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ADAS Subroutine xxdata_09

      SUBROUTINE xxdata_09( IUNIT  , NDPRT  , NDREP , NDLEV ,
     &                      NDAUG  , NDT   ,
     &                      SEQSYM , IZ     , IZ0   , IZ1   ,
     &                      NPRNT  , NPRNTI , NPRNTF, BWNP  ,
     &                      IPA    , CSTRPA , ISPA  , ILPA  , XJPA  ,
     &                      WPA    ,
     &                      IL     , BWNR   ,
     &                      IA     , CSTRGA , ISA   , ILA   , XJA   ,
     &                      WA     ,
     &                      NREP   , IAPRS  , CAPRS , IPAUG ,
     &                      IREPA  , NREPA  , AUGA  , LAUGA ,
     &                      IPRTI  , TPRTI  , ISPRTI, DIELR , LDIELR,
     &                      IPRTF  , TPRTF  , ISPRTF,
     &                      NSYSF  , ISYS   , ISPSYS, DIELN , LDIELN,
     &                      DIELT  ,
     &                      NTE    , TEA    , AATP ,  DTOT
     &                  )
C-----------------------------------------------------------------------
C
C  ****************** FORTRAN77 SUBROUTINE: DADATA *********************
C
C  PURPOSE:  TO FETCH DATA FROM INPUT ADF09 DATA SET.
C
C  CALLING PROGRAM:
C
C
C  SUBROUTINE:
C
C  INPUT : (I*4)  IUNIT   = UNIT TO WHICH INPUT FILE IS ALLOCATED
C
C  INPUT : (I*4)  NDPRT   = MAXIMUM NUMBER OF PARENT STATES
C  INPUT : (I*4)  NDREP   = MAX. NUMBER OF REPRESENTATIVE N-SHELLS
C  INPUT : (I*4)  NDLEV   = MAXIMUM NUMBER OF RESOLVED LEVELS
C  INPUT : (I*4)  NDAUG   = MAXIMUM NUMBER OF AUGER RATE INITIAL AND
C                           FINAL PARENT PAIRS
C  INPUT : (I*4)  NDT     = MAX. NUMBER OF ELECTRON TEMPERATURES
C
C  OUTPUT: (C*2)  SEQSYM  = RECOMBINED ION SEQ
C  OUTPUT: (I*4)  IZ      = RECOMBINED ION CHARGE
C  OUTPUT: (I*4)  IZ0     = NUCLEAR CHARGE
C  OUTPUT: (I*4)  IZ1     = RECOMBINING ION CHARGE
C  OUTPUT: (I*4)  NPRNT   = TOTAL NUMBER OF PARENTS
C  OUTPUT: (I*4)  NPRNTI  = NUMBER OF PARENTS WHICH ARE INITIAL PARENTS
C  OUTPUT: (I*4)  NPRNTF  = NUMBER OF PARENTS WHICH ARE FINAL PARENTS
C  OUTPUT: (R*8)  BWNP    = BINDING WAVE NO. OF GROUND PARENT (CM-1)
C  OUTPUT: (I*4)  IPA()   = NUMBER OF PARENT ENERGY LEVELS
C  OUTPUT: (C*18) CSTRPA()= NOMENCL./CONFIG. FOR PARENT LEVEL 'IPA()'
C  OUTPUT: (I*4)  ISPA()  = MULTIPLICITY FOR PARENT LEVEL 'IPA()'
C                           NOTE: (ISPA-1)/2 = QUANTUM NUMBER (SP)
C  OUTPUT: (I*4)  ILPA()  = QUANTUM NUMBER (LP) FOR PARENT LEVEL 'IPA()'
C  OUTPUT: (R*8)  XJPA()  = QUANTUM NUMBER (JP) FOR PARENT LEVEL 'IPA()'
C                           NOTE: (2*XJPA)+1 = STATISTICAL WEIGHT
C  OUTPUT: (R*8)  WPA()   = ENERGY RELATIVE TO PARENT LEVEL 1 (CM-1)
C                           FOR PARENT LEVEL 'IPA()'
C
C  OUTPUT: (I*4)  IL      = NUMBER OF ENERGY LEVELS (TERMS) OF
C                           RECOMBINED ION
C  OUTPUT: (R*8)  BWNR    = IONISATION POTENTIAL (CM-1) OF LOWEST LEVEL
C                           OF RECOMBINED ION
C  OUTPUT: (I*4)  IA()    = RECOMBINED ION ENERGY LEVEL INDEX NUMBER
C  OUTPUT: (I*4)  IP()    = ???
