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adcaut.f
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SUBROUTINE ADCAUT(ZTE,ZNE,ZTA,ZNA)
C
C*******************************************************
C PRINTOUT DETAILED DATA INTO FILE 'adcaux.txt'
C*******************************************************
C
IMPLICIT REAL*8 (A-H,O-Z)
IMPLICIT INTEGER (I-N)
C
COMMON / ADSDAT / NUCZ, NSPC, APN(100,10), AQN(100,10),
& NVALNC(100), SIGMA(10,10), QN(100,10),
& EN(100,10), EIN(100,5), ENM(100,5,10),
& FNM(100,5,10), FNN(100), ENN(100)
C
COMMON / ADELEC / RCLION(100), RRAREC(100), RDIREC(100),
& CIZLOS(100), RADRRC(100), RADDRC(100),
& RADCLX(100), RADBRM(100)
C
COMMON / ADNEUT / RCXREC(100), RADBCX(100)
C
COMMON / ADPARM / LADEN, LADTIP, LTIPOK, LECI, LECIOK
C
COMMON / ADDIEL / CDNN(100), CDNM(100),
& YHNNA, YHNNB, YHNNC, YHNMA, YHNMB, YHNMC,
& LDRMLT
C
COMMON / ADCEQ / CEAVGZ, CEAVGZ2, CERAD, CELOS,
& CEFRAC(100),TOTREC(100),TOTION(100),
& TOTRAD(100)
C
COMMON / ADCXXC / ANNEUT(5), VNEUT(5),
& NCXB, NCXOPT, NCXERR, IVUNIT
C
DIMENSION IHMOMY(2), IHTIP(2), IHVU(2), IHXS(5), IHECI(3)
CHARACTER*4 IHMOMY,IHTIP*3,IHVU,IHXS,IHECI
C
IOUT=10
C
IHMOMY(1) = 'MAYR'
IHMOMY(2) = 'MORE'
IHTIP(1) = 'OUT'
IHTIP(2) = ' '
IHVU(1) = 'CM/S'
IHVU(2) = 'KV/A'
IHXS(1) = 'OSAS'
IHXS(2) = 'GJ '
IHXS(3) = 'OSCT'
IHECI(1) = 'XSNQ'
IHECI(2) = 'BFST'
IHECI(3) = 'HYGR'
C
C
OPEN(UNIT=IOUT,FILE='adcaux.txt')
C
C----PRINT HEADER
C
WRITE(IOUT,102)
102 FORMAT(/1X,'=================')
WRITE(IOUT,100)
100 FORMAT(1X,' ADC results')
WRITE(IOUT,101)
101 FORMAT(1X,'================='/)
C
C-----PRINT INPUT ATOMIC DATA
C
WRITE(IOUT,200)
200 FORMAT(1X,'MAYER(0) OR MORE(1) ENERGIES')
WRITE(IOUT,*) LADEN
C
WRITE(IOUT,201)
201 FORMAT(1X,'ENERGY TAB ALLOWED(YES=1)')
WRITE(IOUT,*) LADTIP
C
WRITE(IOUT,202)
202 FORMAT(1X,'IONIZATION RATES (XSNQ=1, BELFAST=2, YOUNGER=3)')
WRITE(IOUT,*) LECI
C
WRITE(IOUT,205)
205 FORMAT(1X,'DIELECTRONIC MULTIPLIER (1=1.0, 2=HAHN,',
& ' 3=INPUT HAHN)')
WRITE(IOUT,*) LDRMLT
C
IF(LDRMLT .EQ. 1) GO TO 220
WRITE(IOUT,210)
210 FORMAT(1X,'HAHN CONSTANTS (NN A,B,C; NM A,B,C)')
WRITE(IOUT,211)YHNNA,YHNNB,YHNNC,YHNMA,YHNMB,YHNMC
211 FORMAT(1X,3(1PE8.2,1X),3X,3(1PE8.2,1X))
C
C----PRINT NEUTRAL BEAM INPUT DATA
C
220 CONTINUE
