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C PERIODIC REGRESSION AND HARMONIC ANALYSIS MARCH 29, 1966
C THIS IS A SIFTED VERSION OF BMD04R ORIGINALLY WRITTEN IN
C FORTRAN II. SOME MODIFICATIONS WERE MADE TO MAKE IT OPERABLE
C AND SLIGHTLY MORE EFFICIENT THAN THE SIFTED VERSION.
COMMON H , N , KNT , T , U , V
COMMON DU , DV , NHARM , NFR , RSUM , TSUM
COMMON YDATA , SUMT2 , SUMT , AY , BY , AAY
COMMON BBY , FN , ZEANY , EQY , CM , S1
COMMON S2 , S3 , S4 , NDF2 , DF2 , NDF4
COMMON DF4 , NDF8 , DF8 , NDF9 , S6 , S7
COMMON S8 , S9 , S5 , NDF1 , DF1 , NDF3
COMMON DF3 , NDF5 , DF5 , NDF6 , DF6 , NDF7
COMMON DF7 , AAX , BBX , AX , BX , RSUMX
COMMON TSUMX , SUMT2X , SUMTX , EQX , SUMXY , XDATA
COMMON S4XY , S2XY , S3XY , S5XY , CMX , S1X
COMMON S2X , S3X , S4X , S5X , S1XY , EXX1
COMMON EXX2 , EXX3 , EXY1 , EXY2 , EXY3 , EXY4
COMMON NDFE2 , NDFE4 , NDFE3 , BE2 , BS12 , BS22
COMMON BS32 , BS42 , NDFERR , DFERR , BE2M , BS12M
COMMON BS22M , BS32M , BS42M , FC1 , FC2 , FC3
COMMON FC4 , BYX , RANGE , THETA , RMAX , RMIN
COMMON S1M , S2M , S3M , S4M , S5M , S8M
COMMON S9M , FV1 , FV3 , FV4 , FV2 , ESTD
COMMON FV8 , FV9 , DFESTC , FC5 , DF9 , TIME
COMMON SEAMP , EXX4 , ADDS8 , FOR
DIMENSIONU(300,9),V(300,9),DU(9),DV(9),RSUM(20),TSUM(300),YDATA(15
1,300),AY(20,9),BY(20,9),AAY(9),BBY(9),EQY(300),S2(9),S4(9),NDF2(9)
2,DF2(9),NDF4(9),DF4(9),NDF8(9),DF8(9),NDF9(9),DF9(9),S8(9),S9(9),A
3AX(9),BBX(9),AX(20,9),BX(20,9),RSUMX(20),TSUMX(300),EQX(300),XDATA
4( 300 ),S2XY(9),S4XY(9),S2X(9),S4X(9),EXX2(9),EXX4(9),EXY2(9),EXY
54(9),NDFE2(9),NDFE4(9),BS22(9),BS42(9),BS22M(9),BS42M(9),FC2(9),FC
64(9),S2M(9),S4M(9),S8M(9),S9M(9),FV4(9),FV2(9),FV8(9),FV9(9),FMT(1
72),DFESTC(9),ESTD(9),ADDS8(9),FOR(12)
DIMENSION III(8),CCC(8)
DOUBLE PRECISION A123,B123,C123,E123
DOUBLE PRECISION TODE,CODE,SPC,ODE,CODEX
DATA A123,B123,C123,D123,E123/6HPROBLM,6HFINISH,6HCOVPRB,3HYES,
X6HSPECTG/
C
425 FORMAT(83H1BMD04R - PERIODIC REGRESSION AND HARMONIC ANALYSIS - VE
1RSION OF MARCH 29, 1966 ,/
240H HEALTH SCIENCES COMPUTING FACILITY,UCLA//
3 14H PROBLEM CODE A6,/
4 14H NO. OF REPS. I3,/
518H NO. OF SUB-INTS. I4,/
6 18H NO. OF HARMONICS I2,/)
C
404 FORMAT(' A PROBLEM OR FINNISH CARD WAS EXPECTED.')
412 FORMAT(A6,I1,8(I2,F6.0))
413 FORMAT(18A4)
501 FORMAT(2A6,I2,I3,A3,2I2,I1,A3,40X,2I2)
509 FORMAT(1H I4,F11.4,F12.4,F11.4)
510 FORMAT(1H010X,18HTABLE OF RESIDUALS/9X,19HFOR HARMONIC NUMBERI2//)
511 FORMAT(15H TIME ACTUAL4X,20HPREDICTED RESIDUAL//)
512 FORMAT(2A6,A3,56X,I2)
1017 FORMAT(' THE CARD THAT WAS READ-IN CONTAINS AT LEAST ONE ERROR.')
C
C
4000 FORMAT(64H0ILLEGAL TRANSGENERATION CODE SPECIFIED. PROGRAM CANNOT
1PROCEED.)
4001 FORMAT(1H023X71HNUMBER OF VARIABLE FORMAT CARDS INCORRECTLY SPECIF
1IED, ASSUMED TO BE 1.)
