=======================================================================COMPLOT
COMPLOT
PROGRAM COMPLOT COMPLOT
=============== COMPLOT
VERSION 83-1 (FEBRUARY, 1983) COMPLOT
VERSION 83-2 (MAY, 1983) COMPLOT
VERSION 83-3 (DECEMBER, 1983) *MAJOR MODIFICATION. COMPLOT
*ADDED SELECTION OF PLOTS BY MAT OR COMPLOT
ZA/MT/ENERGY RANGE (EV). COMPLOT
*ADDED VARIABLE AXIS UNITS (PROGRAM COMPLOT
CONTROLLED..X=MILLI-EV, EV, KEV, COMPLOT
MEV...Y=MILLI-BARNS, BARNS). COMPLOT
VERSION 84-1 (APRIL, 1984) *ADDED SELECTION BY REACTION/ENERGY COMPLOT
RANGE. COMPLOT
*ADDED IDENTIFY DATA POINTS OPTION COMPLOT
(SMALL BOX DRAWN AROUND EACH CROSS COMPLOT
SECTION AND RATIO POINT). COMPLOT
*IMPROVED NON-IBM GRAPHICS INTERFACECOMPLOT
(ALL CHARACTER POSITIONING NOW COMPLOT
BASED ON CHARACTER, NOT RASTER, COMPLOT
SIZE). COMPLOT
VERSION 85-1 (APRIL, 1985) *SPECIAL I/O ROUTINES TO GUARANTEE COMPLOT
ACCURACY OF ENERGY. COMPLOT
*DOUBLE PRECISION TREATMENT OF COMPLOT
ENERGY (REQUIRED FOR NARROW COMPLOT
RESONANCES). COMPLOT
*ADDED (ZA,MT) EQUIVALENCE OPTION. COMPLOT
*ADDED SMALL PLOT OPTION. COMPLOT
VERSION 85-2 (AUGUST, 1985) *FORTRAN-77/H VERSION COMPLOT
VERSION 86-1 (JANUARY, 1986) *ENERGY DEPENDENT SCATTERING RADIUS COMPLOT
VERSION 86-2 (DECEMBER, 1986) *DOUBLE PRECISION PLOT SCALING COMPLOT
(REQUIRED FOR NARROW ENERGY RANGES)COMPLOT
VERSION 88-1 (JULY 1988) *MAJOR REVISION TO MAKE CODE EASILY COMPLOT
INTERFACEABLE TO ALMOST ANY PLOTTERCOMPLOT
*WARNING..INPUT PARAMETERS FROM BEENCOMPLOT
CHANGED (SEE, DESCRIPTION BELOW) COMPLOT
*COMPUTER INDEPENDENT SOFTWARE COMPLOT
CHARACTERS. COMPLOT
*COLOR PLOTS. COMPLOT
*MT NUMBER DEFINITIONS FROM DATA COMPLOT
FILE READ BY PROGRAM COMPLOT
*FORTRAN-77 REQUIRED (FORTRAN-H NO COMPLOT
SUPPORTED BY THIS PROGRAM). COMPLOT
*OPTION...INTERNALLY DEFINE ALL I/O COMPLOT
FILE NAMES (SEE, SUBROUTINE FILEIO COMPLOT
FOR DETAILS). COMPLOT
*IMPROVED BASED ON USER COMMENTS. COMPLOT
VERSION 88-2 (OCTOBER 1988) *IMPROVED BASED ON USER COMMENTS. COMPLOT
*ADDED LIVERMORE CIVIC COMPILER COMPLOT
CONVENTIONS. COMPLOT
*UPDATED TO USE NEW PROGRAM CONVERT COMPLOT
KEYWORDS. COMPLOT
VERSION 89-1 (JANUARY 1989) *PSYCHOANALYZED BY PROGRAM FREUD TO COMPLOT
INSURE PROGRAM WILL NOT DO ANYTHINGCOMPLOT
CRAZY. COMPLOT
*FORTRAN-77/FORTRAN-H COMPATIBLE COMPLOT
*SPECIAL ENDF/B MATERIAL DEFINITIONSCOMPLOT
(ZA.LT.1000) FROM DATA FILE READ COMPLOT
BY PROGRAM. COMPLOT
VERSION 89-2 (MARCH 1989) *ADDED ENDF/B-V AND VI MT COMPLOT
DEFINITIONS. PROGRAM WILL DETERMINECOMPLOT
ENDF/B FORMAT BASED ON MF=1, COMPLOT
MT=451 AND USE AS PPROPRIATE MT COMPLOT
DEFINITIONS. IF NO MF=1, MT=451 COMPLOT
PROGRAM WILL USE ENDF/B-VI COMPLOT
MT DEFINITIONS. COMPLOT
VERSION 90-1 (AUGUST 1990) *A NEW PROGRAM COMPLOT
*ADDED INTERACTIVE MOUSE INPUT COMPLOT
*ADDED 3 CHARACTER FONTS COMPLOT
*ADDED PHOTON DATA, MF=23 AND 27 COMPLOT
*ADDED FORTRAN SAVE OPTION. COMPLOT
*ADDED MAXIMUM RATIO RANGE WHEN COMPLOT
PLOTTING RATIOS. COMPLOT
*ADDED GRID TYPES COMPLOT
*ADDED VARIABLE LINE THICKNESS COMPLOT
*WARNING...INPUT PARAMETER FORMAT COMPLOT
HAS BEEN CHANGED...SEE DESCRIPTION COMPLOT
BELOW. COMPLOT
VERSION 92-1 (JANUARY 1992) *ADDED INCIDENT CHARGED PARTICLES COMPLOT
(IDENTIFIED IN PLOT TITLES) COMPLOT
*ADDED COMPLETELY COMPATIBLE I/O COMPLOT
FOR READING FLOATING POINT NUMBERS.COMPLOT
VERSION 92-2 (MAY 1992) *CORRECTED DESCRIPTION OF INPUT COMPLOT
PARAMETERS AND EXAMPLE PROBLEMS. COMPLOT
*ADDED VARIABLE CHARACTER SIZE INPUTCOMPLOT
VERSION 93-1 (MARCH 1993) *UPDATE FOR ON SCREEN GRAPHIC COMPLOT
OUTPUT USING THE LAHEY COMPILER COMPLOT
*ADDED NU-BAR (TOTAL, DELAYED, COMPLOT
PROMPT). COMPLOT
VERSION 94-1 (JANUARY 1994) *VARIABLE ENDF/B DATA FILENAMES COMPLOT
TO ALLOW ACCESS TO FILE STRUCTURES COMPLOT
(WARNING - INPUT PARAMETER FORMAT COMPLOT
HAS BEEN CHANGED) COMPLOT
*CLOSE ALL FILES BEFORE TERMINATING COMPLOT
(SEE, SUBROUTINE ENDIT) COMPLOT
VERSION 95-1 (MARCH 1995) *CORRECTED CROSS SECTION COMPLOT
MULTIPLIER FOR EQUIVALENCES COMPLOT
*CORRECTED RATIO SCALING, FOR COMPLOT
MAXIMUM RATIO LESS THAN 1.0 COMPLOT
VERSION 96-1 (JANUARY 1996) *COMPLETE RE-WRITE COMPLOT
*IMPROVED COMPUTER INDEPENDENCE COMPLOT
*ALL DOUBLE PRECISION COMPLOT
*UNIFORM TREATMENT OF ENDF/B I/O COMPLOT
*IMPROVED OUTPUT PRECISION COMPLOT
*DEFINED SCRATCH FILE NAMES COMPLOT
*INCREASED PAGE SIZE FROM 24000 COMPLOT
TO 48000 POINTS COMPLOT
VERSION 97-1 (APRIL 1997) *INCREASED PAGE SIZE FROM 48000 COMPLOT
TO 480000 POINTS COMPLOT
VERSION 99-1 (MARCH 1999) *CORRECTED CHARACTER TO FLOATING COMPLOT
POINT READ FOR MORE DIGITS COMPLOT
*UPDATED TEST FOR ENDF/B FORMAT COMPLOT
VERSION BASED ON RECENT FORMAT CHANGECOMPLOT
*GENERAL IMPROVEMENTS BASED ON COMPLOT
USER FEEDBACK COMPLOT
VERS. 2000-1 (FEBRUARY 2000)*GENERAL IMPROVEMENTS BASED ON COMPLOT
USER FEEDBACK COMPLOT
VERS. 2002-1 (MAY 2002) *INPUT PARAMETERS OPTIONAL COMPLOT
*CONTROL MINIMUM RATIO RANGE BY INPUT COMPLOT
*OPTIONAL BLACK OR WHITE BACKGROUND COMPLOT
VERS. 2004-1 (SEPT. 2004) *ADDED INCLUDE FOR COMMON COMPLOT
*INCREASED PAGE SIZE FROM 480000 COMPLOT
TO 600000 POINTS COMPLOT
*ADDED NEW REICH-MOORE TO FILE2 TO COMPLOT
ALLOW IDENTIFICATION OF RESOLVED AND COMPLOT
ANY FOLLOWING UNRESOLVED RESONANCE COMPLOT
REGIONS. COMPLOT
VERS. 2007-1 (JAN. 2007) *CHECKED AGAINST ALL ENDF/B-VII. COMPLOT
*INCREASED MAXLOAD TO 600,000 FROM COMPLOT
12,000 COMPLOT
VERS. 2009-1 (JAN. 2009) *IGNORED DIFFERENCES NEAR RESONANCE COMPLOT
REGION BOUNDARIES (RESOLVED AND COMPLOT
UNRESOLVED). COMPLOT
VERS. 2010-1 (July 2010) *Allow comparison plot even if there COMPLOT
is no difference (just see data). COMPLOT
*ONLY plot linearly interpoolable dataCOMPLOT
*Include threshold energy points to COMPLOT
show cross sections, but NOT ratios COMPLOT
near threshold. COMPLOT
VERS. 2011-1 (Jan. 2011) *Increased MT.DAT from 200 to 1,000 COMPLOT
entries, to accommodate new MTs. COMPLOT
VERS. 2012-1 (Aug. 2012) *Increased incident particle list to COMPLOT
include photon (ZA = 0). COMPLOT
*Added CODENAME COMPLOT
*32 and 64 bit Compatible COMPLOT
*Added ERROR stop COMPLOT
VERS. 2013-1 (Nov. 2013) *ONLY use min/max ratios to decide COMPLOT
whether or not to plot - non-positiveCOMPLOT
cross sections are no longer used. COMPLOT
*Limited per-cent differences to fit COMPLOT
