libaneos.f

      subroutine aneosinit(input)
c***********************************************************************
c                                                                      *
c  initialize aneos equation of state                                  *
c                                                                      *
c***********************************************************************
c
      parameter (nmatmax=21)
c
      common /fileos/ klst, kinp
c
      dimension matype(nmatmax)
c
      character*70 line
      character*(*) input
c
c--initialisation of files
c
      klst=22
      kinp=20
      write(*,*) "Reading ANEOS input file: ", input
      open(klst,file='aneos.output')
      open(kinp,file=input)
c
c--read aneos.input file to get nb of material and type to initialize
c
   10 read(kinp,100,end=99)line
  100 format(a70)
      if(line(1:11).ne.'*materials=')goto 10
      read(line(12:12),110)numat
  110 format(i1)
      do i=1,numat
         read(kinp,100)line
         if(line(1:6).ne.'*type=')then
            write(*,*),'missing ''*type=x'' line in aneos.input'
            stop
         endif
         read(line(7:7),110)matype(i)
      enddo
      rewind 20
      do i=1,numat
         matype(i)=-matype(i)
      enddo
c
c--intialize aneos
c
      call aneos2(1,numat,0,matype)
	  close(klst)
	  close(kinp)
      return
c
   99 continue
      write(*,*),'missing ''*material=x'' line in aneos.input'
      stop
      end
C
      SUBROUTINE ANDATA (IZ,ISETAB,UI)
C
C***********************************************************************
C
C     ANEOS PACKAGE                                   DATA STATEMENTS
C     ATOMIC WEIGHT OF ELEMENT Z IS (Z*(Z+1))/2
C     FIRST IONIZATION POTENTIAL OF ELEMENT Z IS (Z*(Z+1))/2+1
C     LAST IONIZATION POTENTIAL OF ELEMENT Z IS (Z*(Z+1))/2+Z
C
C     Part of this subroutine moved to ANDATB and ANDATD
C     to save compiler space and allow block data if required.
C     WARNING - Look out for loader that do not load block data
C     from libraries.
C
C************************************** 8/87 version slt ***************
C
      IMPLICIT DOUBLE PRECISION (A-H,O-Z)
      DIMENSION UI(40)
      COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
      PARAMETER (MAXMAT=21)
      PARAMETER (IJK=99*MAXMAT)
      PARAMETER (IJL=30*MAXMAT)
      PARAMETER (IJM=2*MAXMAT+2)
      COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
      PARAMETER (ZERO=0.D0)
      REAL DTAB
      CHARACTER*24 NAMTAB
      COMMON /LIBTAB/NUMTAB,ITABLE(9),ITABPL(9),ITABTY(9),DTAB(238)
      COMMON /LIBCAB/ NAMTAB(9)
      SAVE   /FILEOS/,/ANES/,/LIBTAB/,/LIBCAB/

C     SELECT EOS FROM TABLE
        DO 10 I=1,NUMTAB
        IF (ISETAB.NE.ITABLE(I)) GO TO 10
        IS=ITABPL(I)
        KS=I
        ISNUM=MIN(40,MAX(ITABTY(I),24))
        GO TO 20
   10   CONTINUE
      CALL ANMARK('ANEOS library data not available')
      WRITE(KLST,50) ISETAB
      STOP
C
C     FOUND TABLE
C
   20 CONTINUE
      LS=1
        DO 22 I=1,24
        IF(NAMTAB(KS)(I:I).NE.' ') LS=I
   22   CONTINUE
      WRITE(KLST,60) ISETAB,NAMTAB(KS)(1:LS)
        DO 30 I=1,ISNUM
        UI(I)=ZERO
        UI(I)=DTAB(IS)
   30   IS=IS+1
      J1=UI(1)
      JK=IZ-1
        DO 40 I=1,J1
        JK=JK+1
        ZZS(JK)=ZERO
        COT(JK)=ZERO
        ZZS(JK)=DTAB(IS)
        COT(JK)=DTAB(IS+1)
   40   IS=IS+2
C
      RETURN
   50 FORMAT ('1 THERE IS NO ANEOS TABLE',I6,' INDATA LIST')
   60 FORMAT ('  ANEOS library number',I6,' ( ',A,' ) located',/)