4201 FORMAT(' A COVARIANCE PROBLEM CARD WAS EXPECTED.')
4202 FORMAT(' A SPECIAL TRANSGENERATION CARD6WAS EXPECTED.')
NTAPE=5
CALL USAGEB('BMD04R')
C
C READ THE PROBLEM CARD
C
888 READ (5,501)TODE,CODE,NFR,KNT,TRANS,KOV,ITAB,NHARM,XPLOT,MTAPE,MAT
1Y
IE=0
IF(TODE.EQ.B123)GO TO 401
IF(TODE.EQ.A123)GO TO 403
WRITE (6,404)
402 WRITE(6,1017)
401 IF(NTAPE.EQ.5)GO TO 456
REWIND NTAPE
C
C
C
456 STOP
403 CALL TPWD(MTAPE,NTAPE)
459 IF(NFR*(NFR-20)) 604,402,402
604 IF((KNT-NHARM-NHARM)*(KNT-401))405,402,402
405 IF(NHARM*(NHARM-10)) 406,402,402
406 IF(MATY.GT.0.AND.MATY.LE.10)GO TO 407
WRITE(6,4001)
MATY=1
C407 MATY=MATY*12
407 MATY=MATY*18
NDF1=NFR-1
TOTOB=KNT*NFR
WRITE (6,425)CODE,NFR,KNT,NHARM
IF(TRANS.NE.D123)GO TO 4105
C
C READ THE SPECIAL TRANSGENERATION CARDS
C
411 READ (5,412) SPC,NNN,(III(I),CCC(I),I=1,NNN)
IE=0
IF(SPC.NE.E123)GO TO 402
409 DO 410 I=1,NNN
IF(III(I).EQ.0.OR.III(I).GE.11)GO TO 310
410 CONTINUE
4105 IF(IE)401,325,325
310 WRITE (6,4000)
IE=-11
GO TO 410
C
C READ THE VARIBLE FORMAT CARD
C
325 READ (5,413)(TSUMX(I),I=1,MATY)
WRITE(6,3251) (TSUMX(I), I=1,MATY)
3251 FORMAT(' THE VARIABLE FORMAT IS ',18A4/(1H ,24X,18A4))
DO 414 I=1,NFR
C
C READ THE INPUT DATA
C
414 READ (NTAPE,TSUMX)(YDATA(I,J),J=1,KNT)
IF(TRANS.NE.D123)GO TO 3
416 DO 417 I=1,NFR
DO 418 J=1,KNT
418 EQY(J)=YDATA(I,J)
CALL TRANS1(EQY,KNT,NNN,III,CCC,I)
DO 417 J=1,KNT
417 YDATA(I,J)=EQY(J)
3 SUMT2=0.0
SUMT=0.0
FN=NFR
TIME=KNT
C=(2.0*3.14159265)/TIME
DO101I=1,9
DU(I)=0.0
DV(I)=0.0
AAY(I)=0.0
BBY(I)=0.0
DO101J=1,NFR
AY(J,I)=0.0
BY(J,I)=0.0
RSUM(J)=0.0
101 CONTINUE
DO103J=1,KNT
103 TSUM(J)=0.0
DO21I=1,KNT
DO20J=1,NFR
RSUM(J)=RSUM(J)+YDATA(J,I)
TSUM(I)=TSUM(I)+YDATA(J,I)
20 SUMT2=SUMT2+YDATA(J,I)*YDATA(J,I)
21 SUMT=SUMT+TSUM(I)
ZEANY=SUMT/(FN*TIME)
ICURVE=0
IF(NHARM)66,66,67
66 NHARM=1
GOTO69
67 ICURVE=NHARM
NHARM=1
69 N=NHARM
H=N
DO10I=1,KNT
T=I-1
U(I,N)=COS(C*T*H)
10 V(I,N)=SIN(C*T*H)
DO15I=1,KNT
DU(N)=DU(N)+U(I,N)*U(I,N)
15 DV(N)=DV(N)+V(I,N)*V(I,N)
DO30I=1,NFR
DO25J=1,KNT
AY(I,N)=AY(I,N)+U(J,N)*YDATA(I,J)
25 BY(I,N)=BY(I,N)+V(J,N)*YDATA(I,J)
AY(I,N)=AY(I,N)/DU(N)
30 BY(I,N)=BY(I,N)/DV(N)
DO40J=1,KNT
AAY(N)=AAY(N)+U(J,N)*TSUM(J)
40 BBY(N)=BBY(N)+V(J,N)*TSUM(J)
AAY(N)=AAY(N)/(FN*DU(N))
BBY(N)=BBY(N)/(FN*DV(N))
DO50J=1,KNT
ADD=0.0
DO45I=1,NHARM
45 ADD=ADD+AAY(I)*U(J,I)+BBY(I)*V(J,I)
50 EQY(J)=ZEANY+ADD
IF(ITAB.NE.99)GO TO 80
81 WRITE (6,510)NHARM
WRITE (6,511)
II=0
82 II=II+1
YBAR=TSUM(II)/FN
DIFF=YBAR-EQY(II)
IJK=II-1
WRITE (6,509)IJK,YBAR,EQY(II),DIFF
IF(II.LT.KNT)GO TO 82
80 IF(NDF1.LE.0)GO TO 2000
2001 CALL ANAVAR
S6=SUMT2-CM
S7=CM
S1M=S1/DF1
S2M(N)=S2(N)/DF2(N)
S3M=S3/DF3
S5M=S5/DF5
FV1=S1M/S5M
FV3=S3M/S5M
S4M(N)=S4(N)/DF4(N)
S8M(N)=S8(N)/DF8(N)
S9M(N)=S9(N)/DF9(N)
DO690 I=1,N
FV4(I)=S4M(I)/S5M
FV2(I)=S2M(I)/(S3M+S4M(I)-S5M)
ESTD(I)=(S3M+S4M(I)-S5M)**2
BOT=S3M**2/DF3+S4M(I)**2/DF4(I)+S5M**2/DF5
ESTD(I)=ESTD(I)/BOT
FV8(I)=S8M(I)/S5M
690 FV9(I)=S9M(I)/S5M
2000 IF(N-2) 2006,2007,2007
2006 CALL MAXMIN
AMP=2.0*SQRT(AAY(N)**2+BBY(N)**2)
SEAMP=AMP/2.0
2007 CALL PRITE
IF(NDF1.LE.0)GO TO 2002
2003 CALL VRITE
2002 IF(XPLOT.NE.D123)GO TO 3001
3000 CALL PLOT
3001 IF(NHARM-9)90,100,100
90 IF(KNT-2*N-1)100,100,91
91 IF(ICURVE-NHARM)2004,100,2004
2004 NHARM=NHARM+1
GOTO69
4021 WRITE(6,4201)
GO TO 402
4022 WRITE(6,4202)
GO TO 402
100 IF(NDF1.LE.0.OR.KOV.LE.0)GO TO 888
1101 DO 102 KK=1,KOV
C
C READ COVARIANCE PROBLEM CARD
C
READ (5,512) ODE,CODEX,TRANS,MATX
IE=0
IF(ODE.NE.C123)GO TO 4021
IF(TRANS.NE.D123)GO TO 419
420 READ (5,412) SPC,NNN,(III(I),CCC(I),I=1,NNN)
IF(SPC.NE.E123)GO TO 4022
322 DO 350 I=1,NNN
IF(III(I).GT.0.AND.III(I).LT.11)GO TO 350
330 WRITE (6,4000)
IE=-11
350 CONTINUE
IF(-IE)419,419,401
419 IF(MATX.GT.0.AND.MATX.LE.10)GO TO 4195
WRITE(6,4001)
MATX=1
4195 MATX=MATX*18
C
READ (5,413)(EQY(I),I=1,MATX)
WRITE(6,3252) (EQY(I), I=1,MATX)
