ADAS Subroutine d7datr
C
SUBROUTINE D7DATR( IUNIT , NDLEV , NDTRN , NDQDN ,
& TITLED , IZ , IZ0 , IZ1 , BWNO ,
& IL , QDORB , LQDORB, QDN ,
& IA , CSTRGA , ISA , ILA , XJA , WA ,
& NV , SCEF ,
& ITRAN , MAXLEV ,
& TCODE , I1A , I2A , AVAL , SCOM
& )
C-----------------------------------------------------------------------
C
C ****************** FORTRAN77 SUBROUTINE: D7DATR *********************
C
C PURPOSE: TO FETCH DATA FROM INPUT COPASE DATA SET. THE SUBROUTINE
C IS AN EXTENSION TO BXDATA TO OBTAIN ORBITAL QUANTUM
C DEFECTS. IN ALL OTHER RESPECTS IT IS IDENTICAL TO BXDATA.
C
C CALLING PROGRAM: ADAS407
C
C DATA:
C THE 'REAL' DATA IN THE FILE IS REPRESENTED IN AN ABBREVIATED
C FORM WHICH OMITS THE "D" OR "E" EXPONENT SPECIFIER.
C e.g. 1.23D-06 or 1.23E-06 IS REPRESENTED AS 1.23-06
C 6.75D+07 or 6.75E+07 IS REPRESENTED AS 6.75+07
C
C THEREFORE THE FORM OF EACH 'REAL' NUMBER IN THE DATA SET IS:
C N.NN+NN or N.NN-NN
C
C THE UNITS USED IN THE DATA FILE ARE TAKEN AS FOLLOWS:
C
C IONISATION POTENTIAL: WAVE NUMBER (CM-1)
C INDEX LEVEL ENERGIES: WAVE NUMBER (CM-1)
C TEMPERATURES : KELVIN
C A-VALUES : SEC-1
C GAMMA-VALUES :
C RATE COEFFT. : CM3 SEC-1
C
C
C SUBROUTINE:
C
C INPUT : (I*4) IUNIT = UNIT TO WHICH INPUT FILE IS ALLOCATED
C INPUT : (I*4) NDLEV = MAXIMUM NUMBER OF LEVELS THAT CAN BE READ
C INPUT : (I*4) NDTRN = MAX. NUMBER OF TRANSITIONS THAT CAN BE READ
C INPUT : (I*4) NDQDN = MAX. NUMBER OF N-SHELLS FOR QUANTUM DEFECTS
C
C OUTPUT: (C*3) TITLED = ELEMENT SYMBOL.
C OUTPUT: (I*4) IZ = RECOMBINED ION CHARGE READ
C OUTPUT: (I*4) IZ0 = NUCLEAR CHARGE READ
C OUTPUT: (I*4) IZ1 = RECOMBINING ION CHARGE READ
C (NOTE: IZ1 SHOULD EQUAL IZ+1)
C OUTPUT: (R*8) BWNO = IONISATION POTENTIAL (CM-1)
C
C OUTPUT: (I*4) IL = INPUT DATA FILE: NUMBER OF ENERGY LEVELS
C OUTPUT: (R*8) QDORB() = QUANTUM DEFECTS FOR ORBITALS
C 1ST DIM: INDEX FOR NL ORBITAL (CF INDX)
C OUTPUT: (L*4) LQDORB()= .TRUE. => SOURCE DATA AVAILABLE FOR QD.
C = .FALSE. => SOURCE DATA NOT AVAILABE QD.=0.0
C OUTPUT: (R*8) QDN() = QUANTUM DEFECT FOR N-SHELLS. NON-ZERO ONLY
C FOR ADF04 FILES WITH ORBITAL ENERGY DATA
C 1ST. DIM: N-SHELL (1<=N<=NDQDN)
C
C OUTPUT: (I*4) IA() = ENERGY LEVEL INDEX NUMBER
C OUTPUT: (C*18) CSTRGA()= NOMENCLATURE/CONFIGURATION FOR LEVEL 'IA()'
C OUTPUT: (I*4) ISA() = MULTIPLICITY FOR LEVEL 'IA()'
C NOTE: (ISA-1)/2 = QUANTUM NUMBER (S)
C OUTPUT: (I*4) ILA() = QUANTUM NUMBER (L) FOR LEVEL 'IA()'
C OUTPUT: (R*8) XJA() = QUANTUM NUMBER (J-VALUE) FOR LEVEL 'IA()'
C NOTE: (2*XJA)+1 = STATISTICAL WEIGHT
C OUTPUT: (R*8) WA() = ENERGY RELATIVE TO LEVEL 1 (CM-1) FOR LEVEL
C 'IA()'
C
C OUTPUT: (I*4) NV = INPUT DATA FILE: NUMBER OF GAMMA/TEMPERATURE
C PAIRS FOR A GIVEN TRANSITION.