C***********************************************************************
C
C     ANEOS PACKAGE
C    DATA STATEMENTS
C     ATOMIC WEIGHT OF ELEMENT Z IS (Z*(Z+1))/2
C     FIRST IONIZATION POTENTIAL OF ELEMENT Z IS (Z*(Z+1))/2+1
C     LAST IONIZATION POTENTIAL OF ELEMENT Z IS (Z*(Z+1))/2+Z
C
C************************************** 8/87 version slt ***************
C
      DATA ACK/IJK*0.D0/
      DATA ZZS/IJL*0.D0/
      DATA BOLTS/1.60207D-12/
      DATA RCT,TCT /IJM*0.D0/
C     Z =  1
      DATA (EIP(I),I=1,2)/1.00801D0,1.3595D+01/
C     Z =  2
      DATA (EIP(I),I=3,5)/4.0028D0,2.4581D+01,5.4403D+01/
C     Z =  3
      DATA (EIP(I),I=6,9)/6.9390D0,5.3900D+00,7.5619D+01,1.2242D+02/
C     Z =  4
      DATA (EIP(I),I=10,14)/9.013D0,9.3200D+00,1.8206D+01,1.5385D+02,
     1                      2.1766D+02/
C     Z =  5
      DATA (EIP(I),I=15,20)/10.812D0,8.2960D+00,2.5149D+01,3.7920D+01,
     1                        2.5930D+02,3.4013D+02/
C     Z =  6
      DATA (EIP(I),I=21,27)/12.01161D0,1.1256D+01,2.4376D+01,4.7871D+01,
     1                       6.4476D+01,3.9199D+02,4.8984D+02/
C     Z =  7
      DATA (EIP(I),I=28,35)/14.0073D0,1.4530D+01,2.9593D+01,4.7426D+01,
     1                      7.7450D+01,9.7863D+01,5.5192D+02,6.6683D+02/
C     Z =  8
      DATA (EIP(I),I=36,44)/16.000D0,1.3614D+01,3.5108D+01,5.4886D+01,
     1           7.7394D+01,1.1387D+02,1.3808D+02,7.3911D+02,8.7112D+02/
C     Z =  9
      DATA (EIP(I),I=45,54)/18.9992D0,1.7418D+01,3.4980D+01,6.2646D+01,
     18.7140D+01,1.1421D+02,1.5712D+02,1.8514D+02,9.5360D+02,1.1020D+03/
C     Z = 10
      DATA (EIP(I),I=55,65)/20.184D0,2.1559D+01,4.1070D+01,6.3500D+01,
     1          9.7020D+01,1.2630D+02,1.5791D+02,2.0720D+02,2.3910D+02,
     2          1.1956D+03,1.3604D+03/
C     Z = 11
      DATA (EIP(I),I=66,77)/22.991D0,5.1380D+00,4.7290D+01,7.1650D+01,
     1        9.8880D+01,1.3837D+02,1.7209D+02,2.0844D+02,2.6416D+02,
     2        2.9978D+02,1.4648D+03,1.6461D+03/
C     Z = 12
      DATA (EIP(I),I=78,90)/24.313D0,7.6440D+00,1.5031D+01,8.0120D+01,1.
     10929D+02,1.4123D+02,1.8649D+02,2.2490D+02,2.6596D+02,3.2790D+02,3.
     26736D+02,1.7612D+03,1.9590D+03/
C     Z = 13
      DATA (EIP(I),I=91,104)/26.982D0,5.9840D+00,1.8823D+01,2.8440D+01,1
     1.1996D+02,1.5377D+02,1.9042D+02,2.4138D+02,2.8453D+02,3.3010D+02,3
     2.9850D+02,4.4190D+02,2.0855D+03,2.2990D+03/
C     Z = 14
      DATA (EIP(I),I=105,119)/28.090D0,8.1490D+00,1.6340D+01,3.3460D+01,
     14.5130D+01,1.6673D+02,2.0511D+02,2.4641D+02,3.0307D+02,3.5096D+02,
     24.0130D+02,4.7600D+02,5.2320D+02,2.4360D+03,2.6660D+03/
C     Z = 15
      DATA (EIP(I),I=120,135)/30.975D0,1.0484D+01,1.9720D+01,3.0156D+01,
     15.1354D+01,6.5007D+01,2.2041D+02,2.6331D+02,3.0926D+02,3.7160D+02,
     24.2430D+02,4.7940D+02,5.6030D+02,6.1140D+02,2.8150D+03,3.0610D+03/
C     Z = 16
      DATA (EIP(I),I=136,152)/32.066D0,1.0357D+01,2.3400D+01,3.5000D+01,
     14.7290D+01,7.2500D+01,8.8029D+01,2.8099D+02,3.2880D+02,3.7895D+02,
     24.4700D+02,5.0580D+02,5.6600D+02,6.5100D+02,7.0600D+02,3.2200D+03,
     33.4820D+03/
C     Z = 17
      DATA (EIP(I),I=153,170)/35.454D0,1.3010D+01,2.3800D+01,3.9900D+01,
     15.3500D+01,6.7800D+01,9.6700D+01,1.1427D+02,3.4830D+02,4.0070D+02,
     24.5530D+02,5.3090D+02,5.9300D+02,6.6300D+02,7.4900D+02,8.0700D+02,
     33.6540D+03,3.9310D+03/
C     Z = 18
      DATA (EIP(I),I=171,189)/39.949D0,1.5755D+01,2.7620D+01,4.0900D+01,
     15.9790D+01,7.5000D+01,9.1300D+01,1.2400D+02,1.4346D+02,4.2260D+02,
     24.7940D+02,5.3890D+02,6.2100D+02,6.8700D+02,7.5500D+02,8.5400D+02,
     39.1600D+02,4.1150D+03,4.4070D+03/
C     Z = 19
      DATA (EIP(I),I=190,209)/39.103D0,4.3390D+00,3.1810D+01,4.6000D+01,
     16.0900D+01,8.2600D+01,9.9700D+01,1.1800D+02,1.5500D+02,1.7594D+02,
     25.0380D+02,5.6400D+02,6.2900D+02,7.1700D+02,7.8800D+02,8.7000D+02,
     39.6600D+02,1.0310D+03,4.6030D+03,4.9100D+03/
C     Z = 20
      DATA (EIP(I),I=210,230)/40.080D0,6.1110D+00,1.1868D+01,5.1210D+01,
     16.7000D+01,8.4390D+01,1.0900D+02,1.2800D+02,1.4330D+02,1.8800D+02,
     22.1130D+02,5.9180D+02,6.5500D+02,7.2700D+02,8.2000D+02,8.9600D+02,
     39.9000D+02,1.0840D+03,1.1530D+03,5.1190D+03,5.4710D+03/
C     Z = 21
      DATA (EIP(I),I=231,252)/44.958D0,6.5400D+00,1.2800D+01,2.4750D+01,
     17.3900D+01,9.2000D+01,1.1100D+02,1.3900D+02,1.5900D+02,1.8000D+02,
     22.2600D+02,2.5000D+02,6.8700D+02,7.5800D+02,8.3000D+02,9.3000D+02,
     31.0100D+03,1.1150D+03,1.2100D+03,1.2820D+03,5.4833D+03,6.0354D+03/
C     Z = 22
      DATA (EIP(I),I=253,275)/47.900D0,6.8200D+00,1.3570D+01,2.7470D+01,
     14.3240D+01,9.9800D+01,1.2000D+02,1.4100D+02,1.7200D+02,1.9300D+02,
     22.1700D+02,2.6600D+02,2.9100D+02,7.8800D+02,8.6400D+02,9.4100D+02,
     31.0460D+03,1.1320D+03,1.2450D+03,1.3410D+03,1.4178D+03,6.0493D+03,
     46.6277D+03/
C     Z = 23
      DATA (EIP(I),I=276,299)/50.944D0,6.7400D+00,1.4650D+01,2.9400D+01,
     14.8000D+01,6.5000D+01,1.2900D+02,1.5100D+02,1.7400D+02,2.0600D+02,
     22.3050D+02,2.5800D+02,3.0900D+02,3.3600D+02,8.9700D+02,9.7600D+02,
     31.0570D+03,1.1700D+03,1.2600D+03,1.3800D+03,1.4805D+03,1.5603D+03,
     46.6438D+03,7.2484D+03/
C     Z = 24
      DATA (EIP(I),I=300,324)/52.000D0,6.7640D+00,1.6490D+01,3.0950D+01,
     15.0000D+01,7.3000D+01,9.1000D+01,1.6100D+02,1.8500D+02,2.1000D+02,
     22.4900D+02,2.7200D+02,2.9900D+02,3.5500D+02,3.8400D+02,1.0130D+03,
     31.0950D+03,1.1820D+03,1.3010D+03,1.3950D+03,1.5252D+03,1.6263D+03,
     41.7097D+03,7.2667D+03,7.8974D+03/
C     Z = 25
      DATA (EIP(I),I=325,350)/54.940D0,7.4330D+00,1.5636D+01,3.3690D+01,
     15.3000D+01,7.6000D+01,1.0000D+02,1.1900D+02,1.9600D+02,2.2200D+02,
     22.4800D+02,2.8800D+02,3.1500D+02,3.5000D+02,4.0400D+02,4.3500D+02,
     31.1360D+03,1.2220D+03,1.3130D+03,1.4380D+03,1.5380D+03,1.6780D+03,
     41.7790D+03,1.8660D+03,7.9180D+03,8.5750D+03/
C     Z = 26
      DATA (EIP(I),I=351,377)/55.849D0,7.8700D+00,1.6180D+01,3.0643D+01,
     15.7000D+01,7.9000D+01,1.0300D+02,1.3000D+02,1.5100D+02,2.3500D+02,
     22.6200D+02,2.9000D+02,3.3000D+02,3.5500D+02,3.9000D+02,4.5700D+02,
     34.8900D+02,1.2660D+03,1.3540D+03,1.4500D+03,1.5830D+03,1.6870D+03,
     41.8370D+03,1.9380D+03,2.0290D+03,8.5990D+03,9.2810D+03/
C     Z = 27
      DATA (EIP(I),I=378,405)/58.9356D0,7.860D+00,1.7050D+01,3.3490D+01,
     15.3000D+01,8.3000D+01,1.0800D+02,1.3400D+02,1.6400D+02,1.9000D+02,
     22.9000D+02,3.0500D+02,3.3700D+02,3.8000D+02,4.1200D+02,4.4400D+02,
     35.1200D+02,5.4700D+02,1.4030D+03,1.4950D+03,1.5949D+03,1.7342D+03,
     41.8429D+03,2.0045D+03,2.1045D+03,2.1989D+03,9.3098D+03,1.0018D+04/
C     Z = 28
      DATA (EIP(I),I=406,434)/58.710D0,7.6330D+00,1.8150D+01,3.5160D+01,
     15.6000D+01,7.9000D+01,1.1200D+02,1.4000D+02,1.6900D+02,2.0200D+02,
     22.3000D+02,3.2100D+02,3.5000D+02,3.8500D+02,4.3000D+02,4.5500D+02,
     35.0000D+02,5.3000D+02,6.0700D+02,1.5410D+03,1.6421D+03,1.7465D+03,
     41.8922D+03,2.0055D+03,2.1789D+03,2.2779D+03,2.3755D+03,1.0048D+04,
     51.0782D+04/
C     Z = 29
      DATA (EIP(I),I=435,464)/63.550D0,7.7240D+00,2.0290D+01,3.6830D+01,
     15.9000D+01,8.2000D+01,1.1000D+02,1.4000D+02,1.7000D+02,2.0600D+02,
     22.4100D+02,2.6500D+02,3.7000D+02,4.0000D+02,4.4000D+02,4.8000D+02,
     35.2000D+02,5.6000D+02,6.3000D+02,6.7100D+02,1.6940D+03,1.7960D+03,
     41.9050D+03,2.0570D+03,2.1750D+03,2.3600D+03,2.4580D+03,2.5590D+03,
     51.0813D+04,1.1573D+04/
C     Z = 30
      DATA (EIP(I),I=465,495)/65.370D0,9.3910D+00,1.7960D+01,3.9700D+01,
     16.2000D+01,8.6000D+01,1.1500D+02,1.4500D+02,1.8000D+02,2.1000D+02,
     22.5000D+02,2.7935D+02,3.1100D+02,4.2000D+02,4.5000D+02,4.9000D+02,
     35.4000D+02,5.8000D+02,6.2000D+02,7.0000D+02,7.4111D+02,1.8500D+03,
     41.9555D+03,2.0680D+03,2.2225D+03,2.3593D+03,2.5473D+03,2.6592D+03,
     52.7671D+03,1.1665D+04,1.2441D+04/
C     Z = 31
      DATA (EIP(I),I=496,527)/69.720D0,6.0000D+00,2.0510D+01,3.0700D+01,
     16.4200D+01,9.0000D+01,1.1800D+02,1.4400D+02,1.7400D+02,2.1800D+02,
     22.5500D+02,2.8922D+02,3.2071D+02,3.6584D+02,4.7072D+02,5.0313D+02,
     35.4522D+02,5.9701D+02,6.4272D+02,6.8534D+02,7.7042D+02,8.1423D+02,
     42.0127D+03,2.1217D+03,2.2379D+03,2.3948D+03,2.5503D+03,2.7414D+03,
     52.8673D+03,2.9821D+03,1.2543D+04,1.3336D+04/
C     Z = 32
      DATA (EIP(I),I=528,560)/72.600D0,7.8800D+00,1.5930D+01,3.4210D+01,
     14.5700D+01,9.3400D+01,1.1300D+02,1.4800D+02,1.7700D+02,2.1200D+02,
     22.6200D+02,2.9525D+02,3.3145D+02,3.6510D+02,4.2370D+02,5.2445D+02,
     35.5929D+02,6.0345D+02,6.5704D+02,7.0845D+02,7.5370D+02,8.4387D+02,
     48.9038D+02,2.1822D+03,2.2948D+03,2.4145D+03,2.5739D+03,2.7482D+03,
     52.9423D+03,3.0821D+03,3.2038D+03,1.3449D+04,1.4259D+04/
C     Z = 33
      DATA (EIP(I),I=561,594)/74.9242D0,9.810D+00,1.8630D+01,2.8340D+01,
     15.0100D+01,6.2600D+01,1.2750D+02,1.5000D+02,1.8200D+02,2.1800D+02,
     22.5300D+02,3.0264D+02,3.3851D+02,3.7671D+02,4.1251D+02,4.8458D+02,
     35.8121D+02,6.1846D+02,6.6471D+02,7.2008D+02,7.7721D+02,8.2508D+02,
     49.2033D+02,9.6955D+02,2.3586D+03,2.4747D+03,2.5979D+03,2.7598D+03,
     52.9529D+03,3.1500D+03,3.3037D+03,3.4324D+03,1.4383D+04,1.5208D+04/
C     Z = 34
      DATA (EIP(I),I=595,629)/78.960D0,9.7500D+00,2.1500D+01,3.2000D+01,
     14.3000D+01,6.8000D+01,8.2000D+01,1.5500D+02,1.8700D+02,2.2300D+02,
     22.6000D+02,2.9560D+02,3.4631D+02,3.8480D+02,4.2499D+02,4.6294D+02,
     35.4849D+02,6.4099D+02,6.8066D+02,7.2899D+02,7.8616D+02,8.4899D+02,
     48.9949D+02,9.9982D+02,1.0517D+03,2.5417D+03,2.6613D+03,2.7881D+03,
     52.9525D+03,3.1643D+03,3.3645D+03,3.5321D+03,3.6677D+03,1.5343D+04,
     61.6185D+04/
C     Z = 35
      DATA (EIP(I),I=630,665)/79.912D0,1.1840D+01,2.1600D+01,3.5900D+01,
     14.7300D+01,5.9700D+01,8.8600D+01,1.0300D+02,1.9300D+02,2.2800D+02,
     22.6600D+02,3.0390D+02,3.4122D+02,3.9299D+02,4.3411D+02,4.7629D+02,
     35.1640D+02,6.1541D+02,7.0379D+02,7.4587D+02,7.9629D+02,8.5525D+02,
     49.2379D+02,9.7691D+02,1.0823D+03,1.1370D+03,2.7317D+03,2.8548D+03,
     52.9851D+03,3.1520D+03,3.3826D+03,3.5858D+03,3.7673D+03,3.9099D+03,
     61.6330D+04,1.7189D+04/
C     Z = 36
      DATA (EIP(I),I=666,702)/83.800D0,1.3996D+01,2.4560D+01,3.6900D+01,
     15.2000D+01,6.5000D+01,7.9000D+01,1.1000D+02,1.2600D+02,2.3400D+02,
     22.7000D+02,3.1123D+02,3.5082D+02,3.8986D+02,4.4269D+02,4.8644D+02,
     35.3061D+02,5.7287D+02,6.8536D+02,7.6961D+02,8.1411D+02,8.6661D+02,
     49.2736D+02,1.0016D+03,1.0574D+03,1.1679D+03,1.2252D+03,2.9284D+03,
     53.0550D+03,3.1890D+03,3.3583D+03,3.6076D+03,3.8139D+03,4.0094D+03,
     64.1588D+03,1.7345D+04,1.8220D+04/
C     Z = 37
      DATA (EIP(I),I=703,740)/85.480D0,4.1760D+00,2.7500D+01,4.0000D+01,
     15.2000D+01,7.1000D+01,8.5000D+01,1.0000D+02,1.3500D+02,1.5100D+02,
     22.7700D+02,3.1672D+02,3.5948D+02,4.0076D+02,4.4152D+02,4.9542D+02,
     35.4179D+02,5.8795D+02,6.3236D+02,7.5833D+02,8.3845D+02,8.8537D+02,
     49.3995D+02,1.0025D+03,1.0825D+03,1.1408D+03,1.2564D+03,1.3164D+03,
     53.1319D+03,3.2621D+03,3.3996D+03,3.5714D+03,3.8395D+03,4.0488D+03,
     64.2582D+03,4.4145D+03,1.8387D+04,1.9278D+04/
C     Z = 38
      DATA (EIP(I),I=741,779)/87.630D0,5.6920D+00,1.1027D+01,4.3000D+01,
     15.7000D+01,7.2000D+01,9.2000D+01,1.0700D+02,1.2400D+02,1.6200D+02,
     21.7900D+02,3.2400D+02,3.6646D+02,4.1076D+02,4.5372D+02,4.9620D+02,
     35.5117D+02,6.0017D+02,6.4832D+02,6.9488D+02,8.3432D+02,9.1032D+02,
     49.5965D+02,1.0163D+03,1.0806D+03,1.1663D+03,1.2273D+03,1.3480D+03,
     51.4107D+03,3.3423D+03,3.4759D+03,3.6170D+03,3.7913D+03,4.0781D+03,
     64.2905D+03,4.5138D+03,4.6771D+03,1.9456D+04,2.0364D+04/
C     Z = 39
      DATA (EIP(I),I=780,819)/88.908D0,6.3800D+00,1.2230D+01,2.0500D+01,
     16.2000D+01,7.7000D+01,9.3000D+01,1.1600D+02,1.3100D+02,1.4800D+02,
     21.9100D+02,2.0600D+02,3.7299D+02,4.1922D+02,4.6505D+02,5.0971D+02,
     35.5391D+02,6.0994D+02,6.6156D+02,7.1170D+02,7.6042D+02,9.1332D+02,
     49.8520D+02,1.0369D+03,1.0957D+03,1.1618D+03,1.2532D+03,1.3168D+03,
     51.4426D+03,1.5080D+03,3.5594D+03,3.6966D+03,3.8412D+03,4.0180D+03,
     64.3236D+03,4.5390D+03,4.7762D+03,4.9464D+03,2.0553D+04,2.1477D+04/
C     Z = 40
      DATA (EIP(I),I=820,860)/91.220D0,6.8400D+00,1.3130D+01,2.2980D+01,
     13.4330D+01,8.2000D+01,9.9000D+01,1.1700D+02,1.4100D+02,1.5700D+02,
     21.7600D+02,2.2200D+02,2.5000D+02,4.2500D+02,4.7500D+02,5.2237D+02,
     35.6871D+02,6.1463D+02,6.7173D+02,7.2597D+02,7.7811D+02,8.2897D+02,
     49.9536D+02,1.0631D+03,1.1173D+03,1.1781D+03,1.2460D+03,1.3431D+03,
     51.4094D+03,1.5402D+03,1.6083D+03,3.7833D+03,3.9240D+03,4.0722D+03,
     64.2515D+03,4.5758D+03,4.7943D+03,5.0454D+03,5.2225D+03,2.1676D+04,
     72.2616D+04/
C     Z = 41
      DATA (EIP(I),I=861,902)/92.910D0,6.8800D+00,1.4320D+01,2.5040D+01,
     13.8300D+01,5.0000D+01,1.0300D+02,1.2500D+02,1.4300D+02,1.6700D+02,
     21.8500D+02,2.0300D+02,2.4888D+02,2.8281D+02,4.8379D+02,5.3443D+02,
     35.8270D+02,6.3074D+02,6.7838D+02,7.3654D+02,7.9341D+02,8.4753D+02,
     49.0055D+02,1.0804D+03,1.1440D+03,1.2006D+03,1.2635D+03,1.3332D+03,
     51.4360D+03,1.5049D+03,1.6408D+03,1.7117D+03,4.0140D+03,4.1583D+03,
     64.3100D+03,4.4918D+03,4.8349D+03,5.0564D+03,5.3214D+03,5.5054D+03,
     72.2827D+04,2.3784D+04/
C     Z = 42
      DATA (EIP(I),I=903,945)/95.950D0,7.1000D+00,1.6150D+01,2.7130D+01,
     14.6400D+01,6.1200D+01,6.8000D+01,1.2600D+02,1.5300D+02,1.6900D+02,
     21.9700D+02,2.1000D+02,2.3334D+02,2.7746D+02,3.1732D+02,5.4561D+02,
     35.9689D+02,6.4606D+02,6.9579D+02,7.4515D+02,8.0437D+02,8.6387D+02,
     49.1998D+02,9.7515D+02,1.1685D+03,1.2280D+03,1.2870D+03,1.3520D+03,
     51.4235D+03,1.5320D+03,1.6035D+03,1.7445D+03,1.8180D+03,4.2516D+03,
     64.3993D+03,4.5546D+03,4.7388D+03,5.1007D+03,5.3252D+03,5.6042D+03,
     75.7952D+03,2.4005D+04,2.4978D+04/
C     Z = 43
      DATA (EIP(I),I=946,989)/99.000D0,7.2800D+00,1.5260D+01,3.1000D+01,
     14.3000D+01,5.9000D+01,7.6000D+01,9.4000D+01,1.6100D+02,1.8300D+02,
     21.9900D+02,2.2400D+02,2.4072D+02,2.6538D+02,3.0775D+02,3.5353D+02,
     36.1044D+02,6.6237D+02,7.1244D+02,7.6385D+02,8.1493D+02,8.7522D+02,
     49.3735D+02,9.9545D+02,1.0528D+03,1.2596D+03,1.3149D+03,1.3764D+03,
     51.4434D+03,1.5167D+03,1.6309D+03,1.7051D+03,1.8512D+03,1.9274D+03,
     64.4959D+03,4.6472D+03,4.8060D+03,4.9927D+03,5.3734D+03,5.6009D+03,
     75.8938D+03,6.0917D+03,2.5210D+04,2.6199D+04/
C     Z = 44
      DATA (EIP(I),I=990,1034)/101.070D0,7.3640D+00,1.6760D+01,2.8460D+0
     11,4.6000D+01,6.3000D+01,8.1000D+01,1.0000D+02,1.1900D+02,1.9300D+0
     22,2.1600D+02,2.2500D+02,2.5295D+02,2.7314D+02,2.9912D+02,3.3973D+0
     32,3.9144D+02,6.7830D+02,7.3086D+02,7.8184D+02,8.3494D+02,8.8774D+0
     42,9.4910D+02,1.0138D+03,1.0739D+03,1.1334D+03,1.3537D+03,1.4049D+0
     53,1.4688D+03,1.5379D+03,1.6130D+03,1.7329D+03,1.8097D+03,1.9609D+0
     63,2.0398D+03,4.7470D+03,4.9018D+03,5.0642D+03,5.2534D+03,5.6528D+0
     73,5.8834D+03,6.1902D+03,6.3950D+03,2.6442D+04,2.7448D+04/
C     Z = 45
      DATA (EIP(I),I=1035,1080)/102.910D0,7.4600D+00,1.8070D+01,3.1050D+
     101,4.6000D+01,6.7000D+01,8.5000D+01,1.0500D+02,1.2600D+02,1.4700D+
     202,2.2600D+02,2.5000D+02,2.6700D+02,2.8360D+02,3.0726D+02,3.3457D+
     302,3.7341D+02,4.3105D+02,7.4918D+02,8.0238D+02,8.5426D+02,9.0906D+
     402,9.6357D+02,1.0260D+03,1.0934D+03,1.1554D+03,1.2171D+03,1.4508D+
     503,1.4979D+03,1.5642D+03,1.6354D+03,1.7123D+03,1.8379D+03,1.9173D+
     603,2.0736D+03,2.1552D+03,5.0049D+03,5.1632D+03,5.3292D+03,5.5209D+
     703,5.9390D+03,6.1727D+03,6.4934D+03,6.7051D+03,2.7701D+04,2.8724D+
     804/
C     Z = 46
      DATA (EIP(I),I=1081,1127)/106.400D0,8.3300D+00,1.9420D+01,3.2920D+
     101,4.9000D+01,6.6000D+01,9.0000D+01,1.1000D+02,1.3200D+02,1.5500D+
     202,1.7800D+02,2.6100D+02,2.7807D+02,2.9711D+02,3.1594D+02,3.4308D+
     302,3.7170D+02,4.0879D+02,4.7236D+02,8.2308D+02,8.7692D+02,9.2970D+
     402,9.8619D+02,1.0424D+03,1.1059D+03,1.1759D+03,1.2400D+03,1.3038D+
     503,1.5510D+03,1.5940D+03,1.6626D+03,1.7360D+03,1.8146D+03,1.9460D+
     603,2.0280D+03,2.1893D+03,2.2737D+03,5.2696D+03,5.4314D+03,5.6010D+
     703,5.7951D+03,6.2320D+03,6.4687D+03,6.8034D+03,7.0220D+03,2.8988D+
     804,3.0027D+04/
C     Z = 47
      DATA (EIP(I),I=1128,1175)/107.874D0,7.5740D+00,2.1480D+01,3.4820D+
     101,5.2000D+01,7.0000D+01,8.9000D+01,1.1600D+02,1.3900D+02,1.6200D+
     202,1.8700D+02,2.0155D+02,2.7788D+02,3.0784D+02,3.2893D+02,3.4999D+
     302,3.8059D+02,4.1054D+02,4.4587D+02,5.1537D+02,9.0000D+02,9.5448D+
     402,1.0082D+03,1.0663D+03,1.1243D+03,1.1888D+03,1.2615D+03,1.3275D+
     503,1.3935D+03,1.6542D+03,1.6930D+03,1.7641D+03,1.8395D+03,1.9200D+
     603,2.0570D+03,2.1417D+03,2.3081D+03,2.3951D+03,5.5411D+03,5.7065D+
     703,5.8796D+03,6.0762D+03,6.5319D+03,6.7716D+03,7.1202D+03,7.3457D+
     803,3.0302D+04,3.1357D+04/
C     Z = 48
      DATA (EIP(I),I=1176,1224)/112.410D0,8.9910D+00,1.6904D+01,3.7470D+
     101,5.5000D+01,7.3000D+01,9.4000D+01,1.1500D+02,1.4600D+02,1.7000D+
     202,1.9500D+02,2.0986D+02,2.2680D+02,2.9645D+02,3.3931D+02,3.6244D+
     302,3.8574D+02,4.1981D+02,4.5108D+02,4.8464D+02,5.6007D+02,9.7965D+
     402,1.0351D+03,1.0897D+03,1.1495D+03,1.2092D+03,1.2748D+03,1.3501D+
     503,1.4181D+03,1.4862D+03,1.7604D+03,1.7951D+03,1.8686D+03,1.9461D+
     603,2.0284D+03,2.1711D+03,2.2584D+03,2.4299D+03,2.5196D+03,5.8194D+
     703,5.9883D+03,6.1649D+03,6.3641D+03,6.8385D+03,7.0813D+03,7.4437D+
     803,7.6762D+03,3.1643D+04,3.2714D+04/
C     Z = 49
      DATA (EIP(I),I=1225,1274)/114.820D0,5.7850D+00,1.8860D+01,2.8030D+
     101,5.4400D+01,7.7000D+01,9.8000D+01,1.2000D+02,1.4400D+02,1.7800D+
     202,2.0400D+02,2.1702D+02,2.3442D+02,2.5375D+02,3.1673D+02,3.7247D+
     302,3.9765D+02,4.2318D+02,4.6073D+02,4.9332D+02,5.2512D+02,6.0648D+
     402,1.0623D+03,1.1187D+03,1.1742D+03,1.2357D+03,1.2971D+03,1.3638D+
     503,1.4417D+03,1.5117D+03,1.5819D+03,1.8696D+03,1.9002D+03,1.9761D+
     603,2.0557D+03,2.1397D+03,2.2882D+03,2.3781D+03,2.5547D+03,2.6471D+
     703,6.1045D+03,6.2769D+03,6.4571D+03,6.6587D+03,7.1519D+03,7.3977D+
     803,7.7741D+03,8.0135D+03,3.3011D+04,3.4099D+04/
C     Z = 50
      DATA (EIP(I),I=1275,1325)/118.700D0,7.3420D+00,1.4628D+01,3.0490D+
     101,4.0720D+01,7.2300D+01,1.0300D+02,1.2600D+02,1.5000D+02,1.7600D+
     202,2.1300D+02,2.2452D+02,2.4074D+02,2.6068D+02,2.8240D+02,3.3870D+
     302,4.0734D+02,4.3456D+02,4.6233D+02,5.0334D+02,5.3726D+02,5.6730D+
     402,6.5458D+02,1.1480D+03,1.2053D+03,1.2617D+03,1.3249D+03,1.3880D+
     503,1.4558D+03,1.5363D+03,1.6083D+03,1.6807D+03,1.9818D+03,2.0083D+
     603,2.0867D+03,2.1683D+03,2.2542D+03,2.4083D+03,2.5008D+03,2.6825D+
     703,2.7777D+03,6.3964D+03,6.5723D+03,6.7561D+03,6.9602D+03,7.4721D+
     803,7.7210D+03,8.1113D+03,8.3576D+03,3.4406D+04,3.5511D+04/
C     Z = 51
      DATA (EIP(I),I=1326,1377)/121.760D0,8.6390D+00,1.6500D+01,2.5300D+
     101,4.4100D+01,5.6000D+01,1.0800D+02,1.3200D+02,1.5700D+02,1.8400D+
     202,2.1100D+02,2.3060D+02,2.4674D+02,2.6615D+02,2.8863D+02,3.1275D+
     302,3.6238D+02,4.4391D+02,4.7317D+02,5.0317D+02,5.4766D+02,5.8289D+
     402,6.1117D+02,7.0439D+02,1.2367D+03,1.2949D+03,1.3522D+03,1.4172D+
     503,1.4820D+03,1.5508D+03,1.6339D+03,1.7080D+03,1.7825D+03,2.0971D+
     603,2.1195D+03,2.2002D+03,2.2840D+03,2.3716D+03,2.5315D+03,2.6266D+
     703,2.8133D+03,2.9112D+03,6.6951D+03,6.8746D+03,7.0619D+03,7.2684D+
     803,7.7992D+03,8.0510D+03,8.4553D+03,8.7085D+03,3.5829D+04,3.6950D+
     904/
C     Z = 52
      DATA (EIP(I),I=1378,1430)/127.610D0,9.0100D+00,1.8600D+01,3.1000D+
     101,3.8000D+01,6.0000D+01,7.2000D+01,1.3700D+02,1.6400D+02,1.9200D+
     202,2.2000D+02,2.2810D+02,2.4990D+02,2.7066D+02,2.9327D+02,3.1829D+
     302,3.4480D+02,3.8775D+02,4.8217D+02,5.1348D+02,5.4571D+02,5.9367D+
     402,6.3023D+02,6.5675D+02,7.5589D+02,1.3285D+03,1.3876D+03,1.4458D+
     503,1.5124D+03,1.5790D+03,1.6489D+03,1.7346D+03,1.8106D+03,1.8873D+
     603,2.2154D+03,2.2336D+03,2.3168D+03,2.4026D+03,2.4920D+03,2.6576D+
     703,2.7554D+03,2.9472D+03,3.0478D+03,7.0006D+03,7.1836D+03,7.3745D+
     803,7.5835D+03,8.1330D+03,8.3879D+03,8.8061D+03,9.0662D+03,3.7279D+
     904,3.8416D+04/
C     Z = 53
      DATA (EIP(I),I=1431,1484)/126.909D0,1.0454D+01,1.9090D+01,3.2000D+
     101,4.2000D+01,6.6000D+01,8.1000D+01,9.9000D+01,1.7000D+02,2.0000D+
     202,2.2900D+02,2.3500D+02,2.4690D+02,2.7090D+02,2.9628D+02,3.2208D+
     302,3.4964D+02,3.7855D+02,4.1483D+02,5.2214D+02,5.5549D+02,5.8996D+
     402,6.4139D+02,6.7927D+02,7.0403D+02,8.0910D+02,1.4232D+03,1.4833D+
     503,1.5424D+03,1.6107D+03,1.6790D+03,1.7499D+03,1.8383D+03,1.9163D+
     603,1.9951D+03,2.3367D+03,2.3508D+03,2.4364D+03,2.5243D+03,2.6155D+
     703,2.7868D+03,2.8872D+03,3.0841D+03,3.1874D+03,7.3129D+03,7.4994D+
     803,7.6938D+03,7.9053D+03,8.4736D+03,8.7315D+03,9.1636D+03,9.4307D+