3252 FORMAT(' THE DATA INPUT FORMAT IS ', 18A4/(1H ,26X,18A4))
CALL COVAR(NTAPE,TRANS,D123,NNN,CODEX)
CALLCRITE
102 CONTINUE
GO TO 888
END
SUBROUTINEANAVAR
C SUBROUTINE ANAVAR FOR BMD04R MARCH 29, 1966
COMMON H , N , KNT , T , U , V
COMMON DU , DV , NHARM , NFR , RSUM , TSUM
COMMON YDATA , SUMT2 , SUMT , AY , BY , AAY
COMMON BBY , FN , ZEANY , EQY , CM , S1
COMMON S2 , S3 , S4 , NDF2 , DF2 , NDF4
COMMON DF4 , NDF8 , DF8 , NDF9 , S6 , S7
COMMON S8 , S9 , S5 , NDF1 , DF1 , NDF3
COMMON DF3 , NDF5 , DF5 , NDF6 , DF6 , NDF7
COMMON DF7 , AAX , BBX , AX , BX , RSUMX
COMMON TSUMX , SUMT2X , SUMTX , EQX , SUMXY , XDATA
COMMON S4XY , S2XY , S3XY , S5XY , CMX , S1X
COMMON S2X , S3X , S4X , S5X , S1XY , EXX1
COMMON EXX2 , EXX3 , EXY1 , EXY2 , EXY3 , EXY4
COMMON NDFE2 , NDFE4 , NDFE3 , BE2 , BS12 , BS22
COMMON BS32 , BS42 , NDFERR , DFERR , BE2M , BS12M
COMMON BS22M , BS32M , BS42M , FC1 , FC2 , FC3
COMMON FC4 , BYX , RANGE , THETA , RMAX , RMIN
COMMON S1M , S2M , S3M , S4M , S5M , S8M
COMMON S9M , FV1 , FV3 , FV4 , FV2 , ESTD
COMMON FV8 , FV9 , DFESTC , FC5 , DF9 , TIME
COMMON SEAMP , EXX4 , ADDS8 , FOR
DIMENSIONU(300,9),V(300,9),DU(9),DV(9),RSUM(20),TSUM(300),YDATA(15
1,300),AY(20,9),BY(20,9),AAY(9),BBY(9),EQY(300),S2(9),S4(9),NDF2(9)
2,DF2(9),NDF4(9),DF4(9),NDF8(9),DF8(9),NDF9(9),DF9(9),S8(9),S9(9),A
3AX(9),BBX(9),AX(20,9),BX(20,9),RSUMX(20),TSUMX(300),EQX(300),XDATA
4( 300 ),S2XY(9),S4XY(9),S2X(9),S4X(9),EXX2(9),EXX4(9),EXY2(9),EXY
54(9),NDFE2(9),NDFE4(9),BS22(9),BS42(9),BS22M(9),BS42M(9),FC2(9),FC
64(9),S2M(9),S4M(9),S8M(9),S9M(9),FV4(9),FV2(9),FV8(9),FV9(9),FMT(1
72),DFESTC(9),ESTD(9),ADDS8(9),FOR(12)
DOUBLE PRECISION TODE,CODE,SPC,ODE,CODEX
C
IF(N-2)90,100,100
90 CM=SUMT**2/(FN*TIME)
SS1=0.0
DO3I=1,NFR
3 SS1=SS1+RSUM(I)*RSUM(I)
S1=SS1/TIME-CM
NDF1=NFR-1
DF1=NDF1
NDF6=NFR*KNT-1
DF6=NDF6
NDF7=1
DF7=1.0
SS3=0.0
DO4J=1,KNT
4 SS3=SS3+TSUM(J)*TSUM(J)
100 ADDS2=0.0
S2(N)=(DU(N)*AAY(N)**2+DV(N)*BBY(N)**2)*FN
NDF2(N)=2
DF2(N)=2.0
NDF4(N)=2*(NFR-1)
DF4(N)=2.0*(FN-1.0)
NDF8(N)=NFR-1
DF8(N)=FN-1.0
NDF9(N)=NFR-1
DF9(N)=FN-1.0
NDF3=KNT-2*N-1
DF3=NDF3
NDF5=(NFR-1)*NDF3
DF5=NDF5
DO5I=1,NHARM
5 ADDS2=ADDS2+S2(I)
S3=SS3/FN-CM-ADDS2
S4(N)=0.0
ADDS8(N)=0.0
DO7I=1,NFR
S4(N)=S4(N)+DU(N)*AY(I,N)**2+DV(N)*BY(I,N)**2
7 ADDS8(N)=ADDS8(N)+SQRT(DU(N)*AY(I,N)**2+DV(N)*BY(I,N)**2)
S4(N)=S4(N)-S2(N)
S8(N)=2.0*S2(N)+S4(N)-2.0*SQRT(S2(N))*(ADDS8(N)/SQRT(FN))
S9(N)=S4(N)-S8(N)
ADDS4=0.0
DO8I=1,NHARM
8 ADDS4=ADDS4+S4(I)
S5=SUMT2+CM-SS1/TIME-SS3/FN-ADDS4
RETURN
END
SUBROUTINE COVAR(NTAPE,TRANS,D123,NNN,CODEX)
C SUBROUTINE COVAR FOR BMD04R MARCH 29, 1966
COMMON H , N , KNT , T , U , V
COMMON DU , DV , NHARM , NFR , RSUM , TSUM
COMMON YDATA , SUMT2 , SUMT , AY , BY , AAY
COMMON BBY , FN , ZEANY , EQY , CM , S1
COMMON S2 , S3 , S4 , NDF2 , DF2 , NDF4
COMMON DF4 , NDF8 , DF8 , NDF9 , S6 , S7
COMMON S8 , S9 , S5 , NDF1 , DF1 , NDF3
COMMON DF3 , NDF5 , DF5 , NDF6 , DF6 , NDF7
COMMON DF7 , AAX , BBX , AX , BX , RSUMX
COMMON TSUMX , SUMT2X , SUMTX , EQX , SUMXY , XDATA
COMMON S4XY , S2XY , S3XY , S5XY , CMX , S1X
COMMON S2X , S3X , S4X , S5X , S1XY , EXX1
COMMON EXX2 , EXX3 , EXY1 , EXY2 , EXY3 , EXY4
COMMON NDFE2 , NDFE4 , NDFE3 , BE2 , BS12 , BS22
COMMON BS32 , BS42 , NDFERR , DFERR , BE2M , BS12M
COMMON BS22M , BS32M , BS42M , FC1 , FC2 , FC3
COMMON FC4 , BYX , RANGE , THETA , RMAX , RMIN
COMMON S1M , S2M , S3M , S4M , S5M , S8M
COMMON S9M , FV1 , FV3 , FV4 , FV2 , ESTD
COMMON FV8 , FV9 , DFESTC , FC5 , DF9 , TIME
COMMON SEAMP , EXX4 , ADDS8 , FOR
DIMENSIONU(300,9),V(300,9),DU(9),DV(9),RSUM(20),TSUM(300),YDATA(15
1,300),AY(20,9),BY(20,9),AAY(9),BBY(9),EQY(300),S2(9),S4(9),NDF2(9)
2,DF2(9),NDF4(9),DF4(9),NDF8(9),DF8(9),NDF9(9),DF9(9),S8(9),S9(9),A
3AX(9),BBX(9),AX(20,9),BX(20,9),RSUMX(20),TSUMX(300),EQX(300),XDATA
4( 300 ),S2XY(9),S4XY(9),S2X(9),S4X(9),EXX2(9),EXX4(9),EXY2(9),EXY
