0019eaf0 6f757320 666f726d 6174732e 00000000 ous formats.....\n 0x0019eb00 53657473 20776569 67687473 20657175 Sets weights equ\n 0x0019eb10 616c2074 6f20312e 20446566 61756c74 al to 1. Default\n 0x0019eb20 20776569 67687473 2074616b 656e2066 weights taken f\n 0x0019eb30 726f6d20 74686520 73717561 72652072 rom the square r\n- 0x0019eb40 6f6f7420 6f662074 6865636e 656e6e74 oot of thecnennt\n+ 0x0019eb40 6f6f7420 6f662074 68206f74 656e6e74 oot of th otennt\n 0x0019eb50 74737320 6f722066 726f6d20 4850414b tss or from HPAK\n 0x0019eb60 452f4842 41525820 28505554 2f455252 E/HBARX (PUT/ERR\n- 0x0019eb70 4f525329 2e204920 68207069 6e206969 ORS). I h pin ii\n- 0x0019eb80 69697373 20676769 76656e20 4c6f6720 iiss ggiven Log \n- 0x0019eb90 4c696b6b 656c6968 6f6f6429 2c206269 Likkelihood), bi\n- 0x0019eba0 6e732077 69746820 6572726f 72733d30 ns with errors=0\n- 0x0019ebb0 20617265 20657863 6c756420 6f6f6666 are exclud ooff\n- 0x0019ebc0 20746865 20666974 2e000000 54686520 the fit....The \n+ 0x0019eb70 4f525329 2e204966 20682070 7469696f ORS). If h ptiio\n+ 0x0019eb80 6f6e6e20 73677665 6e6e2028 4c6f6720 onn sgvenn (Log \n+ 0x0019eb90 4c696b65 6c69686f 6f64292c 2062696e Likelihood), bin\n+ 0x0019eba0 73207769 74682065 72726f72 733d3020 s with errors=0 \n+ 0x0019ebb0 61617265 2065786c 64656420 6f6f6620 aare exlded oof \n+ 0x0019ebc0 74656520 6669742e 00000000 54686520 tee fit.....The \n 0x0019ebd0 696e7465 72616374 69766520 4d696e75 interactive Minu\n 0x0019ebe0 69742069 7320696e 766f6b65 642e2028 it is invoked. (\n 0x0019ebf0 73656520 4170706c 69636174 696f6e20 see Application \n 0x0019ec00 484d494e 55495420 62656c6f 77292e00 HMINUIT below)..\n 0x0019ec10 55736572 2066756e 6374696f 6e207661 User function va\n 0x0019ec20 6c756520 69732074 616b656e 2066726f lue is taken fro\n 0x0019ec30 6d202f48 43464954 442f4649 54504144 m /HCFITD/FITPAD\n 0x0019ec40 28323429 2c464954 46554e2e 20416c6c (24),FITFUN. All\n 0x0019ec50 6f777320 746f2064 6f206669 7474696e ows to do fittin\n- 0x0019ec60 6720696e 20444f55 424c4520 50524543 g in DOUBLE PREC\n- 0x0019ec70 4953494f 4e2e0000 4b656570 20746865 ISION...Keep the\n+ 0x0019ec60 6720696e 20444f55 424c4520 50524549 g in DOUBLE PREI\n+ 0x0019ec70 5353494f 4e2e0000 4b656570 20746865 SSION...Keep the\n 0x0019ec80 20736574 74696e67 73206f66 20417070 settings of App\n 0x0019ec90 6c696361 74696f6e 20484d49 4e554954 lication HMINUIT\n 0x0019eca0 20666f72 20612073 75627365 7175656e for a subsequen\n 0x0019ecb0 7420636f 6d6d616e 642e0000 46697420 t command...Fit \n 0x0019ecc0 61207573 65722064 6566696e 65642028 a user defined (\n 0x0019ecd0 616e6420 70617261 6d657465 72206465 and parameter de\n 0x0019ece0 70656e64 656e7429 2066756e 6374696f pendent) functio\n@@ -10902,33 +10902,33 @@\n 0x0019f930 2e000000 546f2071 75697420 5a4f4f4d ....To quit ZOOM\n 0x0019f940 2c20636c 69636b20 74686520 72696768 , click the righ\n 0x0019f950 74206275 74746f6e 206f6620 74686520 t button of the \n 0x0019f960 6d6f7573 65206f72 20435254 4c2f452e mouse or CRTL/E.\n 0x0019f970 00000000 41646420 636f6e74 656e7473 ....Add contents\n 0x0019f980 206f6620 49442074 6f206c61 73742070 of ID to last p\n 0x0019f990 6c6f7474 65642068 6973746f 6772616d lotted histogram\n- 0x0019f9a0 2e205573 65207069 6f6e204b 20777769 . Use pion K wwi\n- 0x0019f9b0 69746820 70726576 696f7573 20686973 ith previous his\n- 0x0019f9c0 746f6772 616d2069 6620796f 75206861 togram if you ha\n- 0x0019f9d0 76652073 65766572 616c207a 6f6e6573 ve several zones\n- 0x0019f9e0 2e000000 53756274 72616374 20636f6e ....Subtract con\n+ 0x0019f9a0 2e205573 656f746f 6e204b20 77776969 . Useoton K wwii\n+ 0x0019f9b0 74682070 72657669 6f757320 68697374 th previous hist\n+ 0x0019f9c0 6f677261 6d206966 20796f75 20686176 ogram if you hav\n+ 0x0019f9d0 65207365 76657261 6c7a6f6f 6e65732e e severalzoones.\n+ 0x0019f9e0 00000000 53756274 72616374 20636f6e ....Subtract con\n 0x0019f9f0 74656e74 73206f66 20494420 746f206c tents of ID to l\n 0x0019fa00 61737420 706c6f74 74656420 68697374 ast plotted hist\n- 0x0019fa10 6f677261 6d2e2055 656f746f 6e6e204b ogram. Ueotonn K\n- 0x0019fa20 4b207777 69746820 70726569 6f757320 K wwith preious \n- 0x0019fa30 68697374 6f677261 6d206966 796f6f75 histogram ifyoou\n- 0x0019fa40 20686176 65207365 76657261 6c207a6f have several zo\n+ 0x0019fa10 6f677261 6d2e2073 2070696f 6e6e204b ogram. s pionn K\n+ 0x0019fa20 4b207777 69746820 70727669 6f757320 K wwith prvious \n+ 0x0019fa30 68697374 6f677261 6d206920 796f6f75 histogram i yoou\n+ 0x0019fa40 20686176 65207365 76657261 6c7a6f6f have severalzoo\n 0x0019fa50 6e65732e 00000000 44726177 20746865 nes.....Draw the\n 0x0019fa60 2064656c 74612077 69746820 74686520 delta with the \n 0x0019fa70 6c617374 20706c6f 74746564 20686973 last plotted his\n- 0x0019fa80 746f6772 616d2e20 55732070 696f6e20 togram. Us pion \n- 0x0019fa90 4b207777 69697468 20707265 76696f75 K wwiith previou\n+ 0x0019fa80 746f6772 616d2e20 55656f74 6f6e204b togram. 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.H..............\n+ 0x00203c20 e03b2000 ecce1900 20cf1900 44cf1900 .; ..... ...D...\n+ 0x00203c30 78cf1900 accf1900 18651800 1f651800 x........e...e..\n+ 0x00203c40 ff481800 02000000 eccf1900 00000000 .H..............\n 0x00203c50 00000000 14000000 00000000 00000000 ................\n 0x00203c60 00000000 00000000 02000000 43000000 ............C...\n 0x00203c70 00000000 00000000 00000000 00000000 ................\n 0x00203c80 cc801a00 67551800 7b091a00 f06e1800 ....gU..{....n..\n 0x00203c90 521e1800 83441800 7f0e1800 9a561800 R....D.......V..\n 0x00203ca0 ba101b00 00000000 00000000 00000000 ................\n 0x00203cb0 00000000 00000000 00000000 00000000 ................\n- 0x00203cc0 08d01900 08d01900 30d01900 f4d01900 ........0.......\n- 0x00203cd0 30d11900 45651800 68d11900 98d11900 0...Ee..h.......\n- 0x00203ce0 bcd11900 c03c2000 00000000 00000000 .....< .........\n+ 0x00203cc0 0cd01900 0cd01900 34d01900 f8d01900 ........4.......\n+ 0x00203cd0 34d11900 45651800 6cd11900 9cd11900 4...Ee..l.......\n+ 0x00203ce0 c0d11900 c03c2000 00000000 00000000 .....< .........\n 0x00203cf0 00000000 00000000 00000000 00000000 ................\n 0x00203d00 234b1800 06000000 361d1800 5e651800 #K......6...^e..\n 0x00203d10 00000000 08000000 09000000 803c2000 .............< .\n 0x00203d20 09000000 803c2000 00000000 4f000000 .....< .....O...\n 0x00203d30 e43c2000 51371800 e8411800 51371800 .< .Q7...A..Q7..\n 0x00203d40 e8411800 01000000 00000000 00000000 .A..............\n 0x00203d50 00000000 00000000 00000000 00000000 ................\n@@ -4762,49 +4762,49 @@\n 0x00203db0 00000000 00000000 00000000 00000000 ................\n 0x00203dc0 dc651800 06000000 7e651800 5b3a1800 .e......~e..[:..\n 0x00203dd0 00000000 0c000000 00000000 00000000 ................\n 0x00203de0 00000000 00000000 00000000 52000000 ............R...\n 0x00203df0 943d2000 403c2000 003d2000 603d2000 .= .@< ..= .`= .\n 0x00203e00 c03d2000 00000000 00000000 00000000 .= .............\n 0x00203e10 00000000 00000000 00000000 00000000 ................\n- 0x00203e20 f8d11900 8ccf1a00 44d21900 90d21900 ........D.......\n- 0x00203e30 d0d21900 8ccf1a00 93651800 8ccf1a00 .........e......\n- 0x00203e40 f0d21900 38d31900 78d31900 b8d31900 ....8...x.......\n- 0x00203e50 9a651800 8ccf1a00 f8d31900 40d41900 .e..........@...\n- 0x00203e60 78d41900 8ccf1a00 a4d41900 f0d41900 x...............\n- 0x00203e70 38d51900 8ccf1a00 93651800 8ccf1a00 8........e......\n- 0x00203e80 78d51900 c0d51900 8ccf1a00 f0d51900 x...............\n+ 0x00203e20 fcd11900 8ccf1a00 48d21900 94d21900 ........H.......\n+ 0x00203e30 d4d21900 8ccf1a00 93651800 8ccf1a00 .........e......\n+ 0x00203e40 f4d21900 3cd31900 7cd31900 bcd31900 ....<...|.......\n+ 0x00203e50 9a651800 8ccf1a00 fcd31900 44d41900 .e..........D...\n+ 0x00203e60 7cd41900 8ccf1a00 a8d41900 f4d41900 |...............\n+ 0x00203e70 3cd51900 8ccf1a00 93651800 8ccf1a00 <........e......\n+ 0x00203e80 7cd51900 c4d51900 8ccf1a00 f4d51900 |...............\n 0x00203e90 b8651800 11651800 1f651800 00000000 .e...e...e......\n 0x00203ea0 ff481800 02000000 b1661800 00000000 .H.......f......\n 0x00203eb0 00000000 14000000 00000000 00000000 ................\n 0x00203ec0 00000000 00000000 00000000 43000000 ............C...\n 0x00203ed0 00000000 b9321800 d0321800 ed421800 .....2...2...B..\n 0x00203ee0 64431800 80071a00 e3ad1700 7f0e1800 dC..............\n 0x00203ef0 e3651800 fc651800 15661800 2e661800 .e...e...f...f..\n- 0x00203f00 3e661800 20d61900 40d61900 f03e2000 >f.. ...@....> .\n+ 0x00203f00 3e661800 24d61900 44d61900 f03e2000 >f..$...D....> .\n 0x00203f10 00000000 00000000 00000000 00000000 ................\n 0x00203f20 881b1800 05000000 361d1800 5a661800 ........6...Zf..\n 0x00203f30 00000000 08000000 07000000 d43e2000 .............> .\n 0x00203f40 07000000 d43e2000 00000000 4f000000 .....> .....O...\n- 0x00203f50 0c3f2000 a03e2000 203f2000 60d61900 .? ..> . ? .`...\n+ 0x00203f50 0c3f2000 a03e2000 203f2000 64d61900 .? ..> . ? .d...\n 0x00203f60 5d661800 00000000 00000000 00000000 ]f..............\n 0x00203f70 00000000 00000000 00000000 00000000 ................\n 0x00203f80 1a681800 03000000 8f661800 00000000 .h.......f......\n 0x00203f90 00000000 14000000 00000000 00000000 ................\n 0x00203fa0 00000000 00000000 00000000 43000000 ............C...\n 0x00203fb0 00000000 00000000 00000000 00000000 ................\n 0x00203fc0 44561800 03000000 aa661800 00000000 DV.......f......\n 0x00203fd0 00000000 14000000 00000000 00000000 ................\n 0x00203fe0 00000000 00000000 00000000 43000000 ............C...\n 0x00203ff0 00000000 00000000 00000000 00000000 ................\n 0x00204000 8ccf1a00 9a561800 e3ad1700 8a381800 .....V.......8..\n 0x00204010 ee6b1800 f4ab1700 bb4a1800 26521800 .k.......J..&R..\n 0x00204020 c04b1800 99e91700 ba5d1800 00000000 .K.......]......\n 0x00204030 00000000 00000000 00000000 00000000 ................\n- 0x00204040 9cd61900 dcd61900 9cd71900 2cd91900 ............,...\n+ 0x00204040 a0d61900 e0d61900 a0d71900 2cd91900 ............,...\n 0x00204050 6cd91900 c6661800 e1661800 fc661800 l....f...f...f..\n 0x00204060 15671800 acd91900 d8d91900 40402000 .g..........@@ .\n 0x00204070 00000000 00000000 00000000 00000000 ................\n 0x00204080 881b1800 05000000 361d1800 e3ad1700 ........6.......\n 0x00204090 00000000 08000000 0b000000 00402000 .............@ .\n 0x002040a0 0b000000 00402000 00000000 4f000000 .....@ .....O...\n 0x002040b0 6c402000 803f2000 c03f2000 80402000 l@ ..? ..? ..@ .\n@@ -5288,39 +5288,39 @@\n 0x00205e90 c95d1800 cf5d1800 d55d1800 d85d1800 .]...]...]...]..\n 0x00205ea0 b0a81700 fa371800 db5d1800 81341800 .....7...]...4..\n 0x00205eb0 4c1c1800 e05d1800 e45d1800 e85d1800 L....]...]...]..\n 0x00205ec0 ec5d1800 00000000 00000000 00000000 .]..............\n 0x00205ed0 00000000 00000000 00000000 00000000 ................\n 0x00205ee0 3c701800 ee1c1800 dc711800 74f91900 e......\n 0x0020ac10 02000000 04000000 01000000 143c2000 .............< .\n@@ -6708,15 +6708,15 @@\n 0x0020b750 00000000 14000000 00000000 00000000 ................\n 0x0020b760 00000000 00000000 00000000 43000000 ............C...\n 0x0020b770 00000000 40b72000 180a1a00 00000000 ....@. .........\n 0x0020b780 5b4e1800 08000000 d01f1800 b4061a00 [N..............\n 0x0020b790 00000000 14000000 00000000 00000000 ................\n 0x0020b7a0 00000000 00000000 00000000 43000000 ............C...\n 0x0020b7b0 00000000 80b72000 380a1a00 00000000 ...... .8.......\n- 0x0020b7c0 55761a00 03000000 e8cf1900 00000000 Uv..............\n+ 0x0020b7c0 55761a00 03000000 eccf1900 00000000 Uv..............\n 0x0020b7d0 00000000 14000000 00000000 00000000 ................\n 0x0020b7e0 00000000 00000000 00000000 43000000 ............C...\n 0x0020b7f0 00000000 00000000 00000000 00000000 ................\n 0x0020b800 e5061a00 06000000 ec061a00 91851700 ................\n 0x0020b810 00000000 14000000 00000000 00000000 ................\n 0x0020b820 00000000 00000000 00000000 43000000 ............C...\n 0x0020b830 00000000 00000000 00000000 00000000 ................\n@@ -6758,15 +6758,15 @@\n 0x0020ba70 00000000 14000000 00000000 00000000 ................\n 0x0020ba80 00000000 00000000 00000000 43000000 ............C...\n 0x0020ba90 00000000 60ba2000 5c0e1a00 00000000 ....`. .\\.......\n 0x0020baa0 5b4e1800 08000000 d01f1800 90071a00 [N..............\n 0x0020bab0 00000000 14000000 00000000 00000000 ................\n 0x0020bac0 00000000 00000000 00000000 43000000 ............C...\n 0x0020bad0 00000000 a0ba2000 7c0e1a00 00000000 ...... .|.......\n- 0x0020bae0 55761a00 03000000 e8cf1900 00000000 Uv..............\n+ 0x0020bae0 55761a00 03000000 eccf1900 00000000 Uv..............\n 0x0020baf0 00000000 14000000 00000000 00000000 ................\n 0x0020bb00 00000000 00000000 00000000 43000000 ............C...\n 0x0020bb10 00000000 00000000 00000000 00000000 ................\n 0x0020bb20 e5061a00 06000000 ec061a00 91851700 ................\n 0x0020bb30 00000000 14000000 00000000 00000000 ................\n 0x0020bb40 00000000 00000000 00000000 43000000 ............C...\n 0x0020bb50 00000000 00000000 00000000 00000000 ................\n"}, {"source1": "readelf --wide --decompress --hex-dump=.gnu_debuglink {}", "source2": "readelf --wide --decompress --hex-dump=.gnu_debuglink {}", "comments": ["stderr from `readelf --wide --decompress --hex-dump=.gnu_debuglink {}`:", "readelf: Error: no .dynamic section in the dynamic segment"], "unified_diff": "@@ -1,7 +1,7 @@\n \n Hex dump of section '.gnu_debuglink':\n- 0x00000000 37303730 32316633 61396337 64613834 707021f3a9c7da84\n- 0x00000010 61366266 35323736 39353461 64343462 a6bf5276954ad44b\n- 0x00000020 64616330 37382e64 65627567 00000000 dac078.debug....\n- 0x00000030 3b5d24c6 ;]$.\n+ 0x00000000 63356462 66346664 64333465 33613533 c5dbf4fdd34e3a53\n+ 0x00000010 39386466 30396133 32653134 34646364 98df09a32e144dcd\n+ 0x00000020 32663035 62322e64 65627567 00000000 2f05b2.debug....\n+ 0x00000030 ed28927e .(.~\n \n"}]}]}]}]}, {"source1": "libpawlib2-gfortran-dbgsym_2.14.04.dfsg.2-9.1_i386.deb", "source2": "libpawlib2-gfortran-dbgsym_2.14.04.dfsg.2-9.1_i386.deb", "unified_diff": null, "details": [{"source1": "file list", "source2": "file list", "unified_diff": "@@ -1,3 +1,3 @@\n -rw-r--r-- 0 0 0 4 2017-05-18 18:53:13.000000 debian-binary\n--rw-r--r-- 0 0 0 568 2017-05-18 18:53:13.000000 control.tar.xz\n--rw-r--r-- 0 0 0 945900 2017-05-18 18:53:13.000000 data.tar.xz\n+-rw-r--r-- 0 0 0 572 2017-05-18 18:53:13.000000 control.tar.xz\n+-rw-r--r-- 0 0 0 945848 2017-05-18 18:53:13.000000 data.tar.xz\n"}, {"source1": "control.tar.xz", "source2": "control.tar.xz", "unified_diff": null, "details": [{"source1": "control.tar", "source2": "control.tar", "unified_diff": null, "details": [{"source1": "./control", "source2": "./control", "unified_diff": "@@ -6,8 +6,8 @@\n Maintainer: Debian Science Maintainers \n Installed-Size: 1206\n Depends: libpawlib2-gfortran (= 1:2.14.04.dfsg.2-9.1)\n Section: debug\n Priority: optional\n Multi-Arch: same\n Description: debug symbols for libpawlib2-gfortran\n-Build-Ids: 34707021f3a9c7da84a6bf5276954ad44bdac078\n+Build-Ids: bac5dbf4fdd34e3a5398df09a32e144dcd2f05b2\n"}, {"source1": "./md5sums", "source2": "./md5sums", "unified_diff": null, "details": [{"source1": "./md5sums", "source2": "./md5sums", "comments": ["Files differ"], "unified_diff": null}, {"source1": "line order", "source2": "line order", "unified_diff": "@@ -1 +1 @@\n-usr/lib/debug/.build-id/34/707021f3a9c7da84a6bf5276954ad44bdac078.debug\n+usr/lib/debug/.build-id/ba/c5dbf4fdd34e3a5398df09a32e144dcd2f05b2.debug\n"}]}]}]}, {"source1": "data.tar.xz", "source2": "data.tar.xz", "unified_diff": null, "details": [{"source1": "data.tar", "source2": "data.tar", "unified_diff": null, "details": [{"source1": "file list", "source2": "file list", "unified_diff": "@@ -1,10 +1,10 @@\n drwxr-xr-x 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./\n drwxr-xr-x 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./usr/\n drwxr-xr-x 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./usr/lib/\n drwxr-xr-x 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./usr/lib/debug/\n drwxr-xr-x 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./usr/lib/debug/.build-id/\n-drwxr-xr-x 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./usr/lib/debug/.build-id/34/\n--rw-r--r-- 0 root (0) root (0) 1223984 2017-05-18 18:53:13.000000 ./usr/lib/debug/.build-id/34/707021f3a9c7da84a6bf5276954ad44bdac078.debug\n+drwxr-xr-x 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./usr/lib/debug/.build-id/ba/\n+-rw-r--r-- 0 root (0) root (0) 1223984 2017-05-18 18:53:13.000000 ./usr/lib/debug/.build-id/ba/c5dbf4fdd34e3a5398df09a32e144dcd2f05b2.debug\n drwxr-xr-x 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./usr/share/\n drwxr-xr-x 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./usr/share/doc/\n lrwxrwxrwx 0 root (0) root (0) 0 2017-05-18 18:53:13.000000 ./usr/share/doc/libpawlib2-gfortran-dbgsym -> libpawlib2-gfortran\n"}, {"source1": "./usr/lib/debug/.build-id/34/707021f3a9c7da84a6bf5276954ad44bdac078.debug", "source2": "./usr/lib/debug/.build-id/ba/c5dbf4fdd34e3a5398df09a32e144dcd2f05b2.debug", "comments": ["Files similar despite different names (score: 19, lower is more similar)"], "unified_diff": null, "details": [{"source1": "readelf --wide --sections {}", "source2": "readelf --wide --sections {}", "unified_diff": "@@ -25,17 +25,17 @@\n [20] .dynamic NOBITS 001ef49c 000218 000138 08 WA 4 0 4\n [21] .got NOBITS 001ef5d4 000218 000a20 04 WA 0 0 4\n [22] .got.plt NOBITS 001f0000 000218 001428 04 WA 0 0 4\n [23] .data NOBITS 001f1440 000218 04af20 00 WA 0 0 32\n [24] .bss NOBITS 0023c360 000218 483900 00 WA 0 0 32\n [25] .comment PROGBITS 00000000 000178 00001d 01 MS 0 0 1\n [26] .debug_aranges PROGBITS 00000000 000198 001587 00 C 0 0 4\n- [27] .debug_info PROGBITS 00000000 001720 083fcd 00 C 0 0 4\n+ [27] .debug_info PROGBITS 00000000 001720 083fcf 00 C 0 0 4\n [28] .debug_abbrev PROGBITS 00000000 0856f0 00439c 00 C 0 0 4\n- [29] .debug_line PROGBITS 00000000 089a8c 02d5db 00 C 0 0 4\n+ [29] .debug_line PROGBITS 00000000 089a8c 02d5dc 00 C 0 0 4\n [30] .debug_str PROGBITS 00000000 0b7068 009d9f 01 MSC 0 0 4\n [31] .debug_loc PROGBITS 00000000 0c0e08 01870b 00 C 0 0 4\n [32] .debug_ranges PROGBITS 00000000 0d9514 004332 00 C 0 0 4\n [33] .symtab SYMTAB 00000000 0dd848 02c090 10 34 9157 4\n [34] .strtab STRTAB 00000000 1098d8 020d62 00 0 0 1\n [35] .shstrtab STRTAB 00000000 12a63a 000155 00 0 0 1\n Key to Flags:\n"}, {"source1": "readelf --wide --notes {}", "source2": "readelf --wide --notes {}", "unified_diff": "@@ -1,4 +1,4 @@\n \n Displaying notes found in: .note.gnu.build-id\n Owner Data size \tDescription\n- GNU 0x00000014\tNT_GNU_BUILD_ID (unique build ID bitstring)\t Build ID: 34707021f3a9c7da84a6bf5276954ad44bdac078\n+ GNU 0x00000014\tNT_GNU_BUILD_ID (unique build ID bitstring)\t Build ID: bac5dbf4fdd34e3a5398df09a32e144dcd2f05b2\n"}, {"source1": "readelf --wide --debug-dump=rawline {}", "source2": "readelf --wide --debug-dump=rawline {}", "unified_diff": "@@ -92477,1072 +92477,1072 @@\n [0x0002deea] Advance Line by 301 to 302\n [0x0002deed] Copy\n [0x0002deee] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 304 (view 1)\n [0x0002deef] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 307 (view 2)\n [0x0002def0] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 309 (view 3)\n [0x0002def1] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 312 (view 4)\n [0x0002def2] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 314 (view 5)\n- [0x0002def3] Advance Line by 9 to 323\n+ [0x0002def3] Advance Line by 10 to 324\n [0x0002def5] Copy (view 6)\n- [0x0002def6] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 325 (view 7)\n- [0x0002def7] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 329 (view 8)\n- [0x0002def8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 332 (view 9)\n- [0x0002def9] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 335 (view 10)\n- [0x0002defa] Advance Line by 10 to 345\n+ [0x0002def6] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 326 (view 7)\n+ [0x0002def7] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 330 (view 8)\n+ [0x0002def8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 333 (view 9)\n+ [0x0002def9] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 336 (view 10)\n+ [0x0002defa] Advance Line by 10 to 346\n [0x0002defc] Copy (view 11)\n- [0x0002defd] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 346 (view 12)\n- [0x0002defe] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 353 (view 13)\n- [0x0002deff] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 356 (view 14)\n- [0x0002df00] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 358 (view 15)\n- [0x0002df01] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 361 (view 16)\n- [0x0002df02] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 363 (view 17)\n- [0x0002df03] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 366 (view 18)\n- [0x0002df04] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 368 (view 19)\n- [0x0002df05] Advance Line by 11 to 379\n+ [0x0002defd] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 347 (view 12)\n+ [0x0002defe] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 354 (view 13)\n+ [0x0002deff] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 357 (view 14)\n+ [0x0002df00] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 359 (view 15)\n+ [0x0002df01] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 362 (view 16)\n+ [0x0002df02] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 364 (view 17)\n+ [0x0002df03] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 367 (view 18)\n+ [0x0002df04] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 369 (view 19)\n+ [0x0002df05] Advance Line by 11 to 380\n [0x0002df07] Copy (view 20)\n- [0x0002df08] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 381 (view 21)\n- [0x0002df09] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 385 (view 22)\n- [0x0002df0a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 388 (view 23)\n- [0x0002df0b] Special opcode 13: advance Address by 0 to 0xb65b0 and Line by 8 to 396 (view 24)\n- [0x0002df0c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 398 (view 25)\n- [0x0002df0d] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 405 (view 26)\n- [0x0002df0e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 408 (view 27)\n- [0x0002df0f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 410 (view 28)\n- [0x0002df10] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 413 (view 29)\n- [0x0002df11] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 415 (view 30)\n- [0x0002df12] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 418 (view 31)\n- [0x0002df13] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 419 (view 32)\n- [0x0002df14] Advance Line by 9 to 428\n+ [0x0002df08] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 382 (view 21)\n+ [0x0002df09] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 386 (view 22)\n+ [0x0002df0a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 389 (view 23)\n+ [0x0002df0b] Special opcode 13: advance Address by 0 to 0xb65b0 and Line by 8 to 397 (view 24)\n+ [0x0002df0c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 399 (view 25)\n+ [0x0002df0d] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 406 (view 26)\n+ [0x0002df0e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 409 (view 27)\n+ [0x0002df0f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 411 (view 28)\n+ [0x0002df10] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 414 (view 29)\n+ [0x0002df11] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 416 (view 30)\n+ [0x0002df12] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 419 (view 31)\n+ [0x0002df13] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 420 (view 32)\n+ [0x0002df14] Advance Line by 9 to 429\n [0x0002df16] Copy (view 33)\n- [0x0002df17] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 430 (view 34)\n- [0x0002df18] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 434 (view 35)\n- [0x0002df19] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 437 (view 36)\n- [0x0002df1a] Advance Line by 19 to 456\n+ [0x0002df17] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 431 (view 34)\n+ [0x0002df18] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 435 (view 35)\n+ [0x0002df19] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 438 (view 36)\n+ [0x0002df1a] Advance Line by 19 to 457\n [0x0002df1c] Copy (view 37)\n- [0x0002df1d] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 457 (view 38)\n- [0x0002df1e] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 464 (view 39)\n- [0x0002df1f] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 467 (view 40)\n- [0x0002df20] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 468 (view 41)\n- [0x0002df21] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 472 (view 42)\n- [0x0002df22] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 474 (view 43)\n- [0x0002df23] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 478 (view 44)\n- [0x0002df24] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 481 (view 45)\n- [0x0002df25] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 487 (view 46)\n- [0x0002df26] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 493 (view 47)\n- [0x0002df27] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 496 (view 48)\n- [0x0002df28] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 498 (view 49)\n- [0x0002df29] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 501 (view 50)\n- [0x0002df2a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 503 (view 51)\n- [0x0002df2b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 506 (view 52)\n- [0x0002df2c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 509 (view 53)\n- [0x0002df2d] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 514 (view 54)\n- [0x0002df2e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 516 (view 55)\n- [0x0002df2f] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 523 (view 56)\n- [0x0002df30] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 526 (view 57)\n- [0x0002df31] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 528 (view 58)\n- [0x0002df32] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 531 (view 59)\n- [0x0002df33] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 533 (view 60)\n- [0x0002df34] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 536 (view 61)\n- [0x0002df35] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 539 (view 62)\n- [0x0002df36] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 544 (view 63)\n- [0x0002df37] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 546 (view 64)\n- [0x0002df38] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 553 (view 65)\n- [0x0002df39] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 556 (view 66)\n- [0x0002df3a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 558 (view 67)\n- [0x0002df3b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 561 (view 68)\n- [0x0002df3c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 563 (view 69)\n- [0x0002df3d] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 567 (view 70)\n- [0x0002df3e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 569 (view 71)\n- [0x0002df3f] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 576 (view 72)\n- [0x0002df40] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 579 (view 73)\n- [0x0002df41] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 581 (view 74)\n- [0x0002df42] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 584 (view 75)\n- [0x0002df43] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 586 (view 76)\n- [0x0002df44] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 590 (view 77)\n- [0x0002df45] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 592 (view 78)\n- [0x0002df46] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 599 (view 79)\n- [0x0002df47] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 602 (view 80)\n- [0x0002df48] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 604 (view 81)\n- [0x0002df49] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 608 (view 82)\n- [0x0002df4a] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 609 (view 83)\n- [0x0002df4b] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 616 (view 84)\n- [0x0002df4c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 619 (view 85)\n- [0x0002df4d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 621 (view 86)\n- [0x0002df4e] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 625 (view 87)\n- [0x0002df4f] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 626 (view 88)\n- [0x0002df50] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 633 (view 89)\n- [0x0002df51] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 636 (view 90)\n- [0x0002df52] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 639 (view 91)\n- [0x0002df53] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 641 (view 92)\n- [0x0002df54] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 644 (view 93)\n- [0x0002df55] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 646 (view 94)\n- [0x0002df56] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 649 (view 95)\n- [0x0002df57] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 651 (view 96)\n- [0x0002df58] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 654 (view 97)\n- [0x0002df59] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 656 (view 98)\n- [0x0002df5a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 659 (view 99)\n- [0x0002df5b] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 661 (view 100)\n- [0x0002df5c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 664 (view 101)\n- [0x0002df5d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 666 (view 102)\n- [0x0002df5e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 669 (view 103)\n- [0x0002df5f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 671 (view 104)\n- [0x0002df60] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 674 (view 105)\n- [0x0002df61] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 680 (view 106)\n- [0x0002df62] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 686 (view 107)\n- [0x0002df63] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 687 (view 108)\n- [0x0002df64] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 694 (view 109)\n- [0x0002df65] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 697 (view 110)\n- [0x0002df66] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 700 (view 111)\n- [0x0002df67] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 702 (view 112)\n- [0x0002df68] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 705 (view 113)\n- [0x0002df69] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 708 (view 114)\n- [0x0002df6a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 710 (view 115)\n- [0x0002df6b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 713 (view 116)\n- [0x0002df6c] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 717 (view 117)\n- [0x0002df6d] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 721 (view 118)\n- [0x0002df6e] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 722 (view 119)\n- [0x0002df6f] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 729 (view 120)\n- [0x0002df70] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 732 (view 121)\n- [0x0002df71] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 735 (view 122)\n- [0x0002df72] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 737 (view 123)\n- [0x0002df73] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 740 (view 124)\n- [0x0002df74] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 742 (view 125)\n- [0x0002df75] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 745 (view 126)\n- [0x0002df76] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 747 (view 127)\n- [0x0002df77] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 750 (view 128)\n- [0x0002df78] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 752 (view 129)\n- [0x0002df79] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 755 (view 130)\n- [0x0002df7a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 757 (view 131)\n- [0x0002df7b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 760 (view 132)\n- [0x0002df7c] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 761 (view 133)\n- [0x0002df7d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 763 (view 134)\n- [0x0002df7e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 765 (view 135)\n- [0x0002df7f] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 769 (view 136)\n- [0x0002df80] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 774 (view 137)\n- [0x0002df81] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 778 (view 138)\n- [0x0002df82] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 779 (view 139)\n- [0x0002df83] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 786 (view 140)\n- [0x0002df84] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 789 (view 141)\n- [0x0002df85] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 792 (view 142)\n- [0x0002df86] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 794 (view 143)\n- [0x0002df87] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 797 (view 144)\n- [0x0002df88] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 799 (view 145)\n- [0x0002df89] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 802 (view 146)\n- [0x0002df8a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 804 (view 147)\n- [0x0002df8b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 807 (view 148)\n- [0x0002df8c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 809 (view 149)\n- [0x0002df8d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 812 (view 150)\n- [0x0002df8e] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 816 (view 151)\n- [0x0002df8f] Special opcode 13: advance Address by 0 to 0xb65b0 and Line by 8 to 824 (view 152)\n- [0x0002df90] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 825 (view 153)\n- [0x0002df91] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 832 (view 154)\n- [0x0002df92] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 835 (view 155)\n- [0x0002df93] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 837 (view 156)\n- [0x0002df94] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 839 (view 157)\n- [0x0002df95] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 841 (view 158)\n- [0x0002df96] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 848 (view 159)\n- [0x0002df97] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 851 (view 160)\n- [0x0002df98] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 853 (view 161)\n- [0x0002df99] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 857 (view 162)\n- [0x0002df9a] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 858 (view 163)\n- [0x0002df9b] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 865 (view 164)\n- [0x0002df9c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 867 (view 165)\n- [0x0002df9d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 870 (view 166)\n- [0x0002df9e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 873 (view 167)\n- [0x0002df9f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 875 (view 168)\n- [0x0002dfa0] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 880 (view 169)\n- [0x0002dfa1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 882 (view 170)\n- [0x0002dfa2] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 889 (view 171)\n- [0x0002dfa3] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 892 (view 172)\n- [0x0002dfa4] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 894 (view 173)\n- [0x0002dfa5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 896 (view 174)\n- [0x0002dfa6] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 897 (view 175)\n- [0x0002dfa7] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 903 (view 176)\n- [0x0002dfa8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 906 (view 177)\n- [0x0002dfa9] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 907 (view 178)\n- [0x0002dfaa] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 910 (view 179)\n- [0x0002dfab] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 912 (view 180)\n- [0x0002dfac] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 916 (view 181)\n- [0x0002dfad] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 918 (view 182)\n- [0x0002dfae] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 921 (view 183)\n- [0x0002dfaf] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 922 (view 184)\n- [0x0002dfb0] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 928 (view 185)\n- [0x0002dfb1] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 931 (view 186)\n- [0x0002dfb2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 934 (view 187)\n- [0x0002dfb3] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 936 (view 188)\n- [0x0002dfb4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 939 (view 189)\n- [0x0002dfb5] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 940 (view 190)\n- [0x0002dfb6] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 946 (view 191)\n- [0x0002dfb7] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 949 (view 192)\n- [0x0002dfb8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 952 (view 193)\n- [0x0002dfb9] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 954 (view 194)\n- [0x0002dfba] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 957 (view 195)\n- [0x0002dfbb] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 958 (view 196)\n- [0x0002dfbc] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 965 (view 197)\n- [0x0002dfbd] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 968 (view 198)\n- [0x0002dfbe] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 970 (view 199)\n- [0x0002dfbf] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 974 (view 200)\n- [0x0002dfc0] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 975 (view 201)\n- [0x0002dfc1] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 982 (view 202)\n- [0x0002dfc2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 985 (view 203)\n- [0x0002dfc3] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 986 (view 204)\n- [0x0002dfc4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 989 (view 205)\n- [0x0002dfc5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 991 (view 206)\n- [0x0002dfc6] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 995 (view 207)\n- [0x0002dfc7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 997 (view 208)\n- [0x0002dfc8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1000 (view 209)\n- [0x0002dfc9] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1001 (view 210)\n- [0x0002dfca] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1007 (view 211)\n- [0x0002dfcb] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1010 (view 212)\n- [0x0002dfcc] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1012 (view 213)\n- [0x0002dfcd] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1015 (view 214)\n- [0x0002dfce] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1017 (view 215)\n- [0x0002dfcf] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1020 (view 216)\n- [0x0002dfd0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1023 (view 217)\n- [0x0002dfd1] Advance Line by 13 to 1036\n+ [0x0002df1d] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 458 (view 38)\n+ [0x0002df1e] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 465 (view 39)\n+ [0x0002df1f] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 468 (view 40)\n+ [0x0002df20] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 469 (view 41)\n+ [0x0002df21] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 473 (view 42)\n+ [0x0002df22] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 475 (view 43)\n+ [0x0002df23] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 479 (view 44)\n+ [0x0002df24] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 482 (view 45)\n+ [0x0002df25] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 488 (view 46)\n+ [0x0002df26] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 494 (view 47)\n+ [0x0002df27] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 497 (view 48)\n+ [0x0002df28] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 499 (view 49)\n+ [0x0002df29] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 502 (view 50)\n+ [0x0002df2a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 504 (view 51)\n+ [0x0002df2b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 507 (view 52)\n+ [0x0002df2c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 510 (view 53)\n+ [0x0002df2d] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 515 (view 54)\n+ [0x0002df2e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 517 (view 55)\n+ [0x0002df2f] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 524 (view 56)\n+ [0x0002df30] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 527 (view 57)\n+ [0x0002df31] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 529 (view 58)\n+ [0x0002df32] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 532 (view 59)\n+ [0x0002df33] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 534 (view 60)\n+ [0x0002df34] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 537 (view 61)\n+ [0x0002df35] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 540 (view 62)\n+ [0x0002df36] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 545 (view 63)\n+ [0x0002df37] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 547 (view 64)\n+ [0x0002df38] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 554 (view 65)\n+ [0x0002df39] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 557 (view 66)\n+ [0x0002df3a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 559 (view 67)\n+ [0x0002df3b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 562 (view 68)\n+ [0x0002df3c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 564 (view 69)\n+ [0x0002df3d] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 568 (view 70)\n+ [0x0002df3e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 570 (view 71)\n+ [0x0002df3f] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 577 (view 72)\n+ [0x0002df40] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 580 (view 73)\n+ [0x0002df41] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 582 (view 74)\n+ [0x0002df42] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 585 (view 75)\n+ [0x0002df43] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 587 (view 76)\n+ [0x0002df44] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 591 (view 77)\n+ [0x0002df45] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 593 (view 78)\n+ [0x0002df46] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 600 (view 79)\n+ [0x0002df47] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 603 (view 80)\n+ [0x0002df48] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 605 (view 81)\n+ [0x0002df49] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 609 (view 82)\n+ [0x0002df4a] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 610 (view 83)\n+ [0x0002df4b] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 617 (view 84)\n+ [0x0002df4c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 620 (view 85)\n+ [0x0002df4d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 622 (view 86)\n+ [0x0002df4e] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 626 (view 87)\n+ [0x0002df4f] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 627 (view 88)\n+ [0x0002df50] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 634 (view 89)\n+ [0x0002df51] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 637 (view 90)\n+ [0x0002df52] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 640 (view 91)\n+ [0x0002df53] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 642 (view 92)\n+ [0x0002df54] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 645 (view 93)\n+ [0x0002df55] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 647 (view 94)\n+ [0x0002df56] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 650 (view 95)\n+ [0x0002df57] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 652 (view 96)\n+ [0x0002df58] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 655 (view 97)\n+ [0x0002df59] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 657 (view 98)\n+ [0x0002df5a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 660 (view 99)\n+ [0x0002df5b] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 662 (view 100)\n+ [0x0002df5c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 665 (view 101)\n+ [0x0002df5d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 667 (view 102)\n+ [0x0002df5e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 670 (view 103)\n+ [0x0002df5f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 672 (view 104)\n+ [0x0002df60] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 675 (view 105)\n+ [0x0002df61] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 681 (view 106)\n+ [0x0002df62] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 687 (view 107)\n+ [0x0002df63] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 688 (view 108)\n+ [0x0002df64] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 695 (view 109)\n+ [0x0002df65] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 698 (view 110)\n+ [0x0002df66] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 701 (view 111)\n+ [0x0002df67] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 703 (view 112)\n+ [0x0002df68] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 706 (view 113)\n+ [0x0002df69] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 709 (view 114)\n+ [0x0002df6a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 711 (view 115)\n+ [0x0002df6b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 714 (view 116)\n+ [0x0002df6c] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 718 (view 117)\n+ [0x0002df6d] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 722 (view 118)\n+ [0x0002df6e] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 723 (view 119)\n+ [0x0002df6f] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 730 (view 120)\n+ [0x0002df70] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 733 (view 121)\n+ [0x0002df71] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 736 (view 122)\n+ [0x0002df72] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 738 (view 123)\n+ [0x0002df73] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 741 (view 124)\n+ [0x0002df74] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 743 (view 125)\n+ [0x0002df75] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 746 (view 126)\n+ [0x0002df76] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 748 (view 127)\n+ [0x0002df77] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 751 (view 128)\n+ [0x0002df78] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 753 (view 129)\n+ [0x0002df79] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 756 (view 130)\n+ [0x0002df7a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 758 (view 131)\n+ [0x0002df7b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 761 (view 132)\n+ [0x0002df7c] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 762 (view 133)\n+ [0x0002df7d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 764 (view 134)\n+ [0x0002df7e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 766 (view 135)\n+ [0x0002df7f] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 770 (view 136)\n+ [0x0002df80] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 775 (view 137)\n+ [0x0002df81] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 779 (view 138)\n+ [0x0002df82] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 780 (view 139)\n+ [0x0002df83] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 787 (view 140)\n+ [0x0002df84] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 790 (view 141)\n+ [0x0002df85] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 793 (view 142)\n+ [0x0002df86] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 795 (view 143)\n+ [0x0002df87] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 798 (view 144)\n+ [0x0002df88] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 800 (view 145)\n+ [0x0002df89] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 803 (view 146)\n+ [0x0002df8a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 805 (view 147)\n+ [0x0002df8b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 808 (view 148)\n+ [0x0002df8c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 810 (view 149)\n+ [0x0002df8d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 813 (view 150)\n+ [0x0002df8e] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 817 (view 151)\n+ [0x0002df8f] Special opcode 13: advance Address by 0 to 0xb65b0 and Line by 8 to 825 (view 152)\n+ [0x0002df90] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 826 (view 153)\n+ [0x0002df91] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 833 (view 154)\n+ [0x0002df92] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 836 (view 155)\n+ [0x0002df93] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 838 (view 156)\n+ [0x0002df94] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 840 (view 157)\n+ [0x0002df95] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 842 (view 158)\n+ [0x0002df96] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 849 (view 159)\n+ [0x0002df97] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 852 (view 160)\n+ [0x0002df98] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 854 (view 161)\n+ [0x0002df99] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 858 (view 162)\n+ [0x0002df9a] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 859 (view 163)\n+ [0x0002df9b] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 866 (view 164)\n+ [0x0002df9c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 868 (view 165)\n+ [0x0002df9d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 871 (view 166)\n+ [0x0002df9e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 874 (view 167)\n+ [0x0002df9f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 876 (view 168)\n+ [0x0002dfa0] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 881 (view 169)\n+ [0x0002dfa1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 883 (view 170)\n+ [0x0002dfa2] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 890 (view 171)\n+ [0x0002dfa3] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 893 (view 172)\n+ [0x0002dfa4] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 895 (view 173)\n+ [0x0002dfa5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 897 (view 174)\n+ [0x0002dfa6] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 898 (view 175)\n+ [0x0002dfa7] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 904 (view 176)\n+ [0x0002dfa8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 907 (view 177)\n+ [0x0002dfa9] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 908 (view 178)\n+ [0x0002dfaa] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 911 (view 179)\n+ [0x0002dfab] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 913 (view 180)\n+ [0x0002dfac] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 917 (view 181)\n+ [0x0002dfad] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 919 (view 182)\n+ [0x0002dfae] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 922 (view 183)\n+ [0x0002dfaf] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 923 (view 184)\n+ [0x0002dfb0] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 929 (view 185)\n+ [0x0002dfb1] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 932 (view 186)\n+ [0x0002dfb2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 935 (view 187)\n+ [0x0002dfb3] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 937 (view 188)\n+ [0x0002dfb4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 940 (view 189)\n+ [0x0002dfb5] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 941 (view 190)\n+ [0x0002dfb6] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 947 (view 191)\n+ [0x0002dfb7] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 950 (view 192)\n+ [0x0002dfb8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 953 (view 193)\n+ [0x0002dfb9] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 955 (view 194)\n+ [0x0002dfba] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 958 (view 195)\n+ [0x0002dfbb] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 959 (view 196)\n+ [0x0002dfbc] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 966 (view 197)\n+ [0x0002dfbd] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 969 (view 198)\n+ [0x0002dfbe] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 971 (view 199)\n+ [0x0002dfbf] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 975 (view 200)\n+ [0x0002dfc0] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 976 (view 201)\n+ [0x0002dfc1] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 983 (view 202)\n+ [0x0002dfc2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 986 (view 203)\n+ [0x0002dfc3] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 987 (view 204)\n+ [0x0002dfc4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 990 (view 205)\n+ [0x0002dfc5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 992 (view 206)\n+ [0x0002dfc6] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 996 (view 207)\n+ [0x0002dfc7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 998 (view 208)\n+ [0x0002dfc8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1001 (view 209)\n+ [0x0002dfc9] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1002 (view 210)\n+ [0x0002dfca] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1008 (view 211)\n+ [0x0002dfcb] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1011 (view 212)\n+ [0x0002dfcc] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1013 (view 213)\n+ [0x0002dfcd] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1016 (view 214)\n+ [0x0002dfce] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1018 (view 215)\n+ [0x0002dfcf] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1021 (view 216)\n+ [0x0002dfd0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1024 (view 217)\n+ [0x0002dfd1] Advance Line by 13 to 1037\n [0x0002dfd3] Copy (view 218)\n- [0x0002dfd4] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1037 (view 219)\n- [0x0002dfd5] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1043 (view 220)\n- [0x0002dfd6] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1046 (view 221)\n- [0x0002dfd7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1048 (view 222)\n- [0x0002dfd8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1051 (view 223)\n- [0x0002dfd9] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1053 (view 224)\n- [0x0002dfda] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1055 (view 225)\n- [0x0002dfdb] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1061 (view 226)\n- [0x0002dfdc] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1064 (view 227)\n- [0x0002dfdd] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1066 (view 228)\n- [0x0002dfde] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1069 (view 229)\n- [0x0002dfdf] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1071 (view 230)\n- [0x0002dfe0] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1075 (view 231)\n- [0x0002dfe1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1077 (view 232)\n- [0x0002dfe2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1080 (view 233)\n- [0x0002dfe3] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1083 (view 234)\n- [0x0002dfe4] Advance Line by 24 to 1107\n+ [0x0002dfd4] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1038 (view 219)\n+ [0x0002dfd5] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1044 (view 220)\n+ [0x0002dfd6] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1047 (view 221)\n+ [0x0002dfd7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1049 (view 222)\n+ [0x0002dfd8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1052 (view 223)\n+ [0x0002dfd9] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1054 (view 224)\n+ [0x0002dfda] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1056 (view 225)\n+ [0x0002dfdb] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1062 (view 226)\n+ [0x0002dfdc] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1065 (view 227)\n+ [0x0002dfdd] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1067 (view 228)\n+ [0x0002dfde] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1070 (view 229)\n+ [0x0002dfdf] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1072 (view 230)\n+ [0x0002dfe0] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1076 (view 231)\n+ [0x0002dfe1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1078 (view 232)\n+ [0x0002dfe2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1081 (view 233)\n+ [0x0002dfe3] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1084 (view 234)\n+ [0x0002dfe4] Advance Line by 24 to 1108\n [0x0002dfe6] Copy (view 235)\n- [0x0002dfe7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1109 (view 236)\n- [0x0002dfe8] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1116 (view 237)\n- [0x0002dfe9] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1119 (view 238)\n- [0x0002dfea] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1122 (view 239)\n- [0x0002dfeb] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1124 (view 240)\n- [0x0002dfec] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1127 (view 241)\n- [0x0002dfed] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1134 (view 242)\n- [0x0002dfee] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1137 (view 243)\n- [0x0002dfef] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1139 (view 244)\n- [0x0002dff0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1142 (view 245)\n- [0x0002dff1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1144 (view 246)\n- [0x0002dff2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1147 (view 247)\n- [0x0002dff3] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1149 (view 248)\n- [0x0002dff4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1152 (view 249)\n- [0x0002dff5] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1155 (view 250)\n- [0x0002dff6] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1161 (view 251)\n- [0x0002dff7] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1162 (view 252)\n- [0x0002dff8] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1169 (view 253)\n- [0x0002dff9] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1172 (view 254)\n- [0x0002dffa] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1174 (view 255)\n- [0x0002dffb] Advance Line by 12 to 1186\n+ [0x0002dfe7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1110 (view 236)\n+ [0x0002dfe8] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1117 (view 237)\n+ [0x0002dfe9] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1120 (view 238)\n+ [0x0002dfea] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1123 (view 239)\n+ [0x0002dfeb] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1125 (view 240)\n+ [0x0002dfec] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1128 (view 241)\n+ [0x0002dfed] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1135 (view 242)\n+ [0x0002dfee] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1138 (view 243)\n+ [0x0002dfef] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1140 (view 244)\n+ [0x0002dff0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1143 (view 245)\n+ [0x0002dff1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1145 (view 246)\n+ [0x0002dff2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1148 (view 247)\n+ [0x0002dff3] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1150 (view 248)\n+ [0x0002dff4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1153 (view 249)\n+ [0x0002dff5] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1156 (view 250)\n+ [0x0002dff6] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1162 (view 251)\n+ [0x0002dff7] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1163 (view 252)\n+ [0x0002dff8] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1170 (view 253)\n+ [0x0002dff9] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1173 (view 254)\n+ [0x0002dffa] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1175 (view 255)\n+ [0x0002dffb] Advance Line by 12 to 1187\n [0x0002dffd] Copy (view 256)\n- [0x0002dffe] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1188 (view 257)\n- [0x0002dfff] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1192 (view 258)\n- [0x0002e000] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1194 (view 259)\n- [0x0002e001] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1197 (view 260)\n- [0x0002e002] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1199 (view 261)\n- [0x0002e003] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1202 (view 262)\n- [0x0002e004] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1205 (view 263)\n- [0x0002e005] Advance Line by 21 to 1226\n+ [0x0002dffe] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1189 (view 257)\n+ [0x0002dfff] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1193 (view 258)\n+ [0x0002e000] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1195 (view 259)\n+ [0x0002e001] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1198 (view 260)\n+ [0x0002e002] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1200 (view 261)\n+ [0x0002e003] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1203 (view 262)\n+ [0x0002e004] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1206 (view 263)\n+ [0x0002e005] Advance Line by 21 to 1227\n [0x0002e007] Copy (view 264)\n- [0x0002e008] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1228 (view 265)\n- [0x0002e009] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1235 (view 266)\n- [0x0002e00a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1238 (view 267)\n- [0x0002e00b] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1240 (view 268)\n- [0x0002e00c] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1244 (view 269)\n- [0x0002e00d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1246 (view 270)\n- [0x0002e00e] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1250 (view 271)\n- [0x0002e00f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1252 (view 272)\n- [0x0002e010] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1255 (view 273)\n- [0x0002e011] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1261 (view 274)\n- [0x0002e012] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1264 (view 275)\n- [0x0002e013] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1267 (view 276)\n- [0x0002e014] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1269 (view 277)\n- [0x0002e015] Advance Line by 17 to 1286\n+ [0x0002e008] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1229 (view 265)\n+ [0x0002e009] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1236 (view 266)\n+ [0x0002e00a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1239 (view 267)\n+ [0x0002e00b] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1241 (view 268)\n+ [0x0002e00c] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1245 (view 269)\n+ [0x0002e00d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1247 (view 270)\n+ [0x0002e00e] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1251 (view 271)\n+ [0x0002e00f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1253 (view 272)\n+ [0x0002e010] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1256 (view 273)\n+ [0x0002e011] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1262 (view 274)\n+ [0x0002e012] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1265 (view 275)\n+ [0x0002e013] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1268 (view 276)\n+ [0x0002e014] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1270 (view 277)\n+ [0x0002e015] Advance Line by 17 to 1287\n [0x0002e017] Copy (view 278)\n- [0x0002e018] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1288 (view 279)\n- [0x0002e019] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1292 (view 280)\n- [0x0002e01a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1295 (view 281)\n- [0x0002e01b] Advance Line by 14 to 1309\n+ [0x0002e018] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1289 (view 279)\n+ [0x0002e019] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1293 (view 280)\n+ [0x0002e01a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1296 (view 281)\n+ [0x0002e01b] Advance Line by 14 to 1310\n [0x0002e01d] Copy (view 282)\n- [0x0002e01e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1311 (view 283)\n- [0x0002e01f] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1318 (view 284)\n- [0x0002e020] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1321 (view 285)\n- [0x0002e021] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1324 (view 286)\n- [0x0002e022] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1326 (view 287)\n- [0x0002e023] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1329 (view 288)\n- [0x0002e024] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1335 (view 289)\n- [0x0002e025] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1338 (view 290)\n- [0x0002e026] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1341 (view 291)\n- [0x0002e027] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1344 (view 292)\n- [0x0002e028] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1346 (view 293)\n- [0x0002e029] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1349 (view 294)\n- [0x0002e02a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1351 (view 295)\n- [0x0002e02b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1354 (view 296)\n- [0x0002e02c] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1355 (view 297)\n- [0x0002e02d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1357 (view 298)\n- [0x0002e02e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1359 (view 299)\n- [0x0002e02f] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1363 (view 300)\n- [0x0002e030] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1367 (view 301)\n- [0x0002e031] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1371 (view 302)\n- [0x0002e032] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1377 (view 303)\n- [0x0002e033] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1380 (view 304)\n- [0x0002e034] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1383 (view 305)\n- [0x0002e035] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1386 (view 306)\n- [0x0002e036] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1388 (view 307)\n- [0x0002e037] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1391 (view 308)\n- [0x0002e038] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1393 (view 309)\n- [0x0002e039] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1396 (view 310)\n- [0x0002e03a] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1397 (view 311)\n- [0x0002e03b] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1399 (view 312)\n- [0x0002e03c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1401 (view 313)\n- [0x0002e03d] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1405 (view 314)\n- [0x0002e03e] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1409 (view 315)\n- [0x0002e03f] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1413 (view 316)\n- [0x0002e040] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1420 (view 317)\n- [0x0002e041] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1423 (view 318)\n- [0x0002e042] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1426 (view 319)\n- [0x0002e043] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1429 (view 320)\n- [0x0002e044] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1431 (view 321)\n- [0x0002e045] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1434 (view 322)\n- [0x0002e046] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1436 (view 323)\n- [0x0002e047] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1439 (view 324)\n- [0x0002e048] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1440 (view 325)\n- [0x0002e049] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1442 (view 326)\n- [0x0002e04a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1444 (view 327)\n- [0x0002e04b] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1448 (view 328)\n- [0x0002e04c] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1452 (view 329)\n- [0x0002e04d] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1456 (view 330)\n- [0x0002e04e] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1463 (view 331)\n- [0x0002e04f] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1466 (view 332)\n- [0x0002e050] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1469 (view 333)\n- [0x0002e051] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1472 (view 334)\n- [0x0002e052] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1474 (view 335)\n- [0x0002e053] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1477 (view 336)\n- [0x0002e054] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1479 (view 337)\n- [0x0002e055] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1482 (view 338)\n- [0x0002e056] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1483 (view 339)\n- [0x0002e057] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1484 (view 340)\n- [0x0002e058] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1486 (view 341)\n- [0x0002e059] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1490 (view 342)\n- [0x0002e05a] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1494 (view 343)\n- [0x0002e05b] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1499 (view 344)\n- [0x0002e05c] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1505 (view 345)\n- [0x0002e05d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1508 (view 346)\n- [0x0002e05e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1511 (view 347)\n- [0x0002e05f] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1514 (view 348)\n- [0x0002e060] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1517 (view 349)\n- [0x0002e061] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1520 (view 350)\n- [0x0002e062] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1522 (view 351)\n- [0x0002e063] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1525 (view 352)\n- [0x0002e064] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1527 (view 353)\n- [0x0002e065] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1530 (view 354)\n- [0x0002e066] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1532 (view 355)\n- [0x0002e067] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1535 (view 356)\n- [0x0002e068] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1536 (view 357)\n- [0x0002e069] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1538 (view 358)\n- [0x0002e06a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1540 (view 359)\n- [0x0002e06b] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1544 (view 360)\n- [0x0002e06c] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1550 (view 361)\n- [0x0002e06d] Advance Line by 15 to 1565\n+ [0x0002e01e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1312 (view 283)\n+ [0x0002e01f] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1319 (view 284)\n+ [0x0002e020] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1322 (view 285)\n+ [0x0002e021] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1325 (view 286)\n+ [0x0002e022] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1327 (view 287)\n+ [0x0002e023] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1330 (view 288)\n+ [0x0002e024] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1336 (view 289)\n+ [0x0002e025] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1339 (view 290)\n+ [0x0002e026] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1342 (view 291)\n+ [0x0002e027] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1345 (view 292)\n+ [0x0002e028] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1347 (view 293)\n+ [0x0002e029] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1350 (view 294)\n+ [0x0002e02a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1352 (view 295)\n+ [0x0002e02b] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1355 (view 296)\n+ [0x0002e02c] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1356 (view 297)\n+ [0x0002e02d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1358 (view 298)\n+ [0x0002e02e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1360 (view 299)\n+ [0x0002e02f] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1364 (view 300)\n+ [0x0002e030] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1368 (view 301)\n+ [0x0002e031] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1372 (view 302)\n+ [0x0002e032] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1378 (view 303)\n+ [0x0002e033] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1381 (view 304)\n+ [0x0002e034] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1384 (view 305)\n+ [0x0002e035] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1387 (view 306)\n+ [0x0002e036] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1389 (view 307)\n+ [0x0002e037] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1392 (view 308)\n+ [0x0002e038] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1394 (view 309)\n+ [0x0002e039] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1397 (view 310)\n+ [0x0002e03a] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1398 (view 311)\n+ [0x0002e03b] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1400 (view 312)\n+ [0x0002e03c] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1402 (view 313)\n+ [0x0002e03d] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1406 (view 314)\n+ [0x0002e03e] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1410 (view 315)\n+ [0x0002e03f] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1414 (view 316)\n+ [0x0002e040] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1421 (view 317)\n+ [0x0002e041] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1424 (view 318)\n+ [0x0002e042] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1427 (view 319)\n+ [0x0002e043] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1430 (view 320)\n+ [0x0002e044] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1432 (view 321)\n+ [0x0002e045] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1435 (view 322)\n+ [0x0002e046] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1437 (view 323)\n+ [0x0002e047] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1440 (view 324)\n+ [0x0002e048] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1441 (view 325)\n+ [0x0002e049] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1443 (view 326)\n+ [0x0002e04a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1445 (view 327)\n+ [0x0002e04b] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1449 (view 328)\n+ [0x0002e04c] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1453 (view 329)\n+ [0x0002e04d] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1457 (view 330)\n+ [0x0002e04e] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1464 (view 331)\n+ [0x0002e04f] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1467 (view 332)\n+ [0x0002e050] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1470 (view 333)\n+ [0x0002e051] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1473 (view 334)\n+ [0x0002e052] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1475 (view 335)\n+ [0x0002e053] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1478 (view 336)\n+ [0x0002e054] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1480 (view 337)\n+ [0x0002e055] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1483 (view 338)\n+ [0x0002e056] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1484 (view 339)\n+ [0x0002e057] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1485 (view 340)\n+ [0x0002e058] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1487 (view 341)\n+ [0x0002e059] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1491 (view 342)\n+ [0x0002e05a] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1495 (view 343)\n+ [0x0002e05b] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1500 (view 344)\n+ [0x0002e05c] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1506 (view 345)\n+ [0x0002e05d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1509 (view 346)\n+ [0x0002e05e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1512 (view 347)\n+ [0x0002e05f] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1515 (view 348)\n+ [0x0002e060] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1518 (view 349)\n+ [0x0002e061] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1521 (view 350)\n+ [0x0002e062] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1523 (view 351)\n+ [0x0002e063] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1526 (view 352)\n+ [0x0002e064] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1528 (view 353)\n+ [0x0002e065] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1531 (view 354)\n+ [0x0002e066] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1533 (view 355)\n+ [0x0002e067] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1536 (view 356)\n+ [0x0002e068] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1537 (view 357)\n+ [0x0002e069] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1539 (view 358)\n+ [0x0002e06a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1541 (view 359)\n+ [0x0002e06b] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1545 (view 360)\n+ [0x0002e06c] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1551 (view 361)\n+ [0x0002e06d] Advance Line by 15 to 1566\n [0x0002e06f] Copy (view 362)\n- [0x0002e070] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1566 (view 363)\n- [0x0002e071] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1573 (view 364)\n- [0x0002e072] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1576 (view 365)\n- [0x0002e073] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1579 (view 366)\n- [0x0002e074] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1581 (view 367)\n- [0x0002e075] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1583 (view 368)\n- [0x0002e076] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1584 (view 369)\n- [0x0002e077] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1591 (view 370)\n- [0x0002e078] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1594 (view 371)\n- [0x0002e079] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1597 (view 372)\n- [0x0002e07a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1599 (view 373)\n- [0x0002e07b] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1601 (view 374)\n- [0x0002e07c] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1607 (view 375)\n- [0x0002e07d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1610 (view 376)\n- [0x0002e07e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1613 (view 377)\n- [0x0002e07f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1615 (view 378)\n- [0x0002e080] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1617 (view 379)\n- [0x0002e081] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1623 (view 380)\n- [0x0002e082] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1626 (view 381)\n- [0x0002e083] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1629 (view 382)\n- [0x0002e084] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1631 (view 383)\n- [0x0002e085] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1633 (view 384)\n- [0x0002e086] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1639 (view 385)\n- [0x0002e087] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1642 (view 386)\n- [0x0002e088] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1645 (view 387)\n- [0x0002e089] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1647 (view 388)\n- [0x0002e08a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1649 (view 389)\n- [0x0002e08b] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1655 (view 390)\n- [0x0002e08c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1658 (view 391)\n- [0x0002e08d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1661 (view 392)\n- [0x0002e08e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1663 (view 393)\n- [0x0002e08f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1665 (view 394)\n- [0x0002e090] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1671 (view 395)\n- [0x0002e091] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1674 (view 396)\n- [0x0002e092] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1679 (view 397)\n- [0x0002e093] Advance Line by 31 to 1710\n+ [0x0002e070] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1567 (view 363)\n+ [0x0002e071] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1574 (view 364)\n+ [0x0002e072] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1577 (view 365)\n+ [0x0002e073] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1580 (view 366)\n+ [0x0002e074] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1582 (view 367)\n+ [0x0002e075] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1584 (view 368)\n+ [0x0002e076] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1585 (view 369)\n+ [0x0002e077] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1592 (view 370)\n+ [0x0002e078] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1595 (view 371)\n+ [0x0002e079] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1598 (view 372)\n+ [0x0002e07a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1600 (view 373)\n+ [0x0002e07b] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1602 (view 374)\n+ [0x0002e07c] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1608 (view 375)\n+ [0x0002e07d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1611 (view 376)\n+ [0x0002e07e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1614 (view 377)\n+ [0x0002e07f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1616 (view 378)\n+ [0x0002e080] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1618 (view 379)\n+ [0x0002e081] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1624 (view 380)\n+ [0x0002e082] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1627 (view 381)\n+ [0x0002e083] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1630 (view 382)\n+ [0x0002e084] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1632 (view 383)\n+ [0x0002e085] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1634 (view 384)\n+ [0x0002e086] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1640 (view 385)\n+ [0x0002e087] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1643 (view 386)\n+ [0x0002e088] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1646 (view 387)\n+ [0x0002e089] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1648 (view 388)\n+ [0x0002e08a] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1650 (view 389)\n+ [0x0002e08b] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1656 (view 390)\n+ [0x0002e08c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1659 (view 391)\n+ [0x0002e08d] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1662 (view 392)\n+ [0x0002e08e] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1664 (view 393)\n+ [0x0002e08f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1666 (view 394)\n+ [0x0002e090] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1672 (view 395)\n+ [0x0002e091] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1675 (view 396)\n+ [0x0002e092] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1680 (view 397)\n+ [0x0002e093] Advance Line by 31 to 1711\n [0x0002e095] Copy (view 398)\n- [0x0002e096] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1712 (view 399)\n- [0x0002e097] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1716 (view 400)\n- [0x0002e098] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1718 (view 401)\n- [0x0002e099] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1720 (view 402)\n- [0x0002e09a] Advance Line by 9 to 1729\n+ [0x0002e096] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1713 (view 399)\n+ [0x0002e097] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1717 (view 400)\n+ [0x0002e098] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1719 (view 401)\n+ [0x0002e099] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1721 (view 402)\n+ [0x0002e09a] Advance Line by 9 to 1730\n [0x0002e09c] Copy (view 403)\n- [0x0002e09d] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1735 (view 404)\n- [0x0002e09e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1738 (view 405)\n- [0x0002e09f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1740 (view 406)\n- [0x0002e0a0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1743 (view 407)\n- [0x0002e0a1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1745 (view 408)\n- [0x0002e0a2] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1747 (view 409)\n- [0x0002e0a3] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1753 (view 410)\n- [0x0002e0a4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1756 (view 411)\n- [0x0002e0a5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1758 (view 412)\n- [0x0002e0a6] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1761 (view 413)\n- [0x0002e0a7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1763 (view 414)\n- [0x0002e0a8] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1767 (view 415)\n- [0x0002e0a9] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1768 (view 416)\n- [0x0002e0aa] Special opcode 13: advance Address by 0 to 0xb65b0 and Line by 8 to 1776 (view 417)\n- [0x0002e0ab] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1779 (view 418)\n- [0x0002e0ac] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1781 (view 419)\n- [0x0002e0ad] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1784 (view 420)\n- [0x0002e0ae] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1786 (view 421)\n- [0x0002e0af] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1791 (view 422)\n- [0x0002e0b0] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1792 (view 423)\n- [0x0002e0b1] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1799 (view 424)\n- [0x0002e0b2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1802 (view 425)\n- [0x0002e0b3] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1804 (view 426)\n- [0x0002e0b4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1807 (view 427)\n- [0x0002e0b5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1809 (view 428)\n- [0x0002e0b6] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1814 (view 429)\n- [0x0002e0b7] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1815 (view 430)\n- [0x0002e0b8] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1822 (view 431)\n- [0x0002e0b9] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1823 (view 432)\n- [0x0002e0ba] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1824 (view 433)\n- [0x0002e0bb] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1828 (view 434)\n- [0x0002e0bc] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1830 (view 435)\n- [0x0002e0bd] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1831 (view 436)\n- [0x0002e0be] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1835 (view 437)\n- [0x0002e0bf] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1837 (view 438)\n- [0x0002e0c0] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1838 (view 439)\n- [0x0002e0c1] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1842 (view 440)\n- [0x0002e0c2] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1844 (view 441)\n- [0x0002e0c3] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1848 (view 442)\n- [0x0002e0c4] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1850 (view 443)\n- [0x0002e0c5] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1854 (view 444)\n- [0x0002e0c6] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1856 (view 445)\n- [0x0002e0c7] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1860 (view 446)\n- [0x0002e0c8] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1862 (view 447)\n- [0x0002e0c9] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1866 (view 448)\n- [0x0002e0ca] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1869 (view 449)\n- [0x0002e0cb] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1872 (view 450)\n- [0x0002e0cc] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1874 (view 451)\n- [0x0002e0cd] Advance Line by 23 to 1897\n+ [0x0002e09d] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1736 (view 404)\n+ [0x0002e09e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1739 (view 405)\n+ [0x0002e09f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1741 (view 406)\n+ [0x0002e0a0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1744 (view 407)\n+ [0x0002e0a1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1746 (view 408)\n+ [0x0002e0a2] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1748 (view 409)\n+ [0x0002e0a3] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 1754 (view 410)\n+ [0x0002e0a4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1757 (view 411)\n+ [0x0002e0a5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1759 (view 412)\n+ [0x0002e0a6] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1762 (view 413)\n+ [0x0002e0a7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1764 (view 414)\n+ [0x0002e0a8] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1768 (view 415)\n+ [0x0002e0a9] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1769 (view 416)\n+ [0x0002e0aa] Special opcode 13: advance Address by 0 to 0xb65b0 and Line by 8 to 1777 (view 417)\n+ [0x0002e0ab] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1780 (view 418)\n+ [0x0002e0ac] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1782 (view 419)\n+ [0x0002e0ad] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1785 (view 420)\n+ [0x0002e0ae] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1787 (view 421)\n+ [0x0002e0af] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1792 (view 422)\n+ [0x0002e0b0] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1793 (view 423)\n+ [0x0002e0b1] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1800 (view 424)\n+ [0x0002e0b2] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1803 (view 425)\n+ [0x0002e0b3] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1805 (view 426)\n+ [0x0002e0b4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1808 (view 427)\n+ [0x0002e0b5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1810 (view 428)\n+ [0x0002e0b6] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1815 (view 429)\n+ [0x0002e0b7] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1816 (view 430)\n+ [0x0002e0b8] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 1823 (view 431)\n+ [0x0002e0b9] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1824 (view 432)\n+ [0x0002e0ba] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1825 (view 433)\n+ [0x0002e0bb] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1829 (view 434)\n+ [0x0002e0bc] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1831 (view 435)\n+ [0x0002e0bd] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1832 (view 436)\n+ [0x0002e0be] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1836 (view 437)\n+ [0x0002e0bf] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1838 (view 438)\n+ [0x0002e0c0] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1839 (view 439)\n+ [0x0002e0c1] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1843 (view 440)\n+ [0x0002e0c2] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1845 (view 441)\n+ [0x0002e0c3] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1849 (view 442)\n+ [0x0002e0c4] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1851 (view 443)\n+ [0x0002e0c5] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1855 (view 444)\n+ [0x0002e0c6] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1857 (view 445)\n+ [0x0002e0c7] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1861 (view 446)\n+ [0x0002e0c8] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1863 (view 447)\n+ [0x0002e0c9] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1867 (view 448)\n+ [0x0002e0ca] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1870 (view 449)\n+ [0x0002e0cb] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1873 (view 450)\n+ [0x0002e0cc] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1875 (view 451)\n+ [0x0002e0cd] Advance Line by 23 to 1898\n [0x0002e0cf] Copy (view 452)\n- [0x0002e0d0] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1899 (view 453)\n- [0x0002e0d1] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1902 (view 454)\n- [0x0002e0d2] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1903 (view 455)\n- [0x0002e0d3] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1906 (view 456)\n- [0x0002e0d4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1909 (view 457)\n- [0x0002e0d5] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1912 (view 458)\n- [0x0002e0d6] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1915 (view 459)\n- [0x0002e0d7] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1918 (view 460)\n- [0x0002e0d8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1921 (view 461)\n- [0x0002e0d9] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1925 (view 462)\n- [0x0002e0da] Advance Line by 52 to 1977\n+ [0x0002e0d0] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1900 (view 453)\n+ [0x0002e0d1] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1903 (view 454)\n+ [0x0002e0d2] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 1904 (view 455)\n+ [0x0002e0d3] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1907 (view 456)\n+ [0x0002e0d4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1910 (view 457)\n+ [0x0002e0d5] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1913 (view 458)\n+ [0x0002e0d6] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1916 (view 459)\n+ [0x0002e0d7] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1919 (view 460)\n+ [0x0002e0d8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1922 (view 461)\n+ [0x0002e0d9] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 1926 (view 462)\n+ [0x0002e0da] Advance Line by 52 to 1978\n [0x0002e0dc] Copy (view 463)\n- [0x0002e0dd] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1979 (view 464)\n- [0x0002e0de] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1984 (view 465)\n- [0x0002e0df] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1987 (view 466)\n- [0x0002e0e0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1990 (view 467)\n- [0x0002e0e1] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1993 (view 468)\n- [0x0002e0e2] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1995 (view 469)\n- [0x0002e0e3] Advance Line by 12 to 2007\n+ [0x0002e0dd] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1980 (view 464)\n+ [0x0002e0de] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 1985 (view 465)\n+ [0x0002e0df] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1988 (view 466)\n+ [0x0002e0e0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1991 (view 467)\n+ [0x0002e0e1] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 1994 (view 468)\n+ [0x0002e0e2] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 1996 (view 469)\n+ [0x0002e0e3] Advance Line by 12 to 2008\n [0x0002e0e5] Copy (view 470)\n- [0x0002e0e6] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2012 (view 471)\n- [0x0002e0e7] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2015 (view 472)\n- [0x0002e0e8] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2017 (view 473)\n- [0x0002e0e9] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2020 (view 474)\n- [0x0002e0ea] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2021 (view 475)\n- [0x0002e0eb] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 2027 (view 476)\n- [0x0002e0ec] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2030 (view 477)\n- [0x0002e0ed] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2032 (view 478)\n- [0x0002e0ee] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 2039 (view 479)\n- [0x0002e0ef] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 2045 (view 480)\n- [0x0002e0f0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2048 (view 481)\n- [0x0002e0f1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2050 (view 482)\n- [0x0002e0f2] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2055 (view 483)\n- [0x0002e0f3] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2057 (view 484)\n- [0x0002e0f4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2060 (view 485)\n- [0x0002e0f5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2062 (view 486)\n- [0x0002e0f6] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2065 (view 487)\n- [0x0002e0f7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2067 (view 488)\n- [0x0002e0f8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2070 (view 489)\n- [0x0002e0f9] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2072 (view 490)\n- [0x0002e0fa] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 2079 (view 491)\n- [0x0002e0fb] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 2085 (view 492)\n- [0x0002e0fc] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2088 (view 493)\n- [0x0002e0fd] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2093 (view 494)\n- [0x0002e0fe] Advance Line by 37 to 2130\n+ [0x0002e0e6] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2013 (view 471)\n+ [0x0002e0e7] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2016 (view 472)\n+ [0x0002e0e8] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2018 (view 473)\n+ [0x0002e0e9] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2021 (view 474)\n+ [0x0002e0ea] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2022 (view 475)\n+ [0x0002e0eb] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 2028 (view 476)\n+ [0x0002e0ec] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2031 (view 477)\n+ [0x0002e0ed] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2033 (view 478)\n+ [0x0002e0ee] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 2040 (view 479)\n+ [0x0002e0ef] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 2046 (view 480)\n+ [0x0002e0f0] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2049 (view 481)\n+ [0x0002e0f1] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2051 (view 482)\n+ [0x0002e0f2] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2056 (view 483)\n+ [0x0002e0f3] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2058 (view 484)\n+ [0x0002e0f4] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2061 (view 485)\n+ [0x0002e0f5] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2063 (view 486)\n+ [0x0002e0f6] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2066 (view 487)\n+ [0x0002e0f7] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2068 (view 488)\n+ [0x0002e0f8] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2071 (view 489)\n+ [0x0002e0f9] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2073 (view 490)\n+ [0x0002e0fa] Special opcode 12: advance Address by 0 to 0xb65b0 and Line by 7 to 2080 (view 491)\n+ [0x0002e0fb] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 2086 (view 492)\n+ [0x0002e0fc] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2089 (view 493)\n+ [0x0002e0fd] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2094 (view 494)\n+ [0x0002e0fe] Advance Line by 37 to 2131\n [0x0002e100] Copy (view 495)\n- [0x0002e101] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2132 (view 496)\n- [0x0002e102] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 2136 (view 497)\n- [0x0002e103] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2138 (view 498)\n- [0x0002e104] Advance Line by 43 to 2181\n+ [0x0002e101] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2133 (view 496)\n+ [0x0002e102] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 2137 (view 497)\n+ [0x0002e103] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2139 (view 498)\n+ [0x0002e104] Advance Line by 43 to 2182\n [0x0002e106] Copy (view 499)\n- [0x0002e107] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2184 (view 500)\n- [0x0002e108] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2189 (view 501)\n- [0x0002e109] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2192 (view 502)\n- [0x0002e10a] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2193 (view 503)\n- [0x0002e10b] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 2197 (view 504)\n- [0x0002e10c] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2198 (view 505)\n- [0x0002e10d] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2203 (view 506)\n- [0x0002e10e] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2204 (view 507)\n- [0x0002e10f] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2209 (view 508)\n- [0x0002e110] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2211 (view 509)\n- [0x0002e111] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2214 (view 510)\n- [0x0002e112] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2215 (view 511)\n- [0x0002e113] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2217 (view 512)\n- [0x0002e114] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2218 (view 513)\n- [0x0002e115] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2223 (view 514)\n- [0x0002e116] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2224 (view 515)\n- [0x0002e117] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2227 (view 516)\n- [0x0002e118] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2230 (view 517)\n- [0x0002e119] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2232 (view 518)\n- [0x0002e11a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2235 (view 519)\n- [0x0002e11b] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2236 (view 520)\n- [0x0002e11c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2239 (view 521)\n- [0x0002e11d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2241 (view 522)\n- [0x0002e11e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2244 (view 523)\n- [0x0002e11f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2246 (view 524)\n- [0x0002e120] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 2252 (view 525)\n- [0x0002e121] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2253 (view 526)\n- [0x0002e122] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2258 (view 527)\n- [0x0002e123] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2260 (view 528)\n- [0x0002e124] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2261 (view 529)\n+ [0x0002e107] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2185 (view 500)\n+ [0x0002e108] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2190 (view 501)\n+ [0x0002e109] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2193 (view 502)\n+ [0x0002e10a] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2194 (view 503)\n+ [0x0002e10b] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 2198 (view 504)\n+ [0x0002e10c] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2199 (view 505)\n+ [0x0002e10d] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2204 (view 506)\n+ [0x0002e10e] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2205 (view 507)\n+ [0x0002e10f] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2210 (view 508)\n+ [0x0002e110] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2212 (view 509)\n+ [0x0002e111] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2215 (view 510)\n+ [0x0002e112] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2216 (view 511)\n+ [0x0002e113] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2218 (view 512)\n+ [0x0002e114] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2219 (view 513)\n+ [0x0002e115] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2224 (view 514)\n+ [0x0002e116] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2225 (view 515)\n+ [0x0002e117] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2228 (view 516)\n+ [0x0002e118] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2231 (view 517)\n+ [0x0002e119] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2233 (view 518)\n+ [0x0002e11a] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2236 (view 519)\n+ [0x0002e11b] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2237 (view 520)\n+ [0x0002e11c] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2240 (view 521)\n+ [0x0002e11d] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2242 (view 522)\n+ [0x0002e11e] Special opcode 8: advance Address by 0 to 0xb65b0 and Line by 3 to 2245 (view 523)\n+ [0x0002e11f] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2247 (view 524)\n+ [0x0002e120] Special opcode 11: advance Address by 0 to 0xb65b0 and Line by 6 to 2253 (view 525)\n+ [0x0002e121] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2254 (view 526)\n+ [0x0002e122] Special opcode 10: advance Address by 0 to 0xb65b0 and Line by 5 to 2259 (view 527)\n+ [0x0002e123] Special opcode 7: advance Address by 0 to 0xb65b0 and Line by 2 to 2261 (view 528)\n+ [0x0002e124] Special opcode 6: advance Address by 0 to 0xb65b0 and Line by 1 to 2262 (view 529)\n [0x0002e125] Set column to 3\n- [0x0002e127] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 2265 (view 530)\n+ [0x0002e127] Special opcode 9: advance Address by 0 to 0xb65b0 and Line by 4 to 2266 (view 530)\n [0x0002e128] Set column to 1\n [0x0002e12a] Set is_stmt to 0\n- [0x0002e12b] Advance Line by -1963 to 302\n+ [0x0002e12b] Advance Line by -1964 to 302\n [0x0002e12e] Copy (view 531)\n [0x0002e12f] Set column to 3\n- [0x0002e131] Advance Line by 1963 to 2265\n- [0x0002e134] Special opcode 215: advance Address by 15 to 0xb65bf and Line by 0 to 2265\n+ [0x0002e131] Advance Line by 1964 to 2266\n+ [0x0002e134] Special opcode 215: advance Address by 15 to 0xb65bf and Line by 0 to 2266\n [0x0002e135] Set column to 1\n [0x0002e137] Advance PC by constant 17 to 0xb65d0\n- [0x0002e138] Special opcode 6: advance Address by 0 to 0xb65d0 and Line by 1 to 2266\n+ [0x0002e138] Special opcode 6: advance Address by 0 to 0xb65d0 and Line by 1 to 2267\n [0x0002e139] Set is_stmt to 1\n- [0x0002e13a] Advance Line by 22 to 2288\n- [0x0002e13c] Special opcode 229: advance Address by 16 to 0xb65e0 and Line by 0 to 2288\n- [0x0002e13d] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2290 (view 1)\n- [0x0002e13e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2292 (view 2)\n- [0x0002e13f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2295 (view 3)\n- [0x0002e140] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2297 (view 4)\n- [0x0002e141] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2300 (view 5)\n- [0x0002e142] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2302 (view 6)\n- [0x0002e143] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2304 (view 7)\n- [0x0002e144] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2306 (view 