     903,3.8756D+04,3.9909D+04/
C     Z = 54
      DATA (EIP(I),I=1485,1539)/131.300D0,1.2129D+01,2.1210D+01,3.2120D+
     101,3.8300D+01,5.1500D+01,6.4200D+01,9.1400D+01,1.0660D+02,1.7520D+
     202,1.9620D+02,2.1860D+02,2.4230D+02,2.6740D+02,2.9360D+02,3.2360D+
     302,3.5260D+02,3.8270D+02,4.1400D+02,4.4360D+02,5.6380D+02,5.9920D+
     402,6.3590D+02,6.9080D+02,7.3000D+02,7.5300D+02,8.6400D+02,1.5210D+
     503,1.5820D+03,1.6420D+03,1.7120D+03,1.7820D+03,1.8540D+03,1.9450D+
     603,2.0250D+03,2.1060D+03,2.4610D+03,2.4710D+03,2.5590D+03,2.6490D+
     703,2.7420D+03,2.9190D+03,3.0220D+03,3.2240D+03,3.3300D+03,7.6320D+
     803,7.8220D+03,8.0200D+03,8.2340D+03,8.8210D+03,9.0820D+03,9.5280D+
     903,9.8020D+03,4.0260D+04,4.1430D+04/
C     Z = 55
      DATA (EIP(I),I=1540,1595)/132.910D0,3.8930D+00,2.5100D+01,3.5000D+
     101,4.6000D+01,6.2000D+01,7.4000D+01,1.0100D+02,1.2000D+02,1.4400D+
     202,2.0500D+02,2.2490D+02,2.4863D+02,2.7364D+02,3.0009D+02,3.2763D+
     302,3.5963D+02,3.8998D+02,4.2147D+02,4.5411D+02,4.9318D+02,6.1037D+
     402,6.4710D+02,6.8506D+02,7.4517D+02,7.8576D+02,8.1586D+02,9.2476D+
     502,1.6178D+03,1.6808D+03,1.7431D+03,1.8150D+03,1.8870D+03,1.9613D+
     603,2.0574D+03,2.1396D+03,2.2230D+03,2.5628D+03,2.5982D+03,2.6884D+
     703,2.7807D+03,2.8760D+03,3.0692D+03,3.1747D+03,3.3826D+03,3.4910D+
     803,7.9631D+03,8.1571D+03,8.3599D+03,8.5790D+03,9.2258D+03,9.4932D+
     903,9.9508D+03,1.0231D+04,4.1958D+04,4.3151D+04/
C     Z = 56
      DATA (EIP(I),I=1596,1652)/137.350D0,5.2100D+00,1.0001D+01,3.6000D+
     101,4.9000D+01,6.2000D+01,8.0000D+01,9.3000D+01,1.2000D+02,1.4300D+
     202,1.5700D+02,2.3120D+02,2.5529D+02,2.8035D+02,3.0668D+02,3.3447D+
     302,3.6335D+02,3.9735D+02,4.2905D+02,4.6194D+02,4.9591D+02,5.4445D+
     402,6.5863D+02,6.9669D+02,7.3592D+02,8.0123D+02,8.4321D+02,8.8041D+
     502,9.8721D+02,1.7177D+03,1.7827D+03,1.8472D+03,1.9210D+03,1.9951D+
     603,2.0717D+03,2.1728D+03,2.2572D+03,2.3430D+03,2.6675D+03,2.7285D+
     703,2.8209D+03,2.9154D+03,3.0130D+03,3.2225D+03,3.3305D+03,3.5442D+
     803,3.6550D+03,8.3009D+03,8.4990D+03,8.7065D+03,8.9308D+03,9.6374D+
     903,9.9111D+03,1.0380D+04,1.0667D+04,4.3682D+04,4.4898D+04/
C     Z = 57
      DATA (EIP(I),I=1653,1710)/138.920D0,5.6100D+00,1.1430D+01,1.9170D+
     101,5.2000D+01,6.6000D+01,8.0000D+01,1.0000D+02,1.1400D+02,1.4400D+
     202,1.6500D+02,2.0400D+02,2.5910D+02,2.8739D+02,3.1378D+02,3.4142D+
     302,3.7056D+02,4.0078D+02,4.3678D+02,4.6983D+02,5.0411D+02,5.3942D+
     402,5.9743D+02,7.0860D+02,7.4799D+02,7.8848D+02,8.5900D+02,9.0237D+
     502,9.4667D+02,1.0514D+03,1.8206D+03,1.8876D+03,1.9544D+03,2.0301D+
     603,2.1062D+03,2.1851D+03,2.2913D+03,2.3779D+03,2.4661D+03,2.7753D+
     703,2.8618D+03,2.9564D+03,3.0532D+03,3.1531D+03,3.3788D+03,3.4893D+
     803,3.7089D+03,3.8221D+03,8.6456D+03,8.8478D+03,9.0600D+03,9.2895D+
     903,1.0056D+04,1.0336D+04,1.0817D+04,1.1110D+04,4.5434D+04,4.6674D+
     $04/
C     Z = 58
      DATA (EIP(I),I=1711,1769)/140.130D0,6.9000D+00,1.2300D+01,2.0000D+
     101,3.5000D+01,7.0000D+01,8.5000D+01,1.0000D+02,1.2200D+02,1.3700D+
     202,1.6500D+02,1.8900D+02,2.2523D+02,2.8870D+02,3.2118D+02,3.4890D+
     302,3.7786D+02,4.0834D+02,4.3990D+02,4.7790D+02,5.1230D+02,5.4798D+
     402,5.8462D+02,6.5210D+02,7.6026D+02,8.0098D+02,8.4274D+02,9.1846D+
     502,9.6322D+02,1.0146D+03,1.1172D+03,1.9265D+03,1.9955D+03,2.0645D+
     603,2.1421D+03,2.2203D+03,2.3015D+03,2.4127D+03,2.5015D+03,2.5921D+
     703,2.8862D+03,2.9981D+03,3.0949D+03,3.1939D+03,3.2961D+03,3.5381D+
     803,3.6511D+03,3.8765D+03,3.9921D+03,8.9971D+03,9.2033D+03,9.4203D+
     903,9.6549D+03,1.0481D+04,1.0767D+04,1.1260D+04,1.1560D+04,4.7213D+
     $04,4.8476D+04/
C     Z = 59
      DATA (EIP(I),I=1770,1829)/140.913D0,5.8000D+00,1.6786D+01,2.3848D+
     101,3.3130D+01,4.9317D+01,8.9000D+01,1.0600D+02,1.2200D+02,1.4600D+
     202,1.6200D+02,1.9700D+02,2.1132D+02,2.4816D+02,3.2000D+02,3.5667D+
     302,3.8572D+02,4.1600D+02,4.4782D+02,4.8072D+02,5.2072D+02,5.5647D+
     402,5.9355D+02,6.3152D+02,7.0847D+02,8.1362D+02,8.5567D+02,8.9870D+
     502,9.7962D+02,1.0258D+03,1.0843D+03,1.1848D+03,2.0355D+03,2.1065D+
     603,2.1777D+03,2.2572D+03,2.3375D+03,2.4210D+03,2.5372D+03,2.6282D+
     703,2.7212D+03,3.0000D+03,3.1375D+03,3.2365D+03,3.3377D+03,3.4422D+
     803,3.7005D+03,3.8160D+03,4.0472D+03,4.1652D+03,9.3553D+03,9.5656D+
     903,9.7873D+03,1.0027D+04,1.0913D+04,1.1206D+04,1.1710D+04,1.2017D+
     $04,4.9020D+04,5.0305D+04/
C     Z = 60
      DATA (EIP(I),I=1830,1890)/144.250D0,6.3000D+00,1.6051D+01,2.8371D+
     101,3.7096D+01,4.7959D+01,6.5334D+01,1.1000D+02,1.2800D+02,1.4700D+
     202,1.7100D+02,1.8357D+02,2.1904D+02,2.3533D+02,2.7278D+02,3.5644D+
     302,3.9387D+02,4.2425D+02,4.5584D+02,4.8901D+02,5.2325D+02,5.6525D+
     402,6.0235D+02,6.4082D+02,6.8013D+02,7.6655D+02,8.6869D+02,9.1207D+
     502,9.5636D+02,1.0425D+03,1.0900D+03,1.1556D+03,1.2540D+03,2.1474D+
     603,2.2204D+03,2.2939D+03,2.3753D+03,2.4576D+03,2.5434D+03,2.6647D+
     703,2.7579D+03,2.8533D+03,3.1424D+03,3.2798D+03,3.3810D+03,3.4845D+
     803,3.5913D+03,3.8658D+03,3.9838D+03,4.2209D+03,4.3413D+03,9.7204D+
     903,9.9347D+03,1.0161D+04,1.0406D+04,1.1352D+04,1.1651D+04,1.2167D+
     $04,1.2480D+04,5.0853D+04,5.2162D+04/
C     Z = 61
      DATA (EIP(I),I=1891,1952)/147.000D0,6.0000D+00,1.8016D+01,2.8001D+
     101,4.1656D+01,5.2043D+01,6.4487D+01,8.3050D+01,1.3500D+02,1.5400D+
     202,1.7300D+02,1.9224D+02,2.0684D+02,2.4277D+02,2.6105D+02,2.9911D+
     302,3.9457D+02,4.3276D+02,4.6447D+02,4.9737D+02,5.3189D+02,5.6747D+
     402,6.1147D+02,6.4992D+02,6.8978D+02,7.3043D+02,8.2632D+02,9.2545D+
     502,9.7016D+02,1.0157D+03,1.1070D+03,1.1560D+03,1.2287D+03,1.3250D+
     603,2.2624D+03,2.3374D+03,2.4131D+03,2.4964D+03,2.5808D+03,2.6689D+
     703,2.7952D+03,2.8906D+03,2.9884D+03,3.2879D+03,3.4252D+03,3.5286D+
     803,3.6343D+03,3.7434D+03,4.0342D+03,4.1547D+03,4.3976D+03,4.5204D+
     903,1.0092D+04,1.0311D+04,1.0542D+04,1.0792D+04,1.1798D+04,1.2103D+
     $04,1.2630D+04,1.2950D+04,5.2714D+04,5.4046D+04/
C     Z = 62
      DATA (EIP(I),I=1953,2015)/150.360D0,5.6000D+00,1.1300D+01,3.1432D+
     101,4.1651D+01,5.6640D+01,6.8690D+01,8.2715D+01,1.0247D+02,1.6100D+
     202,1.8100D+02,1.9434D+02,2.1518D+02,2.3181D+02,2.6821D+02,2.8847D+
     302,3.2714D+02,4.3441D+02,4.7335D+02,5.0639D+02,5.4061D+02,5.7647D+
     402,6.1339D+02,6.5939D+02,6.9919D+02,7.4045D+02,7.8243D+02,8.8779D+
     502,9.8391D+02,1.0299D+03,1.0768D+03,1.1733D+03,1.2236D+03,1.3034D+
     603,1.3976D+03,2.3804D+03,2.4574D+03,2.5354D+03,2.6206D+03,2.7070D+
     703,2.7974D+03,2.9288D+03,3.0264D+03,3.1266D+03,3.4364D+03,3.5736D+
     803,3.6792D+03,3.7872D+03,3.8986D+03,4.2056D+03,4.3286D+03,4.5774D+
     903,4.7026D+03,1.0471D+04,1.0693D+04,1.0929D+04,1.1185D+04,1.2250D+
     $04,1.2562D+04,1.3101D+04,1.3427D+04,5.4602D+04,5.5956D+04/
C     Z = 63
      DATA (EIP(I),I=2016,2079)/151.960D0,5.6700D+00,1.1200D+01,2.9377D+
     101,4.6547D+01,5.7000D+01,7.3323D+01,8.7036D+01,1.0264D+02,1.2358D+
     202,1.8700D+02,2.0165D+02,2.1738D+02,2.3982D+02,2.5848D+02,2.9535D+
     302,3.1758D+02,3.5686D+02,4.7595D+02,5.1564D+02,5.5001D+02,5.8555D+
     402,6.2275D+02,6.6101D+02,7.0901D+02,7.5016D+02,7.9282D+02,8.3613D+
     502,9.5096D+02,1.0441D+03,1.0914D+03,1.1395D+03,1.2413D+03,1.2930D+
     603,1.3799D+03,1.4720D+03,2.5014D+03,2.5804D+03,2.6607D+03,2.7478D+
     703,2.8362D+03,2.9289D+03,3.0654D+03,3.1652D+03,3.2678D+03,3.5879D+
     803,3.7250D+03,3.8328D+03,3.9431D+03,4.0568D+03,4.3800D+03,4.5055D+
     903,4.7602D+03,4.8878D+03,1.0856D+04,1.1083D+04,1.1324D+04,1.1584D+
     $04,1.2709D+04,1.3027D+04,1.3578D+04,1.3911D+04,5.6517D+04,5.7895D+
     $04/
C     Z = 64
      DATA (EIP(I),I=2080,2144)/157.250D0,6.1600D+00,1.2000D+01,2.9835D+
     101,4.8541D+01,6.3361D+01,7.4049D+01,9.1706D+01,1.0708D+02,1.2427D+
     202,1.4639D+02,2.0732D+02,2.2401D+02,2.4212D+02,2.6616D+02,2.8685D+
     302,3.2418D+02,3.4839D+02,3.8829D+02,5.1918D+02,5.5963D+02,5.9533D+
     402,6.3218D+02,6.7073D+02,7.1033D+02,7.6033D+02,8.0283D+02,8.4688D+
     502,8.9153D+02,1.0158D+03,1.1059D+03,1.1546D+03,1.2040D+03,1.3109D+
     603,1.3640D+03,1.4580D+03,1.5480D+03,2.6254D+03,2.7064D+03,2.7889D+
     703,2.8779D+03,2.9684D+03,3.0634D+03,3.2049D+03,3.3069D+03,3.4119D+
     803,3.7424D+03,3.8794D+03,3.9894D+03,4.1019D+03,4.2179D+03,4.5574D+
     903,4.6854D+03,4.9459D+03,5.0759D+03,1.1249D+04,1.1479D+04,1.1725D+
     $04,1.1990D+04,1.3175D+04,1.3500D+04,1.4062D+04,1.4401D+04,5.8459D+
     $04,5.9860D+04/
C     Z = 65
      DATA (EIP(I),I=2145,2210)/158.930D0,6.7000D+00,2.0650D+01,2.8106D+
     101,4.9557D+01,6.8792D+01,8.1875D+01,9.2797D+01,1.1179D+02,1.2883D+
     202,1.4759D+02,1.7091D+02,2.2934D+02,2.4806D+02,2.6857D+02,2.9419D+
     302,3.1692D+02,3.5472D+02,3.8091D+02,4.2141D+02,5.6412D+02,6.0532D+
     402,6.4235D+02,6.8052D+02,7.2041D+02,7.6135D+02,8.1335D+02,8.5720D+
     502,9.0265D+02,9.4863D+02,1.0824D+03,1.1695D+03,1.2195D+03,1.2701D+
     603,1.3823D+03,1.4368D+03,1.5379D+03,1.6258D+03,2.7525D+03,2.8355D+
     703,2.9203D+03,3.0112D+03,3.1037D+03,3.2010D+03,3.3476D+03,3.4518D+
     803,3.5592D+03,3.9000D+03,4.0369D+03,4.1491D+03,4.2639D+03,4.3822D+
     903,4.7379D+03,4.8684D+03,5.1348D+03,5.2672D+03,1.1648D+04,1.1882D+
     $04,1.2132D+04,1.2403D+04,1.3648D+04,1.3979D+04,1.4552D+04,1.4898D+
     $04,6.0428D+04,6.1853D+04/
C     Z = 66
      DATA (EIP(I),I=2211,2277)/162.500D0,6.8000D+00,2.0272D+01,3.6227D+
     101,4.5299D+01,7.0367D+01,9.0132D+01,1.0209D+02,1.1324D+02,1.3357D+
     202,1.5227D+02,1.7262D+02,1.9712D+02,2.5306D+02,2.7381D+02,2.9670D+
     302,3.2393D+02,3.4868D+02,3.8695D+02,4.1512D+02,4.5623D+02,6.1075D+
     402,6.5271D+02,6.9107D+02,7.3055D+02,7.7179D+02,8.1407D+02,8.6807D+
     502,9.1327D+02,9.6011D+02,1.0074D+03,1.1507D+03,1.2347D+03,1.2861D+
     603,1.3380D+03,1.4553D+03,1.5112D+03,1.6194D+03,1.7052D+03,2.8826D+
     703,2.9676D+03,3.0546D+03,3.1474D+03,3.2420D+03,3.3416D+03,3.4932D+
     803,3.5996D+03,3.7094D+03,4.0611D+03,4.1974D+03,4.3118D+03,4.4288D+
     903,4.5494D+03,4.9214D+03,5.0544D+03,5.3266D+03,5.4614D+03,1.2054D+
     $04,1.2292D+04,1.2547D+04,1.2823D+04,1.4128D+04,1.4465D+04,1.5050D+
     $04,1.5403D+04,6.2425D+04,6.3872D+04/
C     Z = 67
      DATA (EIP(I),I=2278,2345)/164.937D0,6.0000D+00,2.0781D+01,3.4931D+
     101,5.2892D+01,6.3580D+01,9.2265D+01,1.1256D+02,1.2400D+02,1.3539D+
     202,1.5705D+02,1.7741D+02,1.9934D+02,2.2503D+02,2.7848D+02,3.0126D+
     302,3.2654D+02,3.5537D+02,3.8215D+02,4.2088D+02,4.5103D+02,4.9276D+
     402,6.5908D+02,7.0180D+02,7.4149D+02,7.8228D+02,8.2487D+02,8.6849D+
     502,9.2449D+02,9.7104D+02,1.0193D+03,1.0679D+03,1.2206D+03,1.3017D+
     603,1.3544D+03,1.4075D+03,1.5301D+03,1.5874D+03,1.7027D+03,1.7864D+
     703,3.0157D+03,3.1027D+03,3.1919D+03,3.2866D+03,3.3833D+03,3.4852D+
     803,3.6418D+03,3.7504D+03,3.8626D+03,4.2253D+03,4.3609D+03,4.4775D+
     903,4.5967D+03,4.7196D+03,5.1079D+03,5.2434D+03,5.5214D+03,5.6586D+
     $03,1.2466D+04,1.2709D+04,1.2969D+04,1.3250D+04,1.4614D+04,1.4957D+
     $04,1.5554D+04,1.5913D+04,6.4449D+04,6.5919D+04/
C     Z = 68
      DATA (EIP(I),I=2346,2414)/167.270D0,6.0000D+00,2.0623D+01,3.5849D+
     101,5.0678D+01,7.0645D+01,8.2949D+01,1.1525D+02,1.3607D+02,1.4665D+
     202,1.5924D+02,1.8223D+02,2.0426D+02,2.2777D+02,2.5464D+02,3.0560D+
     302,3.3041D+02,3.5808D+02,3.8850D+02,4.1732D+02,4.5652D+02,4.8864D+
     402,5.3098D+02,7.0912D+02,7.5259D+02,7.9361D+02,8.3572D+02,8.7965D+
     502,9.2461D+02,9.8261D+02,1.0305D+03,1.0801D+03,1.1301D+03,1.2923D+
     603,1.3704D+03,1.4244D+03,1.4788D+03,1.6066D+03,1.6652D+03,1.7876D+
     703,1.8692D+03,3.1518D+03,3.2408D+03,3.3323D+03,3.4289D+03,3.5276D+
     803,3.6318D+03,3.7935D+03,3.9043D+03,4.0189D+03,4.3925D+03,4.5274D+
     903,4.6462D+03,4.7677D+03,4.8929D+03,5.2974D+03,5.4354D+03,5.7193D+
     $03,5.8589D+03,1.2886D+04,1.3132D+04,1.3397D+04,1.3683D+04,1.5107D+
     $04,1.5457D+04,1.6065D+04,1.6431D+04,6.6500D+04,6.7993D+04/
C     Z = 69
      DATA (EIP(I),I=2415,2484)/168.941D0,6.0000D+00,2.1331D+01,3.6333D+
     101,5.2006D+01,6.7513D+01,8.9485D+01,1.0341D+02,1.3932D+02,1.6068D+
     202,1.7100D+02,1.8478D+02,2.0911D+02,2.3280D+02,2.5789D+02,2.8595D+
     302,3.3442D+02,3.6126D+02,3.9132D+02,4.2334D+02,4.5418D+02,4.9385D+
     402,5.2795D+02,5.7090D+02,7.6085D+02,8.0507D+02,8.4742D+02,8.9085D+
     502,9.3612D+02,9.8242D+02,1.0424D+03,1.0917D+03,1.1427D+03,1.1940D+
     603,1.3657D+03,1.4407D+03,1.4961D+03,1.5517D+03,1.6847D+03,1.7448D+
     703,1.8743D+03,1.9538D+03,3.2910D+03,3.3820D+03,3.4757D+03,3.5742D+
     803,3.6750D+03,3.7815D+03,3.9482D+03,4.0612D+03,4.1782D+03,4.5627D+
     903,4.6970D+03,4.8180D+03,4.9417D+03,5.0692D+03,5.4900D+03,5.6305D+
     $03,5.9202D+03,6.0622D+03,1.3312D+04,1.3563D+04,1.3832D+04,1.4123D+
     $04,1.5607D+04,1.5963D+04,1.6583D+04,1.6956D+04,6.8578D+04,7.0095D+
     $04/
C     Z = 70
      DATA (EIP(I),I=2485,2555)/173.040D0,6.2000D+00,1.2100D+01,3.7750D+
     101,5.3132D+01,6.9249D+01,8.5435D+01,1.0941D+02,1.2495D+02,1.6448D+
     202,1.8637D+02,1.9563D+02,2.1203D+02,2.3769D+02,2.6304D+02,2.8971D+
     302,3.1897D+02,3.6494D+02,3.9381D+02,4.2626D+02,4.5987D+02,4.9275D+
     402,5.3288D+02,5.6897D+02,6.1252D+02,8.1428D+02,8.5926D+02,9.0294D+
     502,9.4768D+02,9.9430D+02,1.0419D+03,1.1039D+03,1.1545D+03,1.2070D+
     603,1.2596D+03,1.4407D+03,1.5128D+03,1.5695D+03,1.6264D+03,1.7646D+
     703,1.8260D+03,1.9626D+03,2.0400D+03,3.4331D+03,3.5261D+03,3.6221D+
     803,3.7225D+03,3.8253D+03,3.9341D+03,4.1059D+03,4.2211D+03,4.3405D+
     903,4.7359D+03,4.8695D+03,4.9927D+03,5.1187D+03,5.2485D+03,5.6855D+
     $03,5.8285D+03,6.1241D+03,6.2685D+03,1.3745D+04,1.4000D+04,1.4274D+
     $04,1.4570D+04,1.6114D+04,1.6476D+04,1.7108D+04,1.7487D+04,7.0684D+
     $04,7.2223D+04/
C     Z = 71
      DATA (EIP(I),I=2556,2627)/174.980D0,6.1000D+00,1.5000D+01,1.9000D+
     101,5.5256D+01,7.1017D+01,8.7581D+01,1.0444D+02,1.3043D+02,1.4758D+
     202,1.9073D+02,2.1314D+02,2.2197D+02,2.4097D+02,2.6797D+02,2.9498D+
     302,3.2324D+02,3.5367D+02,3.9715D+02,4.2806D+02,4.6289D+02,4.9810D+
     402,5.3301D+02,5.7361D+02,6.1167D+02,6.5584D+02,8.6941D+02,9.1515D+
     502,9.6016D+02,1.0062D+03,1.0542D+03,1.1032D+03,1.1672D+03,1.2191D+
     603,1.2729D+03,1.3269D+03,1.5175D+03,1.5865D+03,1.6445D+03,1.7028D+
     703,1.8461D+03,1.9090D+03,2.0527D+03,2.1280D+03,3.5783D+03,3.6733D+
     803,3.7716D+03,3.8739D+03,3.9787D+03,4.0898D+03,4.2667D+03,4.3841D+
     903,4.5059D+03,4.9121D+03,5.0451D+03,5.1705D+03,5.2988D+03,5.4309D+
     $03,5.8841D+03,6.0296D+03,6.3311D+03,6.4779D+03,1.4185D+04,1.4444D+
     $04,1.4722D+04,1.5024D+04,1.6627D+04,1.6996D+04,1.7640D+04,1.8025D+
     $04,7.2816D+04,7.4379D+04/
C     Z = 72
      DATA (EIP(I),I=2628,2700)/178.500D0,7.0000D+00,1.4900D+01,2.1000D+
     101,3.1000D+01,7.3850D+01,8.9991D+01,1.0700D+02,1.2454D+02,1.5253D+
     202,1.7130D+02,2.1807D+02,2.4101D+02,2.5000D+02,2.7161D+02,2.9995D+
     302,3.2862D+02,3.5846D+02,3.9008D+02,4.3107D+02,4.6401D+02,5.0123D+
     402,5.3804D+02,5.7497D+02,6.1604D+02,6.5608D+02,7.0086D+02,9.2624D+
     502,9.7273D+02,1.0191D+03,1.0664D+03,1.1158D+03,1.1661D+03,1.2321D+
     603,1.2854D+03,1.3406D+03,1.3959D+03,1.5960D+03,1.6620D+03,1.7213D+
     703,1.7808D+03,1.9294D+03,1.9936D+03,2.1444D+03,2.2176D+03,3.7265D+
     803,3.8235D+03,3.9240D+03,4.0282D+03,4.1351D+03,4.2485D+03,4.4304D+
     903,4.5500D+03,4.6742D+03,5.0914D+03,5.2237D+03,5.3513D+03,5.4818D+
     $03,5.6162D+03,6.0857D+03,6.2337D+03,6.5410D+03,6.6902D+03,1.4631D+
     $04,1.4894D+04,1.5178D+04,1.5484D+04,1.7148D+04,1.7523D+04,1.8178D+
     $04,1.8570D+04,7.4976D+04,7.6562D+04/
C     Z = 73
      DATA (EIP(I),I=2701,2774)/180.955D0,7.8800D+00,1.6200D+01,2.2000D+
     101,3.3000D+01,4.5000D+01,9.3531D+01,1.1005D+02,1.2751D+02,1.4573D+
     202,1.7572D+02,1.9611D+02,2.4649D+02,2.6996D+02,2.7865D+02,3.0396D+
     302,3.3362D+02,3.6396D+02,3.9538D+02,4.2819D+02,4.6668D+02,5.0165D+
     402,5.4127D+02,5.7967D+02,6.1864D+02,6.6017D+02,7.0219D+02,7.4758D+
     502,9.8477D+02,1.0320D+03,1.0797D+03,1.1284D+03,1.1790D+03,1.2307D+
     603,1.2987D+03,1.3533D+03,1.4099D+03,1.4666D+03,1.6761D+03,1.7391D+
     703,1.7998D+03,1.8606D+03,2.0143D+03,2.0800D+03,2.2379D+03,2.3090D+
     803,3.8777D+03,3.9767D+03,4.0795D+03,4.1856D+03,4.2945D+03,4.4102D+
     903,4.5972D+03,4.7190D+03,4.8456D+03,5.2737D+03,5.4053D+03,5.5351D+
     $03,5.6679D+03,5.8046D+03,6.2903D+03,6.4408D+03,6.7540D+03,6.9056D+
     $03,1.5085D+04,1.5352D+04,1.5640D+04,1.5952D+04,1.7675D+04,1.8057D+
     $04,1.8723D+04,1.9122D+04,7.7163D+04,7.8772D+04/
C     Z = 74
      DATA (EIP(I),I=2775,2849)/183.860D0,7.9800D+00,1.7700D+01,2.4000D+
     101,3.5000D+01,4.8000D+01,6.1000D+01,1.1430D+02,1.3120D+02,1.4910D+
     202,1.6800D+02,2.0000D+02,2.2200D+02,2.7600D+02,3.0000D+02,3.0900D+
     302,3.3800D+02,3.6900D+02,4.0100D+02,4.3400D+02,4.6800D+02,5.0400D+
     402,5.4100D+02,5.8300D+02,6.2300D+02,6.6400D+02,7.0600D+02,7.5000D+
     502,7.9600D+02,1.0450D+03,1.0930D+03,1.1420D+03,1.1920D+03,1.2440D+
     603,1.2970D+03,1.3670D+03,1.4230D+03,1.4810D+03,1.5390D+03,1.7580D+
     703,1.8180D+03,1.8800D+03,1.9420D+03,2.1010D+03,2.1680D+03,2.3330D+
     803,2.4020D+03,4.0320D+03,4.1330D+03,4.2380D+03,4.3460D+03,4.4570D+
     903,4.5750D+03,4.7670D+03,4.8910D+03,5.0200D+03,5.4590D+03,5.5900D+
     $03,5.7220D+03,5.8570D+03,5.9960D+03,6.4980D+03,6.6510D+03,6.9700D+
     $03,7.1240D+03,1.5545D+04,1.5816D+04,1.6109D+04,1.6426D+04,1.8209D+
     $04,1.8597D+04,1.9275D+04,1.9680D+04,7.9377D+04,8.1009D+04/
C     Z = 75
      DATA (EIP(I),I=2850,2925)/186.300D0,7.8700D+00,1.6600D+01,2.6000D+
     101,3.8000D+01,5.1000D+01,6.4000D+01,7.9000D+01,1.4108D+02,1.5874D+
     202,1.7753D+02,1.9719D+02,2.2869D+02,2.5169D+02,3.1019D+02,3.3594D+
     302,3.8743D+02,4.1693D+02,4.4830D+02,4.8068D+02,5.1418D+02,5.4868D+
     402,5.8505D+02,6.2243D+02,6.6443D+02,7.0480D+02,7.4618D+02,7.8868D+
     502,8.3305D+02,8.7930D+02,1.1339D+03,1.1822D+03,1.2314D+03,1.2818D+
     603,1.3342D+03,1.3874D+03,1.4558D+03,1.5122D+03,1.5704D+03,1.6288D+
     703,1.8494D+03,1.9098D+03,1.9722D+03,2.0347D+03,2.1822D+03,2.2494D+
     803,2.4138D+03,2.4831D+03,4.2363D+03,4.3369D+03,4.4414D+03,4.5491D+
     903,4.6597D+03,4.7769D+03,4.9593D+03,5.0828D+03,5.2113D+03,5.6116D+
     $03,5.7787D+03,5.9106D+03,6.0457D+03,6.1848D+03,6.6422D+03,6.7948D+
     $03,7.1104D+03,7.2643D+03,1.5930D+04,1.6228D+04,1.6547D+04,1.6886D+
     $04,1.8807D+04,1.9217D+04,1.9882D+04,2.0308D+04,8.1834D+04,8.3485D+
     $04/
C     Z = 76
      DATA (EIP(I),I=2926,3002)/190.200D0,8.7000D+00,1.7000D+01,2.5000D+
     101,4.0000D+01,5.4000D+01,6.8000D+01,8.3000D+01,9.9000D+01,1.6895D+
     202,1.8737D+02,2.0705D+02,2.2747D+02,2.5847D+02,2.8247D+02,3.4547D+
     302,3.7297D+02,4.6755D+02,4.9755D+02,5.2930D+02,5.6205D+02,5.9605D+
     402,6.3105D+02,6.6780D+02,7.0555D+02,7.4755D+02,7.8830D+02,8.3005D+
     502,8.7305D+02,9.1780D+02,9.6430D+02,1.2246D+03,1.2731D+03,1.3226D+
     603,1.3733D+03,1.4261D+03,1.4796D+03,1.5463D+03,1.6031D+03,1.6616D+
     703,1.7203D+03,1.9426D+03,2.0033D+03,2.0661D+03,2.1291D+03,2.2651D+
     803,2.3326D+03,2.4963D+03,2.5658D+03,4.4436D+03,4.5439D+03,4.6479D+
     903,4.7551D+03,4.8654D+03,4.9819D+03,5.1546D+03,5.2776D+03,5.4056D+
     $03,5.7671D+03,5.9704D+03,6.1021D+03,6.2374D+03,6.3766D+03,6.7894D+
     $03,6.9416D+03,7.2539D+03,7.4076D+03,1.6322D+04,1.6647D+04,1.6991D+
     $04,1.7354D+04,1.9412D+04,1.9844D+04,2.0495D+04,2.0943D+04,8.4318D+
     $04,8.5989D+04/
C     Z = 77
      DATA (EIP(I),I=3003,3080)/192.200D0,9.0000D+00,1.7000D+01,2.7000D+
     101,3.9000D+01,5.7000D+01,7.2000D+01,8.8000D+01,1.0400D+02,1.2100D+
     202,1.9791D+02,2.1709D+02,2.3766D+02,2.5884D+02,2.8934D+02,3.1434D+
     302,3.8184D+02,4.1109D+02,5.4938D+02,5.7988D+02,6.1200D+02,6.4513D+
     402,6.7963D+02,7.1513D+02,7.5225D+02,7.9038D+02,8.3238D+02,8.7350D+
     502,9.1563D+02,9.5913D+02,1.0043D+03,1.0510D+03,1.3169D+03,1.3656D+
     603,1.4154D+03,1.4665D+03,1.5196D+03,1.5734D+03,1.6385D+03,1.6956D+
     703,1.7544D+03,1.8135D+03,2.0374D+03,2.0985D+03,2.1616D+03,2.2251D+
     803,2.3496D+03,2.4174D+03,2.5805D+03,2.6503D+03,4.6540D+03,4.7538D+
     903,4.8573D+03,4.9642D+03,5.0741D+03,5.1898D+03,5.3530D+03,5.4755D+
     $03,5.6030D+03,5.9257D+03,6.1651D+03,6.2967D+03,6.4321D+03,6.5715D+
     $03,6.9396D+03,7.0915D+03,7.4003D+03,7.5540D+03,1.6720D+04,1.7073D+
     $04,1.7442D+04,1.7828D+04,2.0024D+04,2.0478D+04,2.1116D+04,2.1585D+
     $04,8.6829D+04,8.8520D+04/
C     Z = 78
      DATA (EIP(I),I=3081,3159)/195.100D0,9.0000D+00,1.8560D+01,2.8000D+
     101,4.1000D+01,5.5000D+01,7.5000D+01,9.2000D+01,1.0900D+02,1.2700D+
     202,1.4600D+02,2.2795D+02,2.4790D+02,2.6935D+02,2.9130D+02,3.2130D+
     302,3.4730D+02,4.1930D+02,4.5030D+02,6.3290D+02,6.6390D+02,6.9640D+
