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ADAS Subroutine spfman5e

       SUBROUTINE SPFMAN5E( Z0    , Z     , ZEFF  , TITLE , IETYP , 
     &                      IXTYP , IND1  , IND2  , WI, WJ, EI, EJ,  
     &                      IATYP , ACOEFF, IFTYP , IOTYP , IFOUT ,
     &                      IXMAX , ITMAX , EDAT  , XDAT  , TDAT  ,
     &                      IIORD , IIBTS , IIFPT , IIXOP , IIDIF , 
     &                      XTIT1 , IGRD1 , XL1   , XU1   ,
     &                      YL1   , YU1   , XTIT2 , IGRD2 , 
     &                      XL2   , XU2   , YL2   , YU2   , IWRITE,
     &                      FXC2  , FXC3  , XA    , YA    , APOMA ,
     &                      DIFOMA, TOA   , GOA   , APGOA , EXCRA ,
     &                      DEXCRA, GBARFA,  
     &                      ICT   , ITOUT , S     , FIJ   , EIJ   
     &                     )
       IMPLICIT REAL*8(A-H,O-Z)
C-----------------------------------------------------------------------
C  PURPOSE: ANALYSE ELECTRON IMPACT RATE DATA AND CONVERT TO 
C  RATE COEFFICIENTS                                                    
C                                                                       
C  VARIOUS FORMS OF DATA ENTRY ARE ALLOWED                              
C                                                                       
C  EXTENDED ARRAY DIMENSION VERSION OF SPFMAIN5                         
C                                                                       
C  DATA IS FITTED WITH APPROXIMATE FORMS TO AID INTERPOLATION DEPENDING 
C  ON THE TRANSITION TYPE. THESE ARE                                    
C                 1. DIPOLE                                             
C                 2. NON-DIPOLE                                         
C                 3. SPIN CHANGE                                        
C                 4. OTHER                                              
C                                                                       
C  DATA ENTRY IS VIA CALL TO PANEL SUBROUTINE  SPFMA4E  AS FOLLOWS:     
C                                                                       
C  INPUT                                                                
C      IPAN = INITIAL PANEL NUMBER AT START                             
C                                                                       
C  OUTPUT                                                               
C      IPAN   = FINAL PANEL NUMBER                                      
C      ANS    = YES  - FINISH UP CALCULATION SINCE NO MORE CASES        
C             = NO   - DATA FOR NEW CASE RETURNED                       
C      Z0     = NUCLEAR CHARGE OF ION                                   
C      Z      = ION CHARGE                                              
C      ZEFF   = ION CHARGE + 1                                          
C      TITLE  = TITLE FOR CASE                                          
C      IETYP  = 1  LEVEL ENERGIES IN CM-1                               
C             = 2  LEVEL ENERGIES IN RYD                                
C      IXTYP  = 1  DIPOLE TRANSITION                                    
C             = 2  NON-DIPOLE TRANSITION                                
C             = 3  SPIN CHANGE TRANSITION                               
C             = 4  OTHER                                                
C      IND1   = LOWER LEVEL INDEX  (USER CHOICE)                        
C      IND2   = UPPER LEVEL INDEX  (USER CHOICE)                        
C      WI     = LOWER LEVEL STATISTICAL WEIGHT                          
C      WJ     = UPPER LEVEL STATISTICAL WEIGHT                          
C      EI     = LOWER LEVEL ENERGY (IN SELECTED UNITS)                  
C      EJ     = UPPER LEVEL ENERGY                                      
C      IATYP  = 1  A-COEFFICIENT RETURNED                               
C             = 2  OSCILLATOR STRENGTH RETURNED                         
C             = 3  LINE STRENGTH RETURNED                               
C      ACOEFF = TRANSITION PROBABILITY (IN ABOVE FORM, DIPOLE CASE ONLY)
C      IFTYP  = 1 KELVIN                     FOR SOURCE TEMP. UNITS           
C             = 2  EV                        FOR SOURCE TEMP. UNITS            
C             = 3 SCALED UNITS (TE(K)/Z1**2) FOR SOURCE TEMP. UNITS       
C             = 4 REDUCED UNITS (KTE/EIJ)    FOR SOURCE TEMP. UNITS            
C      IOTYP  = 1 EXCITATION RATE COEFFICIENT (CM3 S-1) RETURNED          
C             = 2 DE-EXCITATION RATE COEFFICIENT (CM3 S-1) RETURNED       
C             = 3 UPSILON RETURNED                           
C      IFOUT  = 1 KELVIN FOR OUTPUT TEMPERATURE UNIT                    
C             = 2   EV   FOR OUTPUT TEMPERATURE UNIT                   