output format = -9999 to +9999 %. COMPLOT
*OUT9 replaced NORMX COMPLOT
VERS. 2015-1 (Jan. 2015) *Added MF=10 Radionuclide Production COMPLOT
which requires longer plot titles. COMPLOT
*Restricted character size multiplier COMPLOT
to 0.5 to 1.5 to accommodate longer COMPLOT
plot titles. COMPLOT
*Replaced ALL 3 way if statements. COMPLOT
VERS. 2015-2 (Mar. 2015) *Corrected tables for X and Y axis COMPLOT
labels = see change search for 2015-2COMPLOT
VERS. 2015-3 (Oct. 2015) *Allow multiple LRF=7 regions plus COMPLOT
unreslved region - earlier assumed COMPLOT
LRF=7 never used unrsesolved. COMPLOT
VERS. 2017-1 (May 2017) *For MF=2 use MT=151 to define COMPLOT
Unresolved Resonance Region (URR). COMPLOT
Ignore NJOY MT=152 and 153. COMPLOT
*All floating input parameters changedCOMPLOT
to character input + IN9 conversion. COMPLOT
*Added MF=4 Legendre Coefficient COMPLOT
Comparison: f1 through f6 COMPLOT
Vers. 2018-1 (Jan. 2018) *Doubled in core storage to 1,200,000.COMPLOT
*Replaced Q MeV by MT= at top of plotsCOMPLOT
(Q value in ENDF is now only defined COMPLOT
in MF=3, making it difficult for allCOMPLOT
other MF now treated by this code) COMPLOT
*Initial Linear X scaling for MF=1 COMPLOT
(nu-bar) and MF=4 (Legendre) = COMPLOT
this can be turned OFF by ZOOM COMPLOT
+ Unless energy range is requested = COMPLOT
allows MF=1 and 4 default Linear X COMPLOT
scaling to be turned off by input COMPLOT
parameters, i.e., by COMHARD COMPLOT
*Zoom lower energy limit restricted COMPLOT
1.0d-5 eV - to lower zoom of linear COMPLOT
energy plots (otherwise cannot find COMPLOT
actual lower limit on plot). COMPLOT
*Added NRO = energy dependent scatter COMPLOT
radius to reading FILE2 parameters COMPLOT
to define unresolved energy range. COMPLOT
*Corrected energy dependent scatter COMPLOT
for all resonance types (see, above COMPLOT
remarks). COMPLOT
Vers. 2019-1 (June 2019) *Additional Interpolation Law Tests COMPLOT
*Checked Maximum Tabulated Energy to COMPLOT
insure it is the same for all MTs - COMPLOT
if not, print WARNING messages. COMPLOT
Vers. 2020-1 (Dec. 2020) *Corrected Treatment of Threshold COMPLOT
cross sections, to include threshold COMPLOT
(Previously code only used positive COMPLOT
cross sections = skipped threshold) COMPLOT
*Added isomeric state (m or n) to ZA COMPLOT
interpretation. COMPLOT
*Increased MAXIZA to 100,000 from COMPLOT
10,000 to allow searching longer COMPLOT
ENDF data fils with many MATs = COMPLOT
NOT RECOMMENDED!!!! COMPLOT
Vers. 2021-1 (Jan. 2021) *SHOW ALL = mouse click above the COMPLOT
plotting area. COMPLOT
*Updated for FORTRAN 2018 COMPLOT
COMPLOT
2020-1 Acknowledgment COMPLOT
===================== COMPLOT
I thank Jean-Christophe Sublet (NDS, IAEA, Vienna, Austria) for COMPLOT
reporting the ERROR in COMPLOT (2019-1) that led to the update in COMPLOT
COMPLOT (2020-1) to correctly handle threshold reactions. COMPLOT
COMPLOT
2015-2 Acknowledgment COMPLOT
===================== COMPLOT
I thank Chuck Whitmer (TerraPower,WA) for reporting the errors COMPLOT
that led to the 2015-2 Improvements in this code. COMPLOT
COMPLOT
I thank Jean-Christophe Sublet (UKAEA) for contributing MAC COMPLOT
executables and Bojan Zefran (IJS, Slovenia) for contributing COMPLOT
LINUX (32 or 63 bit) executables. And most of all I must thank COMPLOT
Andrej Trkov (NDS, IAEA) for overseeing the entire PREPRO project COMPLOT
at IAEA, Vienna. This was a truly International team who worked COMPLOT
together to produce PREPRO 2015-2. COMPLOT
COMPLOT
OWNED, MAINTAINED AND DISTRIBUTED BY COMPLOT
------------------------------------ COMPLOT
THE NUCLEAR DATA SECTION COMPLOT
INTERNATIONAL ATOMIC ENERGY AGENCY COMPLOT
P.O. BOX 100 COMPLOT
A-1400, VIENNA, AUSTRIA COMPLOT
EUROPE COMPLOT
COMPLOT
ORIGINALLY WRITTEN BY COMPLOT
------------------------------------ COMPLOT
Dermott E. Cullen COMPLOT
COMPLOT
PRESENT CONTACT INFORMATION COMPLOT
--------------------------- COMPLOT
Dermott E. Cullen COMPLOT
1466 Hudson Way COMPLOT
Livermore, CA 94550 COMPLOT
U.S.A. COMPLOT
Telephone 925-443-1911 COMPLOT
E. Mail RedCullen1@Comcast.net COMPLOT
Website RedCullen1.net/HOMEPAGE.NEW COMPLOT
COMPLOT
AUTHORS MESSAGE COMPLOT
--------------- COMPLOT
THE COMMENTS BELOW SHOULD BE CONSIDERED THE LATEST DOCUMENTATION COMPLOT
ALL RECENT IMPROVEMENTS. PLEASE READ ALL OF THESE COMMENTS BEFORE,COMPLOT
PARTICULARLY THE COMMENTS CONCERNING MACHINE DEPENDENT CODING. COMPLOT
COMPLOT
AT THE PRESENT TIME WE ARE ATTEMPTING TO DEVELOP A SET OF COMPUTERCOMPLOT
INDEPENDENT PROGRAMS THAT CAN EASILY BE IMPLEMENTED ON ANY ONE COMPLOT
OF A WIDE VARIETY OF COMPUTERS. IN ORDER TO ASSIST IN THIS PROJECTCOMPLOT
IT WOULD BE APPECIATED IF YOU WOULD NOTIFY THE AUTHOR OF ANY COMPLOT
COMPILER DIAGNOSTICS, OPERATING PROBLEMS OR SUGGESTIONS ON HOW TO COMPLOT
IMPROVE THIS PROGRAM. HOPEFULLY, IN THIS WAY FUTURE VERSIONS OF COMPLOT
THIS PROGRAM WILL BE COMPLETELY COMPATIBLE FOR USE ON YOUR COMPLOT
COMPUTER. COMPLOT
COMPLOT
PURPOSE COMPLOT
------- COMPLOT
COMPARE ENDF/B FORMATTED DATA FROM TWO SEPARATE INPUT TAPES. COMPLOT
REACTIONS ARE CONSIDERED TO BE COMPARABLE IF THEY HAVE THE SAME COMPLOT
(ZA,MF,MT). RESULTS ARE PRESENTED IN GRAPHICAL FORM. COMPLOT
COMPLOT
IN THE FOLLOWING FOR SIMPLICITY THE ENDF/B TERMINOLOGY--ENDF/B COMPLOT
TAPE--WILL BE USED. IN FACT THE ACTUAL MEDIUM MAY BE TAPE, CARDS, COMPLOT
DISK OR ANY OTHER MEDIUM. COMPLOT
COMPLOT
ON WHAT COMPUTERS WILL THE PROGRAM RUN COMPLOT
------------------------------------------------------------------COMPLOT
THE PROGRAM HAS BEEN IMPLEMENTED ON A VARIETY OF COMPUTERS FROM COMPLOT
CRAY AND IBM MAINFRAME TO SUN WORKSTATIONS TO AN IBM-AT PC. THE COMPLOT
PROGRAM IS SMALL ENOUGH TO RUN ON VIRTUALLY ANY COMPUTER. COMPLOT
COMPLOT
THE PROGRAM USES A SIMPLE CALCOMP LIKE GRAPHICS INTERFACE COMPLOT
(DESCRIBED BELOW) AND ALLOWS THE USER SPECIFY THE PHYSICAL SIZE COMPLOT
OF THE PLOTTER BEING USED, BY INPUT PARAMETERS. USING THESE COMPLOT
CONVENTIONS THIS PROGRAM CAN BE EASILY INTERFACED TO VIRTUALLY COMPLOT
ANY PLOTTER. COMPLOT
COMPLOT
FOR SPECIAL CONSIDERATIONS SEE THE SECTIONS BELOW ON, COMPLOT
(1) COMPUTER DEPENDENT CODING COMPLOT
(2) PLOTTER/GRAPHICS TERMINAL INTERFACE COMPLOT
