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Burroughs Corporation. Table of Contents, Higher Education Software Library, Release 2.0.
Burroughs Corporation. Table of Contents, Higher Education Software Library, Release 2.0. REDUCE2/LISP appears on page 22.
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H I G H E R E D U C A T I O N S O F T W A R E L I B R A R Y
R E L E A S E 2 . 0
T A B L E O F C O N T E N T S
PAGE 2
***********************************************************************
* *
* THE SOFTWARE PROVIDED HERE IS LICENSED "AS IS" WITHOUT ANY *
* WARRANTIES, EXPRESS OR IMPLIED INCLUDING, BUT NOT LIMITED TO, *
* ANY WARRANTIES OF MERCHANTABILITY FOR FITNESS, FOR A PARTICULAR *
* PURPOSE. *
* *
* THE SOFTWARE HAS BEEN REPRESENTED TO THE BURROUGHS CORPORATION *
* AS PUBLIC DOMAIN SOFTWARE. PLEASE ADVISE US, IF YOU BELIEVE *
* OTHERWISE, BY CONTACTING: *
* *
* HIGHER EDUCATION SOFTWARE LIBRARY PROGRAM MANAGER *
* WORLDWIDE EDUCATION MARKETING *
* BURROUGHS CORPORATION *
* DETROIT, MI 48232 *
* PHONE: (313) 972-7146 *
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PAGE 3
T A B L E O F C O N T E N T S
-----------------------------------
THE FIRST FILE OF THE TAPE (REEL 1 OF 2) IS THE "TABLE-OF-CONTENTS"
FILE, WHICH YOU ARE NOW READING. IT HAS THE FOLLOWING SECTIONS:
- A DISCLAIMER
- THE TABLE OF CONTENTS AS SUCH
- SOME INSTALLATION INFORMATION (PROCEDURE, SUPPORT, ...)
- ONE GENERAL DESCRIPTION PAGE FOR EACH APPLICATION THAT IS ON
H.E.S.L.-2.0 .
NEXT ARE THE INSTALLATION FILES FOR EACH APPLICATION.
FOLLOWING THIS ARE THE FILES OF H.E.S.L., GROUPED BY APPLICATION.
HERE IS A LIST OF THE APPLICATIONS OF H.E.S.L. 2.0 :
PAGE
- ACM (ASSOCIATION FOR COMPUTING MACHINERY) 6
- BLAS (BASIC LINEAR ALGEBRA SUBPROGRAMS) 7
- COOLON 8
- CSMP73 (CONTINUOUS SYSTEM MODELING PROGRAM) 9
- DELPLOT 10
- EISPACK 11
- FISHPAK 12
- ITPACK 13
- KERMITBUR 14
- LIBRARIAN 15
- LINPACK 16
- LP (LINEAR PROGRAMMING) 17
- MATHPACK 18
- MATLAB 19
- MINSTER 20
- PERT 21
- REDUCE2/LISP 22
- RUNOFF 23
- SIMULA 24
- SYSTEM/UTILITY 25
- TSP (TIME SERIES PROCESSOR) 26
FOR EACH APPLICATION, THE LIBRARY CONTAINS THE FOLLOWING KIND OF
FILES:
- ONE INSTALLATION FILE AT THE BEGINNING OF TAPE, ON REEL 1 AS
WELL AS ON REEL 2 FOR APPLICATIONS ON THE SECOND REEL
(ALWAYS NAMED " INSTALLATION / <APPLICATION> " )
- ONE OR MORE DOCUMENTATION FILES
(ALWAYS NAMED " <APPLICATION> / DOC / ... " )
- ONE OR MORE SOURCE FILES
- ONE OR MORE TEST FILES (EXCEPT FOR A FEW SPECIAL CASES)
- AS REQUIRED, ONE OR MORE INSTALLATION AIDS (JOB FILES, ... )
MODIFICATIONS MADE BY MONTREAL PPD ARE ON SEPARATE PATCH FILES AND
ARE COMMENTED.
NO SITE SPECIFIC ATTRIBUTES ARE ON THE TAPE, EXCEPT WHEN NOTED.
BDNAMES ARE USED FOR ALL PRINTER FILES.
RESULTS PROVIDED ON THE TAPE WERE OBTAINED ON A A9 WITH MCP 3.5.
ALL THE FILES ON THE TAPE ARE PUBLIC, EXCEPT WHEN NOTED; THEY
ARE ALL * FILES.
PAGE 4
I N S T A L L A T I O N I N F O R M A T I O N
-------------------------------------------------
SHOULD YOU WISH TO USE A SPECIFIC APPLICATION, :
1- COPY THE INSTALLATION FILE OF THIS APPLICATION FROM TAPE TO
DISK BY ENTERING:
COPY *INSTALLATION / <APPLICATION> AS
INSTALLATION / <APPLICATION>
FROM SL2200 TO <PACKNAME> (PACK)
ALL THE INSTALLATION FILES OF THIS TAPE ARE PUBLIC; SO YOU
YOU DO NOT NEED A PRIVILEGED USERCODE TO LOAD THEM, UNLESS
YOU WANT TO USE THE "/=" CONSTRUCT.
2- PRINT OR DISPLAY THE INSTALLATION FILE WITH THE APPROPRIATE
"CANDE" COMMAND. ALL THE INSTALLATION FILES ARE WRITTEN WITH
66 LINES PER PAGE, AND THEY CONTAIN LOWERCASE CHARACTERS.
3- READ THE INSTALLATION FILE. IT WILL SUPPLY YOU WITH ALL THE
NECESSARY INFORMATION TO:
- LOAD THE FILES RELATED TO THE APPLICATION
- PRINT THE DOCUMENTATION FILE(S)
- COMPILE THE SOURCE FILE(S)
- EXECUTE THE TEST FILE(S)
4- SPECIAL NOTES FOR DOCUMENTATION PRINTING:
- ALMOST ALL THE DOCUMENTATION FILES MUST BE PRINTED
WITH THE RUNOFF UTILITY PROVIDED ON H.E.S.L. YOU WILL
HAVE TO EXECUTE RUNOFF, GIVING IT THE NAME OF THE
DOCUMENTATION FILE TO PRINT AND A FEW EDITING COMMANDS.
