Trailing-Edge
-
PDP-10 Archives
-
decuslib20-05
-
decus/20-0137/bmd/bmd.doc
There are 2 other files named bmd.doc in the archive. Click here to see a list.
WESTERN MICHIGAN UNIVERSITY
COMPUTER CENTER
LIBRARY PROGRAM #1.1.5
PROGRAMMED BY: *
PREPARED BY: RUSSELL R. BARR III & SAM ANEMA
APPROVED BY: JACK R. MEAGHER
DATE: FEBRUARY, 1977 (VERSION 2)
UCLA BIOMEDICAL PACKAGE
THE COMPUTER CENTER HAS ADAPTED THE FOLLOWING BIOMEDICAL PROGRAMS FOR USE
ON THE PDP-10:
BIOMEDICAL PROGRAM
NAME PROGRAM DESCRIPTION
BMD01D SIMPLE DATA DESCRIPTION
BMD02D CORRELATION WITH TRANSGENERATION
BMD03D CORRELATION WITH ITEM DELETION
BMD05D GENERAL PLOT INCLUDING HISTOGRAM
BMD06D DESCRIPTION OF STRATA
BMD07D DESCRIPTION OF STRATA WITH HISTOGRAM
BMD08D CROSS-TABULATION WITH VARIABLE STACKING
BMD09D CROSS-TABULATION, INCOMPLETE DATA
BMD10D DATA PATTERNS FOR DICHOTOMIES
BMD11D DATA PATTERNS FOR POLYCHOTOMIES
BMD01M PRINCIPAL COMPONENT ANALYSIS
BMD02M REGRESSION ON PRINCIPAL COMPONENTS
BMD03M FACTOR ANALYSIS
BMD04M DISCRIMINANT ANALYSIS FOR TWO GROUPS
BMD05M DISCRIMINANT ANALYSIS FOR SEVERAL GROUPS
BMD06M CANONICAL ANALYSIS
BMD07M STEPWISE DISCRIMINANT ANALYSIS
BMD01R SIMPLE LINEAR REGRESSION
BMD02R STEPWISE REGRESSION
BMD03R MULTIPLE REGRESSION WITH CASE COMBINATIONS
BMD04R PERIODIC REGRESSION AND HARMONIC ANALYSIS
BMD05R POLYNOMIAL REGRESSION
BMD06R ASYMPTOTIC REGRESSION
BMD01S LIFE TABLE AND SURVIVAL RATE
BMD02S CONTINGENCY TABLE ANALYSIS
BMD03S BIOLOGICAL ASSAY: PROBIT ANALYSIS
BMD04S GUTTMAN SCALE PREPROCESSOR
BMD05S GUTTMAN SCALE #1
BMD06S GUTTMAN SCALE #2, PART 1
BMD07S GUTTMAN SCALE #2, PART 2
BMD08S GUTTMAN SCALE #2, PART 3
BMD09S TRANSGENERATION
BMD10S TRANSPOSITION OF LARGE MATRICES
BMD01T AMPLITUDE AND PHASE ANALYSIS
BMD02T AUTOCOVARIANCE AND POWER SPECTRAL ANALYSIS
BMD01V ANALYSIS OF VARIANCE FOR ONE-WAY DESIGN
BMD02V ANALYSIS OF VARIANCE FOR FACTORIAL DESIGN
-------------------
* SOME OF THE OPERATING PROCEDURES WERE WORKED OUT BY MR. GEORGE KOHRMAN
AND RUSSELL R. BARR III. THE CONVERSION OF THE BMD PROGRAMS TO THE PDP-10 WAS
DONE BY MISS GAN AND MR. ANEMA.