C OUTPUT: (R*8) SCEF() = INPUT DATA FILE: ELECTRON TEMPERATURES (K)
C (INITIALLY JUST THE MANTISSA. SEE 'ITPOW()')
C (NOTE: TE=TP=TH IS ASSUMED)
C
C OUTPUT: (I*4) ITRAN = INPUT DATA FILE: NUMBER OF TRANSITIONS
C OUTPUT: (I*4) MAXLEV = HIGHEST INDEX LEVEL IN READ TRANSITIONS
C
C OUTPUT: (C*1) TCODE() = TRANSITION: DATA TYPE POINTER:
C ' ' => Electron Impact Transition
C 'P' => Proton Impact Transition
C 'H' => Charge Exchange Recombination
C 'R' => Free Electron Recombination
C OUTPUT: (I*4) I1A() = TRANSITION:
C LOWER ENERGY LEVEL INDEX (CASE ' ' & 'P')
C SIGNED PARENT INDEX (CASE 'H' & 'R')
C OUTPUT: (I*4) I2A() = TRANSITION:
C UPPER ENERGY LEVEL INDEX (CASE ' ' & 'P')
C CAPTURING LEVEL INDEX (CASE 'H' & 'R')
C OUTPUT: (R*8) AVAL() = TRANSITION:
C A-VALUE (SEC-1) (CASE ' ')
C NEUTRAL BEAM ENERGY (CASE 'H')
C NOT USED (CASE 'P' & 'R')
C OUTPUT: (R*8) SCOM(,) = TRANSITION:
C GAMMA VALUES (CASE ' ' & 'P')
C RATE COEFFT. (CM3 SEC-1) (CASE 'H' & 'R')
C 1ST DIMENSION - TEMPERATURE 'SCEF()'
C 2ND DIMENSION - TRANSITION NUMBER
C
C (I*4) NVMAX = PARAMETER = MAX. NUMBER OF TEMPERATURES
C THAT CAN BE READ IN.
C (I*4) MTIED = PARAMETER = MUST BE GREATER THAN OR EQUAL TO
C THE MAX. NO. OF LEVELS.
C (R*8) DZERO = PARAMETER = MINIMUM VALUE FOR 'AVAL()' AND
C 'SCOM()' ARRAYS = 1.0D-30
C
C (I*4) I4UNIT = FUNCTION (SEE ROUTINE SECTION BELOW)
C (I*4) IQS = X-SECT DATA FORMAT SELECTOR
C NOTE: IQS=3 ONLY ALLOWED IN THIS PROGRAM
C (I*4) I = GENERAL USE.
C (I*4) IABT = RETURN CODE FROM 'R8FCTN' (0 => NO ERROR)
C OR FROM INTERROGATION OF 'C7'
C (I*4) IFIRST = BYTE POSITION OF START OF NUMBER IN BUFFER
C (I*4) ILAST = BYTE POSITION OF END OF NUMBER IN BUFFER
C (I*4) INDX = INDEXING FUNCTION FOR NL ORBITALS IN
C QDORB() AS INDX(N,L)
C (I*4) IORB = ORBITAL INDEX
C (I*4) IWORD = THE WORD POSITION OF THE REQUIRED DATA IN
C A STRING TO BE INTERROGATED BY XXWORD.
C (I*4) J = GENERAL USE.
C (I*4) J1 = INPUT DATA FILE - SELECTED TRANSITION:
C LOWER ENERGY LEVEL INDEX (CASE ' ' & 'P')
C (I*4) J2 = INPUT DATA FILE - SELECTED TRANSITION:
C UPPER ENERGY LEVEL INDEX (CASE ' ' & 'P')
C CAPTURING LEVEL INDEX (CASE 'H' & 'R')
C (I*4) K = GENERAL USE
C (I*4) L = GENERAL USE FOR ORBITAL L
C (I*4) L1 = GENERAL USE
C (I*4) LENCST = BYTE LENGTH OF STRING CSTRGA()
C (R*8) NLAST = N-SHELL MARKER FOR ORBITALS
C (I*4) NWORDS = NUMBER OF NUMBERS STORED IN BUFFER
C (I*4) ILINE = ENERGY LEVEL INDEX FOR CURRENT LINE
C (I*4) IAPOW = EXPONENT OF 'AVALM'
C (I*4) IGPOW() = EXPONENT OF 'GAMMA()'
C (I*4) ITPOW() = TEMPERATURES - EXPONENT
C NOTE: MANTISSA INITIALLY KEPT IN 'SCEF()'
C
C (R*4) ZF = SHOULD BE EQUIVALENT TO 'IZ1'
C
C (R*8) AVALM = INPUT DATA FILE - SELECTED TRANSITION:
C MANTISSA OF: ('IAPOW' => EXPONENT)
C A-VALUE (SEC-1) (CASE ' ')
C NEUTRAL BEAM ENERGY (CASE 'H')