- THEREFORE, THE RUNOFF PACKAGE **MUST** BE INSTALLED
BEFORE ANY OTHER APPLICATION.
- ALMOST ALL THE DOCUMENTATION FILES USE LOWERCASE
CHARACTERS. YOU CAN ALWAYS ASK TO RUNOFF TO TRANSLATE
THEM IF YOU DO NOT HAVE A LOWERCASE PRINTER.
***********************************************************************
* *
* THE INSTALLATION PROCEDURE HAS BEEN TESTED ON THE FOLLOWING *
* EQUIPMENT: *
* A3 AND A9 WITH MCP 3.5 *
* TD830, MT983 AND ET1200 TERMINALS *
* AP1340 AND B9246 PRINTERS *
* TEKTRONIX 4105 TERMINAL (WHICH EMULATES THE 4013) *
* TEKTRONIX 4662 FLATBED PLOTTER *
* *
* IF YOU HAVE ANY INSTALLATION PROBLEM, PLEASE CONTACT: *
* MONTREAL A.S.C.(APPLICATION SUPPORT CENTER) *
* BURROUGHS-MONTREAL PPD *
* 6555 BOUL. METROPOLITAIN EST, SUITE 202 *
* ST-LEONARD (QUEBEC) H1P 3H3 *
* PHONE: (514) 328-2100 *
* TELEX: 05-829578 *
* *
***********************************************************************
PAGE 5
D E S C R I P T I O N O F A P P L I C A T I O N S
PAGE 6
A C M
(ASSOCIATION FOR COMPUTING MACHINERY)
"ACM" IS A COLLECTION OF ALGORITHMS WHICH COVER A WIDE VARIETY OF
TOPICS, BUT THE BULK OF THEM ARE MATHEMATICAL OR NUMERICAL IN
NATURE. THIS SERIES STARTED IN THE EARLY 1960'S.
TWENTY-TWO OF THE MORE USEFUL AND INTERESTING ALGORITHMS ARE
INCLUDED IN THE COLLECTION PROVIDED HERE:
ALGORITHM SUBJECT
29 POLYNOMIAL TRANSFORMER
164 LEAST SQUARE SURFACE FIT
186 COMPLEX ARITHMETIC
276 CONSTRAINED EXPONENTIAL CURVE FIT
279 CHEBYSHEV QUADRATURE
295 EXPONENTIAL CURVE FIT
296 LEAST SQUARES FIT BY ORTHOGONAL POLYNOMIALS
316 SOLUTION OF SIMULTANEOUS NONLINEAR EQUATIONS
375 FITTING DATA TO ONE EXPONENTIAL
378 SOLUTION OF SIMULTANEOUS NONLINEAR EQUATIONS
424 CLENSHAW-CURTIS QUADRATURE
433 INTERPOLATION AND SMOOTH CURVE FITTING BASED ON
LOCAL PROCEDURES
458 DISCRETE LINEAR APPROXIMATION
472 NATURAL SPLINE INTERPOLATION
474 BIVARIATE INTERPOLATION AND SMOOTH SURFACE FITTING
BASED ON LOCAL PROCEDURES
480 PROCEDURE FOR COMPUTING SMOOTHING AND INTERPOLATING
NATURAL SPLINES
495 SOLUTION OF AN OVER-DETERMINED SYSTEM OF LINEAR
EQUATIONS IN THE CHEBYSHEV NORM
501 DISCRETE CHEBYSHEV CURVE FIT
510 PIECEWISE LINEAR APPROXIMATIONS TO TABULATED DATA
514 METHOD OF CUBIC CURVE FITTING USING LOCAL DATA
526 BIVARIATE INTERPOLATION AND SMOOTH SURFACE FITTING
544 L2A AND L2B WEIGHTED LEAST SQUARES SOLUTIONS
WARNING: - THE ALGORITHM 296 NEEDS THE ALGORITHM 29 TO BE COMPILED
BEFORE RUNNING.
- AN EXTERNAL DOCUMENTATION SHOULD BE CONSULTED FOR THE
GOOD USE OF THE ALGORITHMS. THE ONE THAT WE STRONGLY
SUGGEST IS "COLLECTED ALGORITHMS FROM ACM" ("CALGO").
LANGUAGE USED: ALGOL AND FORTRAN
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 171 45
!
NUMBER OF SECTORS ! 13585 4446
PAGE 7
B L A S
(BASIC LINEAR ALGEBRA SUBPROGRAMS)
BLAS IS A PACKAGE OF 38 LOW LEVEL SUBPROGRAMS FOR MANY OF THE BASIC
OPERATIONS OF NUMERICAL LINEAR ALGEBRA. THE OPERATIONS IN THE
THE PACKAGE INCLUDE DOT PRODUCT, ELEMENTARY VECTOR OPERATIONS,
"GIVENS" TRANSFORMATIONS, VECTOR COPY AND SWAP, VECTOR NORM, VECTOR
SCALING, AND THE DETERMINATION OF THE INDEX OF THE VECTOR COMPONENT
OF LARGEST MAGNITUDE.
THERE ARE DIFFERENT VERSIONS OF EACH SUBROUTINE, ALLOWING OUTPUT IN
INTEGER, SINGLE PRECISION, DOUBLE PRECISION, COMPLEX OR EXTENDED
PRECISION DATA TYPES. IN ADDITION, FOUR VERSIONS OF THE "DOT
PRODUCT" SUBROUTINE ARE PROVIDED: EACH ONE GIVES DIFFERENT KIND OF
OUTPUT.