BMD03V ANALYSIS OF COVARIANCE FOR FACTORIAL DESIGN
BMD04V ANALYSIS OF COVARIANCE WITH MULTIPLE COVARIANCE
BMD05V GENERAL LINEAR HYPOTHESIS
BMD06V GENERAL LINEAR HYPOTHESIS WITH CONTRASTS
BMD08V ANALYSIS OF VARIANCE
BMDX63 MULTIVARIATE GENERAL LINEAR HYPOTHESIS
BMDX64 GENERAL LINEAR HYPOTHESIS
BMDX68 MULTIPLE TIME SERIES SPECTRAL ANALYSIS
BMDX69 MULTIVARIATE ANALYSIS OF VARIANCE AND COVARIANCE
BMDX70 T-PROGRAM
BMDX72 FACTOR ANALYSIS
BMDX75 CANONICAL ANALYSIS
BMDX77 TRANSGENERATION
BMDX82 ANALYSIS OF COVARIANCE
BMDX84 ASYMMETRICAL CORRELATION WITH MISSING DATA
BMDX85 NON-LINEAR LEAST SQUARES
BMDX92 TIME SERIES SPECTRUM ESTIMATION
BMDX93 TIME-LOCKED AVERAGING PROGRAM
BMDX94 MULTIPASS TRANSGENERATION
FOR A COMPLETE DESCRIPTION OF THESE PROGRAMS AND FOR INSTRUCTIONS IN THEIR USE,
SEE THE FOLLOWING BOOKS:
FOR PROGRAMS BMD01D - BMD08V, SEE:
BMD
BIOMEDICAL COMPUTER PROGRAMS
W. J. DIXON, EDITOR
UNIVERSITY OF CALIFORNIA PRESS
BERKELEY, LOS ANGELES, LONDON
1970
FOR PROGRAMS BMDX63 - BMDX94, SEE:
BMD
BIOMEDICAL COMPUTER PROGRAMS
X-SERIES SUPPLEMENT
W. J. DIXON, EDITOR
UNIVERSITY OF CALIFORNIA PRESS
BERKELEY, LOS ANGELES, LONDON
1970
A COPY OF EACH OF THESE BOOKS HAVE BEEN ORDERED FOR: (1) PHYSICAL SCIENCE
LIBRARY, (2) WALDO LIBRARY, AND (3) BUSINESS LIBRARY.
THE BIOMEDICAL PROGRAMS ARE DESIGNED TO INPUT DATA FROM CARDS, DISK, OR
MAGNETIC TAPE. THE OUTPUT IS DESIGNED FOR THE LINE PRINTER. BECAUSE OF THIS,
THE PROGRAMS CAN BEST BE RUN FROM BATCH.
THE GENERAL CARD SETUP IS AS FOLLOWS:
FOR DATA ON CARDS:
$JOB [PROJ,PROG]
$PASSWORD PSWD
$DECK FILE.F4
[AT THIS POINT ENTER FORTRAN CARDS.] #
$DATA
[AT THIS POINT ENTER ALL OTHER CARDS DESCRIBED IN THE
BMD MANAUL EXCEPT SYSTEM CARDS.] @
$EOD
$COPY BMD--- (THE SIX CHARACTERS FOLLOWING THE WORD "COPY" MUST
BE THE BMD PROGRAM NAME.)
(EOF)
FOR DATA ON A DISK FILE CALLED FILE.DAT:
$JOB [PROJ,PROG]
$PASSWORD PSWD
.AS DSK 7
.R PIP
*FOR07.DAT FILE.DAT (WHERE FILE.DAT IS THE NAME OF THE DATA FILE)
$DECK FILE.F4
[AT THIS POINT ENTER FORTRAN CARDS.] #
$DATA
[AT THIS POINT ENTER ALL OTHER CARDS DESCRIBED IN THE BMD MANUAL
EXCEPT SYSTEM CARDS. @ YOU MUST SPECIFY 7 AS AN AUXILIARY
INPUT DEVICE NUMBER ON PROBLM CARD.]
$EOD
$COPY BMD--- (THE SIX CHARACTERS FOLLOWING THE WORD "COPY" MUST
BE THE BMD PROGRAM NAME.)