54(9),NDFE2(9),NDFE4(9),BS22(9),BS42(9),BS22M(9),BS42M(9),FC2(9),FC
64(9),S2M(9),S4M(9),S8M(9),S9M(9),FV4(9),FV2(9),FV8(9),FV9(9),FMT(1
72),DFESTC(9),ESTD(9),ADDS8(9),FOR(12)
DOUBLE PRECISION TODE,CODE,SPC,ODE,CODEX
C
513 FORMAT(18H1COVARIANCE CODE A6)
DO101I=1,NHARM
AAX(I)=0.0
BBX(I)=0.0
DO101J=1,NFR
AX(J,I)=0.0
BX(J,I)=0.0
RSUMX(J)=0.0
101 CONTINUE
DO 102 J=1,KNT
TSUMX(J)=0.0
102 CONTINUE
SUMT2X=0.0
SUMTX=0.0
SUMXY=0.0
DO 21 J=1,NFR
READ(NTAPE,EQY)(XDATA(I),I=1,KNT)
IF(TRANS.NE.D123)GO TO 103
CALL TRANS1(XDATA,KNT,NNN,III,CCC,J)
103 DO 20 I=1,KNT
RSUMX(J)=RSUMX(J)+XDATA(I)
TSUMX(I)=TSUMX(I)+XDATA(I)
SUMT2X=SUMT2X+XDATA(I)*XDATA(I)
SUMXY=SUMXY+YDATA(J,I)*XDATA(I)
DO 20 N=1,NHARM
AX(J,N)=AX(J,N)+U(I,N)*XDATA(I)
20 BX(J,N)=BX(J,N)+V(I,N)*XDATA(I)
21 CONTINUE
WRITE (6,513)CODEX
DO25J=1,KNT
25 SUMTX=SUMTX+TSUMX(J)
ZEANX=SUMTX/(FN*TIME)
DO29N=1,NHARM
DO30I=1,NFR
AX(I,N)=AX(I,N)/DU(N)
30 BX(I,N)=BX(I,N)/DV(N)
DO40J=1,KNT
AAX(N)=AAX(N)+U(J,N)*TSUMX(J)
40 BBX(N)=BBX(N)+V(J,N)*TSUMX(J)
AAX(N)=AAX(N)/(FN*DU(N))
BBX(N)=BBX(N)/(FN*DV(N))
29 CONTINUE
DO50J=1,KNT
ADD=0.0
DO45I=1,NHARM
45 ADD=ADD+AAX(I)*U(J,I)+BBX(I)*V(J,I)
50 EQX(J)=ZEANX+ADD
CALLCROSS
CMX=SUMTX**2/(FN*TIME)
SS1X=0.0
DO3I=1,NFR
3 SS1X=SS1X+RSUMX(I)*RSUMX(I)
S1X=SS1X/TIME-CMX
SS3X=0.0
DO4J=1,KNT
4 SS3X=SS3X+TSUMX(J)*TSUMX(J)
ADDS2X=0.0
ADDS4X=0.0
DO22N=1,NHARM
S4X(N)=0.0
S2X(N)=(DU(N)*AAX(N)**2+DV(N)*BBX(N)**2)*FN
DO7I=1,NFR
7 S4X(N)=S4X(N)+DU(N)*AX(I,N)**2+DV(N)*BX(I,N)**2
S4X(N)=S4X(N)-S2X(N)
22 CONTINUE
DO5I=1,NHARM
5 ADDS2X=ADDS2X+S2X(I)
S3X=SS3X/FN-CMX-ADDS2X
DO8I=1,NHARM
8 ADDS4X=ADDS4X+S4X(I)
S5X=SUMT2X+CMX-SS1X/TIME-SS3X/FN-ADDS4X
EXX1=S5X+S1X
EXX3=S5X+S3X
EXY1=S5XY+S1XY
DO 26 N=1,NHARM
EXX2(N)=S5X+S2X(N)
EXX4(N)=S5X+S4X(N)
EXY4(N)=S5XY+S4XY(N)
EXY2(N)=S5XY+S2XY(N)
26 CONTINUE
EXY3=S5XY+S3XY
NDFE1=NDF1+NDF5
DO9I=1,NHARM
NDFE2(I)=NDF2(I)+NDF5
9 NDFE4(I)=NDF4(I)+NDF5
NDFE3=NDF3+NDF5
BE2=S5XY**2/S5X
BS12=EXY1**2/EXX1-BE2
BS32=EXY3**2/EXX3-BE2
NDFERR=NDF5-1
DFERR=NDFERR
BE2M=(S5-BE2)/DFERR
BS12M=(S1-BS12)/DF1
BS32M=(S3-BS32)/DF3
FC1=BS12M/BE2M
FC3=BS32M/BE2M
BYX=S5XY/S5X
FC5=BE2/BE2M
DO 31 N=1,NHARM
BS22(N)=EXY2(N)**2/EXX2(N)-BE2
BS42(N)=EXY4(N)**2/EXX4(N)-BE2
BS42M(N)=(S4(N)-BS42(N))/DF4(N)
BS22M(N)=(S2(N)-BS22(N))/DF2(N)
FC2(N)=BS22M(N)/(BS32M+BS42M(N)-BE2M)
FC4(N)=BS42M(N)/BE2M
XNUM=(BS32M+BS42M(N)-BE2M)**2
DEN=BS32M**2/DF3+BS42M(N)**2/DF4(N)+BE2M**2/DFERR
DFESTC(N)=XNUM/DEN
31 CONTINUE
RETURN
END
SUBROUTINECRITE
C SUBROUTINE CRITE FOR BMD04R MARCH 29, 1966
COMMON H , N , KNT , T , U , V
COMMON DU , DV , NHARM , NFR , RSUM , TSUM
COMMON YDATA , SUMT2 , SUMT , AY , BY , AAY
COMMON BBY , FN , ZEANY , EQY , CM , S1
COMMON S2 , S3 , S4 , NDF2 , DF2 , NDF4
COMMON DF4 , NDF8 , DF8 , NDF9 , S6 , S7
COMMON S8 , S9 , S5 , NDF1 , DF1 , NDF3
COMMON DF3 , NDF5 , DF5 , NDF6 , DF6 , NDF7
COMMON DF7 , AAX , BBX , AX , BX , RSUMX
COMMON TSUMX , SUMT2X , SUMTX , EQX , SUMXY , XDATA
COMMON S4XY , S2XY , S3XY , S5XY , CMX , S1X
COMMON S2X , S3X , S4X , S5X , S1XY , EXX1
COMMON EXX2 , EXX3 , EXY1 , EXY2 , EXY3 , EXY4
COMMON NDFE2 , NDFE4 , NDFE3 , BE2 , BS12 , BS22
COMMON BS32 , BS42 , NDFERR , DFERR , BE2M , BS12M
COMMON BS22M , BS32M , BS42M , FC1 , FC2 , FC3
COMMON FC4 , BYX , RANGE , THETA , RMAX , RMIN
COMMON S1M , S2M , S3M , S4M , S5M , S8M
COMMON S9M , FV1 , FV3 , FV4 , FV2 , ESTD
COMMON FV8 , FV9 , DFESTC , FC5 , DF9 , TIME
COMMON SEAMP , EXX4 , ADDS8 , FOR
DIMENSIONU(300,9),V(300,9),DU(9),DV(9),RSUM(20),TSUM(300),YDATA(15
1,300),AY(20,9),BY(20,9),AAY(9),BBY(9),EQY(300),S2(9),S4(9),NDF2(9)
2,DF2(9),NDF4(9),DF4(9),NDF8(9),DF8(9),NDF9(9),DF9(9),S8(9),S9(9),A
3AX(9),BBX(9),AX(20,9),BX(20,9),RSUMX(20),TSUMX(300),EQX(300),XDATA
4( 300 ),S2XY(9),S4XY(9),S2X(9),S4X(9),EXX2(9),EXX4(9),EXY2(9),EXY
54(9),NDFE2(9),NDFE4(9),BS22(9),BS42(9),BS22M(9),BS42M(9),FC2(9),FC