THE 38 SUBROUTINES ARE:
DOT PRODUCT (8 SUBROUTINES)
CONSTANT TIMES A VECTOR PLUS A VECTOR (3 SUBROUTINES)
SET UP "GIVENS" ROTATION (2 SUBROUTINES)
APPLY ROTATION (2 SUBROUTINES)
SET UP MODIFIED "GIVENS" ROTATIONS (2 SUBROUTINES)
APPLY MODIFIED ROTATION (2 SUBROUTINES)
COPY X INTO Y (3 SUBROUTINES)
SWAP X AND Y (3 SUBROUTINES)
2-NORM (EUCLIDEAN LENGTH) (3 SUBROUTINES)
SUM OF ABSOLUTE VALUES (3 SUBROUTINES)
CONSTANT TIMES A VECTOR (4 SUBROUTINES)
INDEX OF ELEMENT HAVING MAXIMUM ABSOLUTE VALUE (3 SUBROUTINES)
LANGUAGE USED: FORTRAN
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 10 3
!
NUMBER OF SECTORS ! 3713 2079
PAGE 8
C O O L O N
COOLON IS DIVIDED INTO 2 PARTS: CORREL AND MANOVA.
CORREL COMPUTES A CORRELATION MATRIX (PEARSON PRODUCT MOMENT COEF-
FICIENTS) AND DISPERSION MATRIX FOR UP TO 150 VARIABLES AS WELL AS
MEANS AND STANDARD DEVIATIONS FOR EACH VARIABLE.
MANOVA COMPUTES A MULTIVARIATE ANALYSIS OF VARIANCE TO TEST THE
HYPOTHESIS OF EQUALITY WITHIN GROUP VARIANCES AND THE HYPOTHESIS OF
EQUAL GROUP MEANS. ALSO, A COVARIANCE ADJUSTMENT CAN BE MADE FOR
SPECIFIED VARIABLES AND THE ANALYSIS OF VARIANCE RECOMPUTED BASED
UPON THESE ADJUSTMENTS. DISCRIMINANT FUNCTIONS AND TESTS OF
SIGNIFICANCE FOR GROUP DIFFERENTIATION CAN BE COMPUTED ON EITHER
THE MULTIVARIANCE DATA OR THE COVARIANCE DATA.
LANGUAGE USED: FORTRAN
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 14 2
!
NUMBER OF SECTORS ! 1701 342
PAGE 9
C S M P 7 3
(CONTINUOUS SYSTEM MODELING PROGRAM)
CSMP73 IS DESIGNED TO FACILITATE THE DIGITAL SIMULATION OF
CONTINUOUS PROCESSES. DESIGNED FOR USE SPECIFICALLY BY THE ENGINEER
OR SCIENTIST, THE PROGRAM PROVIDES A BASIC SET OF FUNCTIONAL BLOCKS
(SUCH AS INTEGRALS, RAMPS, ETC. ), PLUS A MEANS FOR THE USER TO
DEFINE FUNCTIONS SPECIALLY SUITED TO HIS PARTICULAR REQUIREMENTS.
SPECIAL FUNCTIONS CAN BE DEFINED EITHER THROUGH FORTRAN PROGRAMMING
OR THROUGH A MACRO CAPABILITY THAT PERMITS INDIVIDUAL EXISTING
FUNCTIONS TO BE COMBINED INTO A LARGER FUNCTIONAL BLOCK.
"CSMP73 STRUCTURE STATEMENTS" OR FORTRAN STATEMENTS ARE USED TO
DESCRIBE THE CONNECTIONS BETWEEN THE FUNCTIONAL BLOCKS. CSMP73
CONVERTS THESE STATEMENTS INTO A FORTRAN PROGRAM THAT IS COMPILED
AND EXECUTED.
OUTPUT STATEMENTS ALLOW PRINTING OF VARIABLES IN STANDARD TABULAR
FORMAT, PRINT-PLOTTING IN GRAPHIC FORM, AND PREPARATION OF A DATA
FILE FOR USER PROGRAMS.
TWO IMPORTANT FEATURES OF CSMP73 ARE STATEMENT SEQUENCING AND A
CHOICE OF INTEGRATION METHODS.
WARNING: CSMP73 CAN PRODUCE OUTPUT IN DIFFERENT WAYS. ONE OF THESE
IS ON A GRAPHIC TERMINAL. THE SUBROUTINES USED FOR THE
GRAPHICS PART ARE THOSE OF "DELPLOT", A PACKAGE DESCRIBED
ON THE NEXT PAGE. THEREFORE, IF YOU WANT TO USE THE
GRAPHICS CAPABILITY OF CSMP73, YOU MUST FIRST INSTALL
"DELPLOT".
LANGUAGE USED: ALGOL
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 19 3
!