C  OUTPUT: (C*18) CSTRGA()= NOMENCL./CONFIG. FOR RECOMBINED ION LEVEL
C                           'IA()'
C  OUTPUT: (I*4)  ISA()   = MULTIPLICITY FOR RECOMBINED LEVEL 'IA()'
C                           NOTE: (ISA-1)/2 = QUANTUM NUMBER (S)
C  OUTPUT: (I*4)  ILA()   = QUANTUM NUMBER (L) FOR RECOMBINED LEVEL
C                           'IA()'
C  OUTPUT: (R*8)  XJA()   = QUANTUM NUMBER (J) FOR RECOMBINED LEVEL
C                           'IA()'
C                           NOTE: (2*XJA)+1 = STATISTICAL WEIGHT
C  OUTPUT: (R*8)  WA()    = ENERGY RELATIVE TO RECOMBINED LEVEL 1 (CM-1)
C                           FOR RECOMBINED LEVEL 'IA()'
C  OUTPUT: (I*4)  NREP    = NUMBER OF REPRESENTATIVE N-SHELLS
C  OUTPUT: (I*4)  IREPA() = REPRESENTATIVE N-SHELL INDEX NUMBER
C  OUTPUT: (I*4)  NREPA() = REPRESENTATIVE N-SHELLS
C  OUTPUT: (I*4)  IAPRS   = NUMBER OF AUGER RATE INITIAL AND FINAL
C                           PARENT PAIRS
C  OUTPUT: (C*10) CAPRS() = AUGER RATE PARENT PAIR STRING
C                           1ST.DIM: PARENT PAIR INDEX
C  OUTPUT: (I*40) IPAUG(,)= INITIAL AND FINAL PARENTS FOR AUGER BREAKUPS
C                           1ST.DIM: PARENT PAIR INDEX
C                           2ND.DIM: INITIAL AND FINAL PARENT INDICES
C  OUTPUT: (R*8)  AUGA(,) = AUGER RATES (SEC-1)
C                           1ST.DIM: REPRESENTATIVE N-SHELL INDEX
C                           2ND.DIM: PARENT PAIR INDEX
C  OUTPUT: (L*4)  LAUGA(,) = .TRUE. => AUGER RATE PRESENT FOR N-SHELL
C                            .FALSE.=> AUGER RATE NOT PRESENT
C                           1ST.DIM: REPRESENTATIVE N-SHELL INDEX
C                           2ND.DIM: PARENT PAIR INDEX
C  OUTPUT: (I*4)  IPRTI() = INITIAL PARENT BLOCK INDEX
C  OUTPUT: (C*5)  TPRTI() = INITIAL PARENT BLOCK TERM
C  OUTPUT: (I*4)  ISPRTI()= INITIAL PARENT BLOCK SPIN MULTIPLICITY
C  OUTPUT: (R*8)  TEA()   = ELECTRON TEMPERATURES (K)
C  OUTPUT: (R*8)  DIELR(,,)= TERM SELECTIVE DIELEC. COEFFTS.(CM3 S-1)
C                           1ST.DIM: LEVEL INDEX
C                           2ND.DIM: INITIAL PARENT INDEX
C                           3RD.DIM: TEMPERATURE INDEX
C  OUTPUT: (L*4)  LDIELR(,)= .TRUE. => DIEL. PRESENT FOR LEVEL INDEX
C                            .FALSE.=> DIEL. NOT PRESENT FOR LEVEL INDEX
C                           1ST.DIM: LEVEL INDEX
C                           2ND.DIM: INITIAL PARENT INDEX
C  OUTPUT: (I*4)  IPRTF(,) = FINAL PARENT BLOCK INDEX
C  OUTPUT: (C*5)  TPRTF(,) = FINAL PARENT BLOCK TERM
C  OUTPUT: (I*4)  ISPRTF(,)= FINAL PARENT BLOCK SPIN MULTIPLICITY
C  OUTPUT: (I*4)  NSYSF(,) = NO,. OF SPIN SYSTEMS BUILT ON FINAL PARENT
C  OUTPUT: (I*4)  ISYS(,,) = N-SHELL SPIN SYSTEM INDEX FOR FINAL PARENT
C  OUTPUT: (I*4)  ISPSYS(,,)=N-SHELL SPIN SYSTEM FOR FINAL PARENT
C  OUTPUT: (R*8)  DIELN(,,,,) =N-SHELL DIELEC. COEFFTS.(CM3 S-1)
C                           1ST.DIM: REPR. N-SHELL INDEX
C                           2ND.DIM: INITIAL PARENT INDEX
C                           3RD.DIM: FINAL PARENT INDEX
C                           4TH.DIM: SPIN SYSTEM INDEX
C                           5TH.DIM: TEMPERATURE INDEX
C  OUTPUT: (R*8)  LDIELN(,)= .TRUE. => DIEL. PRESENT FOR REPR. N-SHELL
C                            .FALSE.=> DIEL. NOT PRESENT FOR  N-SHELL
C                           1ST.DIM: REPR. N-SHELL INDEX
C                           2ND.DIM: INITIAL PARENT INDEX
C                           3RD.DIM: FINAL PARENT INDEX
C                           4TH.DIM: SPIN SYSTEM INDEX
C  OUTPUT: (R*8)  DIELT(,,,) =N-SHELL DIELEC. COEFFTS.(CM3 S-1)
C                           1ST.DIM: INITIAL PARENT INDEX
C                           2ND.DIM: FINAL PARENT INDEX
C                           3RD.DIM: SPIN SYSTEM INDEX
C                           4TH.DIM: TEMPERATURE INDEX
C  OUTPUT: (R*8)  AATP()   =SPECIFIC METASTABLE TO METASTABLE SEC.