64(9),S2M(9),S4M(9),S8M(9),S9M(9),FV4(9),FV2(9),FV8(9),FV9(9),FMT(1
72),DFESTC(9),ESTD(9),ADDS8(9),FOR(12)
DOUBLE PRECISION TODE,CODE,SPC,ODE,CODEX
C
4 FORMAT(1H 45X22HANALYSIS OF COVARIANCE//)
5 FORMAT(20H SOURCE OF VARIATION5X2HDF8X2HXX14X2HXY14X20HYY *
1 BS2-BE24X2HDF7X6HRED.MS5X8HF RATIOS)
6 FORMAT(22H BETWEEN REPLICATES I5,F14.4,2F16.4,2H *F13.4,I5,F14.4
1,F12.3)
7 FORMAT(13H EFFECT OF (AI1,2H+BI1,5H) I5,F14.4,2F16.4,2H *F13.4,
1I5,F14.4,F12.3,1H*)
8 FORMAT(22H SCATTER ABOUT CURVE I5,F14.4,2F16.4,2H *F13.4,I5,F14.4
1,F12.4)
9 FORMAT(15H REPLICATE X (AI1,2H+BI1,3H) I5,F14.4,2F16.4,2H *F13.4,
1I5,F14.4,F12.4)
10 FORMAT(6H ERROR16XI5,F14.4,2F16.4,2H *F13.4,I5,F14.4,F12.4)
11 FORMAT(1H 74(1H*))
12 FORMAT(22H ERROR+REPLICATES I5,F14.4,F16.4)
13 FORMAT(9H ERROR+(AI1,2H+BI1,9H) I5,F14.4,F16.4,18X24H*EST D
1F FOR DENOMINATOR I1,7H ABOVE=F6.2)
14 FORMAT(14H ERROR+SCATTER8XI5,F14.4,F16.4,19X29HREGRESSION COEFFICI
1ENT B(YX)=F8.4)
15 FORMAT(16H ERROR+REPS X (AI1,2H+BI1,2H) I5,F14.4,F16.4)
16 FORMAT(1H075X34HBE2=(XY).(XY)/XX FROM ERROR ROW)
17 FORMAT(1H 75X42HBS2=(XY).(XY)/XX FROM SUMS IN LAST ROWS)
100 FORMAT(1H 119(1H*))
101 FORMAT(1H 75X,24HRED.MS=(YY-(BS2-BE2))/DF)
NDFE1=NDF1+NDF5
WRITE (6,4)
WRITE (6,5)
WRITE (6,100)
WRITE (6,6)NDF1,S1X,S1XY,S1,BS12,NDF1,BS12M,FC1
DO20I=1,NHARM
20 WRITE (6,7)I,I,NDF2(I),S2X(I),S2XY(I),S2(I),BS22(I), NDF2(I),BS22M
1(I),FC2(I)
WRITE (6,8)NDF3,S3X,S3XY,S3,BS32,NDF3,BS32M,FC3
DO25I=1,NHARM
25 WRITE (6,9)I,I,NDF4(I),S4X(I),S4XY(I),S4(I),BS42(I),NDF4(I),BS42M(
1I),FC4(I)
WRITE (6,10)NDF5,S5X,S5XY,S5,BE2,NDFERR,BE2M,FC5
WRITE (6,11)
WRITE (6,12)NDFE1,EXX1,EXY1
DO30I=1,NHARM
30 WRITE (6,13)I,I,NDFE2(I),EXX2(I),EXY2(I),I,DFESTC(I)
WRITE (6,14)NDFE3,EXX3,EXY3,BYX
DO35I=1,NHARM
35 WRITE (6,15)I,I,NDFE4(I),EXX4(I),EXY4(I)
WRITE (6,100)
WRITE (6,16)
WRITE (6,17)
WRITE (6,101)
RETURN
END
SUBROUTINECROSS
C SUBROUTINE CROSS FOR BMD04R MARCH 29, 1966
COMMON H , N , KNT , T , U , V
COMMON DU , DV , NHARM , NFR , RSUM , TSUM
COMMON YDATA , SUMT2 , SUMT , AY , BY , AAY
COMMON BBY , FN , ZEANY , EQY , CM , S1
COMMON S2 , S3 , S4 , NDF2 , DF2 , NDF4
COMMON DF4 , NDF8 , DF8 , NDF9 , S6 , S7
COMMON S8 , S9 , S5 , NDF1 , DF1 , NDF3
COMMON DF3 , NDF5 , DF5 , NDF6 , DF6 , NDF7
COMMON DF7 , AAX , BBX , AX , BX , RSUMX
COMMON TSUMX , SUMT2X , SUMTX , EQX , SUMXY , XDATA
COMMON S4XY , S2XY , S3XY , S5XY , CMX , S1X
COMMON S2X , S3X , S4X , S5X , S1XY , EXX1
COMMON EXX2 , EXX3 , EXY1 , EXY2 , EXY3 , EXY4
COMMON NDFE2 , NDFE4 , NDFE3 , BE2 , BS12 , BS22
COMMON BS32 , BS42 , NDFERR , DFERR , BE2M , BS12M
COMMON BS22M , BS32M , BS42M , FC1 , FC2 , FC3
COMMON FC4 , BYX , RANGE , THETA , RMAX , RMIN
COMMON S1M , S2M , S3M , S4M , S5M , S8M
COMMON S9M , FV1 , FV3 , FV4 , FV2 , ESTD
COMMON FV8 , FV9 , DFESTC , FC5 , DF9 , TIME
COMMON SEAMP , EXX4 , ADDS8 , FOR
DIMENSIONU(300,9),V(300,9),DU(9),DV(9),RSUM(20),TSUM(300),YDATA(15
1,300),AY(20,9),BY(20,9),AAY(9),BBY(9),EQY(300),S2(9),S4(9),NDF2(9)
2,DF2(9),NDF4(9),DF4(9),NDF8(9),DF8(9),NDF9(9),DF9(9),S8(9),S9(9),A
3AX(9),BBX(9),AX(20,9),BX(20,9),RSUMX(20),TSUMX(300),EQX(300),XDATA
4( 300 ),S2XY(9),S4XY(9),S2X(9),S4X(9),EXX2(9),EXX4(9),EXY2(9),EXY
54(9),NDFE2(9),NDFE4(9),BS22(9),BS42(9),BS22M(9),BS42M(9),FC2(9),FC
64(9),S2M(9),S4M(9),S8M(9),S9M(9),FV4(9),FV2(9),FV8(9),FV9(9),FMT(1
72),DFESTC(9),ESTD(9),ADDS8(9),FOR(12)
DOUBLE PRECISION TODE,CODE,SPC,ODE,CODEX
C
SS3XY=0.0
SS1XY=0.0
ADDXY=0.0
CMXY=SUMT*SUMTX/(FN*TIME)
DO10I=1,NFR
10 SS1XY=SS1XY+RSUMX(I)*RSUM (I)
S1XY=SS1XY/TIME-CMXY
DO 15 J=1,KNT
15 SS3XY=SS3XY+TSUMX(J)*TSUM (J)
ADD4=0.0
DO40N=1,NHARM
S4XY(N)=0.0
S2XY(N)=(AAX(N)*AAY(N)*DU(N)+BBX(N)*BBY(N)*DV(N))*FN
40 CONTINUE
DO20I=1,NHARM
20 ADDXY=ADDXY+S2XY(I)
S3XY=SS3XY/FN-CMXY-ADDXY
DO45N=1,NHARM
DO25I=1,NFR
25 S4XY(N)=S4XY(N)+DU(N)*AX(I,N)*AY(I,N)+DV(N)*BX(I,N)*BY(I,N)
S4XY(N)=S4XY(N)-S2XY(N)