NUMBER OF SECTORS ! 9835 2349
PAGE 10
D E L P L O T
DELPLOT IS A SET OF GENERAL PURPOSE GRAPHICS SUBROUTINES TO PRODUCE
OUTPUT ON PLOTTERS AND DISPLAY TERMINALS. THE SUBROUTINES ARE USED
TO DRAW GRAPHS, CHARTS, MAPS AND PICTURES. THE DATA TO BE PLOTTED
CAN BE STORED IN A FILE OR CAN BE CALCULATED BY THE PROGRAM. AN
INTERNAL BUFFERING SYSTEM ALLOWS THE USER TO STORE HIS PEN MOVE
COMMANDS. THE BASIC PLOTTING UNIT IS ONE INCH. THE SUBROUTINES ARE:
ARROW DRAW AN ARROW AT ANY POSITION
AXIS/AXIS3D/AXISOP DRAW AND LABEL AN AXIS
CIRCLE/CIRARC DRAW A CIRCLE OR AN ARC AT ANY POSITION
COPY TO MAKE A HARD COPY ON A TEKTRONIX
DPLINE PLOT PAIRS OF DATA VALUES FROM TWO ARRAYS
DPLOC RETURN THE COORDINATES OF THE PEN
DPPATT DEFINE A LINE PATTERN
DPPEN CHANGE THE PLOTTER PEN
DPPLOT DRAW A PATTERNED LINE TO A NEW LOCATION
ELLIPS DRAW AN ELLIPSE AT ANY POSITION
ERASE CLEAR THE GRAPHICS DISPLAY SCREEN
FACTOR CHANGE THE SIZE OF THE OUTPUT
FRAME TO DRAW A VIEWPORT
HISTO TO DRAW A HISTOGRAM
HOME END THE GRAPHICS OUTPUT
LGAXIS DRAW AN AXIS AND DIVIDE IT INTO LOG CYCLES
LGLINE PLOT DATA VALUES FROM ARRAYS ON A LOG SCALE
LGPLOT MOVE THE PEN AND DRAW LINES ON A LOG SCALE
LGSCL DETERMINE STARTING VALUE AND SCALE FACTOR
LIMITS TO RETURN THE ACTUAL VIEWPORT
LINE PLOT DATA VALUES FROM ARRAYS
NUMBER DRAW NUMERIC VALUE OF PROGRAM VARIABLES
PIESEC TO DRAW A PIE SECTOR WITH A LABEL
PLOT/PLOT3D/PLOTP MOVE THE PEN AND DRAW LINE
PLTEND TERMINATES A PLOTTING SESSION
PLTSRT IDENTIFY THE OUTPUT DEVICE
POP3D TO GET BACK TO LAST 3D TRANSFORMATION
RATIO TO SET A RATIO BETWEEN WIDTH AND HEIGHT
RECTAN TO DRAW A RECTANGLE
RSET3D TO GET BACK TO 2D
SCALE FIT THE DATA ON THE AXIS
SET3D TO SET UP A 3D TRANSFORMATION
SRFACE/SRFACEA DRAW A PERSPECTIVE PICTURE
SYMBOL DRAW TITLES AND OTHER TEXT
SYMCTL TO CHOOSE A CHARACTER SET
VIEWPT TO SET A VIEWPORT
WAIT BRIEFLY SUSPEND THE EXECUTION
WHERE RETURN THE CURRENT LOCATION
ZOOM TO GET PERSPECTIVE EFFECTS
LANGUAGE USED: ALGOL
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 22 11
!
NUMBER OF SECTORS ! 7420 2079
PAGE 11
E I S P A C K
EISPACK IS A COLLECTION OF FORTRAN SUBROUTINES THAT COMPUTE THE
EIGENVALUES AND EIGENVECTORS OF MATRICES.
EISPACK HANDLES TEN DIFFERENT CLASSES OF MATRIX EIGENVALUE
PROBLEMS:
COMPLEX GENERAL
COMPLEX HERMITIAN
REAL GENERAL
REAL SYMMETRIC
REAL SYMMETRIC BAND
REAL SYMMETRIC TRIDIAGONAL
SPECIAL REAL TRIDIAGONAL
GENERALIZED REAL
GENERALIZED REAL SYMMETRIC
REAL SINGULAR VALUE DECOMPOSITION
EACH CLASS IS BROKEN DOWN FURTHER INTO PROBLEMS INVOLVING ALL THE
EIGENVALUES OR ONLY A FEW OF THEM, ALL THE EIGENVECTORS, A FEW
VECTORS OR NO VECTORS, AND SO ON, RESULTING IN OVER FIFTY
SUBROUTINES.
LANGUAGE USED: FORTRAN
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 144 30
!
NUMBER OF SECTORS ! 27092 14085
PAGE 12
F I S H P A K
(VERSION 3.1, OCTOBER 1980)
FISHPAK IS A PACKAGE OF EFFICIENT FORTRAN SUBPROGRAMS FOR THE
SOLUTION OF SEPARABLE ELLIPTIC PARTIAL DIFFERENTIAL EQUATIONS. IT
CAN BE OF USE TO:
- COMPUTE SOLUTIONS TO MODIFIED HELMHOLTZ EQUATION WITH SIMPLE
BOUNDARY CONDITIONS ON A RECTANGLE IN ANY OF SEVERAL
COORDINATE FRAMES
- COMPUTE SOLUTIONS OF NONLINEAR AND EVOLUTION PROBLEMS
- COMPUTE SOLUTIONS TO MODELS OF GEOPHYSICAL PROCESSES,
ESPECIALLY THE ONES THAT:
- USE STREAM FUNCTIONS
- USE VELOCITY POTENTIALS
- USE VORTICITY EQUATIONS
- COMPUTE THE PRESSURE OF AN INCOMPATIBLE FLUID
FISHPAK MAKES IT POSSIBLE TO SOLVE A VERY LARGE CLASS OF ELLIPTIC
EQUATIONS (THE SEPARABLE ONES) RAPIDLY AND WITH MINIMAL STORAGE. IT
CONTAINS SUBROUTINES TO SOLVE A HELMHOLTZ EQUATION IN CARTESIAN,
POLAR, CYLINDRICAL, SPHERICAL AND SURFACE SPHERICAL COORDINATES,
DEFINED ON A CENTERED GRID OR ON A STAGGERED GRID. THE EQUATIONS
ARE SOLVED ON REGULAR DOMAINS, NAMELY ON A RECTANGLE IN THE
PARTICULAR COORDINATE SYSTEM THAT IS CHOSEN.
LANGUAGE USED: FORTRAN
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 92 158
!
NUMBER OF SECTORS ! 22775 13311
PAGE 13
I T P A C K 2 C
ITPACK 2C IS A COLLECTION OF SEVEN FORTRAN SUBROUTINES FOR SOLVING
LARGE SPARSE LINEAR SYSTEMS BY ADAPTIVE ACCELERATED ALGORITHMS.
BASIC ITERATIVE PROCEDURES, SUCH AS THE JACOBI METHOD, THE
SUCCESSIVE OVERRELAXATION METHOD, THE SYMMETRIC SUCCESSIVE OVER-
RELAXATION METHOD, AND THE RS METHOD FOR THE REDUCED SYSTEM ARE
COMBINED, WHERE POSSIBLE, WITH ACCELERATION PROCEDURES, SUCH AS
CHEBYSHEV (SEMI-ITERATION) AND CONJUGATE GRADIENT, FOR RAPID
CONVERGENCE. AUTOMATIC SELECTION OF THE ACCELERATION PARAMETERS AND
THE USE OF ACCURATE STOPPING CRITERIA ARE MAJOR FEATURES OF THIS
SOFTWARE PACKAGE.