(EOF)
FOR DATA ON MAGNETIC TAPE:
$JOB [PROJ,PROG]
$PASSWORD PSWD
.MOUNT MTA 7 /REE:---- (---- IS THE TAPE IDENTIFICATION NUMBER)
$DECK FILE.F4
[AT THIS POINT ENTER ALL OTHER CARDS DESCRIBED IN THE BMD MANUAL
EXCEPT SYSTEM CARDS. @ YOU MUST SPECIFY 7 AS AN AUXILIARY
INPUT DEVICE NUMBER ON PROBLM CARD]
$EOD
$COPY BMD--- (THE SIX CHARACTERS FOLLOWING THE WORD "COPY" MUST
BE THE BMD PROGRAM NAME.)
.DISMOUNT 7: /R
(EOF)
@ A SYSTEM CARD IS ANY CARD WHICH BEGINS WITH //, /* OR $ID
# THESE CARDS AND THE "DECK" CARD ARE ONLY USED WITH BMDX77, BMDX85, BMDX94.
RUNNING BMD PROGRAMS WITHOUT USING CARDS
THE BMD INVOCATION SEQUENCE IS COMPLEX ENOUGH THAT BATCH ENTRY IS THE MOST
PRACTICAL APPROACH. HOWEVER, ACCESS TO BATCH IS POSSIBLE FROM A TERMINAL,
WITHOUT THE USE OF PUNCHED CARDS, BY THE USE OF THE SUBMIT COMMAND.
THIS METHOD OF SUBMITTING A BATCH COMMAND FILE IS ONLY APPLICABLE FOR DATA
STORED ON DISK.
PROCEDURE:
1) MAKE A FILE CONTAINING THE PARAMETER STATEMENTS DESCRIBED IN THE BMD MANUAL,
EXCEPT SYSTEM STATEMENTS. YOU MUST SPECIFY "7" AS AN AUXILIARY INPUT DEVICE
NUMBER ON THE PROBLM STATEMENT IF THE DATA IS NOT INCLUDED IN THE PARAMETER
FILE.
2) IF FORTRAN STATEMENTS ARE NEEDED, MAKE A FILE CALLED FILE.F4 CONTAINING
THESE STATEMENTS.
3) IF YOUR DATA IS NOT INCLUDED IN THE PARAMETER FILE, CREATE A FILE ON DISK
CONTAINING YOUR DATA.
4) RUN THE PROGRAM BMDSMT TO CREATE THE CONTROL FILE NEEDED.
5) TYPE: SUBMIT BMD
6) YOUR OUTPUT WILL GO TO THE LINE PRINTER.
EXAMPLE RUN
.R BMDSMT
ENTER NAME OF BMD PROGRAM (E.G. BMD01D)
BMDX72
ENTER NAME OF THE PARAMETER FILE
PRM.DAT
ENTER THE NAME OF YOUR DATA FILE
JUST ENTER A <CR> IF DATA IS INCLUDED IN PARAMETER FILE
INPUT.DAT
THE NEXT STEP IS TO "SUBMIT BMD"
END OF EXECUTION
CPU TIME: 0.55 ELAPSED TIME: 31.33
EXIT
.SUBMIT BMD
.
NOTE:
1) THE NORMAL TIME ALLOWED FOR THE PROCESSING OF A BATCH JOB, (SUBMITTED OR
WITH CARDS) IS 3 MINUTES. IF THE JOB IS LARGE YOU MAY WISH TO INCREASE THIS.
THE COMMAND TO INCREASE THE TIME OF THE ABOVE JOB TO 6 MINUTES WOULD BE:
SUBMIT BMD/TIME:6:00.
2) IF YOU WISH TO DEFER THE START OF A JOB TO A DIFFERENT TIME OF DAY,
PERHAPS TO TAKE ADVANTAGE OF A LIGHTER SYSTEM LOAD OR CHEAPER RATES, YOU MAY
USE THE /AFTER SWITCH. SUPPOSE YOU WISH TO DEFER THE START OF THE JOB
13-1/2 HOURS, YOU COULD SUBMIT THE JOB LIKE THIS: SUBMIT BMD/AFTER:+13:30.