C             = 3 SCALED UNITS  (TE(K)/Z1**2)                  
C             = 4 REDUCED UNITS RETURNED (KTE/EIJ)                      
C      IXMAX  = NUMBER OF TEMP/RATE PAIRS ENTERED                   
C      ITMAX  = NUMBER OF OUTPUT TEMPERATURES ENTERED                   
C      EDAT(I)= INPUT TEMPS.         (SELECTED UNITS)                         
C      XDAT(I)= INPUT RATE COEFFTS.  (SELECTED UNITS)                         
C      TDAT(I)= OUTPUT TEMPS.        (SELECTED UNITS)                         
C      IIORD  = *** UNUSED ***                       
C      IIGPH  = 0  NO COMPARARIVE GRAPH TO BE PRODUCED                       
C             = 1     COMPARATIVE GRAPH TO BE PRODUCED                       
C      IIGPG  = 0  NO GAMMA  GRAPH TO BE PRODUCED                       
C             = 1     GAMMA  GRAPH TO BE PRODUCED                       
C      IIBTS  = 0  BAD POINT OPTION OFF                                 
C             = 1  BAD POINT OPTION ON                                  
C      IIFPT  = 1  SELECT ONE POINT OPTIMISING                          
C             = 2  SELECT TWO POINT OPTIMISING                          
C      IIXOP  = 0  OPTIMISING OFF                                       
C             = 1  OPTIMISING ON  (IF ALLOWED)                          
C      IIDIF  = *** UNUSED ***
C      XTIT1  = SPECIFIC TITLE FOR COMPARATIVE GRAPH                         
C      IGRD1  = 10 DO NOT PUT GRAPH IN A GRIDFILE                       
C             = 11 PUT GRAPH IN A GRIDFILE                              
C      IDEF1  = 11 USE DEFAULT SCALING FOR GRAPH                        
C             = 10 SCALING FOR GRAPH RETURNED                          
C      XL1    = LOWER X FOR COMPARATIVE GRAPH                                
C      XU1    = UPPER X FOR COMPARARIVE GRAPH                                
C      YL1    = LOWER Y FOR COMPARATIVE GRAPH                                
C      YU1    = UPPER Y FOR COMPARATIVE GRAPH                                
C      XTIT2  = SPECIFIC TITLE FOR GAMMA GRAPH                          
C      IGRD2  = 10 DO NOT PUT GRAPH IN A GRIDFILE                       
C             = 11 PUT GRAPH IN A GRIDFILE                              
C      IDEF2  = 11 USE DEFAULT SCALING FOR GRAPH                        
C             = 10 SCALING FOR GRAPH RETURNED                           
C      XL2    = LOWER X FOR GAMMA GRAPH                                 
C      XU2    = UPPER X FOR GAMMA GRAPH                                 
C      YL2    = LOWER Y FOR GAMMA GRAPH                                 
C      YU2    = UPPER Y FOR GAMMA GRAPH                                 
C                                                                       
C                                                                       
C  AUTHOR:  HUGH P. SUMMERS, UNIVERSITY OF STRATHCLYDE
C           TEL. 0141-553-4196
C
C  DATE:  15/11/96
C                                                                       
C
C  DATE:     15-11-95				VERSION 1.1
C  MODIFIED: HUGH P. SUMMERS         
C               - FIRST EDITION 
C
C  DATE:     25-11-95				VERSION 1.2
C  MODIFIED: WILLIAM OSBORN
C               - CHANGED PARAMS TO PARAMS102
C  DATE:     20-05-99				VERSION 1.3
C  MODIFIED: HUGH SUMMERS
C
C  DATE:     15-05-2007				VERSION 1.4
C  MODIFIED: Allan Whiteford
C               - Updated comments as part of subroutine
C                 documentation production.
C-----------------------------------------------------------------------
       INCLUDE 'PARAMS'
C----------------------------------------------------------------------
      CHARACTER*40        TITLE,       XTIT1,       XTIT2
      INTEGER             IATYP,       ICT,         IETYP,       IFOUT
      INTEGER             IFTYP,       IGRD1,       IGRD2,       IIBTS
      INTEGER             IIDIF,       IIFPT,       IIORD,       IIXOP
      INTEGER             IND1,        IND2,        IOTYP,       ITMAX
      INTEGER             ITOUT,       IWRITE,      IXMAX,       IXTYP
      REAL*8              ACOEFF,      APGOA(ISTDIM)
      REAL*8              APOMA(ISTDIM),            DEXCRA(ISTDIM)
      REAL*8              DIFOMA(ISTDIM),           EDAT(ISTDIM)
      REAL*8              EI,          EIJ,         EJ
      REAL*8              EXCRA(ISTDIM),            FIJ,         FXC2
      REAL*8              FXC3,        GBARFA(ISTDIM)
      REAL*8              GOA(ISTDIM), S,           TDAT(ISTDIM)
      REAL*8              TOA(ISTDIM), WI,          WJ
      REAL*8              XA(ISTDIM),  XDAT(ISTDIM),             XL1
      REAL*8              XL2,         XU1,         XU2
      REAL*8              YA(ISTDIM),  YL1,         YL2,         YU1
      REAL*8              YU2,         Z,           Z0,          ZEFF
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