COMPLOT
GRAPHICS INTERFACE COMPLOT
------------------------------------------------------------------COMPLOT
THIS PROGRAM USES A SIMPLE CALCOMP LIKE GRAPHICS INTERFACE WHICH COMPLOT
REQUIRES ONLY 3 SUBROUTINES...PLOTS, PLOT AND PEN (DESCRIBED IN COMPLOT
DETAIL BELOW). ALL CHARACTERS AND SYMBOLS ARE DRAWN USING TABLES COMPLOT
OF PEN STROKES (SUPPLIED WITH THIS PROGRAM). USING THIS METHOD COMPLOT
THE PROGRAM SHOULD BE SIMPLE TO INTERFACE TO VIRTUALLY ANY PLOTTERCOMPLOT
OR GRAPHICS TERMINAL AND THE APPEARANCE AND LAYOUT OF THE PLOTS COMPLOT
SHOULD BE INDEPENDENT OF WHICH PLOTTER IS USED. COMPLOT
COMPLOT
2015 PLOTTER DIMENSIONS COMPLOT
==================================================================COMPLOT
PLOTTER DIMENSIONS ARE IN INCHES - NOT CM, MM, OR CUBITS. COMPLOT
THIS IS DONE FOR HISTORICAL REASONS AND HOPEFULLY THIS WILL COMPLOT
NOT INCONVENIENCE ANYONE - IN PRACTICE I HAVE USED EXACTLY THE COMPLOT
SAME DIMENSION = X = 0 to 12.5 and Y = 0 to 10 FOR DECADES COMPLOT
TO PRODUCE BOTH ON-SCREEN AND HARDCOPY POSTSCRIPT PLOTS. COMPLOT
COMPLOT
I STRONGLY SUGGEST THAT YOU NOT CHANGE THESE DIMENSIONS UNLESS COMPLOT
YOU MUST = BASED ON THE PLOT SIZE YOU OBTAIN WHEN YOU FIRST RUN COMPLOT
THIS CODE. COMPLOT
COMPLOT
PROGRAM IDENTIFICATION COMPLOT
---------------------- COMPLOT
AS DISTRIBUTED THE FIRST FRAME OF PLOTTED OUTPUT WILL DOCUMENT COMPLOT
THE PROGRAM NAME, VERSION AND INSTALLATION. THIS INFORMATION IS COMPLOT
STORED AS DATA IN THE ARRAY VERSES NEAR THE BEGINNING OF COMPLOT
SUBROUTINE FRAME1. IF YOU WISH TO CUSTOMIZE THE OUTPUT TO IDENTIFYCOMPLOT
YOUR INSTALLATION CHANGE THE LAST TWO LINES OF THE ARRAY (VERSES).COMPLOT
COMPLOT
ENDF/B FORMAT COMPLOT
------------- COMPLOT
THIS PROGRAM ONLY USES THE ENDF/B BCD OR CARD IMAGE FORMAT (AS COMPLOT
OPPOSED TO THE BINARY FORMAT) AND CAN HANDLE DATA IN ANY VERSION COMPLOT
OF THE ENDF/B FORMAT (I.E., ENDF/B-I, II,III, IV, V OR VI FORMAT).COMPLOT
COMPLOT
BOTH SETS OF EVALUATED DATA MUST BE IN THE ENDF/B FORMAT. ONLY COMPLOT
SECTIONS OF FILE 2 (RESONANCE PARAMETERS) AND FILES 3, 23 AND 27 COMPLOT
(TABULATED DATA) WILL BE READ AND ALL OTHER SECTIONS WILL BE COMPLOT
SKIPPED. IN FILE 2 THE ONLY IMPORTANT INFORMATION IS THE ENERGY COMPLOT
LIMITS OF THE RESOLVED AND UNRESOLVED RESONANCE REGION WHICH IS COMPLOT
LOCATED IN THE SAME FIELDS IN ALL VERSIONS OF THE ENDF/B FORMAT. COMPLOT
SIMILARLY THE FORMAT OF FILES 3, 23 AND 27 IS THE SAME IN ALL COMPLOT
VERSIONS OF ENDF/B. THEREFORE THIS PROGRAM CAN BE USED WITH DATA COMPLOT
IN ANY ENDF/B FORMAT (I.E. ENDF/B-I, II, III, IV, V OR VI). COMPLOT
COMPLOT
CROSS SECTION INTERPOLATION COMPLOT
--------------------------- COMPLOT
CROSS SECTIONS MUST BE IN EITHER HISTOGRAM (I.E., INTERPOLATION COMPLOT
LAW 1) OR LINEARLY INTERPOLABLE (I.E. INTERPOLATION LAW 2) FORM. COMPLOT
IF THEY ARE NOT A WARNING MESSAGE WILL BE PRINTED AND EXECUTION COMPLOT
WILL BE TERMINATED. SEE INSTRUCTIONS BELOW ON HOW TO CONVERT COMPLOT
DATA TO HISTOGRAM OR LINEARLY INTERPOLABLE FORM. COMPLOT
COMPLOT
REACTION INDEX COMPLOT
-------------- COMPLOT
THIS PROGRAM DOES NOT USE THE REACTION INDEX WHICH IS GIVEN IN COMPLOT
SECTION MF=1, MT=451 OF EACH EVALUATION. COMPLOT
COMPLOT
SECTION SIZE COMPLOT
------------ COMPLOT
SINCE THIS PROGRAM USES A LOGICAL PAGING SYSTEM THERE IS NO LIMIT COMPLOT
TO THE NUMBER OF POINTS IN ANY SECTION, E.G., THE TOTAL CROSS COMPLOT
SECTION MAY BE REPRESENTED BY 200,000 DATA POINTS. COMPLOT
COMPLOT
DATA SELECTION COMPLOT
-------------- COMPLOT
THE USER MAY SPECIFYING THE DATA TO BE COMPARED BY INPUTTING UP COMPLOT
TO 100 MAT/MT/ENERGY OR ZA/MT/ENERGY RANGES. IF THE UPPER LIMIT COMPLOT
OF THE MAT OR ZA RANGE IS LESS THAN THE LOWER LIMIT IT WILL BE SETCOMPLOT
EQUAL TO THE LOWER LIMIT (I.E. THIS INDICATE ONLY COMPARE ONE COMPLOT
MAT OR ZA). IF THE UPPER LIMIT IS STILL ZERO IT WILL BE SET TO COMPLOT
9999 (NO LIMIT). IF THE UPPER MF OR MT LIMIT IS ZERO IT WILL BE COMPLOT
SET TO 99 OR 999, RESPECTIVELY (NO LIMIT). IF THE UPPER ENERGY COMPLOT
LIMIT IS ZERO IT WILL BE SET TO A LARGE NUMBER (NO LIMIT). COMPLOT
COMPLOT
THE LIST OF RANGES MUST BE TERMINATED BY A BLANK LINE (I.E. ZERO COMPLOT
LOWER AND UPPER MAT/MF/MT OR ZA/MF/MT LIMITS). COMPLOT
COMPLOT
IF THE FIRST RANGE LINE IS BLANK THIS LINE WILL TERMINATE THE COMPLOT
LIST OF REQUESTS (I.E. A SECOND BLANK LINE NEED NOT BE INPUT) COMPLOT
AND ALL PHYSICALLY COMPARABLE DATA WILL BE PLOTTED. COMPLOT
COMPLOT
WHICH REACTIONS WILL BE PLOTTED COMPLOT
------------------------------- COMPLOT
THOSE REACTIONS WITH THE SAME (ZA, MF, MT) WILL BE COMPARED, BUT COMPLOT
ONLY THOSE DATA WHICH DIFFER BY A USER SPECIFIED ALLOWABLE COMPLOT
DIFFERENCE WILL BE PLOTTED. IN ORDER TO FORCE ALL COMPARABLE COMPLOT
REACTIONS TO BE PLOTTED THE USER NEED ONLY SPECIFY AN ALLOWABLE COMPLOT
DIFFERENCE OF ZERO. COMPLOT
COMPLOT
EQUIVALENT REACTIONS COMPLOT
-------------------- COMPLOT
IN ORDER TO COMPARE REACTIONS WHICH HAVE DIFFERENT ZA, MF OR MT COMPLOT
THE USER IS ALLOWED TO SPECIFY AN EQUIVALENCE LIST OF UP TO COMPLOT
100 (ZA,MF,MT) COMBINATIONS ON THE MASTER FILE WHICH ARE TO BE COMPLOT
EQUATED TO DIFFERENT (ZA,MF,MT) ON THE SECOND FILE. THIS OPTION COMPLOT
MAY BE USED TO COMPARE SIMILAR REACTIONS FROM DIFFERENT MATERIALS COMPLOT
(E.G. IRON AND NICKEL INELASTIC SCATTERING) OR DIFFERENT REACTIONSCOMPLOT
FROM THE SAME OR DIFFERENT MATERIALS (E.G. U-235 CAPTURE AND COMPLOT
FISSION - IN WHICH CASE THE RATIO WILL BE THE CAPTURE TO FISSION COMPLOT
RATIO) OR THE SAME REACTION IN DIFFERENT VERSIONS OF THE ENDF/B COMPLOT
FORMAT WHICH MAY BE ASSIGNED DIFFERENT MT NUMBERS, E.G., THE COMPLOT
PHOTOELECTRIC CROSS SECTION IS MT=602 IN ENDF/B-V AND EARLIER COMPLOT
VERSIONS OF ENDF/B, BUT IS MT=522 IN ENDF/B-VI. COMPLOT
COMPLOT
IN THESE EQUIVALENCE LISTS A ZERO FIELD IMPLIES ALL. FOR EXAMPLE, COMPLOT
TO EQUATE MT=522 FROM ONE FILE TO MT=602 ON THE OTHER, FOR ALL COMPLOT
MATERIALS, ONE NEED ONLY SPECIFY ZA=0, MF=23, MT=522 EQUIVALENT COMPLOT
TO ZA=0, MF=23 AND MT=602. COMPLOT
COMPLOT
PLOT FORMATS COMPLOT
------------ COMPLOT
THE TWO CROSS SECTIONS ARE CONSIDERED TO BE A STANDARD (THE FIRST COMPLOT
CROSS SECTION) AND A CROSS SECTION TO BE COMPARED TO THE STANDARD COMPLOT