C NOT USED (CASE 'P' & 'R')
C (R*8) GAMMA() = INPUT DATA FILE - SELECTED TRANSITION:
C MANTISSA OF: ('IGPOW()' => EXPONENT)
C GAMMA VALUES (CASE ' ' & 'P')
C RATE COEFFT. (CM3 SEC-1) (CASE 'H' & 'R')
C DIMENSION => TEMPERATURE 'SCEF()'
C (R*8) QDORB() = QUANTUM DEFECTS FOR ORBITALS
C 1ST DIM: INDEX FOR NL ORBITAL (CF INDX)
C
C (C*7) C7 = USED TO PARSE VALUE FOR XJA()
C (C*7) CDELIM = DELIMITERS FOR INPUT OF DATA FROM HEADERS
C (C*18) C18 = USED TO PARSE VALUE TO CSTRGA()
C (C*80) CLINE = CURRENT ENERGY LEVEL INDEX PARAMETER LINE
C (C*128)BUFFER = GENERAL STRING BUFFER STORAGE
C (C*3) CITPOW()= USED TO PARSE VALUES TO ITPOW()
C (C*5) CSCEF() = USED TO PARSE VALUES TO SCEF()
C (C*7) CFORM7 = FORMAT FOR INTERNAL READING OF REAL NUMBER
C
C (L*4) LDATA = IDENTIFIES WHETHER THE END OF AN INPUT
C SECTION IN THE DATA SET HAS BEEN LOCATED.
C (.TRUE. => END OF SECTION REACHED)
C (L*4) LTCHR = .TRUE. => CURRENT 'TCODE()' = 'H' OR 'R'.
C = .FALSE. => CURRENT 'TCODE()'.NE.'H' OR 'R'.
C (L*4) LTCPR = .TRUE. => CURRENT 'TCODE()' = 'P' OR 'R'.
C = .FALSE. => CURRENT 'TCODE()'.NE.'P' OR 'R'.
C (L*4) LERROR = .TRUE. => UNTIED LEVEL FOUND
C = .FALSE. => ALL LEVELS TIED
C (L*4) LTIED() = .TRUE. => SPECIFIED LEVEL TIED
C = .FALSE. => SPECIFIED LEVEL IS UNTIED
C DIMENSION => LEVEL INDEX
C (L*4) LQDORB()= .TRUE. => SOURCE DATA AVAILABLE FOR QD.
C = .FALSE. => SOURCE DATA NOT AVAILABE QD.=0.0
C
C ROUTINES:
C ROUTINE SOURCE BRIEF DESCRIPTION
C -------------------------------------------------------------
C XXWORD ADAS EXTRACT POSITION OF NUMBER IN BUFFER
C I4UNIT ADAS FETCH UNIT NUMBER FOR OUTPUT OF MESSAGES
C R8FCTN ADAS CONVERTS FROM CHARACTER TO REAL VARIABLE
C INDX INTRINSIC INDEXES NL ORBITAL IN QDORB() ARRAY
C
C NOTE: LTCHR LTCPR TCODE()
C -----------------------------------
C .TRUE. .TRUE. => 'R'
C .TRUE. .FALSE. => 'H'
C .FALSE. .TRUE. => 'P'
C .FALSE. .FALSE. => ' '
C
C FOR A-VALUES & GAMMA-VALUES ENTRIES LESS THAN 'DZERO' ARE TAKEN
C AS BEING EQUAL TO DZERO. THIS AFFECTS THE 'AVAL()' AND 'SCOM()'
C ARRAYS.
C
C
C AUTHOR: HUGH P. SUMMERS, UNIVERSITY OF STRATHCLYDE
C JA8.08
C TEL. 0141-553-4196
C
C DATE: 13/08/97
C
C UPDATE:
C
C VERSION: 1.1 DATE: 25-02-98
C MODIFIED: RICHARD MARTIN
C - PUT UNDER SCCS CONTROL.
C
C-----------------------------------------------------------------------
C-----------------------------------------------------------------------
CHARACTER*(*) CSTRGA(NDLEV)
CHARACTER TCODE(NDTRN)
CHARACTER*3 TITLED
INTEGER I1A(NDTRN), I2A(NDTRN), IA(NDLEV), IL
INTEGER ILA(NDLEV), ISA(NDLEV), ITRAN, IUNIT
INTEGER IZ, IZ0, IZ1, MAXLEV
INTEGER NDLEV, NDQDN, NDTRN, NV
LOGICAL LQDORB((NDQDN*(NDQDN+1))/2)
REAL*8 AVAL(NDTRN), BWNO, QDN(NDQDN)
REAL*8 QDORB((NDQDN*(NDQDN+1))/2)
REAL*8 SCEF(NVMAX), SCOM(NVMAX,NDTRN)
REAL*8 WA(NDLEV), XJA(NDLEV)