8)\n- [0x0002e145] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2311 (view 9)\n- [0x0002e146] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2313 (view 10)\n- [0x0002e147] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2316 (view 11)\n- [0x0002e148] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2318 (view 12)\n- [0x0002e149] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2321 (view 13)\n- [0x0002e14a] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2323 (view 14)\n- [0x0002e14b] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2326 (view 15)\n- [0x0002e14c] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2328 (view 16)\n- [0x0002e14d] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2331 (view 17)\n- [0x0002e14e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2333 (view 18)\n- [0x0002e14f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2336 (view 19)\n- [0x0002e150] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2338 (view 20)\n- [0x0002e151] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2341 (view 21)\n- [0x0002e152] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2344 (view 22)\n- [0x0002e153] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2346 (view 23)\n- [0x0002e154] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2348 (view 24)\n- [0x0002e155] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2353 (view 25)\n- [0x0002e156] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2354 (view 26)\n- [0x0002e157] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2357 (view 27)\n- [0x0002e158] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2358 (view 28)\n- [0x0002e159] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2361 (view 29)\n- [0x0002e15a] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2362 (view 30)\n- [0x0002e15b] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2365 (view 31)\n- [0x0002e15c] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2367 (view 32)\n- [0x0002e15d] Special opcode 9: advance Address by 0 to 0xb65e0 and Line by 4 to 2371 (view 33)\n- [0x0002e15e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2373 (view 34)\n- [0x0002e15f] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2378 (view 35)\n- [0x0002e160] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2381 (view 36)\n- [0x0002e161] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2383 (view 37)\n- [0x0002e162] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2386 (view 38)\n- [0x0002e163] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2388 (view 39)\n- [0x0002e164] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2391 (view 40)\n- [0x0002e165] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2392 (view 41)\n- [0x0002e166] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2397 (view 42)\n- [0x0002e167] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2399 (view 43)\n- [0x0002e168] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2402 (view 44)\n- [0x0002e169] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2404 (view 45)\n- [0x0002e16a] Advance Line by 21 to 2425\n+ [0x0002e13a] Advance Line by 22 to 2289\n+ [0x0002e13c] Special opcode 229: advance Address by 16 to 0xb65e0 and Line by 0 to 2289\n+ [0x0002e13d] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2291 (view 1)\n+ [0x0002e13e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2293 (view 2)\n+ [0x0002e13f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2296 (view 3)\n+ [0x0002e140] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2298 (view 4)\n+ [0x0002e141] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2301 (view 5)\n+ [0x0002e142] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2303 (view 6)\n+ [0x0002e143] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2305 (view 7)\n+ [0x0002e144] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2307 (view 8)\n+ [0x0002e145] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2312 (view 9)\n+ [0x0002e146] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2314 (view 10)\n+ [0x0002e147] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2317 (view 11)\n+ [0x0002e148] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2319 (view 12)\n+ [0x0002e149] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2322 (view 13)\n+ [0x0002e14a] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2324 (view 14)\n+ [0x0002e14b] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2327 (view 15)\n+ [0x0002e14c] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2329 (view 16)\n+ [0x0002e14d] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2332 (view 17)\n+ [0x0002e14e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2334 (view 18)\n+ [0x0002e14f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2337 (view 19)\n+ [0x0002e150] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2339 (view 20)\n+ [0x0002e151] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2342 (view 21)\n+ [0x0002e152] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2345 (view 22)\n+ [0x0002e153] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2347 (view 23)\n+ [0x0002e154] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2349 (view 24)\n+ [0x0002e155] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2354 (view 25)\n+ [0x0002e156] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2355 (view 26)\n+ [0x0002e157] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2358 (view 27)\n+ [0x0002e158] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2359 (view 28)\n+ [0x0002e159] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2362 (view 29)\n+ [0x0002e15a] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2363 (view 30)\n+ [0x0002e15b] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2366 (view 31)\n+ [0x0002e15c] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2368 (view 32)\n+ [0x0002e15d] Special opcode 9: advance Address by 0 to 0xb65e0 and Line by 4 to 2372 (view 33)\n+ [0x0002e15e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2374 (view 34)\n+ [0x0002e15f] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2379 (view 35)\n+ [0x0002e160] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2382 (view 36)\n+ [0x0002e161] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2384 (view 37)\n+ [0x0002e162] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2387 (view 38)\n+ [0x0002e163] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2389 (view 39)\n+ [0x0002e164] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2392 (view 40)\n+ [0x0002e165] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2393 (view 41)\n+ [0x0002e166] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2398 (view 42)\n+ [0x0002e167] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2400 (view 43)\n+ [0x0002e168] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2403 (view 44)\n+ [0x0002e169] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2405 (view 45)\n+ [0x0002e16a] Advance Line by 21 to 2426\n [0x0002e16c] Copy (view 46)\n- [0x0002e16d] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2427 (view 47)\n- [0x0002e16e] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2432 (view 48)\n- [0x0002e16f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2435 (view 49)\n- [0x0002e170] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2436 (view 50)\n- [0x0002e171] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2439 (view 51)\n- [0x0002e172] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2441 (view 52)\n- [0x0002e173] Advance Line by 24 to 2465\n+ [0x0002e16d] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2428 (view 47)\n+ [0x0002e16e] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2433 (view 48)\n+ [0x0002e16f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2436 (view 49)\n+ [0x0002e170] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2437 (view 50)\n+ [0x0002e171] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2440 (view 51)\n+ [0x0002e172] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2442 (view 52)\n+ [0x0002e173] Advance Line by 24 to 2466\n [0x0002e175] Copy (view 53)\n- [0x0002e176] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2466 (view 54)\n- [0x0002e177] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2471 (view 55)\n- [0x0002e178] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2474 (view 56)\n- [0x0002e179] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2477 (view 57)\n- [0x0002e17a] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2479 (view 58)\n- [0x0002e17b] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2482 (view 59)\n- [0x0002e17c] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2484 (view 60)\n- [0x0002e17d] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2487 (view 61)\n- [0x0002e17e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2489 (view 62)\n- [0x0002e17f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2492 (view 63)\n- [0x0002e180] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2494 (view 64)\n- [0x0002e181] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2497 (view 65)\n- [0x0002e182] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2499 (view 66)\n- [0x0002e183] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2502 (view 67)\n- [0x0002e184] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2504 (view 68)\n- [0x0002e185] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2507 (view 69)\n- [0x0002e186] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2510 (view 70)\n- [0x0002e187] Advance Line by 20 to 2530\n+ [0x0002e176] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2467 (view 54)\n+ [0x0002e177] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2472 (view 55)\n+ [0x0002e178] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2475 (view 56)\n+ [0x0002e179] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2478 (view 57)\n+ [0x0002e17a] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2480 (view 58)\n+ [0x0002e17b] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2483 (view 59)\n+ [0x0002e17c] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2485 (view 60)\n+ [0x0002e17d] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2488 (view 61)\n+ [0x0002e17e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2490 (view 62)\n+ [0x0002e17f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2493 (view 63)\n+ [0x0002e180] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2495 (view 64)\n+ [0x0002e181] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2498 (view 65)\n+ [0x0002e182] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2500 (view 66)\n+ [0x0002e183] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2503 (view 67)\n+ [0x0002e184] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2505 (view 68)\n+ [0x0002e185] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2508 (view 69)\n+ [0x0002e186] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2511 (view 70)\n+ [0x0002e187] Advance Line by 20 to 2531\n [0x0002e189] Copy (view 71)\n- [0x0002e18a] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2532 (view 72)\n- [0x0002e18b] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2535 (view 73)\n- [0x0002e18c] Special opcode 9: advance Address by 0 to 0xb65e0 and Line by 4 to 2539 (view 74)\n- [0x0002e18d] Advance Line by 13 to 2552\n+ [0x0002e18a] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2533 (view 72)\n+ [0x0002e18b] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2536 (view 73)\n+ [0x0002e18c] Special opcode 9: advance Address by 0 to 0xb65e0 and Line by 4 to 2540 (view 74)\n+ [0x0002e18d] Advance Line by 13 to 2553\n [0x0002e18f] Copy (view 75)\n- [0x0002e190] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2554 (view 76)\n- [0x0002e191] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2559 (view 77)\n- [0x0002e192] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2562 (view 78)\n- [0x0002e193] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2565 (view 79)\n- [0x0002e194] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2567 (view 80)\n- [0x0002e195] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2570 (view 81)\n- [0x0002e196] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2572 (view 82)\n- [0x0002e197] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2575 (view 83)\n- [0x0002e198] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2577 (view 84)\n- [0x0002e199] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2580 (view 85)\n- [0x0002e19a] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2582 (view 86)\n- [0x0002e19b] Advance Line by 9 to 2591\n+ [0x0002e190] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2555 (view 76)\n+ [0x0002e191] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2560 (view 77)\n+ [0x0002e192] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2563 (view 78)\n+ [0x0002e193] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2566 (view 79)\n+ [0x0002e194] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2568 (view 80)\n+ [0x0002e195] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2571 (view 81)\n+ [0x0002e196] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2573 (view 82)\n+ [0x0002e197] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2576 (view 83)\n+ [0x0002e198] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2578 (view 84)\n+ [0x0002e199] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2581 (view 85)\n+ [0x0002e19a] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2583 (view 86)\n+ [0x0002e19b] Advance Line by 9 to 2592\n [0x0002e19d] Copy (view 87)\n- [0x0002e19e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2593 (view 88)\n- [0x0002e19f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2596 (view 89)\n- [0x0002e1a0] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2599 (view 90)\n- [0x0002e1a1] Advance Line by 12 to 2611\n+ [0x0002e19e] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2594 (view 88)\n+ [0x0002e19f] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2597 (view 89)\n+ [0x0002e1a0] Special opcode 8: advance Address by 0 to 0xb65e0 and Line by 3 to 2600 (view 90)\n+ [0x0002e1a1] Advance Line by 12 to 2612\n [0x0002e1a3] Copy (view 91)\n- [0x0002e1a4] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2612 (view 92)\n- [0x0002e1a5] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2617 (view 93)\n- [0x0002e1a6] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2619 (view 94)\n- [0x0002e1a7] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2620 (view 95)\n+ [0x0002e1a4] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2613 (view 92)\n+ [0x0002e1a5] Special opcode 10: advance Address by 0 to 0xb65e0 and Line by 5 to 2618 (view 93)\n+ [0x0002e1a6] Special opcode 7: advance Address by 0 to 0xb65e0 and Line by 2 to 2620 (view 94)\n+ [0x0002e1a7] Special opcode 6: advance Address by 0 to 0xb65e0 and Line by 1 to 2621 (view 95)\n [0x0002e1a8] Set column to 3\n- [0x0002e1aa] Special opcode 9: advance Address by 0 to 0xb65e0 and Line by 4 to 2624 (view 96)\n+ [0x0002e1aa] Special opcode 9: advance Address by 0 to 0xb65e0 and Line by 4 to 2625 (view 96)\n [0x0002e1ab] Set column to 1\n [0x0002e1ad] Set is_stmt to 0\n- [0x0002e1ae] Advance Line by -336 to 2288\n+ [0x0002e1ae] Advance Line by -336 to 2289\n [0x0002e1b1] Copy (view 97)\n [0x0002e1b2] Set column to 3\n- [0x0002e1b4] Advance Line by 336 to 2624\n- [0x0002e1b7] Special opcode 215: advance Address by 15 to 0xb65ef and Line by 0 to 2624\n+ [0x0002e1b4] Advance Line by 336 to 2625\n+ [0x0002e1b7] Special opcode 215: advance Address by 15 to 0xb65ef and Line by 0 to 2625\n [0x0002e1b8] Set column to 1\n [0x0002e1ba] Advance PC by constant 17 to 0xb6600\n- [0x0002e1bb] Special opcode 6: advance Address by 0 to 0xb6600 and Line by 1 to 2625\n+ [0x0002e1bb] Special opcode 6: advance Address by 0 to 0xb6600 and Line by 1 to 2626\n [0x0002e1bc] Set is_stmt to 1\n- [0x0002e1bd] Advance Line by 58 to 2683\n- [0x0002e1bf] Special opcode 229: advance Address by 16 to 0xb6610 and Line by 0 to 2683\n- [0x0002e1c0] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2685 (view 1)\n- [0x0002e1c1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2688 (view 2)\n- [0x0002e1c2] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2689 (view 3)\n- [0x0002e1c3] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2692 (view 4)\n- [0x0002e1c4] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2694 (view 5)\n- [0x0002e1c5] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2696 (view 6)\n- [0x0002e1c6] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2701 (view 7)\n- [0x0002e1c7] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2704 (view 8)\n- [0x0002e1c8] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2706 (view 9)\n- [0x0002e1c9] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2708 (view 10)\n- [0x0002e1ca] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 2714 (view 11)\n- [0x0002e1cb] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2717 (view 12)\n- [0x0002e1cc] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2719 (view 13)\n- [0x0002e1cd] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2720 (view 14)\n- [0x0002e1ce] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 2726 (view 15)\n- [0x0002e1cf] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2729 (view 16)\n- [0x0002e1d0] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2730 (view 17)\n- [0x0002e1d1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2733 (view 18)\n- [0x0002e1d2] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2735 (view 19)\n- [0x0002e1d3] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 2739 (view 20)\n- [0x0002e1d4] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2741 (view 21)\n- [0x0002e1d5] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2742 (view 22)\n- [0x0002e1d6] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2743 (view 23)\n- [0x0002e1d7] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 2749 (view 24)\n- [0x0002e1d8] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2752 (view 25)\n- [0x0002e1d9] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2754 (view 26)\n- [0x0002e1da] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2757 (view 27)\n- [0x0002e1db] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2759 (view 28)\n- [0x0002e1dc] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2762 (view 29)\n- [0x0002e1dd] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2764 (view 30)\n- [0x0002e1de] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2766 (view 31)\n- [0x0002e1df] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2767 (view 32)\n- [0x0002e1e0] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2772 (view 33)\n- [0x0002e1e1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2775 (view 34)\n- [0x0002e1e2] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2778 (view 35)\n- [0x0002e1e3] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2780 (view 36)\n- [0x0002e1e4] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2783 (view 37)\n- [0x0002e1e5] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2785 (view 38)\n- [0x0002e1e6] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2788 (view 39)\n- [0x0002e1e7] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2791 (view 40)\n- [0x0002e1e8] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2794 (view 41)\n- [0x0002e1e9] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2797 (view 42)\n- [0x0002e1ea] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2800 (view 43)\n- [0x0002e1eb] Advance Line by 9 to 2809\n+ [0x0002e1bd] Advance Line by 58 to 2684\n+ [0x0002e1bf] Special opcode 229: advance Address by 16 to 0xb6610 and Line by 0 to 2684\n+ [0x0002e1c0] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2686 (view 1)\n+ [0x0002e1c1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2689 (view 2)\n+ [0x0002e1c2] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2690 (view 3)\n+ [0x0002e1c3] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2693 (view 4)\n+ [0x0002e1c4] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2695 (view 5)\n+ [0x0002e1c5] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2697 (view 6)\n+ [0x0002e1c6] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2702 (view 7)\n+ [0x0002e1c7] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2705 (view 8)\n+ [0x0002e1c8] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2707 (view 9)\n+ [0x0002e1c9] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2709 (view 10)\n+ [0x0002e1ca] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 2715 (view 11)\n+ [0x0002e1cb] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2718 (view 12)\n+ [0x0002e1cc] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2720 (view 13)\n+ [0x0002e1cd] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2721 (view 14)\n+ [0x0002e1ce] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 2727 (view 15)\n+ [0x0002e1cf] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2730 (view 16)\n+ [0x0002e1d0] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2731 (view 17)\n+ [0x0002e1d1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2734 (view 18)\n+ [0x0002e1d2] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2736 (view 19)\n+ [0x0002e1d3] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 2740 (view 20)\n+ [0x0002e1d4] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2742 (view 21)\n+ [0x0002e1d5] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2743 (view 22)\n+ [0x0002e1d6] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2744 (view 23)\n+ [0x0002e1d7] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 2750 (view 24)\n+ [0x0002e1d8] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2753 (view 25)\n+ [0x0002e1d9] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2755 (view 26)\n+ [0x0002e1da] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2758 (view 27)\n+ [0x0002e1db] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2760 (view 28)\n+ [0x0002e1dc] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2763 (view 29)\n+ [0x0002e1dd] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2765 (view 30)\n+ [0x0002e1de] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2767 (view 31)\n+ [0x0002e1df] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2768 (view 32)\n+ [0x0002e1e0] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2773 (view 33)\n+ [0x0002e1e1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2776 (view 34)\n+ [0x0002e1e2] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2779 (view 35)\n+ [0x0002e1e3] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2781 (view 36)\n+ [0x0002e1e4] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2784 (view 37)\n+ [0x0002e1e5] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2786 (view 38)\n+ [0x0002e1e6] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2789 (view 39)\n+ [0x0002e1e7] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2792 (view 40)\n+ [0x0002e1e8] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2795 (view 41)\n+ [0x0002e1e9] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2798 (view 42)\n+ [0x0002e1ea] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2801 (view 43)\n+ [0x0002e1eb] Advance Line by 9 to 2810\n [0x0002e1ed] Copy (view 44)\n- [0x0002e1ee] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2811 (view 45)\n- [0x0002e1ef] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2816 (view 46)\n- [0x0002e1f0] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2817 (view 47)\n- [0x0002e1f1] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 2821 (view 48)\n- [0x0002e1f2] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2822 (view 49)\n- [0x0002e1f3] Advance Line by 9 to 2831\n+ [0x0002e1ee] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2812 (view 45)\n+ [0x0002e1ef] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2817 (view 46)\n+ [0x0002e1f0] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2818 (view 47)\n+ [0x0002e1f1] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 2822 (view 48)\n+ [0x0002e1f2] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2823 (view 49)\n+ [0x0002e1f3] Advance Line by 9 to 2832\n [0x0002e1f5] Copy (view 50)\n- [0x0002e1f6] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2832 (view 51)\n- [0x0002e1f7] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2837 (view 52)\n- [0x0002e1f8] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2840 (view 53)\n- [0x0002e1f9] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2841 (view 54)\n- [0x0002e1fa] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2844 (view 55)\n- [0x0002e1fb] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2846 (view 56)\n- [0x0002e1fc] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2849 (view 57)\n- [0x0002e1fd] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2851 (view 58)\n- [0x0002e1fe] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2854 (view 59)\n- [0x0002e1ff] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2856 (view 60)\n- [0x0002e200] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2859 (view 61)\n- [0x0002e201] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2860 (view 62)\n- [0x0002e202] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2863 (view 63)\n- [0x0002e203] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2866 (view 64)\n- [0x0002e204] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2869 (view 65)\n- [0x0002e205] Advance Line by 21 to 2890\n+ [0x0002e1f6] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2833 (view 51)\n+ [0x0002e1f7] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2838 (view 52)\n+ [0x0002e1f8] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2841 (view 53)\n+ [0x0002e1f9] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2842 (view 54)\n+ [0x0002e1fa] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2845 (view 55)\n+ [0x0002e1fb] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2847 (view 56)\n+ [0x0002e1fc] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2850 (view 57)\n+ [0x0002e1fd] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2852 (view 58)\n+ [0x0002e1fe] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2855 (view 59)\n+ [0x0002e1ff] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2857 (view 60)\n+ [0x0002e200] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2860 (view 61)\n+ [0x0002e201] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2861 (view 62)\n+ [0x0002e202] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2864 (view 63)\n+ [0x0002e203] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2867 (view 64)\n+ [0x0002e204] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2870 (view 65)\n+ [0x0002e205] Advance Line by 21 to 2891\n [0x0002e207] Copy (view 66)\n- [0x0002e208] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2892 (view 67)\n- [0x0002e209] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2897 (view 68)\n- [0x0002e20a] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2900 (view 69)\n- [0x0002e20b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2903 (view 70)\n- [0x0002e20c] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2904 (view 71)\n- [0x0002e20d] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 2910 (view 72)\n- [0x0002e20e] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2912 (view 73)\n- [0x0002e20f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2915 (view 74)\n- [0x0002e210] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2917 (view 75)\n- [0x0002e211] Advance Line by 38 to 2955\n+ [0x0002e208] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2893 (view 67)\n+ [0x0002e209] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2898 (view 68)\n+ [0x0002e20a] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2901 (view 69)\n+ [0x0002e20b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2904 (view 70)\n+ [0x0002e20c] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2905 (view 71)\n+ [0x0002e20d] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 2911 (view 72)\n+ [0x0002e20e] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2913 (view 73)\n+ [0x0002e20f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2916 (view 74)\n+ [0x0002e210] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2918 (view 75)\n+ [0x0002e211] Advance Line by 38 to 2956\n [0x0002e213] Copy (view 76)\n- [0x0002e214] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2956 (view 77)\n- [0x0002e215] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2961 (view 78)\n- [0x0002e216] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2962 (view 79)\n- [0x0002e217] Special opcode 12: advance Address by 0 to 0xb6610 and Line by 7 to 2969 (view 80)\n- [0x0002e218] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2971 (view 81)\n- [0x0002e219] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2974 (view 82)\n- [0x0002e21a] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2976 (view 83)\n- [0x0002e21b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2979 (view 84)\n- [0x0002e21c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2981 (view 85)\n- [0x0002e21d] Advance Line by 11 to 2992\n+ [0x0002e214] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2957 (view 77)\n+ [0x0002e215] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2962 (view 78)\n+ [0x0002e216] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2963 (view 79)\n+ [0x0002e217] Special opcode 12: advance Address by 0 to 0xb6610 and Line by 7 to 2970 (view 80)\n+ [0x0002e218] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2972 (view 81)\n+ [0x0002e219] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2975 (view 82)\n+ [0x0002e21a] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2977 (view 83)\n+ [0x0002e21b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 2980 (view 84)\n+ [0x0002e21c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 2982 (view 85)\n+ [0x0002e21d] Advance Line by 11 to 2993\n [0x0002e21f] Copy (view 86)\n- [0x0002e220] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2993 (view 87)\n- [0x0002e221] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2998 (view 88)\n- [0x0002e222] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3001 (view 89)\n- [0x0002e223] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3002 (view 90)\n- [0x0002e224] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3006 (view 91)\n- [0x0002e225] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3008 (view 92)\n- [0x0002e226] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3011 (view 93)\n- [0x0002e227] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3014 (view 94)\n- [0x0002e228] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3016 (view 95)\n- [0x0002e229] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3019 (view 96)\n- [0x0002e22a] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3021 (view 97)\n- [0x0002e22b] Special opcode 13: advance Address by 0 to 0xb6610 and Line by 8 to 3029 (view 98)\n- [0x0002e22c] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3030 (view 99)\n- [0x0002e22d] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3035 (view 100)\n- [0x0002e22e] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3038 (view 101)\n- [0x0002e22f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3041 (view 102)\n- [0x0002e230] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3043 (view 103)\n- [0x0002e231] Advance Line by 47 to 3090\n+ [0x0002e220] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 2994 (view 87)\n+ [0x0002e221] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 2999 (view 88)\n+ [0x0002e222] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3002 (view 89)\n+ [0x0002e223] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3003 (view 90)\n+ [0x0002e224] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3007 (view 91)\n+ [0x0002e225] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3009 (view 92)\n+ [0x0002e226] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3012 (view 93)\n+ [0x0002e227] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3015 (view 94)\n+ [0x0002e228] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3017 (view 95)\n+ [0x0002e229] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3020 (view 96)\n+ [0x0002e22a] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3022 (view 97)\n+ [0x0002e22b] Special opcode 13: advance Address by 0 to 0xb6610 and Line by 8 to 3030 (view 98)\n+ [0x0002e22c] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3031 (view 99)\n+ [0x0002e22d] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3036 (view 100)\n+ [0x0002e22e] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3039 (view 101)\n+ [0x0002e22f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3042 (view 102)\n+ [0x0002e230] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3044 (view 103)\n+ [0x0002e231] Advance Line by 47 to 3091\n [0x0002e233] Copy (view 104)\n- [0x0002e234] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3091 (view 105)\n- [0x0002e235] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3096 (view 106)\n- [0x0002e236] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3099 (view 107)\n- [0x0002e237] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3102 (view 108)\n- [0x0002e238] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3104 (view 109)\n- [0x0002e239] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3107 (view 110)\n- [0x0002e23a] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3109 (view 111)\n- [0x0002e23b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3112 (view 112)\n- [0x0002e23c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3114 (view 113)\n- [0x0002e23d] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3117 (view 114)\n- [0x0002e23e] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3119 (view 115)\n- [0x0002e23f] Advance Line by 17 to 3136\n+ [0x0002e234] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3092 (view 105)\n+ [0x0002e235] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3097 (view 106)\n+ [0x0002e236] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3100 (view 107)\n+ [0x0002e237] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3103 (view 108)\n+ [0x0002e238] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3105 (view 109)\n+ [0x0002e239] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3108 (view 110)\n+ [0x0002e23a] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3110 (view 111)\n+ [0x0002e23b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3113 (view 112)\n+ [0x0002e23c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3115 (view 113)\n+ [0x0002e23d] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3118 (view 114)\n+ [0x0002e23e] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3120 (view 115)\n+ [0x0002e23f] Advance Line by 17 to 3137\n [0x0002e241] Copy (view 116)\n- [0x0002e242] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3138 (view 117)\n- [0x0002e243] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3141 (view 118)\n- [0x0002e244] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3143 (view 119)\n- [0x0002e245] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3146 (view 120)\n- [0x0002e246] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3149 (view 121)\n- [0x0002e247] Advance Line by 77 to 3226\n+ [0x0002e242] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3139 (view 117)\n+ [0x0002e243] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3142 (view 118)\n+ [0x0002e244] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3144 (view 119)\n+ [0x0002e245] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3147 (view 120)\n+ [0x0002e246] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3150 (view 121)\n+ [0x0002e247] Advance Line by 77 to 3227\n [0x0002e24a] Copy (view 122)\n- [0x0002e24b] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3228 (view 123)\n- [0x0002e24c] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3233 (view 124)\n- [0x0002e24d] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3236 (view 125)\n- [0x0002e24e] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3239 (view 126)\n- [0x0002e24f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3242 (view 127)\n- [0x0002e250] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3244 (view 128)\n- [0x0002e251] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3246 (view 129)\n- [0x0002e252] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3249 (view 130)\n- [0x0002e253] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3252 (view 131)\n- [0x0002e254] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3255 (view 132)\n- [0x0002e255] Advance Line by 20 to 3275\n+ [0x0002e24b] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3229 (view 123)\n+ [0x0002e24c] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3234 (view 124)\n+ [0x0002e24d] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3237 (view 125)\n+ [0x0002e24e] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3240 (view 126)\n+ [0x0002e24f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3243 (view 127)\n+ [0x0002e250] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3245 (view 128)\n+ [0x0002e251] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3247 (view 129)\n+ [0x0002e252] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3250 (view 130)\n+ [0x0002e253] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3253 (view 131)\n+ [0x0002e254] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3256 (view 132)\n+ [0x0002e255] Advance Line by 20 to 3276\n [0x0002e257] Copy (view 133)\n- [0x0002e258] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3276 (view 134)\n- [0x0002e259] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3281 (view 135)\n- [0x0002e25a] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3284 (view 136)\n- [0x0002e25b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3287 (view 137)\n- [0x0002e25c] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3290 (view 138)\n- [0x0002e25d] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3292 (view 139)\n- [0x0002e25e] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3295 (view 140)\n- [0x0002e25f] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3297 (view 141)\n- [0x0002e260] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3300 (view 142)\n- [0x0002e261] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3303 (view 143)\n- [0x0002e262] Advance Line by 10 to 3313\n+ [0x0002e258] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3277 (view 134)\n+ [0x0002e259] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3282 (view 135)\n+ [0x0002e25a] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3285 (view 136)\n+ [0x0002e25b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3288 (view 137)\n+ [0x0002e25c] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3291 (view 138)\n+ [0x0002e25d] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3293 (view 139)\n+ [0x0002e25e] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3296 (view 140)\n+ [0x0002e25f] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3298 (view 141)\n+ [0x0002e260] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3301 (view 142)\n+ [0x0002e261] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3304 (view 143)\n+ [0x0002e262] Advance Line by 10 to 3314\n [0x0002e264] Copy (view 144)\n- [0x0002e265] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3314 (view 145)\n- [0x0002e266] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3319 (view 146)\n- [0x0002e267] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3322 (view 147)\n- [0x0002e268] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3325 (view 148)\n- [0x0002e269] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3328 (view 149)\n- [0x0002e26a] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3330 (view 150)\n- [0x0002e26b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3333 (view 151)\n- [0x0002e26c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3335 (view 152)\n- [0x0002e26d] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3338 (view 153)\n- [0x0002e26e] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3340 (view 154)\n- [0x0002e26f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3343 (view 155)\n- [0x0002e270] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3345 (view 156)\n- [0x0002e271] Advance Line by 12 to 3357\n+ [0x0002e265] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3315 (view 145)\n+ [0x0002e266] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3320 (view 146)\n+ [0x0002e267] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3323 (view 147)\n+ [0x0002e268] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3326 (view 148)\n+ [0x0002e269] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3329 (view 149)\n+ [0x0002e26a] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3331 (view 150)\n+ [0x0002e26b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3334 (view 151)\n+ [0x0002e26c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3336 (view 152)\n+ [0x0002e26d] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3339 (view 153)\n+ [0x0002e26e] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3341 (view 154)\n+ [0x0002e26f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3344 (view 155)\n+ [0x0002e270] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3346 (view 156)\n+ [0x0002e271] Advance Line by 12 to 3358\n [0x0002e273] Copy (view 157)\n- [0x0002e274] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3359 (view 158)\n- [0x0002e275] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3362 (view 159)\n- [0x0002e276] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3364 (view 160)\n- [0x0002e277] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3367 (view 161)\n- [0x0002e278] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3369 (view 162)\n- [0x0002e279] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3372 (view 163)\n- [0x0002e27a] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3376 (view 164)\n- [0x0002e27b] Special opcode 12: advance Address by 0 to 0xb6610 and Line by 7 to 3383 (view 165)\n- [0x0002e27c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3385 (view 166)\n- [0x0002e27d] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3390 (view 167)\n- [0x0002e27e] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3393 (view 168)\n- [0x0002e27f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3396 (view 169)\n- [0x0002e280] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3398 (view 170)\n- [0x0002e281] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3401 (view 171)\n- [0x0002e282] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3403 (view 172)\n- [0x0002e283] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3406 (view 173)\n- [0x0002e284] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3408 (view 174)\n- [0x0002e285] Advance Line by 9 to 3417\n+ [0x0002e274] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3360 (view 158)\n+ [0x0002e275] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3363 (view 159)\n+ [0x0002e276] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3365 (view 160)\n+ [0x0002e277] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3368 (view 161)\n+ [0x0002e278] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3370 (view 162)\n+ [0x0002e279] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3373 (view 163)\n+ [0x0002e27a] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3377 (view 164)\n+ [0x0002e27b] Special opcode 12: advance Address by 0 to 0xb6610 and Line by 7 to 3384 (view 165)\n+ [0x0002e27c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3386 (view 166)\n+ [0x0002e27d] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3391 (view 167)\n+ [0x0002e27e] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3394 (view 168)\n+ [0x0002e27f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3397 (view 169)\n+ [0x0002e280] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3399 (view 170)\n+ [0x0002e281] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3402 (view 171)\n+ [0x0002e282] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3404 (view 172)\n+ [0x0002e283] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3407 (view 173)\n+ [0x0002e284] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3409 (view 174)\n+ [0x0002e285] Advance Line by 9 to 3418\n [0x0002e287] Copy (view 175)\n- [0x0002e288] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3419 (view 176)\n- [0x0002e289] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3424 (view 177)\n- [0x0002e28a] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3427 (view 178)\n- [0x0002e28b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3430 (view 179)\n- [0x0002e28c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3432 (view 180)\n- [0x0002e28d] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3435 (view 181)\n- [0x0002e28e] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3437 (view 182)\n- [0x0002e28f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3440 (view 183)\n- [0x0002e290] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3441 (view 184)\n- [0x0002e291] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3445 (view 185)\n- [0x0002e292] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3447 (view 186)\n- [0x0002e293] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3450 (view 187)\n- [0x0002e294] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3453 (view 188)\n- [0x0002e295] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3456 (view 189)\n- [0x0002e296] Advance Line by 44 to 3500\n+ [0x0002e288] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3420 (view 176)\n+ [0x0002e289] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3425 (view 177)\n+ [0x0002e28a] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3428 (view 178)\n+ [0x0002e28b] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3431 (view 179)\n+ [0x0002e28c] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3433 (view 180)\n+ [0x0002e28d] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3436 (view 181)\n+ [0x0002e28e] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3438 (view 182)\n+ [0x0002e28f] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3441 (view 183)\n+ [0x0002e290] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3442 (view 184)\n+ [0x0002e291] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3446 (view 185)\n+ [0x0002e292] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3448 (view 186)\n+ [0x0002e293] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3451 (view 187)\n+ [0x0002e294] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3454 (view 188)\n+ [0x0002e295] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3457 (view 189)\n+ [0x0002e296] Advance Line by 44 to 3501\n [0x0002e298] Copy (view 190)\n- [0x0002e299] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3501 (view 191)\n- [0x0002e29a] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3506 (view 192)\n- [0x0002e29b] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3508 (view 193)\n- [0x0002e29c] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3511 (view 194)\n- [0x0002e29d] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3512 (view 195)\n- [0x0002e29e] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 3518 (view 196)\n- [0x0002e29f] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3519 (view 197)\n- [0x0002e2a0] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3524 (view 198)\n- [0x0002e2a1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3527 (view 199)\n- [0x0002e2a2] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3529 (view 200)\n- [0x0002e2a3] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3532 (view 201)\n- [0x0002e2a4] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3534 (view 202)\n- [0x0002e2a5] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3537 (view 203)\n- [0x0002e2a6] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3540 (view 204)\n- [0x0002e2a7] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3541 (view 205)\n- [0x0002e2a8] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3545 (view 206)\n- [0x0002e2a9] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3547 (view 207)\n- [0x0002e2aa] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3551 (view 208)\n- [0x0002e2ab] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3554 (view 209)\n- [0x0002e2ac] Advance Line by 39 to 3593\n+ [0x0002e299] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3502 (view 191)\n+ [0x0002e29a] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3507 (view 192)\n+ [0x0002e29b] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3509 (view 193)\n+ [0x0002e29c] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3512 (view 194)\n+ [0x0002e29d] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3513 (view 195)\n+ [0x0002e29e] Special opcode 11: advance Address by 0 to 0xb6610 and Line by 6 to 3519 (view 196)\n+ [0x0002e29f] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3520 (view 197)\n+ [0x0002e2a0] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3525 (view 198)\n+ [0x0002e2a1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3528 (view 199)\n+ [0x0002e2a2] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3530 (view 200)\n+ [0x0002e2a3] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3533 (view 201)\n+ [0x0002e2a4] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3535 (view 202)\n+ [0x0002e2a5] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3538 (view 203)\n+ [0x0002e2a6] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3541 (view 204)\n+ [0x0002e2a7] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3542 (view 205)\n+ [0x0002e2a8] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3546 (view 206)\n+ [0x0002e2a9] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3548 (view 207)\n+ [0x0002e2aa] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3552 (view 208)\n+ [0x0002e2ab] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3555 (view 209)\n+ [0x0002e2ac] Advance Line by 39 to 3594\n [0x0002e2ae] Copy (view 210)\n- [0x0002e2af] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3594 (view 211)\n- [0x0002e2b0] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3599 (view 212)\n- [0x0002e2b1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3602 (view 213)\n- [0x0002e2b2] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3605 (view 214)\n- [0x0002e2b3] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3607 (view 215)\n- [0x0002e2b4] Advance Line by 20 to 3627\n+ [0x0002e2af] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3595 (view 211)\n+ [0x0002e2b0] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3600 (view 212)\n+ [0x0002e2b1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3603 (view 213)\n+ [0x0002e2b2] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3606 (view 214)\n+ [0x0002e2b3] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3608 (view 215)\n+ [0x0002e2b4] Advance Line by 20 to 3628\n [0x0002e2b6] Copy (view 216)\n- [0x0002e2b7] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3628 (view 217)\n- [0x0002e2b8] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3633 (view 218)\n- [0x0002e2b9] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3636 (view 219)\n- [0x0002e2ba] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3637 (view 220)\n- [0x0002e2bb] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3639 (view 221)\n- [0x0002e2bc] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3640 (view 222)\n- [0x0002e2bd] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3645 (view 223)\n- [0x0002e2be] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3649 (view 224)\n- [0x0002e2bf] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3650 (view 225)\n- [0x0002e2c0] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3655 (view 226)\n- [0x0002e2c1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3658 (view 227)\n- [0x0002e2c2] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3661 (view 228)\n- [0x0002e2c3] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3662 (view 229)\n- [0x0002e2c4] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3665 (view 230)\n- [0x0002e2c5] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3668 (view 231)\n- [0x0002e2c6] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3670 (view 232)\n- [0x0002e2c7] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3673 (view 233)\n- [0x0002e2c8] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3676 (view 234)\n- [0x0002e2c9] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3679 (view 235)\n- [0x0002e2ca] Advance Line by 36 to 3715\n+ [0x0002e2b7] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3629 (view 217)\n+ [0x0002e2b8] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3634 (view 218)\n+ [0x0002e2b9] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3637 (view 219)\n+ [0x0002e2ba] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3638 (view 220)\n+ [0x0002e2bb] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3640 (view 221)\n+ [0x0002e2bc] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3641 (view 222)\n+ [0x0002e2bd] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3646 (view 223)\n+ [0x0002e2be] Special opcode 9: advance Address by 0 to 0xb6610 and Line by 4 to 3650 (view 224)\n+ [0x0002e2bf] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3651 (view 225)\n+ [0x0002e2c0] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3656 (view 226)\n+ [0x0002e2c1] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3659 (view 227)\n+ [0x0002e2c2] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3662 (view 228)\n+ [0x0002e2c3] Special opcode 6: advance Address by 0 to 0xb6610 and Line by 1 to 3663 (view 229)\n+ [0x0002e2c4] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3666 (view 230)\n+ [0x0002e2c5] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3669 (view 231)\n+ [0x0002e2c6] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3671 (view 232)\n+ [0x0002e2c7] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3674 (view 233)\n+ [0x0002e2c8] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3677 (view 234)\n+ [0x0002e2c9] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3680 (view 235)\n+ [0x0002e2ca] Advance Line by 36 to 3716\n [0x0002e2cc] Copy (view 236)\n- [0x0002e2cd] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3717 (view 237)\n- [0x0002e2ce] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3722 (view 238)\n- [0x0002e2cf] Advance Line by 23 to 3745\n+ [0x0002e2cd] Special opcode 7: advance Address by 0 to 0xb6610 and Line by 2 to 3718 (view 237)\n+ [0x0002e2ce] Special opcode 10: advance Address by 0 to 0xb6610 and Line by 5 to 3723 (view 238)\n+ [0x0002e2cf] Advance Line by 23 to 3746\n [0x0002e2d1] Copy (view 239)\n [0x0002e2d2] Set column to 3\n- [0x0002e2d4] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3748 (view 240)\n+ [0x0002e2d4] Special opcode 8: advance Address by 0 to 0xb6610 and Line by 3 to 3749 (view 240)\n [0x0002e2d5] Set column to 1\n [0x0002e2d7] Set is_stmt to 0\n- [0x0002e2d8] Advance Line by -1065 to 2683\n+ [0x0002e2d8] Advance Line by -1065 to 2684\n [0x0002e2db] Copy (view 241)\n [0x0002e2dc] Set column to 3\n- [0x0002e2de] Advance Line by 1065 to 3748\n- [0x0002e2e1] Special opcode 215: advance Address by 15 to 0xb661f and Line by 0 to 3748\n+ [0x0002e2de] Advance Line by 1065 to 3749\n+ [0x0002e2e1] Special opcode 215: advance Address by 15 to 0xb661f and Line by 0 to 3749\n [0x0002e2e2] Set column to 1\n [0x0002e2e4] Advance PC by constant 17 to 0xb6630\n- [0x0002e2e5] Special opcode 6: advance Address by 0 to 0xb6630 and Line by 1 to 3749\n+ [0x0002e2e5] Special opcode 6: advance Address by 0 to 0xb6630 and Line by 1 to 3750\n [0x0002e2e6] Set is_stmt to 1\n- [0x0002e2e7] Advance Line by 46 to 3795\n- [0x0002e2e9] Special opcode 229: advance Address by 16 to 0xb6640 and Line by 0 to 3795\n- [0x0002e2ea] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3797 (view 1)\n- [0x0002e2eb] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3803 (view 2)\n- [0x0002e2ec] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3804 (view 3)\n- [0x0002e2ed] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3810 (view 4)\n- [0x0002e2ee] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3813 (view 5)\n- [0x0002e2ef] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3816 (view 6)\n- [0x0002e2f0] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3818 (view 7)\n- [0x0002e2f1] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3824 (view 8)\n- [0x0002e2f2] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3826 (view 9)\n- [0x0002e2f3] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 3830 (view 10)\n- [0x0002e2f4] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3832 (view 11)\n- [0x0002e2f5] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3835 (view 12)\n- [0x0002e2f6] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3837 (view 13)\n- [0x0002e2f7] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3840 (view 14)\n- [0x0002e2f8] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 3844 (view 15)\n- [0x0002e2f9] Advance Line by 9 to 3853\n+ [0x0002e2e7] Advance Line by 46 to 3796\n+ [0x0002e2e9] Special opcode 229: advance Address by 16 to 0xb6640 and Line by 0 to 3796\n+ [0x0002e2ea] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3798 (view 1)\n+ [0x0002e2eb] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3804 (view 2)\n+ [0x0002e2ec] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3805 (view 3)\n+ [0x0002e2ed] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3811 (view 4)\n+ [0x0002e2ee] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3814 (view 5)\n+ [0x0002e2ef] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3817 (view 6)\n+ [0x0002e2f0] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3819 (view 7)\n+ [0x0002e2f1] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3825 (view 8)\n+ [0x0002e2f2] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3827 (view 9)\n+ [0x0002e2f3] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 3831 (view 10)\n+ [0x0002e2f4] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3833 (view 11)\n+ [0x0002e2f5] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3836 (view 12)\n+ [0x0002e2f6] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3838 (view 13)\n+ [0x0002e2f7] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3841 (view 14)\n+ [0x0002e2f8] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 3845 (view 15)\n+ [0x0002e2f9] Advance Line by 9 to 3854\n [0x0002e2fb] Copy (view 16)\n- [0x0002e2fc] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3854 (view 17)\n- [0x0002e2fd] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 3861 (view 18)\n- [0x0002e2fe] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3864 (view 19)\n- [0x0002e2ff] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3865 (view 20)\n- [0x0002e300] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3871 (view 21)\n- [0x0002e301] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3873 (view 22)\n- [0x0002e302] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 3877 (view 23)\n- [0x0002e303] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3879 (view 24)\n- [0x0002e304] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3882 (view 25)\n- [0x0002e305] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3885 (view 26)\n- [0x0002e306] Advance Line by 12 to 3897\n+ [0x0002e2fc] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3855 (view 17)\n+ [0x0002e2fd] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 3862 (view 18)\n+ [0x0002e2fe] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3865 (view 19)\n+ [0x0002e2ff] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3866 (view 20)\n+ [0x0002e300] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3872 (view 21)\n+ [0x0002e301] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3874 (view 22)\n+ [0x0002e302] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 3878 (view 23)\n+ [0x0002e303] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3880 (view 24)\n+ [0x0002e304] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3883 (view 25)\n+ [0x0002e305] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3886 (view 26)\n+ [0x0002e306] Advance Line by 12 to 3898\n [0x0002e308] Copy (view 27)\n- [0x0002e309] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3898 (view 28)\n- [0x0002e30a] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 3905 (view 29)\n- [0x0002e30b] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3906 (view 30)\n- [0x0002e30c] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3907 (view 31)\n- [0x0002e30d] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3913 (view 32)\n- [0x0002e30e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3916 (view 33)\n- [0x0002e30f] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3917 (view 34)\n- [0x0002e310] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3923 (view 35)\n- [0x0002e311] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3925 (view 36)\n- [0x0002e312] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3928 (view 37)\n- [0x0002e313] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3930 (view 38)\n- [0x0002e314] Advance Line by 25 to 3955\n+ [0x0002e309] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3899 (view 28)\n+ [0x0002e30a] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 3906 (view 29)\n+ [0x0002e30b] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3907 (view 30)\n+ [0x0002e30c] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3908 (view 31)\n+ [0x0002e30d] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3914 (view 32)\n+ [0x0002e30e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3917 (view 33)\n+ [0x0002e30f] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 3918 (view 34)\n+ [0x0002e310] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 3924 (view 35)\n+ [0x0002e311] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3926 (view 36)\n+ [0x0002e312] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3929 (view 37)\n+ [0x0002e313] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3931 (view 38)\n+ [0x0002e314] Advance Line by 25 to 3956\n [0x0002e316] Copy (view 39)\n- [0x0002e317] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3957 (view 40)\n- [0x0002e318] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 3964 (view 41)\n- [0x0002e319] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3966 (view 42)\n- [0x0002e31a] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3969 (view 43)\n- [0x0002e31b] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3971 (view 44)\n- [0x0002e31c] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3974 (view 45)\n- [0x0002e31d] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3976 (view 46)\n- [0x0002e31e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3979 (view 47)\n- [0x0002e31f] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3981 (view 48)\n- [0x0002e320] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3984 (view 49)\n- [0x0002e321] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3986 (view 50)\n- [0x0002e322] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3989 (view 51)\n- [0x0002e323] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 3993 (view 52)\n- [0x0002e324] Advance Line by 12 to 4005\n+ [0x0002e317] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3958 (view 40)\n+ [0x0002e318] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 3965 (view 41)\n+ [0x0002e319] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3967 (view 42)\n+ [0x0002e31a] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3970 (view 43)\n+ [0x0002e31b] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3972 (view 44)\n+ [0x0002e31c] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3975 (view 45)\n+ [0x0002e31d] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3977 (view 46)\n+ [0x0002e31e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3980 (view 47)\n+ [0x0002e31f] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3982 (view 48)\n+ [0x0002e320] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3985 (view 49)\n+ [0x0002e321] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 3987 (view 50)\n+ [0x0002e322] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 3990 (view 51)\n+ [0x0002e323] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 3994 (view 52)\n+ [0x0002e324] Advance Line by 12 to 4006\n [0x0002e326] Copy (view 53)\n- [0x0002e327] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4007 (view 54)\n- [0x0002e328] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4013 (view 55)\n- [0x0002e329] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4015 (view 56)\n- [0x0002e32a] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4018 (view 57)\n- [0x0002e32b] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4019 (view 58)\n- [0x0002e32c] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4022 (view 59)\n- [0x0002e32d] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4023 (view 60)\n- [0x0002e32e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4026 (view 61)\n- [0x0002e32f] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4027 (view 62)\n- [0x0002e330] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4030 (view 63)\n- [0x0002e331] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4031 (view 64)\n- [0x0002e332] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4034 (view 65)\n- [0x0002e333] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 4038 (view 66)\n- [0x0002e334] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 4045 (view 67)\n- [0x0002e335] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4046 (view 68)\n- [0x0002e336] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4052 (view 69)\n- [0x0002e337] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4054 (view 70)\n- [0x0002e338] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4057 (view 71)\n- [0x0002e339] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4059 (view 72)\n- [0x0002e33a] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4062 (view 73)\n- [0x0002e33b] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4064 (view 74)\n- [0x0002e33c] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4070 (view 75)\n- [0x0002e33d] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4076 (view 76)\n- [0x0002e33e] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4078 (view 77)\n- [0x0002e33f] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4081 (view 78)\n- [0x0002e340] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4083 (view 79)\n- [0x0002e341] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4086 (view 80)\n- [0x0002e342] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4088 (view 81)\n- [0x0002e343] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4091 (view 82)\n- [0x0002e344] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4092 (view 83)\n- [0x0002e345] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4095 (view 84)\n- [0x0002e346] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4097 (view 85)\n- [0x0002e347] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 4101 (view 86)\n- [0x0002e348] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4104 (view 87)\n- [0x0002e349] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4110 (view 88)\n- [0x0002e34a] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4116 (view 89)\n- [0x0002e34b] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4118 (view 90)\n- [0x0002e34c] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4121 (view 91)\n- [0x0002e34d] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4124 (view 92)\n- [0x0002e34e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4127 (view 93)\n- [0x0002e34f] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4129 (view 94)\n- [0x0002e350] Advance Line by 19 to 4148\n+ [0x0002e327] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4008 (view 54)\n+ [0x0002e328] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4014 (view 55)\n+ [0x0002e329] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4016 (view 56)\n+ [0x0002e32a] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4019 (view 57)\n+ [0x0002e32b] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4020 (view 58)\n+ [0x0002e32c] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4023 (view 59)\n+ [0x0002e32d] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4024 (view 60)\n+ [0x0002e32e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4027 (view 61)\n+ [0x0002e32f] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4028 (view 62)\n+ [0x0002e330] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4031 (view 63)\n+ [0x0002e331] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4032 (view 64)\n+ [0x0002e332] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4035 (view 65)\n+ [0x0002e333] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 4039 (view 66)\n+ [0x0002e334] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 4046 (view 67)\n+ [0x0002e335] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4047 (view 68)\n+ [0x0002e336] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4053 (view 69)\n+ [0x0002e337] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4055 (view 70)\n+ [0x0002e338] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4058 (view 71)\n+ [0x0002e339] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4060 (view 72)\n+ [0x0002e33a] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4063 (view 73)\n+ [0x0002e33b] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4065 (view 74)\n+ [0x0002e33c] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4071 (view 75)\n+ [0x0002e33d] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4077 (view 76)\n+ [0x0002e33e] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4079 (view 77)\n+ [0x0002e33f] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4082 (view 78)\n+ [0x0002e340] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4084 (view 79)\n+ [0x0002e341] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4087 (view 80)\n+ [0x0002e342] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4089 (view 81)\n+ [0x0002e343] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4092 (view 82)\n+ [0x0002e344] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4093 (view 83)\n+ [0x0002e345] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4096 (view 84)\n+ [0x0002e346] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4098 (view 85)\n+ [0x0002e347] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 4102 (view 86)\n+ [0x0002e348] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4105 (view 87)\n+ [0x0002e349] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4111 (view 88)\n+ [0x0002e34a] Special opcode 11: advance Address by 0 to 0xb6640 and Line by 6 to 4117 (view 89)\n+ [0x0002e34b] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4119 (view 90)\n+ [0x0002e34c] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4122 (view 91)\n+ [0x0002e34d] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4125 (view 92)\n+ [0x0002e34e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4128 (view 93)\n+ [0x0002e34f] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4130 (view 94)\n+ [0x0002e350] Advance Line by 19 to 4149\n [0x0002e352] Copy (view 95)\n- [0x0002e353] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4150 (view 96)\n- [0x0002e354] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 4154 (view 97)\n- [0x0002e355] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4157 (view 98)\n- [0x0002e356] Advance Line by 16 to 4173\n+ [0x0002e353] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4151 (view 96)\n+ [0x0002e354] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 4155 (view 97)\n+ [0x0002e355] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4158 (view 98)\n+ [0x0002e356] Advance Line by 16 to 4174\n [0x0002e358] Copy (view 99)\n- [0x0002e359] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4174 (view 100)\n- [0x0002e35a] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 4181 (view 101)\n- [0x0002e35b] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4183 (view 102)\n- [0x0002e35c] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4186 (view 103)\n- [0x0002e35d] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4189 (view 104)\n- [0x0002e35e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4192 (view 105)\n- [0x0002e35f] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4194 (view 106)\n- [0x0002e360] Advance Line by 27 to 4221\n+ [0x0002e359] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 4175 (view 100)\n+ [0x0002e35a] Special opcode 12: advance Address by 0 to 0xb6640 and Line by 7 to 4182 (view 101)\n+ [0x0002e35b] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4184 (view 102)\n+ [0x0002e35c] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4187 (view 103)\n+ [0x0002e35d] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4190 (view 104)\n+ [0x0002e35e] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4193 (view 105)\n+ [0x0002e35f] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4195 (view 106)\n+ [0x0002e360] Advance Line by 26 to 4221\n [0x0002e362] Copy (view 107)\n [0x0002e363] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4223 (view 108)\n [0x0002e364] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 4227 (view 109)\n [0x0002e365] Special opcode 8: advance Address by 0 to 0xb6640 and Line by 3 to 4230 (view 110)\n [0x0002e366] Advance Line by 17 to 4247\n [0x0002e368] Copy (view 111)\n [0x0002e369] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 4249 (view 112)\n@@ -94100,18 +94100,18 @@\n [0x0002e5b8] Special opcode 10: advance Address by 0 to 0xb6640 and Line by 5 to 6315 (view 627)\n [0x0002e5b9] Special opcode 7: advance Address by 0 to 0xb6640 and Line by 2 to 6317 (view 628)\n [0x0002e5ba] Special opcode 6: advance Address by 0 to 0xb6640 and Line by 1 to 6318 (view 629)\n [0x0002e5bb] Set column to 3\n [0x0002e5bd] Special opcode 9: advance Address by 0 to 0xb6640 and Line by 4 to 6322 (view 630)\n [0x0002e5be] Set column to 1\n [0x0002e5c0] Set is_stmt to 0\n- [0x0002e5c1] Advance Line by -2527 to 3795\n+ [0x0002e5c1] Advance Line by -2526 to 3796\n [0x0002e5c4] Copy (view 631)\n [0x0002e5c5] Set column to 3\n- [0x0002e5c7] Advance Line by 2527 to 6322\n+ [0x0002e5c7] Advance Line by 2526 to 6322\n [0x0002e5ca] Special opcode 215: advance Address by 15 to 0xb664f and Line by 0 to 6322\n [0x0002e5cb] Set column to 1\n [0x0002e5cd] Advance PC by constant 17 to 0xb6660\n [0x0002e5ce] Special opcode 6: advance Address by 0 to 0xb6660 and Line by 1 to 6323\n [0x0002e5cf] Set is_stmt to 1\n [0x0002e5d0] Advance Line by 26 to 6349\n [0x0002e5d2] Special opcode 229: advance Address by 16 to 0xb6670 and Line by 0 to 6349\n"}, {"source1": "readelf --wide --debug-dump=info {}", "source2": "readelf --wide --debug-dump=info {}", "unified_diff": "@@ -294710,760 +294710,760 @@\n DW_AT_type : <0xa7a35>\n DW_AT_upper_bound : 4\n <2>: Abbrev Number: 0\n <1>: Abbrev Number: 17 (DW_TAG_subprogram)\n DW_AT_external : 1\n DW_AT_name : (indirect string, offset: 0xbcf5): gradef_\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3794\n+ DW_AT_decl_line : 3795\n DW_AT_decl_column : 19\n DW_AT_low_pc : 0xb6640\n DW_AT_high_pc : 0x25\n DW_AT_frame_base : 1 byte block: 9c \t(DW_OP_call_frame_cfa)\n DW_AT_GNU_all_call_sites: 1\n DW_AT_sibling : <0xad7a9>\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12eae): _GRAPHICS_MISC_HMOVE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3797\n+ DW_AT_decl_line : 3798\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 30 95 1f 0 \t(DW_OP_addr: 1f9530)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19e9a): _GRAPHICS_MISC_HMOVE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3803\n+ DW_AT_decl_line : 3804\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 44 95 1f 0 \t(DW_OP_addr: 1f9544)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c17a): _GRAPHICS_MISC_HMOVE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3804\n+ DW_AT_decl_line : 3805\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 83 20 0 \t(DW_OP_addr: 208380)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c813): _GRAPHICS_MISC_VLOCATE_VECX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3810\n+ DW_AT_decl_line : 3811\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 95 1f 0 \t(DW_OP_addr: 1f9560)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ab7a): _GRAPHICS_MISC_VLOCATE_VECY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3813\n+ DW_AT_decl_line : 3814\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 95 1f 0 \t(DW_OP_addr: 1f95a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a6b8): _GRAPHICS_MISC_VLOCATE_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3816\n+ DW_AT_decl_line : 3817\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 e0 95 1f 0 \t(DW_OP_addr: 1f95e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x194d9): _GRAPHICS_MISC_VLOCATE_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3818\n+ DW_AT_decl_line : 3819\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 0 96 1f 0 \t(DW_OP_addr: 1f9600)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16898): _GRAPHICS_MISC_VLOCATE_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3824\n+ DW_AT_decl_line : 3825\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 20 96 1f 0 \t(DW_OP_addr: 1f9620)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16bc9): _GRAPHICS_MISC_VLOCATE_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3826\n+ DW_AT_decl_line : 3827\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 96 1f 0 \t(DW_OP_addr: 1f9640)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14ea3): _GRAPHICS_MISC_VLOCATE_NTPRI_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3830\n+ DW_AT_decl_line : 3831\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 dc 8e 24 0 \t(DW_OP_addr: 248edc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bd8c): _GRAPHICS_MISC_VLOCATE_NTPRI\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3832\n+ DW_AT_decl_line : 3833\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 96 1f 0 \t(DW_OP_addr: 1f9680)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17574): _GRAPHICS_MISC_VLOCATE_WKID_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3835\n+ DW_AT_decl_line : 3836\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 f0 8e 24 0 \t(DW_OP_addr: 248ef0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf4bb): _GRAPHICS_MISC_VLOCATE_WKID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3837\n+ DW_AT_decl_line : 3838\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 96 1f 0 \t(DW_OP_addr: 1f96c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18590): _GRAPHICS_MISC_VLOCATE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3840\n+ DW_AT_decl_line : 3841\n DW_AT_decl_column : 21\n DW_AT_type : <0xaa8c9>\n DW_AT_location : 5 byte block: 3 f4 96 1f 0 \t(DW_OP_addr: 1f96f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf741): _GRAPHICS_MISC_VLOCATE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3844\n+ DW_AT_decl_line : 3845\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 20 97 1f 0 \t(DW_OP_addr: 1f9720)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19a42): _GRAPHICS_MISC_VLOCATE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3853\n+ DW_AT_decl_line : 3854\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 40 97 1f 0 \t(DW_OP_addr: 1f9740)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x128b5): _GRAPHICS_MISC_VLOCATE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3854\n+ DW_AT_decl_line : 3855\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 83 20 0 \t(DW_OP_addr: 2083e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x185e8): _GRAPHICS_MISC_LOCATE_NTPRI\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3861\n+ DW_AT_decl_line : 3862\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 97 1f 0 \t(DW_OP_addr: 1f9760)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b7b6): _GRAPHICS_MISC_LOCATE_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3864\n+ DW_AT_decl_line : 3865\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 94 97 1f 0 \t(DW_OP_addr: 1f9794)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf49a): _GRAPHICS_MISC_LOCATE_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3865\n+ DW_AT_decl_line : 3866\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 a8 97 1f 0 \t(DW_OP_addr: 1f97a8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a1f9): _GRAPHICS_MISC_LOCATE_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3871\n+ DW_AT_decl_line : 3872\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 bc 97 1f 0 \t(DW_OP_addr: 1f97bc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15834): _GRAPHICS_MISC_LOCATE_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3873\n+ DW_AT_decl_line : 3874\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 97 1f 0 \t(DW_OP_addr: 1f97e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b7f9): _GRAPHICS_MISC_LOCATE_WKID_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3877\n+ DW_AT_decl_line : 3878\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 4 8f 24 0 \t(DW_OP_addr: 248f04)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17d51): _GRAPHICS_MISC_LOCATE_WKID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3879\n+ DW_AT_decl_line : 3880\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 98 1f 0 \t(DW_OP_addr: 1f9820)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c203): _GRAPHICS_MISC_LOCATE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3882\n+ DW_AT_decl_line : 3883\n DW_AT_decl_column : 21\n DW_AT_type : <0xa838d>\n DW_AT_location : 5 byte block: 3 54 98 1f 0 \t(DW_OP_addr: 1f9854)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12571): _GRAPHICS_MISC_LOCATE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3885\n+ DW_AT_decl_line : 3886\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8cd7>\n DW_AT_location : 5 byte block: 3 60 98 1f 0 \t(DW_OP_addr: 1f9860)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b102): _GRAPHICS_MISC_LOCATE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3897\n+ DW_AT_decl_line : 3898\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 90 98 1f 0 \t(DW_OP_addr: 1f9890)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1aff3): _GRAPHICS_MISC_LOCATE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3898\n+ DW_AT_decl_line : 3899\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 84 20 0 \t(DW_OP_addr: 208440)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18080): _GRAPHICS_MISC_CLR_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3905\n+ DW_AT_decl_line : 3906\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 94 98 1f 0 \t(DW_OP_addr: 1f9894)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cc94): _GRAPHICS_MISC_CLR_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3906\n+ DW_AT_decl_line : 3907\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 98 98 1f 0 \t(DW_OP_addr: 1f9898)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1141a): _GRAPHICS_MISC_CLR\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3907\n+ DW_AT_decl_line : 3908\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 84 20 0 \t(DW_OP_addr: 2084a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x108aa): _GRAPHICS_MISC_NEXT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3913\n+ DW_AT_decl_line : 3914\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 9c 98 1f 0 \t(DW_OP_addr: 1f989c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14099): _GRAPHICS_MISC_NEXT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3916\n+ DW_AT_decl_line : 3917\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 a8 98 1f 0 \t(DW_OP_addr: 1f98a8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a0e7): _GRAPHICS_MISC_NEXT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3917\n+ DW_AT_decl_line : 3918\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 85 20 0 \t(DW_OP_addr: 208500)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1275b): _GRAPHICS_VIEWING_SELNT_NT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3923\n+ DW_AT_decl_line : 3924\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 18 8f 24 0 \t(DW_OP_addr: 248f18)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x168ba): _GRAPHICS_VIEWING_SELNT_NT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3925\n+ DW_AT_decl_line : 3926\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 98 1f 0 \t(DW_OP_addr: 1f98c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13e54): _GRAPHICS_VIEWING_SELNT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3928\n+ DW_AT_decl_line : 3929\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 f4 98 1f 0 \t(DW_OP_addr: 1f98f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18b30): _GRAPHICS_VIEWING_SELNT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3930\n+ DW_AT_decl_line : 3931\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9095>\n DW_AT_location : 5 byte block: 3 0 99 1f 0 \t(DW_OP_addr: 1f9900)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b2fa): _GRAPHICS_VIEWING_SELNT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3955\n+ DW_AT_decl_line : 3956\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 68 99 1f 0 \t(DW_OP_addr: 1f9968)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x180b8): _GRAPHICS_VIEWING_SELNT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3957\n+ DW_AT_decl_line : 3958\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 85 20 0 \t(DW_OP_addr: 208560)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c82f): _GRAPHICS_VIEWING_SWN_NT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3964\n+ DW_AT_decl_line : 3965\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 2c 8f 24 0 \t(DW_OP_addr: 248f2c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16901): _GRAPHICS_VIEWING_SWN_NT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3966\n+ DW_AT_decl_line : 3967\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 99 1f 0 \t(DW_OP_addr: 1f9980)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10841): _GRAPHICS_VIEWING_SWN_X1_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3969\n+ DW_AT_decl_line : 3970\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 40 8f 24 0 \t(DW_OP_addr: 248f40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18a82): _GRAPHICS_VIEWING_SWN_X1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3971\n+ DW_AT_decl_line : 3972\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 99 1f 0 \t(DW_OP_addr: 1f99c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1655a): _GRAPHICS_VIEWING_SWN_X2_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3974\n+ DW_AT_decl_line : 3975\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 54 8f 24 0 \t(DW_OP_addr: 248f54)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18a9b): _GRAPHICS_VIEWING_SWN_X2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3976\n+ DW_AT_decl_line : 3977\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 9a 1f 0 \t(DW_OP_addr: 1f9a00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13814): _GRAPHICS_VIEWING_SWN_Y1_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3979\n+ DW_AT_decl_line : 3980\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 68 8f 24 0 \t(DW_OP_addr: 248f68)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18ec3): _GRAPHICS_VIEWING_SWN_Y1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3981\n+ DW_AT_decl_line : 3982\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 9a 1f 0 \t(DW_OP_addr: 1f9a40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19248): _GRAPHICS_VIEWING_SWN_Y2_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3984\n+ DW_AT_decl_line : 3985\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 7c 8f 24 0 \t(DW_OP_addr: 248f7c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18edc): _GRAPHICS_VIEWING_SWN_Y2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3986\n+ DW_AT_decl_line : 3987\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 9a 1f 0 \t(DW_OP_addr: 1f9a80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a0fb): _GRAPHICS_VIEWING_SWN_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3989\n+ DW_AT_decl_line : 3990\n DW_AT_decl_column : 21\n DW_AT_type : <0xaa8c9>\n DW_AT_location : 5 byte block: 3 b4 9a 1f 0 \t(DW_OP_addr: 1f9ab4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11e9c): _GRAPHICS_VIEWING_SWN_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3993\n+ DW_AT_decl_line : 3994\n DW_AT_decl_column : 14\n DW_AT_type : <0xa833d>\n DW_AT_location : 5 byte block: 3 e0 9a 1f 0 \t(DW_OP_addr: 1f9ae0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x128fd): _GRAPHICS_VIEWING_SWN_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4005\n+ DW_AT_decl_line : 4006\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 18 9b 1f 0 \t(DW_OP_addr: 1f9b18)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16479): _GRAPHICS_VIEWING_SWN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4007\n+ DW_AT_decl_line : 4008\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 85 20 0 \t(DW_OP_addr: 2085c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x107b3): _GRAPHICS_VIEWING_SVP_NT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4013\n+ DW_AT_decl_line : 4014\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 90 8f 24 0 \t(DW_OP_addr: 248f90)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x120c9): _GRAPHICS_VIEWING_SVP_NT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4015\n+ DW_AT_decl_line : 4016\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 9b 1f 0 \t(DW_OP_addr: 1f9b20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1be95): _GRAPHICS_VIEWING_SVP_X1_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4018\n+ DW_AT_decl_line : 4019\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 54 9b 1f 0 \t(DW_OP_addr: 1f9b54)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14080): _GRAPHICS_VIEWING_SVP_X1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4019\n+ DW_AT_decl_line : 4020\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 9b 1f 0 \t(DW_OP_addr: 1f9b80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13ed2): _GRAPHICS_VIEWING_SVP_X2_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4022\n+ DW_AT_decl_line : 4023\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 b4 9b 1f 0 \t(DW_OP_addr: 1f9bb4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15f00): _GRAPHICS_VIEWING_SVP_X2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4023\n+ DW_AT_decl_line : 4024\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 9b 1f 0 \t(DW_OP_addr: 1f9be0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1120c): _GRAPHICS_VIEWING_SVP_Y1_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4026\n+ DW_AT_decl_line : 4027\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 14 9c 1f 0 \t(DW_OP_addr: 1f9c14)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1441b): _GRAPHICS_VIEWING_SVP_Y1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4027\n+ DW_AT_decl_line : 4028\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 9c 1f 0 \t(DW_OP_addr: 1f9c40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16b95): _GRAPHICS_VIEWING_SVP_Y2_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4030\n+ DW_AT_decl_line : 4031\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 74 9c 1f 0 \t(DW_OP_addr: 1f9c74)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14434): _GRAPHICS_VIEWING_SVP_Y2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4031\n+ DW_AT_decl_line : 4032\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 9c 1f 0 \t(DW_OP_addr: 1f9ca0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10fcd): _GRAPHICS_VIEWING_SVP_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4034\n+ DW_AT_decl_line : 4035\n DW_AT_decl_column : 21\n DW_AT_type : <0xaa8c9>\n DW_AT_location : 5 byte block: 3 d4 9c 1f 0 \t(DW_OP_addr: 1f9cd4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18465): _GRAPHICS_VIEWING_SVP_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4038\n+ DW_AT_decl_line : 4039\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8cc7>\n DW_AT_location : 5 byte block: 3 e8 9c 1f 0 \t(DW_OP_addr: 1f9ce8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x194fb): _GRAPHICS_VIEWING_SVP_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4045\n+ DW_AT_decl_line : 4046\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 4 9d 1f 0 \t(DW_OP_addr: 1f9d04)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x161bb): _GRAPHICS_VIEWING_SVP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4046\n+ DW_AT_decl_line : 4047\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 86 20 0 \t(DW_OP_addr: 208620)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15ebd): _GRAPHICS_VIEWING_SIZE_XSIZE_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4052\n+ DW_AT_decl_line : 4053\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 a4 8f 24 0 \t(DW_OP_addr: 248fa4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x103a6): _GRAPHICS_VIEWING_SIZE_XSIZE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4054\n+ DW_AT_decl_line : 4055\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 9d 1f 0 \t(DW_OP_addr: 1f9d20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18404): _GRAPHICS_VIEWING_SIZE_YSIZE_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4057\n+ DW_AT_decl_line : 4058\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 b8 8f 24 0 \t(DW_OP_addr: 248fb8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14807): _GRAPHICS_VIEWING_SIZE_YSIZE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4059\n+ DW_AT_decl_line : 4060\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 9d 1f 0 \t(DW_OP_addr: 1f9d60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1817a): _GRAPHICS_VIEWING_SIZE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4062\n+ DW_AT_decl_line : 4063\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 94 9d 1f 0 \t(DW_OP_addr: 1f9d94)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x140d0): _GRAPHICS_VIEWING_SIZE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4064\n+ DW_AT_decl_line : 4065\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 9c 9d 1f 0 \t(DW_OP_addr: 1f9d9c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfa43): _GRAPHICS_VIEWING_SIZE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4070\n+ DW_AT_decl_line : 4071\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 86 20 0 \t(DW_OP_addr: 208680)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c707): _GRAPHICS_VIEWING_ZONE_NX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4076\n+ DW_AT_decl_line : 4077\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 cc 8f 24 0 \t(DW_OP_addr: 248fcc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c37e): _GRAPHICS_VIEWING_ZONE_NX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4078\n+ DW_AT_decl_line : 4079\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 9d 1f 0 \t(DW_OP_addr: 1f9dc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c35f): _GRAPHICS_VIEWING_ZONE_NY_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4081\n+ DW_AT_decl_line : 4082\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 e0 8f 24 0 \t(DW_OP_addr: 248fe0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c398): _GRAPHICS_VIEWING_ZONE_NY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4083\n+ DW_AT_decl_line : 4084\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 9e 1f 0 \t(DW_OP_addr: 1f9e00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12085): _GRAPHICS_VIEWING_ZONE_IFIRST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4086\n+ DW_AT_decl_line : 4087\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 f4 8f 24 0 \t(DW_OP_addr: 248ff4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ce89): _GRAPHICS_VIEWING_ZONE_IFIRST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4088\n+ DW_AT_decl_line : 4089\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 9e 1f 0 \t(DW_OP_addr: 1f9e40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c3ec): _GRAPHICS_VIEWING_ZONE_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4091\n+ DW_AT_decl_line : 4092\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 74 9e 1f 0 \t(DW_OP_addr: 1f9e74)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17249): _GRAPHICS_VIEWING_ZONE_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4092\n+ DW_AT_decl_line : 4093\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 80 9e 1f 0 \t(DW_OP_addr: 1f9e80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1486d): _GRAPHICS_VIEWING_ZONE_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4095\n+ DW_AT_decl_line : 4096\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 8c 9e 1f 0 \t(DW_OP_addr: 1f9e8c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c5cc): _GRAPHICS_VIEWING_ZONE_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4097\n+ DW_AT_decl_line : 4098\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 9e 1f 0 \t(DW_OP_addr: 1f9ea0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x165a7): _GRAPHICS_VIEWING_ZONE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4101\n+ DW_AT_decl_line : 4102\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 d4 9e 1f 0 \t(DW_OP_addr: 1f9ed4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13eb2): _GRAPHICS_VIEWING_ZONE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4104\n+ DW_AT_decl_line : 4105\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9d6e>\n DW_AT_location : 5 byte block: 3 e4 9e 1f 0 \t(DW_OP_addr: 1f9ee4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19f76): _GRAPHICS_VIEWING_ZONE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4110\n+ DW_AT_decl_line : 4111\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 86 20 0 \t(DW_OP_addr: 2086e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19944): _GRAPHICS_PRIMITIVES_GRAPH_N_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4116\n+ DW_AT_decl_line : 4117\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 8 90 24 0 \t(DW_OP_addr: 249008)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11c36): _GRAPHICS_PRIMITIVES_GRAPH_N\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4118\n+ DW_AT_decl_line : 4119\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 9f 1f 0 \t(DW_OP_addr: 1f9f00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11ce0): _GRAPHICS_PRIMITIVES_GRAPH_X\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4121\n+ DW_AT_decl_line : 4122\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 9f 1f 0 \t(DW_OP_addr: 1f9f40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11cfd): _GRAPHICS_PRIMITIVES_GRAPH_Y\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4124\n+ DW_AT_decl_line : 4125\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 9f 1f 0 \t(DW_OP_addr: 1f9f80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf88f): _GRAPHICS_PRIMITIVES_GRAPH_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4127\n+ DW_AT_decl_line : 4128\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 c0 9f 1f 0 \t(DW_OP_addr: 1f9fc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cf68): _GRAPHICS_PRIMITIVES_GRAPH_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4129\n+ DW_AT_decl_line : 4130\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 0 a0 1f 0 \t(DW_OP_addr: 1fa000)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19fb6): _GRAPHICS_PRIMITIVES_GRAPH_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4148\n+ DW_AT_decl_line : 4149\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 24 a0 1f 0 \t(DW_OP_addr: 1fa024)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x101cf): _GRAPHICS_PRIMITIVES_GRAPH_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4150\n+ DW_AT_decl_line : 4151\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 a0 1f 0 \t(DW_OP_addr: 1fa040)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bf2a): _GRAPHICS_PRIMITIVES_GRAPH_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4154\n+ DW_AT_decl_line : 4155\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 74 a0 1f 0 \t(DW_OP_addr: 1fa074)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cda0): _GRAPHICS_PRIMITIVES_GRAPH_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4157\n+ DW_AT_decl_line : 4158\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7a9>\n DW_AT_location : 5 byte block: 3 a0 a0 1f 0 \t(DW_OP_addr: 1fa0a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1729f): _GRAPHICS_PRIMITIVES_GRAPH_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4173\n+ DW_AT_decl_line : 4174\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 ec a0 1f 0 \t(DW_OP_addr: 1fa0ec)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19adc): _GRAPHICS_PRIMITIVES_GRAPH\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4174\n+ DW_AT_decl_line : 4175\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 87 20 0 \t(DW_OP_addr: 208740)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b230): _GRAPHICS_PRIMITIVES_HIST_N_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4181\n+ DW_AT_decl_line : 4182\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 1c 90 24 0 \t(DW_OP_addr: 24901c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x153f2): _GRAPHICS_PRIMITIVES_HIST_N\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4183\n+ DW_AT_decl_line : 4184\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 a1 1f 0 \t(DW_OP_addr: 1fa100)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15480): _GRAPHICS_PRIMITIVES_HIST_X\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4186\n+ DW_AT_decl_line : 4187\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 a1 1f 0 \t(DW_OP_addr: 1fa140)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1549c): _GRAPHICS_PRIMITIVES_HIST_Y\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4189\n+ DW_AT_decl_line : 4190\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 a1 1f 0 \t(DW_OP_addr: 1fa180)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17eda): _GRAPHICS_PRIMITIVES_HIST_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4192\n+ DW_AT_decl_line : 4193\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7b9>\n DW_AT_location : 5 byte block: 3 c0 a1 1f 0 \t(DW_OP_addr: 1fa1c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1570b): _GRAPHICS_PRIMITIVES_HIST_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 4194\n+ DW_AT_decl_line : 4195\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7b9>\n DW_AT_location : 5 byte block: 3 0 a2 1f 0 \t(DW_OP_addr: 1fa200)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11c7f): _GRAPHICS_PRIMITIVES_HIST_CHOPT_type\n DW_AT_decl_file : 1\n DW_AT_decl_line : 4221\n@@ -299254,1691 +299254,1691 @@\n DW_AT_type : <0xa7a35>\n DW_AT_upper_bound : 149\n <2>: Abbrev Number: 0\n <1>: Abbrev Number: 17 (DW_TAG_subprogram)\n DW_AT_external : 1\n DW_AT_name : (indirect string, offset: 0xbc8c): ntudef_\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2682\n+ DW_AT_decl_line : 2683\n DW_AT_decl_column : 19\n DW_AT_low_pc : 0xb6610\n DW_AT_high_pc : 0x25\n DW_AT_frame_base : 1 byte block: 9c \t(DW_OP_call_frame_cfa)\n DW_AT_GNU_all_call_sites: 1\n DW_AT_sibling : <0xaeaa7>\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d0e3): _NTUPLE_MASK_RESET_MNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2685\n+ DW_AT_decl_line : 2686\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 ed 1f 0 \t(DW_OP_addr: 1fed00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14b4f): _NTUPLE_MASK_RESET_IBIT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2688\n+ DW_AT_decl_line : 2689\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 34 ed 1f 0 \t(DW_OP_addr: 1fed34)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfb56): _NTUPLE_MASK_RESET_IBIT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2689\n+ DW_AT_decl_line : 2690\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 ed 1f 0 \t(DW_OP_addr: 1fed60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf761): _NTUPLE_MASK_RESET_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2692\n+ DW_AT_decl_line : 2693\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 94 ed 1f 0 \t(DW_OP_addr: 1fed94)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x192b7): _NTUPLE_MASK_RESET_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2694\n+ DW_AT_decl_line : 2695\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 9c ed 1f 0 \t(DW_OP_addr: 1fed9c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bd3e): _NTUPLE_MASK_RESET\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2696\n+ DW_AT_decl_line : 2697\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 96 20 0 \t(DW_OP_addr: 209640)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b8a1): _NTUPLE_MASK_LIST_MNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2701\n+ DW_AT_decl_line : 2702\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 ed 1f 0 \t(DW_OP_addr: 1feda0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ca11): _NTUPLE_MASK_LIST_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2704\n+ DW_AT_decl_line : 2705\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 d4 ed 1f 0 \t(DW_OP_addr: 1fedd4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1895e): _NTUPLE_MASK_LIST_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2706\n+ DW_AT_decl_line : 2707\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 d8 ed 1f 0 \t(DW_OP_addr: 1fedd8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c2bb): _NTUPLE_MASK_LIST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2708\n+ DW_AT_decl_line : 2709\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 96 20 0 \t(DW_OP_addr: 2096a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16af2): _NTUPLE_MASK_CLOSE_MNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2714\n+ DW_AT_decl_line : 2715\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 ed 1f 0 \t(DW_OP_addr: 1fede0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c7f5): _NTUPLE_MASK_CLOSE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2717\n+ DW_AT_decl_line : 2718\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 14 ee 1f 0 \t(DW_OP_addr: 1fee14)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14deb): _NTUPLE_MASK_CLOSE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2719\n+ DW_AT_decl_line : 2720\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 18 ee 1f 0 \t(DW_OP_addr: 1fee18)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x107f7): _NTUPLE_MASK_CLOSE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2720\n+ DW_AT_decl_line : 2721\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 97 20 0 \t(DW_OP_addr: 209700)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1271e): _NTUPLE_MASK_FILE_FNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2726\n+ DW_AT_decl_line : 2727\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 ee 1f 0 \t(DW_OP_addr: 