     402,7.2990D+02,7.6490D+02,8.0090D+02,8.3840D+02,8.7690D+02,9.1890D+
     502,9.6040D+02,1.0029D+03,1.0469D+03,1.0924D+03,1.1394D+03,1.4109D+
     603,1.4599D+03,1.5099D+03,1.5614D+03,1.6149D+03,1.6689D+03,1.7324D+
     703,1.7899D+03,1.8489D+03,1.9084D+03,2.1339D+03,2.1954D+03,2.2589D+
     803,2.3229D+03,2.4359D+03,2.5039D+03,2.6664D+03,2.7364D+03,4.8673D+
     903,4.9668D+03,5.0698D+03,5.1763D+03,5.2858D+03,5.4008D+03,5.5543D+
     $03,5.6763D+03,5.8033D+03,6.0873D+03,6.3628D+03,6.4943D+03,6.6298D+
     $03,6.7693D+03,7.0928D+03,7.2443D+03,7.5498D+03,7.7033D+03,1.7126D+
     $04,1.7506D+04,1.7900D+04,1.8309D+04,2.0643D+04,2.1119D+04,2.1743D+
     $04,2.2233D+04,8.9367D+04,9.1077D+04/
C     Z = 79
      DATA (EIP(I),I=3160,3239)/196.977D0,9.2200D+00,2.0500D+01,3.0000D+
     101,4.4000D+01,5.8000D+01,7.3000D+01,9.6000D+01,1.1400D+02,1.3300D+
     202,1.5300D+02,1.8587D+02,2.5908D+02,2.7979D+02,3.0213D+02,3.2484D+
     302,3.5434D+02,3.8134D+02,4.5784D+02,4.9059D+02,7.1813D+02,7.4963D+
     402,7.8250D+02,8.1638D+02,8.5188D+02,8.8838D+02,9.2625D+02,9.6513D+
     502,1.0071D+03,1.0490D+03,1.0919D+03,1.1364D+03,1.1823D+03,1.2295D+
     603,1.5066D+03,1.5559D+03,1.6061D+03,1.6580D+03,1.7119D+03,1.7661D+
     703,1.8280D+03,1.8859D+03,1.9451D+03,2.0050D+03,2.2321D+03,2.2940D+
     803,2.3579D+03,2.4224D+03,2.5239D+03,2.5921D+03,2.7540D+03,2.8243D+
     903,5.0837D+03,5.1828D+03,5.2853D+03,5.3915D+03,5.5006D+03,5.6148D+
     $03,5.7587D+03,5.8802D+03,6.0067D+03,6.2520D+03,6.5636D+03,6.6950D+
     $03,6.8306D+03,6.9702D+03,7.2491D+03,7.4002D+03,7.7023D+03,7.8557D+
     $03,1.7538D+04,1.7946D+04,1.8365D+04,1.8796D+04,2.1269D+04,2.1767D+
     $04,2.2377D+04,2.2888D+04,9.1933D+04,9.3663D+04/
C     Z = 80
      DATA (EIP(I),I=3240,3320)/200.600D0,1.0430D+01,1.8751D+01,3.4200D+
     101,4.6000D+01,6.1000D+01,7.7000D+01,9.4000D+01,1.2000D+02,1.3900D+
     202,1.5900D+02,1.9125D+02,2.2682D+02,2.9130D+02,3.1277D+02,3.3600D+
     302,3.5947D+02,3.8847D+02,4.1647D+02,4.9747D+02,5.3197D+02,8.0505D+
     402,8.3705D+02,8.7030D+02,9.0455D+02,9.4055D+02,9.7755D+02,1.0158D+
     503,1.0551D+03,1.0971D+03,1.1393D+03,1.1826D+03,1.2276D+03,1.2738D+
     603,1.3213D+03,1.6041D+03,1.6536D+03,1.7041D+03,1.7563D+03,1.8106D+
     703,1.8651D+03,1.9253D+03,1.9836D+03,2.0431D+03,2.1033D+03,2.3321D+
     803,2.3943D+03,2.4586D+03,2.5236D+03,2.6136D+03,2.6821D+03,2.8433D+
     903,2.9138D+03,5.3031D+03,5.4019D+03,5.5039D+03,5.6096D+03,5.7184D+
     $03,5.8319D+03,5.9661D+03,6.0871D+03,6.2131D+03,6.4196D+03,6.7674D+
     $03,6.8986D+03,7.0344D+03,7.1741D+03,7.4084D+03,7.5591D+03,7.8579D+
     $03,8.0111D+03,1.7957D+04,1.8392D+04,1.8836D+04,1.9291D+04,2.1901D+
     $04,2.2421D+04,2.3018D+04,2.3550D+04,9.4526D+04,9.6275D+04/
C     Z = 81
      DATA (EIP(I),I=3321,3402)/204.380D0,6.1060D+00,2.0420D+01,2.9800D+
     101,5.0700D+01,6.4000D+01,8.1000D+01,9.8000D+01,1.1600D+02,1.4500D+
     202,1.6600D+02,1.9596D+02,2.3058D+02,2.6887D+02,3.2461D+02,3.4684D+
     302,3.7096D+02,3.9519D+02,4.2369D+02,4.5269D+02,5.3819D+02,5.7444D+
     402,8.9368D+02,9.2618D+02,9.5980D+02,9.9443D+02,1.0309D+03,1.0684D+
     503,1.1071D+03,1.1467D+03,1.1887D+03,1.2313D+03,1.2749D+03,1.3204D+
     603,1.3671D+03,1.4148D+03,1.7032D+03,1.7529D+03,1.8037D+03,1.8563D+
     703,1.9109D+03,1.9657D+03,2.0243D+03,2.0829D+03,2.1427D+03,2.2033D+
     803,2.4337D+03,2.4963D+03,2.5609D+03,2.6264D+03,2.7049D+03,2.7737D+
     903,2.9343D+03,3.0051D+03,5.5256D+03,5.6239D+03,5.7254D+03,5.8308D+
     $03,5.9392D+03,6.0519D+03,6.1766D+03,6.2971D+03,6.4226D+03,6.5903D+
     $03,6.9742D+03,7.1053D+03,7.2412D+03,7.3811D+03,7.5707D+03,7.7211D+
     $03,8.0164D+03,8.1696D+03,1.8382D+04,1.8845D+04,1.9315D+04,1.9792D+
     $04,2.2540D+04,2.3082D+04,2.3666D+04,2.4219D+04,9.7146D+04,9.8914D+
     $04/
C     Z = 82
      DATA (EIP(I),I=3403,3485)/207.200D0,7.4150D+00,1.5028D+01,3.1930D+
     101,4.2310D+01,6.8800D+01,8.4000D+01,1.0300D+02,1.2200D+02,1.4200D+
     202,1.7300D+02,2.0100D+02,2.3400D+02,2.7100D+02,3.1200D+02,3.5900D+
     302,3.8200D+02,4.0700D+02,4.3200D+02,4.6000D+02,4.9000D+02,5.8000D+
     402,6.1800D+02,9.8400D+02,1.0170D+03,1.0510D+03,1.0860D+03,1.1230D+
     503,1.1610D+03,1.2000D+03,1.2400D+03,1.2820D+03,1.3250D+03,1.3690D+
     603,1.4150D+03,1.4620D+03,1.5100D+03,1.8040D+03,1.8540D+03,1.9050D+
     703,1.9580D+03,2.0130D+03,2.0680D+03,2.1250D+03,2.1840D+03,2.2440D+
     803,2.3050D+03,2.5370D+03,2.6000D+03,2.6650D+03,2.7310D+03,2.7980D+
     903,2.8670D+03,3.0270D+03,3.0980D+03,5.7510D+03,5.8490D+03,5.9500D+
     $03,6.0550D+03,6.1630D+03,6.2750D+03,6.3900D+03,6.5100D+03,6.6350D+
     $03,6.7640D+03,7.1840D+03,7.3150D+03,7.4510D+03,7.5910D+03,7.7360D+
     $03,7.8860D+03,8.1780D+03,8.3310D+03,1.8815D+04,1.9305D+04,1.9800D+
     $04,2.0300D+04,2.3186D+04,2.3750D+04,2.4320D+04,2.4895D+04,9.9793D+
     $04,1.0158D+05/
C     Z = 83
      DATA (EIP(I),I=3486,3569)/208.988D0,7.2870D+00,1.6680D+01,2.5560D+
     101,4.5300D+01,5.6000D+01,8.8300D+01,1.0700D+02,1.2700D+02,1.4800D+
     202,1.6900D+02,2.0356D+02,2.3283D+02,2.6524D+02,3.0127D+02,3.4084D+
     302,3.9803D+02,4.2211D+02,4.4813D+02,4.7407D+02,5.1209D+02,5.4289D+
     402,6.2559D+02,6.7219D+02,1.0171D+03,1.0519D+03,1.0877D+03,1.1247D+
     503,1.1636D+03,1.2034D+03,1.2444D+03,1.2863D+03,1.3321D+03,1.3771D+
     603,1.4231D+03,1.4711D+03,1.5199D+03,1.5701D+03,1.8732D+03,1.9251D+
     703,1.9781D+03,2.0328D+03,2.0898D+03,2.1468D+03,2.2127D+03,2.2736D+
     803,2.3356D+03,2.3987D+03,2.6392D+03,2.7042D+03,2.7709D+03,2.8387D+
     903,2.9454D+03,3.0171D+03,3.1853D+03,3.2586D+03,5.9099D+03,6.0119D+
     $03,6.1169D+03,6.2259D+03,6.3379D+03,6.4546D+03,6.5989D+03,6.7233D+
     $03,6.8528D+03,6.9864D+03,7.4229D+03,7.5581D+03,7.6978D+03,7.8421D+
     $03,8.1184D+03,8.2734D+03,8.5802D+03,8.7403D+03,1.9469D+04,1.9939D+
     $04,2.0416D+04,2.0901D+04,2.3968D+04,2.4521D+04,2.5131D+04,2.5697D+
     $04,1.0270D+05,1.0479D+05/
C     Z = 84
      DATA (EIP(I),I=3570,3654)/210.000D0,8.4300D+00,1.9000D+01,2.7000D+
     101,3.8000D+01,6.1000D+01,7.3000D+01,1.1200D+02,1.3200D+02,1.5400D+
     202,1.7600D+02,2.0181D+02,2.3520D+02,2.6575D+02,2.9757D+02,3.3262D+
     302,3.7077D+02,4.3815D+02,4.6330D+02,4.9035D+02,5.1722D+02,5.6527D+
     402,5.9687D+02,6.7227D+02,7.2747D+02,1.0518D+03,1.0886D+03,1.1261D+
     503,1.1651D+03,1.2058D+03,1.2476D+03,1.2906D+03,1.3343D+03,1.3838D+
     603,1.4308D+03,1.4788D+03,1.5288D+03,1.5796D+03,1.6318D+03,1.9441D+
     703,1.9978D+03,2.0528D+03,2.1093D+03,2.1683D+03,2.2273D+03,2.3021D+
     803,2.3648D+03,2.4288D+03,2.4941D+03,2.7431D+03,2.8101D+03,2.8786D+
     903,2.9481D+03,3.0946D+03,3.1688D+03,3.3453D+03,3.4208D+03,6.0719D+
     $03,6.1779D+03,6.2869D+03,6.3999D+03,6.5159D+03,6.6371D+03,6.8109D+
     $03,6.9396D+03,7.0736D+03,7.2119D+03,7.6649D+03,7.8041D+03,7.9476D+
     $03,8.0961D+03,8.5039D+03,8.6639D+03,8.9854D+03,9.1526D+03,2.0130D+
     $04,2.0580D+04,2.1039D+04,2.1509D+04,2.4756D+04,2.5299D+04,2.5949D+
     $04,2.6505D+04,1.0563D+05,1.0802D+05/
C     Z = 85
      DATA (EIP(I),I=3655,3740)/211.000D0,9.3000D+00,2.0000D+01,2.9000D+
     101,4.1000D+01,5.1000D+01,7.8000D+01,9.1000D+01,1.3800D+02,1.6000D+
     202,1.8300D+02,2.0998D+02,2.3570D+02,2.6793D+02,2.9976D+02,3.3099D+
     302,3.6507D+02,4.0179D+02,4.7936D+02,5.0558D+02,5.3366D+02,5.6147D+
     402,6.1954D+02,6.5194D+02,7.2004D+02,7.8384D+02,1.0883D+03,1.1269D+
     503,1.1661D+03,1.2071D+03,1.2498D+03,1.2934D+03,1.3384D+03,1.3840D+
     603,1.4373D+03,1.4863D+03,1.5363D+03,1.5883D+03,1.6409D+03,1.6953D+
     703,2.0166D+03,2.0723D+03,2.1293D+03,2.1875D+03,2.2485D+03,2.3095D+
     803,2.3931D+03,2.4578D+03,2.5238D+03,2.5911D+03,2.8486D+03,2.9176D+
     903,2.9879D+03,3.0591D+03,3.2454D+03,3.3223D+03,3.5070D+03,3.5848D+
     $03,6.2368D+03,6.3468D+03,6.4598D+03,6.5768D+03,6.6968D+03,6.8227D+
     $03,7.0258D+03,7.1590D+03,7.2975D+03,7.4403D+03,7.9098D+03,8.0532D+
     $03,8.2005D+03,8.3532D+03,8.8923D+03,9.0573D+03,9.3936D+03,9.5680D+
     $03,2.0798D+04,2.1228D+04,2.1669D+04,2.2124D+04,2.5552D+04,2.6084D+
     $04,2.6774D+04,2.7321D+04,1.0859D+05,1.1128D+05/
C     Z = 86
      DATA (EIP(I),I=3741,3827)/222.000D0,1.0746D+01,2.1000D+01,2.9000D+
     101,4.4000D+01,5.5000D+01,6.7000D+01,9.7000D+01,1.1100D+02,1.6600D+
     202,1.9000D+02,2.1852D+02,2.4505D+02,2.7069D+02,3.0175D+02,3.3485D+
     302,3.6550D+02,3.9860D+02,4.3390D+02,5.2165D+02,5.4895D+02,5.7805D+
     402,6.0680D+02,6.7490D+02,7.0810D+02,7.6890D+02,8.4130D+02,1.1264D+
     503,1.1669D+03,1.2079D+03,1.2509D+03,1.2954D+03,1.3409D+03,1.3879D+
     603,1.4354D+03,1.4924D+03,1.5434D+03,1.5954D+03,1.6494D+03,1.7039D+
     703,1.7604D+03,2.0909D+03,2.1484D+03,2.2074D+03,2.2674D+03,2.3304D+
     803,2.3934D+03,2.4859D+03,2.5524D+03,2.6204D+03,2.6899D+03,2.9559D+
     903,3.0269D+03,3.0989D+03,3.1719D+03,3.3979D+03,3.4774D+03,3.6704D+
     $03,3.7504D+03,6.4048D+03,6.5188D+03,6.6358D+03,6.7568D+03,6.8808D+
     $03,7.0113D+03,7.2438D+03,7.3813D+03,7.5243D+03,7.6718D+03,8.1578D+
     $03,8.3053D+03,8.4563D+03,8.6133D+03,9.2838D+03,9.4538D+03,9.8048D+
     $03,9.9863D+03,2.1473D+04,2.1883D+04,2.2306D+04,2.2746D+04,2.6354D+
     $04,2.6876D+04,2.7606D+04,2.8143D+04,1.1158D+05,1.1457D+05/
C     Z = 87
      DATA (EIP(I),I=3828,3915)/223.000D0,4.0000D+00,2.2000D+01,3.3000D+
     101,4.3000D+01,5.9000D+01,7.1000D+01,8.4000D+01,1.1700D+02,1.3300D+
     202,1.9700D+02,2.2782D+02,2.5514D+02,2.8121D+02,3.0676D+02,3.3666D+
     302,3.7103D+02,4.0109D+02,4.3322D+02,4.6709D+02,5.6503D+02,5.9341D+
     402,6.2353D+02,6.5322D+02,7.3134D+02,7.6534D+02,8.1884D+02,8.9984D+
     502,1.1663D+03,1.2086D+03,1.2514D+03,1.2964D+03,1.3428D+03,1.3901D+
     603,1.4391D+03,1.4885D+03,1.5493D+03,1.6023D+03,1.6563D+03,1.7123D+
     703,1.7686D+03,1.8273D+03,2.1669D+03,2.2263D+03,2.2873D+03,2.3490D+
     803,2.4140D+03,2.4790D+03,2.5804D+03,2.6488D+03,2.7188D+03,2.7904D+
     903,3.0649D+03,3.1379D+03,3.2116D+03,3.2864D+03,3.5521D+03,3.6343D+
     $03,3.8355D+03,3.9178D+03,6.5758D+03,6.6938D+03,6.8148D+03,6.9398D+
     $03,7.0678D+03,7.2030D+03,7.4648D+03,7.6067D+03,7.7542D+03,7.9063D+
     $03,8.4088D+03,8.5605D+03,8.7152D+03,8.8765D+03,9.6783D+03,9.8533D+
     $03,1.0219D+04,1.0408D+04,2.2155D+04,2.2545D+04,2.2949D+04,2.3374D+
     $04,2.7163D+04,2.7674D+04,2.8444D+04,2.8972D+04,1.1459D+05,1.1789D+
     $05/
C     Z = 88
      DATA (EIP(I),I=3916,4004)/226.050D0,5.2770D+00,1.0144D+01,3.4000D+
     101,4.6000D+01,5.8000D+01,7.6000D+01,8.9000D+01,1.0300D+02,1.4000D+
     202,1.5600D+02,2.3848D+02,2.6672D+02,2.9284D+02,3.1845D+02,3.4392D+
     302,3.7265D+02,4.0830D+02,4.3777D+02,4.6892D+02,5.0137D+02,6.0950D+
     402,6.3895D+02,6.7010D+02,7.0072D+02,7.8887D+02,8.2367D+02,8.6987D+
     502,9.5947D+02,1.2078D+03,1.2521D+03,1.2966D+03,1.3436D+03,1.3918D+
     603,1.4411D+03,1.4921D+03,1.5433D+03,1.6078D+03,1.6628D+03,1.7188D+
     703,1.7768D+03,1.8351D+03,1.8958D+03,2.2446D+03,2.3058D+03,2.3688D+
     803,2.4323D+03,2.4993D+03,2.5663D+03,2.6766D+03,2.7468D+03,2.8188D+
     903,2.8926D+03,3.1756D+03,3.2506D+03,3.3261D+03,3.4026D+03,3.7081D+
     $03,3.7928D+03,4.0023D+03,4.0868D+03,6.7499D+03,6.8719D+03,6.9969D+
     $03,7.1259D+03,7.2579D+03,7.3976D+03,7.6889D+03,7.8351D+03,7.9871D+
     $03,8.1439D+03,8.6629D+03,8.8186D+03,8.9771D+03,9.1426D+03,1.0076D+
     $04,1.0256D+04,1.0636D+04,1.0832D+04,2.2843D+04,2.3213D+04,2.3599D+
     $04,2.4009D+04,2.7978D+04,2.8479D+04,2.9289D+04,2.9808D+04,1.1764D+
     $05,1.2123D+05/
C     Z = 89
      DATA (EIP(I),I=4005,4094)/227.000D0,6.9000D+00,1.2100D+01,2.0000D+
     101,4.9000D+01,6.2000D+01,7.6000D+01,9.5000D+01,1.0900D+02,1.2300D+
     202,1.6400D+02,1.9276D+02,2.8105D+02,3.0672D+02,3.3162D+02,3.5678D+
     302,3.8217D+02,4.0973D+02,4.4666D+02,4.7554D+02,5.0572D+02,5.3674D+
     402,6.5506D+02,6.8558D+02,7.1776D+02,7.4932D+02,8.4749D+02,8.8309D+
     502,9.2199D+02,1.0202D+03,1.2511D+03,1.2972D+03,1.3434D+03,1.3924D+
     603,1.4426D+03,1.4937D+03,1.5467D+03,1.5998D+03,1.6681D+03,1.7251D+
     703,1.7831D+03,1.8431D+03,1.9032D+03,1.9661D+03,2.3239D+03,2.3871D+
     803,2.4521D+03,2.5173D+03,2.5863D+03,2.6553D+03,2.7744D+03,2.8466D+
     903,2.9206D+03,2.9964D+03,3.2879D+03,3.3649D+03,3.4422D+03,3.5204D+
     $03,3.8657D+03,3.9531D+03,4.1708D+03,4.2576D+03,6.9269D+03,7.0529D+
     $03,7.1819D+03,7.3149D+03,7.4509D+03,7.5953D+03,7.9159D+03,8.0666D+
     $03,8.2231D+03,8.3844D+03,8.9199D+03,9.0798D+03,9.2421D+03,9.4118D+
     $03,1.0476D+04,1.0661D+04,1.1057D+04,1.1260D+04,2.3538D+04,2.3888D+
     $04,2.4256D+04,2.4651D+04,2.8801D+04,2.9291D+04,3.0141D+04,3.0651D+
     $04,1.2070D+05,1.2460D+05/
C     Z = 90
      DATA (EIP(I),I=4095,4185)/232.047D0,6.9500D+00,1.2000D+01,2.0000D+
     101,2.9200D+01,6.5000D+01,8.0000D+01,9.4000D+01,1.1500D+02,1.3000D+
     202,1.4500D+02,2.1200D+02,2.3060D+02,3.2470D+02,3.4780D+02,3.7150D+
     302,3.9620D+02,4.2150D+02,4.4790D+02,4.8610D+02,5.1440D+02,5.4360D+
     402,5.7320D+02,7.0170D+02,7.3330D+02,7.6650D+02,7.9900D+02,9.0720D+
     502,9.4360D+02,9.7520D+02,1.0820D+03,1.2960D+03,1.3440D+03,1.3920D+
     603,1.4430D+03,1.4950D+03,1.5480D+03,1.6030D+03,1.6580D+03,1.7300D+
     703,1.7890D+03,1.8490D+03,1.9110D+03,1.9730D+03,2.0380D+03,2.4050D+
     803,2.4700D+03,2.5370D+03,2.6040D+03,2.6750D+03,2.7460D+03,2.8740D+
     903,2.9480D+03,3.0240D+03,3.1020D+03,3.4020D+03,3.4810D+03,3.5600D+
     $03,3.6400D+03,4.0250D+03,4.1150D+03,4.3410D+03,4.4300D+03,7.1070D+
     $03,7.2370D+03,7.3700D+03,7.5070D+03,7.6470D+03,7.7960D+03,8.1460D+
     $03,8.3010D+03,8.4620D+03,8.6280D+03,9.1800D+03,9.3440D+03,9.5100D+
     $03,9.6840D+03,1.0880D+04,1.1070D+04,1.1480D+04,1.1690D+04,2.4240D+
     $04,2.4570D+04,2.4920D+04,2.5300D+04,2.9630D+04,3.0110D+04,3.1000D+
     $04,3.1500D+04,1.2380D+05,1.2800D+05/
C     Z = 91
      DATA (EIP(I),I=4186,4277)/231.000D0,6.0000D+00,1.1891D+01,2.1016D+
     101,3.3121D+01,4.5471D+01,7.8306D+01,9.2306D+01,1.0601D+02,1.3146D+
     202,1.4581D+02,1.6116D+02,2.1636D+02,2.3526D+02,3.3146D+02,3.5506D+
     302,3.7931D+02,4.0456D+02,4.3046D+02,4.5741D+02,4.9651D+02,5.2541D+
     402,5.5526D+02,5.8556D+02,7.1691D+02,7.4926D+02,7.8321D+02,8.1646D+
     502,9.2706D+02,9.6426D+02,1.0326D+03,1.1060D+03,1.3242D+03,1.3732D+
     603,1.4227D+03,1.4747D+03,1.5277D+03,1.5822D+03,1.6382D+03,1.6947D+
     703,1.7682D+03,1.8282D+03,1.8897D+03,1.9532D+03,2.0167D+03,2.0832D+
     803,2.4582D+03,2.5247D+03,2.5932D+03,2.6617D+03,2.7342D+03,2.8067D+
     903,2.9377D+03,3.0137D+03,3.0912D+03,3.1712D+03,3.4777D+03,3.5582D+
     $03,3.6392D+03,3.7212D+03,4.1162D+03,4.2067D+03,4.4377D+03,4.5287D+
     $03,7.2660D+03,7.3980D+03,7.5340D+03,7.6740D+03,7.8175D+03,7.9695D+
     $03,8.3275D+03,8.4865D+03,8.6510D+03,8.8205D+03,9.3850D+03,9.5525D+
     $03,9.7225D+03,9.9005D+03,1.1123D+04,1.1318D+04,1.1738D+04,1.1953D+
     $04,2.4782D+04,2.5117D+04,2.5477D+04,2.5867D+04,3.0292D+04,3.0782D+
     $04,3.1692D+04,3.2207D+04,1.2709D+05,1.3024D+05/
C     Z = 92
      DATA (EIP(I),I=4278,4370)/238.040D0,6.1200D+00,1.1450D+01,1.7920D+
     101,3.1120D+01,4.7330D+01,6.2830D+01,9.2700D+01,1.0570D+02,1.1910D+
     202,1.4900D+02,1.6270D+02,1.7840D+02,2.2180D+02,2.4100D+02,3.3930D+
     302,3.6340D+02,3.8820D+02,4.1400D+02,4.4050D+02,4.6800D+02,5.0800D+
     402,5.3750D+02,5.6800D+02,5.9900D+02,7.3320D+02,7.6630D+02,8.0100D+
     502,8.3500D+02,9.4800D+02,9.8600D+02,1.0910D+03,1.1310D+03,1.3540D+
     603,1.4040D+03,1.4550D+03,1.5080D+03,1.5620D+03,1.6180D+03,1.6750D+
     703,1.7330D+03,1.8080D+03,1.8690D+03,1.9320D+03,1.9970D+03,2.0620D+
     803,2.1300D+03,2.5130D+03,2.5810D+03,2.6510D+03,2.7210D+03,2.7950D+
     903,2.8690D+03,3.0030D+03,3.0810D+03,3.1600D+03,3.2420D+03,3.5550D+
     $03,3.6370D+03,3.7200D+03,3.8040D+03,4.2090D+03,4.3000D+03,4.5360D+
     $03,4.6290D+03,7.4280D+03,7.5620D+03,7.7010D+03,7.8440D+03,7.9910D+
     $03,8.1460D+03,8.5120D+03,8.6750D+03,8.8430D+03,9.0160D+03,9.5930D+
     $03,9.7640D+03,9.9380D+03,1.0120D+04,1.1370D+04,1.1570D+04,1.2000D+
     $04,1.2220D+04,2.5330D+04,2.5670D+04,2.6040D+04,2.6440D+04,3.0960D+
     $04,3.1460D+04,3.2390D+04,3.2920D+04,1.3040D+05,1.3250D+05/
C
C
C     ******************************************************************
C     LIBRARY OF ANALYTICAL EOS
C
C     THE FOLLOWING ARE EXAMPLES FOR ILLUSTRATIVE PURPOSES
C    DATA MIGHT NOT BE THE BEST AVAILABLE
C
      DATA NUMTAB/9/
C     DRY AIR       SC-RR-70-28
      DATA NAMTAB(1)/'AIR, dry/no molecules'/
      DATA ITABLE(1),ITABPL(1),ITABTY(1)/1,1,0/
      DATA (DTAB(I),I=1,30)/3.,2.,0.00123,21*0.,7.,.78455,8.,.21075
     1 ,18.,.0047/
C     GOLD          SC-RR-70-28
      DATA NAMTAB(2)/'GOLD [obsolete]'/
      DATA ITABLE(2),ITABPL(2),ITABTY(2)/2,31,0/
      DATA (DTAB(I),I=31,56)/1.,4.,19.3,0.,0.,1.75E12,3.054,.01551
     1  ,0.,2.,1.45E10,.1151,12*0.,79.,1./
C     ALUMINUM      SC-RR-70-28
      DATA NAMTAB(3)/'ALUMINUM [obsolete]'/
      DATA ITABLE(3),ITABPL(3),ITABTY(3)/3,57,0/
      DATA (DTAB(I),I=57,82)/1.,4.,2.7,0.,0.,7.63E11,2.06,.0343
     1  ,-1.,2.,1.2E11,.08,12*0.,13.,1./
C     BERYLLIUM     SC-RR-70-28
      DATA NAMTAB(4)/'BERYLLIUM [obsolete]'/
      DATA ITABLE(4),ITABPL(4),ITABTY(4)/4,83,0/
      DATA (DTAB(I),I=83,108)/1.,4.,1.845,0.,0.,-7.97E5,1.17
     1   ,.09995,1.091,2.,3.69E11,.134,12*0.,4.,1./
C     IRON  130 KBAR PHASE TRANSITION   SC-RR-70-28
      DATA NAMTAB(5)/'IRON 130PT [obsolete]'/
      DATA ITABLE(5),ITABPL(5),ITABTY(5)/5,109,0/
      DATA (DTAB(I),I=109,134)/1.,4.,7.85,0.,0.,1.93E12,1.75
     1  ,0.,0.,2.,7.3E10,.282,5*0.,8.36,8.75,1.12E11,2.3E12,5.E12
     2  ,2*0.,26.,1./
C     ALUMINUM WITH MELT TRANSITION AND CONDUCTION
      DATA NAMTAB(6)/'ALUMINUM/melt [obsolete]'/
      DATA ITABLE(6),ITABPL(6),ITABTY(6)/6,135,0/
      DATA (DTAB(I),I=135,160)/1.,4.,2.7,0.,0.,7.63E11,2.06
     1 ,.0343,-1.,2.,1.2E11,-6.639E9,3.5E12,.8,2.7E11,0.,2.305,5*0.
     2 ,3.98E9,.924,13.,1./
C     LEAD WITH MELT TRANSITION AND CONDUCTION
      DATA NAMTAB(7)/'LEAD/melt [obsolete]'/
      DATA ITABLE(7),ITABPL(7),ITABTY(7)/7,161,0/
      DATA (DTAB(I),I=161,186)/1.,4.,11.35,0.,0.,-2.051E5,2.77
     1  ,.0076,1.46,2.,9.5E9,-4.08E8,2.E12,0.,4.E10,0.,9.94,5*0.
     2  ,2.30E8,.967,82.,1./
C     BERYLLIUM WITH MELT TRANSITION AND CONDUCTION
      DATA NAMTAB(8)/'BE/melt [obsolete]'/
      DATA ITABLE(8),ITABPL(8),ITABTY(8)/8,187,0/
      DATA (DTAB(I),I=187,212)/1.,4.,1.851,0.,0.,-7.998E5,1.16
     1  ,.09995,1.124,2.,3.69E11,-3.68E10,0.,0.,2.9E10,-.54347,6*0.
     2  ,1.3E10,0.,4.,1./
C     COPPER WITH MELT TRANSITION AND CONDUCTION
      DATA NAMTAB(9)/'COPPER/melt [obsolete]'/
      DATA ITABLE(9),ITABPL(9),ITABTY(9)/9,213,0/
      DATA (DTAB(I),I=213,238)/1.,4.,8.94,0.,0.,-3.94E5,1.99
     1  ,.0271,1.489,2.,5.25E10,-4.637E9,6.E12,.7,4.4E11,7*0.
     2  ,2.055E9,-8.217,29.,1./
C
       END
C
C
       SUBROUTINE ANDEBY(THETA,TK,D,D2,DS)
C
C***********************************************************************
C
C     ANEOS PACKAGE         EVALUATES DEBYE FUNCTIONS
C
C************************************** 8/87 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
       SAVE /FILEOS/
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (SIX=6.D0)
       PARAMETER (QCG1=0.1D0)
       PARAMETER (QCG2=0.375D0)
       PARAMETER (QCG3=0.05D0)
       PARAMETER (QCG4=5.952380953D-4)
       PARAMETER (QCG5=7.25D0)
       PARAMETER (QCG6=0.0946173D0)
       PARAMETER (QCG7=4.432582D0)
       PARAMETER (QCG8=85.07724D0)
       PARAMETER (QCG9=800.6087D0)
       PARAMETER (QCG10=3953.632D0)
       PARAMETER (QCG11=15.121491D0)
       PARAMETER (QCG12=143.155337D0)
       PARAMETER (QCG13=682.0012D0)
       PARAMETER (QCG14=3953.632D0)
       PARAMETER (QCG15=25.D0)
       PARAMETER (QCG16=6.493939402D0)
C
       X=THETA/TK
       EXX=EXP(-X)
       IF(X.GT.QCG1) GO TO 5
         X2=X*X
         D=ONE-QCG2*X+X2*(QCG3-QCG4*X2)
         GO TO 25
    5  IF(X-QCG5) 10,10,13
   10  D=((((QCG6*X-QCG7)*X+QCG8)*X-QCG9)*X+QCG10)
     1     /((((X+QCG11)*X+QCG12)*X+QCG13)*X+QCG14)
       GO TO 25
   13  N=QCG15/X
       D=ZERO
       IF (N.LE.0) GO TO 20
       D2=ONE
         DO 15 I=1,N
         DS=I
         D2=D2*EXX
         X3=DS*X
   15    D=D+D2*(SIX+X3*(SIX+X3*(THREE+X3)))/(DS**4)
   20  D=THREE*(QCG16-D)/(X**3)
   25  D2=LOG(ONE-EXX)
       DS=THREE*(D-X*(EXX/(ONE-EXX)))
       RETURN
       END
C
C
       SUBROUTINE ANE2PH (T,R,MAT,P,E,S,CV,DPDT,DPDR,LOC,KPA)
C
C***********************************************************************
C
C     ANEOS PACKAGE      EVALUATES THERMODYNAMIC FUNCTIONS
C                        IN THE LIQUID-VAPOR AND SOLID-VAPOR REGIONS
C
C************************************* 10/88 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       COMMON /ANE2/ CRHS2P,CRLS2P,ZBAR,FKROS
       COMMON /BNES/ PM,EM,SM,CVM,DPDTM,DPDRM
       COMMON /FNES/ CMLT7,ACK46
       COMMON /MIX/FM1,FM2