WHILE THE ITPACK ROUTINES CAN BE CALLED WITH ANY LINEAR SYSTEM
CONTAINING POSITIVE DIAGONAL ELEMENTS, THEY ARE THE MOST SUCCESSFUL
IN SOLVING SYSTEMS WITH SYMMETRIC POSITIVE DEFINITE OR MILDLY NON-
SYMMETRIC COEFFICIENT MATRICES.
PART OF ITPACK ARE 7 PRINCIPAL SUBROUTINES USING 64 INTERNAL SUB-
ROUTINES, PLUS 4 TEST SUBROUTINES USING 23 INTERNAL SUBROUTINES.
THE 7 SUBROUTINES THAT CAN BE CALLED BY THE USER ARE:
JCG - JSI - SOR - SSORSI - SSORCG - RSSI - RSCG.
TO AID THE USER IN USING THE ITERATIVE METHODS OF ITPACK, 4 SUBROU-
TINES FOR CONSTRUCTING THE SPARSE MATRIX STORAGE ARRAYS ARE
INCLUDED. THEY ARE: SBINI, SBSIJ, SBEND, SBAGN.
LANGUAGE USED: FORTRAN
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 19 5
!
NUMBER OF SECTORS ! 7899 3357
PAGE 14
K E R M I T B U R
KERMIT IS A FILE TRANSFER PROTOCOL USED FOR DOWNLOADING FILES FROM
MAINFRAMES TO MICROCOMPUTERS. BUT IT IS ALSO A COMPREHENSIVE
COMMUNICATION SYSTEM FOR TRANSFERRING DATA BETWEEN NUMEROUS TYPES
OF COMPUTERS. IT USES ASYNCHRONOUS SERIAL COMMUNICATIONS TO
EXCHANGE PACKETS OF INFORMATION AND HAS ERROR CHECKING FOR RELIABLE
TRANSMISSION OF FILES AND INFORMATION.
KERMIT PROTOCOL WAS DEVELOPED AT THE COLUMBIA UNIVERSITY CENTER FOR
COMPUTING ACTIVITIES, AND IS AVAILABLE FOR MANY SYSTEMS FOR ONLY A
NOMINAL FEE FROM COLUMBIA AND FROM VARIOUS USER GROUP ORGANIZATIONS.
KERMITBUR IS AN ADAPTATION OR A VERSION DISTRIBUTED BY COLUMBIA,
ORIGINALLY DEVELOPED ON A B7900, AND QUALIFIED HERE ON A3 AND A9.
LANGUAGE USED: ALGOL AND DCALGOL
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 7 2
!
NUMBER OF SECTORS ! 2366 513
PAGE 15
L I B R A R I A N
THE LIBRARIAN PROGRAM WAS DESIGNED TO MANAGE FILES ON DISK AND
TAPE, USING BURROUGHS LIBRARY MAINTENANCE FACILITIES. IT ALLOWS YOU
TO IDENTIFY A GROUP OF RELATED FILES AND TO MAINTAIN A TAPE
CONTAINING CURRENT COPIES OF THOSE FILES.
WHILE IT IS OPERATING, LIBRARIAN REFERENCES A DIRECTORY-FILE WHICH
CONTAINS A LIST OF THE FILE NAMES WHICH ARE MEMBERS OF A GROUP.
FILES MAY BE ADDED TO OR DROPPED FROM THE GROUP BY THE USE OF
VARIOUS LIBRARIAN COMMANDS. A LIST OF THE FILES IN A GROUP MAY BE
OBTAINED WITH ANOTHER COMMAND. WHENEVER A CHANGE HAS BEEN MADE TO
THIS LIST, LIBRARIAN WILL CREATE AN UPDATED COPY OF THE DIRECTORY-
FILE.
WHENEVER YOU WISH, YOU CAN COMMAND LIBRARIAN TO CREATE A NEW BACKUP
TAPE CONTAINING THE CURRENT VERSIONS OF ALL FILES IN A GROUP.
NORMALLY YOU WOULD DO THIS WHEN A SIGNIFICANT NUMBER OF FILES HAVE
BEEN ADDED OR CHANGED, OR PRIOR TO REMOVING SOME FILES FROM DISK TO
SAVE SPACE. THE DIRECTORY-FILE CONTAINS AN ENTRY FOR EACH FILE
IDENTIFIED AS A MEMBER OF THE GROUP AS WELL AS FLAG TO INDICATE
WHETHER THIS FILE HAS BEEN ADDED TO THE GROUP OR CHANGED SINCE THE
LAST TAPE WAS CREATED. IN ADDITION THE CREATION DATE OF THE FILE IS
RETAINED.
WARNING: WHEREAS OTHER FILES OF H.E.S.L. ARE OF PUBLIC TYPE, THE
LIBRARIAN ONES ARE PRIVATE FILES. THE REASON IS THAT
THIS APPLICATION CONTAINS POTENTIALLY DANGEROUS FUNCTIONS;
SO EVERYBODY SHOULD NOT BE ALLOWED TO USE IT. THEREFORE,
IT WOULD BE PREFERABLE TO LOAD LIBRARIAN UNDER A
PRIVILEGED USERCODE.
LANGUAGE USED: DCALGOL
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 5 1
!
NUMBER OF SECTORS ! 2116 540
PAGE 16
L I N P A C K
LINPACK IS A COLLECTION OF FORTRAN SUBROUTINES WHICH ANALYZE AND
SOLVE VARIOUS SYSTEMS OF SIMULTANEOUS ALGEBRAIC EQUATIONS.
MOST LINEAR EQUATION PROBLEMS WILL REQUIRE THE USE OF TWO LINPACK
SUBROUTINES, ONE TO PROCESS THE COEFFICIENT MATRIX AND ONE TO
PROCESS A PARTICULAR RIGHT HAND SIDE. THE ENTIRE COEFFICIENT MATRIX
WILL USUALLY BE STORED IN THE COMPUTER MEMORY, ALTHOUGH THERE ARE
PROVISIONS FOR BAND MATRICES AND FOR PROCESSING LARGE RECTANGULAR
MATRICES ROW BY ROW.