IF(NCXB .LE. 0) WRITE(IOUT,92)
92 FORMAT(6X,'***** NO BEAMS *****')
IF(NCXB .GT. 0) WRITE(IOUT,90)NCXB
90 FORMAT(1X,'NUMBER OF NEUTRAL BEAM COMPONENTS (MAX 5)'/,I3)
IF(NCXB .GT. 0) WRITE(IOUT,94)NCXOPT
94 FORMAT(1X,'X-S OPTION (1=OSAS,2=GJ,3=OSCT),'/,I3)
IF(NCXB .GT. 0) WRITE(IOUT,98)IVUNIT
98 FORMAT(1X,'ENERGY UNITS (1=CM/S,2=KEV/AMU)'/,I3)
IF(NCXB .GT. 0) WRITE(IOUT,95)
95 FORMAT(1X,'ARRAY OF NEUTRAL DENSITIES (CM-3)')
IF(NCXB .GT. 0) WRITE(IOUT,93) (ANNEUT(J),J=1,NCXB)
93 FORMAT(1PE9.2)
IF(NCXB .GT. 0) WRITE(IOUT,96)
96 FORMAT(1X,'ARRAY OF NEUTRAL ENERGIES/VELOCITIES')
IF(NCXB .GT. 0) WRITE(IOUT,97) (VNEUT(J), J=1,NCXB)
97 FORMAT(1PE9.2)
C
WRITE(IOUT,91)
91 FORMAT(/1X,10('-------'),'-')
C
C----PRINT PLASMA PARAMETERS
C
WRITE(IOUT,309) ZTE
309 FORMAT(/1X,'ELECTRON TEMPERATURE=',1PE10.2,' eV')
WRITE(IOUT,308) ZNE
308 FORMAT(/1X,'ELECTRON DENSITY=',1PE10.2,' cm-3')
C
C----PRINT ATOMIC STRUCTURE DATA
C
WRITE(IOUT,307)NUCZ
307 FORMAT(/1X,'Z =',I3)
C
WRITE(IOUT,91)
C
C----PRINT RATE DATA
C
WRITE(IOUT,112)
112 FORMAT(/,1X,'SPC',2X,'VS',2X,'VSP',3X,'ION POT',4X,'RCLION',
& 5X,'RRAREC',5X,'RDIREC',5X,'RCXREC',5X,'TOTREC'/)
C
DO 10 JQ = 1 , NSPC
C
IVALNC = NVALNC(JQ)
ZCLION = RCLION(JQ) / ZNE
ZRAREC = RRAREC(JQ) / ZNE
ZDIREC = RDIREC(JQ) / ZNE
ZCXREC = RCXREC(JQ) / ZNE
C
ZRTOT = RRAREC(JQ) + RDIREC(JQ) + RCXREC(JQ)
ZRTOT = ZRTOT / ZNE
C
WRITE(IOUT,3)JQ,IVALNC,APN(JQ,IVALNC),EIN(JQ,IVALNC),
& RCLION(JQ),RRAREC(JQ),RDIREC(JQ),RCXREC(JQ),TOTREC(JQ)
3 FORMAT(1X,I2,I5,F5.0,F9.3,1X,1P5E11.2)
C
WRITE(IOUT,5) ZCLION, ZRAREC, ZDIREC, ZCXREC, ZRTOT
5 FORMAT(1X,23X,5(' (',1PE8.2')'))
C
10 CONTINUE
C
WRITE(IOUT,12)
12 FORMAT(/)
C
C-----PRINTOUT NORMALIZED SPECIES FRACTIONS AND RADIATION RATES
C
WRITE(IOUT,58)
58 FORMAT(/1X,'SPC',2X,'CEQ FRAC',2X,'RADRRC',5X,'RADDRC',
& 5X,'RADCLX',5X,'RADBRM',5X,'RADBCX',6X,'TOTAL'/)
C
DO 60 JQ = 1 , NSPC
C
ZRDRRC = RADRRC(JQ) / ZNE
ZRDDRC = RADDRC(JQ) / ZNE
ZRDCLX = RADCLX(JQ) / ZNE
ZRDBRM = RADBRM(JQ) / ZNE
ZRDBCX = RADBCX(JQ) / ZNE
C
ZTRAD = RADRRC(JQ) + RADDRC(JQ) + RADCLX(JQ) +
& RADBRM(JQ) + RADBCX(JQ)
ZTRAD = ZTRAD / ZNE
C
WRITE(IOUT,66)JQ,CEFRAC(JQ),RADRRC(JQ),RADDRC(JQ),
& RADCLX(JQ),RADBRM(JQ),RADBCX(JQ),TOTRAD(JQ)
66 FORMAT(1X,I2,1PE10.2,1PE10.2,1P5E11.2)
C