c melt fm1 and vapor fm2 fraction by mass by HJM

C     vector buffer size
       PARAMETER (MATBUF=64)
C     the following contains sqrt(t(i)) for vector aneos entry
C     ipsqts points to current value
       COMMON /ANESQT/ SQTS(MATBUF),IPSQTS
C     counters for aneos package
       PARAMETER (KDIMTR=15)
       COMMON /ANCNTR/ LNKNTR(MAXMAT+1,KDIMTR),LTKNTR,MATKTR
       SAVE /FILEOS/,/ANES/,/ANE2/,/BNES/,/FNES/,/ANCNTR/,/MIX/
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (ATHIRD=1.D0/3.D0)
       PARAMETER (SLP=1.03D0)
       PARAMETER (QCH1=0.995D0)
       PARAMETER (QCH2=1.D0-QCH1)
C
C     find temperature interval in stored 2 phase tables
C
c       write(*,*) 'In ane2ph.f'

       K1=LOCKP(MAT)
       KJ=LOCKPL(MAT)
   10    KK=(K1+KJ)/2
         IF(K1.NE.KK) THEN
           IF(T.GT.TTWO(KK)) THEN
             KJ=KK
           ELSE
             K1=KK
           END IF
           GO TO 10
         END IF
       TL=TTWO(KJ)
       TU=TTWO(KK)
     
       IF (KK.GT.LOCKP(MAT)) GO TO 30
       X1=((TU-T)/(TU-TL))**ATHIRD
       R1=RSOL(KK)+(RSOL(KJ)-RSOL(KK))*X1
       
       IF (R.GE.SLP*R1) GO TO 40
       R2=RVAP(KK)-(RVAP(KK)-RVAP(KJ))*X1
       
       IF (R.LE.R2) GO TO 40
       R1P=(RSOL(KK)-RSOL(KJ))*X1/(THREE*(TU-T))
       R2P=(RVAP(KK)-RVAP(KJ))*X1/(THREE*(TU-T))
       GO TO 50
   30  DT=TU-TL
       R1=((T-TL)*RSOL(KK)+(TU-T)*RSOL(KJ))/DT
       