45 CONTINUE
S6XY=SUMXY-CMXY
S7XY=CMXY
DO30I=1,NHARM
30 ADD4=ADD4+S4XY(I)
S5XY=SUMXY+CMXY-SS1XY/TIME-SS3XY/FN-ADD4
RETURN
END
SUBROUTINEMAXMIN
C SUBROUTINE MAXMIN FOR BMD04R MARCH 29, 1966
COMMON H , N , KNT , T , U , V
COMMON DU , DV , NHARM , NFR , RSUM , TSUM
COMMON YDATA , SUMT2 , SUMT , AY , BY , AAY
COMMON BBY , FN , ZEANY , EQY , CM , S1
COMMON S2 , S3 , S4 , NDF2 , DF2 , NDF4
COMMON DF4 , NDF8 , DF8 , NDF9 , S6 , S7
COMMON S8 , S9 , S5 , NDF1 , DF1 , NDF3
COMMON DF3 , NDF5 , DF5 , NDF6 , DF6 , NDF7
COMMON DF7 , AAX , BBX , AX , BX , RSUMX
COMMON TSUMX , SUMT2X , SUMTX , EQX , SUMXY , XDATA
COMMON S4XY , S2XY , S3XY , S5XY , CMX , S1X
COMMON S2X , S3X , S4X , S5X , S1XY , EXX1
COMMON EXX2 , EXX3 , EXY1 , EXY2 , EXY3 , EXY4
COMMON NDFE2 , NDFE4 , NDFE3 , BE2 , BS12 , BS22
COMMON BS32 , BS42 , NDFERR , DFERR , BE2M , BS12M
COMMON BS22M , BS32M , BS42M , FC1 , FC2 , FC3
COMMON FC4 , BYX , RANGE , THETA , RMAX , RMIN
COMMON S1M , S2M , S3M , S4M , S5M , S8M
COMMON S9M , FV1 , FV3 , FV4 , FV2 , ESTD
COMMON FV8 , FV9 , DFESTC , FC5 , DF9 , TIME
COMMON SEAMP , EXX4 , ADDS8 , FOR
DIMENSIONU(300,9),V(300,9),DU(9),DV(9),RSUM(20),TSUM(300),YDATA(15
1,300),AY(20,9),BY(20,9),AAY(9),BBY(9),EQY(300),S2(9),S4(9),NDF2(9)
2,DF2(9),NDF4(9),DF4(9),NDF8(9),DF8(9),NDF9(9),DF9(9),S8(9),S9(9),A
3AX(9),BBX(9),AX(20,9),BX(20,9),RSUMX(20),TSUMX(300),EQX(300),XDATA
4( 300 ),S2XY(9),S4XY(9),S2X(9),S4X(9),EXX2(9),EXX4(9),EXY2(9),EXY
54(9),NDFE2(9),NDFE4(9),BS22(9),BS42(9),BS22M(9),BS42M(9),FC2(9),FC
64(9),S2M(9),S4M(9),S8M(9),S9M(9),FV4(9),FV2(9),FV8(9),FV9(9),FMT(1
72),DFESTC(9),ESTD(9),ADDS8(9),FOR(12)
DOUBLE PRECISION TODE,CODE,SPC,ODE,CODEX
C
RANGE=2.0*SQRT(AAY(N)**2+BBY(N)**2)
RATIO=ABS(BBY(N)/AAY(N))
TP=ATAN(RATIO)
IF(AAY(N))5,20,20
5 IF(BBY(N))10,15,15
10 THETA=3.14159265+TP
GOTO35
15 THETA=3.14159265-TP
GOTO35
20 IF(BBY(N))25,30,30
25 THETA=6.2831853-TP
GOTO35
30 THETA=TP
35 RMAX=TIME*THETA/6.2831853
C
RMIN=RMAX+0.5*TIME
RETURN
END
SUBROUTINE PLOT
C SUBROUTINE PLOT FOR BMD04R MARCH 29, 1966
COMMON H , N , KNT , T , U , V
COMMON DU , DV , NHARM , NFR , RSUM , TSUM
COMMON YDATA , SUMT2 , SUMT , AY , BY , AAY
COMMON BBY , FN , ZEANY , EQY , CM , S1
COMMON S2 , S3 , S4 , NDF2 , DF2 , NDF4
COMMON DF4 , NDF8 , DF8 , NDF9 , S6 , S7
COMMON S8 , S9 , S5 , NDF1 , DF1 , NDF3
COMMON DF3 , NDF5 , DF5 , NDF6 , DF6 , NDF7
COMMON DF7 , AAX , BBX , AX , BX , RSUMX
COMMON TSUMX , SUMT2X , SUMTX , EQX , SUMXY , XDATA
COMMON S4XY , S2XY , S3XY , S5XY , CMX , S1X
COMMON S2X , S3X , S4X , S5X , S1XY , EXX1
COMMON EXX2 , EXX3 , EXY1 , EXY2 , EXY3 , EXY4
COMMON NDFE2 , NDFE4 , NDFE3 , BE2 , BS12 , BS22
COMMON BS32 , BS42 , NDFERR , DFERR , BE2M , BS12M
COMMON BS22M , BS32M , BS42M , FC1 , FC2 , FC3
COMMON FC4 , BYX , RANGE , THETA , RMAX , RMIN
COMMON S1M , S2M , S3M , S4M , S5M , S8M
COMMON S9M , FV1 , FV3 , FV4 , FV2 , ESTD
COMMON FV8 , FV9 , DFESTC , FC5 , DF9 , TIME
COMMON SEAMP , EXX4 , ADDS8 , FOR
DIMENSIONU(300,9),V(300,9),DU(9),DV(9),RSUM(20),TSUM(300),YDATA(15
1,300),AY(20,9),BY(20,9),AAY(9),BBY(9),EQY(300),S2(9),S4(9),NDF2(9)
2,DF2(9),NDF4(9),DF4(9),NDF8(9),DF8(9),NDF9(9),DF9(9),S8(9),S9(9),A
3AX(9),BBX(9),AX(20,9),BX(20,9),RSUMX(20),TSUMX(300),EQX(300),XDATA
4( 300 ),S2XY(9),S4XY(9),S2X(9),S4X(9),EXX2(9),EXX4(9),EXY2(9),EXY
54(9),NDFE2(9),NDFE4(9),BS22(9),BS42(9),BS22M(9),BS42M(9),FC2(9),FC
64(9),S2M(9),S4M(9),S8M(9),S9M(9),FV4(9),FV2(9),FV8(9),FV9(9),FMT(1
72),DFESTC(9),ESTD(9),ADDS8(9),FOR(12)
DIMENSION ABCD(101)
DOUBLE PRECISION TODE,CODE,SPC,ODE,CODEX
DATA Q000HL,Q001HL,Q002HL,Q003HL/4H ,4H. ,4HO ,4HP /
C
XMAX=-10.0**10
XMIN=10.0**10
DO 3 I=1,KNT
EQX(I)=TSUM(I)/FN
XMAX=AMAX1(XMAX,EQX(I),EQY(I))
XMIN=AMIN1(XMIN,EQX(I),EQY(I))
3 CONTINUE
C DIMENSION ABCD(101)
DO 1 I=1,6
1 S2X(I)=(XMAX-XMIN)*(FLOAT(I)-1.0)*.2+XMIN
WRITE (6,2)(S2X(I),I=1,6)