3) BOTH SWITCHES MAY BE USED IF DESIRED OR YOU MAY USE ANY OF THE SWITCHES
LISTED IN THE BATCH SYSTEM COMMANDS SECTION OF THE DECSYSTEM-10 USERS HAND-
BOOK.
THE PDP-10 VERSION OF THE BIOMEDICAL PROGRAMS ARE LIMITED IN PROBLEM SIZE
BY THE LIMITATIONS DESCRIBED IN THE BMD MANUALS. IN ADDITION TO THESE RESTRIC-
TIONS, THE FOLLOWING RESTRICTIONS APPLY:
I. IN EACH OF THE BIOMEDICAL PROGRAMS, A BLANK IS READ IN AS A ZERO. THIS
IS TRUE IN SPITE OF WHAT MAY BE SAID ABOUT THIS IN THE BMD MANUAL.
II. WHENEVER PUNCHED CARD OUTPUT IS EXPECTED,
1. INSERT AN ADDITIONAL CARD BEFORE THE $COPY CARD WHICH CONTAINS:
.MOUNT CDP PTP /FORMS:XXX
"XXX" SHOULD BE REPLACED WITH THE APPROXIMATE NUMBER OF CARDS
TO BE PUNCHED.
III. THE FOLLOWING IS A LIST OF ADDITIONAL RESTRICTIONS AS THEY APPLY
TO THE INDIVIDUAL PROGRAM INVOLVED:
BMD02D (1) P, NUMBER OF ORIGINAL VARIABLES (2<P<50)
(2) Q, NUMBER OF VARIABLES ADDED TO THE ORIGINAL SET AFTER
TRANSGENERATION (-48<=Q<=48)
BMD03D (1) P, NUMBER OF VARIABLES (1<=P<=62)
BMD05D (1) N, NUMBER OF CASES (2<=N<=5000)
BMD06D (1) P, NUMBER OF ORIGINAL VARIABLES (2<=P<=25)
(2) N, SAMPLE SIZES OR NUMBER OF CASES (3<=N<=400)
(3) Q, NUMBER OF VARIABLES ADDED TO THE ORIGINAL SET AFTER
TRANSGENERATION (-9<=Q<=23) (2<=P+Q<=25)
BMD07D (1) THE PRODUCT OF THE NUMBER OF VARIABLES AFTER TRANS-
GENERATION AND THE NUMBER OF CASES MAY NOT EXCEED 4000.
BMD08D (1) THE TOTAL NUMBER OF VARIABLES AFTER STACKING AND TRANS-
GENERATION MULTIPLIED BY THE NUMBER OF CASES MUST BE LESS
THAN 8000.
BMD09D (1) THE TOTAL NUMBER OF VARIABLES AFTER TRANSGENERATION
MULTIPLIED BY THE NUMBER OF CASES MUST BE LESS THAN
6000. IF PRINTING OF THE IDENTIFICATION NUMBER IN THE
DATA MATRIX IS DESIRED, IT MUST BE LESS THAN 4000.