THREE DATA TYPES ARE PERMITTED:
REAL
DOUBLE PRECISION
COMPLEX
MATRICES MAY BE:
GENERAL
GENERAL BAND
POSITIVE DEFINITE
POSITIVE DEFINITE PACKED
POSITIVE DEFINITE BAND
SYMMETRIC INDEFINITE
SYMMETRIC INDEFINITE PACKED
HERMITIAN INDEFINITE
HERMITIAN INDEFINITE PACKED
TRIANGULAR
GENERAL TRIDIAGONAL
POSITIVE DEFINITE TRIDIAGONAL
CHOLESKY DECOMPOSITION
ORTHOGONAL-TRIANGULAR DECOMPOSITION
SINGULAR VALUE DECOMPOSITION
COMPUTATIONS INCLUDE:
FACTORIZATION OF MATRICES
ESTIMATION OF A MATRIX CONDITION NUMBER
SOLUTION OF SIMULTANEOUS LINEAR EQUATIONS
CALCULATION OF DETERMINANTS AND/OR INVERSES AND/OR INERTIA
LANGUAGE USED: FORTRAN
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 143 34
!
NUMBER OF SECTORS ! 37159 12159
PAGE 17
L P
(LINEAR PROGRAMMING)
THE PURPOSE OF THE "LP" PROGRAM IS TO MAXIMIZE OR MINIMIZE AN
OBJECTIVE FUNCTION OF UP TO 30 VARIABLES SUBJECT TO A MAXIMUM OF 15
CONSTRAINT EQUATIONS USING THE SIMPLEX ALGORITHM.
THE PROBLEMS MUST BE OF THE FORM:
MIN(MAX) C1X1+ C2X2+ C3X3+...
SUBJECT TO A11X1+A12X2+A13X3+... <= B1 ( or >= or = )
A21X1+A22X2+A23X3+... <= B2 ( or >= or = )
...
X1 >= 0, X2 >= 0, X3 >= 0, ...
LP IS MADE OF 24 SUBROUTINES.
LANGUAGE USED: FORTRAN
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 11 1
!
NUMBER OF SECTORS ! 2347 585
PAGE 18
M A T H P A C K
MATHPACK IS A CONVERSATIONAL PACKAGE ORGANISED AS GROUPS OF
PROGRAMS KNOWN AS PACKAGES, PLUS A BUILT-IN HELP.
ITS DOMAINS OF APPLICATIONS ARE:
LINEAR SYSTEMS
RESOLUTION OF LINEAR SYSTEMS
DETERMINANT OF A MATRIX
INVERSE OF A MATRIX
EIGENVALUE PROBLEM
FIND EIGENVALUES VIA LR METHOS
FIND EIGENSOLUTIONS USING DIRECT OR INVERSE ITERATION
POLYNOMIAL SOLUTION
ROOTS OF A REAL POLYNOMIAL
INTERPOLATION
NATURAL AND CLAMPED CUBIC SPLINE
LANGUAGE USED: PASCAL
! TAPE CONTENTS OBJECT FILES
--------------------!-------------------------------------
NUMBER OF FILES ! 27 1
!
NUMBER OF SECTORS ! 4379 270
PAGE 19
M A T L A B
MATLAB IS AN INTERACTIVE COMPUTER PROGRAM THAT SERVES AS A
CONVENIENT "LABORATORY" FOR COMPUTATIONS INVOLVING MATRICES. IT
PROVIDES EASY ACCESS TO MATRIX SOFTWARE DEVELOPED BY THE LINPACK
AND EISPACK PROJECTS. THE PROGRAM IS MADE OF 44 FORTRAN SUB-
ROUTINES.
THE CAPABILITIES RANGE FROM STANDARD TASKS SUCH AS SOLVING
SIMULTANEOUS LINEAR EQUATIONS AND INVERTING MATRICES, THROUGH
SYMMETRIC AND NONSYMMETRIC EIGENVALUE PROBLEMS, TO FAIRLY
SOPHISTICATED MATRIX TOOLS SUCH AS THE SINGULAR VALUE
DECOMPOSITION.
IT IS EXPECTED THAT ONE OF MATLAB'S PRIMARY USES WILL BE IN THE
CLASSROOM. IT SHOULD BE USEFUL IN INTRODUCTORY COURSES IN APPLIED
LINEAR ALGEBRA, AS WELL AS MORE ADVANCED COURSES IN NUMERICAL
ANALYSIS, MATRIX THEORY, STATISTICS AND APPLICATIONS OF MATRICES TO
OTHER DISCIPLINES. IN NONACADEMIC SETTINGS, MATLAB CAN SERVE AS A
"DESK CALCULATOR" FOR THE QUICK SOLUTION OF SMALL PROBLEMS
INVOLVING MATRICES.
LANGUAGE USED: FORTRAN AND FORTRAN77
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M I N S T E R
MINSTER IS DESIGNED FOR DATA MANIPULATION INCLUDING SELECTION,
PLOTTING, REGRESSION FITTING AND SIMPLE STATISTICAL CALCULATIONS.