WRITE(IOUT,68) ZRDRRC, ZRDDRC, ZRDCLX, ZRDBRM, ZRDBCX, ZTRAD
68 FORMAT(1X,12X,6(' (',1PE8.2,')') )
C
60 CONTINUE
C
C
C-----PRINT AVERAGED DATA
C
WRITE(IOUT,75) CEAVGZ
75 FORMAT(/6X,'<Z> =',1PE9.2)
WRITE(IOUT,76) CEAVGZ2
76 FORMAT(/6X,'<Z2>=',1PE9.2)
WRITE(IOUT,77) CERAD
77 FORMAT(/6X,'CRAD=',1PE9.2,' W-cm3')
WRITE(IOUT,78) CERAD*ZNE
78 FORMAT(/6X,'RAD =',1PE9.2,' W/ION')
WRITE(IOUT,79) CELOS
79 FORMAT(/6X,'CELS=',1PE9.2,' W-cm3')
WRITE(IOUT,74) CELOS*ZNE
74 FORMAT(/6X,'ELOS=',1PE9.2,' W/ION'/)
C
C
CLOSE(UNIT=IOUT)
C
C
RETURN
END
SUBROUTINE ADCAUT1(ZTE,ZNE,ZTA,ZNA)
C
C*******************************************************
C PRINTOUT DETAILED DATA INTO FILE 'adcaux1.txt'
C*******************************************************
C
IMPLICIT REAL*8 (A-H,O-Z)
IMPLICIT INTEGER (I-N)
C
INTEGER IOUT
C
OPEN(UNIT=IOUT,FILE='adcaux1.txt')
CALL ADCAUTU(IOUT,ZTE,ZNE)
C
CLOSE(UNIT=IOUT)
C
RETURN
END
SUBROUTINE ADCAUTU(IOUT,ZTE,ZNE)
C
C*******************************************************
C PRINTOUT DETAILED DATA TO DESIRED UNIT
C*******************************************************
C
IMPLICIT REAL*8 (A-H,O-Z)
IMPLICIT INTEGER (I-N)
C
CALL ADCAUTH(IOUT)
CALL ADCAUTI(IOUT)
CALL ADCAUTP(IOUT,ZTE,ZNE)
CALL ADCAUTR(IOUT,ZTE,ZNE)
CALL ADCAUTD(IOUT,ZTE,ZNE)
C
RETURN
END
SUBROUTINE ADCAUTH(IOUT)
C
C*******************************************************
C PRINTOUT ADC HEADER
C*******************************************************
C
IMPLICIT REAL*8 (A-H,O-Z)
IMPLICIT INTEGER (I-N)
C
C
C----PRINT HEADER
C
WRITE(IOUT,102)
102 FORMAT(/1X,'=================')
WRITE(IOUT,100)
100 FORMAT(1X,' ADC results')
WRITE(IOUT,101)
101 FORMAT(1X,'================='/)
C
C
RETURN
END
SUBROUTINE ADCAUTI(IOUT)
C
C*******************************************************
C PRINTOUT INPUT ATOMIC DATA
C*******************************************************
C
IMPLICIT REAL*8 (A-H,O-Z)
IMPLICIT INTEGER (I-N)
C
COMMON / ADSDAT / NUCZ, NSPC, APN(100,10), AQN(100,10),
& NVALNC(100), SIGMA(10,10), QN(100,10),
& EN(100,10), EIN(100,5), ENM(100,5,10),
& FNM(100,5,10), FNN(100), ENN(100)
C
COMMON / ADPARM / LADEN, LADTIP, LTIPOK, LECI, LECIOK
C
COMMON / ADDIEL / CDNN(100), CDNM(100),
& YHNNA, YHNNB, YHNNC, YHNMA, YHNMB, YHNMC,
& LDRMLT
C