BMD10D (1) P, NUMBER OF VARIABLES (1<=P<=20)
(2) N, NUMBER OF ITEMS OR CASES (1<=N<=400)
BMD11D (1) P, NUMBER OF VARIABLES (1<=P<=20)
(2) N, NUMBER OF ITEMS OR CASES (1<=N<=300)
BMD01M (1) P, NUMBER OF ORIGINAL VARIABLES (2<=P<=20)
(2) N, NUMBER OF CASES (3<=N<=250)
(3) Q, NUMBER OF VARIABLES ADDED BY TRANSGENERATION (-18<=Q
<=18)
(4) P+Q, TOTAL NUMBER OF VARIABLES (2<=P+Q<=20)
BMD02M (1) P, NUMBER OF INDEPENDENT VARIABLES (1<=P<=15)
(2) D, NUMBER OF DEPENDENT VARIABLES (1<=D<=15)
(3) T, TOTAL NUMBER OF ORIGINAL VARIABLES (2<=T<=30)
BMD03M (1) NUMBER OF VARIABLES (2<=P<=60)
BMD04M (1) N(I), SAMPLE SIZE IN I-TH GROUP (P+Q<=N(I)<=250)
(2) P, NUMBER OF ORIGINAL VARIABLES (2<=P<=20)
(3) Q, NUMBER OF VARIABLES ADDED TO THE ORIGINAL SET OF
VARIABLES (-9<=Q<=18), (2<=P+Q<=20)
BMD05M (1) G, NUMBER OF GROUPS (2<=G<=4)
(2) P, NUMBER OF ORIGINAL VARIABLES (G<=P<=15)
(3) Q, NUMBER OF VARIABLES ADDED TO THE ORIGINAL SET AFTER
TRANSGENERATION (-9<=Q<=15), (G<=P+Q<=15)
BMD01R (1) T, NUMBER OF TREATMENT GROUPS (1<=T<=599)
(2) N(I), NUMBER OF CASES IN THE I-TH TREATMENT GROUP (1<=N(I)
<=599)
BMD02R (1) P, NUMBER OF ORIGINAL VARIABLES (2<=P<=50)
(2) Q, NUMBER OF VARIABLES ADDED BY TRANSGENERATION (-9<=Q
<=48)
(3) P+Q, TOTAL NUMBER OF VARIABLES (2<=P+Q<=50)
BMD03R (1) P, ORIGINAL NUMBER OF VARIABLES (2<=P<=40)
(2) Q, NUMBER OF VARIABLES ADDED TO THE ORIGINAL SET AFTER
TRANSGENERATION (-9<=Q<=38), (2<=P+Q<=40)
(3) T, NUMBER OF TRANSGENERATION CARDS (0<=T<=40)
BMD04R (1) N, NUMBER OF HARMONICS (1<=N<=9)
(2) K, NUMBER OF TIME VALUES (2N+1<=K<=300)
(3) M, NUMBER OF APPLICATIONS (FOR ANALYSIS OF VARIANCE)
(2<=M<=15)
M, NUMBER OF REPLICATIONS (NO ANALYSIS OF VARIANCE)
(1<=M<=15)
BMD05R (1) K, FINAL DEGREE POLYNOMIAL REGRESSION (K<=5)
(2) N, NUMBER OF CASES (K+1<=N<=400)
BMD06R (1) K, NUMBER OF VALUES OF THE INDEPENDENT VARIABLE (4<=K<=
399)
(2) M(I), NUMBER OF VARIABLES OF THE DEPENDENT VARIABLE CO-
RRESPONDING TO THE I-TH VALUE OF THE INDEPENDENT VARIABLE
(1<=M(I)<=399)
(3) N, TOTAL NUMBER OF THE DEPENDENT VARIABLE M(1)+...+M(K)=N
(K<=N<=1700)
BMD01S (1) (FOR ALL FORMS OF INPUT) T, NUMBER OF TIME PERIODS
(T<=31)
BMD02S (1) K, NUMBER OF INTERVALS IN EACH CATEGORIZATION (K<=14)
(2) S, TOTAL NUMBER OF DIFFERENT CATEGORIZATIONS FORMED FROM
ALL VARIABLES (S<350)
(3) Q, THE TOTAL NUMBER OF INTERVALS FOR ALL VARIABLES (Q<=
2000)
8000
BMD04S (1) N, NUMBER OF RESPONDENTS (1<=N<=----)
P+4
8000
BMD05S (1) N, NUMBER OF RESPONDENTS (1<=N<=----)
P+4
8000
BMD06S (1) N, NUMBER OF RESPONDENTS (1<=N<=----)
P+4
8000
BMD07S (1) N, NUMBER OF RESPONDENTS (1<=N<=----)
P+4
8000
BMD08S (1) N, NUMBER OF RESPONDENTS (1<=N<=----)