FOLLOWING IS THE SUMMARY OF THE COMMANDS:
CALC CALCULATES VALUES FOR A NEW OR EXISTING VARIABLE
CLEAR CONSIDERS THE SPECIFIED VARIABLES TO HAVE MISSING
VALUES
EXEC EXECUTES COMMANDS FROM AN ALTERNATIVE PRE-PREPARED FILE
CORREL COMPUTES A CORRELATION MATRIX FOR REQUESTED VARIABLES
DEFINE DEFINES A NEW VARIABLE AS A FUNCTION OF OTHER VALUES
FINISH TERMINATES THE RUN
HELP PROVIDES INFORMATION ON ASPECTS OF THE MINSTER PROGRAM
HIST PRODUCES FREQUENCY HISTOGRAMS FOR REQUESTED VARIABLES
INDEX GIVES INFORMATION ABOUT ALL VARIABLES CREATED TO DATE
PLOT PLOTS REQUESTED VARIABLES
PRINT PRINTS TABLES OF OBSERVATIONS FOR REQUESTED VARIABLES
PROMPT SWITCHES PROMPTING ON IF CURRENTLY OFF, AND VICE-VERSA
READ READS DATA INTO NEW OR EXISTING VARIABLES
REG PERFORMS A MULTIPLE LINEAR REGRESSION ANALYSIS
RESTORE RESTORES CLEARED VARIABLES TO THEIR PRIOR VALUES
SELECT SELECTS A SUBSET OF THE OBSERVATIONS FOR FUTURE
ANALYSIS
STATS COMPUTES MEAN, VARIANCE, STANDARD DEVIATION, MIN AND
MAX
LANGUAGE USED: ALGOL
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NUMBER OF SECTORS ! 4675 846
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P E R T
THE PURPOSE OF THIS PROGRAM IS TO MANIPULATE AND SOLVE
DETERMINISTIC PERT NETWORKS.
IT IS WRITTEN ENOUGH USER-FRIENDLY TO BE RUN INTERACTIVELY, BUT
IT MAY ALSO BE RUN IN BATCH MODE.
THE NETWORK TO BE SOLVED MAY BE STORED IN A FILE OR LOADED INTER-
ACTIVELY.
THE FEATURES WHICH ARE AVAILABLE ARE :
- LOAD NEW ACTIVITIES ONTO THE NETWORK FROM YOUR TERMINAL
- LOAD NEW ACTIVITIES ONTO THE PROBLEM FROM A PACK FILE
- FIND THE SOLUTION OF THE PROBLEM
- LIST ACTIVITIES OF THE CURRENT PROBLEM
- DELETE AN ACTIVITY FROM THE CURRENT NETWORK
- CHANGE ONE OR MORE SPECIFIED PARTS FROM ANY ACTIVITY
CHARACTERISTICS
- RE-ORDER THE EVENT NUMBERS OF THE NETWORK EACH TIME THE
PROBLEM IS SOLVED
- CLEAR THE CURRENT PROBLEM FROM THE COMPUTER MEMORY
- CHOOSE BETWEEN SHORT OR LONG STYLE REPORT TO BE PRINTED AT
THE SOLUTION TIME
- CHANGE THE NUMBER OF DECIMAL PLACES TO BE USED IN THE REPORT
- SAVE THE CURRENT NETWORK INTO A SPECIFIED PACK FILE
LANGUAGE USED: ALGOL
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R E D U C E 2 / L I S P
THE REDUCE2/LISP PACKAGE INCLUDES THREE COMPONENTS:
- A "LISP" PROCESSOR AND COMPILER
- AN ALGEBRAIC PROCESSOR ("REDUCE") WHICH INCLUDES "LISP" AS A
SUBSET
- AN INTEGRATION PACKAGE ("INTEGRATOR") WHICH INCLUDES "REDUCE"
AND THUS ALSO "LISP"
"LISP" IS A VERSION BASED ON THE "STANDARD LISP" DEFINED BY THE
UNIVERSITY OF UTAH IN 1978.
"REDUCE" IS A PROGRAM DESIGNED FOR GENERAL ALGEBRAIC COMPUTATIONS
OF INTEREST TO MATHEMATICIANS, PHYSICISTS AND ENGINEERS. ITS
CAPABILITIES INCLUDE:
- EXPANSION AND ORDERING OF POLYNOMIALS AND RATIONAL FUNCTIONS
- SYMBOLIC DIFFERENTIATION
- SUBSTITUTIONS AND PATTERN MATCHING IN A WIDE VARIETY OF FORMS
- CALCULATION OF THE GREATEST COMMON DIVISON OF TWO POLYNOMIALS
- AUTOMATIC AND USER CONTROLLED SIMPLIFICATION OF EXPRESSIONS
- CALCULATIONS WITH SYMBOLIC MATRICES
- A COMPLETE LANGUAGE FOR SYMBOLIC CALCULATIONS, IN WHICH THE
"REDUCE" PROGRAM ITSELF IS WRITTEN
- CALCULATIONS OF INTEREST TO HIGH ENERGY PHYSICISTS INCLUDING
SPIN 1/2 AND SPIN 1 ALGEBRA
- TENSOR OPERATIONS
"INTEGRATOR" HAS A UNIQUE COMMAND (APART FROM "REDUCE" COMMANDS) TO
INTEGRATE SEVERAL KINDS OF MATHEMATICAL FUNCTIONS.
WARNING: THIS APPLICATION REQUIRES ACCESS TO "DMALGOL" AND "NEWP"
COMPILERS. THE "DMALGOL" COMPILER MUST HAVE THE OPTION
"CTPROC" SET. YOU WILL ALSO NEED AN ACCESS TO THE SPO,
SINCE THERE IS A "SUPPORT LIBRARY" TO CREATE.
LANGUAGE USED: ALGOL, DMALGOL, NEWP, LISP AND "RLISP"
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NUMBER OF SECTORS ! 40508 10755
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R U N O F F
RUNOFF IS A PROGRAM FOR TEXT EDITING. IT TAKES AS INPUT A FILE
CONTAINING BOTH TEXT AND "RUNOFF COMMANDS". ADDITIONAL INSTRUCTIONS
(INCLUDING "RUNOFF COMMANDS") MAY ALSO BE SUPPLIED AT THE TERMINAL
TO PRODUCE TYPED MANUSCRIPTS IN A FINISHED FORM.