1fee20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10c19): _NTUPLE_MASK_FILE_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2729\n+ DW_AT_decl_line : 2730\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 54 ee 1f 0 \t(DW_OP_addr: 1fee54)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14f37): _NTUPLE_MASK_FILE_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2730\n+ DW_AT_decl_line : 2731\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 60 ee 1f 0 \t(DW_OP_addr: 1fee60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15b63): _NTUPLE_MASK_FILE_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2733\n+ DW_AT_decl_line : 2734\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 6c ee 1f 0 \t(DW_OP_addr: 1fee6c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14d5d): _NTUPLE_MASK_FILE_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2735\n+ DW_AT_decl_line : 2736\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 ee 1f 0 \t(DW_OP_addr: 1fee80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17e81): _NTUPLE_MASK_FILE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2739\n+ DW_AT_decl_line : 2740\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 b4 ee 1f 0 \t(DW_OP_addr: 1feeb4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ae9a): _NTUPLE_MASK_FILE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2741\n+ DW_AT_decl_line : 2742\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 bc ee 1f 0 \t(DW_OP_addr: 1feebc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12023): _NTUPLE_MASK_FILE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2742\n+ DW_AT_decl_line : 2743\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 c0 ee 1f 0 \t(DW_OP_addr: 1feec0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13d54): _NTUPLE_MASK_FILE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2743\n+ DW_AT_decl_line : 2744\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 97 20 0 \t(DW_OP_addr: 209760)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12938): _NTUPLE_MASK\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2749\n+ DW_AT_decl_line : 2750\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 e0 ee 1f 0 \t(DW_OP_addr: 1feee0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x193a1): _NTUPLE_FLAGS_QP_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2752\n+ DW_AT_decl_line : 2753\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 50 9a 24 0 \t(DW_OP_addr: 249a50)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11719): _NTUPLE_FLAGS_QP_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2754\n+ DW_AT_decl_line : 2755\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 ef 1f 0 \t(DW_OP_addr: 1fef20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10f2d): _NTUPLE_FLAGS_QP_VALUE_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2757\n+ DW_AT_decl_line : 2758\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 5c 9a 24 0 \t(DW_OP_addr: 249a5c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf878): _NTUPLE_FLAGS_QP_VALUE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2759\n+ DW_AT_decl_line : 2760\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 ef 1f 0 \t(DW_OP_addr: 1fef60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x189b9): _NTUPLE_FLAGS_QP_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2762\n+ DW_AT_decl_line : 2763\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 94 ef 1f 0 \t(DW_OP_addr: 1fef94)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1baf0): _NTUPLE_FLAGS_QP_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2764\n+ DW_AT_decl_line : 2765\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 9c ef 1f 0 \t(DW_OP_addr: 1fef9c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17085): _NTUPLE_FLAGS_QP_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2766\n+ DW_AT_decl_line : 2767\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 a0 ef 1f 0 \t(DW_OP_addr: 1fefa0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13787): _NTUPLE_FLAGS_QP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2767\n+ DW_AT_decl_line : 2768\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 97 20 0 \t(DW_OP_addr: 2097c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf77f): _NTUPLE_DUMP_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2772\n+ DW_AT_decl_line : 2773\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 ef 1f 0 \t(DW_OP_addr: 1fefc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x149fa): _NTUPLE_DUMP_UWFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2775\n+ DW_AT_decl_line : 2776\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 f0 1f 0 \t(DW_OP_addr: 1ff000)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfd9a): _NTUPLE_DUMP_NEVENT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2778\n+ DW_AT_decl_line : 2779\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 70 9a 24 0 \t(DW_OP_addr: 249a70)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x117b5): _NTUPLE_DUMP_NEVENT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2780\n+ DW_AT_decl_line : 2781\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 f0 1f 0 \t(DW_OP_addr: 1ff040)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1030a): _NTUPLE_DUMP_IFIRST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2783\n+ DW_AT_decl_line : 2784\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 84 9a 24 0 \t(DW_OP_addr: 249a84)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19477): _NTUPLE_DUMP_IFIRST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2785\n+ DW_AT_decl_line : 2786\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 f0 1f 0 \t(DW_OP_addr: 1ff080)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1755e): _NTUPLE_DUMP_FILENAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2788\n+ DW_AT_decl_line : 2789\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 f0 1f 0 \t(DW_OP_addr: 1ff0c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10a69): _NTUPLE_DUMP_SEP1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2791\n+ DW_AT_decl_line : 2792\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 f1 1f 0 \t(DW_OP_addr: 1ff100)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10a7b): _NTUPLE_DUMP_SEP2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2794\n+ DW_AT_decl_line : 2795\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 f1 1f 0 \t(DW_OP_addr: 1ff140)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xffe6): _NTUPLE_DUMP_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2797\n+ DW_AT_decl_line : 2798\n DW_AT_decl_column : 21\n DW_AT_type : <0xa9d5e>\n DW_AT_location : 5 byte block: 3 74 f1 1f 0 \t(DW_OP_addr: 1ff174)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1001f): _NTUPLE_DUMP_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2800\n+ DW_AT_decl_line : 2801\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 a0 f1 1f 0 \t(DW_OP_addr: 1ff1a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18838): _NTUPLE_DUMP_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2809\n+ DW_AT_decl_line : 2810\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 c0 f1 1f 0 \t(DW_OP_addr: 1ff1c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19370): _NTUPLE_DUMP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2811\n+ DW_AT_decl_line : 2812\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 98 20 0 \t(DW_OP_addr: 209820)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ceec): _NTUPLE_VMEM_MXSIZE_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2816\n+ DW_AT_decl_line : 2817\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 d0 f1 1f 0 \t(DW_OP_addr: 1ff1d0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13677): _NTUPLE_VMEM_MXSIZE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2817\n+ DW_AT_decl_line : 2818\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 f2 1f 0 \t(DW_OP_addr: 1ff200)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1122a): _NTUPLE_VMEM_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2821\n+ DW_AT_decl_line : 2822\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 34 f2 1f 0 \t(DW_OP_addr: 1ff234)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x173b2): _NTUPLE_VMEM_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2822\n+ DW_AT_decl_line : 2823\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 40 f2 1f 0 \t(DW_OP_addr: 1ff240)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x126c5): _NTUPLE_VMEM_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2831\n+ DW_AT_decl_line : 2832\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 60 f2 1f 0 \t(DW_OP_addr: 1ff260)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13265): _NTUPLE_VMEM\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2832\n+ DW_AT_decl_line : 2833\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 98 20 0 \t(DW_OP_addr: 209880)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a665): _NTUPLE_LINTRA_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2837\n+ DW_AT_decl_line : 2838\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 f2 1f 0 \t(DW_OP_addr: 1ff280)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1217d): _NTUPLE_LINTRA_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2840\n+ DW_AT_decl_line : 2841\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 b4 f2 1f 0 \t(DW_OP_addr: 1ff2b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19eb7): _NTUPLE_LINTRA_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2841\n+ DW_AT_decl_line : 2842\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 bc f2 1f 0 \t(DW_OP_addr: 1ff2bc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10058): _NTUPLE_LINTRA_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2844\n+ DW_AT_decl_line : 2845\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 c4 f2 1f 0 \t(DW_OP_addr: 1ff2c4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13d3f): _NTUPLE_LINTRA_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2846\n+ DW_AT_decl_line : 2847\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 f2 1f 0 \t(DW_OP_addr: 1ff2e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18f47): _NTUPLE_LINTRA_NEVENT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2849\n+ DW_AT_decl_line : 2850\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 98 9a 24 0 \t(DW_OP_addr: 249a98)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19ca7): _NTUPLE_LINTRA_NEVENT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2851\n+ DW_AT_decl_line : 2852\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 f3 1f 0 \t(DW_OP_addr: 1ff320)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x156f0): _NTUPLE_LINTRA_IFIRST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2854\n+ DW_AT_decl_line : 2855\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 ac 9a 24 0 \t(DW_OP_addr: 249aac)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x131fd): _NTUPLE_LINTRA_IFIRST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2856\n+ DW_AT_decl_line : 2857\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 f3 1f 0 \t(DW_OP_addr: 1ff360)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14a7b): _NTUPLE_LINTRA_NVARS_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2859\n+ DW_AT_decl_line : 2860\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 94 f3 1f 0 \t(DW_OP_addr: 1ff394)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1374d): _NTUPLE_LINTRA_NVARS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2860\n+ DW_AT_decl_line : 2861\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 f3 1f 0 \t(DW_OP_addr: 1ff3c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x115f4): _NTUPLE_LINTRA_VARLIS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2863\n+ DW_AT_decl_line : 2864\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 f4 1f 0 \t(DW_OP_addr: 1ff400)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cf4e): _NTUPLE_LINTRA_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2866\n+ DW_AT_decl_line : 2867\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 34 f4 1f 0 \t(DW_OP_addr: 1ff434)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13a0d): _NTUPLE_LINTRA_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2869\n+ DW_AT_decl_line : 2870\n DW_AT_decl_column : 14\n DW_AT_type : <0xad849>\n DW_AT_location : 5 byte block: 3 60 f4 1f 0 \t(DW_OP_addr: 1ff460)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16756): _NTUPLE_LINTRA_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2890\n+ DW_AT_decl_line : 2891\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 b8 f4 1f 0 \t(DW_OP_addr: 1ff4b8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14115): _NTUPLE_LINTRA\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2892\n+ DW_AT_decl_line : 2893\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 98 20 0 \t(DW_OP_addr: 2098e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16e39): _NTUPLE_UWFUNC_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2897\n+ DW_AT_decl_line : 2898\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 f4 1f 0 \t(DW_OP_addr: 1ff4e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11095): _NTUPLE_UWFUNC_FNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2900\n+ DW_AT_decl_line : 2901\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 f5 1f 0 \t(DW_OP_addr: 1ff520)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d1a6): _NTUPLE_UWFUNC_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2903\n+ DW_AT_decl_line : 2904\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 54 f5 1f 0 \t(DW_OP_addr: 1ff554)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d20d): _NTUPLE_UWFUNC_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2904\n+ DW_AT_decl_line : 2905\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 64 f5 1f 0 \t(DW_OP_addr: 1ff564)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x112f8): _NTUPLE_UWFUNC_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2910\n+ DW_AT_decl_line : 2911\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 74 f5 1f 0 \t(DW_OP_addr: 1ff574)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18b61): _NTUPLE_UWFUNC_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2912\n+ DW_AT_decl_line : 2913\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 f5 1f 0 \t(DW_OP_addr: 1ff580)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cafa): _NTUPLE_UWFUNC_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2915\n+ DW_AT_decl_line : 2916\n DW_AT_decl_column : 21\n DW_AT_type : <0xa838d>\n DW_AT_location : 5 byte block: 3 b4 f5 1f 0 \t(DW_OP_addr: 1ff5b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a1a0): _NTUPLE_UWFUNC_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2917\n+ DW_AT_decl_line : 2918\n DW_AT_decl_column : 14\n DW_AT_type : <0xaeaa7>\n DW_AT_location : 5 byte block: 3 c0 f5 1f 0 \t(DW_OP_addr: 1ff5c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15ac6): _NTUPLE_UWFUNC_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2955\n+ DW_AT_decl_line : 2956\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 f4 f6 1f 0 \t(DW_OP_addr: 1ff6f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1816b): _NTUPLE_UWFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2956\n+ DW_AT_decl_line : 2957\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 99 20 0 \t(DW_OP_addr: 209940)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19645): _NTUPLE_CSELECT_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2961\n+ DW_AT_decl_line : 2962\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 fc f6 1f 0 \t(DW_OP_addr: 1ff6fc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10296): _NTUPLE_CSELECT_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2962\n+ DW_AT_decl_line : 2963\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 10 f7 1f 0 \t(DW_OP_addr: 1ff710)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b044): _NTUPLE_CSELECT_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2969\n+ DW_AT_decl_line : 2970\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 24 f7 1f 0 \t(DW_OP_addr: 1ff724)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1962f): _NTUPLE_CSELECT_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2971\n+ DW_AT_decl_line : 2972\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 f7 1f 0 \t(DW_OP_addr: 1ff740)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1beca): _NTUPLE_CSELECT_CSIZE_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2974\n+ DW_AT_decl_line : 2975\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 c0 9a 24 0 \t(DW_OP_addr: 249ac0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17b8e): _NTUPLE_CSELECT_CSIZE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2976\n+ DW_AT_decl_line : 2977\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 f7 1f 0 \t(DW_OP_addr: 1ff780)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d120): _NTUPLE_CSELECT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2979\n+ DW_AT_decl_line : 2980\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 b4 f7 1f 0 \t(DW_OP_addr: 1ff7b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17d6c): _NTUPLE_CSELECT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2981\n+ DW_AT_decl_line : 2982\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7b9>\n DW_AT_location : 5 byte block: 3 c0 f7 1f 0 \t(DW_OP_addr: 1ff7c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18f82): _NTUPLE_CSELECT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2992\n+ DW_AT_decl_line : 2993\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 ec f7 1f 0 \t(DW_OP_addr: 1ff7ec)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15091): _NTUPLE_CSELECT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2993\n+ DW_AT_decl_line : 2994\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 99 20 0 \t(DW_OP_addr: 2099a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19d50): _NTUPLE_CUTS_CUTID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2998\n+ DW_AT_decl_line : 2999\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 f8 1f 0 \t(DW_OP_addr: 1ff800)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x186d0): _NTUPLE_CUTS_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3001\n+ DW_AT_decl_line : 3002\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 34 f8 1f 0 \t(DW_OP_addr: 1ff834)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b568): _NTUPLE_CUTS_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3002\n+ DW_AT_decl_line : 3003\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 48 f8 1f 0 \t(DW_OP_addr: 1ff848)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x128cc): _NTUPLE_CUTS_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3006\n+ DW_AT_decl_line : 3007\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 5c f8 1f 0 \t(DW_OP_addr: 1ff85c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x122d8): _NTUPLE_CUTS_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3008\n+ DW_AT_decl_line : 3009\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 f8 1f 0 \t(DW_OP_addr: 1ff880)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13acd): _NTUPLE_CUTS_FNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3011\n+ DW_AT_decl_line : 3012\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 f8 1f 0 \t(DW_OP_addr: 1ff8c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16704): _NTUPLE_CUTS_WKID_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3014\n+ DW_AT_decl_line : 3015\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 d4 9a 24 0 \t(DW_OP_addr: 249ad4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14840): _NTUPLE_CUTS_WKID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3016\n+ DW_AT_decl_line : 3017\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 f9 1f 0 \t(DW_OP_addr: 1ff900)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf6c2): _NTUPLE_CUTS_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3019\n+ DW_AT_decl_line : 3020\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 34 f9 1f 0 \t(DW_OP_addr: 1ff934)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19c5c): _NTUPLE_CUTS_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3021\n+ DW_AT_decl_line : 3022\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7b9>\n DW_AT_location : 5 byte block: 3 60 f9 1f 0 \t(DW_OP_addr: 1ff960)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c3b2): _NTUPLE_CUTS_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3029\n+ DW_AT_decl_line : 3030\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 8c f9 1f 0 \t(DW_OP_addr: 1ff98c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11312): _NTUPLE_CUTS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3030\n+ DW_AT_decl_line : 3031\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 9a 20 0 \t(DW_OP_addr: 209a00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15bb9): _NTUPLE_CHAIN_CNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3035\n+ DW_AT_decl_line : 3036\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 f9 1f 0 \t(DW_OP_addr: 1ff9a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b0cd): _NTUPLE_CHAIN_ENTRY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3038\n+ DW_AT_decl_line : 3039\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 f9 1f 0 \t(DW_OP_addr: 1ff9e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1269b): _NTUPLE_CHAIN_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3041\n+ DW_AT_decl_line : 3042\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 14 fa 1f 0 \t(DW_OP_addr: 1ffa14)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15ba2): _NTUPLE_CHAIN_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3043\n+ DW_AT_decl_line : 3044\n DW_AT_decl_column : 14\n DW_AT_type : <0xaeab7>\n DW_AT_location : 5 byte block: 3 20 fa 1f 0 \t(DW_OP_addr: 1ffa20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16b47): _NTUPLE_CHAIN_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3090\n+ DW_AT_decl_line : 3091\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 e0 fa 1f 0 \t(DW_OP_addr: 1ffae0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf7b2): _NTUPLE_CHAIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3091\n+ DW_AT_decl_line : 3092\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 9a 20 0 \t(DW_OP_addr: 209a60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15b13): _NTUPLE_PLOT_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3096\n+ DW_AT_decl_line : 3097\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 fb 1f 0 \t(DW_OP_addr: 1ffb00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x105d6): _NTUPLE_PLOT_UWFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3099\n+ DW_AT_decl_line : 3100\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 fb 1f 0 \t(DW_OP_addr: 1ffb40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x177c8): _NTUPLE_PLOT_NEVENT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3102\n+ DW_AT_decl_line : 3103\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 e8 9a 24 0 \t(DW_OP_addr: 249ae8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf700): _NTUPLE_PLOT_NEVENT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3104\n+ DW_AT_decl_line : 3105\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 fb 1f 0 \t(DW_OP_addr: 1ffb80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ba45): _NTUPLE_PLOT_IFIRST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3107\n+ DW_AT_decl_line : 3108\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 fc 9a 24 0 \t(DW_OP_addr: 249afc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18ad5): _NTUPLE_PLOT_IFIRST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3109\n+ DW_AT_decl_line : 3110\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 fb 1f 0 \t(DW_OP_addr: 1ffbc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15b24): _NTUPLE_PLOT_NUPD_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3112\n+ DW_AT_decl_line : 3113\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 10 9b 24 0 \t(DW_OP_addr: 249b10)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x154e6): _NTUPLE_PLOT_NUPD\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3114\n+ DW_AT_decl_line : 3115\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 fc 1f 0 \t(DW_OP_addr: 1ffc00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a487): _NTUPLE_PLOT_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3117\n+ DW_AT_decl_line : 3118\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7e9>\n DW_AT_location : 5 byte block: 3 40 fc 1f 0 \t(DW_OP_addr: 1ffc40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19569): _NTUPLE_PLOT_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3119\n+ DW_AT_decl_line : 3120\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7e9>\n DW_AT_location : 5 byte block: 3 a0 fc 1f 0 \t(DW_OP_addr: 1ffca0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x168e8): _NTUPLE_PLOT_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3136\n+ DW_AT_decl_line : 3137\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 e4 fc 1f 0 \t(DW_OP_addr: 1ffce4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cf14): _NTUPLE_PLOT_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3138\n+ DW_AT_decl_line : 3139\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 fd 1f 0 \t(DW_OP_addr: 1ffd00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf65d): _NTUPLE_PLOT_IDH_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3141\n+ DW_AT_decl_line : 3142\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 24 9b 24 0 \t(DW_OP_addr: 249b24)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19df1): _NTUPLE_PLOT_IDH\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3143\n+ DW_AT_decl_line : 3144\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 fd 1f 0 \t(DW_OP_addr: 1ffd40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1110a): _NTUPLE_PLOT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3146\n+ DW_AT_decl_line : 3147\n DW_AT_decl_column : 21\n DW_AT_type : <0xa9d5e>\n DW_AT_location : 5 byte block: 3 74 fd 1f 0 \t(DW_OP_addr: 1ffd74)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19b4e): _NTUPLE_PLOT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3149\n+ DW_AT_decl_line : 3150\n DW_AT_decl_column : 14\n DW_AT_type : <0xaeac7>\n DW_AT_location : 5 byte block: 3 a0 fd 1f 0 \t(DW_OP_addr: 1ffda0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1203d): _NTUPLE_PLOT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3226\n+ DW_AT_decl_line : 3227\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9d6e>\n DW_AT_location : 5 byte block: 3 84 ff 1f 0 \t(DW_OP_addr: 1fff84)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x128a8): _NTUPLE_PLOT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3228\n+ DW_AT_decl_line : 3229\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 9a 20 0 \t(DW_OP_addr: 209ac0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf9ae): _NTUPLE_READ_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3233\n+ DW_AT_decl_line : 3234\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 ff 1f 0 \t(DW_OP_addr: 1fffa0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ae4b): _NTUPLE_READ_FNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3236\n+ DW_AT_decl_line : 3237\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 ff 1f 0 \t(DW_OP_addr: 1fffe0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bca9): _NTUPLE_READ_FORMAT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3239\n+ DW_AT_decl_line : 3240\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 0 20 0 \t(DW_OP_addr: 200020)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cf3d): _NTUPLE_READ_OPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3242\n+ DW_AT_decl_line : 3243\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 0 20 0 \t(DW_OP_addr: 200060)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1392b): _NTUPLE_READ_NEVENT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3244\n+ DW_AT_decl_line : 3245\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 38 9b 24 0 \t(DW_OP_addr: 249b38)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x121b8): _NTUPLE_READ_NEVENT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3246\n+ DW_AT_decl_line : 3247\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 0 20 0 \t(DW_OP_addr: 2000a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x186aa): _NTUPLE_READ_MATCH\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3249\n+ DW_AT_decl_line : 3250\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 0 20 0 \t(DW_OP_addr: 2000e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x128e5): _NTUPLE_READ_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3252\n+ DW_AT_decl_line : 3253\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 14 1 20 0 \t(DW_OP_addr: 200114)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1784b): _NTUPLE_READ_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3255\n+ DW_AT_decl_line : 3256\n DW_AT_decl_column : 14\n DW_AT_type : <0xaead7>\n DW_AT_location : 5 byte block: 3 40 1 20 0 \t(DW_OP_addr: 200140)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14d75): _NTUPLE_READ_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3275\n+ DW_AT_decl_line : 3276\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 c8 1 20 0 \t(DW_OP_addr: 2001c8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1948b): _NTUPLE_READ\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3276\n+ DW_AT_decl_line : 3277\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 9b 20 0 \t(DW_OP_addr: 209b20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf99a): _NTUPLE_PROJECT_IDH\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3281\n+ DW_AT_decl_line : 3282\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 1 20 0 \t(DW_OP_addr: 2001e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a0a1): _NTUPLE_PROJECT_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3284\n+ DW_AT_decl_line : 3285\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 2 20 0 \t(DW_OP_addr: 200220)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x139f6): _NTUPLE_PROJECT_UWFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3287\n+ DW_AT_decl_line : 3288\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 2 20 0 \t(DW_OP_addr: 200260)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x163cc): _NTUPLE_PROJECT_NEVENT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3290\n+ DW_AT_decl_line : 3291\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 4c 9b 24 0 \t(DW_OP_addr: 249b4c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1052d): _NTUPLE_PROJECT_NEVENT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3292\n+ DW_AT_decl_line : 3293\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 2 20 0 \t(DW_OP_addr: 2002a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x121f6): _NTUPLE_PROJECT_IFIRST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3295\n+ DW_AT_decl_line : 3296\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 60 9b 24 0 \t(DW_OP_addr: 249b60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18225): _NTUPLE_PROJECT_IFIRST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3297\n+ DW_AT_decl_line : 3298\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 2 20 0 \t(DW_OP_addr: 2002e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11a07): _NTUPLE_PROJECT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3300\n+ DW_AT_decl_line : 3301\n DW_AT_decl_column : 21\n DW_AT_type : <0xaa8c9>\n DW_AT_location : 5 byte block: 3 14 3 20 0 \t(DW_OP_addr: 200314)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x175cf): _NTUPLE_PROJECT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3303\n+ DW_AT_decl_line : 3304\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 40 3 20 0 \t(DW_OP_addr: 200340)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1691a): _NTUPLE_PROJECT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3313\n+ DW_AT_decl_line : 3314\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 64 3 20 0 \t(DW_OP_addr: 200364)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1461b): _NTUPLE_PROJECT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3314\n+ DW_AT_decl_line : 3315\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 9b 20 0 \t(DW_OP_addr: 209b80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b21f): _NTUPLE_GCUT_CID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3319\n+ DW_AT_decl_line : 3320\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 3 20 0 \t(DW_OP_addr: 200380)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b342): _NTUPLE_GCUT_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3322\n+ DW_AT_decl_line : 3323\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 3 20 0 \t(DW_OP_addr: 2003c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b9b7): _NTUPLE_GCUT_UWFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3325\n+ DW_AT_decl_line : 3326\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 4 20 0 \t(DW_OP_addr: 200400)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1791e): _NTUPLE_GCUT_NEVENT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3328\n+ DW_AT_decl_line : 3329\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 74 9b 24 0 \t(DW_OP_addr: 249b74)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1838c): _NTUPLE_GCUT_NEVENT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3330\n+ DW_AT_decl_line : 3331\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 4 20 0 \t(DW_OP_addr: 200440)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15c9e): _NTUPLE_GCUT_IFIRST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3333\n+ DW_AT_decl_line : 3334\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 88 9b 24 0 \t(DW_OP_addr: 249b88)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12ac4): _NTUPLE_GCUT_IFIRST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3335\n+ DW_AT_decl_line : 3336\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 4 20 0 \t(DW_OP_addr: 200480)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfa89): _NTUPLE_GCUT_NUPD_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3338\n+ DW_AT_decl_line : 3339\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 9c 9b 24 0 \t(DW_OP_addr: 249b9c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12e6a): _NTUPLE_GCUT_NUPD\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3340\n+ DW_AT_decl_line : 3341\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 4 20 0 \t(DW_OP_addr: 2004c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14f1d): _NTUPLE_GCUT_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3343\n+ DW_AT_decl_line : 3344\n DW_AT_decl_column : 14\n DW_AT_type : <0xad829>\n DW_AT_location : 5 byte block: 3 0 5 20 0 \t(DW_OP_addr: 200500)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x151fc): _NTUPLE_GCUT_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3345\n+ DW_AT_decl_line : 3346\n DW_AT_decl_column : 14\n DW_AT_type : <0xad829>\n DW_AT_location : 5 byte block: 3 40 5 20 0 \t(DW_OP_addr: 200540)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10cf0): _NTUPLE_GCUT_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3357\n+ DW_AT_decl_line : 3358\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 7c 5 20 0 \t(DW_OP_addr: 20057c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1676d): _NTUPLE_GCUT_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3359\n+ DW_AT_decl_line : 3360\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 5 20 0 \t(DW_OP_addr: 2005a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17417): _NTUPLE_GCUT_IDH_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3362\n+ DW_AT_decl_line : 3363\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 b0 9b 24 0 \t(DW_OP_addr: 249bb0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b2b2): _NTUPLE_GCUT_IDH\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3364\n+ DW_AT_decl_line : 3365\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 5 20 0 \t(DW_OP_addr: 2005e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b1a1): _NTUPLE_GCUT_WKID_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3367\n+ DW_AT_decl_line : 3368\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 c4 9b 24 0 \t(DW_OP_addr: 249bc4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13996): _NTUPLE_GCUT_WKID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3369\n+ DW_AT_decl_line : 3370\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 6 20 0 \t(DW_OP_addr: 200620)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18326): _NTUPLE_GCUT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3372\n+ DW_AT_decl_line : 3373\n DW_AT_decl_column : 21\n DW_AT_type : <0xad819>\n DW_AT_location : 5 byte block: 3 60 6 20 0 \t(DW_OP_addr: 200660)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19f44): _NTUPLE_GCUT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3376\n+ DW_AT_decl_line : 3377\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9d6e>\n DW_AT_location : 5 byte block: 3 84 6 20 0 \t(DW_OP_addr: 200684)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10f18): _NTUPLE_GCUT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3383\n+ DW_AT_decl_line : 3384\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 a0 6 20 0 \t(DW_OP_addr: 2006a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19f8d): _NTUPLE_GCUT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3385\n+ DW_AT_decl_line : 3386\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 9b 20 0 \t(DW_OP_addr: 209be0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14a0e): _NTUPLE_LOOP_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3390\n+ DW_AT_decl_line : 3391\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 6 20 0 \t(DW_OP_addr: 2006e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x119bc): _NTUPLE_LOOP_UWFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3393\n+ DW_AT_decl_line : 3394\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 7 20 0 \t(DW_OP_addr: 200720)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x105bd): _NTUPLE_LOOP_NEVENT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3396\n+ DW_AT_decl_line : 3397\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 d8 9b 24 0 \t(DW_OP_addr: 249bd8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c04a): _NTUPLE_LOOP_NEVENT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3398\n+ DW_AT_decl_line : 3399\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 7 20 0 \t(DW_OP_addr: 200760)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1466c): _NTUPLE_LOOP_IFIRST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3401\n+ DW_AT_decl_line : 3402\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 ec 9b 24 0 \t(DW_OP_addr: 249bec)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x163b8): _NTUPLE_LOOP_IFIRST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3403\n+ DW_AT_decl_line : 3404\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 7 20 0 \t(DW_OP_addr: 2007a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x181be): _NTUPLE_LOOP_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3406\n+ DW_AT_decl_line : 3407\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 d4 7 20 0 \t(DW_OP_addr: 2007d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19dc5): _NTUPLE_LOOP_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3408\n+ DW_AT_decl_line : 3409\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 0 8 20 0 \t(DW_OP_addr: 200800)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16e13): _NTUPLE_LOOP_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3417\n+ DW_AT_decl_line : 3418\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 20 8 20 0 \t(DW_OP_addr: 200820)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfe21): _NTUPLE_LOOP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3419\n+ DW_AT_decl_line : 3420\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 9c 20 0 \t(DW_OP_addr: 209c40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1985e): _NTUPLE_SCAN_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3424\n+ DW_AT_decl_line : 3425\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 8 20 0 \t(DW_OP_addr: 200840)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13ba3): _NTUPLE_SCAN_UWFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3427\n+ DW_AT_decl_line : 3428\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 8 20 0 \t(DW_OP_addr: 200880)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17115): _NTUPLE_SCAN_NEVENT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3430\n+ DW_AT_decl_line : 3431\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 0 9c 24 0 \t(DW_OP_addr: 249c00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x106cd): _NTUPLE_SCAN_NEVENT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3432\n+ DW_AT_decl_line : 3433\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 8 20 0 \t(DW_OP_addr: 2008c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11003): _NTUPLE_SCAN_IFIRST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3435\n+ DW_AT_decl_line : 3436\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 14 9c 24 0 \t(DW_OP_addr: 249c14)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11868): _NTUPLE_SCAN_IFIRST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3437\n+ DW_AT_decl_line : 3438\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 9 20 0 \t(DW_OP_addr: 200900)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x117ef): _NTUPLE_SCAN_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3440\n+ DW_AT_decl_line : 3441\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 34 9 20 0 \t(DW_OP_addr: 200934)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x159b3): _NTUPLE_SCAN_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3441\n+ DW_AT_decl_line : 3442\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 48 9 20 0 \t(DW_OP_addr: 200948)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1643e): _NTUPLE_SCAN_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3445\n+ DW_AT_decl_line : 3446\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 5c 9 20 0 \t(DW_OP_addr: 20095c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c77f): _NTUPLE_SCAN_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3447\n+ DW_AT_decl_line : 3448\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 9 20 0 \t(DW_OP_addr: 200980)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfae3): _NTUPLE_SCAN_VARLIS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3450\n+ DW_AT_decl_line : 3451\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 9 20 0 \t(DW_OP_addr: 2009c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1277b): _NTUPLE_SCAN_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3453\n+ DW_AT_decl_line : 3454\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 f4 9 20 0 \t(DW_OP_addr: 2009f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12473): _NTUPLE_SCAN_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3456\n+ DW_AT_decl_line : 3457\n DW_AT_decl_column : 14\n DW_AT_type : <0xaeae7>\n DW_AT_location : 5 byte block: 3 20 a 20 0 \t(DW_OP_addr: 200a20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b6be): _NTUPLE_SCAN_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3500\n+ DW_AT_decl_line : 3501\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 ec a 20 0 \t(DW_OP_addr: 200aec)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfa7c): _NTUPLE_SCAN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3501\n+ DW_AT_decl_line : 3502\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 9c 20 0 \t(DW_OP_addr: 209ca0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10442): _NTUPLE_RECOVER_IDN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3506\n+ DW_AT_decl_line : 3507\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 28 9c 24 0 \t(DW_OP_addr: 249c28)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1119d): _NTUPLE_RECOVER_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3508\n+ DW_AT_decl_line : 3509\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 b 20 0 \t(DW_OP_addr: 200b00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12b25): _NTUPLE_RECOVER_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3511\n+ DW_AT_decl_line : 3512\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 34 b 20 0 \t(DW_OP_addr: 200b34)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12d77): _NTUPLE_RECOVER_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3512\n+ DW_AT_decl_line : 3513\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 38 b 20 0 \t(DW_OP_addr: 200b38)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x144ea): _NTUPLE_RECOVER_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3518\n+ DW_AT_decl_line : 3519\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 4c b 20 0 \t(DW_OP_addr: 200b4c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16ee5): _NTUPLE_RECOVER\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3519\n+ DW_AT_decl_line : 3520\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 9d 20 0 \t(DW_OP_addr: 209d00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19ddb): _NTUPLE_DUPLICATE_ID1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3524\n+ DW_AT_decl_line : 3525\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 b 20 0 \t(DW_OP_addr: 200b60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1176d): _NTUPLE_DUPLICATE_ID2_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3527\n+ DW_AT_decl_line : 3528\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 3c 9c 24 0 \t(DW_OP_addr: 249c3c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18527): _NTUPLE_DUPLICATE_ID2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3529\n+ DW_AT_decl_line : 3530\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 b 20 0 \t(DW_OP_addr: 200ba0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfb14): _NTUPLE_DUPLICATE_NEWBUF_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3532\n+ DW_AT_decl_line : 3533\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 50 9c 24 0 \t(DW_OP_addr: 249c50)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x106e1): _NTUPLE_DUPLICATE_NEWBUF\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3534\n+ DW_AT_decl_line : 3535\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 b 20 0 \t(DW_OP_addr: 200be0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a678): _NTUPLE_DUPLICATE_TITLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3537\n+ DW_AT_decl_line : 3538\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 c 20 0 \t(DW_OP_addr: 200c20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13382): _NTUPLE_DUPLICATE_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3540\n+ DW_AT_decl_line : 3541\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 54 c 20 0 \t(DW_OP_addr: 200c54)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18d9e): _NTUPLE_DUPLICATE_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3541\n+ DW_AT_decl_line : 3542\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 64 c 20 0 \t(DW_OP_addr: 200c64)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1722b): _NTUPLE_DUPLICATE_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3545\n+ DW_AT_decl_line : 3546\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 74 c 20 0 \t(DW_OP_addr: 200c74)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1072f): _NTUPLE_DUPLICATE_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3547\n+ DW_AT_decl_line : 3548\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 c 20 0 \t(DW_OP_addr: 200c80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13c78): _NTUPLE_DUPLICATE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3551\n+ DW_AT_decl_line : 3552\n DW_AT_decl_column : 21\n DW_AT_type : <0xaa8c9>\n DW_AT_location : 5 byte block: 3 b4 c 20 0 \t(DW_OP_addr: 200cb4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a6f7): _NTUPLE_DUPLICATE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3554\n+ DW_AT_decl_line : 3555\n DW_AT_decl_column : 14\n DW_AT_type : <0xaeaf7>\n DW_AT_location : 5 byte block: 3 e0 c 20 0 \t(DW_OP_addr: 200ce0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13478): _NTUPLE_DUPLICATE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3593\n+ DW_AT_decl_line : 3594\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 d0 d 20 0 \t(DW_OP_addr: 200dd0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16609): _NTUPLE_DUPLICATE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3594\n+ DW_AT_decl_line : 3595\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 9d 20 0 \t(DW_OP_addr: 209d60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x174ee): _NTUPLE_HMERGE_OUTFILE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3599\n+ DW_AT_decl_line : 3600\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 d 20 0 \t(DW_OP_addr: 200de0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x182cb): _NTUPLE_HMERGE_INFILES\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3602\n+ DW_AT_decl_line : 3603\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 e 20 0 \t(DW_OP_addr: 200e20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19a08): _NTUPLE_HMERGE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3605\n+ DW_AT_decl_line : 3606\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 54 e 20 0 \t(DW_OP_addr: 200e54)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cff0): _NTUPLE_HMERGE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3607\n+ DW_AT_decl_line : 3608\n DW_AT_decl_column : 14\n DW_AT_type : <0xad879>\n DW_AT_location : 5 byte block: 3 60 e 20 0 \t(DW_OP_addr: 200e60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1beb3): _NTUPLE_HMERGE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3627\n+ DW_AT_decl_line : 3628\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 c4 e 20 0 \t(DW_OP_addr: 200ec4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1be86): _NTUPLE_HMERGE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3628\n+ DW_AT_decl_line : 3629\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 9d 20 0 \t(DW_OP_addr: 209dc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13fc2): _NTUPLE_PRINT_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3633\n+ DW_AT_decl_line : 3634\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 e 20 0 \t(DW_OP_addr: 200ee0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ac03): _NTUPLE_PRINT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3636\n+ DW_AT_decl_line : 3637\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 14 f 20 0 \t(DW_OP_addr: 200f14)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x181ee): _NTUPLE_PRINT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3637\n+ DW_AT_decl_line : 3638\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 18 f 20 0 \t(DW_OP_addr: 200f18)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15bcd): _NTUPLE_PRINT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3639\n+ DW_AT_decl_line : 3640\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 20 f 20 0 \t(DW_OP_addr: 200f20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19bd8): _NTUPLE_PRINT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3640\n+ DW_AT_decl_line : 3641\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 9e 20 0 \t(DW_OP_addr: 209e20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x160e5): _NTUPLE_LIST_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3645\n+ DW_AT_decl_line : 3646\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 28 f 20 0 \t(DW_OP_addr: 200f28)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12bf6): _NTUPLE_LIST_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3649\n+ DW_AT_decl_line : 3650\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 34 f 20 0 \t(DW_OP_addr: 200f34)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13295): _NTUPLE_LIST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3650\n+ DW_AT_decl_line : 3651\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 9e 20 0 \t(DW_OP_addr: 209e80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x154b8): _NTUPLE_CREATE_IDN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3655\n+ DW_AT_decl_line : 3656\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 f 20 0 \t(DW_OP_addr: 200f40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14c9e): _NTUPLE_CREATE_TITLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3658\n+ DW_AT_decl_line : 3659\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 f 20 0 \t(DW_OP_addr: 200f80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b581): _NTUPLE_CREATE_NVAR_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3661\n+ DW_AT_decl_line : 3662\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 b4 f 20 0 \t(DW_OP_addr: 200fb4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11274): _NTUPLE_CREATE_NVAR\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3662\n+ DW_AT_decl_line : 3663\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 f 20 0 \t(DW_OP_addr: 200fe0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17f5f): _NTUPLE_CREATE_CHRZPA\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3665\n+ DW_AT_decl_line : 3666\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 10 20 0 \t(DW_OP_addr: 201020)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x152b6): _NTUPLE_CREATE_NPRIME_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3668\n+ DW_AT_decl_line : 3669\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 64 9c 24 0 \t(DW_OP_addr: 249c64)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17870): _NTUPLE_CREATE_NPRIME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3670\n+ DW_AT_decl_line : 3671\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 10 20 0 \t(DW_OP_addr: 