2 FORMAT(6H- TIMEF14.4,5F20.4/1H07X,11(9X,1H.))
DO 4 I=4,100
4 ABCD(I)=(+Q000HL)
K=2
L=3
DDD=100.0/(XMAX-XMIN)
DO 5 I=1,KNT
ABCD(K)=(+Q000HL)
ABCD(L)=(+Q000HL)
ABCD(1)=(+Q001HL)
ABCD(101)=(+Q001HL)
K=(EQX(I)-XMIN)*DDD+1.5
L=(EQY(I)-XMIN)*DDD+1.5
ABCD(K)=(+Q002HL)
ABCD(L)=(+Q003HL)
I1=I-1
5 WRITE (6,6)I1,ABCD
6 FORMAT(I5,12X,101A1)
RETURN
END
SUBROUTINE PRITE
C SUBROUTINE PRITE FOR BMD04R MARCH 29, 1966
COMMON H , N , KNT , T , U , V
COMMON DU , DV , NHARM , NFR , RSUM , TSUM
COMMON YDATA , SUMT2 , SUMT , AY , BY , AAY
COMMON BBY , FN , ZEANY , EQY , CM , S1
COMMON S2 , S3 , S4 , NDF2 , DF2 , NDF4
COMMON DF4 , NDF8 , DF8 , NDF9 , S6 , S7
COMMON S8 , S9 , S5 , NDF1 , DF1 , NDF3
COMMON DF3 , NDF5 , DF5 , NDF6 , DF6 , NDF7
COMMON DF7 , AAX , BBX , AX , BX , RSUMX
COMMON TSUMX , SUMT2X , SUMTX , EQX , SUMXY , XDATA
COMMON S4XY , S2XY , S3XY , S5XY , CMX , S1X
COMMON S2X , S3X , S4X , S5X , S1XY , EXX1
COMMON EXX2 , EXX3 , EXY1 , EXY2 , EXY3 , EXY4
COMMON NDFE2 , NDFE4 , NDFE3 , BE2 , BS12 , BS22
COMMON BS32 , BS42 , NDFERR , DFERR , BE2M , BS12M
COMMON BS22M , BS32M , BS42M , FC1 , FC2 , FC3
COMMON FC4 , BYX , RANGE , THETA , RMAX , RMIN
COMMON S1M , S2M , S3M , S4M , S5M , S8M
COMMON S9M , FV1 , FV3 , FV4 , FV2 , ESTD
COMMON FV8 , FV9 , DFESTC , FC5 , DF9 , TIME
COMMON SEAMP , EXX4 , ADDS8 , FOR
DIMENSIONU(300,9),V(300,9),DU(9),DV(9),RSUM(20),TSUM(300),YDATA(15
1,300),AY(20,9),BY(20,9),AAY(9),BBY(9),EQY(300),S2(9),S4(9),NDF2(9)
2,DF2(9),NDF4(9),DF4(9),NDF8(9),DF8(9),NDF9(9),DF9(9),S8(9),S9(9),A
3AX(9),BBX(9),AX(20,9),BX(20,9),RSUMX(20),TSUMX(300),EQX(300),XDATA
4( 300 ),S2XY(9),S4XY(9),S2X(9),S4X(9),EXX2(9),EXX4(9),EXY2(9),EXY
54(9),NDFE2(9),NDFE4(9),BS22(9),BS42(9),BS22M(9),BS42M(9),FC2(9),FC
64(9),S2M(9),S4M(9),S8M(9),S9M(9),FV4(9),FV2(9),FV8(9),FV9(9),FMT(1
72),DFESTC(9),ESTD(9),ADDS8(9),FOR(12)
DOUBLE PRECISION TODE,CODE,SPC,ODE,CODEX
C
3 FORMAT(20H0PARAMETER ESTIMATES)
4 FORMAT(16H0CONSTANT(MEAN)=F13.4)
5 FORMAT(13H0COEFFICIENTS)
6 FORMAT(3H A(I1,2H)=F12.4,4H B(I1,2H)=F12.4)
7 FORMAT(17H0SEMI-AMPLITUDE =10X,F12.4)
8 FORMAT(23H PHASE ANGLE (RADIANS)=4X,F12.4)
9 FORMAT(8H RANGE =19X,F12.4)
10 FORMAT(27H TIME OF MAXIMUM RESPONSE =F12.4)
11 FORMAT(27H TIME OF MINIMUM RESPONSE =F12.4)
WRITE (6,3)
WRITE (6,4)ZEANY
WRITE (6,5)
DO20I=1,NHARM
20 WRITE (6,6)I,AAY(I),I,BBY(I)
IF(N-2)21,22,22
21 WRITE (6,7)SEAMP
WRITE (6,8)THETA
WRITE (6,9)RANGE
WRITE (6,10)RMAX
WRITE (6,11)RMIN
22 RETURN
END
SUBROUTINE TPWD(NT1,NT2)
C SUBROUTINE TPWD FOR BMD04R MARCH 29, 1966
C
IF(NT1)40,10,12
10 NT1=5
12 IF(NT1-NT2)14,19,14
14 IF(NT2.EQ.5)GO TO 18
15 REWIND NT2
19 IF(NT1-5)18,24,18
18 IF(NT1-6)22,40,22
22 REWIND NT1
24 NT2=NT1
28 RETURN
40 WRITE (6,49)
CALL EXIT
STOP
49 FORMAT(25H ERROR ON TAPE ASSIGNMENT)
END
SUBROUTINE TRANS1(X,NX,NTG,NCODE,CONS,IE)
C SUBROUTINE TRANS1 FOR BMD04R MARCH 29, 1966
DIMENSION X(300),NCODE(8),CONS(8)
ASN(XX)=ATAN(XX/SQRT(1.0-XX**2))
C
DO 100 I=1,NTG
JUMP=NCODE(I)
C=CONS(I)
DO 95 J=1,NX
T=X(J)
GO TO (1,2,3,4,5,6,7,8,9,10),JUMP
1 IF(T)99,11,12
11 D=0.0
GO TO 90
12 D=SQRT(T)
GO TO 90
2 IF(T) 99,13,14
13 D=1.0
GO TO 90
14 D =SQRT(T)+SQRT(T+1.0)
GO TO 90
3 IF(T) 99,99,15
15 D=ALOG10(T)
GO TO 90
4 D =EXP(T)
GO TO 90
5 IF(T) 99,11,17
17 IF(T-1.0) 18,19,99
18 D =ASN(SQRT(T))
GO TO 90
19 D =3.141593/2.0
GO TO 90
6 A=NX
A=T/A
IF(A) 99,20,21
20 D =ASN(SQRT(1.0/FLOAT(NX+1)))
GO TO 90
21 IF(A-1.0) 22,22,99
22 A=NX+1
B=T/A
D =ASN(SQRT(B))+ASN(SQRT(B+1.0/A))
GO TO 90
7 IF(T)24,99,24
24 D =1.0/T
GO TO 90
8 D=T+C
GO TO 90
9 D=T*C
GO TO 90
10 IF(T) 99,11,26
26 D=T**C
90 X(J)=D
95 CONTINUE
100 CONTINUE
GO TO 200
99 WRITE (6,4000)J,IE,JUMP
GO TO 90
4000 FORMAT(26H0THE VALUE OF SUB-INTERVALI4,14H FOR REPLICATEI3,58H VIO
1LATED THE RESTRICTIONS FOR TRANSGENERATION OF THE TYPEI3,1H./52H T
2HE PROGRAM CONTINUED LEAVING THIS VALUE UNCHANGED.)