       IF (R.GE.SLP*R1) GO TO 40
       R2=((T-TL)*RVAP(KK)+(TU-T)*RVAP(KJ))/DT

       IF (R.GT.R2) GO TO 50

C
C     not in 2 phase region
C

   40  KPA=1
       GO TO 180
C
   50  KPA=2
       CALL ANEOS1 (T,R2,P2,E2,S2,CV2,DPDT2,DPDR2,LOC)
       LNKNTR(MATKTR,12)=LNKNTR(MATKTR,12)+1
       FK2=FKROS
       CRHS2P=ZBAR
       IF (R.LE.R1) GO TO 60
       CALL ANEOS1 (T,R,P,E,S,CV,DPDT,DPDR,LOC)
       LNKNTR(MATKTR,12)=LNKNTR(MATKTR,12)+1
       IF (P.GE.P2) GO TO 40
       CALL ANEOS1 (T,R1,P1,E1,S1,CV1,DPDT1,DPDR1,LOC)
       LNKNTR(MATKTR,12)=LNKNTR(MATKTR,12)+1
       P=P2
       DPDR=ZERO
       DPDT=(S2-S1)*(R1*R2)/(R1-R2)
       R1=R
       GO TO 170
C
C     see if we are also in melt region
C
   60  IF (ACK46) 110,110,70
   70  IF (TU-ACK(LOC+18)) 80,90,110
   80  CMLT7=-ONE
       CALL ANEOS1 (T,R1,P1,E1,S1,CV1,DPDT1,DPDR1,LOC)
       LNKNTR(MATKTR,12)=LNKNTR(MATKTR,12)+1
       FK1=FKROS
       CMLT7=ZERO
       GO TO 120
   90  K9=0
C     FATAL FLAG SET TO STOP IN ANELSM
       CALL ANELSM(T,R1,X1,X2,LOC,K9)
       LNKNTR(MATKTR,10)=LNKNTR(MATKTR,10)+1
       IF(K9-2) 80,100,110
  100  P1=PM
       E1=EM
       S1=SM
       CV1=CVM
       DPDT1=DPDTM
       DPDR1=DPDRM
       FK1=FKROS
       GO TO 120
  110  CALL ANEOS1 (T,R1,P1,E1,S1,CV1,DPDT1,DPDR1,LOC)
       LNKNTR(MATKTR,12)=LNKNTR(MATKTR,12)+1
       FK1=FKROS
  120  X3=R1-R2
       X1=(R1-R)/X3
       X2=(R-R2)/X3
       FM1=R1*X2/R
       FM2=R2*X1/R
c       write(*,*) 'melt and vapor fractions: ',fm1,fm2
       E=FM1*E1+FM2*E2
       S=FM1*S1+FM2*S2
       FKROS=FM1*FK1+FM2*FK2
       ZBAR=FM1*CRHS2P+FM2*ZBAR
       IF (P1.LE.P2) GO TO 130
       DPDR=QCH1*R1+QCH2*R2
       IF (R.LE.DPDR) GO TO 130
       X4=R1-DPDR
       P=(P1*(R-DPDR)+P2*(R1-R))/X4
       DPDR=(P1-P2)/X4
       GO TO 140
  130  P=P2
       DPDR=ZERO
  140  DPDT=(S2-S1)*R1*R2/X3
       IF (KK.NE.LOCKP(MAT)) THEN
         X4=(RVAP(KK)-RVAP(KJ))/DT
         X5=(RSOL(KK)-RSOL(KJ))/DT
       ELSE
         X4=R2P
         X5=R1P
       END IF
       X3=-(R1*X1*X4+R2*X2*X5)/(R*X3)
       X1=CV1+(P1-T*DPDT1)*X5/R1**2
       X2=CV2+(P2-T*DPDT2)*X4/R2**2
       CV=X3*(E1-E2)+FM1*X1+FM2*X2
  170  CRHS2P=R1
       CRLS2P=R2
  180  CONTINUE
       RETURN
       END
C
C
       SUBROUTINE ANEI3 (ARG,EXPARG,ANS)
C
C***********************************************************************
C
C     ANEOS PACKAGE          DETERMINES THIRD EXPONENTIAL INTEGRAL
C     EXPARG=EXP(-ARG)       EXPIN=FIRST EXPONENTIAL INTEGRAL
C
C************************************** 8/87 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       DIMENSION CE(5)
       PARAMETER (ZERO=0.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (CEO=-.57721566D0)
       PARAMETER (AE1=8.5733287D0)
       PARAMETER (AE2=18.059017D0)
       PARAMETER (AE3=8.6347609D0)
       PARAMETER (AE4=.26777373D0)
       PARAMETER (BE1=9.5733223D0)
       PARAMETER (BE2=25.632956D0)
       PARAMETER (BE3=21.099653D0)
       PARAMETER (BE4=3.9584969D0)
       PARAMETER (QCF=100.D0)
       DATA (CE(I),I=1,5)
     1 /.99999193D0,-.24991055D0,.05519968D0,-.00976004D0,.00107857D0/
       IF (ARG.GT.ONE) GO TO 20
       EXPIN=CEO-LOG(ARG)
       X1=ONE
         DO 10 I=1,5
         X1=ARG*X1
   10    EXPIN=EXPIN+X1*CE(I)
       GO TO 40
   20  IF (ARG.LT.QCF) GO TO 30
         EXPIN=ZERO
         GO TO 40
   30  EXPIN=EXPARG*(((((ARG+AE1)*ARG+AE2)*ARG+AE3)*ARG+AE4)/
     1       (ARG*((((ARG+BE1)*ARG+BE2)*ARG+BE3)*ARG+BE4)))
   40  ANS=HALF*(EXPARG-ARG*(EXPARG-ARG*EXPIN))
       RETURN
       END
C
C
       SUBROUTINE ANEINI
C
C***********************************************************************
C
C     This routine should only be used if aneos is used WITHOUT the
C     tabular EOS routines and under multitasking conditions.
C     A call to this routine should be made when starting a new task.
C     It sets a few variables in task common.
C
C************************************** 8/89 slt ***********************
C
C     multitasking note - In multitasking mode, the following commons
C     should be task common. Each time a new task is started,
C     routine ANEINI should be called.
C
C     Other task common save answers and return answers.
C
C     The following aneos common should be task common
C       /ANE2/ /BNES/ /FNES/ /ANZB/ /ANZLTF/ /ANEEL/ /ANESQT/
C
C     The following aneos common have call counters that will not
C     give an accurate count in multitask mode. This can be fixed
C       /ANCNTR/           with critical statements in the code
C                          if desired. Values are for print only.
C
C     The following task common should be included in the calling
C     routine.    /MIXCON/ /ANZLTF/
C
C***********************************************************************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /MIXCON/  RHOMPH(MAXMAT),RHOMPL(MAXMAT),IPEOS
       SAVE   /MIXCON/
       COMMON /ANZLTF/ ZLTOMF
       IPEOS=1
       ZLTOMF=-1.
       RETURN
       END
C
C
       SUBROUTINE ANELSM (T,RHO,RL,RS,L,IERR)
C
C***********************************************************************
C
C     ANEOS PACKAGE  SOLID-LIQUID TWO-PHASE MAXWELL CONSTRUCTION (MELT)
C
C************************************** 8/87 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       COMMON /ANE2/ CRHS2P,CRLS2P,ZBAR,FKROS
       COMMON /BNES/ PM,EM,SM,CVM,DPDTM,DPDRM
       COMMON /FNES/ CMLT7,ACK46
C     vector buffer size
       PARAMETER (MATBUF=64)
C     the following contains sqrt(t(i)) for vector aneos entry
C     ipsqts points to current value
       COMMON /ANESQT/ SQTS(MATBUF),IPSQTS
C     counters for aneos package
       PARAMETER (KDIMTR=15)
       COMMON /ANCNTR/ LNKNTR(MAXMAT+1,KDIMTR),LTKNTR,MATKTR
       SAVE   /FILEOS/,/ANES/,/ANE2/,/BNES/,/FNES/,/ANCNTR/
       CHARACTER*75 ERRMES
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (QCI1=0.05D0)
       PARAMETER (QCI2=0.99D0)
       PARAMETER (QCI3=1.01D0)
       PARAMETER (QCI4=0.02D0)
       PARAMETER (QCI5=1.04D0)
       PARAMETER (QCI6=1.D-7)
       PARAMETER (QCI7=0.1D0)
       PARAMETER (QCI8=1.00001D0)
C
       NP=0
       IF (ACK(L+72)) 10,50,10
   10  IF (IERR-1) 50,20,30
   20  NP=1
       GO TO 70
   30  IF (IERR.EQ.3) GO TO 40
       NP=2
       IF (T-ACK(L+18)) 70,70,90
   40  NP=3
       GO TO 70
   50  IF (T-ACK(L+18)) 60,60,80
   60  IF (RHO.GE.ACK46) GO TO 250
       IF (RHO.LT.ACK(L+23)) GO TO 260
       IF (T.LT.ACK(L+49)) GO TO 250
   70  RL=ACK(L+47)
       RS=ACK46
       GO TO 120
   80  IF((RHO.LE.ACK(L+47)).OR.(T.GE.ACK(L+48))) GO TO 260
   90  RL=ACK(L+47)+(T-ACK(L+18))/ACK(L+50)
       IF (RHO.LE.RL) GO TO 260
       RS=RL*ACK46/ACK(L+47)
       IF (ACK(L+72)) 120,100,120
  100  IF (T.GT.ACK(L+52)) GO TO 110
       SS46=ACK(L+18)+ACK(L+51)*(RHO-ACK(L+11))
       IF (T.LT.SS46) GO TO 250
  110  IF (RHO.LE.RS) GO TO 120
       GSX=QCI1
       RL=QCI2*RHO
       RS=QCI3*RHO
       GO TO 130
  120  GSX=QCI4
  130  IERR=0
       SS46=ACK(L+46)
  140  ACK46=ZERO
       CALL ANEOS1 (T,RS,PS,ES,SS,CVS,DPDTS,DPDRS,L)
       LNKNTR(MATKTR,13)=LNKNTR(MATKTR,13)+1
       FKS=FKROS
       ACK46=SS46
       IF (DPDRS.LE.ZERO) GO TO 300
       CALL ANEOS1 (T,RL,PL,EL,SL,CVL,DPDTL,DPDRL,L)
       LNKNTR(MATKTR,13)=LNKNTR(MATKTR,13)+1
       IF (DPDRL.LE.ZERO) GO TO 300
       X1=PL-PS
       GL=EL-T*SL+PL/RL
       GS=ES-T*SS+PS/RS
       X2=GL-GS
       DRL=DPDRS*(ONE/RS-ONE/RL)
       IF (DRL.EQ.ZERO) GO TO 270
       DRS=(X2-X1/RL)/DRL
       DRL=(DRS*DPDRS-X1)/DPDRL
       IF (ACK(L+72)) 210,150,210
  150  IF (QCI5*RS-RHO) 160,210,180
  160  IF (DRL) 170,210,210
  170  IF (DRS) 250,210,210
  180  IF (RL-QCI5*RHO) 210,210,190
  190  IF (DRL) 210,210,200
  200  IF (DRS) 210,210,260
  210  ADRS=ABS(DRS)
       ADRL=ABS(DRL)
       IF (ADRS.GT.QCI6*RS) GO TO 220
       IF (ADRL.LE.QCI6*RL) GO TO 240
  220  IF (IERR.LT.400) GO TO 230
       DRS=QCI7*DRS
       DRL=QCI7*DRL
       IF (IERR.GT.500) GO TO 280
  230  GL=GSX*RS
       IF (ADRS.GT.GL) DRS=SIGN(GL,DRS)
       GL=GSX*RL
       IF (ADRL.GT.GL) DRL=SIGN(GL,DRL)
       RS=RS+DRS
       RL=RL+DRL
       IF (RS.LE.RL) RS=QCI8*RL
       IERR=IERR+1
       GO TO 140
  240  NERR=IERR
       IF (RHO.LE.RL) GO TO 260
       IF (RHO.GE.RS) GO TO 250
       IERR=2
       GO TO 310
  250  IERR=1
       GO TO 320
  260  IERR=3
       GO TO 320
  270  IERR=-1
       GO TO 290
  280  IERR=-2
  290  CALL ANMARK('FATAL ERROR IN ANELSM  IERR=')
  330  FORMAT (I3,1P6E12.5)
       WRITE(ERRMES,330) IERR,T,RHO,RS,RL,DRS,DRL
       CALL ANMARK(ERRMES)
       IF (NP.GE.1) GO TO 340
       CALL ANMARK('300 IN ANELSM')
       STOP
  300  IERR=-4
       IF (NP.LE.2) GO TO 290
       IERR=-3
       GO TO 340
C
C     IN LIQUID-SOLID REGION HERE
C
  310  X2=RHO*(RS-RL)
       DRS=RS*(RHO-RL)/X2
       DRL=RL*(RS-RHO)/X2
       DPDTM=(SL-SS)*((RS*RL)/(RS-RL))
       DRLDT=(DPDTM-DPDTL)/DPDRL
       DRSDT=(DPDTM-DPDTS)/DPDRS
       X1=-RHO*(RL*(RHO-RL)*DRSDT+RS*(RS-RHO)*DRLDT)/X2**2
       EM=DRS*ES+DRL*EL
       SM=DRS*SS+DRL*SL
       FKROS=DRS*FKS+DRL*FKROS
       CVM=X1*(ES-EL)+DRS*(CVS+(PS-T*DPDTS)*DRSDT/RS**2)
     1    +DRL*(CVL+(PL-T*DPDTL)*DRLDT/RL**2)
       DPDRM=ZERO
       PM=DRS*PS+DRL*PL
       CRHS2P=RS
       CRLS2P=RL
  320  IF (NP.EQ.2) IERR=NERR
  340  CONTINUE
       RETURN
       END
C
C * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
C * * * * *        DOUBLE PRECISION ANEOS PACKAGE             * * * * *
C * * * * * * * * * *         WARNING               * * * * * * * * * *
C *  ALL REAL VARIABLES (LOCAL, COMMON AND ARGUMENT) ARE TYPE DOUBLE  *
C * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
C
      SUBROUTINE ANEOS(T,RHO,P,E,S,CV,DPDT,DPDR,FKRO,CS,KPA,MAT,FME,FVA)
C
C***********************************************************************
C
C     ANEOS PACKAGE - RUNNING ENTRY POINT - SINGLE PRECISION ENTRY
C     See ANEOSV for argument list
C
C************************************** 9/89 version slt ***************
C
C     ANEOS ARGUMENTS
C Edited by RMC 10-01 to send in one-dimensional arrays to ANEOSV
c (eg, TQQ)
c prior to this, aneosv was not receiving input values correctly as
c double precision numbers (e.g., T)

       IMPLICIT DOUBLE PRECISION (A-H,O-Z) 
       DOUBLE PRECISION t,rho,p,E,S,CV,DPDT,DPDR,FKRO,CS,fme,fva
       PARAMETER (NUMQQ=1)
       DIMENSION TQQ(NUMQQ),RHOQQ(NUMQQ),MATQQ(NUMQQ)
       DIMENSION PQQ(NUMQQ),EQQ(NUMQQ),SQQ(NUMQQ),CVQQ(NUMQQ)
       DIMENSION DPDTQQ(NUMQQ),DPDRQQ(NUMQQ),FKROQQ(NUMQQ),CSQQ(NUMQQ)
       DIMENSION KPAQQ(NUMQQ),R2PLQQ(NUMQQ),R2PHQQ(NUMQQ),ZBARQQ(NUMQQ)
       COMMON /MIX/FM1,FM2       
       COMMON /FILEOS/ KLST, KINP
c
       TQQ(1)= T
       RHOQQ(1)= RHO
       MATQQ(1) = MAT
       KPAQQ(1) = KPA

  
       CALL ANEOSV (1,TQQ,RHOQQ,MATQQ,
     &  PQQ,EQQ,SQQ,CVQQ,DPDTQQ,DPDRQQ,FKROQQ,CSQQ,KPAQQ,R2PLQQ,R2PHQQ,
     &  ZBARQQ)
c
       P=PQQ(1)
       E=EQQ(1)
       S=SQQ(1)
       CV=CVQQ(1)
       DPDT=DPDTQQ(1)
       DPDR=DPDRQQ(1)
       FKRO=FKROQQ(1)
       CS=CSQQ(1)
       KPA = KPAQQ(1)
       FME = fm1
       FVA = fm2

       RETURN
       END
C
C
       SUBROUTINE ANEOS1 (T,RHO,P,E,S,CV,DPDT,DPDR,L)
C
C**********************************************************************
C
C     ANEOS PACKAGE     NUCLEAR AND COLD COMPONENTS
C
C     INPUTS (ALL UNITS CGS-EV)
C
C     T    =  TEMPERATURE
C     RHO  =  DENSITY
C     L    =  MATERIAL POINTER
C
C     For speed reasons there is one input variable in /ANESQT/
C     SQTS(ipsqts)=sqrt(t). This should be set in calling routine.
C
C     OUTPUTS (ALSO SEE /ANE2/)
C
C     P    =  PRESSURE
C     E    =  SPECIFIC ENERGY
C     S    =  SPECIFIC ENTROPY
C     CV   =  SPECIFIC HEAT CAPACITY
C     DPDT =  DP / DT
C     DPDR =  DP / DRHO
C
C************************************** 4/30/90 version slt ************
C********** 10/7/99 MODIFIED FOR MOLECULAR CLUSTERS BY HJM *************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
C                    inputs
       COMMON /ANEEL/ TEVX,RHOX,ABARX,ZBARM,T32X,FNX
     &  ,PE,EE,SE,CVE,DPTE,DPRE
     &  ,NMATSX,IIZX
       COMMON /ANE2/ CRHS2P,CRLS2P,ZBAR,FKROS
       COMMON /FNES/ CMLT7,ACK46
       COMMON /ANZB/ ZB(92), ZRAT
C     vector buffer size
       PARAMETER (MATBUF=64)
C     the following contains sqrt(t(i)) for vector aneos entry
C     ipsqts points to current value
       COMMON /ANESQT/ SQTS(MATBUF),IPSQTS
C     counters for aneos package
       PARAMETER (KDIMTR=15)
       COMMON /ANCNTR/ LNKNTR(MAXMAT+1,KDIMTR),LTKNTR,MATKTR
C     following aneos1 variables are for aneos2 edit only
       COMMON /ANEDIS/ GAMMA,PSI,THETA
       COMMON /ANGEL/ W,Y,ALFA,BETA,DADT,DADR,DBDT,ZZ,ET
     &               ,EN,PN,PM,EM,SM,CVM
       SAVE   /FILEOS/,/ANES/,/ANE2/,/FNES/,/ANCNTR/,
     & /ANZB/,/ANEEL/,/ANEDIS/
       DIMENSION XXA(3)
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (ATHIRD=1.D0/3.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (FOUR=4.D0)
       PARAMETER (FIVE=5.D0)
       PARAMETER (THALF=3.D0/2.D0)
       PARAMETER (FLGJWL=0.0252525D0)
C      PARAMETER (QCC1=1.D-10)    !SUPPLIED VALUE DOES NOT WORK WELL ON MAC
       PARAMETER (QCC1=1.D-6)
       PARAMETER (QCC2=0.2D0)
       PARAMETER (QCC3=30.D0)
       PARAMETER (QCC4=20.D0)
       PARAMETER (QCC5=1.D-5)
       PARAMETER (QCC6=1.D5)
       PARAMETER (QCC7=2.5D0)
       PARAMETER (QCC8=0.07D0)
       PARAMETER (QCC9=0.5D11)
       PARAMETER (QCC10=0.4D0)
       PARAMETER (QCC11=6.18D7)
       PARAMETER (QCC12=1.41421356D0)
       PARAMETER (QCC13=0.34657359D0)
       PARAMETER (QCC14=416.D0)
       PARAMETER (QCC15=1.D8)
       PARAMETER (QCC16=1.D0)
CHJM
       PARAMETER (QCC17=100.D0)        !LIMIT ON SIZE OF EXPONENTIAL
CHJM
C
       NTYPE=NINT(ACK(L+30))
C
C     test for mixed-phase jwl
C
       IF (ACK(L+25).EQ.FLGJWL) GO TO 806
C
       FT=BOLTS*ACK(L+27)
CHJM
CHJM  compute auxiliary quantities to describe molecular clusters
CHJM

CRMC  11-4-01  I think that we 
CRMC  need to set em and pm to zero to initialize; if molecular
CRMC  material is used, then these are reset to correct values.
CRMC  For non-molecular materials, em and pm won't contribute
CRMC  Need to verify that em and pm are only for molecular materials 
CRMC  (and not for iron, e.g.) with HJM
CRMC  

       PM=ZERO
       EM=ZERO

CRMC
CRMC
CRMC

       ZZ=ONE
       IF(ACK(L+80).NE.ZERO) THEN
         ET=ACK(L+80)/T
	TPWR=HALF+ACK(L+81)
	ARG=ACK(L+79)*(T**TPWR)/RHO
	IF(ET.GT.QCC17) THEN
	  Y=ZERO
	ELSE
           Y=ARG*EXP(-ET)
	ENDIF
         SQY=DSQRT(Y)
         IF(Y.LT.1.D2) THEN
           G=DSQRT(TWO+Y)-SQY
           W=G*SQY
         ELSE
           Z=ONE/Y
     	  W=ONE-(HALF-(HALF-(0.625D0-(0.875D0-1.3125*Z)
     &                                *Z)*Z)*Z)*Z
	  G=W/SQY
         ENDIF
	IF(ET.GT.QCC17) THEN
	  ZZ=(TWO*ARG*EXP(ONE-W))**ATHIRD
	ELSE
	  ZZ=(W**(TWO*ATHIRD))*EXP(ATHIRD*(ONE-W+ET))
	ENDIF
         H1=(TWO-W)*(ONE-W)/(THREE*G*(SQY+G))
         H2=G/(G+SQY)-TWO*(G+Y*G-SQY)/(G*(TWO-W))
         ALFA=THALF*H1
         BETA=H1*(TPWR+ET)-ATHIRD*ET
         DBDT=H1*(H2*(TPWR+ET)**2-ET)+ATHIRD*ET
         DADT=THALF*H1*H2*(TPWR+ET)
         DADR=-THALF*H1*H2
       ENDIF
CHJM
       IF (NTYPE.EQ.2) THEN
C
C       type 2
C
         DPDR=FT*T
         E=THALF*DPDR
         P=DPDR*RHO
         CV=THALF*FT
         DPDT=RHO*FT
         S=FT*(THALF*LOG(T/ACK(L+13))-LOG(RHO)+QCC7)
         GO TO 170
       ELSEIF (RHO.LE.QCC1) THEN
C
C       other types at very low density--treat as a perfect gas with no
C                                        cold contribution
C
         P=RHO*FT*T
         E=ACK(L+10)+THALF*FT*T
         CV=THALF*FT
         DPDT=RHO*FT
         DPDR=FT*T
         S=FT*(THALF*LOG(T/ACK(L+13))-LOG(RHO)+QCC7)
CHJM
CHJM      modified for molecular clusters
CHJM
         IF(ACK(L+80).NE.ZERO) THEN
         
	  PM=-P*ALFA
          EM=-THALF*FT*T*BETA
	  SM=-THALF*FT*(LOG(ZZ)+BETA)
	  CVM=-CV*(BETA+DBDT)
          P=P+PM
	  E=E+EM
	  S=S+SM
	  CV=CV+CVM
	  DPDT=DPDT*(ONE-ALFA-DADT)
	  DPDR=DPDR*(ONE-ALFA-DADR)
	ENDIF
CHJM
         GO TO 130
       END IF
C
C     all other conditions for types 0,1,3,4
C
       FTT=FT*T
       RHOO=ACK(L+11)
       RHOOO=ACK(L+19)
C
C     determine gamma, gamma derivative, theta
C     and interpolation function
C
       IF (RHO.LE.RHOO) THEN
         X2=RHO*ACK(L+16)
         X3=ACK(L+61)+ONE
         GAMMA=RHO*(ACK(L+17)+X2)+X3
         GAMP=ACK(L+17)+TWO*X2
         THETA=ACK(L+14)*EXP(RHO*(ACK(L+17)+HALF*X2))*RHO**X3
       ELSE
         X3=RHOO/RHO
         X4=ONE-X3
         X6=ONE-ACK(L+60)
         X2=ACK(L+60)*ACK(L+15)
         X1=ACK(L+24)-X2
         GAMMA=X6*X3*ACK(L+15)+X2+X1*X4**2
         GAMP=X3*(-X6*ACK(L+15)+TWO*X1*X4)/RHO
         THETA=ACK(L+25)*EXP(X6*X4*ACK(L+15)
     &       -HALF*X1*(THREE-X3*(FOUR-X3)))*(RHO/RHOO)**ACK(L+24)
       END IF
       X2=RHO/RHOOO
       X1=RHO**ATHIRD
       X3=X2**ATHIRD
       X4=X2/X3
       X6=ONE/X3
       PSI=ACK(L+13)*T*(X1/THETA)**2
CHJM
C      modification for molecular clusters
C
       PSI=PSI*ZZ
CHJM
C
C     cold compression term
C
       IF (X2.LE.ONE) THEN
C
C        computation for expanded states using modified morse potential
C
         IF(ACK(L+82).EQ.ZERO) THEN
           X5=ONE-X6
           X7=EXP(ACK(L+5)*X5)
           X8=EXP(ACK(L+6)*X5)
           P=ACK(L+4)*(X7-X8)*X4
           DPDR=P/(THALF*RHO)+ACK(L+4)*(ACK(L+5)*X7-ACK(L+6)*X8)
     &        /(THREE*X4*RHOOO)
           E=THREE*ACK(L+4)*((X7-ONE)/ACK(L+5)-(X8-ONE)/ACK(L+6))/RHOOO
CHJM
C       alternative expanded eos using lennard-jones potential
C
         ELSE
	   P=ACK(L+4)*(X2**ACK(L+5)-X2**ACK(L+6))
	   X7=ACK(L+5)-ONE
	   X8=ACK(L+6)-ONE
	   E=ACK(L+4)*((X2**X7-ONE)/X7-(X2**X8-ONE)/X8)/RHOOO
	   DPDR=ACK(L+4)*(ACK(L+5)*X2**X7-ACK(L+6)*X2**X8)/RHOOO
	ENDIF
CHJM
C
C     modify pressure to move critical point, if needed
C
           IF ((ACK(L+53).EQ.ZERO).OR.(X2.GE.ACK(L+54))) GO TO 30
             X3=X2/ACK(L+54)
             X4=ONE-X3
             X5=X4**2
             X6=ACK(L+53)*X2*X5/(FIVE*RHOOO)
             E=E-X6*X5
             P=P+ACK(L+53)*(X3-QCC2)*X4*X5*X2**2
             DPDR=DPDR-X6*(X3*(QCC3*X3-QCC4)+TWO)
   30      CONTINUE
C
       ELSE
C
C     computation for compressed states
C
         X8=ACK(L+33)*X6
         X5=EXP(-X8)
         X7=X5*ACK(L+32)
         IF ((ACK(L+1).LT.QCC16).OR.(X2.LE.ACK(L+1))) THEN
C
C         no solid-solid phase change or lower density solid phase
C

           P=X2*X4*X7-(ACK(L+34)+ACK(L+35)*X3+ACK(L+36)*X4)
           DPDR=(X7*X3*(FIVE*X3+ACK(L+33))-X6*(ACK(L+35)*X6
     &       +TWO*ACK(L+36)))/(THREE*RHOOO)
           CALL ANEI3 (X8,X5,X9)
           E=(THREE*ACK(L+32)*X4*X9+(ACK(L+34)+THALF*ACK(L+35)*X3
     &     +THREE*ACK(L+36)*X4)/X2-ACK(L+37))/RHOOO
         ELSEIF (X2.LE.ACK(L+2)) THEN
C
C         in mixed solid-solid phase change region
C