(THE SECOND CROSS SECTION). THE OUTPUT FROM THIS PROGRAM IS A COMPLOT
SERIES OF PLOTS. EACH PLOT WILL CONTAIN THE STANDARD CROSS SECTIONCOMPLOT
AND IN ADDITION THE USER MAY SPECIFY THAT EACH PLOT ALSO CONTAIN COMPLOT
THE SECOND CROSS SECTION AND/OR THE RATIO OF THE SECOND CROSS COMPLOT
SECTION TO THE FIRST CROSS SECTION. COMPLOT
COMPLOT
THE USER MAY SELECT ONE OF THE FOLLOWING FIVE PLOT FORMATS (THE COMPLOT
NUMBER PRECEDING THE OPTION IS THE VALUE OF THE PLOT MODE SELECTORCOMPLOT
THAT THE USER SHOULD SPECIFY AS INPUT ON THE FIRST LINE). COMPLOT
COMPLOT
(0) THE STANDARD CROSS SECTION (I.E. FIRST EVALUATION) AND THE COMPLOT
RATIO OF THE SECOND EVALUATION TO THE FIRST EVALUATION. THE COMPLOT
DATA WILL BE PRESENETED AS TWO SUB-PLOTS PER PLOT WITH THE COMPLOT
STANDARD CROSS SECTION IN THE UPPER HALF OF THE PLOT AND THE COMPLOT
RATIO IN THE LOWER HALF OF THE PLOT. COMPLOT
COMPLOT
(1) THE STANDARD CROSS SECTION (I.E. FIRST EVALUATION) AND THE COMPLOT
SECOND EVALUATION. THE DATA WILL BE PRESENTED AS TWO SUB-PLOTSCOMPLOT
PER PLOT WITH THE STANDARD CROSS SECTION ON THE UPPER HALF COMPLOT
OF THE PLOT AND THE SECOND CROSS SECTION IN THE LOWER HALF OF COMPLOT
THE PLOT. COMPLOT
COMPLOT
(2) THE STANDARD CROSS SECTION (I.E. FIRST EVALUATION) AND THE COMPLOT
SECOND EVALUATION. THE DATA WILL BE PRESENTED AS ONE PLOT COMPLOT
CONTAINING BOTH THE STANDARD AND SECOND CROSS SECTION. THE COMPLOT
STANDARD CROSS SECTION WILL BE PRESENTED AS A SOLID LINE AND COMPLOT
THE SECOND CROSS SECTION WILL BE PRESENTED AS A DASHED LINE. COMPLOT
COMPLOT
(3) THE STANDARD CROSS SECTION, SECOND CROSS SECTION AND RATIO OF COMPLOT
THE SECOND CROSS SECTION TO THE FIRST CROSS SECTION. THE DATA COMPLOT
WILL BE PRESENTED AS THREE SUB-PLOTS PER PLOT WITH THE COMPLOT
STANDARD CROSS SECTION IN THE UPPER THIRD OF THE PLOT, THE COMPLOT
SECOND CROSS SECTION IN THE MIDDLE THIRD AND THE RATIO OF THE COMPLOT
TWO IN THE LOWER THIRD OF THE PLOT (RECOMMENDED OPTION). COMPLOT
COMPLOT
(4) THE STANDARD CROSS SECTION, SECOND CROSS SECTION AND RATIO OF COMPLOT
THE SECOND CROSS SECTION TO THE FIRST CROSS SECTION. THE DATA COMPLOT
WILL BE PRESENTED AS TWO SUB-PLOTS PER PLOT WITH THE STANDARD COMPLOT
AND SECOND CROSS SECTION ON THE SAME SUB-PLOT IN THE UPPER COMPLOT
TWO THIRDS OF THE PLOT AND THE RATIO OF THE TWO IN THE LOWER COMPLOT
THIRD OF THE PLOT. THE STANDARD CROSS SECTION WILL BE COMPLOT
PRESENTED AS A SOLID LINE AND THE SECOND CROSS SECTION WILL BECOMPLOT
PRESENTED AS A DASHED LINE. COMPLOT
COMPLOT
ADDITIONAL PLOT FEATURES COMPLOT
------------------------ COMPLOT
IN ADDITION TO THE CROSS SECTIONS AND/OR RATIO THE FOLLOWING COMPLOT
INFORMATIONS WILL BE INCLUDED ON EACH PLOT. COMPLOT
COMPLOT
(1) AN IDENTIFICATION FOR EACH SET OF CROSS SECTIONS (UP TO 30 COMPLOT
CHARACTERS FOR EACH SET). COMPLOT
COMPLOT
(2) THE MAXIMUM NEGATIVE AND POSITIVE PER-CENT DIFFERENCE BETWEEN COMPLOT
THE TWO CROSS SECTIONS. COMPLOT
COMPLOT
(3) ARROWS INDICATING THE ENERGY AT WHICH THE MAXIMUM DIFFERENCES COMPLOT
(MINIMUM AND MAXIMUM RATIO) OCCUR. COMPLOT
COMPLOT
(4) THE ENERGY LIMITS OF THE RESOLVED AND UNRESOLVED RESONANCE COMPLOT
REGION (IF THEY FALL WITHIN THE ENERGY LIMITS OF THE PLOT). COMPLOT
COMPLOT
RATIO DATA COMPLOT
---------- COMPLOT
IF RATIO OUTPUT IS REQUESTED THE RATIO WILL BE DEFINED AT EACH COMPLOT
ENERGY THAT APPEARS IN EITHER EVALUATION. BETWEEN THESE ENERGIES COMPLOT
THE RATIO WILL BE PLOTTED ASSUMING LINEAR DEPENDENCE BETWEEN COMPLOT
TABULATED VALUES. FOR HISTOGRAM OR LINEARLY INTERPOLABLE CROSS COMPLOT
SECTIONS THIS REPRESENTATION WILL POINT OUT ALL EXTREMA OF THE COMPLOT
RATIO, BUT NOT NECESSARILY THE ENERGY DEPENDENCE BETWEEN TABULATEDCOMPLOT
VALUES. COMPLOT
COMPLOT
IF THE EVALUATED DATA IS NOT IN EITHER HISTOGRAM OR LINRARLY COMPLOT
INTERPOLABLE FORM THE RATIO MAY NOT EVEN FIND ALL EXTREMA. FOR COMPLOT
EXAMPLE, IF ONE EVALUATION IS LINEARLY INTERPOLABLE AND THE COMPLOT
OTHER NON-LINEAR, BUT BOTH AGREE AT ALL TABULATED ENERGIES THE COMPLOT
RATIO WILL APPEAR TO BE EQUAL TO UNITY AT ALL ENERGIES, BUT IN COMPLOT
FACT THE CROSS SECTION BETWEEN TABULATED ENERGIES MAY BE QUITE COMPLOT
DIFFERENT USING LINEAR VS. NON-LINEAR INTERPOLATION. FOR THIS COMPLOT
REASON ONLY LINEARLY INTERPOLABLE OR HISTOGRAM DATA IS ALLOWED COMPLOT
AS INPUT TO THIS PROGRAM. COMPLOT
COMPLOT
LINEAR INTERPOLABLE COMPLOT
------------------- COMPLOT
ALL CROSS SECTIONS MAY BE CONVERTED TO LINEARLY INTERPOLABLE FORM COMPLOT
BE USING PROGRAM LINEAR (UCRL-50400, VOL. 17, PART A). COMPLOT
COMPLOT
HISTOGRAM COMPLOT
--------- COMPLOT
ALL LINEARLY INTERPOLABLE CROSS SECTION MAY BE CONVERTED TO COMPLOT
HISTOGRAM (I.E. MULTIGROUP) FORM BY USING PROGRAM GROUPIE COMPLOT
(UCRL-50400, VOL. 17, PART D). COMPLOT
COMPLOT
INPUT UNITS COMPLOT
----------- COMPLOT
UNIT DESCRIPTION COMPLOT
---- ----------- COMPLOT
2 INPUT LINE COMPLOT
9 MT DEFINITIONS. COMPLOT
10 FIRST ENDF/B FORMATTED EVALUATION (STANDARD). COMPLOT
11 SECOND ENDF/B FORMATTED EVALUATION. COMPLOT
17 SOFTWARE CHARACTERS. COMPLOT
18 SOFTWARE SYMBOLS AND LINE TYPES COMPLOT
COMPLOT
OUTPUT UNITS COMPLOT
------------ COMPLOT
UNIT DESCRIPTION COMPLOT
---- ----------- COMPLOT
3 NORMAL OUTPUT REPORT. COMPLOT
16 PLOTTER UNIT COMPLOT
COMPLOT
SCRATCH UNITS COMPLOT
------------- COMPLOT
UNIT DESCRIPTION COMPLOT
---- ----------- COMPLOT
12 SCRATCH UNIT FOR FIRST EVALUATION COMPLOT
13 SCRATCH UNIT FOR SECOND EVALUATION COMPLOT
14 SCRATCH UNIT FOR RATIO (ONLY USED IF RATIOS REQUESTED). COMPLOT
COMPLOT
OPTIONAL STANDARD FILE NAMES (SEE SUBROUTINE FILIO1 AND FILIO2) COMPLOT
--------------------------------------------------------------- COMPLOT
UNIT FILE NAME COMPLOT
---- ---------- COMPLOT
2 COMPLOT.INP COMPLOT
3 COMPLOT.LST COMPLOT
9 MT.DAT COMPLOT
10 ENDFB.IN1 (OR AS READ FROM INPUT) COMPLOT
11 ENDFB.IN2 (OR AS READ FROM INPUT) COMPLOT
12-14 (SCRATCH) COMPLOT
15 PLOT.CHR COMPLOT
16 (PLOTTER UNIT...USUALLY A DUMMY) COMPLOT
COMPLOT
INPUT PARAMETERS COMPLOT
------------------------------------------------------------------COMPLOT
LINE COLUMNS FORMAT DESCRIPTION COMPLOT
---- ------- ------ ----------- COMPLOT
1 1-11 E11.4 LOWER X LIMIT OF PLOTTER COMPLOT
12-22 E11.4 UPPER X LIMIT OF PLOTTER COMPLOT