P+4
BMD09S (1) P, NUMBER OF ORIGINAL VARIABLES (1<=P<=99)
(2) Q, NUMBER OF VARIABLES ADDED AFTER TRANSGENERATION
(-98<=Q<=98) (1<=P+Q<=99)
(3) M, NUMBER OF VARIABLES DESIRED FOR PUNCHED CARD OUTPUT
(0<=M<=99)
(4) T, TOTAL NUMBER OF TRANSGENERATION CARDS (0<=T<=99)
BMD10S (1) R,C THE NUMBER OF ROWS AND COLUMNS IN THE ENTERING
MATRIX 1<=R<=10,000
1<=C<=10,000
1<=R*C<=10,000
(2) F(1) AND F(2), THE NUMBER OF FORMAT CARDS FOR THE INPUT
AND OUTPUT FORMAT (1<=F(1)<=10), (1<=F(2)<=10)
(3) T, THE NUMBER OF TAPE DRIVES TO BE USED IN THE TRANS-
POSITION (T=1)
(4) R' , THE NUMBER OF ROWS GOVEREND BY THE INPUT FORMAT
(1<=R' <=10,000/C)
(5) C' , THE NUMBER OF ROWS GOVERNED BY THE OUTPUT FORMAT
(1<=C' <=10,000/R)
BMD01T (1) N, NUMBER OF POINTS IN THE SERIES (50<=N<=800)
(2) M, NUMBER OF RESOLUTIONS (M<=350)
(3) L, NUMBER OF POINTS WHERE THE FILTER IS EVALUATED (50<=L
L<=80)
(4) K, NUMBER OF VARIABLE FORMAT CARDS (1<=K<=2)
BMD02T (1) N, NUMBER OF DISCRETE DATA POINTS PER SERIES (1<=N<=100)
(2) IN NO PROBLEM MAY THE PRODUCT OF N AND S (NXS) BE
GREATER THAN 2000
(3) M, NUMBER OF LOGS (1<=M<=29)
(4) Q, NUMBER OF SELECTION CARDS (1<=G<=99)
(5) K, NUMBER OF VARIABLE FORMAT CARDS (1<=K<=2)
BMD01V (1) N(I), THE NUMBER OF OBSERVATIONS OR CASES FOR THE I-TH
TREATMENT GROUP OR CATEGORY (1<=N(I)<=9000)
(2) N, THE TOTAL NUMBER OF OBSERVATIONS IN ALL GROUPS OR
CATEGORIES COMBINED N=SUM(N(I)) (N<=45,000,000)
BMD02V (1) L(I), NUMBER OF CATEGORIES OR LEVELS OF ANY ONE VARI-
ABLE (L(I)<=999) AND L(1) X L(2) X L(3) X ... X L(W)<=
7000)
(2) K, NUMBER OF VARIABLE FORMAT CARDS (1<=K<=2)
BMD03V (1) L(I), NUMBER OF CATEGORIES OR LEVELS OF ANY ONE ANALYSIS
OF VARIANCE CLASSIFICATION (L(I)<=500), (L(1) X L(2) X
L(3) X ... X L(W)<=500)
BMD05V (1) P, NUMBER OF VARIABLES USED TO SPECIFY ANALYSIS OF
VARIANCE DESIGN (1<=P<=40)
(2) Q, NUMBER OF COVARIATES (1<=P+Q<=40)
(3) M, NUMBER OF TRANSGENERATION CARDS (0<=M<=40)
BMD06V (1) M, NUMBER OF TRANSGENERATION CARDS (0<=M<=60)
BMD08V (1) C, NUMBER OF COMPONENTS IN THE ANALYSIS OF VARIANCE
TABLE (C<=100)
(2) Q, NUMBER OF DEPENDENT VARIABLES
(3) M, NUMBER OF MEANS WHICH MUST BE STORED. THIS MAY BE
AS LARGE AS HALF THE MAOUNT OF DATA, DEPENDING ON THE
DESIGN AND INCLUDES AT LEAST ALL THE MEANS WHICH ARE TO
BE PRINTED. CORE IS TAKEN TO STORE AS FEW MEANS AS
POSSIBLE. (C X Q + M<=5000)
BMDX63 WITH P INDPEPNDENT VARIABLES AND Q DEPENDENT VARIABLES THE
FOLLOWING RESTRICTION MUST BE SATISFIED FOR EACH HYPOTHESIS
BEING TESTED. (P+Q)*(P+Q)+[R,Q]P+[P,Q]R+[R,S]Q+QS<=5000--WHERE
R IS THE NUMBER OF ROWS IN A, S IS THE NUMBER OF ROWS IN C,
AND [X,Y] DENOTES THE LARGER OF X AND Y.