201060)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10d71): _NTUPLE_CREATE_VARLIST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3673\n+ DW_AT_decl_line : 3674\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 10 20 0 \t(DW_OP_addr: 2010a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14c66): _NTUPLE_CREATE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3676\n+ DW_AT_decl_line : 3677\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 d4 10 20 0 \t(DW_OP_addr: 2010d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11a22): _NTUPLE_CREATE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3679\n+ DW_AT_decl_line : 3680\n DW_AT_decl_column : 14\n DW_AT_type : <0xaeb07>\n DW_AT_location : 5 byte block: 3 0 11 20 0 \t(DW_OP_addr: 201100)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b729): _NTUPLE_CREATE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3715\n+ DW_AT_decl_line : 3716\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 e0 11 20 0 \t(DW_OP_addr: 2011e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1aac1): _NTUPLE_CREATE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3717\n+ DW_AT_decl_line : 3718\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 9e 20 0 \t(DW_OP_addr: 209ee0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10874): _NTUPLE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3722\n+ DW_AT_decl_line : 3723\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7a9>\n DW_AT_location : 5 byte block: 3 0 12 20 0 \t(DW_OP_addr: 201200)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x184ef): _NTUPLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 3745\n+ DW_AT_decl_line : 3746\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 60 12 20 0 \t(DW_OP_addr: 201260)\n <2>: Abbrev Number: 19 (DW_TAG_GNU_call_site)\n DW_AT_low_pc : 0xb6630\n DW_AT_abstract_origin: <0xb1a09>\n <2>: Abbrev Number: 0\n@@ -300991,683 +300991,683 @@\n DW_AT_type : <0xa7a35>\n DW_AT_upper_bound : 49\n <2>: Abbrev Number: 0\n <1>: Abbrev Number: 17 (DW_TAG_subprogram)\n DW_AT_external : 1\n DW_AT_name : (indirect string, offset: 0xbc84): fundef_\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2287\n+ DW_AT_decl_line : 2288\n DW_AT_decl_column : 19\n DW_AT_low_pc : 0xb65e0\n DW_AT_high_pc : 0x25\n DW_AT_frame_base : 1 byte block: 9c \t(DW_OP_call_frame_cfa)\n DW_AT_GNU_all_call_sites: 1\n DW_AT_sibling : <0xaf245>\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16795): _FUNCTION_ANGLE_THETA_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2290\n+ DW_AT_decl_line : 2291\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 78 9c 24 0 \t(DW_OP_addr: 249c78)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1853d): _FUNCTION_ANGLE_THETA\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2292\n+ DW_AT_decl_line : 2293\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 12 20 0 \t(DW_OP_addr: 2012a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a985): _FUNCTION_ANGLE_PHI_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2295\n+ DW_AT_decl_line : 2296\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 8c 9c 24 0 \t(DW_OP_addr: 249c8c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x155dd): _FUNCTION_ANGLE_PHI\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2297\n+ DW_AT_decl_line : 2298\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 12 20 0 \t(DW_OP_addr: 2012e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17d36): _FUNCTION_ANGLE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2300\n+ DW_AT_decl_line : 2301\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 14 13 20 0 \t(DW_OP_addr: 201314)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b710): _FUNCTION_ANGLE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2302\n+ DW_AT_decl_line : 2303\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 1c 13 20 0 \t(DW_OP_addr: 20131c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x127e3): _FUNCTION_ANGLE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2304\n+ DW_AT_decl_line : 2305\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 20 13 20 0 \t(DW_OP_addr: 201320)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a3cb): _FUNCTION_ANGLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2306\n+ DW_AT_decl_line : 2307\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 9f 20 0 \t(DW_OP_addr: 209f40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1090a): _FUNCTION_RANGE_XLOW_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2311\n+ DW_AT_decl_line : 2312\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 a0 9c 24 0 \t(DW_OP_addr: 249ca0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12d17): _FUNCTION_RANGE_XLOW\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2313\n+ DW_AT_decl_line : 2314\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 13 20 0 \t(DW_OP_addr: 201340)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a141): _FUNCTION_RANGE_XUP_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2316\n+ DW_AT_decl_line : 2317\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 b4 9c 24 0 \t(DW_OP_addr: 249cb4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x188cb): _FUNCTION_RANGE_XUP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2318\n+ DW_AT_decl_line : 2319\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 13 20 0 \t(DW_OP_addr: 201380)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x109a1): _FUNCTION_RANGE_YLOW_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2321\n+ DW_AT_decl_line : 2322\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 c8 9c 24 0 \t(DW_OP_addr: 249cc8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19429): _FUNCTION_RANGE_YLOW\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2323\n+ DW_AT_decl_line : 2324\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 13 20 0 \t(DW_OP_addr: 2013c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cc33): _FUNCTION_RANGE_YUP_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2326\n+ DW_AT_decl_line : 2327\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 dc 9c 24 0 \t(DW_OP_addr: 249cdc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18a38): _FUNCTION_RANGE_YUP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2328\n+ DW_AT_decl_line : 2329\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 14 20 0 \t(DW_OP_addr: 201400)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17ffd): _FUNCTION_RANGE_ZLOW_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2331\n+ DW_AT_decl_line : 2332\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 f0 9c 24 0 \t(DW_OP_addr: 249cf0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12590): _FUNCTION_RANGE_ZLOW\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2333\n+ DW_AT_decl_line : 2334\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 14 20 0 \t(DW_OP_addr: 201440)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14739): _FUNCTION_RANGE_ZUP_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2336\n+ DW_AT_decl_line : 2337\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 4 9d 24 0 \t(DW_OP_addr: 249d04)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11a56): _FUNCTION_RANGE_ZUP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2338\n+ DW_AT_decl_line : 2339\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 14 20 0 \t(DW_OP_addr: 201480)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x130b8): _FUNCTION_RANGE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2341\n+ DW_AT_decl_line : 2342\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 b4 14 20 0 \t(DW_OP_addr: 2014b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10de3): _FUNCTION_RANGE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2344\n+ DW_AT_decl_line : 2345\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 cc 14 20 0 \t(DW_OP_addr: 2014cc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18604): _FUNCTION_RANGE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2346\n+ DW_AT_decl_line : 2347\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 d0 14 20 0 \t(DW_OP_addr: 2014d0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10169): _FUNCTION_RANGE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2348\n+ DW_AT_decl_line : 2349\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 9f 20 0 \t(DW_OP_addr: 209fa0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a309): _FUNCTION_POINTS_NPX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2353\n+ DW_AT_decl_line : 2354\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 e4 14 20 0 \t(DW_OP_addr: 2014e4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10bbc): _FUNCTION_POINTS_NPX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2354\n+ DW_AT_decl_line : 2355\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 15 20 0 \t(DW_OP_addr: 201500)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a02b): _FUNCTION_POINTS_NPY_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2357\n+ DW_AT_decl_line : 2358\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 34 15 20 0 \t(DW_OP_addr: 201534)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10bd1): _FUNCTION_POINTS_NPY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2358\n+ DW_AT_decl_line : 2359\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 15 20 0 \t(DW_OP_addr: 201560)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19d1e): _FUNCTION_POINTS_NPZ_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2361\n+ DW_AT_decl_line : 2362\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 94 15 20 0 \t(DW_OP_addr: 201594)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13047): _FUNCTION_POINTS_NPZ\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2362\n+ DW_AT_decl_line : 2363\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 15 20 0 \t(DW_OP_addr: 2015c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16247): _FUNCTION_POINTS_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2365\n+ DW_AT_decl_line : 2366\n DW_AT_decl_column : 21\n DW_AT_type : <0xa838d>\n DW_AT_location : 5 byte block: 3 f4 15 20 0 \t(DW_OP_addr: 2015f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x162c2): _FUNCTION_POINTS_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2367\n+ DW_AT_decl_line : 2368\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 0 16 20 0 \t(DW_OP_addr: 201600)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cf9b): _FUNCTION_POINTS_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2371\n+ DW_AT_decl_line : 2372\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 c 16 20 0 \t(DW_OP_addr: 20160c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12ef2): _FUNCTION_POINTS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2373\n+ DW_AT_decl_line : 2374\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 a0 20 0 \t(DW_OP_addr: 20a000)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x196e8): _FUNCTION_PLOT_UFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2378\n+ DW_AT_decl_line : 2379\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 16 20 0 \t(DW_OP_addr: 201620)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11cc7): _FUNCTION_PLOT_XLOW_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2381\n+ DW_AT_decl_line : 2382\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 18 9d 24 0 \t(DW_OP_addr: 249d18)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14658): _FUNCTION_PLOT_XLOW\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2383\n+ DW_AT_decl_line : 2384\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 16 20 0 \t(DW_OP_addr: 201660)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bd17): _FUNCTION_PLOT_XUP_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2386\n+ DW_AT_decl_line : 2387\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 2c 9d 24 0 \t(DW_OP_addr: 249d2c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1733e): _FUNCTION_PLOT_XUP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2388\n+ DW_AT_decl_line : 2389\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 16 20 0 \t(DW_OP_addr: 2016a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15daf): _FUNCTION_PLOT_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2391\n+ DW_AT_decl_line : 2392\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9d6e>\n DW_AT_location : 5 byte block: 3 d4 16 20 0 \t(DW_OP_addr: 2016d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18553): _FUNCTION_PLOT_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2392\n+ DW_AT_decl_line : 2393\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9d6e>\n DW_AT_location : 5 byte block: 3 ec 16 20 0 \t(DW_OP_addr: 2016ec)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15c84): _FUNCTION_PLOT_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2397\n+ DW_AT_decl_line : 2398\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 4 17 20 0 \t(DW_OP_addr: 201704)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1085f): _FUNCTION_PLOT_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2399\n+ DW_AT_decl_line : 2400\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 17 20 0 \t(DW_OP_addr: 201720)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a271): _FUNCTION_PLOT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2402\n+ DW_AT_decl_line : 2403\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 54 17 20 0 \t(DW_OP_addr: 201754)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13182): _FUNCTION_PLOT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2404\n+ DW_AT_decl_line : 2405\n DW_AT_decl_column : 14\n DW_AT_type : <0xa90a5>\n DW_AT_location : 5 byte block: 3 80 17 20 0 \t(DW_OP_addr: 201780)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13963): _FUNCTION_PLOT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2425\n+ DW_AT_decl_line : 2426\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 10 18 20 0 \t(DW_OP_addr: 201810)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b353): _FUNCTION_PLOT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2427\n+ DW_AT_decl_line : 2428\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 a0 20 0 \t(DW_OP_addr: 20a060)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16055): _FUNCTION_DRAW_UFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2432\n+ DW_AT_decl_line : 2433\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 18 20 0 \t(DW_OP_addr: 201820)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x132a2): _FUNCTION_DRAW_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2435\n+ DW_AT_decl_line : 2436\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 40 9d 24 0 \t(DW_OP_addr: 249d40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1310e): _FUNCTION_DRAW_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2436\n+ DW_AT_decl_line : 2437\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 18 20 0 \t(DW_OP_addr: 201860)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1acfa): _FUNCTION_DRAW_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2439\n+ DW_AT_decl_line : 2440\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 94 18 20 0 \t(DW_OP_addr: 201894)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a510): _FUNCTION_DRAW_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2441\n+ DW_AT_decl_line : 2442\n DW_AT_decl_column : 14\n DW_AT_type : <0xaf245>\n DW_AT_location : 5 byte block: 3 a0 18 20 0 \t(DW_OP_addr: 2018a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x150d8): _FUNCTION_DRAW_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2465\n+ DW_AT_decl_line : 2466\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 2c 19 20 0 \t(DW_OP_addr: 20192c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bc13): _FUNCTION_DRAW\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2466\n+ DW_AT_decl_line : 2467\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 a0 20 0 \t(DW_OP_addr: 20a0c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12502): _FUNCTION_FUN2_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2471\n+ DW_AT_decl_line : 2472\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 19 20 0 \t(DW_OP_addr: 201940)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a7c6): _FUNCTION_FUN2_UFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2474\n+ DW_AT_decl_line : 2475\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 19 20 0 \t(DW_OP_addr: 201980)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c726): _FUNCTION_FUN2_NCX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2477\n+ DW_AT_decl_line : 2478\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 b4 19 20 0 \t(DW_OP_addr: 2019b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10229): _FUNCTION_FUN2_NCX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2479\n+ DW_AT_decl_line : 2480\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 19 20 0 \t(DW_OP_addr: 2019e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b329): _FUNCTION_FUN2_XMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2482\n+ DW_AT_decl_line : 2483\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 4c 9d 24 0 \t(DW_OP_addr: 249d4c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x157ea): _FUNCTION_FUN2_XMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2484\n+ DW_AT_decl_line : 2485\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 1a 20 0 \t(DW_OP_addr: 201a20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13e3b): _FUNCTION_FUN2_XMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2487\n+ DW_AT_decl_line : 2488\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 60 9d 24 0 \t(DW_OP_addr: 249d60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13b70): _FUNCTION_FUN2_XMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2489\n+ DW_AT_decl_line : 2490\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 1a 20 0 \t(DW_OP_addr: 201a60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19c8f): _FUNCTION_FUN2_NCY_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2492\n+ DW_AT_decl_line : 2493\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 94 1a 20 0 \t(DW_OP_addr: 201a94)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x172e6): _FUNCTION_FUN2_NCY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2494\n+ DW_AT_decl_line : 2495\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 1a 20 0 \t(DW_OP_addr: 201ac0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b3ba): _FUNCTION_FUN2_YMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2497\n+ DW_AT_decl_line : 2498\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 74 9d 24 0 \t(DW_OP_addr: 249d74)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x116c9): _FUNCTION_FUN2_YMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2499\n+ DW_AT_decl_line : 2500\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 1b 20 0 \t(DW_OP_addr: 201b00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13ef0): _FUNCTION_FUN2_YMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2502\n+ DW_AT_decl_line : 2503\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 88 9d 24 0 \t(DW_OP_addr: 249d88)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a2d3): _FUNCTION_FUN2_YMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2504\n+ DW_AT_decl_line : 2505\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 1b 20 0 \t(DW_OP_addr: 201b40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18a09): _FUNCTION_FUN2_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2507\n+ DW_AT_decl_line : 2508\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9085>\n DW_AT_location : 5 byte block: 3 80 1b 20 0 \t(DW_OP_addr: 201b80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13885): _FUNCTION_FUN2_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2510\n+ DW_AT_decl_line : 2511\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9085>\n DW_AT_location : 5 byte block: 3 e0 1b 20 0 \t(DW_OP_addr: 201be0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10c4f): _FUNCTION_FUN2_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2530\n+ DW_AT_decl_line : 2531\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 3c 1c 20 0 \t(DW_OP_addr: 201c3c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x178e1): _FUNCTION_FUN2_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2532\n+ DW_AT_decl_line : 2533\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 1c 20 0 \t(DW_OP_addr: 201c60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10751): _FUNCTION_FUN2_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2535\n+ DW_AT_decl_line : 2536\n DW_AT_decl_column : 21\n DW_AT_type : <0xad819>\n DW_AT_location : 5 byte block: 3 a0 1c 20 0 \t(DW_OP_addr: 201ca0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ae33): _FUNCTION_FUN2_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2539\n+ DW_AT_decl_line : 2540\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9085>\n DW_AT_location : 5 byte block: 3 e0 1c 20 0 \t(DW_OP_addr: 201ce0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16881): _FUNCTION_FUN2_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2552\n+ DW_AT_decl_line : 2553\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 40 1d 20 0 \t(DW_OP_addr: 201d40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1462b): _FUNCTION_FUN2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2554\n+ DW_AT_decl_line : 2555\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 a1 20 0 \t(DW_OP_addr: 20a120)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1937d): _FUNCTION_FUN1_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2559\n+ DW_AT_decl_line : 2560\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 1d 20 0 \t(DW_OP_addr: 201d80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1be30): _FUNCTION_FUN1_UFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2562\n+ DW_AT_decl_line : 2563\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 1d 20 0 \t(DW_OP_addr: 201dc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19617): _FUNCTION_FUN1_NCX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2565\n+ DW_AT_decl_line : 2566\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 f4 1d 20 0 \t(DW_OP_addr: 201df4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10d2a): _FUNCTION_FUN1_NCX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2567\n+ DW_AT_decl_line : 2568\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 1e 20 0 \t(DW_OP_addr: 201e20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1538c): _FUNCTION_FUN1_XMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2570\n+ DW_AT_decl_line : 2571\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 9c 9d 24 0 \t(DW_OP_addr: 249d9c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15aff): _FUNCTION_FUN1_XMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2572\n+ DW_AT_decl_line : 2573\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 1e 20 0 \t(DW_OP_addr: 201e60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfef4): _FUNCTION_FUN1_XMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2575\n+ DW_AT_decl_line : 2576\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 b0 9d 24 0 \t(DW_OP_addr: 249db0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1833e): _FUNCTION_FUN1_XMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2577\n+ DW_AT_decl_line : 2578\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 1e 20 0 \t(DW_OP_addr: 201ea0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18a4c): _FUNCTION_FUN1_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2580\n+ DW_AT_decl_line : 2581\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7c9>\n DW_AT_location : 5 byte block: 3 e0 1e 20 0 \t(DW_OP_addr: 201ee0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x167d0): _FUNCTION_FUN1_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2582\n+ DW_AT_decl_line : 2583\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7c9>\n DW_AT_location : 5 byte block: 3 20 1f 20 0 \t(DW_OP_addr: 201f20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18286): _FUNCTION_FUN1_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2591\n+ DW_AT_decl_line : 2592\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 48 1f 20 0 \t(DW_OP_addr: 201f48)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b3a5): _FUNCTION_FUN1_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2593\n+ DW_AT_decl_line : 2594\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 1f 20 0 \t(DW_OP_addr: 201f60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15b3b): _FUNCTION_FUN1_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2596\n+ DW_AT_decl_line : 2597\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 94 1f 20 0 \t(DW_OP_addr: 201f94)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10d88): _FUNCTION_FUN1_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2599\n+ DW_AT_decl_line : 2600\n DW_AT_decl_column : 14\n DW_AT_type : <0xad849>\n DW_AT_location : 5 byte block: 3 c0 1f 20 0 \t(DW_OP_addr: 201fc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1183b): _FUNCTION_FUN1_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2611\n+ DW_AT_decl_line : 2612\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 18 20 20 0 \t(DW_OP_addr: 202018)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19b8a): _FUNCTION_FUN1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2612\n+ DW_AT_decl_line : 2613\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 a1 20 0 \t(DW_OP_addr: 20a180)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13034): _FUNCTION_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2617\n+ DW_AT_decl_line : 2618\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 20 20 20 0 \t(DW_OP_addr: 202020)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1495a): _FUNCTION_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2619\n+ DW_AT_decl_line : 2620\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 24 20 20 0 \t(DW_OP_addr: 202024)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11e92): _FUNCTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2620\n+ DW_AT_decl_line : 2621\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 40 20 20 0 \t(DW_OP_addr: 202040)\n <2>: Abbrev Number: 19 (DW_TAG_GNU_call_site)\n DW_AT_low_pc : 0xb6600\n DW_AT_abstract_origin: <0xb1a09>\n <2>: Abbrev Number: 0\n@@ -301723,3676 +301723,3676 @@\n DW_AT_decl_line : 314\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 8 21 20 0 \t(DW_OP_addr: 202108)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1804b): _HISTOGRAM_2D_PLOT_CONTOUR_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 323\n+ DW_AT_decl_line : 324\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 1c 21 20 0 \t(DW_OP_addr: 20211c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b384): _HISTOGRAM_2D_PLOT_CONTOUR_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 325\n+ DW_AT_decl_line : 326\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 21 20 0 \t(DW_OP_addr: 202140)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15f4d): _HISTOGRAM_2D_PLOT_CONTOUR_PARAM\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 329\n+ DW_AT_decl_line : 330\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 21 20 0 \t(DW_OP_addr: 202180)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x125be): _HISTOGRAM_2D_PLOT_CONTOUR_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 332\n+ DW_AT_decl_line : 333\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 b4 21 20 0 \t(DW_OP_addr: 2021b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cc70): _HISTOGRAM_2D_PLOT_CONTOUR_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 335\n+ DW_AT_decl_line : 336\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9f1b>\n DW_AT_location : 5 byte block: 3 e0 21 20 0 \t(DW_OP_addr: 2021e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1059a): _HISTOGRAM_2D_PLOT_CONTOUR_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 345\n+ DW_AT_decl_line : 346\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 14 22 20 0 \t(DW_OP_addr: 202214)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf726): _HISTOGRAM_2D_PLOT_CONTOUR\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 346\n+ DW_AT_decl_line : 347\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 a1 20 0 \t(DW_OP_addr: 20a1e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17e3f): _HISTOGRAM_2D_PLOT_SURFACE_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 353\n+ DW_AT_decl_line : 354\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 22 20 0 \t(DW_OP_addr: 202220)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1349e): _HISTOGRAM_2D_PLOT_SURFACE_THETA_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 356\n+ DW_AT_decl_line : 357\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 d8 9d 24 0 \t(DW_OP_addr: 249dd8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x123b1): _HISTOGRAM_2D_PLOT_SURFACE_THETA\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 358\n+ DW_AT_decl_line : 359\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 22 20 0 \t(DW_OP_addr: 202260)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12bb5): _HISTOGRAM_2D_PLOT_SURFACE_PHI_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 361\n+ DW_AT_decl_line : 362\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 ec 9d 24 0 \t(DW_OP_addr: 249dec)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1681d): _HISTOGRAM_2D_PLOT_SURFACE_PHI\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 363\n+ DW_AT_decl_line : 364\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 22 20 0 \t(DW_OP_addr: 2022a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bc82): _HISTOGRAM_2D_PLOT_SURFACE_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 366\n+ DW_AT_decl_line : 367\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 d4 22 20 0 \t(DW_OP_addr: 2022d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15a01): _HISTOGRAM_2D_PLOT_SURFACE_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 368\n+ DW_AT_decl_line : 369\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 e8 22 20 0 \t(DW_OP_addr: 2022e8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b47d): _HISTOGRAM_2D_PLOT_SURFACE_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 379\n+ DW_AT_decl_line : 380\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 fc 22 20 0 \t(DW_OP_addr: 2022fc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19fdc): _HISTOGRAM_2D_PLOT_SURFACE_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 381\n+ DW_AT_decl_line : 382\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 23 20 0 \t(DW_OP_addr: 202320)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x105f7): _HISTOGRAM_2D_PLOT_SURFACE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 385\n+ DW_AT_decl_line : 386\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 54 23 20 0 \t(DW_OP_addr: 202354)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13f9e): _HISTOGRAM_2D_PLOT_SURFACE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 388\n+ DW_AT_decl_line : 389\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 80 23 20 0 \t(DW_OP_addr: 202380)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14502): _HISTOGRAM_2D_PLOT_SURFACE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 396\n+ DW_AT_decl_line : 397\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 a0 23 20 0 \t(DW_OP_addr: 2023a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11906): _HISTOGRAM_2D_PLOT_SURFACE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 398\n+ DW_AT_decl_line : 399\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 a2 20 0 \t(DW_OP_addr: 20a240)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c8cb): _HISTOGRAM_2D_PLOT_LEGO_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 405\n+ DW_AT_decl_line : 406\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 23 20 0 \t(DW_OP_addr: 2023c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1046b): _HISTOGRAM_2D_PLOT_LEGO_THETA_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 408\n+ DW_AT_decl_line : 409\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 0 9e 24 0 \t(DW_OP_addr: 249e00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x111d7): _HISTOGRAM_2D_PLOT_LEGO_THETA\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 410\n+ DW_AT_decl_line : 411\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 24 20 0 \t(DW_OP_addr: 202400)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xffc5): _HISTOGRAM_2D_PLOT_LEGO_PHI_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 413\n+ DW_AT_decl_line : 414\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 14 9e 24 0 \t(DW_OP_addr: 249e14)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19f5a): _HISTOGRAM_2D_PLOT_LEGO_PHI\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 415\n+ DW_AT_decl_line : 416\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 24 20 0 \t(DW_OP_addr: 202440)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16ec1): _HISTOGRAM_2D_PLOT_LEGO_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 418\n+ DW_AT_decl_line : 419\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 74 24 20 0 \t(DW_OP_addr: 202474)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12ad8): _HISTOGRAM_2D_PLOT_LEGO_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 419\n+ DW_AT_decl_line : 420\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 80 24 20 0 \t(DW_OP_addr: 202480)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c468): _HISTOGRAM_2D_PLOT_LEGO_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 428\n+ DW_AT_decl_line : 429\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 8c 24 20 0 \t(DW_OP_addr: 20248c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x166ae): _HISTOGRAM_2D_PLOT_LEGO_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 430\n+ DW_AT_decl_line : 431\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 24 20 0 \t(DW_OP_addr: 2024a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11ca4): _HISTOGRAM_2D_PLOT_LEGO_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 434\n+ DW_AT_decl_line : 435\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 d4 24 20 0 \t(DW_OP_addr: 2024d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a8c9): _HISTOGRAM_2D_PLOT_LEGO_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 437\n+ DW_AT_decl_line : 438\n DW_AT_decl_column : 14\n DW_AT_type : <0xad809>\n DW_AT_location : 5 byte block: 3 0 25 20 0 \t(DW_OP_addr: 202500)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14773): _HISTOGRAM_2D_PLOT_LEGO_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 456\n+ DW_AT_decl_line : 457\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 50 25 20 0 \t(DW_OP_addr: 202550)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a56c): _HISTOGRAM_2D_PLOT_LEGO\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 457\n+ DW_AT_decl_line : 458\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 a2 20 0 \t(DW_OP_addr: 20a2a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18dbc): _HISTOGRAM_CREATE_TITLE_GLOBAL_CHTITL\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 464\n+ DW_AT_decl_line : 465\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 25 20 0 \t(DW_OP_addr: 202560)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d1e2): _HISTOGRAM_CREATE_TITLE_GLOBAL_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 467\n+ DW_AT_decl_line : 468\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 94 25 20 0 \t(DW_OP_addr: 202594)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14b01): _HISTOGRAM_CREATE_TITLE_GLOBAL_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 468\n+ DW_AT_decl_line : 469\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 9c 25 20 0 \t(DW_OP_addr: 20259c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x121cc): _HISTOGRAM_CREATE_TITLE_GLOBAL_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 472\n+ DW_AT_decl_line : 473\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 a4 25 20 0 \t(DW_OP_addr: 2025a4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11f21): _HISTOGRAM_CREATE_TITLE_GLOBAL_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 474\n+ DW_AT_decl_line : 475\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 25 20 0 \t(DW_OP_addr: 2025c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13f09): _HISTOGRAM_CREATE_TITLE_GLOBAL_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 478\n+ DW_AT_decl_line : 479\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 f4 25 20 0 \t(DW_OP_addr: 2025f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11e19): _HISTOGRAM_CREATE_TITLE_GLOBAL_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 481\n+ DW_AT_decl_line : 482\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 fc 25 20 0 \t(DW_OP_addr: 2025fc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c988): _HISTOGRAM_CREATE_TITLE_GLOBAL\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 487\n+ DW_AT_decl_line : 488\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 a3 20 0 \t(DW_OP_addr: 20a300)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x113b6): _HISTOGRAM_CREATE_BANY_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 493\n+ DW_AT_decl_line : 494\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 26 20 0 \t(DW_OP_addr: 202620)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17179): _HISTOGRAM_CREATE_BANY_XMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 496\n+ DW_AT_decl_line : 497\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 28 9e 24 0 \t(DW_OP_addr: 249e28)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14348): _HISTOGRAM_CREATE_BANY_XMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 498\n+ DW_AT_decl_line : 499\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 26 20 0 \t(DW_OP_addr: 202660)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11d56): _HISTOGRAM_CREATE_BANY_XMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 501\n+ DW_AT_decl_line : 502\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 3c 9e 24 0 \t(DW_OP_addr: 249e3c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1288c): _HISTOGRAM_CREATE_BANY_XMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 503\n+ DW_AT_decl_line : 504\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 26 20 0 \t(DW_OP_addr: 2026a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfc83): _HISTOGRAM_CREATE_BANY_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 506\n+ DW_AT_decl_line : 507\n DW_AT_decl_column : 21\n DW_AT_type : <0xa838d>\n DW_AT_location : 5 byte block: 3 d4 26 20 0 \t(DW_OP_addr: 2026d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1447e): _HISTOGRAM_CREATE_BANY_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 509\n+ DW_AT_decl_line : 510\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9d6e>\n DW_AT_location : 5 byte block: 3 e0 26 20 0 \t(DW_OP_addr: 2026e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x188ac): _HISTOGRAM_CREATE_BANY_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 514\n+ DW_AT_decl_line : 515\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 f8 26 20 0 \t(DW_OP_addr: 2026f8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15fd5): _HISTOGRAM_CREATE_BANY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 516\n+ DW_AT_decl_line : 517\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 a3 20 0 \t(DW_OP_addr: 20a360)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c2e1): _HISTOGRAM_CREATE_BANX_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 523\n+ DW_AT_decl_line : 524\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 27 20 0 \t(DW_OP_addr: 202720)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x131dc): _HISTOGRAM_CREATE_BANX_YMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 526\n+ DW_AT_decl_line : 527\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 50 9e 24 0 \t(DW_OP_addr: 249e50)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15759): _HISTOGRAM_CREATE_BANX_YMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 528\n+ DW_AT_decl_line : 529\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 27 20 0 \t(DW_OP_addr: 202760)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19532): _HISTOGRAM_CREATE_BANX_YMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 531\n+ DW_AT_decl_line : 532\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 64 9e 24 0 \t(DW_OP_addr: 249e64)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19266): _HISTOGRAM_CREATE_BANX_YMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 533\n+ DW_AT_decl_line : 534\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 27 20 0 \t(DW_OP_addr: 2027a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12804): _HISTOGRAM_CREATE_BANX_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 536\n+ DW_AT_decl_line : 537\n DW_AT_decl_column : 21\n DW_AT_type : <0xa838d>\n DW_AT_location : 5 byte block: 3 d4 27 20 0 \t(DW_OP_addr: 2027d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x137d2): _HISTOGRAM_CREATE_BANX_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 539\n+ DW_AT_decl_line : 540\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9d6e>\n DW_AT_location : 5 byte block: 3 e0 27 20 0 \t(DW_OP_addr: 2027e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19e1f): _HISTOGRAM_CREATE_BANX_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 544\n+ DW_AT_decl_line : 545\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 f8 27 20 0 \t(DW_OP_addr: 2027f8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1703f): _HISTOGRAM_CREATE_BANX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 546\n+ DW_AT_decl_line : 547\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 a3 20 0 \t(DW_OP_addr: 20a3c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12664): _HISTOGRAM_CREATE_SLIY_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 553\n+ DW_AT_decl_line : 554\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 28 20 0 \t(DW_OP_addr: 202820)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13637): _HISTOGRAM_CREATE_SLIY_NSLICES_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 556\n+ DW_AT_decl_line : 557\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 78 9e 24 0 \t(DW_OP_addr: 249e78)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1101c): _HISTOGRAM_CREATE_SLIY_NSLICES\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 558\n+ DW_AT_decl_line : 559\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 28 20 0 \t(DW_OP_addr: 202860)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b362): _HISTOGRAM_CREATE_SLIY_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 561\n+ DW_AT_decl_line : 562\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 94 28 20 0 \t(DW_OP_addr: 202894)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14988): _HISTOGRAM_CREATE_SLIY_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 563\n+ DW_AT_decl_line : 564\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 9c 28 20 0 \t(DW_OP_addr: 20289c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a54d): _HISTOGRAM_CREATE_SLIY_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 567\n+ DW_AT_decl_line : 568\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 b0 28 20 0 \t(DW_OP_addr: 2028b0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf6ab): _HISTOGRAM_CREATE_SLIY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 569\n+ DW_AT_decl_line : 570\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 a4 20 0 \t(DW_OP_addr: 20a420)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11487): _HISTOGRAM_CREATE_SLIX_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 576\n+ DW_AT_decl_line : 577\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 28 20 0 \t(DW_OP_addr: 2028c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1775b): _HISTOGRAM_CREATE_SLIX_NSLICES_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 579\n+ DW_AT_decl_line : 580\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 8c 9e 24 0 \t(DW_OP_addr: 249e8c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf8dc): _HISTOGRAM_CREATE_SLIX_NSLICES\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 581\n+ DW_AT_decl_line : 582\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 29 20 0 \t(DW_OP_addr: 202900)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10ae4): _HISTOGRAM_CREATE_SLIX_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 584\n+ DW_AT_decl_line : 585\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 34 29 20 0 \t(DW_OP_addr: 202934)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1249a): _HISTOGRAM_CREATE_SLIX_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 586\n+ DW_AT_decl_line : 587\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 3c 29 20 0 \t(DW_OP_addr: 20293c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a0c8): _HISTOGRAM_CREATE_SLIX_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 590\n+ DW_AT_decl_line : 591\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 50 29 20 0 \t(DW_OP_addr: 202950)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x184cf): _HISTOGRAM_CREATE_SLIX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 592\n+ DW_AT_decl_line : 593\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 a4 20 0 \t(DW_OP_addr: 20a480)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18ef5): _HISTOGRAM_CREATE_PROY_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 599\n+ DW_AT_decl_line : 600\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 29 20 0 \t(DW_OP_addr: 202960)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b67c): _HISTOGRAM_CREATE_PROY_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 602\n+ DW_AT_decl_line : 603\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 94 29 20 0 \t(DW_OP_addr: 202994)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14060): _HISTOGRAM_CREATE_PROY_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 604\n+ DW_AT_decl_line : 605\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 98 29 20 0 \t(DW_OP_addr: 202998)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10982): _HISTOGRAM_CREATE_PROY_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 608\n+ DW_AT_decl_line : 609\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 ac 29 20 0 \t(DW_OP_addr: 2029ac)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a96e): _HISTOGRAM_CREATE_PROY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 609\n+ DW_AT_decl_line : 610\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 a4 20 0 \t(DW_OP_addr: 20a4e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13cb2): _HISTOGRAM_CREATE_PROX_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 616\n+ DW_AT_decl_line : 617\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 29 20 0 \t(DW_OP_addr: 2029c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14fd8): _HISTOGRAM_CREATE_PROX_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 619\n+ DW_AT_decl_line : 620\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 f4 29 20 0 \t(DW_OP_addr: 2029f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1296b): _HISTOGRAM_CREATE_PROX_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 621\n+ DW_AT_decl_line : 622\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 f8 29 20 0 \t(DW_OP_addr: 2029f8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x108eb): _HISTOGRAM_CREATE_PROX_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 625\n+ DW_AT_decl_line : 626\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 c 2a 20 0 \t(DW_OP_addr: 202a0c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b986): _HISTOGRAM_CREATE_PROX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 626\n+ DW_AT_decl_line : 627\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 a5 20 0 \t(DW_OP_addr: 20a540)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x119ea): _HISTOGRAM_CREATE_2DHISTO_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 633\n+ DW_AT_decl_line : 634\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 2a 20 0 \t(DW_OP_addr: 202a20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x167b0): _HISTOGRAM_CREATE_2DHISTO_TITLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 636\n+ DW_AT_decl_line : 637\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 2a 20 0 \t(DW_OP_addr: 202a60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b05f): _HISTOGRAM_CREATE_2DHISTO_NCX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 639\n+ DW_AT_decl_line : 640\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 a0 9e 24 0 \t(DW_OP_addr: 249ea0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14dac): _HISTOGRAM_CREATE_2DHISTO_NCX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 641\n+ DW_AT_decl_line : 642\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 2a 20 0 \t(DW_OP_addr: 202aa0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15917): _HISTOGRAM_CREATE_2DHISTO_XMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 644\n+ DW_AT_decl_line : 645\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 b4 9e 24 0 \t(DW_OP_addr: 249eb4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x143aa): _HISTOGRAM_CREATE_2DHISTO_XMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 646\n+ DW_AT_decl_line : 647\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 2a 20 0 \t(DW_OP_addr: 202ae0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17e5d): _HISTOGRAM_CREATE_2DHISTO_XMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 649\n+ DW_AT_decl_line : 650\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 c8 9e 24 0 \t(DW_OP_addr: 249ec8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10b49): _HISTOGRAM_CREATE_2DHISTO_XMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 651\n+ DW_AT_decl_line : 652\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 2b 20 0 \t(DW_OP_addr: 202b20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a3db): _HISTOGRAM_CREATE_2DHISTO_NCY_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 654\n+ DW_AT_decl_line : 655\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 dc 9e 24 0 \t(DW_OP_addr: 249edc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ca2e): _HISTOGRAM_CREATE_2DHISTO_NCY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 656\n+ DW_AT_decl_line : 657\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 2b 20 0 \t(DW_OP_addr: 202b60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11545): _HISTOGRAM_CREATE_2DHISTO_YMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 659\n+ DW_AT_decl_line : 660\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 f0 9e 24 0 \t(DW_OP_addr: 249ef0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x143c9): _HISTOGRAM_CREATE_2DHISTO_YMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 661\n+ DW_AT_decl_line : 662\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 2b 20 0 \t(DW_OP_addr: 202ba0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17f24): _HISTOGRAM_CREATE_2DHISTO_YMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 664\n+ DW_AT_decl_line : 665\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 4 9f 24 0 \t(DW_OP_addr: 249f04)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13944): _HISTOGRAM_CREATE_2DHISTO_YMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 666\n+ DW_AT_decl_line : 667\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 2b 20 0 \t(DW_OP_addr: 202be0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16932): _HISTOGRAM_CREATE_2DHISTO_VALMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 669\n+ DW_AT_decl_line : 670\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 18 9f 24 0 \t(DW_OP_addr: 249f18)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c685): _HISTOGRAM_CREATE_2DHISTO_VALMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 671\n+ DW_AT_decl_line : 672\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 2c 20 0 \t(DW_OP_addr: 202c20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x148ae): _HISTOGRAM_CREATE_2DHISTO_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 674\n+ DW_AT_decl_line : 675\n DW_AT_decl_column : 21\n DW_AT_type : <0xad819>\n DW_AT_location : 5 byte block: 3 60 2c 20 0 \t(DW_OP_addr: 202c60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c157): _HISTOGRAM_CREATE_2DHISTO_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 680\n+ DW_AT_decl_line : 681\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9d6e>\n DW_AT_location : 5 byte block: 3 84 2c 20 0 \t(DW_OP_addr: 202c84)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17999): _HISTOGRAM_CREATE_2DHISTO_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 686\n+ DW_AT_decl_line : 687\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 9c 2c 20 0 \t(DW_OP_addr: 202c9c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d040): _HISTOGRAM_CREATE_2DHISTO\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 687\n+ DW_AT_decl_line : 688\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 a5 20 0 \t(DW_OP_addr: 20a5a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15034): _HISTOGRAM_CREATE_BINS_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 694\n+ DW_AT_decl_line : 695\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 2c 20 0 \t(DW_OP_addr: 202ca0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d023): _HISTOGRAM_CREATE_BINS_TITLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 697\n+ DW_AT_decl_line : 698\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 2c 20 0 \t(DW_OP_addr: 202ce0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x150ef): _HISTOGRAM_CREATE_BINS_NCX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 700\n+ DW_AT_decl_line : 701\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 2c 9f 24 0 \t(DW_OP_addr: 249f2c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c48b): _HISTOGRAM_CREATE_BINS_NCX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 702\n+ DW_AT_decl_line : 703\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 2d 20 0 \t(DW_OP_addr: 