23-33 E11.4 LOWER Y LIMIT OF PLOTTER COMPLOT
34-44 E11.4 UPPER Y LIMIT OF PLOTTER COMPLOT
45-55 I11 NUMBER OF PLOTS PER FRAME IN X DIRECTION COMPLOT
56-66 I11 NUMBER OF PLOTS PER FRAME IN Y DIRECTION COMPLOT
67-70 F4.1 CHARACTER SIZE MULTIPLIER COMPLOT
= 0 TO 1 - NORMAL CHARACTER SIZE COMPLOT
= OTHERWISE - CHARACTERS SCALED BY THIS COMPLOT
FACTOR COMPLOT
COMPLOT
PLOT ORIENTATION IS BASED ON THE UPPER X COMPLOT
LIMIT COMPLOT
= .GT.0 - X HORIZONTAL/Y VERTICAL COMPLOT
= .LT.0 - Y HORIZONTAL/X VERTICAL COMPLOT
AFTER TESTING THE UPPER X LIMIT WILL BE COMPLOT
SET TO ITS ABSOLUTE VALUE. COMPLOT
2 1-72 A72 FILENAME FOR FIRST ENDF/B DATA FILE COMPLOT
(LEAVE BLANK FOR ENDFB.IN1) COMPLOT
3 1-72 A72 FILENAME FOR SECOND ENDF/B DATA FILE COMPLOT
(LEAVE BLANK FOR ENDFB.IN2) COMPLOT
4 1-11 I11 RETRIEVAL MODE (0=MAT, 1=ZA) COMPLOT
12-22 I11 GRID (SPEED) OPTION. COMPLOT
= 0 - TICK MARKS ON BORDER COMPLOT
= 1 - SOLID AT COARSE INTERVALS COMPLOT
= 2 - DASHED AT COARSE INTERVALS COMPLOT
= 3 - SOLID AT COARSE AND FINE INTERVALS COMPLOT
= 4 - DASHED AT COARSE AND FINE INTERVALS COMPLOT
= 5 - SOLID COARSE/DASHED FINE INTERVALS COMPLOT
23-33 I11 SHOULD BORDER BE PLOTTED AROUND EACH PLOT COMPLOT
= 0 - NO COMPLOT
= 1 - YES COMPLOT
34-44 I11 LINE THICKNESS COMPLOT
= 0 TO 5 - LINES AND CHARACTERS COMPLOT
=-1 TO -5 - ONLY LINES COMPLOT
45-55 I11 OUTPUT MODE COMPLOT
=-1 - ONLY COMPARISON LISTING. NO PLOTS. COMPLOT
= 0 - CROSS SECTION OVER RATIO. COMPLOT
= 1 - CROSS SECTION OVER CROSS SECTION. COMPLOT
= 2 - TWO CROSS SECTIONS ON SAME PLOT. COMPLOT
= 3 - CROSS SECTION OVER CROSS SECTION OVERCOMPLOT
RATIO. COMPLOT
= 4 - TWO CROSS SECTIONS ON SAME PLOT OVER COMPLOT
RATIO. COMPLOT
56-66 I11 STARTING PLOT NUMBER COMPLOT
= 0 - DO NOT NUMBER PLOTS COMPLOT
= .GT.0 - NUMBER PLOTS IN LOWER LEFT HAND COMPLOT
CORNER STARTING WITH INPUT NUMBERCOMPLOT
67-70 I41 BACKGROUND COLOR COMPLOT
= 0 = BLACK COMPLOT
= OTHERWISE = WHITE COMPLOT
5 1-11 E11.4 ALLOWABLE FRACTIONAL DIFFERENCE. USED WHEN COMPLOT
PLOTTING RATIOS. ANY REACTION WHERE THE COMPLOT
TWO EVALUATIONS DIFFER BY MORE THAN THE COMPLOT
ALLOWABLE DIFFERENCE WILL BE PLOTTED. IF COMPLOT
ZERO IS INPUT THE STANDARD ALLOWABLE COMPLOT
DIFFERENCE OF 0.001 (0.1 PER-CENT) WILL BE COMPLOT
USED. COMPLOT
12-22 E11.4 MAXIMUM ALLOWABLE RATIO. IF RATIOS ARE COMPLOT
PLOTTED THEY WILL BE IN THE RANGE RATMAX COMPLOT
TO 1/RATMAX. IF 0.0 IS INPUT THERE WILL COMPLOT
BE NO LIMIT ON THE RANGE OF THE RATIOS. COMPLOT
THIS OPTION MAY BE USED TO IGNORE LARGE COMPLOT
DIFFERENCES OVER VERY NARROW ENERGY RANGES COMPLOT
(WHICH MAY BE UNIMPORTANT) AND ALLOW ONE COMPLOT
TO SEE IMPORTANT, BUT SMALLER DIFFERENCES, COMPLOT
OVER EXTENDED ENERGY RANGES. COMPLOT
6 1-40 40A1 IDENTIFICATION FOR UPPER EVALUATIONS COMPLOT
7 1-40 40A1 IDENTIFICATION FOR LOWER EVALUATIONS COMPLOT
(IDENTIFICATIONS SHOULD BE LEFT ADJUSTED COMPLOT
TO START IN COLUMN 1). COMPLOT
8-N 1- 6 I6 LOWER MAT OR ZA LIMIT (SEE SELECTION MODE, COMPLOT
INPUT LINE 1, COLUMNS 1-11). COMPLOT
7- 8 I2 LOWER MF LIMIT COMPLOT
9-11 I3 LOWER MT LIMIT COMPLOT
12-22 E11.4 LOWER ENERGY LIMIT COMPLOT
23-28 I6 UPPER MAT OR ZA LIMIT (SEE SELECTION MODE, COMPLOT
INPUT LINE 1, COLUMNS 1-11). COMPLOT
29-30 I2 UPPER MF LIMIT COMPLOT
31-33 I3 UPPER MT LIMIT COMPLOT
34-44 E11.4 UPPER ENERGY LIMIT COMPLOT
45-55 I11 IDENTIFY EVALUATED DATA POINTS OPTION. COMPLOT
= 0 - DO NOT IDENTIFY DATA POINTS. COMPLOT
= 1 - IDENTIFY DATA POINTS (BY DRAWING A COMPLOT
SMALL BOX AROUND EACH POINT). COMPLOT
56-66 I11 INTERACTIVE INPUT FLAG COMPLOT
= 0 - NO INTERACTIVE INPUT ALLOWED COMPLOT
= 1 - INTERACTIVE INPUT ALLOWED COMPLOT
*SETTING THIS OPTION =1 WILL TURN ON THE COMPLOT
MOUSE AFTER EACH PLOT AND ALLOW YOU TO COMPLOT
INTERACTIVELY SPECIFY PLOT LIMITS. COMPLOT
*IF YOU DO NOT WISH TO INTERACT WITH A PLOT COMPLOT
OR IF YOU HAVE NO INTERACTIVE CAPABILITY COMPLOT
THIS OPTION SHOULD BE SET = 0. COMPLOT
COMPLOT
*WARNING...DATA POINTS IDENTIFIED OPTION IS COMPLOT
NOT RECOMMENDED FOR PLOTS CONTAINING MANY COMPLOT
(I.E. THOUSANDS) OF DATA POINTS SINCE IT COMPLOT
WILL MERELY INCREASE THE RUNNING TIME OF COMPLOT
THE PROGRAM AND STILL NOT ALLOW ONE TO COMPLOT
ACCURATELY SEE DATA POINTS. COMPLOT
COMPLOT
*UP TO 100 MAT OR ZA RANGES ARE ALLOWED. COMPLOT
THE LIST IS TERMINATED BY A BLANK LINE. COMPLOT
IF THE UPPER LIMIT IS LESS THAN THE LOWER COMPLOT
LIMIT IT WILL BE SET EQUAL TO THE LOWER COMPLOT
LIMIT. IF THE FIRST RANGE LINE IS BLANK COMPLOT
ALL DATA WILL BE RETRIEVED. IF THE UPPER COMPLOT
MT LIMIT IS ZERO IT WILL BE SET EQUAL TO COMPLOT
999 (NO LIMIT). IF THE UPPER ENERGY LIMIT COMPLOT
IS ZERO IT WILL BE INTREPRETED TO MEAN NO COMPLOT
LIMIT. IF THE FIRST RANGE LINE SPECIFIES COMPLOT
ZERO LOWER AND UPPER MAT OR ZA RANGE IT COMPLOT
WILL TERMINATE THE LIST BE RANGE LINES COMPLOT
(A SECOND BLANK LINE NEED NOT BE INPUT) COMPLOT
AND THE ENTIRE RANGE OF MATS WILL BE COMPLOT
COMPARED FOR THE SPECIFIED MT AND ENERGY COMPLOT
RANGES. COMPLOT
COMPLOT
N+1-M EQUIVALENCES COMPLOT
1- 6 I6 MASTER ZA. COMPLOT
7- 8 I2 MASTER MF. COMPLOT
9-11 I3 MASTER MT. COMPLOT
12-17 I6 EQUIVALENT ZA FROM SECOND FILE. COMPLOT
18-19 I2 EQUIVALENT MF FROM SECOND FILE. COMPLOT
20-22 I3 EQUIVALENT MT FROM SECOND FILE. COMPLOT
23-33 E11.4 MULTIPLICATION FACTOR. ANY EQUATED ZA,MF, COMPLOT
MT DATA WILL BE MULTIPLIED BY THIS FACTOR. COMPLOT
*THIS OPTION MAY BE USED TO RE-NORMALIZE COMPLOT
THE SECOND CROSS SECTION OR IF COMPARING COMPLOT
ONE CONSTITUENT OF A MIXTURE TO THE MIXED COMPLOT
CROSS SECTION THIS MAY BE USED TO CONVERT COMPLOT
THE SECOND CROSS SECTION TO BARNS PER MIXEDCOMPLOT
ATOM BY USING A MULTIPLICATION FACTOR WHICHCOMPLOT
IS EQUAL TO THE NUMBER OF ATOMS OF THE ONE COMPLOT
CONSTITUENT PER ATOM OF THE MIXTURE. COMPLOT
= 0.0 - ON INPUT WILL BE INTERPRETED AS 1.0COMPLOT
(WITH THIS CONVENTION THE USER NEED ONLY COMPLOT
INPUT MULTIPLICATION FACTORS IF THEY ARE COMPLOT
NOT 1.0). COMPLOT
*UP TO 100 MAT OR ZA EQUIVALENCES ARE COMPLOT
ALLOWED. COMPLOT
*THE LIST IS TERMINATED BY A BLANK LINE. COMPLOT
*A ZERO INPUT FIELD IMPLIES ALL. TO EQUATE COMPLOT
A GIVEN MT NUMBER TO ANOTHER MT NUMBER YOU COMPLOT
NEED MERELY SPECIFY ZA=0 ON INPUT. COMPLOT
*NOTE, IN ALL CASES THE TITLE AT TOP OF PLOTCOMPLOT