BMDX69 CP(P+1)/2+M<=5000 WHERE
C = NUMBER OF COMPONENTS IN THE ANALYSIS OF VARIANCE PART OF
MODEL
P = TOTAL NUMBER OF VARIABLES
M = NUMBER OF MEANS WHICH MUST BE STORED. THIS MAY BE AS
LARGE AS HALF THE AMOUNT OF DATA, DEPENDING ON THE DESIGN
AND INCLUDES AT LEAST THE MEANS TO BE PRINTED.
BMDX70 (1) P, NUMBER OF ORIGINAL VARIABLES (1<=P<=199)
(2) (NOTE: ONLY VARIABLES 1-70 CAN BE ANALYZED; THE REMAIN-
ING VARIABLES ARE AVAILABLE FOR TRANSGENERATION.)
(3) Q, NUMBER OF VARIABLES ADDED TO THE ORIGINAL SET AFTER
TRANSGENERATION (-198<=Q<=69)
(4) P+Q, TOTAL VARIABLES OUTPUT (1<=P+Q<=70)
(5) M, NUMBER OF TRANSGENERATION CARDS (0<=M<=70)
(6) D, NUMBER OF MISSING VALUE CARDS (0<=D<=70)
(7) S, NUMBER OF SUBPROBLEMS (1<=S<=15)
BMDX72 (1) P(P+1)/2+H<=6700
(2) RP+H+R*R<=6700
WHERE P = NUMBER OF VARIABLES
R = NUMBER OF FACTORS ROTATED
H = 10P + 18F
F = NUMBER OF VARIABLE FORMAT CARDS
BMDX77 (1) AN END OF FILE CARD (EOF) MUST BE INSERTED BETWEEN THE
USER SUPPLIED FORTRAN STATEMENT CARD AND THE PROBLM CARD.
BMDX75 (1) TOTAL NUMBER OF VARIABLES (T<=49)
BMDX82 (1) APPROXIMATELY HALF OF THE TABLED VALUES FOR T AND G GIVEN
IN THE BIOMED MANUAL.
BMDX84 (1) G<=12000
WHERE G = 3P+4N(C) IF MISSING DATA ARE NOT SPECIFIED
G = 3P+10N(C) IF MISSING DATA ARE SPECIFIED
P = NUMBER OF VARIABLES AFTER TRANSGENERATION
N = NUMBER OF COLUMNS PER SUBPROBLEM
BMDX85 (1) TOTAL AMOUNT OF DATA N(T+1)<=10000
WHERE N = NUMBER OF CASES
T = NUMBER OF INDEPENDENT VARIABLES
(2) AN END OF FILE CARD (EOF) MUST BE INSERTED BETWEEN THE
LAST USER SUPPLIED FORTRAN STATEMENT CARD AND THE PROBLM
CARD.
BMDX92 (1) TOTAL AMOUNT OF SPACE (W<=5000)
BMDX93 (1) 2.0*N*NV*NP<=10000
WHERE N = NUMBER OF SCANS; NV = NUMBER OF VARIABLES ANA-
LYZED;
NP = NUMBER OF PROBLEMS PROCESSING SIMULTANEOUSLY;
IF THE METHOD OF ANALYSIS IS SUBTRACTION OF
PAIRED PULSES, USE: 3.0*N*NV*NP<=10000