202d20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b434): _HISTOGRAM_CREATE_BINS_XBINS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 705\n+ DW_AT_decl_line : 706\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 2d 20 0 \t(DW_OP_addr: 202d60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14325): _HISTOGRAM_CREATE_BINS_VALMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 708\n+ DW_AT_decl_line : 709\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 40 9f 24 0 \t(DW_OP_addr: 249f40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15d57): _HISTOGRAM_CREATE_BINS_VALMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 710\n+ DW_AT_decl_line : 711\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 2d 20 0 \t(DW_OP_addr: 202da0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19be6): _HISTOGRAM_CREATE_BINS_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 713\n+ DW_AT_decl_line : 714\n DW_AT_decl_column : 21\n DW_AT_type : <0xaa8c9>\n DW_AT_location : 5 byte block: 3 d4 2d 20 0 \t(DW_OP_addr: 202dd4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xff0d): _HISTOGRAM_CREATE_BINS_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 717\n+ DW_AT_decl_line : 718\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 e8 2d 20 0 \t(DW_OP_addr: 202de8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12736): _HISTOGRAM_CREATE_BINS_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 721\n+ DW_AT_decl_line : 722\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 f4 2d 20 0 \t(DW_OP_addr: 202df4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12e53): _HISTOGRAM_CREATE_BINS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 722\n+ DW_AT_decl_line : 723\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 a6 20 0 \t(DW_OP_addr: 20a600)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1567c): _HISTOGRAM_CREATE_PROFILE_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 729\n+ DW_AT_decl_line : 730\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 2e 20 0 \t(DW_OP_addr: 202e00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16fb7): _HISTOGRAM_CREATE_PROFILE_TITLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 732\n+ DW_AT_decl_line : 733\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 2e 20 0 \t(DW_OP_addr: 202e40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1738f): _HISTOGRAM_CREATE_PROFILE_NCX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 735\n+ DW_AT_decl_line : 736\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 54 9f 24 0 \t(DW_OP_addr: 249f54)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1635f): _HISTOGRAM_CREATE_PROFILE_NCX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 737\n+ DW_AT_decl_line : 738\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 2e 20 0 \t(DW_OP_addr: 202e80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x100aa): _HISTOGRAM_CREATE_PROFILE_XMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 740\n+ DW_AT_decl_line : 741\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 68 9f 24 0 \t(DW_OP_addr: 249f68)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x148ec): _HISTOGRAM_CREATE_PROFILE_XMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 742\n+ DW_AT_decl_line : 743\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 2e 20 0 \t(DW_OP_addr: 202ec0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1777f): _HISTOGRAM_CREATE_PROFILE_XMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 745\n+ DW_AT_decl_line : 746\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 7c 9f 24 0 \t(DW_OP_addr: 249f7c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x183e5): _HISTOGRAM_CREATE_PROFILE_XMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 747\n+ DW_AT_decl_line : 748\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 2f 20 0 \t(DW_OP_addr: 202f00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x172c2): _HISTOGRAM_CREATE_PROFILE_YMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 750\n+ DW_AT_decl_line : 751\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 90 9f 24 0 \t(DW_OP_addr: 249f90)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1823c): _HISTOGRAM_CREATE_PROFILE_YMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 752\n+ DW_AT_decl_line : 753\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 2f 20 0 \t(DW_OP_addr: 202f40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfdd6): _HISTOGRAM_CREATE_PROFILE_YMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 755\n+ DW_AT_decl_line : 756\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 a4 9f 24 0 \t(DW_OP_addr: 249fa4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11569): _HISTOGRAM_CREATE_PROFILE_YMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 757\n+ DW_AT_decl_line : 758\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 2f 20 0 \t(DW_OP_addr: 202f80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16aa7): _HISTOGRAM_CREATE_PROFILE_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 760\n+ DW_AT_decl_line : 761\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 b4 2f 20 0 \t(DW_OP_addr: 202fb4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf94d): _HISTOGRAM_CREATE_PROFILE_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 761\n+ DW_AT_decl_line : 762\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 bc 2f 20 0 \t(DW_OP_addr: 202fbc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13fe3): _HISTOGRAM_CREATE_PROFILE_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 763\n+ DW_AT_decl_line : 764\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 c4 2f 20 0 \t(DW_OP_addr: 202fc4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x164d3): _HISTOGRAM_CREATE_PROFILE_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 765\n+ DW_AT_decl_line : 766\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 2f 20 0 \t(DW_OP_addr: 202fe0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15dca): _HISTOGRAM_CREATE_PROFILE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 769\n+ DW_AT_decl_line : 770\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7d9>\n DW_AT_location : 5 byte block: 3 20 30 20 0 \t(DW_OP_addr: 203020)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1668b): _HISTOGRAM_CREATE_PROFILE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 774\n+ DW_AT_decl_line : 775\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 40 30 20 0 \t(DW_OP_addr: 203040)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17dbb): _HISTOGRAM_CREATE_PROFILE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 778\n+ DW_AT_decl_line : 779\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 4c 30 20 0 \t(DW_OP_addr: 20304c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16f80): _HISTOGRAM_CREATE_PROFILE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 779\n+ DW_AT_decl_line : 780\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 a6 20 0 \t(DW_OP_addr: 20a660)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1aa37): _HISTOGRAM_CREATE_1DHISTO_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 786\n+ DW_AT_decl_line : 787\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 30 20 0 \t(DW_OP_addr: 203060)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13865): _HISTOGRAM_CREATE_1DHISTO_TITLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 789\n+ DW_AT_decl_line : 790\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 30 20 0 \t(DW_OP_addr: 2030a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x197db): _HISTOGRAM_CREATE_1DHISTO_NCX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 792\n+ DW_AT_decl_line : 793\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 b8 9f 24 0 \t(DW_OP_addr: 249fb8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1372f): _HISTOGRAM_CREATE_1DHISTO_NCX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 794\n+ DW_AT_decl_line : 795\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 30 20 0 \t(DW_OP_addr: 2030e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14c23): _HISTOGRAM_CREATE_1DHISTO_XMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 797\n+ DW_AT_decl_line : 798\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 cc 9f 24 0 \t(DW_OP_addr: 249fcc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17a00): _HISTOGRAM_CREATE_1DHISTO_XMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 799\n+ DW_AT_decl_line : 800\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 31 20 0 \t(DW_OP_addr: 203120)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x196fd): _HISTOGRAM_CREATE_1DHISTO_XMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 802\n+ DW_AT_decl_line : 803\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 e0 9f 24 0 \t(DW_OP_addr: 249fe0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x160fb): _HISTOGRAM_CREATE_1DHISTO_XMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 804\n+ DW_AT_decl_line : 805\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 31 20 0 \t(DW_OP_addr: 203160)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bfc6): _HISTOGRAM_CREATE_1DHISTO_VALMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 807\n+ DW_AT_decl_line : 808\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 f4 9f 24 0 \t(DW_OP_addr: 249ff4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18101): _HISTOGRAM_CREATE_1DHISTO_VALMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 809\n+ DW_AT_decl_line : 810\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 31 20 0 \t(DW_OP_addr: 2031a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a17b): _HISTOGRAM_CREATE_1DHISTO_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 812\n+ DW_AT_decl_line : 813\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 d4 31 20 0 \t(DW_OP_addr: 2031d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15c61): _HISTOGRAM_CREATE_1DHISTO_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 816\n+ DW_AT_decl_line : 817\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 0 32 20 0 \t(DW_OP_addr: 203200)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15add): _HISTOGRAM_CREATE_1DHISTO_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 824\n+ DW_AT_decl_line : 825\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 24 32 20 0 \t(DW_OP_addr: 203224)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf9f3): _HISTOGRAM_CREATE_1DHISTO\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 825\n+ DW_AT_decl_line : 826\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 a6 20 0 \t(DW_OP_addr: 20a6c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x175e8): _HISTOGRAM_HIO_GRESET_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 832\n+ DW_AT_decl_line : 833\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 32 20 0 \t(DW_OP_addr: 203240)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b7d8): _HISTOGRAM_HIO_GRESET_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 835\n+ DW_AT_decl_line : 836\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 74 32 20 0 \t(DW_OP_addr: 203274)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10ac5): _HISTOGRAM_HIO_GRESET_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 837\n+ DW_AT_decl_line : 838\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 78 32 20 0 \t(DW_OP_addr: 203278)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14008): _HISTOGRAM_HIO_GRESET_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 839\n+ DW_AT_decl_line : 840\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 7c 32 20 0 \t(DW_OP_addr: 20327c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a782): _HISTOGRAM_HIO_GRESET\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 841\n+ DW_AT_decl_line : 842\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 a7 20 0 \t(DW_OP_addr: 20a720)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17595): _HISTOGRAM_HIO_GLOBAL_SECT_GNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 848\n+ DW_AT_decl_line : 849\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 32 20 0 \t(DW_OP_addr: 2032a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x160bf): _HISTOGRAM_HIO_GLOBAL_SECT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 851\n+ DW_AT_decl_line : 852\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 d4 32 20 0 \t(DW_OP_addr: 2032d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10272): _HISTOGRAM_HIO_GLOBAL_SECT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 853\n+ DW_AT_decl_line : 854\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 d8 32 20 0 \t(DW_OP_addr: 2032d8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bbf0): _HISTOGRAM_HIO_GLOBAL_SECT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 857\n+ DW_AT_decl_line : 858\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 e4 32 20 0 \t(DW_OP_addr: 2032e4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18dfd): _HISTOGRAM_HIO_GLOBAL_SECT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 858\n+ DW_AT_decl_line : 859\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 a7 20 0 \t(DW_OP_addr: 20a780)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c9a7): _HISTOGRAM_HIO_OUTPUT_LP_LUN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 865\n+ DW_AT_decl_line : 866\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 8 a0 24 0 \t(DW_OP_addr: 24a008)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14f75): _HISTOGRAM_HIO_OUTPUT_LP_LUN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 867\n+ DW_AT_decl_line : 868\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 33 20 0 \t(DW_OP_addr: 203300)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a21a): _HISTOGRAM_HIO_OUTPUT_LP_FNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 870\n+ DW_AT_decl_line : 871\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 33 20 0 \t(DW_OP_addr: 203340)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12cca): _HISTOGRAM_HIO_OUTPUT_LP_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 873\n+ DW_AT_decl_line : 874\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 74 33 20 0 \t(DW_OP_addr: 203374)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x163fb): _HISTOGRAM_HIO_OUTPUT_LP_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 875\n+ DW_AT_decl_line : 876\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 7c 33 20 0 \t(DW_OP_addr: 20337c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10961): _HISTOGRAM_HIO_OUTPUT_LP_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 880\n+ DW_AT_decl_line : 881\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 8c 33 20 0 \t(DW_OP_addr: 20338c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d0b2): _HISTOGRAM_HIO_OUTPUT_LP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 882\n+ DW_AT_decl_line : 883\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 a7 20 0 \t(DW_OP_addr: 20a7e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1542c): _HISTOGRAM_HIO_DUMP_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 889\n+ DW_AT_decl_line : 890\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 33 20 0 \t(DW_OP_addr: 2033a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ab03): _HISTOGRAM_HIO_DUMP_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 892\n+ DW_AT_decl_line : 893\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 d4 33 20 0 \t(DW_OP_addr: 2033d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1981a): _HISTOGRAM_HIO_DUMP_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 894\n+ DW_AT_decl_line : 895\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 d8 33 20 0 \t(DW_OP_addr: 2033d8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a255): _HISTOGRAM_HIO_DUMP_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 896\n+ DW_AT_decl_line : 897\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 dc 33 20 0 \t(DW_OP_addr: 2033dc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19f30): _HISTOGRAM_HIO_DUMP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 897\n+ DW_AT_decl_line : 898\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 a8 20 0 \t(DW_OP_addr: 20a840)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c55a): _HISTOGRAM_HIO_PRINT_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 903\n+ DW_AT_decl_line : 904\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 34 20 0 \t(DW_OP_addr: 203400)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x129d6): _HISTOGRAM_HIO_PRINT_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 906\n+ DW_AT_decl_line : 907\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 34 34 20 0 \t(DW_OP_addr: 203434)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a35d): _HISTOGRAM_HIO_PRINT_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 907\n+ DW_AT_decl_line : 908\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 3c 34 20 0 \t(DW_OP_addr: 20343c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1771e): _HISTOGRAM_HIO_PRINT_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 910\n+ DW_AT_decl_line : 911\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 44 34 20 0 \t(DW_OP_addr: 203444)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19355): _HISTOGRAM_HIO_PRINT_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 912\n+ DW_AT_decl_line : 913\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 34 20 0 \t(DW_OP_addr: 203460)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16035): _HISTOGRAM_HIO_PRINT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 916\n+ DW_AT_decl_line : 917\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 94 34 20 0 \t(DW_OP_addr: 203494)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16acd): _HISTOGRAM_HIO_PRINT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 918\n+ DW_AT_decl_line : 919\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 9c 34 20 0 \t(DW_OP_addr: 20349c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b3fd): _HISTOGRAM_HIO_PRINT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 921\n+ DW_AT_decl_line : 922\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 a4 34 20 0 \t(DW_OP_addr: 2034a4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x123fd): _HISTOGRAM_HIO_PRINT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 922\n+ DW_AT_decl_line : 923\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 a8 20 0 \t(DW_OP_addr: 20a8a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1af5c): _HISTOGRAM_HIO_HREAD_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 928\n+ DW_AT_decl_line : 929\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 34 20 0 \t(DW_OP_addr: 2034c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15280): _HISTOGRAM_HIO_HREAD_FNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 931\n+ DW_AT_decl_line : 932\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 35 20 0 \t(DW_OP_addr: 203500)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11440): _HISTOGRAM_HIO_HREAD_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 934\n+ DW_AT_decl_line : 935\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 34 35 20 0 \t(DW_OP_addr: 203534)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c761): _HISTOGRAM_HIO_HREAD_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 936\n+ DW_AT_decl_line : 937\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 3c 35 20 0 \t(DW_OP_addr: 20353c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1115e): _HISTOGRAM_HIO_HREAD_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 939\n+ DW_AT_decl_line : 940\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 44 35 20 0 \t(DW_OP_addr: 203544)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12212): _HISTOGRAM_HIO_HREAD\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 940\n+ DW_AT_decl_line : 941\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 a9 20 0 \t(DW_OP_addr: 20a900)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c954): _HISTOGRAM_HIO_HFETCH_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 946\n+ DW_AT_decl_line : 947\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 35 20 0 \t(DW_OP_addr: 203560)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14824): _HISTOGRAM_HIO_HFETCH_FNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 949\n+ DW_AT_decl_line : 950\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 35 20 0 \t(DW_OP_addr: 2035a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16586): _HISTOGRAM_HIO_HFETCH_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 952\n+ DW_AT_decl_line : 953\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 d4 35 20 0 \t(DW_OP_addr: 2035d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14c47): _HISTOGRAM_HIO_HFETCH_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 954\n+ DW_AT_decl_line : 955\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 dc 35 20 0 \t(DW_OP_addr: 2035dc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15f93): _HISTOGRAM_HIO_HFETCH_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 957\n+ DW_AT_decl_line : 958\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 e4 35 20 0 \t(DW_OP_addr: 2035e4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10ee9): _HISTOGRAM_HIO_HFETCH\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 958\n+ DW_AT_decl_line : 959\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 a9 20 0 \t(DW_OP_addr: 20a960)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bbd5): _HISTOGRAM_HIO_HSCRATCH_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 965\n+ DW_AT_decl_line : 966\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 36 20 0 \t(DW_OP_addr: 203600)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1035c): _HISTOGRAM_HIO_HSCRATCH_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 968\n+ DW_AT_decl_line : 969\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 34 36 20 0 \t(DW_OP_addr: 203634)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15c40): _HISTOGRAM_HIO_HSCRATCH_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 970\n+ DW_AT_decl_line : 971\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 38 36 20 0 \t(DW_OP_addr: 203638)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12109): _HISTOGRAM_HIO_HSCRATCH_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 974\n+ DW_AT_decl_line : 975\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 44 36 20 0 \t(DW_OP_addr: 203644)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x147b6): _HISTOGRAM_HIO_HSCRATCH\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 975\n+ DW_AT_decl_line : 976\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 a9 20 0 \t(DW_OP_addr: 20a9c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15775): _HISTOGRAM_HIO_HROUT_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 982\n+ DW_AT_decl_line : 983\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 36 20 0 \t(DW_OP_addr: 203660)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b8b9): _HISTOGRAM_HIO_HROUT_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 985\n+ DW_AT_decl_line : 986\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 94 36 20 0 \t(DW_OP_addr: 203694)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19e61): _HISTOGRAM_HIO_HROUT_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 986\n+ DW_AT_decl_line : 987\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 9c 36 20 0 \t(DW_OP_addr: 20369c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b69e): _HISTOGRAM_HIO_HROUT_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 989\n+ DW_AT_decl_line : 990\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 a4 36 20 0 \t(DW_OP_addr: 2036a4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14685): _HISTOGRAM_HIO_HROUT_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 991\n+ DW_AT_decl_line : 992\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 36 20 0 \t(DW_OP_addr: 2036c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x116f9): _HISTOGRAM_HIO_HROUT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 995\n+ DW_AT_decl_line : 996\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 f4 36 20 0 \t(DW_OP_addr: 2036f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x191e8): _HISTOGRAM_HIO_HROUT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 997\n+ DW_AT_decl_line : 998\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 fc 36 20 0 \t(DW_OP_addr: 2036fc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x150bb): _HISTOGRAM_HIO_HROUT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1000\n+ DW_AT_decl_line : 1001\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 4 37 20 0 \t(DW_OP_addr: 203704)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14a95): _HISTOGRAM_HIO_HROUT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1001\n+ DW_AT_decl_line : 1002\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 aa 20 0 \t(DW_OP_addr: 20aa20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12e00): _HISTOGRAM_HIO_HRIN_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1007\n+ DW_AT_decl_line : 1008\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 37 20 0 \t(DW_OP_addr: 203720)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12826): _HISTOGRAM_HIO_HRIN_ICYCLE_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1010\n+ DW_AT_decl_line : 1011\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 1c a0 24 0 \t(DW_OP_addr: 24a01c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b1b8): _HISTOGRAM_HIO_HRIN_ICYCLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1012\n+ DW_AT_decl_line : 1013\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 37 20 0 \t(DW_OP_addr: 203760)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c5ac): _HISTOGRAM_HIO_HRIN_IOFSET_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1015\n+ DW_AT_decl_line : 1016\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 30 a0 24 0 \t(DW_OP_addr: 24a030)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b9e2): _HISTOGRAM_HIO_HRIN_IOFSET\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1017\n+ DW_AT_decl_line : 1018\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 37 20 0 \t(DW_OP_addr: 2037a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ba5e): _HISTOGRAM_HIO_HRIN_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1020\n+ DW_AT_decl_line : 1021\n DW_AT_decl_column : 21\n DW_AT_type : <0xa838d>\n DW_AT_location : 5 byte block: 3 d4 37 20 0 \t(DW_OP_addr: 2037d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19195): _HISTOGRAM_HIO_HRIN_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1023\n+ DW_AT_decl_line : 1024\n DW_AT_decl_column : 14\n DW_AT_type : <0xa833d>\n DW_AT_location : 5 byte block: 3 e0 37 20 0 \t(DW_OP_addr: 2037e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14f01): _HISTOGRAM_HIO_HRIN_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1036\n+ DW_AT_decl_line : 1037\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 18 38 20 0 \t(DW_OP_addr: 203818)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x142ff): _HISTOGRAM_HIO_HRIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1037\n+ DW_AT_decl_line : 1038\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 aa 20 0 \t(DW_OP_addr: 20aa80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c73e): _HISTOGRAM_OPERATIONS_HSETPR_PARAM\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1043\n+ DW_AT_decl_line : 1044\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 38 20 0 \t(DW_OP_addr: 203840)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a690): _HISTOGRAM_OPERATIONS_HSETPR_VALUE_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1046\n+ DW_AT_decl_line : 1047\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 44 a0 24 0 \t(DW_OP_addr: 24a044)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17156): _HISTOGRAM_OPERATIONS_HSETPR_VALUE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1048\n+ DW_AT_decl_line : 1049\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 38 20 0 \t(DW_OP_addr: 203880)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfeb8): _HISTOGRAM_OPERATIONS_HSETPR_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1051\n+ DW_AT_decl_line : 1052\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 b4 38 20 0 \t(DW_OP_addr: 2038b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x141d8): _HISTOGRAM_OPERATIONS_HSETPR_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1053\n+ DW_AT_decl_line : 1054\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 bc 38 20 0 \t(DW_OP_addr: 2038bc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1319a): _HISTOGRAM_OPERATIONS_HSETPR\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1055\n+ DW_AT_decl_line : 1056\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 aa 20 0 \t(DW_OP_addr: 20aae0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16b5d): _HISTOGRAM_OPERATIONS_PARAM_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1061\n+ DW_AT_decl_line : 1062\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 38 20 0 \t(DW_OP_addr: 2038c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13d7f): _HISTOGRAM_OPERATIONS_PARAM_ISEL_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1064\n+ DW_AT_decl_line : 1065\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 58 a0 24 0 \t(DW_OP_addr: 24a058)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19f0f): _HISTOGRAM_OPERATIONS_PARAM_ISEL\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1066\n+ DW_AT_decl_line : 1067\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 39 20 0 \t(DW_OP_addr: 203900)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x188f3): _HISTOGRAM_OPERATIONS_PARAM_R2MIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1069\n+ DW_AT_decl_line : 1070\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 6c a0 24 0 \t(DW_OP_addr: 24a06c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfc0a): _HISTOGRAM_OPERATIONS_PARAM_R2MIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1071\n+ DW_AT_decl_line : 1072\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 39 20 0 \t(DW_OP_addr: 203940)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b5ce): _HISTOGRAM_OPERATIONS_PARAM_MAXPOW_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1075\n+ DW_AT_decl_line : 1076\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 74 39 20 0 \t(DW_OP_addr: 203974)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19b2b): _HISTOGRAM_OPERATIONS_PARAM_MAXPOW\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1077\n+ DW_AT_decl_line : 1078\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 39 20 0 \t(DW_OP_addr: 2039a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bb3f): _HISTOGRAM_OPERATIONS_PARAM_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1080\n+ DW_AT_decl_line : 1081\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 d4 39 20 0 \t(DW_OP_addr: 2039d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c4c4): _HISTOGRAM_OPERATIONS_PARAM_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1083\n+ DW_AT_decl_line : 1084\n DW_AT_decl_column : 14\n DW_AT_type : <0xb19b9>\n DW_AT_location : 5 byte block: 3 0 3a 20 0 \t(DW_OP_addr: 203a00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18d7a): _HISTOGRAM_OPERATIONS_PARAM_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1107\n+ DW_AT_decl_line : 1108\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 60 3a 20 0 \t(DW_OP_addr: 203a60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1add5): _HISTOGRAM_OPERATIONS_PARAM\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1109\n+ DW_AT_decl_line : 1110\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 ab 20 0 \t(DW_OP_addr: 20ab40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1187c): _HISTOGRAM_OPERATIONS_FUNCTION_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1116\n+ DW_AT_decl_line : 1117\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 3a 20 0 \t(DW_OP_addr: 203a80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x177a3): _HISTOGRAM_OPERATIONS_FUNCTION_UFUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1119\n+ DW_AT_decl_line : 1120\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 3a 20 0 \t(DW_OP_addr: 203ac0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13aa3): _HISTOGRAM_OPERATIONS_FUNCTION_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1122\n+ DW_AT_decl_line : 1123\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 f4 3a 20 0 \t(DW_OP_addr: 203af4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1301f): _HISTOGRAM_OPERATIONS_FUNCTION_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1124\n+ DW_AT_decl_line : 1125\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 fc 3a 20 0 \t(DW_OP_addr: 203afc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11e7d): _HISTOGRAM_OPERATIONS_FUNCTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1127\n+ DW_AT_decl_line : 1128\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 ab 20 0 \t(DW_OP_addr: 20aba0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15814): _HISTOGRAM_OPERATIONS_SPLINE_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1134\n+ DW_AT_decl_line : 1135\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 3b 20 0 \t(DW_OP_addr: 203b20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b17a): _HISTOGRAM_OPERATIONS_SPLINE_ISEL_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1137\n+ DW_AT_decl_line : 1138\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 80 a0 24 0 \t(DW_OP_addr: 24a080)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18fad): _HISTOGRAM_OPERATIONS_SPLINE_ISEL\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1139\n+ DW_AT_decl_line : 1140\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 3b 20 0 \t(DW_OP_addr: 203b60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bc5a): _HISTOGRAM_OPERATIONS_SPLINE_KNOTX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1142\n+ DW_AT_decl_line : 1143\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 94 a0 24 0 \t(DW_OP_addr: 24a094)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13272): _HISTOGRAM_OPERATIONS_SPLINE_KNOTX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1144\n+ DW_AT_decl_line : 1145\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 3b 20 0 \t(DW_OP_addr: 203ba0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x135f4): _HISTOGRAM_OPERATIONS_SPLINE_KX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1147\n+ DW_AT_decl_line : 1148\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 a8 a0 24 0 \t(DW_OP_addr: 24a0a8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12d90): _HISTOGRAM_OPERATIONS_SPLINE_KX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1149\n+ DW_AT_decl_line : 1150\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 3b 20 0 \t(DW_OP_addr: 203be0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10141): _HISTOGRAM_OPERATIONS_SPLINE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1152\n+ DW_AT_decl_line : 1153\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 14 3c 20 0 \t(DW_OP_addr: 203c14)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x126f8): _HISTOGRAM_OPERATIONS_SPLINE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1155\n+ DW_AT_decl_line : 1156\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 24 3c 20 0 \t(DW_OP_addr: 203c24)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x122ec): _HISTOGRAM_OPERATIONS_SPLINE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1161\n+ DW_AT_decl_line : 1162\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 38 3c 20 0 \t(DW_OP_addr: 203c38)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1888f): _HISTOGRAM_OPERATIONS_SPLINE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1162\n+ DW_AT_decl_line : 1163\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 ac 20 0 \t(DW_OP_addr: 20ac00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11373): _HISTOGRAM_OPERATIONS_SMOOTH_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1169\n+ DW_AT_decl_line : 1170\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 3c 20 0 \t(DW_OP_addr: 203c40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x109f2): _HISTOGRAM_OPERATIONS_SMOOTH_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1172\n+ DW_AT_decl_line : 1173\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 80 3c 20 0 \t(DW_OP_addr: 203c80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12c8e): _HISTOGRAM_OPERATIONS_SMOOTH_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1174\n+ DW_AT_decl_line : 1175\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 c0 3c 20 0 \t(DW_OP_addr: 203cc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14164): _HISTOGRAM_OPERATIONS_SMOOTH_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1186\n+ DW_AT_decl_line : 1187\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 e4 3c 20 0 \t(DW_OP_addr: 203ce4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16def): _HISTOGRAM_OPERATIONS_SMOOTH_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1188\n+ DW_AT_decl_line : 1189\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 3d 20 0 \t(DW_OP_addr: 203d00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11a6a): _HISTOGRAM_OPERATIONS_SMOOTH_SENSIT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1192\n+ DW_AT_decl_line : 1193\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 34 3d 20 0 \t(DW_OP_addr: 203d34)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17f00): _HISTOGRAM_OPERATIONS_SMOOTH_SENSIT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1194\n+ DW_AT_decl_line : 1195\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 3d 20 0 \t(DW_OP_addr: 203d60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x133f9): _HISTOGRAM_OPERATIONS_SMOOTH_SMOOTH_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1197\n+ DW_AT_decl_line : 1198\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 94 3d 20 0 \t(DW_OP_addr: 203d94)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x173f3): _HISTOGRAM_OPERATIONS_SMOOTH_SMOOTH\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1199\n+ DW_AT_decl_line : 1200\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 3d 20 0 \t(DW_OP_addr: 203dc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c84d): _HISTOGRAM_OPERATIONS_SMOOTH_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1202\n+ DW_AT_decl_line : 1203\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 f4 3d 20 0 \t(DW_OP_addr: 203df4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18145): _HISTOGRAM_OPERATIONS_SMOOTH_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1205\n+ DW_AT_decl_line : 1206\n DW_AT_decl_column : 14\n DW_AT_type : <0xb19c9>\n DW_AT_location : 5 byte block: 3 20 3e 20 0 \t(DW_OP_addr: 203e20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x100f0): _HISTOGRAM_OPERATIONS_SMOOTH_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1226\n+ DW_AT_decl_line : 1227\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 90 3e 20 0 \t(DW_OP_addr: 203e90)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16e7f): _HISTOGRAM_OPERATIONS_SMOOTH\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1228\n+ DW_AT_decl_line : 1229\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 ac 20 0 \t(DW_OP_addr: 20ac60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x133a1): _HISTOGRAM_OPERATIONS_SORT_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1235\n+ DW_AT_decl_line : 1236\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 3e 20 0 \t(DW_OP_addr: 203ea0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11460): _HISTOGRAM_OPERATIONS_SORT_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1238\n+ DW_AT_decl_line : 1239\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8cc7>\n DW_AT_location : 5 byte block: 3 d4 3e 20 0 \t(DW_OP_addr: 203ed4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c1bd): _HISTOGRAM_OPERATIONS_SORT_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1240\n+ DW_AT_decl_line : 1241\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8cc7>\n DW_AT_location : 5 byte block: 3 f0 3e 20 0 \t(DW_OP_addr: 203ef0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14ab6): _HISTOGRAM_OPERATIONS_SORT_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1244\n+ DW_AT_decl_line : 1245\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 c 3f 20 0 \t(DW_OP_addr: 203f0c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bcf6): _HISTOGRAM_OPERATIONS_SORT_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1246\n+ DW_AT_decl_line : 1247\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 3f 20 0 \t(DW_OP_addr: 203f20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c27e): _HISTOGRAM_OPERATIONS_SORT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1250\n+ DW_AT_decl_line : 1251\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 54 3f 20 0 \t(DW_OP_addr: 203f54)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16ef5): _HISTOGRAM_OPERATIONS_SORT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1252\n+ DW_AT_decl_line : 1253\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 5c 3f 20 0 \t(DW_OP_addr: 203f5c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19498): _HISTOGRAM_OPERATIONS_SORT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1255\n+ DW_AT_decl_line : 1256\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 ac 20 0 \t(DW_OP_addr: 20acc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14364): _HISTOGRAM_OPERATIONS_DIFF_ID1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1261\n+ DW_AT_decl_line : 1262\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 3f 20 0 \t(DW_OP_addr: 203f80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf61b): _HISTOGRAM_OPERATIONS_DIFF_ID2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1264\n+ DW_AT_decl_line : 1265\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 3f 20 0 \t(DW_OP_addr: 203fc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d17f): _HISTOGRAM_OPERATIONS_DIFF_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1267\n+ DW_AT_decl_line : 1268\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7b9>\n DW_AT_location : 5 byte block: 3 0 40 20 0 \t(DW_OP_addr: 204000)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bf04): _HISTOGRAM_OPERATIONS_DIFF_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1269\n+ DW_AT_decl_line : 1270\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7b9>\n DW_AT_location : 5 byte block: 3 40 40 20 0 \t(DW_OP_addr: 204040)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18bd4): _HISTOGRAM_OPERATIONS_DIFF_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1286\n+ DW_AT_decl_line : 1287\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 6c 40 20 0 \t(DW_OP_addr: 20406c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfaa0): _HISTOGRAM_OPERATIONS_DIFF_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1288\n+ DW_AT_decl_line : 1289\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 40 20 0 \t(DW_OP_addr: 204080)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14bfd): _HISTOGRAM_OPERATIONS_DIFF_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1292\n+ DW_AT_decl_line : 1293\n DW_AT_decl_column : 21\n DW_AT_type : <0xa838d>\n DW_AT_location : 5 byte block: 3 b4 40 20 0 \t(DW_OP_addr: 2040b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1611a): _HISTOGRAM_OPERATIONS_DIFF_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1295\n+ DW_AT_decl_line : 1296\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9f1b>\n DW_AT_location : 5 byte block: 3 c0 40 20 0 \t(DW_OP_addr: 2040c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1caab): _HISTOGRAM_OPERATIONS_DIFF_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1309\n+ DW_AT_decl_line : 1310\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 f4 40 20 0 \t(DW_OP_addr: 2040f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x161d1): _HISTOGRAM_OPERATIONS_DIFF\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1311\n+ DW_AT_decl_line : 1312\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 ad 20 0 \t(DW_OP_addr: 20ad20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11f7c): _HISTOGRAM_OPERATIONS_RESET_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1318\n+ DW_AT_decl_line : 1319\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 41 20 0 \t(DW_OP_addr: 204100)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a712): _HISTOGRAM_OPERATIONS_RESET_TITLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1321\n+ DW_AT_decl_line : 1322\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 41 20 0 \t(DW_OP_addr: 204140)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cbab): _HISTOGRAM_OPERATIONS_RESET_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1324\n+ DW_AT_decl_line : 1325\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 74 41 20 0 \t(DW_OP_addr: 204174)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf820): _HISTOGRAM_OPERATIONS_RESET_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1326\n+ DW_AT_decl_line : 1327\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 7c 41 20 0 \t(DW_OP_addr: 20417c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13422): _HISTOGRAM_OPERATIONS_RESET\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1329\n+ DW_AT_decl_line : 1330\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 ad 20 0 \t(DW_OP_addr: 20ad80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19206): _HISTOGRAM_OPERATIONS_DIVIDE_ID1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1335\n+ DW_AT_decl_line : 1336\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 41 20 0 \t(DW_OP_addr: 2041a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19227): _HISTOGRAM_OPERATIONS_DIVIDE_ID2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1338\n+ DW_AT_decl_line : 1339\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 41 20 0 \t(DW_OP_addr: 2041e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18d59): _HISTOGRAM_OPERATIONS_DIVIDE_ID3\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1341\n+ DW_AT_decl_line : 1342\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 42 20 0 \t(DW_OP_addr: 204220)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xf853): _HISTOGRAM_OPERATIONS_DIVIDE_C1_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1344\n+ DW_AT_decl_line : 1345\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 bc a0 24 0 \t(DW_OP_addr: 24a0bc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1160a): _HISTOGRAM_OPERATIONS_DIVIDE_C1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1346\n+ DW_AT_decl_line : 1347\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 42 20 0 \t(DW_OP_addr: 204260)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1504e): _HISTOGRAM_OPERATIONS_DIVIDE_C2_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1349\n+ DW_AT_decl_line : 1350\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 d0 a0 24 0 \t(DW_OP_addr: 24a0d0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1162a): _HISTOGRAM_OPERATIONS_DIVIDE_C2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1351\n+ DW_AT_decl_line : 1352\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 42 20 0 \t(DW_OP_addr: 2042a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12387): _HISTOGRAM_OPERATIONS_DIVIDE_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1354\n+ DW_AT_decl_line : 1355\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 d4 42 20 0 \t(DW_OP_addr: 2042d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17fd4): _HISTOGRAM_OPERATIONS_DIVIDE_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1355\n+ DW_AT_decl_line : 1356\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 e4 a0 24 0 \t(DW_OP_addr: 24a0e4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15730): _HISTOGRAM_OPERATIONS_DIVIDE_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1357\n+ DW_AT_decl_line : 1358\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 dc 42 20 0 \t(DW_OP_addr: 2042dc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a9ba): _HISTOGRAM_OPERATIONS_DIVIDE_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1359\n+ DW_AT_decl_line : 1360\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 43 20 0 \t(DW_OP_addr: 204300)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10dfc): _HISTOGRAM_OPERATIONS_DIVIDE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1363\n+ DW_AT_decl_line : 1364\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 34 43 20 0 \t(DW_OP_addr: 204334)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1598d): _HISTOGRAM_OPERATIONS_DIVIDE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1367\n+ DW_AT_decl_line : 1368\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 4c 43 20 0 \t(DW_OP_addr: 20434c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10647): _HISTOGRAM_OPERATIONS_DIVIDE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1371\n+ DW_AT_decl_line : 1372\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 ad 20 0 \t(DW_OP_addr: 20ade0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17ab8): _HISTOGRAM_OPERATIONS_MULTIPLY_ID1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1377\n+ DW_AT_decl_line : 1378\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 43 20 0 \t(DW_OP_addr: 204360)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17adb): _HISTOGRAM_OPERATIONS_MULTIPLY_ID2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1380\n+ DW_AT_decl_line : 1381\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 43 20 0 \t(DW_OP_addr: 2043a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x113df): _HISTOGRAM_OPERATIONS_MULTIPLY_ID3\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1383\n+ DW_AT_decl_line : 1384\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 43 20 0 \t(DW_OP_addr: 2043e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x120e2): _HISTOGRAM_OPERATIONS_MULTIPLY_C1_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1386\n+ DW_AT_decl_line : 1387\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 ec a0 24 0 \t(DW_OP_addr: 24a0ec)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13f7c): _HISTOGRAM_OPERATIONS_MULTIPLY_C1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1388\n+ DW_AT_decl_line : 1389\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 44 20 0 \t(DW_OP_addr: 204420)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13e14): _HISTOGRAM_OPERATIONS_MULTIPLY_C2_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1391\n+ DW_AT_decl_line : 1392\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 0 a1 24 0 \t(DW_OP_addr: 24a100)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19896): _HISTOGRAM_OPERATIONS_MULTIPLY_C2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1393\n+ DW_AT_decl_line : 1394\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 44 20 0 \t(DW_OP_addr: 204460)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c40f): _HISTOGRAM_OPERATIONS_MULTIPLY_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1396\n+ DW_AT_decl_line : 1397\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 94 44 20 0 \t(DW_OP_addr: 204494)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1aed9): _HISTOGRAM_OPERATIONS_MULTIPLY_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1397\n+ DW_AT_decl_line : 1398\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 14 a1 24 0 \t(DW_OP_addr: 24a114)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1825b): _HISTOGRAM_OPERATIONS_MULTIPLY_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1399\n+ DW_AT_decl_line : 1400\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 9c 44 20 0 \t(DW_OP_addr: 20449c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x111b1): _HISTOGRAM_OPERATIONS_MULTIPLY_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1401\n+ DW_AT_decl_line : 1402\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 44 20 0 \t(DW_OP_addr: 2044c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12f1b): _HISTOGRAM_OPERATIONS_MULTIPLY_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1405\n+ DW_AT_decl_line : 1406\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 f4 44 20 0 \t(DW_OP_addr: 2044f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1617b): _HISTOGRAM_OPERATIONS_MULTIPLY_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1409\n+ DW_AT_decl_line : 1410\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 c 45 20 0 \t(DW_OP_addr: 20450c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x134c4): _HISTOGRAM_OPERATIONS_MULTIPLY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1413\n+ DW_AT_decl_line : 1414\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 ae 20 0 \t(DW_OP_addr: 20ae40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x192d3): _HISTOGRAM_OPERATIONS_SUBTRACT_ID1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1420\n+ DW_AT_decl_line : 1421\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 45 20 0 \t(DW_OP_addr: 204520)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x192f6): _HISTOGRAM_OPERATIONS_SUBTRACT_ID2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1423\n+ DW_AT_decl_line : 1424\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 45 20 0 \t(DW_OP_addr: 204560)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a87e): _HISTOGRAM_OPERATIONS_SUBTRACT_ID3\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1426\n+ DW_AT_decl_line : 1427\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 45 20 0 \t(DW_OP_addr: 2045a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1915e): _HISTOGRAM_OPERATIONS_SUBTRACT_C1_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1429\n+ DW_AT_decl_line : 1430\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 1c a1 24 0 \t(DW_OP_addr: 24a11c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14cb3): _HISTOGRAM_OPERATIONS_SUBTRACT_C1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1431\n+ DW_AT_decl_line : 1432\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 45 20 0 \t(DW_OP_addr: 2045e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13c33): _HISTOGRAM_OPERATIONS_SUBTRACT_C2_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1434\n+ DW_AT_decl_line : 1435\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 30 a1 24 0 \t(DW_OP_addr: 24a130)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x170f3): _HISTOGRAM_OPERATIONS_SUBTRACT_C2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1436\n+ DW_AT_decl_line : 1437\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 46 20 0 \t(DW_OP_addr: 204620)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12fbb): _HISTOGRAM_OPERATIONS_SUBTRACT_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1439\n+ DW_AT_decl_line : 1440\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 54 46 20 0 \t(DW_OP_addr: 204654)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13be6): _HISTOGRAM_OPERATIONS_SUBTRACT_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1440\n+ DW_AT_decl_line : 1441\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 44 a1 24 0 \t(DW_OP_addr: 24a144)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1973b): _HISTOGRAM_OPERATIONS_SUBTRACT_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1442\n+ DW_AT_decl_line : 1443\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 5c 46 20 0 \t(DW_OP_addr: 20465c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x155b7): _HISTOGRAM_OPERATIONS_SUBTRACT_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1444\n+ DW_AT_decl_line : 1445\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 46 20 0 \t(DW_OP_addr: 204680)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ac8a): _HISTOGRAM_OPERATIONS_SUBTRACT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1448\n+ DW_AT_decl_line : 1449\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 b4 46 20 0 \t(DW_OP_addr: 2046b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfd2c): _HISTOGRAM_OPERATIONS_SUBTRACT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1452\n+ DW_AT_decl_line : 1453\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 cc 46 20 0 \t(DW_OP_addr: 2046cc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17a7f): _HISTOGRAM_OPERATIONS_SUBTRACT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1456\n+ DW_AT_decl_line : 1457\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 ae 20 0 \t(DW_OP_addr: 20aea0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12227): _HISTOGRAM_OPERATIONS_ADD_ID1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1463\n+ DW_AT_decl_line : 1464\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 46 20 0 \t(DW_OP_addr: 2046e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ca4c): _HISTOGRAM_OPERATIONS_ADD_ID2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1466\n+ DW_AT_decl_line : 1467\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 47 20 0 \t(DW_OP_addr: 204720)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ca6a): _HISTOGRAM_OPERATIONS_ADD_ID3\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1469\n+ DW_AT_decl_line : 1470\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 47 20 0 \t(DW_OP_addr: 204760)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1252e): _HISTOGRAM_OPERATIONS_ADD_C1_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1472\n+ DW_AT_decl_line : 1473\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 4c a1 24 0 \t(DW_OP_addr: 24a14c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a92d): _HISTOGRAM_OPERATIONS_ADD_C1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1474\n+ DW_AT_decl_line : 1475\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 47 20 0 \t(DW_OP_addr: 2047a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12245): _HISTOGRAM_OPERATIONS_ADD_C2_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1477\n+ DW_AT_decl_line : 1478\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 60 a1 24 0 \t(DW_OP_addr: 24a160)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13f48): _HISTOGRAM_OPERATIONS_ADD_C2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1479\n+ DW_AT_decl_line : 1480\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 47 20 0 \t(DW_OP_addr: 2047e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15655): _HISTOGRAM_OPERATIONS_ADD_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1482\n+ DW_AT_decl_line : 1483\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 14 48 20 0 \t(DW_OP_addr: 204814)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1232b): _HISTOGRAM_OPERATIONS_ADD_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1483\n+ DW_AT_decl_line : 1484\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 74 a1 24 0 \t(DW_OP_addr: 24a174)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16534): _HISTOGRAM_OPERATIONS_ADD_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1484\n+ DW_AT_decl_line : 1485\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 1c 48 20 0 \t(DW_OP_addr: 20481c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c2fb): _HISTOGRAM_OPERATIONS_ADD_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1486\n+ DW_AT_decl_line : 1487\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 48 20 0 \t(DW_OP_addr: 204840)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bdd2): _HISTOGRAM_OPERATIONS_ADD_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1490\n+ DW_AT_decl_line : 1491\n DW_AT_decl_column : 21\n DW_AT_type : <0xad7f9>\n DW_AT_location : 5 byte block: 3 74 48 20 0 \t(DW_OP_addr: 204874)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10a8d): _HISTOGRAM_OPERATIONS_ADD_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1494\n+ DW_AT_decl_line : 1495\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 8c 48 20 0 \t(DW_OP_addr: 20488c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x157d0): _HISTOGRAM_OPERATIONS_ADD\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1499\n+ DW_AT_decl_line : 1500\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 af 20 0 \t(DW_OP_addr: 20af00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17bca): _HISTOGRAM_GET_VECT_REBIN_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1505\n+ DW_AT_decl_line : 1506\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 48 20 0 \t(DW_OP_addr: 2048a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b5b2): _HISTOGRAM_GET_VECT_REBIN_X\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1508\n+ DW_AT_decl_line : 1509\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 48 20 0 \t(DW_OP_addr: 2048e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x116ad): _HISTOGRAM_GET_VECT_REBIN_Y\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1511\n+ DW_AT_decl_line : 1512\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 49 20 0 \t(DW_OP_addr: 204920)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1748c): _HISTOGRAM_GET_VECT_REBIN_EX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1514\n+ DW_AT_decl_line : 1515\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 49 20 0 \t(DW_OP_addr: 204960)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x174b6): _HISTOGRAM_GET_VECT_REBIN_EY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1517\n+ DW_AT_decl_line : 1518\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 49 20 0 \t(DW_OP_addr: 2049a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13b1a): _HISTOGRAM_GET_VECT_REBIN_N_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1520\n+ DW_AT_decl_line : 1521\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 7c a1 24 0 \t(DW_OP_addr: 24a17c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b4db): _HISTOGRAM_GET_VECT_REBIN_N\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1522\n+ DW_AT_decl_line : 1523\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 49 20 0 \t(DW_OP_addr: 2049e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1323f): _HISTOGRAM_GET_VECT_REBIN_IFIRST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1525\n+ DW_AT_decl_line : 1526\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 90 a1 24 0 \t(DW_OP_addr: 24a190)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18ab4): _HISTOGRAM_GET_VECT_REBIN_IFIRST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1527\n+ DW_AT_decl_line : 1528\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 4a 20 0 \t(DW_OP_addr: 204a20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11fe6): _HISTOGRAM_GET_VECT_REBIN_ILAST_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1530\n+ DW_AT_decl_line : 1531\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 a4 a1 24 0 \t(DW_OP_addr: 24a1a4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1af74): _HISTOGRAM_GET_VECT_REBIN_ILAST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1532\n+ DW_AT_decl_line : 1533\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 4a 20 0 \t(DW_OP_addr: 204a60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12361): _HISTOGRAM_GET_VECT_REBIN_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1535\n+ DW_AT_decl_line : 1536\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 94 4a 20 0 \t(DW_OP_addr: 204a94)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18ae9): _HISTOGRAM_GET_VECT_REBIN_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1536\n+ DW_AT_decl_line : 1537\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 98 4a 20 0 \t(DW_OP_addr: 204a98)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x138cc): _HISTOGRAM_GET_VECT_REBIN_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1538\n+ DW_AT_decl_line : 1539\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 9c 4a 20 0 \t(DW_OP_addr: 204a9c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19cbd): _HISTOGRAM_GET_VECT_REBIN_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1540\n+ DW_AT_decl_line : 1541\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 4a 20 0 \t(DW_OP_addr: 204ac0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18440): _HISTOGRAM_GET_VECT_REBIN_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1544\n+ DW_AT_decl_line : 1545\n DW_AT_decl_column : 21\n DW_AT_type : <0xad819>\n DW_AT_location : 5 byte block: 3 0 4b 20 0 \t(DW_OP_addr: 204b00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a5ef): _HISTOGRAM_GET_VECT_REBIN_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1550\n+ DW_AT_decl_line : 1551\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7a9>\n DW_AT_location : 5 byte block: 3 40 4b 20 0 \t(DW_OP_addr: 204b40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10b9a): _HISTOGRAM_GET_VECT_REBIN_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1565\n+ DW_AT_decl_line : 1566\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 8c 4b 20 0 \t(DW_OP_addr: 204b8c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b160): _HISTOGRAM_GET_VECT_REBIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1566\n+ DW_AT_decl_line : 1567\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 af 20 0 \t(DW_OP_addr: 20af60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19902): _HISTOGRAM_GET_VECT_ABSCISSA_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1573\n+ DW_AT_decl_line : 1574\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 4b 20 0 \t(DW_OP_addr: 204ba0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ca88): _HISTOGRAM_GET_VECT_ABSCISSA_VNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1576\n+ DW_AT_decl_line : 1577\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 4b 20 0 \t(DW_OP_addr: 204be0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13555): _HISTOGRAM_GET_VECT_ABSCISSA_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1579\n+ DW_AT_decl_line : 1580\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 14 4c 20 0 \t(DW_OP_addr: 204c14)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x117c9): _HISTOGRAM_GET_VECT_ABSCISSA_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1581\n+ DW_AT_decl_line : 1582\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 1c 4c 20 0 \t(DW_OP_addr: 204c1c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x140f0): _HISTOGRAM_GET_VECT_ABSCISSA_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1583\n+ DW_AT_decl_line : 1584\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 20 4c 20 0 \t(DW_OP_addr: 204c20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a612): _HISTOGRAM_GET_VECT_ABSCISSA\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1584\n+ DW_AT_decl_line : 1585\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 af 20 0 \t(DW_OP_addr: 20afc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a7a6): _HISTOGRAM_GET_VECT_FUNCTION_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1591\n+ DW_AT_decl_line : 1592\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 4c 20 0 \t(DW_OP_addr: 204c40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a44c): _HISTOGRAM_GET_VECT_FUNCTION_VNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1594\n+ DW_AT_decl_line : 1595\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 4c 20 0 \t(DW_OP_addr: 204c80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b082): _HISTOGRAM_GET_VECT_FUNCTION_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1597\n+ DW_AT_decl_line : 1598\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 b4 4c 20 0 \t(DW_OP_addr: 204cb4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cb75): _HISTOGRAM_GET_VECT_FUNCTION_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1599\n+ DW_AT_decl_line : 1600\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 bc 4c 20 0 \t(DW_OP_addr: 204cbc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13c95): _HISTOGRAM_GET_VECT_FUNCTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1601\n+ DW_AT_decl_line : 1602\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 b0 20 0 \t(DW_OP_addr: 20b020)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19966): _HISTOGRAM_GET_VECT_ERRORS_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1607\n+ DW_AT_decl_line : 1608\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 4c 20 0 \t(DW_OP_addr: 204cc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14bc6): _HISTOGRAM_GET_VECT_ERRORS_VNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1610\n+ DW_AT_decl_line : 1611\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 4d 20 0 \t(DW_OP_addr: 204d00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12945): _HISTOGRAM_GET_VECT_ERRORS_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1613\n+ DW_AT_decl_line : 1614\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 34 4d 20 0 \t(DW_OP_addr: 204d34)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11d91): _HISTOGRAM_GET_VECT_ERRORS_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1615\n+ DW_AT_decl_line : 1616\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 3c 4d 20 0 \t(DW_OP_addr: 204d3c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11b7c): _HISTOGRAM_GET_VECT_ERRORS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1617\n+ DW_AT_decl_line : 1618\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 b0 20 0 \t(DW_OP_addr: 20b080)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15f2d): _HISTOGRAM_GET_VECT_CONTENTS_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1623\n+ DW_AT_decl_line : 1624\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 4d 20 0 \t(DW_OP_addr: 204d40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15215): _HISTOGRAM_GET_VECT_CONTENTS_VNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1626\n+ DW_AT_decl_line : 1627\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 4d 20 0 \t(DW_OP_addr: 204d80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10e95): _HISTOGRAM_GET_VECT_CONTENTS_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1629\n+ DW_AT_decl_line : 1630\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 b4 4d 20 0 \t(DW_OP_addr: 204db4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b251): _HISTOGRAM_GET_VECT_CONTENTS_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1631\n+ DW_AT_decl_line : 1632\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 bc 4d 20 0 \t(DW_OP_addr: 204dbc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x122bb): _HISTOGRAM_GET_VECT_CONTENTS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1633\n+ DW_AT_decl_line : 1634\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 b0 20 0 \t(DW_OP_addr: 20b0e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1836e): _HISTOGRAM_PUT_VECT_ERRORS_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1639\n+ DW_AT_decl_line : 1640\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 4d 20 0 \t(DW_OP_addr: 204dc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1641d): _HISTOGRAM_PUT_VECT_ERRORS_VNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1642\n+ DW_AT_decl_line : 1643\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 4e 20 0 \t(DW_OP_addr: 204e00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x155f1): _HISTOGRAM_PUT_VECT_ERRORS_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1645\n+ DW_AT_decl_line : 1646\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 34 4e 20 0 \t(DW_OP_addr: 204e34)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x103df): _HISTOGRAM_PUT_VECT_ERRORS_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1647\n+ DW_AT_decl_line : 1648\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 3c 4e 20 0 \t(DW_OP_addr: 204e3c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19282): _HISTOGRAM_PUT_VECT_ERRORS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1649\n+ DW_AT_decl_line : 1650\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 b1 20 0 \t(DW_OP_addr: 20b140)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11b3f): _HISTOGRAM_PUT_VECT_CONTENTS_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1655\n+ DW_AT_decl_line : 1656\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 4e 20 0 \t(DW_OP_addr: 204e40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b0aa): _HISTOGRAM_PUT_VECT_CONTENTS_VNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1658\n+ DW_AT_decl_line : 1659\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 4e 20 0 \t(DW_OP_addr: 204e80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17be7): _HISTOGRAM_PUT_VECT_CONTENTS_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1661\n+ DW_AT_decl_line : 1662\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 b4 4e 20 0 \t(DW_OP_addr: 204eb4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18938): _HISTOGRAM_PUT_VECT_CONTENTS_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1663\n+ DW_AT_decl_line : 1664\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 bc 4e 20 0 \t(DW_OP_addr: 204ebc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x187d7): _HISTOGRAM_PUT_VECT_CONTENTS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1665\n+ DW_AT_decl_line : 1666\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 b1 20 0 \t(DW_OP_addr: 20b1a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x114d6): _HISTOGRAM_SET_IDOPT_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1671\n+ DW_AT_decl_line : 1672\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 4e 20 0 \t(DW_OP_addr: 204ec0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c875): _HISTOGRAM_SET_IDOPT_OPTION_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1674\n+ DW_AT_decl_line : 1675\n DW_AT_decl_column : 14\n DW_AT_type : <0xaa8b9>\n DW_AT_location : 5 byte block: 3 0 4f 20 0 \t(DW_OP_addr: 204f00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x178c0): _HISTOGRAM_SET_IDOPT_OPTION_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1679\n+ DW_AT_decl_line : 1680\n DW_AT_decl_column : 14\n DW_AT_type : <0xaa8b9>\n DW_AT_location : 5 byte block: 3 a0 4f 20 0 \t(DW_OP_addr: 204fa0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14f54): _HISTOGRAM_SET_IDOPT_OPTION_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1710\n+ DW_AT_decl_line : 1711\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 38 50 20 0 \t(DW_OP_addr: 205038)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a239): _HISTOGRAM_SET_IDOPT_OPTION\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1712\n+ DW_AT_decl_line : 1713\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 50 20 0 \t(DW_OP_addr: 205060)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19b0b): _HISTOGRAM_SET_IDOPT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1716\n+ DW_AT_decl_line : 1717\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 94 50 20 0 \t(DW_OP_addr: 205094)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12646): _HISTOGRAM_SET_IDOPT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1718\n+ DW_AT_decl_line : 1719\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 9c 50 20 0 \t(DW_OP_addr: 20509c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1453f): _HISTOGRAM_SET_IDOPT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1720\n+ DW_AT_decl_line : 1721\n DW_AT_decl_column : 14\n DW_AT_type : <0xb19d9>\n DW_AT_location : 5 byte block: 3 a0 50 20 0 \t(DW_OP_addr: 2050a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b451): _HISTOGRAM_SET_IDOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1729\n+ DW_AT_decl_line : 1730\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 b2 20 0 \t(DW_OP_addr: 20b200)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b61c): _HISTOGRAM_SET_SCALE_FACTOR_2D_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1735\n+ DW_AT_decl_line : 1736\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 c0 51 20 0 \t(DW_OP_addr: 2051c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19766): _HISTOGRAM_SET_SCALE_FACTOR_2D_XSCALE_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1738\n+ DW_AT_decl_line : 1739\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 b8 a1 24 0 \t(DW_OP_addr: 24a1b8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17cdb): _HISTOGRAM_SET_SCALE_FACTOR_2D_XSCALE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1740\n+ DW_AT_decl_line : 1741\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 52 20 0 \t(DW_OP_addr: 205200)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1103b): _HISTOGRAM_SET_SCALE_FACTOR_2D_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1743\n+ DW_AT_decl_line : 1744\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 34 52 20 0 \t(DW_OP_addr: 205234)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a8a1): _HISTOGRAM_SET_SCALE_FACTOR_2D_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1745\n+ DW_AT_decl_line : 1746\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 3c 52 20 0 \t(DW_OP_addr: 20523c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12c46): _HISTOGRAM_SET_SCALE_FACTOR_2D\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1747\n+ DW_AT_decl_line : 1748\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 b2 20 0 \t(DW_OP_addr: 20b260)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xff8c): _HISTOGRAM_SET_NORMALIZE_FACTOR_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1753\n+ DW_AT_decl_line : 1754\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 52 20 0 \t(DW_OP_addr: 205240)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b8da): _HISTOGRAM_SET_NORMALIZE_FACTOR_XNORM_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1756\n+ DW_AT_decl_line : 1757\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 cc a1 24 0 \t(DW_OP_addr: 24a1cc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfb6e): _HISTOGRAM_SET_NORMALIZE_FACTOR_XNORM\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1758\n+ DW_AT_decl_line : 1759\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 52 20 0 \t(DW_OP_addr: 205280)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11dd8): _HISTOGRAM_SET_NORMALIZE_FACTOR_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1761\n+ DW_AT_decl_line : 1762\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 b4 52 20 0 \t(DW_OP_addr: 2052b4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1bda9): _HISTOGRAM_SET_NORMALIZE_FACTOR_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1763\n+ DW_AT_decl_line : 1764\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 bc 52 20 0 \t(DW_OP_addr: 2052bc)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1630c): _HISTOGRAM_SET_NORMALIZE_FACTOR_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1767\n+ DW_AT_decl_line : 1768\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 c8 52 20 0 \t(DW_OP_addr: 2052c8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x149da): _HISTOGRAM_SET_NORMALIZE_FACTOR\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1768\n+ DW_AT_decl_line : 1769\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 b2 20 0 \t(DW_OP_addr: 20b2c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10179): _HISTOGRAM_SET_MINIMUM_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1776\n+ DW_AT_decl_line : 1777\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 52 20 0 \t(DW_OP_addr: 2052e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x143fa): _HISTOGRAM_SET_MINIMUM_VMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1779\n+ DW_AT_decl_line : 1780\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 e0 a1 24 0 \t(DW_OP_addr: 24a1e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11a3a): _HISTOGRAM_SET_MINIMUM_VMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1781\n+ DW_AT_decl_line : 1782\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 53 20 0 \t(DW_OP_addr: 205320)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14d1b): _HISTOGRAM_SET_MINIMUM_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1784\n+ DW_AT_decl_line : 1785\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 54 53 20 0 \t(DW_OP_addr: 205354)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13b3b): _HISTOGRAM_SET_MINIMUM_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1786\n+ DW_AT_decl_line : 1787\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 60 53 20 0 \t(DW_OP_addr: 205360)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13dc0): _HISTOGRAM_SET_MINIMUM_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1791\n+ DW_AT_decl_line : 1792\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 84 53 20 0 \t(DW_OP_addr: 205384)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x104e6): _HISTOGRAM_SET_MINIMUM\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1792\n+ DW_AT_decl_line : 1793\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 b3 20 0 \t(DW_OP_addr: 20b320)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11342): _HISTOGRAM_SET_MAXIMUM_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1799\n+ DW_AT_decl_line : 1800\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 53 20 0 \t(DW_OP_addr: 2053a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x118e5): _HISTOGRAM_SET_MAXIMUM_VMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1802\n+ DW_AT_decl_line : 1803\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bdd>\n DW_AT_location : 5 byte block: 3 f4 a1 24 0 \t(DW_OP_addr: 24a1f4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d079): _HISTOGRAM_SET_MAXIMUM_VMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1804\n+ DW_AT_decl_line : 1805\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 53 20 0 \t(DW_OP_addr: 2053e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c33d): _HISTOGRAM_SET_MAXIMUM_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1807\n+ DW_AT_decl_line : 1808\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 14 54 20 0 \t(DW_OP_addr: 205414)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ae13): _HISTOGRAM_SET_MAXIMUM_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1809\n+ DW_AT_decl_line : 1810\n DW_AT_decl_column : 14\n DW_AT_type : <0xa839d>\n DW_AT_location : 5 byte block: 3 20 54 20 0 \t(DW_OP_addr: 205420)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a05b): _HISTOGRAM_SET_MAXIMUM_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1814\n+ DW_AT_decl_line : 1815\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 44 54 20 0 \t(DW_OP_addr: 205444)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x111f5): _HISTOGRAM_SET_MAXIMUM\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1815\n+ DW_AT_decl_line : 1816\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 b3 20 0 \t(DW_OP_addr: 20b380)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19e07): _HISTOGRAM_SET_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1822\n+ DW_AT_decl_line : 1823\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 4c 54 20 0 \t(DW_OP_addr: 20544c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1357d): _HISTOGRAM_SET_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1823\n+ DW_AT_decl_line : 1824\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 50 54 20 0 \t(DW_OP_addr: 205450)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x144db): _HISTOGRAM_SET\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1824\n+ DW_AT_decl_line : 1825\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 60 54 20 0 \t(DW_OP_addr: 205460)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1615e): _HISTOGRAM_PUT_VECT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1828\n+ DW_AT_decl_line : 1829\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 90 54 20 0 \t(DW_OP_addr: 205490)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14fa1): _HISTOGRAM_PUT_VECT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1830\n+ DW_AT_decl_line : 1831\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 94 54 20 0 \t(DW_OP_addr: 205494)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13464): _HISTOGRAM_PUT_VECT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1831\n+ DW_AT_decl_line : 1832\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 a0 54 20 0 \t(DW_OP_addr: 2054a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18e4f): _HISTOGRAM_GET_VECT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1835\n+ DW_AT_decl_line : 1836\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 d0 54 20 0 \t(DW_OP_addr: 2054d0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a7db): _HISTOGRAM_GET_VECT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1837\n+ DW_AT_decl_line : 1838\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 d4 54 20 0 \t(DW_OP_addr: 2054d4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18809): _HISTOGRAM_GET_VECT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1838\n+ DW_AT_decl_line : 1839\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 e0 54 20 0 \t(DW_OP_addr: 2054e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d05a): _HISTOGRAM_OPERATIONS_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1842\n+ DW_AT_decl_line : 1843\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 10 55 20 0 \t(DW_OP_addr: 205510)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ce5b): _HISTOGRAM_OPERATIONS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1844\n+ DW_AT_decl_line : 1845\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 20 55 20 0 \t(DW_OP_addr: 205520)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x199b8): _HISTOGRAM_HIO_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1848\n+ DW_AT_decl_line : 1849\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 50 55 20 0 \t(DW_OP_addr: 205550)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x113d0): _HISTOGRAM_HIO\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1850\n+ DW_AT_decl_line : 1851\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 60 55 20 0 \t(DW_OP_addr: 205560)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a342): _HISTOGRAM_CREATE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1854\n+ DW_AT_decl_line : 1855\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 90 55 20 0 \t(DW_OP_addr: 205590)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cbe9): _HISTOGRAM_CREATE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1856\n+ DW_AT_decl_line : 1857\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 a0 55 20 0 \t(DW_OP_addr: 2055a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12457): _HISTOGRAM_2D_PLOT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1860\n+ DW_AT_decl_line : 1861\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 d0 55 20 0 \t(DW_OP_addr: 2055d0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x163e8): _HISTOGRAM_2D_PLOT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1862\n+ DW_AT_decl_line : 1863\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 e0 55 20 0 \t(DW_OP_addr: 2055e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10f49): _HISTOGRAM_FIT_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1866\n+ DW_AT_decl_line : 1867\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 56 20 0 \t(DW_OP_addr: 205620)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x165f5): _HISTOGRAM_FIT_FUNC\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1869\n+ DW_AT_decl_line : 1870\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 56 20 0 \t(DW_OP_addr: 205660)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c3d1): _HISTOGRAM_FIT_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1872\n+ DW_AT_decl_line : 1873\n DW_AT_decl_column : 14\n DW_AT_type : <0xa833d>\n DW_AT_location : 5 byte block: 3 a0 56 20 0 \t(DW_OP_addr: 2056a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ad4a): _HISTOGRAM_FIT_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1874\n+ DW_AT_decl_line : 1875\n DW_AT_decl_column : 14\n DW_AT_type : <0xa833d>\n DW_AT_location : 5 byte block: 3 e0 56 20 0 \t(DW_OP_addr: 2056e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16a73): _HISTOGRAM_FIT_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1897\n+ DW_AT_decl_line : 1898\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 18 57 20 0 \t(DW_OP_addr: 205718)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cf28): _HISTOGRAM_FIT_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1899\n+ DW_AT_decl_line : 1900\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 57 20 0 \t(DW_OP_addr: 205740)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1012a): _HISTOGRAM_FIT_NP_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1902\n+ DW_AT_decl_line : 1903\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 74 57 20 0 \t(DW_OP_addr: 205774)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x122a9): _HISTOGRAM_FIT_NP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1903\n+ DW_AT_decl_line : 1904\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 57 20 0 \t(DW_OP_addr: 2057a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x165c9): _HISTOGRAM_FIT_PAR\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1906\n+ DW_AT_decl_line : 1907\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 57 20 0 \t(DW_OP_addr: 2057e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16a5f): _HISTOGRAM_FIT_STEP\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1909\n+ DW_AT_decl_line : 1910\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 58 20 0 \t(DW_OP_addr: 205820)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1608a): _HISTOGRAM_FIT_PMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1912\n+ DW_AT_decl_line : 1913\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 58 20 0 \t(DW_OP_addr: 205860)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16781): _HISTOGRAM_FIT_PMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1915\n+ DW_AT_decl_line : 1916\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 58 20 0 \t(DW_OP_addr: 2058a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1665b): _HISTOGRAM_FIT_ERRPAR\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1918\n+ DW_AT_decl_line : 1919\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 58 20 0 \t(DW_OP_addr: 2058e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1069b): _HISTOGRAM_FIT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1921\n+ DW_AT_decl_line : 1922\n DW_AT_decl_column : 21\n DW_AT_type : <0xad819>\n DW_AT_location : 5 byte block: 3 20 59 20 0 \t(DW_OP_addr: 205920)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18c84): _HISTOGRAM_FIT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1925\n+ DW_AT_decl_line : 1926\n DW_AT_decl_column : 14\n DW_AT_type : <0xb19e9>\n DW_AT_location : 5 byte block: 3 60 59 20 0 \t(DW_OP_addr: 205960)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19b73): _HISTOGRAM_FIT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1977\n+ DW_AT_decl_line : 1978\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 80 5a 20 0 \t(DW_OP_addr: 205a80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11588): _HISTOGRAM_FIT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1979\n+ DW_AT_decl_line : 1980\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 b3 20 0 \t(DW_OP_addr: 20b3e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19af7): _HISTOGRAM_COPY_ID1\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1984\n+ DW_AT_decl_line : 1985\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 5a 20 0 \t(DW_OP_addr: 205aa0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b93c): _HISTOGRAM_COPY_ID2\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1987\n+ DW_AT_decl_line : 1988\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 5a 20 0 \t(DW_OP_addr: 205ae0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12fa5): _HISTOGRAM_COPY_TITLE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1990\n+ DW_AT_decl_line : 1991\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 20 5b 20 0 \t(DW_OP_addr: 205b20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15141): _HISTOGRAM_COPY_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1993\n+ DW_AT_decl_line : 1994\n DW_AT_decl_column : 21\n DW_AT_type : <0xa838d>\n DW_AT_location : 5 byte block: 3 54 5b 20 0 \t(DW_OP_addr: 205b54)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x141bf): _HISTOGRAM_COPY_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 1995\n+ DW_AT_decl_line : 1996\n DW_AT_decl_column : 14\n DW_AT_type : <0xad829>\n DW_AT_location : 5 byte block: 3 60 5b 20 0 \t(DW_OP_addr: 205b60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x182bb): _HISTOGRAM_COPY\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2007\n+ DW_AT_decl_line : 2008\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 40 b4 20 0 \t(DW_OP_addr: 20b440)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x189a3): _HISTOGRAM_PROJECT_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2012\n+ DW_AT_decl_line : 2013\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 5b 20 0 \t(DW_OP_addr: 205ba0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13619): _HISTOGRAM_PROJECT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2015\n+ DW_AT_decl_line : 2016\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 d4 5b 20 0 \t(DW_OP_addr: 205bd4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13a25): _HISTOGRAM_PROJECT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2017\n+ DW_AT_decl_line : 2018\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 d8 5b 20 0 \t(DW_OP_addr: 205bd8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1c939): _HISTOGRAM_PROJECT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2020\n+ DW_AT_decl_line : 2021\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 e0 5b 20 0 \t(DW_OP_addr: 205be0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x168d5): _HISTOGRAM_PROJECT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2021\n+ DW_AT_decl_line : 2022\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 a0 b4 20 0 \t(DW_OP_addr: 20b4a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1773e): _HISTOGRAM_MANY_PLOTS_IDLIST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2027\n+ DW_AT_decl_line : 2028\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 5c 20 0 \t(DW_OP_addr: 205c00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14dca): _HISTOGRAM_MANY_PLOTS_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2030\n+ DW_AT_decl_line : 2031\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 34 5c 20 0 \t(DW_OP_addr: 205c34)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1488f): _HISTOGRAM_MANY_PLOTS_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2032\n+ DW_AT_decl_line : 2033\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 40 5c 20 0 \t(DW_OP_addr: 205c40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x134e3): _HISTOGRAM_MANY_PLOTS\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2039\n+ DW_AT_decl_line : 2040\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 0 b5 20 0 \t(DW_OP_addr: 20b500)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19c49): _HISTOGRAM_ZOOM_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2045\n+ DW_AT_decl_line : 2046\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 5c 20 0 \t(DW_OP_addr: 205c60)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11f60): _HISTOGRAM_ZOOM_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2048\n+ DW_AT_decl_line : 2049\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 a0 5c 20 0 \t(DW_OP_addr: 205ca0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1af22): _HISTOGRAM_ZOOM_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2050\n+ DW_AT_decl_line : 2051\n DW_AT_decl_column : 14\n DW_AT_type : <0xa837d>\n DW_AT_location : 5 byte block: 3 c0 5c 20 0 \t(DW_OP_addr: 205cc0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x182a0): _HISTOGRAM_ZOOM_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2055\n+ DW_AT_decl_line : 2056\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 e0 5c 20 0 \t(DW_OP_addr: 205ce0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17c48): _HISTOGRAM_ZOOM_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2057\n+ DW_AT_decl_line : 2058\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 5d 20 0 \t(DW_OP_addr: 205d00)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17c92): _HISTOGRAM_ZOOM_ICMIN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2060\n+ DW_AT_decl_line : 2061\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 8 a2 24 0 \t(DW_OP_addr: 24a208)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11852): _HISTOGRAM_ZOOM_ICMIN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2062\n+ DW_AT_decl_line : 2063\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 5d 20 0 \t(DW_OP_addr: 205d40)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1d008): _HISTOGRAM_ZOOM_ICMAX_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2065\n+ DW_AT_decl_line : 2066\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 1c a2 24 0 \t(DW_OP_addr: 24a21c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1cfda): _HISTOGRAM_ZOOM_ICMAX\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2067\n+ DW_AT_decl_line : 2068\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 80 5d 20 0 \t(DW_OP_addr: 205d80)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a07a): _HISTOGRAM_ZOOM_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2070\n+ DW_AT_decl_line : 2071\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 b4 5d 20 0 \t(DW_OP_addr: 205db4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a3fe): _HISTOGRAM_ZOOM_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2072\n+ DW_AT_decl_line : 2073\n DW_AT_decl_column : 14\n DW_AT_type : <0xa9d6e>\n DW_AT_location : 5 byte block: 3 c4 5d 20 0 \t(DW_OP_addr: 205dc4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1caea): _HISTOGRAM_ZOOM\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2079\n+ DW_AT_decl_line : 2080\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 60 b5 20 0 \t(DW_OP_addr: 20b560)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11f0e): _HISTOGRAM_PLOT_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2085\n+ DW_AT_decl_line : 2086\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 5d 20 0 \t(DW_OP_addr: 205de0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1449e): _HISTOGRAM_PLOT_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2088\n+ DW_AT_decl_line : 2089\n DW_AT_decl_column : 14\n DW_AT_type : <0xb19f9>\n DW_AT_location : 5 byte block: 3 20 5e 20 0 \t(DW_OP_addr: 205e20)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ad83): _HISTOGRAM_PLOT_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2093\n+ DW_AT_decl_line : 2094\n DW_AT_decl_column : 14\n DW_AT_type : <0xb19f9>\n DW_AT_location : 5 byte block: 3 e0 5e 20 0 \t(DW_OP_addr: 205ee0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ba8a): _HISTOGRAM_PLOT_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2130\n+ DW_AT_decl_line : 2131\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 84 5f 20 0 \t(DW_OP_addr: 205f84)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x13338): _HISTOGRAM_PLOT_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2132\n+ DW_AT_decl_line : 2133\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 5f 20 0 \t(DW_OP_addr: 205fa0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1b517): _HISTOGRAM_PLOT_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2136\n+ DW_AT_decl_line : 2137\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ad>\n DW_AT_location : 5 byte block: 3 d4 5f 20 0 \t(DW_OP_addr: 205fd4)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10eff): _HISTOGRAM_PLOT_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2138\n+ DW_AT_decl_line : 2139\n DW_AT_decl_column : 14\n DW_AT_type : <0xb19e9>\n DW_AT_location : 5 byte block: 3 e0 5f 20 0 \t(DW_OP_addr: 205fe0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19c18): _HISTOGRAM_PLOT_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2181\n+ DW_AT_decl_line : 2182\n DW_AT_decl_column : 14\n DW_AT_type : <0xad7e9>\n DW_AT_location : 5 byte block: 3 0 61 20 0 \t(DW_OP_addr: 206100)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12a7b): _HISTOGRAM_PLOT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2184\n+ DW_AT_decl_line : 2185\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 c0 b5 20 0 \t(DW_OP_addr: 20b5c0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x197a5): _HISTOGRAM_DELETE_ID\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2189\n+ DW_AT_decl_line : 2190\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 61 20 0 \t(DW_OP_addr: 206160)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ba1f): _HISTOGRAM_DELETE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2192\n+ DW_AT_decl_line : 2193\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 94 61 20 0 \t(DW_OP_addr: 206194)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a830): _HISTOGRAM_DELETE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2193\n+ DW_AT_decl_line : 2194\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83dd>\n DW_AT_location : 5 byte block: 3 98 61 20 0 \t(DW_OP_addr: 206198)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x189ef): _HISTOGRAM_DELETE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2197\n+ DW_AT_decl_line : 2198\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 ac 61 20 0 \t(DW_OP_addr: 2061ac)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x12c65): _HISTOGRAM_DELETE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2198\n+ DW_AT_decl_line : 2199\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 20 b6 20 0 \t(DW_OP_addr: 20b620)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x109d6): _HISTOGRAM_LIST_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2203\n+ DW_AT_decl_line : 2204\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 b8 61 20 0 \t(DW_OP_addr: 2061b8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x106fa): _HISTOGRAM_LIST_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2204\n+ DW_AT_decl_line : 2205\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 c8 61 20 0 \t(DW_OP_addr: 2061c8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16fee): _HISTOGRAM_LIST_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2209\n+ DW_AT_decl_line : 2210\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 d8 61 20 0 \t(DW_OP_addr: 2061d8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x17056): _HISTOGRAM_LIST_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2211\n+ DW_AT_decl_line : 2212\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 0 62 20 0 \t(DW_OP_addr: 206200)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10924): _HISTOGRAM_LIST_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2214\n+ DW_AT_decl_line : 2215\n DW_AT_decl_column : 21\n DW_AT_type : <0xa83ed>\n DW_AT_location : 5 byte block: 3 34 62 20 0 \t(DW_OP_addr: 206234)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1ab4b): _HISTOGRAM_LIST_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2215\n+ DW_AT_decl_line : 2216\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 38 62 20 0 \t(DW_OP_addr: 206238)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x10544): _HISTOGRAM_LIST_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2217\n+ DW_AT_decl_line : 2218\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83bd>\n DW_AT_location : 5 byte block: 3 3c 62 20 0 \t(DW_OP_addr: 20623c)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x18bb9): _HISTOGRAM_LIST\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2218\n+ DW_AT_decl_line : 2219\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 80 b6 20 0 \t(DW_OP_addr: 20b680)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1933c): _HISTOGRAM_FILE_LUN_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2223\n+ DW_AT_decl_line : 2224\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 48 62 20 0 \t(DW_OP_addr: 206248)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x15f19): _HISTOGRAM_FILE_LUN\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2224\n+ DW_AT_decl_line : 2225\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 60 62 20 0 \t(DW_OP_addr: 206260)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11955): _HISTOGRAM_FILE_FNAME\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2227\n+ DW_AT_decl_line : 2228\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 a0 62 20 0 \t(DW_OP_addr: 2062a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x11242): _HISTOGRAM_FILE_LRECL_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2230\n+ DW_AT_decl_line : 2231\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7b8e>\n DW_AT_location : 5 byte block: 3 30 a2 24 0 \t(DW_OP_addr: 24a230)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1a528): _HISTOGRAM_FILE_LRECL\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2232\n+ DW_AT_decl_line : 2233\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 e0 62 20 0 \t(DW_OP_addr: 2062e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1809c): _HISTOGRAM_FILE_CHOPT_range\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2235\n+ DW_AT_decl_line : 2236\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 14 63 20 0 \t(DW_OP_addr: 206314)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x14852): _HISTOGRAM_FILE_CHOPT_text\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2236\n+ DW_AT_decl_line : 2237\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8ca7>\n DW_AT_location : 5 byte block: 3 24 63 20 0 \t(DW_OP_addr: 206324)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x16a27): _HISTOGRAM_FILE_CHOPT_type\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2239\n+ DW_AT_decl_line : 2240\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7bd1>\n DW_AT_location : 5 byte block: 3 34 63 20 0 \t(DW_OP_addr: 206334)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x102cd): _HISTOGRAM_FILE_CHOPT\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2241\n+ DW_AT_decl_line : 2242\n DW_AT_decl_column : 20\n DW_AT_type : <0xa7c9c>\n DW_AT_location : 5 byte block: 3 40 63 20 0 \t(DW_OP_addr: 206340)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0xfc2c): _HISTOGRAM_FILE_parameters\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2244\n+ DW_AT_decl_line : 2245\n DW_AT_decl_column : 21\n DW_AT_type : <0xa8cb7>\n DW_AT_location : 5 byte block: 3 74 63 20 0 \t(DW_OP_addr: 206374)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x19519): _HISTOGRAM_FILE_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2246\n+ DW_AT_decl_line : 2247\n DW_AT_decl_column : 14\n DW_AT_type : <0xa8cc7>\n DW_AT_location : 5 byte block: 3 84 63 20 0 \t(DW_OP_addr: 206384)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x161a3): _HISTOGRAM_FILE_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2252\n+ DW_AT_decl_line : 2253\n DW_AT_decl_column : 14\n DW_AT_type : <0xa836d>\n DW_AT_location : 5 byte block: 3 a0 63 20 0 \t(DW_OP_addr: 2063a0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x142ce): _HISTOGRAM_FILE\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2253\n+ DW_AT_decl_line : 2254\n DW_AT_decl_column : 18\n DW_AT_type : <0xa7e00>\n DW_AT_location : 5 byte block: 3 e0 b6 20 0 \t(DW_OP_addr: 20b6e0)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x146a0): _HISTOGRAM_guidance\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2258\n+ DW_AT_decl_line : 2259\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 a8 63 20 0 \t(DW_OP_addr: 2063a8)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x198b8): _HISTOGRAM_keyword\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2260\n+ DW_AT_decl_line : 2261\n DW_AT_decl_column : 14\n DW_AT_type : <0xa83cd>\n DW_AT_location : 5 byte block: 3 ac 63 20 0 \t(DW_OP_addr: 2063ac)\n <2>: Abbrev Number: 18 (DW_TAG_variable)\n DW_AT_name : (indirect string, offset: 0x1f380): _HISTOGRAM\n DW_AT_decl_file : 1\n- DW_AT_decl_line : 2261\n+ DW_AT_decl_line : 2262\n DW_AT_decl_column : 15\n DW_AT_type : <0xa7ec2>\n DW_AT_location : 5 byte block: 3 c0 63 20 0 \t(DW_OP_addr: 2063c0)\n <2>: Abbrev Number: 19 (DW_TAG_GNU_call_site)\n DW_AT_low_pc : 0xb65d0\n DW_AT_abstract_origin: <0xb1a09>\n <2>: Abbrev Number: 0\n"}, {"source1": "strings --all {}", "source2": "strings --all {}", "unified_diff": "@@ -1,9 +1,8 @@\n-4pp!\n-xGCC: (Debian 9.3.0-14) 9.3.0\n+GCC: (Debian 9.3.0-14) 9.3.0\n 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