200 RETURN
END
SUBROUTINEVRITE
C SUBROUTINE VRITE FOR BMD04R MARCH 29, 1966
COMMON H , N , KNT , T , U , V
COMMON DU , DV , NHARM , NFR , RSUM , TSUM
COMMON YDATA , SUMT2 , SUMT , AY , BY , AAY
COMMON BBY , FN , ZEANY , EQY , CM , S1
COMMON S2 , S3 , S4 , NDF2 , DF2 , NDF4
COMMON DF4 , NDF8 , DF8 , NDF9 , S6 , S7
COMMON S8 , S9 , S5 , NDF1 , DF1 , NDF3
COMMON DF3 , NDF5 , DF5 , NDF6 , DF6 , NDF7
COMMON DF7 , AAX , BBX , AX , BX , RSUMX
COMMON TSUMX , SUMT2X , SUMTX , EQX , SUMXY , XDATA
COMMON S4XY , S2XY , S3XY , S5XY , CMX , S1X
COMMON S2X , S3X , S4X , S5X , S1XY , EXX1
COMMON EXX2 , EXX3 , EXY1 , EXY2 , EXY3 , EXY4
COMMON NDFE2 , NDFE4 , NDFE3 , BE2 , BS12 , BS22
COMMON BS32 , BS42 , NDFERR , DFERR , BE2M , BS12M
COMMON BS22M , BS32M , BS42M , FC1 , FC2 , FC3
COMMON FC4 , BYX , RANGE , THETA , RMAX , RMIN
COMMON S1M , S2M , S3M , S4M , S5M , S8M
COMMON S9M , FV1 , FV3 , FV4 , FV2 , ESTD
COMMON FV8 , FV9 , DFESTC , FC5 , DF9 , TIME
COMMON SEAMP , EXX4 , ADDS8 , FOR
DIMENSIONU(300,9),V(300,9),DU(9),DV(9),RSUM(20),TSUM(300),YDATA(15
1,300),AY(20,9),BY(20,9),AAY(9),BBY(9),EQY(300),S2(9),S4(9),NDF2(9)
2,DF2(9),NDF4(9),DF4(9),NDF8(9),DF8(9),NDF9(9),DF9(9),S8(9),S9(9),A
3AX(9),BBX(9),AX(20,9),BX(20,9),RSUMX(20),TSUMX(300),EQX(300),XDATA
4( 300 ),S2XY(9),S4XY(9),S2X(9),S4X(9),EXX2(9),EXX4(9),EXY2(9),EXY
54(9),NDFE2(9),NDFE4(9),BS22(9),BS42(9),BS22M(9),BS42M(9),FC2(9),FC
64(9),S2M(9),S4M(9),S8M(9),S9M(9),FV4(9),FV2(9),FV8(9),FV9(9),FMT(1
72),DFESTC(9),ESTD(9),ADDS8(9),FOR(12)
DOUBLE PRECISION TODE,CODE,SPC,ODE,CODEX
C
509 FORMAT(1H134X20HANALYSIS OF VARIANCE//)
510 FORMAT(55H SOURCE OF VARIATION DF SUM OF SQUARES MEAN SQUARE6
1X,25HF RATIOS DF FOR F TESTS)
511 FORMAT(20H BETWEEN REPLICATES I5,F15.4,F13.4,F14.4,5H (I4,1H,I5
1,1H))
512 FORMAT(13H EFFECT OF (AI1,2H+BI1,3H) I5,F15.4,F13.4,F14.4,5H (
1I4,1H,F8.2,1H))
513 FORMAT(20H SCATTER ABOUT CURVEI5,F15.4,F13.4,F14.4,5H (I4,1H,I5
1,1H))
514 FORMAT(15H REPLICATE X (AI1,2H+BI1,1H)I5,F15.4,F13.4,F14.4,5H (
1I4,1H,I5,1H))
515 FORMAT(20H REPLICATE X SCATTERI5,F15.4,F13.4)
516 FORMAT(1H 85(1H*))
517 FORMAT(6H TOTAL14XI5,F15.4)
518 FORMAT(20H CORRECTION TO MEAN I5,F15.4)
519 FORMAT(19H REPLICATE X AMPLI I1,I5,F15.4,F13.4,F14.4,5H (I4,1H,
1I5,1H))
520 FORMAT(19H REPLICATE X PHASE I1,I5,F15.4,F13.4,F14.4,5H (I4,1H,
1I5,1H))
WRITE (6,509)
WRITE (6,510)
WRITE (6,516)
WRITE (6,511)NDF1,S1,S1M,FV1,NDF1,NDF5
DO3I=1,NHARM
3 WRITE (6,512)I,I,NDF2(I),S2(I),S2M(I),FV2(I),NDF2(I), ESTD(I)
WRITE (6,513)NDF3,S3,S3M,FV3,NDF3,NDF5
DO4I=1,NHARM
4 WRITE (6,514)I,I,NDF4(I),S4(I),S4M(I),FV4(I),NDF4(I),NDF5
WRITE (6,515)NDF5,S5,S5M
WRITE (6,516)
WRITE (6,517)NDF6,S6
WRITE (6,518)NDF7,S7
WRITE (6,516)
DO5I=1,NHARM
WRITE (6,519)I,NDF8(I),S8(I),S8M(I),FV8(I),NDF8(I),NDF5
5 WRITE (6,520)I,NDF9(I),S9(I),S9M(I),FV9(I),NDF8(I),NDF5
WRITE (6,516)
RETURN
END