WILL ONLY INDENTIFY MASTER (ZA,MF,MT). THE COMPLOT
USER INPUT TITLES MUST BE USED TO IDENTIFY COMPLOT
THE SECOND REACTION (SEE, EXAMPLE INPUT 4 COMPLOT
BELOW). COMPLOT
COMPLOT
EXAMPLE DEFINITION OF PLOTTER COMPLOT
----------------------------- COMPLOT
2015 - WARNING - THE FOLLOWING DESCRIPTION IS OUT-OF-DATE. COMPLOT
TODAY THE DIMENSIONS OF THE PLOTTER ARE IN INCHES. COMPLOT
COMPLOT
THE FIRST INPUT LINE DEFINES THE DIMENSIONS OF THE PLOTTER BEING COMPLOT
USED IN ANY UNITS (INCHES, CENTIMETERS, MILLIMETERS, ANYTHING) COMPLOT
WHICH APPLY TO THE PLOTTER. IN ADDITION THE FIRST LINE DEFINES COMPLOT
HOW MANY PLOTS SHOULD APPEAR ON EACH FRAME. THE PLOTTING AREA COMPLOT
DEFINED ON THE FIRST INPUT LINE MAY BE SUBDIVIDED INTO ANY NUMBER COMPLOT
OF PLOTS IN THE X AND Y DIRECTION. FOR EXAMPLE, TO PRODUCE A COMPLOT
SERIES OF FRAMES EACH CONTAINING 3 PLOTS IN THE X DIRECTION AND COMPLOT
2 PLOTS IN THE Y DIRECTION (6 PLOTS PER FRAME) COLUMN 45-55 OF COMPLOT
THE FIRST INPUT LINE SHOULD BE 3 AND COLUMNS 56-66 SHOULD BE 2. COMPLOT
COMPLOT
IF THE LOCAL PLOTTER USES DIMENSIONS OF INCHES IN ORDER TO OBTAIN COMPLOT
10 X 10 INCH FRAMES WITH 3 X 2 PLOTS PER FRAME THE FIRST INPUT COMPLOT
LINE SHOULD BE, COMPLOT
COMPLOT
0.0 10.0 0.0 10.0 3 2 COMPLOT
COMPLOT
IF THE LOCAL PLOTTER USES DIMENSION OF MILLIMETERS THE SAME COMPLOT
PHYSICAL SIZE PLOT MAY BE OBTAINED IF THE FIRST INPUT LINE IS, COMPLOT
COMPLOT
0.0 254.0 0.0 254.0 3 2 COMPLOT
COMPLOT
FOR SIMPLICITY THE FOLLOWING EXAMPLE INPUTS WILL NOT DISCUSS THE COMPLOT
PHYSICAL DIMENSIONS OF THE PLOTTER AND THE FIRST INPUT LINE WILL COMPLOT
IN ALL CASES INDICATE 10 X 10 INCH PLOTS WITH ONLY 1 PLOT PER COMPLOT
FRAME. COMPLOT
COMPLOT
IN THE FOLLOWING EXAMPLES IN ALL CASES THESE OPTIONS WILL BE USED,COMPLOT
1) DASHED GRID - COLUMNS 12-22 OF SECOND INPUT LINE = 1 COMPLOT
2) NO BORDER - COLUMNS 23-33 OF SECOND INPUT LINE = 0 COMPLOT
3) LINE THICKNESS - COLUMNS 34-44 OF SECOND INPUT LINE = -2 COMPLOT
4) OUTPUT MODE - COLUMNS 45-55 OF SECOND INPUT LINE = 3 COMPLOT
5) FIRST PLOT NUMBER - COLUMNS 56-66 OF SECOND INPUT LINE = 1 COMPLOT
COMPLOT
EXAMPLE INPUT 1 COMPLOT
--------------- COMPLOT
RETRIEVE MATS 1023, 1056 AND 1065 THROUGH 1072, MT = 1 AND 2 COMPLOT
(TOTAL AND ELASTIC) FROM THE FIRST INPUT FILE AND COMPARE TO COMPLOT
ANY SECTION FROM THE SECOND FILE THAT HAS THE SAME ZA/MF/MT. ONLY COMPLOT
COMPARE DATA OVER THE ENERGY RANGE 0.1 EV TO 1 KEV. IDENTIFY COMPLOT
THE TWO SETS OF DATA AS ENDF/B-V AND ENDF/B-IV, RESPECTIVELY. COMPLOT
ONLY PLOT THOSE REACTIONS WHICH DIFFER AT ONE OR MORE ENERGIES COMPLOT
BY MORE THAN 1 PER-CENT (NOTE, 1 PER-CENT = 0.01 AS INPUT COMPLOT
FRACTION). NO EQUIVALENT REACTIONS ARE SPECIFIED. FILERNAMES COMPLOT
ARE STANDARD (THSE CAN EITHER BE EXPLICITLY INCLUDED, OR SIMPLY COMPLOT
LEFT BLANK). COMPLOT
COMPLOT
THE FOLLOWING 12 INPUT LINES ARE REQUIRED. COMPLOT
COMPLOT
0.0 10.0 0.0 10.0 3 2 COMPLOT
ENDFB.IN1 COMPLOT
ENDFB.IN2 COMPLOT
0 1 0 -2 3 1 COMPLOT
0.01 0.0 COMPLOT
ENDF/B-V DATA (STANDARD) COMPLOT
ENDF/B-IV DATA COMPLOT
1023 3 1 0.1 3 2 1000.0 0 COMPLOT
1056 3 1 0.1 3 2 1000.0 0 COMPLOT
1065 3 1 0.1 1072 3 2 1000.0 0 COMPLOT
(TERMINATES REQUEST LIST) COMPLOT
(TERMINATES EQUIVALENCE LIST) COMPLOT
COMPLOT
EXAMPLE INPUT 2 COMPLOT
--------------- COMPLOT
TO USE ALL OF THE SAME OPTIONS AS SPECIFIED IN EXAMPLE INPUT 1, COMPLOT
EXCEPT TO RETRIEVE U-235, U-238 AND PU-239 THROUGH PU-242 THE COMPLOT
FOLLOWING 12 INPUT LINES ARE REQUIRED. COMPLOT
COMPLOT
0.0 10.0 0.0 10.0 3 2 COMPLOT
ENDFB.IN1 COMPLOT
ENDFB.IN2 COMPLOT
1 1 0 -2 3 1 COMPLOT
0.01 0.0 COMPLOT
ENDF/B-V DATA (STANDARD) COMPLOT
ENDF/B-IV DATA COMPLOT
92235 3 1 0.1 3 2 1000.0 0 COMPLOT
92238 3 1 0.1 3 2 1000.0 0 COMPLOT
94239 3 1 0.1 94242 3 2 1000.0 0 COMPLOT
(TERMINATES REQUEST LIST) COMPLOT
(TERMINATES EQUIVALENCE LIST) COMPLOT
EXAMPLE INPUT 3 COMPLOT
--------------- COMPLOT
TO USE ALL OF THE SAME OPTIONS AS SPECIFIED IN EXAMPLE INPUT 1, COMPLOT
EXCEPT TO RETRIEVE AND COMPARE ALL MATS THE FOLLOWING 10 INPUT COMPLOT
LINES ARE REQUIRED. COMPLOT
COMPLOT
0.0 10.0 0.0 10.0 3 2 COMPLOT
ENDFB.IN1 COMPLOT
ENDFB.IN2 COMPLOT
0 1 0 -2 3 1 COMPLOT
0.01 0.0 COMPLOT
ENDF/B-V DATA (STANDARD) COMPLOT
ENDF/B-IV DATA COMPLOT
1 1 1 0.0 999999999 0.0 0 COMPLOT
(TERMINATES REQUEST LIST) COMPLOT
(TERMINATES EQUIVALENCE LIST) COMPLOT
NOTE, ZERO LOWER AND UPPER COMPLOT
MAT LIMITS INDICATES NO LIMIT. COMPLOT
COMPLOT
EXAMPLE INPUT 4 COMPLOT
--------------- COMPLOT
RETRIEVE U-235 AND EQUATE THE FISSION CROSS SECTION (MT=18) ON COMPLOT
THE MASTER FILE TO CAPTURE (MT=102) ON THE SECOND FILE. PLOT COMPLOT
THE CAPTURE, FISSION AND CAPTURE TO FISSION RATIO OVER THE ENERGY COMPLOT
RANGE 0.0253 EV TO 1 KEV. THE FOLLOWING 11 INPUT LINES ARE COMPLOT
REQUIRED. COMPLOT
COMPLOT
0.0 10.0 0.0 10.0 3 2 COMPLOT
ENDFB.IN1 COMPLOT
ENDFB.IN2 COMPLOT
1 1 0 -2 3 1 COMPLOT
0.01 0.0 COMPLOT
FISSION COMPLOT
CAPTURE COMPLOT
92235 3 18 0.0253 92235 3 18 1000.0 0 COMPLOT
(TERMINATES REQUEST LIST) COMPLOT
92235 3 18 92235 3102 (MULTIPLICATION OF 1.0 INFERRED)COMPLOT
(TERMINATES EQUIVALENCE LIST) COMPLOT
COMPLOT
EXAMPLE INPUT 5 COMPLOT
--------------- COMPLOT
IN DIFFERENT VERSIONS OF THE ENDF/B FORMAT DIFFERENT MT NUMBERS COMPLOT
ARE ASSIGNED TO THE SAME REACTION. FOR EXAMPLE, IN ENDF/B-V AND COMPLOT
EARLIER VERSIONS OF ENDF/B THE PHOTOELECTRIC CROSS SECTION IS COMPLOT
MT=602, WHILE IN ENDF/B-VI IT IS MT=522. IN ORDER TO COMPARE COMPLOT
ASSUMING THAT THE MASTER IS ENDF/B-VI AND THE OTHER ENDF/B FILE COMPLOT
IS ENDF/B-V (OR EARLIER) YOU MAY EQUATE MT=522 TO 602. COMPLOT
COMPLOT
WHEN COMPARING PHOTOELECTRIC CROSS SECTIONS WE EXPECT THERE TO BE COMPLOT
LARGE DIFFERENCES NEAR EDGES, SINCE IT IS UNLIKELY THAT TWO COMPLOT
INDEPENDENT EVALUATIONS USE EXACTLY THE SAME EDGE ENERGIES. FROM COMPLOT
A PRACTICAL VIEWPOINT THESE DIFFERENCES ARE NOT IMPORTANT IF THEY COMPLOT
ONLY OCCUR OVER NARROW ENERGY RANGES NEAR ENERGIES. HOWEVER THESE COMPLOT
LARGE DIFFERENCES MAY MAKE IT DIFFICULT TO SEE DIFFERENCES OVER COMPLOT
OTHER ENERGY RANGES, WHICH MAY BE IMPORTANT. IN ORDER TO BE ABLE COMPLOT
TO SEE IMPORTANT DIFFERENCES IN THE FOLLOWING COMPARISON WE WILL COMPLOT
CONSTRAIN THE PLOTTED RATIO TO THE RANGE ABOUT 0.9 TO 1.1 IN COMPLOT