C                            AUGER PATHS FOR TERMS
C  OUTPUT: (R*8)  DTOT(,,,) =TOTAL DR COEFFICINETS (CM3 S-1) TABULATED
C                           AT BOTTOM OF FILE  
C                           1ST.DIM: INITIAL PARENT INDEX
C                           2ND.DIM: ELECTRON TEMPERATURE INDEX
C
C          (I*4)  INDX    = GENERAL INDEX
C          (I*4)  INDX1   = GENERAL INDEX
C          (I*4)  II      = GENERAL INDEX
C          (I*4)  I       = GENERAL INDEX
C          (I*4)  IPI     = GENERAL INDEX
C          (I*4)  IPF     = GENERAL INDEX
C          (I*4)  IPFS    = GENERAL INDEX
C          (I*4)  J       = GENERAL INDEX
C          (I*4)  K       = GENERAL INDEX
C          (I*4)  IFORM   = FORMAT OF FILE:
C                            1: LS 93 DATA
C                            2: LS 00 DATA
C                            3: IC 00 DATA
C
C          (L)    LDATA   = GENERAL READ/DO NOT READ FLAG
C          (L)    LNOPI   = FLAG TO DETERMINE WHETHER HAVE PASSED
C			    INTO A NEW INITIAL PARENT BLOCK
C
C          (C*20) C20     = GENERAL CHARACTER STRING
C
C  ROUTINES:
C          ROUTINE    SOURCE    BRIEF DESCRIPTION
C          -------------------------------------------------------------
C          I4UNIT     ADAS      FETCH UNIT NUMBER FOR OUTPUT OF MESSAGES
C          I4EIZ0     ADAS      RETURNS NUCL. CHARGE FROM ELEMENT SYMBOL
C          R8FCTN     ADAS      CONVERTS FROM CHARACTER TO REAL VARIABLE
C          XXWORD     ADAS      EXTRACT POSITION OF NUMBER IN BUFFER
C          DASUMD     ADAS      SUM DR OVER REPRESANTITIVE N-SHELLS
C
C
C  BASED ON DADATA V1.2
C
C  AUTHOR:  A D WHITEFORD, UNIVERSITY OF STRATHCLYDE
C
C  DATE:    02/05/05
C
C-----------------------------------------------------------------------
C-----------------------------------------------------------------------
      CHARACTER*10        CAPRS(NDAUG)
      CHARACTER*(*)       CSTRGA(NDLEV),            CSTRPA(NDPRT)
      CHARACTER*2         SEQSYM
      CHARACTER*5         TPRTF(NDPRT,NDPRT),       TPRTI(NDPRT)
      INTEGER             IA(NDLEV),   IAPRS,       IL
      INTEGER             ILA(NDLEV),  ILPA(NDPRT), IPA(NDPRT)
      INTEGER             IPAUG(NDAUG,2),           IPRTF(NDPRT,NDPRT)
      INTEGER             IPRTI(NDPRT),             IREPA(NDREP)
      INTEGER             ISA(NDLEV),  ISPA(NDPRT), ISPRTF(NDPRT,NDPRT)
      INTEGER             ISPRTI(NDPRT)
      INTEGER             ISPSYS(NDPRT,NDPRT,2),    ISYS(NDPRT,NDPRT,2)
      INTEGER             IUNIT,       IZ,          IZ0,         IZ1
      INTEGER             NDAUG,       NDLEV,       NDPRT,       NDREP
      INTEGER             NDT,         NPRNT,       NPRNTF,      NPRNTI
      INTEGER             NREP,        NREPA(NDREP)
      INTEGER             NSYSF(NDPRT,NDPRT),       NTE
      LOGICAL             LAUGA(NDREP,NDAUG)
      LOGICAL             LDIELN(NDREP,NDPRT,NDPRT,2)
      LOGICAL             LDIELR(NDLEV,NDPRT)
      REAL*8              AATP(NDLEV,NDPRT),        AUGA(NDREP,NDAUG)
      REAL*8              BWNP,        BWNR
      REAL*8              DIELN(NDREP,NDPRT,NDPRT,2,NDT)
      REAL*8              DIELR(NDLEV,NDPRT,NDT)
      REAL*8              DIELT(NDPRT,NDPRT,2,NDT), DTOT(NDPRT,NDT)
      REAL*8              TEA(NDT),    WA(NDLEV),   WPA(NDPRT)
      REAL*8              XJA(NDLEV),  XJPA(NDPRT)
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