COMMON / ADCXXC / ANNEUT(5), VNEUT(5),
& NCXB, NCXOPT, NCXERR, IVUNIT
C
DIMENSION IHMOMY(2), IHTIP(2), IHVU(2), IHXS(5), IHECI(3)
CHARACTER*4 IHMOMY,IHTIP*3,IHVU,IHXS,IHECI
C
IHMOMY(1) = 'MAYR'
IHMOMY(2) = 'MORE'
IHTIP(1) = 'OUT'
IHTIP(2) = ' '
IHVU(1) = 'CM/S'
IHVU(2) = 'KV/A'
IHXS(1) = 'OSAS'
IHXS(2) = 'GJ '
IHXS(3) = 'OSCT'
IHECI(1) = 'XSNQ'
IHECI(2) = 'BFST'
IHECI(3) = 'HYGR'
C
C-----PRINT INPUT ATOMIC DATA
C
WRITE(IOUT,200)
200 FORMAT(1X,'MAYER(0) OR MORE(1) ENERGIES')
WRITE(IOUT,*) LADEN
C
WRITE(IOUT,201)
201 FORMAT(1X,'ENERGY TAB ALLOWED(YES=1)')
WRITE(IOUT,*) LADTIP
WRITE(IOUT,202)
202 FORMAT(1X,'IONIZATION RATES (XSNQ=1, BELFAST=2, YOUNGER=3)')
WRITE(IOUT,*) LECI
C
WRITE(IOUT,205)
205 FORMAT(1X,'DIELECTRONIC MULTIPLIER (1=1.0, 2=HAHN,',
& ' 3=INPUT HAHN)')
WRITE(IOUT,*) LDRMLT
C
IF(LDRMLT .EQ. 1) GO TO 220
WRITE(IOUT,210)
210 FORMAT(1X,'HAHN CONSTANTS (NN A,B,C; NM A,B,C)')
WRITE(IOUT,211)YHNNA,YHNNB,YHNNC,YHNMA,YHNMB,YHNMC
211 FORMAT(1X,3(1PE8.2,1X),3X,3(1PE8.2,1X))
C
C----PRINT NEUTRAL BEAM INPUT DATA
C
220 CONTINUE
IF(NCXB .LE. 0) WRITE(IOUT,92)
92 FORMAT(6X,'***** NO BEAMS *****')
IF(NCXB .GT. 0) WRITE(IOUT,90)NCXB
90 FORMAT(1X,'NUMBER OF NEUTRAL BEAM COMPONENTS (MAX 5)'/,I3)
IF(NCXB .GT. 0) WRITE(IOUT,94)NCXOPT
94 FORMAT(1X,'X-S OPTION (1=OSAS,2=GJ,3=OSCT),'/,I3)
IF(NCXB .GT. 0) WRITE(IOUT,98)IVUNIT
98 FORMAT(1X,'ENERGY UNITS (1=CM/S,2=KEV/AMU)'/,I3)
IF(NCXB .GT. 0) WRITE(IOUT,95)
95 FORMAT(1X,'ARRAY OF NEUTRAL DENSITIES (CM-3)')
IF(NCXB .GT. 0) WRITE(IOUT,93) (ANNEUT(J),J=1,NCXB)
93 FORMAT(1PE9.2)
IF(NCXB .GT. 0) WRITE(IOUT,96)
96 FORMAT(1X,'ARRAY OF NEUTRAL ENERGIES/VELOCITIES')
IF(NCXB .GT. 0) WRITE(IOUT,97) (VNEUT(J), J=1,NCXB)
97 FORMAT(1PE9.2)
RETURN
END
SUBROUTINE ADCAUTP(IOUT,ZTE,ZNE)
C
C*******************************************************
C PRINTOUT INPUT PARAMETERS
C*******************************************************
C
IMPLICIT REAL*8 (A-H,O-Z)
IMPLICIT INTEGER (I-N)
C
COMMON / ADSDAT / NUCZ, NSPC, APN(100,10), AQN(100,10),
& NVALNC(100), SIGMA(10,10), QN(100,10),
& EN(100,10), EIN(100,5), ENM(100,5,10),
& FNM(100,5,10), FNN(100), ENN(100)
C
COMMON / ADCXXC / ANNEUT(5), VNEUT(5),
& NCXB, NCXOPT, NCXERR, IVUNIT
C
C
WRITE(IOUT,91)
91 FORMAT(/1X,10('-------'),'-')
C