THE AVAILABLE COMMANDS ARE:
I/O CONTROL COMMANDS TO:
DEFINE YOUR INPUT AND OUTPUT FILE
PRODUCE MULTIPLE COPIES OF A MANUSCRIPT
MAKE LETTERS
PAGE RELATED COMMANDS TO:
DEFINE HEADERS
MODIFY MARGINS
DEFINE YOUR PAGE LENGTH
CONTROL THE PAGE SKIPPING
TEXT WRITING COMMANDS TO:
CONTROL THE FILL AND JUSTIFY PROCESS
SPECIFY INDENTING AND DEFINE AUTOMATIC PARAGRAPHS
CONTROL THE SPACING OF YOUR MANUSCRIPT
TEXT MANIPULATION COMMANDS TO:
TO MAKE HORIZONTAL AND VERTICAL TABULATION
TO CONTROL THE CAPITALIZATION OF CHARACTERS AND WORDS
TEXT HIGHLIGHTING COMMANDS TO:
TO UNDERSCORE WORDS OR GROUPS OF WORDS
TO DRAW ARRAYS
LANGUAGE USED: ALGOL
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PAGE 24
S I M U L A
SIMULA HAS BEEN ADDED TO H.E.S.L. TO PROVIDE THE USER WITH
SIMULATION OR MODELING CAPABILITIES. THIS LANGUAGE PROVIDES AN
ADVANTAGE OVER CONVENTIONAL SIMULATION IN THAT THE OPERATIONAL RULE
AND THE PROCESS MAY BOTH BE ACTIVE.
SIMULA IS BASED ON ALGOL AND CONTAINS THAT LANGUAGE AS A SUBSET;
THEREFORE, THE USER IS EXPECTED TO HAVE A WORKING KNOWLEDGE OF
ALGOL BEFORE ATTEMPTING ANY SIMULATION PROBLEMS.
LANGUAGE USED: ALGOL AND DCALGOL
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S Y S T E M / U T I L I T Y
SYSTEM/UTILITY PERMITS THE USER TO PERFORM A VARIETY OF USEFUL
FUNCTIONS, SUCH AS MEDIA CONVERSION, SPACE SUMMARY, DIRECTORY
DETAIL, TAPE DIRECTORY, ETC. ON THE WHOLE, THERE ARE 26 DIFFERENT
FUNCTIONS.
THE FUNCTIONS OF SYSTEM/UTILITY ARE:
MEDIA CONVERSION
DOCUMENT LISTER
PRINTER TEST
LISTING OF WFL CARD DECKS
PRINTING OF "REVERSE VIDEO" BLOCK CHARACTERS
WRITING OF BINARY END CARDS
COPY OF A REEL OF A MULTIREEL FILE
SUMMARY OF DISK SPACE IN USE
LIST OF BCL DATA AS THOUGH 029 KEYTOPS USED
DIRECTORY DETAIL
TAPE DIRECTORY
RAW LISTING
SECURITY CHANGE
CREATION OF A NULL FILE
PRINTING OF DATA IN BOTH HEX AND EBCDIC
PRINTING OF DATA IN BOTH HEX AND EBCDIC; LISTING IS COMPACTED
PRINTING OF DATA IN EBCDIC (I.E. RESTORES THE DEFAULT)
PRINTING OF FILE ATTRIBUTES
WRITING OF ALL DISK FILES IN 'CARD'
WRITING OF ALL DATA DISK FILES IN 'CARD'
WRITING OF ALL CODE DISK FILES IN 'CARD'
WRITING OF ALL SYMBOLIC DISK FILES IN 'CARD'
WRITING OF ALL DATA AND SYMBOLIC DISK FILES IN 'CARD'
SUMMARY OF STRUCTURE OF UNLABELLED FILES; STOPS AT 2 TAPEMARKS
SUMMARY OF STRUCTURE OF UNLABELLED FILES; STOPS AT 3 TAPEMARKS
CONVERTING MULTIFILE TAPES TO SEPARATE DISK FILES
WARNING: WHEREAS OTHER FILES OF H.E.S.L. ARE OF PUBLIC TYPE, THE
SYSTEM/UTILITY ONES ARE PRIVATE FILES. THE REASON IS THAT
THIS APPLICATION CONTAINS POTENTIALLY DANGEROUS FUNCTIONS;
SO EVERYBODY SHOULD NOT BE ALLOWED TO USE IT. THEREFORE,
IT WOULD BE PREFERABLE TO LOAD SYSTEM/UTILITY UNDER A
PRIVILEGED USERCODE.
LANGUAGE USED: DCALGOL
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PAGE 26
T S P
(TIME SERIES PROCESSOR)
TSP IS DESIGNED FOR STATISTICAL ANALYSIS OF TIME SERIES AND IS ABLE
TO CARRY OUT THE COMPUTATIONAL STEPS THAT OCCUR ROUTINELY IN
ECONOMIC RESEARCH. THUS TSP ESTIMATES A WIDE VARIETY OF REGRESSIONS
AND HANDLES MOST COMMON DATA TRANSFORMATIONS.
THERE ARE TWO TYPES OF TSP COMMANDS.
FIRST, THERE ARE:
ASSIGNMENT COMMANDS
DECLARATION COMMANDS
INPUT/OUTPUT COMMANDS
LOGIC CONTROL COMMANDS
PROCEDURE COMMANDS
MATRIX COMMANDS
SECOND, THERE ARE:
COMMANDS THAT ASK FOR A SPECIFIC REGRESSION MODEL
THE AVAILABLE REGRESSION MODELS ARE:
ORDINARY LEAST SQUARES REGRESSION MODEL
GENERALIZED LEAST SQUARES MODEL
AUTOREGRESSIVE MODELS:
COCHRANE-ORCUTT PROCEDURE
HILDRETH-LU PROCEDURE
INSTRUMENTAL (I.E. TWO-STAGE) LEAST SQUARES MODEL
POLYNOMIAL DISTRIBUTED LAG MODEL
RESTRICTED LEAST SQUARES MODEL
THE FOLLOWING STATISTICS ARE PRINTED FOR EACH REGRESSION:
STANDARD ERROR(S) OF COEFFICIENT(S)
T-STATISTIC(S)
SUM OF SQUARED RESIDUALS
STANDARD ERROR OF THE REGRESSION
R-SQUARED
ADJUSTED (UNBIASED) R-SQUARED
F-STATISTIC
DURBIN-WATSON STATISTIC
LANGUAGE USED: FORTRAN AND ALGOL
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*** END OF TABLE OF CONTENTS ***