ORDER TO BE ABLE TO SEE DIFFERENCES OF UP TO 10 PER-CENT. WE WILL COMPLOT
DO THIS BY SPECIFYING A MAXIMUM RATIO OF 1.1, WHICH WILL IN TURN COMPLOT
DEFINE A MINIMUM RATIO OF 1/1.1, OR ABOUT 0.9. COMPLOT
COMPLOT
IN ORDER TO COMPARE THE PHOTOELECTRIC CROSS SECTION FOR ALL COMPLOT
MATERIALS THE FOLLOWING 11 INPUT LINES ARE REQUIRED. COMPLOT
COMPLOT
0.0 10.0 0.0 10.0 3 2 COMPLOT
ENDFB.IN1 COMPLOT
ENDFB.IN2 COMPLOT
0 1 0 -2 3 1 COMPLOT
0.01 1.1 COMPLOT
ENDF/B-VI COMPLOT
ENDF/B-V COMPLOT
023522 999923522 0 COMPLOT
(TERMINATES REQUEST LIST) COMPLOT
023522 023602 (MULTIPLICATION OF 1.0 INFERRED)COMPLOT
(TERMINATES EQUIVALENCE LIST) COMPLOT
COMPLOT
EXAMPLE INPUT 6 COMPLOT
--------------- COMPLOT
THE SAME EXAMPLE AS ABOVE, EXCEPT THAT DIFFERENT FILENAMES WILL COMPLOT
BE USED TO READ THE DATA FROM A FILE TREE STRUCTURE. THE FOLLOWINGCOMPLOT
11 INPUT LINES ARE REQUIRED. COMPLOT
COMPLOT
0.0 10.0 0.0 10.0 3 2 COMPLOT
/Evaluated/ENDFB6/PHOTON.IN COMPLOT
/Evaluated/ENDFB5/PHOTON.IN COMPLOT
0 1 0 -2 3 1 COMPLOT
0.01 1.1 COMPLOT
ENDF/B-VI COMPLOT
ENDF/B-V COMPLOT
023522 999923522 0 COMPLOT
(TERMINATES REQUEST LIST) COMPLOT
023522 023602 (MULTIPLICATION OF 1.0 INFERRED)COMPLOT
(TERMINATES EQUIVALENCE LIST) COMPLOT
COMPLOT
EXAMPLE INPUT 7 COMPLOT
--------------- COMPLOT
THE OUTPUT FOR ALL OF THE ABOVE EXAMPLES ARE ORIENTED WITH X COMPLOT
HORIZONTAL AND Y VERTICAL. TO CHANGE THE ORIENTATION OF THE PLOTS COMPLOT
YOU NEED MERELY SPECIFY A NEGATIVE UPPER X LIMIT OF THE SIZE OF COMPLOT
THE PLOTS ON THE FIRST INPUT LINE. COMPLOT
COMPLOT
THE FOLLOWING EXAMPLE IS EXACTLY THE SAME AS THE ABOVE EXAMPLE, COMPLOT
EXCEPT THAT THE ORIENTATION OF THE PLOTS HAS BEEN CHANGED. THE COMPLOT
FOLLOWING 11 INPUT LINES ARE REQUIRED. COMPLOT
COMPLOT
0.0 -10.0 0.0 10.0 3 2 COMPLOT
/Evaluated/ENDFB6/PHOTON.IN COMPLOT
/Evaluated/ENDFB5/PHOTON.IN COMPLOT
0 1 0 -2 3 1 COMPLOT
0.01 1.1 COMPLOT
ENDF/B-VI COMPLOT
ENDF/B-V COMPLOT
023522 999923522 0 COMPLOT
(TERMINATES REQUEST LIST) COMPLOT
023522 023602 (MULTIPLICATION OF 1.0 INFERRED)COMPLOT
(TERMINATES EQUIVALENCE LIST) COMPLOT
COMPLOT
===== PLOTTER/GRAPHICS TERMINAL INTERFACE =============================COMPLOT
COMPLOT
NON-INTERACTIVE COMPLOT
------------------------------------------------------------------COMPLOT
THIS PROGRAM USES A SIMPLE CALCOMP LIKE INTERFACE INVOLVING COMPLOT
ONLY 5 SUBROUTINES, COMPLOT
COMPLOT
STARPLOT - INITIALIZE PLOTTER COMPLOT
NEXTPLOT - CLEAR SCREEN FOR NEXT PLOT COMPLOT
ENDPLOTS - TERMINATE PLOTTING COMPLOT
COMPLOT
PLOT(X,Y,IPEN) - DRAW OR MOVE FROM LAST LOCATION TO (X,Y),COMPLOT
END OF CURRENT PLOT OR END OF PLOTTING. COMPLOT
IPEN = 2 - DRAW COMPLOT
= 3 - MOVE COMPLOT
COMPLOT
PEN(IPEN) - SELECT COLOR. COMPLOT
IPEN- COLOR = 1 TO N (N = ANY POSITIVE INTEGER) COMPLOT
COMPLOT
BOXCOLOR(X,Y,IFILL,IBORDER) - FILL A RECTANGLE WITH COLOR COMPLOT
X,Y = DEFINE THE CORNERS OF THE BOX COMPLOT
IFILL = COLOR TO FILL BOX WITH COMPLOT
IBORDER = COLOR OF BORDER OF BOX COMPLOT
COMPLOT
INTERACTIVE COMPLOT
------------------------------------------------------------------COMPLOT
THIS PROGRAM INCLUDES AN INTERACTIVE INTERFACE FOR USE WITH A COMPLOT
MOUSE. THE INTERFACE INVOLVES 2 SUBROUTINE, COMPLOT
COMPLOT
INTERACT(MYACTION) - WHETHER OR NOT INTERACTION COMPLOT
MYACTION = 0 - NO (RETURNED BY INTERACT) COMPLOT
= 1 - YES (RETURNED BY INTERACT) COMPLOT
COMPLOT
MOUSEY(IWAY,XI,YI,IWAY1,IWAY2) - READ POSITION OF MOUSE COMPLOT
IWAY = 0 - NO INPUT COMPLOT
= 1 - LEFT BUTTON COMPLOT
= 2 - MIDDLE BUTTON COMPLOT
= 3 - RIGHT BUTTON COMPLOT
= 4 - KEYBOARD INPUT COMPLOT
XI = real*4 X POSITION IN LOCAL UNITSCOMPLOT
YI = real*4 Y POSITION IN LOCAL UNITSCOMPLOT
IWAY1 = MINIMUM ALLOWABLE IWAY COMPLOT
IWAY2 = MAXIMUM ALLOWABLE IWAY COMPLOT
COMPLOT
AS USED BY THIS PROGRAM IWAY1 = 1 COMPLOT
IWAY2 = 4 COMPLOT
KEYBOARD INPUT (IWAY=4) MEANS NO ZOOMED PLOT REQUESTED. COMPLOT
MOUSE INPUT (IWAY=1 TO 3) MEANS A ZOOMED PLOT IS REQUESTED. COMPLOT
MOUSEY WILL BE CALLED ONCE TO SEE IF A ZOOMED PLOT IS REQUESTED. COMPLOT
IF IT IS XI WILL BE USED TO DEFINE ONE X (E.G., ENERGY) LIMIT OF COMPLOT
THE ZOOMED PLOT. MOUSEY WILL THEN BE CALLED A SECOND TIME TO COMPLOT
DEFINE A SECOND XI TO DEFINE THE OTHER X LIMIT OF THE ZOOMED COMPLOT
PLOT. COMPLOT
COMPLOT
IF YOU DO NOT WANT INTERACTION YOU SHOULD INCLUDE THE FOLLOWING COMPLOT
SUBROUTINES IN YOUR GRAPHIC INTERFACE, COMPLOT
COMPLOT
SUBROUTINE INTERACT(MYACTION) COMPLOT
MYACTION=0 COMPLOT
RETURN COMPLOT
END COMPLOT
SUBROUTINE MOUSEY(IWAY,XI,YI,IWAY1,IWAY2) COMPLOT
IWAY=4 COMPLOT
XI=0.0 COMPLOT
YI=0.0 COMPLOT
RETURN COMPLOT
END COMPLOT
COMPLOT
ALTERNATIVE INTERACTIVE COMPLOT
------------------------------------------------------------------COMPLOT
IF YOU DO NOT HAVE A MOUSE BUT WOULD STILL LIKE TO INTERACTIVE COMPLOT
INPUT YOU CAN REPLACE SUBROUTINE ACTION IN THIS PROGRAM. COMPLOT
COMPLOT
AS DISTRIBUTED SUBROUTINE ACTION USES A MOUSE TO DEFINE LOWER COMPLOT
AND UPPER ENERGY (OR X) LIMITS WHICH ARE USED TO PRODUCE THE COMPLOT
NEXT PLOT. A CALL TO ACTION IS OF THE FORM, COMPLOT
COMPLOT
CALL ACTION(KACTV,XACT1,XACT2) COMPLOT
COMPLOT
KACTV = 0 - NO INTERACTIVE INPUT COMPLOT
= 1 - INTERACTIVE INPUT COMPLOT
XACT1 = LOWER ENERGY LIMIT COMPLOT
XACT2 = UPPER ENERGY LIMIT COMPLOT
COMPLOT
IF THERE IS NO INTERACTIVE INPUT THE PROGRAM WILL PROCEED TO THE COMPLOT
NEXT PLOT REQUESTED BY NON-INTERACTIVE INPUT. COMPLOT
COMPLOT
IF THERE IS INTERACTIVE INPUT THE PROGRAM WILL USE XACT1 AND COMPLOT
XACT2 TO DEFINE THE ENERGY LIMITS OF THE NEXT PLOT USING THE COMPLOT
SAME DATA AS APPEARED ON THE LAST PLOT. AS WITH NON-INTERACTIVE COMPLOT
INPUT, IF YOU SELECT AN ENERGY RANGE WHERE THE MAXIMUM DIFFERENCE COMPLOT
IS LESS THAN THAT SPECIFIED BY INPUT NO PLOT WILL BE PRODUCED COMPLOT
AND THE CODE WILL PROCEED TO THE NEXT PLOT REQUESTED BY COMPLOT
NON-INTERACTIVE INPUT. COMPLOT
COMPLOT
YOU CAN REPLACE SUBROUTINE ACTION FOLLOWING THE ABOVE CONVENTIONS COMPLOT
TO ALLOW INTERACTION VIA DIRECT READ OF X LIMITS, LIGHTPEN OR COMPLOT
WHATEVER FACILITIES YOU HAVE AVAILABLE. COMPLOT
COMPLOT
INTERFACING COMPLOT
------------------------------------------------------------------COMPLOT
IN ORDER TO INTERFACE THIS PROGRAM FOR USE ON ANY PLOTTER WHICH COMPLOT