C----PRINT PLASMA PARAMETERS
C
WRITE(IOUT,309) ZTE
309 FORMAT(/1X,'ELECTRON TEMPERATURE=',1PE10.2,' eV')
WRITE(IOUT,308) ZNE
308 FORMAT(/1X,'ELECTRON DENSITY=',1PE10.2,' cm-3')
C
C----PRINT ATOMIC STRUCTURE DATA
C
WRITE(IOUT,307)NUCZ
307 FORMAT(/1X,'Z =',I3)
C
WRITE(IOUT,91)
C
RETURN
END
SUBROUTINE ADCAUTR(IOUT,ZTE,ZNE)
C
C*******************************************************
C PRINTOUT DETAILED DATA ON RATES TO DESIRED UNIT
C*******************************************************
C
IMPLICIT REAL*8 (A-H,O-Z)
IMPLICIT INTEGER (I-N)
C
COMMON / ADSDAT / NUCZ, NSPC, APN(100,10), AQN(100,10),
& NVALNC(100), SIGMA(10,10), QN(100,10),
& EN(100,10), EIN(100,5), ENM(100,5,10),
& FNM(100,5,10), FNN(100), ENN(100)
C
COMMON / ADELEC / RCLION(100), RRAREC(100), RDIREC(100),
& CIZLOS(100), RADRRC(100), RADDRC(100),
& RADCLX(100), RADBRM(100)
COMMON / ADNEUT / RCXREC(100), RADBCX(100)
C
COMMON / ADCEQ / CEAVGZ, CEAVGZ2, CERAD, CELOS,
& CEFRAC(100),TOTREC(100),TOTION(100),
& TOTRAD(100)
C
COMMON / ADCXXC / ANNEUT(5), VNEUT(5),
& NCXB, NCXOPT, NCXERR, IVUNIT
C
C----PRINT RATE DATA
C
WRITE(IOUT,112)
112 FORMAT(/,1X,'SPC',2X,'VS',2X,'VSP',3X,'ION POT',4X,'RCLION',
& 5X,'RRAREC',5X,'RDIREC',5X,'RCXREC',5X,'TOTREC'/)
C
DO 10 JQ = 1 , NSPC
C
IVALNC = NVALNC(JQ)
ZCLION = RCLION(JQ) / ZNE
ZRAREC = RRAREC(JQ) / ZNE
ZDIREC = RDIREC(JQ) / ZNE
ZCXREC = RCXREC(JQ) / ZNE
C
ZRTOT = RRAREC(JQ) + RDIREC(JQ) + RCXREC(JQ)
ZRTOT = ZRTOT / ZNE
C
WRITE(IOUT,3)JQ,IVALNC,APN(JQ,IVALNC),EIN(JQ,IVALNC),
& RCLION(JQ),RRAREC(JQ),RDIREC(JQ),RCXREC(JQ),TOTREC(JQ)
3 FORMAT(1X,I2,I5,F5.0,F9.3,1X,1P5E11.2)
C
WRITE(IOUT,5) ZCLION, ZRAREC, ZDIREC, ZCXREC, ZRTOT
5 FORMAT(1X,23X,5(' (',1PE8.2')'))
C
10 CONTINUE
C
WRITE(IOUT,12)
12 FORMAT(/)
C
C-----PRINTOUT NORMALIZED SPECIES FRACTIONS AND RADIATION RATES
C
WRITE(IOUT,58)
58 FORMAT(/1X,'SPC',2X,'CEQ FRAC',2X,'RADRRC',5X,'RADDRC',
& 5X,'RADCLX',5X,'RADBRM',5X,'RADBCX',6X,'TOTAL'/)
C
DO 60 JQ = 1 , NSPC
C
ZRDRRC = RADRRC(JQ) / ZNE
ZRDDRC = RADDRC(JQ) / ZNE
ZRDCLX = RADCLX(JQ) / ZNE
ZRDBRM = RADBRM(JQ) / ZNE
ZRDBCX = RADBCX(JQ) / ZNE
C
ZTRAD = RADRRC(JQ) + RADDRC(JQ) + RADCLX(JQ) +
& RADBRM(JQ) + RADBCX(JQ)
ZTRAD = ZTRAD / ZNE
C
WRITE(IOUT,66)JQ,CEFRAC(JQ),RADRRC(JQ),RADDRC(JQ),