           P=ACK(L+7)
           DPDR=ZERO
           E=ACK(L+8)+P*(X2-ACK(L+1))/(RHOOO*X2*ACK(L+1))
           CRLS2P=RHOOO*ACK(L+1)
           CRHS2P=RHOOO*ACK(L+2)
         ELSE
C
C         higher density solid phase in solid-solid phase change
C

           P=X2*X4*X7-(ACK(L+38)+ACK(L+39)*X3+ACK(L+40)*X4)
           DPDR=(X7*X3*(FIVE*X3+ACK(L+33))-X6*(ACK(L+39)*X6
     &        +TWO*ACK(L+40)))/(THREE*RHOOO)
           CALL ANEI3 (X8,X5,X9)
           E=ACK(L+9)+(THREE*ACK(L+32)*X4*X9+(ACK(L+38)
     &     +THALF*ACK(L+39)*X3+THREE*ACK(L+40)*X4)/X2)/RHOOO
         END IF
       END IF
C
C     thermal terms
C
       IF ((T.GE.QCC5*ABS(THETA)).AND.(PSI.GT.QCC6)) THEN
C
C       above interpolation regions--add perfect gas terms to cold eos
C

         P=P+RHO*FTT
         E=E+THALF*FTT
         S=FT*(THALF*LOG(T/ACK(L+13))-LOG(RHO)+QCC7)
         CV=THALF*FT
         DPDT=RHO*FT
         DPDR=DPDR+FTT
CHJM
CHJM      modified for molecular clusters
CHJM
         IF(ACK(L+80).NE.ZERO) THEN
   
	  PM=-ALFA*RHO*FTT
	  EM=-THALF*FT*T*BETA
	  SM=-THALF*FT*(LOG(ZZ)+BETA)
	  CVM=-CV*(BETA+DBDT)
          P=P+PM
	  E=E+EM
	  S=S+SM
	  CV=CV+CVM
	  DPDT=DPDT*(ONE-ALFA-DADT)
	  DPDR=DPDR*(ONE-ALFA-DADR)
	ENDIF
CHJM
C
       ELSE
         IF (THETA.GE.ZERO) THEN
C
C         normal approximation of debye functions
C
           IF (ACK(L+62).EQ.ZERO) THEN
             X3=ONE/(ONE+PSI)
             X4=TWO+PSI
             X5=THREE*GAMMA+PSI
             X6=ONE-THREE*GAMMA
             S1=FTT*X3
             EN=THALF*S1*X4
             PN=RHO*S1*X5
             CV=EN*(ONE-PSI*X3/X4)/T
             DPDT=PN*(ONE+PSI*X6*X3/X5)/T
             DPDR=DPDR+PN*(ONE+PSI*X3*X6**2/(THALF*X5))/RHO
     &         +THREE*RHO*GAMP*S1
             S=FT*(FOUR-THREE*LOG(THETA/T)+THALF*(LOG(X3)-PSI*X3))
           ELSE
             BB=ONE-ACK(L+62)
             PSIB=PSI**BB
             X3=ONE/(ONE+PSIB)
             X4=TWO+PSIB
             X5=THREE*GAMMA+PSIB
             X6=ONE-THREE*GAMMA
             X7=BB*PSIB
             S1=FTT*X3
             EN=THALF*S1*X4
             PN=RHO*S1*X5
             CV=EN*(ONE-X7*X3/X4)/T
             DPDT=PN*(ONE+X7*X6*X3/X5)/T
             DPDR=DPDR+PN*(ONE+X7*X3*X6**2/(THALF*X5))/RHO
     &         +THREE*RHO*GAMP*S1
             S=FT*(FOUR-THREE*LOG(THETA/T)+THALF*(LOG(X3)/BB-PSIB*X3))
           END IF
         ELSE
C
C         full treatment of debye functions
C
           CALL ANDEBY (-THETA,T,X6,X7,X8)
           IF (ACK(L+62).EQ.ZERO) THEN
             X1=THREE*GAMMA
             X3=ONE/(ONE+PSI)
             X5=PSI*X3
             X2=X1-ONE
             PN=RHO*FTT*(X1*X6-X2*X5)
             DPDT=RHO*FT*(X1*X8-X2*X5*X3)+PN/T
             DPDR=PN/RHO+FTT*(THREE*RHO*(X6-X5)*GAMP
     &          -X1*X8*GAMMA+PSI*(X2*X3)**2/THALF)+DPDR
             S=FT*(FOUR*X6-THREE*X7+THALF*(LOG(X3)-X5))
             EN=THREE*FTT*((ONE+HALF*PSI)*X3-(ONE-X6))
             CV=FT*(THREE*X8-THALF*X5*X3)+EN/T
           ELSE
             BB=ONE-ACK(L+62)
             PSIB=PSI**BB
             X1=THREE*GAMMA
             X3=ONE/(ONE+PSIB)
             X5=PSIB*X3
             X2=X1-ONE
             PN=RHO*FTT*(X1*X6-X2*X5)
             DPDT=RHO*FT*(X1*X8-X2*BB*X5*X3)+PN/T
             DPDR=PN/RHO+FTT*(THREE*RHO*(X6-X5)*GAMP
     &          -X1*X8*GAMMA+BB*PSIB*(X2*X3)**2/THALF)+DPDR
             S=FT*(FOUR*X6-THREE*X7+THALF*(LOG(X3)/BB-X5))
             EN=THREE*FTT*((ONE+HALF*PSIB)*X3-(ONE-X6))
             CV=FT*(THREE*X8-THALF*BB*X5*X3)+EN/T
           END IF
         END IF
CHJM
CHJM      modified for molecular clusters
CHJM
         IF(ACK(L+80).NE.ZERO) THEN
           X3=ONE/(ONE+PSI)
           X4=TWO+PSI
           X5=THREE*GAMMA+PSI
           X6=ONE-THREE*GAMMA
	  S3=PSI*X3
	  PM=-RHO*FTT*S3*ALFA
	  EM=-THALF*FTT*S3*BETA
	  SM=-THALF*FT*S3*BETA
	  CVM=-THALF*FT*S3*(BETA*(ONE+(TWO+BETA)*X3)+DBDT)
	  S=S+SM
	  CV=CV+CVM
	  DPDT=DPDT-RHO*FT*S3*(ALFA*(ONE+BETA*(X6-ALFA)*X3)+DADT)
	  DPDR=DPDR-FTT*S3*   (ALFA*(ONE+TWO*ATHIRD*(TWO*X6-ALFA)*X3)
     &                                                         +DADR)
	ENDIF

CRMC 
CRMC Here is where I think problem was occuring in simulations with 
CRMC both molecular
CRMC and non-molecular materials.  Non-molecular materials  were picking up 
CRMC EM and PM terms from calculation for previous particles that were 
CRMC molecular; EM and PM set to ZERO at onset by RMC 11-4-01, to be
CRMC verified as OK with HJM.  CVM and SM appear to be only within if
CRMC ACK(L+80).ne.zero loop, so they weren't affecting non-molecular mats
CRM
         E=E+EN+EM
         P=P+PN+PM
       END IF
CHJM
C
C     add liquid correction terms if appropriate
C
  130  IF (ACK46.LE.ZERO) GO TO 170
       IF (CMLT7) 170,160,150
  150  IF (T.GE.ACK(L+18)) GO TO 160
       IF ((RHO.GE.ACK46).OR.(T.LT.ACK(L+49))) GO TO 170
  160    DO 162 I=1,3
  162    XXA(I)=RHO**ACK(I+L+56)*ACK(I+L+42)
       X6=XXA(1)/(TWO*SQTS(IPSQTS))
       XXA(1)=SQTS(IPSQTS)*XXA(1)
       S=S-X6
       DPDT=DPDT+ACK(L+57)*X6*RHO
       CV=CV+HALF*X6
       E=E-HALF*XXA(1)
         DO 164 I=1,3
         E=E+XXA(I)
         P=P+ACK(I+L+56)*XXA(I)*RHO
  164    DPDR=DPDR+ACK(I+L+56)*(ACK(I+L+56)+ONE)*XXA(I)
       GO TO 170
C
C-----------------------------------------------------------------------
C     modification of JWL form for very high densities
C     and mixed-phase construction
C
  806 X3=ONE/RHO
       S=ACK(L+32)*EXP(-ACK(L+5)*X3)
       X1=ACK(L+33)*EXP(-ACK(L+6)*X3)
       X2=ACK(L+15)
 
       P=RHO**X2
       CV=ACK(L+4)
       E=S/ACK(L+5)+X1/ACK(L+6)-ACK(L+35)*P+ACK(L+3)+CV*T
       DPDR=((ACK(L+5)*S+ACK(L+6)*X1)*X3)*X3
     1     -X2*(X2+ONE)*ACK(L+35)*P+X2*CV*T
       DPDT=X2*CV*RHO
       P=S+X1-X2*ACK(L+35)*P*RHO+DPDT*T
       S=CV*(ONE+LOG(T/ACK(L+12))-X2*LOG(RHO/ACK(L+11)))
       IF (RHO.GT.ACK(L+53)) THEN
         X1=RHO**ATHIRD

         P=(ACK(L+24)*X1+ACK(L+54))*RHO*X1+DPDT*T
         DPDR=(FIVE*ACK(L+24)*X1+FOUR*ACK(L+54))*X1/THREE+ACK(L+15)*CV*T
         E=ACK(L+14)+THREE*(HALF*ACK(L+24)*X1+ACK(L+54))*X1+CV*T
       END IF
       IF (NTYPE.EQ.3) GO TO 270
       GO TO 175
C
C-----------------------------------------------------------------------
C     electronic and opacity terms
C
  170  IF ((NTYPE.LE.0).OR.(NTYPE.EQ.3)) GO TO 270
  175  CONTINUE
       IF (ACK(L+63).LT.ZERO) GO TO 180
C
C     Saha
C
       IF (T.LE.QCC8) THEN
         ZBAR=ZERO
         GO TO 215
       END IF
       TEVX=T
       RHOX=RHO
       T32X=T*SQTS(IPSQTS)
       ZBARM=ACK(L+26)
       FNX=ACK(L+27)
       NMATSX=NINT(ACK(L+28))
       IF (NMATSX.EQ.1) THEN
C
C       one-element Saha
C
         CALL ANION1
         LNKNTR(MATKTR,4)=LNKNTR(MATKTR,4)+1
         IF (ZBAR.LE.ZERO) GO TO 215
         ZBAR2=ZBAR**2
       ELSE
C
C       multi-element Saha
C
         IIZX=NINT(ACK(L+31))
         CALL ANION2
         LNKNTR(MATKTR,5)=LNKNTR(MATKTR,5)+1
         IF (ZBAR.LE.ZERO) GO TO 215
         ZBAR2=ZERO
           DO 210 I=1,NMATSX
  210      ZBAR2=ZBAR2+COT(I+IIZX-1)*ZB(I)**2
       END IF
       GO TO 182
C
C     TF
C
  180  TEVX=T
       RHOX=RHO
       ZBARM=ACK(L+26)
       ABARX=ACK(L+29)
       CALL ANTOMF
       LNKNTR(MATKTR,6)=LNKNTR(MATKTR,6)+1
       ZBAR2=ZBAR**2
       T32X=T*SQTS(IPSQTS)
C
  182  P=P+PE
       E=E+EE
       S=S+SE
       CV=CV+CVE
       DPDT=DPDT+DPTE
       DPDR=DPDR+DPRE
       IF (NOTRAD.EQ.0) GO TO 290
       FKROS=
     1  (QCC9*RHO*ZBAR*ZBAR2/(ACK(L+29)*T32X*T*T)+QCC10*ACK(L+26))
     2   / ACK(L+29)
       GO TO 220
C
  215  IF (NOTRAD.EQ.0) GO TO 290
       FKROS=QCC10*ACK(L+26)/ACK(L+29)
C
C-----------------------------------------------------------------------
C     electronic conduction term
C
  220  X4=QCC11*SQTS(IPSQTS)/((RHO*ACK(L+27))**ATHIRD)
       IF (X4.LE.QCC12) THEN
         X4=QCC13
       ELSE
         X4=LOG(X4)
       END IF
       X4=QCC14*MAX(ZBAR,ACK(L+42))*X4*SQTS(IPSQTS)/RHO
       FKROS=FKROS*X4/(X4+FKROS)
       GO TO 290
C
  270  FKROS=QCC15
       ZBAR=ZERO
C
  290  CONTINUE
       RETURN
       END
C
C     start of aneos set up routines
C
       SUBROUTINE ANEOS2 (IGK,NUM,ITAPE,IZETL)
C
C***********************************************************************
C
C     SET UP FOR ANEOS PACKAGE
C
C     DIMENSIONS ARE SET FOR MAXMAT     EQUATIONS OF STATE
C                            30*MAXMAT  ELEMENTS
C                            100*MAXMAT TWO-PHASE BOUNDARY POINTS
C
C     INPUTS
C
C       IGK = 1   DEFINE NEW MATERIALS
C           = 2   WRITE RESTART FILE ITAPE
C           = 3   READ RESTART FILE ITAPE
C           = 4   TURN RADIATION OPACITY CALCULATION OFF
C
C       FOR IGK = 1
C       NUM = NUMBER OF MATERIALS IN PROBLEM
C
C       IZETL = ARRAY OF NUM EOS NUMBERS
C               ONLY DEFINE HERE IF IZETL(I) < 0
C
C************************************** 4/90 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       DIMENSION IZETL(21)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       COMMON /ANZB/ ZB(92), ZRAT
       COMMON /FNES/ CMLT7,ACK46
       COMMON /TPMEOS/ NPORFE(MAXMAT)
       COMMON /MIXCON/  RHOMPH(MAXMAT),RHOMPL(MAXMAT),IPEOS
C     vector buffer size
       PARAMETER (MATBUF=64)
C     the following contains sqrt(t(i)) for vector aneos entry
C     ipsqts points to current value
       COMMON /ANESQT/ SQTS(MATBUF),IPSQTS
C     following aneos1 variables are for aneos2 edit only
       COMMON /ANEDIS/ GAMMA,PSI,THETA
       CHARACTER*50 URTIT
       DIMENSION SZ23(23),SC23(23),DIN(40),UI(40)
C
C     kexprt is flag for extended print
C     = 0, no print      =1, print
       COMMON /KEXARP/ KEXPRT
       CHARACTER*8 VERANE
C
       COMMON /ANEST/ NOEOSU
       SAVE   /FILEOS/,/MIXCON/,/ANES/,/FNES/,/ANEDIS/,/KEXARP/,
     & /ANZB/,/TPMEOS/,/ANEST/
       DIMENSION IZETC(MAXMAT)
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (FOUR=4.D0)
       PARAMETER (FIVE=5.D0)
       PARAMETER (SIX=6.D0)
       PARAMETER (SEVEN=7.D0)
       PARAMETER (EIGHT=8.D0)
       PARAMETER (CNINE=9.D0)
       PARAMETER (TEN=10.D0)
       PARAMETER (BIGNUM=1.D50)
       PARAMETER (PIE=3.1415926536D0)
       PARAMETER (ATHIRD=1.D0/3.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (FLGJWL=0.0252525D0)
       PARAMETER (QCL1=0.95D0)
       PARAMETER (QCL2=0.8D0)
       PARAMETER (QCL3=5.48D12)
       PARAMETER (QCL4=144.D0)
       PARAMETER (QCL5=0.1D0)
       PARAMETER (QCL6=1.D-4)
       PARAMETER (QCL7=1.66026D-24)
       PARAMETER (QCL8=1.5D0)
       PARAMETER (QCL9=4.36050D-42)
       PARAMETER (QCL10=200.D0)
       PARAMETER (QCL11=27.D0)
       PARAMETER (QCL12=0.99D0)
       PARAMETER (QCL13=1.1D0)
       PARAMETER (QCL14=0.9D0)
       PARAMETER (QCL15=1.00001D0)
       PARAMETER (QCL16=1.005D0)
       PARAMETER (QCL17=1.D-9)
       PARAMETER (QCL18=6.6252D-27)
       PARAMETER (QCL19=20.D0)
       PARAMETER (QCL20=9.1084D-28)
       PARAMETER (QCL21=0.9D0)
       PARAMETER (QCL22=4.80288D-10)
       PARAMETER (QCL23=18.D0)
       PARAMETER (QCL24=11.D0)
       PARAMETER (QCL25=12.D0)
       PARAMETER (QCL26=15.D0)
       PARAMETER (QCL27=1.5D0)
       PARAMETER (QCL28=0.9999D0)
       PARAMETER (QCL29=10000.D0)
       PARAMETER (QCL30=0.002D0)
       PARAMETER (QCL31=1.D-10)
       PARAMETER (QCL32=1.00001D0)
       PARAMETER (QCL33=1.D-4)
       PARAMETER (QCL34=1.D-2)
       PARAMETER (QCL35=1.117D12)
       PARAMETER (QCL36=0.95D0)
       PARAMETER (QCL37=0.2D0)
       PARAMETER (QCL38=0.8D0)
       PARAMETER (QCL39=1.02D0)
       PARAMETER (QCL40=5.D-5)
       PARAMETER (QCL41=100.D0)
       PARAMETER (QCL42=1.05D0)
       PARAMETER (QCL43=0.99D0)
       PARAMETER (QCL44=200.D0)
       PARAMETER (QCL45=1.D12)
       PARAMETER (QCL46=1.2D0)
       PARAMETER (QCL47=1.01D0)
       PARAMETER (QCL48=1.0001D0)
       PARAMETER (QCL49=0.06D0)
       PARAMETER (QCL50=0.05D0)
       PARAMETER (QCL51=25.D0)
       PARAMETER (QCL52=0.9120108D0)
       PARAMETER (QCL53=1.D-5)
       PARAMETER (QCL54=1.D-6)
       PARAMETER (QCL55=ONE-QCL54)
       PARAMETER (QCL56=-1.11D22)
CHJM
       PARAMETER (QCL57=1.195D18)
CHJM
C
C     atomic numbers for high z elements - Pu to No
       DIMENSION BIGZAS(10)
       DATA BIGZAS / 237.122,239.127,241.132,243.137,245.143,
     &               246.146,253.164,255.170,256.174,253./
C
       DATA IZ,IKPN/1,1/
       DATA IT/0/
       DATA IEXPRT/0/
C
       CALL ANZRTR
   
C
C     package version number
C
       VERANE='06/10/90'
C
         DO 18 IQ=1,MAXMAT
   18    NPORFE(IQ)=0
       IPSQTS=1
       IF(IGK.EQ.4) THEN
C       RADIATION OPACITY FLAG
         CALL ANEOSS (IGK,ITAPE)
         GO TO 2323
       ELSE IF (IGK.EQ.1) THEN
         NOTRAD=1
c      write(*,*)'No radiation opacity' 
      END IF
       ZRAT=0.000045D0
       IPEOS=1
C
C     BRANCH FOR RESTART READ/WRITE
c       write(*,*), igk
       GO TO (10,1240,1250), IGK

C
C=======================================================================
C     DEFINE NEW MATERIALS
C
C     LOOP FOR EACH MATERIAL *******************************************
C
   10  IAMBAD=0
       TGAM=ZERO
       IF(NUM.GT.MAXMAT) THEN
          write(*,*),'calling anmark'
         CALL ANMARK('ANEOS2 REQUEST MORE MATERIALS THAN DIMENSIONS')
         STOP
       END IF
         DO 16 IQ=1,NUM
   16    IZETC(IQ)=MIN(0,IZETL(IQ))

           DO 430 I=1,92
           S=I
  430      SAVER(I)=LOG(S+HALF)
         
       DO 1220 IQ=1,NUM
       KUWAY=0
       CALL ANZRTR
c       write(*,*) 'called anzrtr'
       IF (IZETL(IQ).GE.0) GO TO 1220
       KEXPRT=IEXPRT
       RHUGMX=100000.
       NOEOSU=IZETL(IQ)
C
C     READ USER INPUT
C
c       write(*,*) 'calling aneosi'
       ZZS(IZ)=ZERO
         DO 15 JJ=1,40
   15    UI(JJ)=ZERO
       CALL ANEOSI(KINP,KLST,ISE,URTIT,ISETAB,IZI,RHUG,THUG,UI,
     1             SZ23,SC23)
C     
c       write(*,*) 'called aneosi'
       WRITE(KLST,1440) ISE,ISETAB,IZI,VERANE,URTIT,RHUG,THUG
c       WRITE(*,*) 'iq,ise',iq,ISE
c problem must be a wrong value for ise with mutliple eos, taking us
c to 30 and to anwarn call