DOES NOT USE THE ABOVE CONVENTIONS IT IS MERELY NECESSARY FOR THE COMPLOT
THE USER TO WRITE 5 SUBROUTINES DESCRIBED ABOVE AND TO THEN CALL COMPLOT
THE LOCAL EQUIVALENT ROUTINES. COMPLOT
COMPLOT
COLOR PLOTS COMPLOT
------------------------------------------------------------------COMPLOT
TO SELECT PLOTTING COLORS SUBROUTINE PEN (DESCRIBED ABOVE) IS USEDCOMPLOT
TO SELECT ONE OF THE AVAILABLE COLORS. WHEN RUNNING ON A MAINFRAMECOMPLOT
USING AN IBM GRAPHICS TERMINAL OR ON AN IBM-PC USING A HEWLETT- COMPLOT
PACKARD PLOTTER THE GRAPHICS INTERFACE (DESCRIBED ABOVE) WILL COMPLOT
PRODUCE COLOR PLOTS. COMPLOT
COMPLOT
BLACK AND WHITE PLOTS COMPLOT
------------------------------------------------------------------COMPLOT
WHEN PRODUCING BLACK AND WHITE HARDCOPY ON A MAINFRAME THE USER COMPLOT
SHOULD ADD A DUMMY SUBROUTINE PEN TO THE END OF THE PROGRAM TO COMPLOT
IGNORE ATTEMPTS TO CHANGE COLOR. ADD THE FOLLOWING SUBROUTINE, COMPLOT
COMPLOT
SUBROUTINE PEN(IPEN) COMPLOT
RETURN COMPLOT
END COMPLOT
COMPLOT
CHARACTER SET COMPLOT
------------------------------------------------------------------COMPLOT
THIS PROGRAM USES COMPUTER AND PLOTTER DEVICE INDEPENDENT SOFTWARECOMPLOT
CHARACTERS. THIS PROGRAM COMES WITH A FILE THAT DEFINES THE PEN COMPLOT
STROKES REQUIRED TO DRAW ALL CHARACTERS ON AN IBM KEYBOARD (UPPER COMPLOT
AND LOWER CASE CHARACTERS, NUMBERS, ETC.) PLUS AN ALTERNATE SET OFCOMPLOT
ALL UPPER AND LOWER CASE GREEK CHARACTERS AND ADDITIONAL SPECIAL COMPLOT
SYMBOLS. COMPLOT
COMPLOT
THE SOFTWARE CHARACTER TABLE CONTAINS X AND Y AND PEN POSITIONS TOCOMPLOT
DRAW EACH CHARACTER. IF YOU WISH TO DRAW ANY ADDITIONAL CHARACTERSCOMPLOT
OR TO MODIFY THE FONT OF THE EXISTING CHARACTERS YOU NEED ONLY COMPLOT
MODIFY THIS TABLE. COMPLOT
COMPLOT
CONTROL CHARACTERS COMPLOT
------------------------------------------------------------------COMPLOT
IN THE SOFTWARE CHARACTER TABLE ALL CHARACTERS TO BE PLOTTED WILL COMPLOT
HAVE PEN POSITION = 2 (DRAW) OR = 3 (MOVE). IN ADDITION THE TABLE COMPLOT
CURRENTLY CONTAINS 4 CONTROL CHARACTERS, COMPLOT
COMPLOT
PEN POSITION = 0 COMPLOT
---------------- COMPLOT
SHIFT THE NEXT PRINTED CHARACTER BY X AND Y. 3 CONTROL CHARACTERS COMPLOT
ARE PRESENTLY INCLUDED IN THE SOFTWARE CHARACTER TABLE TO ALLOW COMPLOT
SHIFTING. COMPLOT
COMPLOT
{ = SHIFT UP (FOR SUPERSCRIPTS..............X= 0.0, Y= 0.5) COMPLOT
} = SHIFT DOWN (FOR SUBSCRIPTS..............X= 0.0, Y=-0.5) COMPLOT
\ = SHIFT LEFT 1 CHARACTER (FOR BACKSPACE...X=-1.0, Y= 0.0) COMPLOT
COMPLOT
PEN POSITION =-1 COMPLOT
---------------- COMPLOT
SELECT THE NEXT PRINTED CHARACTER FROM THE ALTERNATE CHARACTER COMPLOT
SET. AT PRESENT THIS CONTROL CHARACTER IS, COMPLOT
COMPLOT
] = SWITCH TO ALTERNATE CHARACTER SET COMPLOT
COMPLOT
THESE 4 CONTROL CHARACTERS ARE ONLY DEFINED BY THE VALUE OF THE COMPLOT
PEN POSITION IN THE SOFTWARE CHARACTER TABLE (I.E., THEY ARE NOT COMPLOT
HARD WIRED INTO THIS PROGRAM). AS SUCH BY MODIFYING THE SOFTWARE COMPLOT
CHARACTER TABLE THE USER HAS THE OPTION OF DEFINING ANY CONTROL COMPLOT
CHARACTERS TO MEET SPECIFIC NEEDS. COMPLOT
COMPLOT
THESE CHARACTERS MAY BE USED IN CHARACTER STRINGS TO PRODUCE COMPLOT
SPECIAL EFFECTS. FOR EXAMPLE, TO PLOT SUBSCRIPT 5, B, SUPERSCRIPT COMPLOT
10 USE THE STRING, COMPLOT
COMPLOT
}5B{1{0 COMPLOT
COMPLOT
TO PLOT B, SUBSCRIPT 5 AND SUPERSCRIPT 10 WITH THE 5 DIRECTLY COMPLOT
BELOW THE 1 OF THE 10 WE CAN USE THE BACKSPACE CHARACTER TO COMPLOT
POSITION THE 1 DIRECTLY ABOVE THE 5 USING THE STRING, COMPLOT
COMPLOT
B}5\{1{0 COMPLOT
COMPLOT
TO PLOT UPPER CASE GREEK GAMMA FOLLOWED BY THE WORD TOTAL (I.E., COMPLOT
RESONANCE TOTAL WIDTH) USE THE STRING. COMPLOT
COMPLOT
]G TOTAL COMPLOT
COMPLOT
NOTE, WHEN THESE CONTROL CHARACTERS ARE USED THEY ONLY EFFECT THE COMPLOT
NEXT 1 PRINTED CHARACTER (SEE, ABOVE EXAMPLE OF PLOTTING SUPER- COMPLOT
SCRIPT 10 WHERE THE SHIFT UP CONTROL CHARACTER WAS USED BEFORE THECOMPLOT
1 AND THEN AGAIN BEFORE THE 0 AND THE BACKSPACE AND SHIFT UP COMPLOT
CONTROL CHARACTERS WERE USED IN COMBINATION). COMPLOT
COMPLOT
IF THESE 4 CONTROL CHARACTERS ARE NOT AVAILABLE ON YOUR COMPUTER COMPLOT
YOU CAN MODIFY THE SOFTWARE CHARACTER TABLE TO USE ANY OTHER 4 COMPLOT
CHARACTERS THAT YOU DO NOT NORMALLY USE IN CHARACTER STRINGS (FOR COMPLOT
DETAILS SEE THE SOFTWARE CHARACTER TABLE). COMPLOT
COMPLOT
STANDARD/ALTERNATE CHARACTER SETS COMPLOT
------------------------------------------------------------------COMPLOT
THE SOFTWARE CHARACTER TABLE CONTAINS 2 SETS OF CHARACTERS WHICH COMPLOT
ARE A STANDARD SET (ALL CHARACTERS ON AN IBM KEYBOARD) AND AN COMPLOT
ALTERNATE SET (UPPER AND LOWER CASE GREEK CHARACTERS AND SPECIAL COMPLOT
CHARACTERS). TO DRAW A CHARACTER FROM THE ALTERNATE CHARACTER SET COMPLOT
PUT A RIGHT BRACKET CHARACTER (]) BEFORE A CHARACTER (SEE THE COMPLOT
ABOVE EXAMPLE AND THE SOFTWARE CHARACTER TABLE FOR DETAILS). THIS COMPLOT
CONTROL CHARACTER WILL ONLY EFFECT THE NEXT 1 PLOTTED CHARACTER. COMPLOT
COMPLOT
SUB AND SUPER SCRIPTS COMPLOT
------------------------------------------------------------------COMPLOT
TO DRAW SUBSCRIPT PRECEED A CHARACTER BY }. TO DRAW SUPERSCRIPT COMPLOT
PRECEED A CHARACTER BY { (SEE THE ABOVE EXAMPLE AND THE SOFTWARE COMPLOT
CHARACTER TABLE FOR DETAILS). THESE CONTROL CHARACTER WILL ONLY COMPLOT
EFFECT THE NEXT 1 PLOTTED CHARACTER. COMPLOT
COMPLOT
BACKSPACING COMPLOT
------------------------------------------------------------------COMPLOT
TO BACKSPACE ONE CHARACTER PRECEED A CHARACTER BY \ (SEE, THE COMPLOT
ABOVE EXAMPLE AND THE SOFTWARE CHARACTER TABLE FOR DETAILS). THIS COMPLOT
CONTROL CHARACTER WILL PERFORM A TRUE BACKSPACE AND WILL EFFECT COMPLOT
ALL FOLLOWING CHARACTERS IN THE SAME CHARACTER STRING. COMPLOT
COMPLOT
PLOT DIMENSIONS COMPLOT
--------------- COMPLOT
ARE DEFINED BY USER INPUT. INTERNALLY THE PROGRAM WILL CREATE A COMPLOT
PLOT IN APPROXIMATELY A4 OR 8-1/2 BY 11 INCH FORMAT. DURING COMPLOT
OUTPUT THE PLOT IS TRANSFORMED TO THE UNITS (INCHES, CENTIMETERS, COMPLOT
MILLIMETERS, WHATEVER) OF THE PLOTTER BEING USED AND OUTPUT. COMPLOT
COMPLOT
===== PLOTTER/GRAPHICS TERMINAL INTERFACE =============================COMPLOT
=======================================================================COMPLOT