& RADCLX(JQ),RADBRM(JQ),RADBCX(JQ),TOTRAD(JQ)
66 FORMAT(1X,I2,1PE10.2,1PE10.2,1P5E11.2)
C
WRITE(IOUT,68) ZRDRRC, ZRDDRC, ZRDCLX, ZRDBRM, ZRDBCX, ZTRAD
68 FORMAT(1X,12X,6(' (',1PE8.2,')') )
C
60 CONTINUE
RETURN
END
SUBROUTINE ADCAUTD(IOUT,ZTE,ZNE)
C
C*******************************************************
C PRINTOUT DISTRIBUTION AVERAGE DATA
C*******************************************************
C
IMPLICIT REAL*8 (A-H,O-Z)
IMPLICIT INTEGER (I-N)
C
COMMON / ADSDAT / NUCZ, NSPC, APN(100,10), AQN(100,10),
& NVALNC(100), SIGMA(10,10), QN(100,10),
& EN(100,10), EIN(100,5), ENM(100,5,10),
& FNM(100,5,10), FNN(100), ENN(100)
COMMON / ADCEQ / CEAVGZ, CEAVGZ2, CERAD, CELOS,
& CEFRAC(100),TOTREC(100),TOTION(100),
& TOTRAD(100)
C
COMMON / ADCXXC / ANNEUT(5), VNEUT(5),
& NCXB, NCXOPT, NCXERR, IVUNIT
C
C-----PRINT AVERAGED DATA
C
WRITE(IOUT,75) CEAVGZ
75 FORMAT(/6X,'<Z> =',1PE9.2)
WRITE(IOUT,76) CEAVGZ2
76 FORMAT(/6X,'<Z2>=',1PE9.2)
WRITE(IOUT,77) CERAD
77 FORMAT(/6X,'CRAD=',1PE9.2,' W-cm3')
WRITE(IOUT,78) CERAD*ZNE
78 FORMAT(/6X,'RAD =',1PE9.2,' W/ION')
WRITE(IOUT,79) CELOS
79 FORMAT(/6X,'CELS=',1PE9.2,' W-cm3')
WRITE(IOUT,74) CELOS*ZNE
74 FORMAT(/6X,'ELOS=',1PE9.2,' W/ION'/)
C
C
RETURN
END
SUBROUTINE ADCAUTS(IOUT,
& ZS,Z2S,EZRAD,EZLOSS,ZDISTR)
C
C*******************************************************
C PRINTOUT DISTRIBUTION AVERAGE DATA
C*******************************************************
C
IMPLICIT REAL*8 (A-H,O-Z)
IMPLICIT INTEGER (I-N)
C
COMMON / ADSDAT / NUCZ, NSPC, APN(100,10), AQN(100,10),
& NVALNC(100), SIGMA(10,10), QN(100,10),
& EN(100,10), EIN(100,5), ENM(100,5,10),
& FNM(100,5,10), FNN(100), ENN(100)
COMMON / ADCEQ / CEAVGZ, CEAVGZ2, CERAD, CELOS,
& CEFRAC(100),TOTREC(100),TOTION(100),
& TOTRAD(100)
C
DIMENSION ZDISTR(*)
C
C-----PRINT AVERAGED DATA
C
WRITE(IOUT,75) ZS
75 FORMAT(/6X,'<Z> =',1PE9.2)
WRITE(IOUT,76) Z2S
76 FORMAT(/6X,'<Z2>=',1PE9.2)
WRITE(IOUT,77) EZRAD
77 FORMAT(/6X,'CERAD=',1PE9.2,' W-cm3')
WRITE(IOUT,79) EZLOS
79 FORMAT(/6X,'CELOS=',1PE9.2,' W-cm3')
C
WRITE(IOUT,81)
81 FORMAT(//1X,'-----NORMALIZED DISTRIBUTION',
& ' OVER IONIZATION STATES----')
WRITE(IOUT,82)
82 FORMAT(1X,' Z ',9X,' Ro')
DO 100 I=1,NUCZ+1
WRITE(IOUT,90) I-1, ZDISTR(I)
90 FORMAT(/2X,I2,6X,1PE10.3)
100 CONTINUE
C
RETURN
END