       IF(ISE.GE.0) GO TO 30
       IF(ISE.LT.-MAXMAT) GO TO 30
         DO 20 JJ=1,NUM
         IF(IZETC(JJ).EQ.ISE) THEN
            MAT=IZETC(JJ)
            IZETC(JJ)=ABS(MAT)
            NOEOSU=MAT
            GO TO 40
         END IF
   20    CONTINUE
   30  CONTINUE
       CALL ANWARN(1)
       write(*,*) 'called anwarn 1'
       WRITE(KLST,1450) ISE,(IZETC(JJ),JJ=1,NUM)
       CALL ANMARK('ANEOS DATA MISSING')
c       write(*,*) 'called anmark'
       IAMBAD=1
       GO TO 1220
   40  MAT=-MAT
       LOCSV(MAT)=IT
       LOCKP(MAT)=IKPN
       IF (ISETAB.NE.0) CALL ANDATA (IZ,ISETAB,UI)
c       write(*,*)'called andata'
   50     DO 60 I=1,40
   60     DIN(I)=ZERO
       IF (UI(4).LE.ZERO) UI(4)=0.02567785D0
       DIN(28)=UI(1)
       DIN(30)=UI(2)
       DIN(11)=UI(3)
       DIN(12)=UI(4)
       DIN(20)=UI(5)
       DIN(15)=UI(7)
       DIN(25)=UI(8)
       DIN(24)=UI(10)/THREE
       DIN(10)=UI(11)
       DIN(18)=UI(12)
       DIN(23)=UI(17)
       DIN(1)=UI(18)
       DIN(2)=UI(19)
       DIN(7)=UI(20)
       DIN(39)=UI(21)
       DIN(40)=UI(22)
       ACK(IT+54)=ZERO
       ACK(IT+46)=ZERO
       ACK46=ACK(IT+46)
         DO 64 I=1,16
   64    ACK(IT+I+54)=UI(I+24)
C     save energy & entropy shifts - zero during set up
       EMOVER=UI(34)
       SMOVER=UI(35)
       ACK(IT+64)=ZERO
       ACK(IT+65)=ZERO
         DO 66 I=71,99
   66    ACK(IT+I)=ZERO
       IF (UI(6)) 90,70,80
   70  IF ((NINT(ABS(DIN(30))).EQ.2).OR.
     &    (NINT(DIN(30)).EQ.-4)) GO TO 110
       IAMBAD=36
       CALL ANWARN(1)
       write(*,*) 'called anwarn 2'
       WRITE(KLST,1260) 6,UI(6),5.E11
       UI(6)=5.E11
   80  DIN(21)=UI(6)
       TGAM=UI(9)
       BOOT=ZERO
       GO TO 100
   90  BOOT=-UI(6)
       GAM=UI(9)
  100  IF (UI(13).EQ.ZERO) GO TO 110
       S=UI(14)
       IF ((S.LE.ZERO).OR.(S.GT.QCL1)) S=QCL1
       ACK(IT+54)=S
  110  ACK(IT+53)=UI(13)
       ACK(IT+43)=UI(23)
       ACK(IT+44)=UI(24)
       ACK(IT+46)=ZERO
       ACK46=ACK(IT+46)
       IF ((ISETAB.EQ.0).OR.(NINT(DIN(30)).EQ.2).OR.(IZI.LT.0).OR.
     1    (IZI.GT.4).OR.(DIN(30).LT.ZERO)) GO TO 120
       DIN(30)=IZI
  120  DIN(31)=IZ
       IF (NINT(DIN(30)).GE.-4) GO TO 140
  130  CONTINUE
       IAMBAD=38
       CALL ANWARN(1)
       write(*,*) 'called anwarn 3'
       WRITE(KLST,1260) 2,DIN(30),ZERO
       DIN(30)=ZERO
       GO TO 160
  140  IF (NINT(DIN(30)).GT.4) GO TO 130
       IF ((NINT(DIN(30)).GE.0).AND.(NINT(DIN(30)).NE.2)) THEN
          IF((ACK(IT+57).EQ.ZERO).OR.(ACK(IT+58).EQ.ZERO).OR.
     1                (ACK(IT+59).EQ.ZERO)) THEN
            ACK(IT+57)=0.3D0
            ACK(IT+58)=0.1D0
            ACK(IT+59)=0.2D0
          END IF
          ACK(IT+71)=ONE
          ACK(IT+72)=ZERO
          CMLT7=ACK(IT+71)
       END IF
       IF ((NINT(DIN(30)).EQ.1).OR.
     &       (NINT(DIN(30)).EQ.2).OR.(NINT(DIN(30)).EQ.4)) THEN
         IF(ACK(IT+63).EQ.ZERO) THEN
           ACK(IT+63)=ONE
         ELSE
           ACK(IT+63)=-ONE
         END IF
       END IF
       IF (DIN(23).LE.ZERO.AND.ABS(NINT(DIN(30))).NE.2)
     1       DIN(23)=QCL2*DIN(11)
       IF (DIN(25).EQ.ZERO.AND.ABS(NINT(DIN(30))).NE.2) DIN(25)=0.025D0
       IF(NOTRAD.EQ.0) GO TO 150
       ACK(IT+41)=UI(16)
       IF (UI(15).LE.ZERO) GO TO 150
       DIN(22)=QCL3/UI(15)
       ACK(IT+42)=MAX(QCL6,MIN(DIN(22)/QCL4,QCL5))
       GO TO 160
  150  DIN(22)=ZERO
       ACK(IT+42)=QCL5
  160  I2=0
         DO 162 J1=1,40
         IF(UI(J1).NE.ZERO) I2=J1
  162    CONTINUE
       I2=(MAX(I2,24)+2)/3
       J2=3*I2
         DO 170 I=1,I2
         WRITE(KLST,1470) (J1,UI(J1),J1=I,J2,I2)
  170    CONTINUE
       IF(DIN(11).LE.ZERO) THEN
         IAMBAD=38
         CALL ANWARN(1)
         write(*,*)'called anwarn 4'
         WRITE(KLST,1260) 3,DIN(11),ONE
         DIN(11)=ONE
       END IF
       IF(DIN(28).LE.ZERO) THEN
         IAMBAD=39
         CALL ANWARN(1)
         write(*,*) 'called anwarn 5'
         WRITE(KLST,1260) 1,DIN(28),ONE
         DIN(28)=ONE
       END IF
       J1=DIN(28)
       S=ZERO
       IZI=IZ+J1-1
       IF (ZZS(IZ).EQ.ZERO) THEN
          DO 172 I=IZ,IZI
          ZZS(I)=SZ23(I-IZ+1)
  172     COT(I)=SC23(I-IZ+1)
       END IF
          DO 180 I=IZ,IZI
          IF (COT(I).GT.ZERO) GO TO 180
          IKK=ZZS(I)
          IKK=(IKK*(IKK+1))/2
          COT(I)=-COT(I)/EIP(IKK)
  180     S=S+COT(I)
       DIN(29)=ZERO
       DIN(26)=ZERO
       S1=ZERO
         DO 200 I=IZ,IZI
         COT(I)=COT(I)/S
         DIN(26)=DIN(26)+ZZS(I)*COT(I)
         IKK=ZZS(I)
         IKJ=IKK+(IKK*(IKK+1))/2
         IF (IKK.GE.1.AND.IKK.LE.92) GO TO 190
         IF ((ACK(IT+63).LT.ZERO).AND.(IKK.LE.102)) THEN
            TEIP=BIGZAS(IKK-92)
            GO TO 191
         END IF

         CALL ANWARN(1)
         write(*,*) 'called anwarn 6'
         WRITE(KLST,1490) IKK
         CALL ANMARK('IONIZATION POTENTIALS')
         IAMBAD=3
         GO TO 1220
  190    TEIP=EIP(IKJ-IKK)
  191    DIN(29)=DIN(29)+COT(I)*TEIP
  200    S1=S1+COT(I)*TEIP*QCL7
       DIN(27)=ZERO
         DO 210 I=IZ,IZI
         FNI(I)=COT(I)/S1
  210    DIN(27)=DIN(27)+FNI(I)
       WRITE(KLST,1480)
       I1=IZ
       I2=DIN(28)
         DO 890 I=1,I2
         WRITE(KLST,1520) I,ZZS(I1),I,COT(I1),I,FNI(I1)
  890    I1=I1+1
       IF(IAMBAD.NE.0) GO TO 1220
       IF(NINT(DIN(30)).EQ.-4) THEN
         DO 2001 I=1,99
 2001    ACK(IT+I)=ZERO
         ACK(IT+11)=UI(3)
         ACK(IT+12)=UI(4)
         ACK(IT+26)=DIN(26)
         ACK(IT+27)=DIN(27)
         ACK(IT+28)=UI(1)
         ACK(IT+29)=DIN(29)
         ACK(IT+30)=DIN(30)
         ACK(IT+31)=DIN(31)
         WRITE(KLST,2004)
 2004    FORMAT(/,'  Defining user supplied eos')
         CALL ANUSET(ISE,UI,ACK(IT+1))
         write(*,*) 'called user supplied eos'
         KUWAY=1
         GO TO 8790
       END IF
           DO 214 I=26,31
  214      ACK(IT+I)=DIN(I)
       IF(DIN(15).LE.ZERO) THEN
         IF (NINT(DIN(30)).NE.2) THEN
           IAMBAD=15
           CALL ANWARN(1)
           write(*,*) 'called anwarn 7'
           WRITE(KLST,1260) 7,DIN(15),ONE
           DIN(15)=ONE
         END IF
       END IF
       IF (NINT(DIN(30)).LE.-1) GO TO 8700
       IF (NINT(DIN(30)).EQ.2) GO TO 240
       IF(ACK(IT+61).LE.-ONE) THEN
         IAMBAD=31
         CALL ANWARN(1)
         WRITE(KLST,1260) 31,ACK(IT+61),ZERO
         ACK(IT+61)=ZERO
       END IF
       IF(DIN(24).LT.ZERO) THEN
         IAMBAD=33
         CALL ANWARN(1)
         WRITE(KLST,1260) 10,THREE*DIN(24),ZERO
         DIN(24)=ZERO
       END IF
C     see if user Esep input is in ev/atom
       IF (DIN(10).LT.ZERO) DIN(10)=-DIN(10)*DIN(27)*BOLTS
       IF (BOOT.LE.ZERO) GO TO 240
       S1=THREE*DIN(27)*BOLTS*DIN(12)*DIN(15)**2
       DIN(21)=DIN(11)*(BOOT**2-S1)
       S2=DIN(11)*BOOT**2/DIN(21)
       S2=S2*(TWO*GAM-ONE-(DIN(15)-TWO)*(HALF-HALF/S2))
       S3=S1*DIN(11)/DIN(15)
       S4=S3*(ONE+TWO*S2)+DIN(21)
       S5=S4**2-EIGHT*S2*S3**2
       IF (S5.LE.ZERO) GO TO 220
       S6=HALF*(S4+SQRT(S5))
       S6=DIN(21)*S6/(S6-S3)**2
       S5=ONE-S6
       IF (ABS(S5).LE.QCL5) GO TO 230
       S6=ONE-SIGN(QCL5,S5)
       GO TO 230
  220  S6=ONE
  230  TGAM=THREE*(S6*S2-DIN(15))
  240  S1=ZERO
         DO 250 I=IZ,IZI
         IKK=ZZS(I)
         IKK=(IKK*(IKK+1))/2
         S=EIP(IKK)*QCL7
  250    S1=S1+LOG(FNI(I)/(DIN(27)*(DIN(27)*S)**QCL8))*FNI(I)/DIN(27)
       DIN(13)=QCL9*DIN(27)**(FIVE/THREE)*EXP(TWO*S1/THREE)
CHJM
       IF(UI(37).NE.ZERO) THEN
         APWR=HALF*(TWO-UI(38))
	FACT=DSQRT(EIGHT*PIE**THREE)
         CXX=(QCL57*DIN(29))**(HALF+APWR)/(FACT*DIN(27))
	IF(UI(36)*UI(38).NE.ZERO) CXX=CXX/UI(36)**UI(38)
	ACK(IT+79)=CXX
       ENDIF
       ACK(IT+80)=UI(37)
       ACK(IT+81)=APWR
       ACK(IT+83)=UI(40)
       IF(UI(39).EQ.ONE) ACK(IT+82)=ONE
CHJM
       IKK=0
       GAM=DIN(15)+TGAM/THREE
       IF (NINT(DIN(30)).EQ.2) GO TO 410
       IF (NINT(DIN(30)).GE.0) THEN
         S3=ACK(IT+61)+ONE
         DIN(14)=DIN(25)
     &         *EXP(QCL8*S3-(TWO-HALF*ACK(IT+60))*DIN(15))/DIN(11)**S3
         DIN(16)=(S3-(TWO-ACK(IT+60))*DIN(15))/DIN(11)**2
         DIN(17)=((THREE-ACK(IT+60))*DIN(15)-TWO*S3)/DIN(11)
         IF(ABS(DIN(16)).GT.QCL17) THEN
           S=-DIN(17)/(TWO*DIN(16))
           IF(S.GE.ZERO) THEN
             S1=S3-DIN(17)*DIN(17)/(FOUR*DIN(16))
             IF(S1.LE.ZERO) THEN
               IAMBAD=32
               CALL ANWARN(1)
               WRITE(KLST,377) S1,S
  377          FORMAT(' INPUTS YIELD GAMMA OF',1PE13.6,' AT RHO',E13.6,/,
     &        ' ABORT POSSIBLE')
             END IF
           END IF
         END IF
       END IF
       I=0
       S3=GAM
       SPS=1.D6
C     SPS LIMITS POTENTIAL RANGE IF POSSIBLE
  260  S=ONE-DIN(21)/(DIN(11)*DIN(10)*GAM**2)
       IF (S.LE.ZERO) GO TO 280
       S=SQRT(S)
       S1=DIN(21)/(QCL10*SPS*GAM*S)
       S1=LOG(S1)
       S2=QCL11*GAM*(ONE-S)
       IF (S2.GE.S1) GO TO 280
       I=I+1
       IF (I.GT.400) GO TO 270
       GAM=QCL12*GAM
       GO TO 260
  270  GAM=S3
  280  DFB1=GAM
  290  S=DIN(13)*DIN(12)*(DIN(11)**ATHIRD/DIN(25))**2
       SPS=S
       I=0
       S1=DIN(20)-DIN(11)*((THREE*DIN(15)+S)/
     1    (ONE+S))*DIN(27)*DIN(12)*BOLTS
       IKK=IKK+1
       IF (IKK.EQ.2) GO TO 310
       IF (DIN(15).EQ.ONE) GO TO 300
       S=ONE+((TWO*DIN(15)-ONE)**2-TWO)*S1/DIN(21)
       DIN(3)=S**2+FOUR*DIN(15)*(DIN(15)-ONE)*(ONE-TWO*S1/DIN(21))**2
       DIN(3)=DIN(21)*(SQRT(DIN(3))-S)*HALF/(DIN(15)-ONE)
       GO TO 320
  300  DIN(3)=((DIN(21)-TWO*S1)**2)/(DIN(21)-S1)
       GO TO 320
  310  SQTS(1)=SQRT(DIN(12))
c       write(*,*) 'going to call aneos1'
       CALL ANEOS1 (DIN(12),DIN(11),S,S2,S3,S4,S5,S6,IT)
       S6=MAX(QCL14,MIN(QCL13,(DIN(21)/(DIN(11)*S6))))
       DIN(3)=S6*DIN(3)
c       write(*,*) 'called aneos1'
  320  GAM=DFB1
  330  S2=DIN(3)/(DIN(11)*DIN(10)*GAM**2)
       IF(S2.LE.ZERO) THEN
         CALL ANWARN(1)
         WRITE(KLST,332) S2,DIN(3),DIN(10),DIN(11),GAM,IKK
  332    FORMAT(' GAM LOOP',1P5E13.6,I5,/,' ANEOS MATERIAL ABORT')
         IAMBAD=7
         GO TO 1220
       END IF
C     next calculation changed 6/87 to give user more control over
C     expanded state cold curve - will give the same result as old
C     model if no user input
       IF(ACK(IT+55).LE.ZERO) ACK(IT+55)=ONE
       ACK(IT+55)=MAX(QCL53,MIN(ACK(IT+55),QCL55))
       ACK(IT+56)=MIN((HALF*ACK(IT+55)),MAX(ACK(IT+56),QCL54))
       IF((S2.LE.ACK(IT+55)).AND.(S2.GE.ACK(IT+56))) GO TO 350
       S3=GAM*SQRT(QCL15*S2/ACK(IT+55))
       S4=GAM*SQRT(S2/ACK(IT+56))
       GAM=MAX(S3,MIN(S4,GAM))
       IF (I.GT.15) GAM=GAM*QCL16
       I=I+1
       IF (I.GT.40) THEN
          CALL ANWARN(1)
          CALL ANMARK('BAD ANEOS GENERATION / GAM')
          IAMBAD=8
          GO TO 1220
       END IF
       IF (IKK.GE.2) GO TO 330
       S1=DIN(20)-DIN(11)*((THREE*DIN(15)+SPS)/(ONE+SPS))
     1   *DIN(27)*DIN(12)*BOLTS
       IF (GAM.EQ.ONE) GO TO 340
       S=ONE+((TWO*GAM-ONE)**2-TWO)*S1/DIN(21)
       DIN(3)=S**2+FOUR*GAM*(GAM-ONE)*(ONE-TWO*S1/DIN(21))**2
       DIN(3)=DIN(21)*(SQRT(DIN(3))-S)*HALF/(GAM-ONE)
       GO TO 330
  340  DIN(3)=((DIN(21)-TWO*S1)**2)/(DIN(21)-S1)
       GO TO 330
  350  S3=ONE
       S4=.8D0
C     in next iteration loop - S5 is rhoo/rhooo
  360  S5=HALF*(S3+S4)
       S6=SQRT(ONE-S2*S5)
       DIN(5)=THREE*GAM*(ONE+S6)
       DIN(6)=THREE*GAM*(ONE-S6)
       S6=SIX*GAM*S6
       DIN(4)=S5**(-ATHIRD)
       IF (S3-S4.LE.QCL17) GO TO 390
       S6=DIN(5)*(ONE-DIN(4))
       PCP1=DIN(6)*(ONE-DIN(4))
       S6=ONE-THREE*DIN(3)*(EXP(S6)-EXP(PCP1))/(DIN(4)**2*S1*S6)
       IF (S6) 370,390,380
  370  S4=S5
       GO TO 360
  380  S3=S5
       GO TO 360

  390  DIN(19)=DIN(11)/S5
       S3=DIN(5)*(ONE-DIN(4))
       S4=DIN(6)*(ONE-DIN(4))
       DIN(4)=S1/(S5**(TWO/THREE)*(EXP(S3)-EXP(S4)))
  400  DIN(32)=(THREE*QCL18**2/(QCL19*QCL20*PIE))*
     1  (PIE/THREE)**(ATHIRD)*(DIN(19)*DIN(26)*DIN(27))**(FIVE/THREE)
       DIN(33)=(PIE*QCL20/QCL21)*(QCL22/QCL18)**2*
     1  (QCL23*DIN(26)**(ATHIRD)/FIVE+QCL24/(QCL25*PIE**2*DIN(26))
     2  **(ATHIRD))/(TWO*DIN(19)*DIN(27))**(ATHIRD)
       S2=DIN(33)
       S=DIN(32)*EXP(-S2)
       S9=DIN(15)
       DIN(15)=S9+TGAM/THREE
       DIN(34)=S*(SIX+THREE*DIN(33)+HALF*DIN(33)**2)-CNINE*DIN(3)*
     1         DIN(15)
       DIN(35)=THREE*DIN(3)*(SIX*DIN(15)+ONE)
     1   -S*(QCL26+SEVEN*DIN(33)+DIN(33)**2)
       DIN(36)=S*(TEN+FOUR*DIN(33)+HALF*DIN(33)**2)
     1   -THREE*DIN(3)*(THREE*DIN(15)+ONE)
       DIN(15)=S9
       S1=EXP(-S2)
       CALL ANEI3 (S2,S1,S)
       DIN(37)=THREE*DIN(32)*S+DIN(34)+QCL27*DIN(35)+THREE*DIN(36)
  410    DO 420 I=1,40
  420    ACK(IT+I)=DIN(I)
       IF (IKK-1) 540,290,440
  440  IKK=0
       S1=DIN(11)/DIN(19)
       S2=DIN(3)
       DFB1=ACK(IT+4)
       DFB2=ACK(IT+53)
       ACK(IT+53)=ZERO
       ACK(IT+4)=ZERO
       SQTS(1)=SQRT(DIN(12))
       CALL ANEOS1 (DIN(12),DIN(11),S9,S3,S4,S5,S6,S8,IT)
       S8=S8*DIN(11)
       ACK(IT+4)=DFB1
       ACK(IT+53)=DFB2
  450  IKK=IKK-1
       IF(IKK.LT.-9990) THEN
         WRITE(KLST,537) IKK,GAM,S4,S5,S6,S1,S2,S3,S7
  537    FORMAT(' error RHO00/B00',i6,1p8e13.6)
         IF(IKK.LT.-10000) GO TO 538
       END IF
       S=-ONE
       BOOT=QCL28*S2
       ETAOT=S1
       GO TO 500
  460  PCO1=S3
       PCP1=S7
       BOOT=S2
       ETAOT=QCL28*S1
       S=ZERO
       GO TO 500
  470  PCO2=S3
       PCP2=S7
       ETAOT=S1
       S=ONE
       GO TO 500
  480  DFB1=QCL29*(S3-PCO1)/S2
       DFB2=QCL29*(S7-PCP1)/S2
       DFN1=QCL29*(S3-PCO2)/S1
       DFN2=QCL29*(S7-PCP2)/S1+(DIN(21)-S8)/S1**2
       S3=S3+S9-DIN(20)
       S7=S7-(DIN(21)-S8)/S1
       S=DFN1*DFB2-DFN2*DFB1
       IF(S.EQ.ZERO) GO TO 538
       DFB1=(S7*DFB1-S3*DFB2)/S
       DFB2=(S3*DFN2-S7*DFN1)/S
       IF (ABS(DFB1).GT.QCL30*S1) DFB1=SIGN(QCL30*S1,DFB1)
       IF (ABS(DFB2).GT.QCL30*S2) DFB2=SIGN(QCL30*S2,DFB2)
       IF (S3.LT.ZERO.AND.IKK.GT.-200) GO TO 490
       IF (ABS(DFB1).GT.QCL31*S1) GO TO 490
       IF (ABS(DFB2).LE.QCL31*S2) GO TO 530
  490  S1=S1+DFB1
       S2=S2+DFB2
       IF((S1.LE.ZERO).OR.(S2.LE.ZERO)) GO TO 538
       GO TO 450
  500  S4=BOOT*ETAOT/(DIN(11)*DIN(10)*GAM**2)
       IF(IKK.GT.-100) THEN
         S5=ACK(IT+55)
         S6=ACK(IT+56)
       ELSE
         S5=QCL55
         S6=QCL54
       END IF
       IF(S4.GT.S5) THEN
         GAM=SQRT(BOOT*ETAOT/(DIN(11)*DIN(10)*S5))
         S4=MIN(QCL55,BOOT*ETAOT/(DIN(11)*DIN(10)*GAM**2))
       ELSEIF(S4.LT.S6) THEN
         GAM=SQRT(BOOT*ETAOT/(DIN(11)*DIN(10)*S6))
         S4=MIN(QCL55,BOOT*ETAOT/(DIN(11)*DIN(10)*GAM**2))
       END IF
       S4=SQRT(ONE-S4)
       S5=THREE*GAM*(ONE+S4)
       S6=THREE*GAM*(ONE-S4)
       S4=BOOT/(TWO*GAM*S4)
       DFN1=ETAOT**ATHIRD
       DFN2=EXP(S5*(ONE-ONE/DFN1))
       DFB1=EXP(S6*(ONE-ONE/DFN1))
       DFB2=DFN1**2
       S3=S4*(DFN2-DFB1)*(ETAOT/DFN1)
       S7=S4*((TWO*DFN1+S5)*DFN2-(TWO*DFN1+S6)*DFB1)/(THREE*DFB2)
       IF (S) 460,470,480
  530  DIN(3)=S2
       DIN(19)=DIN(11)/S1
       DIN(4)=S4
       DIN(5)=S5
       DIN(6)=S6
       GO TO 400
  538  CONTINUE
       CALL ANWARN(1)
       WRITE(KLST,539) IKK,S1,S2,DFB1,DFB2,GAM,S
  539  FORMAT(/,' RHO00-B00 ITERATION FAILURE',I10,/,6D16.7,/,
     1' CHECK REFERENCE POINT')
       IAMBAD=6
  540  CONTINUE
       IF(NINT(DIN(30)).EQ.2) GO TO 550
       ACK(IT+75)=TGAM
       ACK(IT+76)=TGAM
       IF(GAM.NE.ZERO)
     & ACK(IT+77)=ONE-((ACK(IT+5)-ACK(IT+6))/(SIX*GAM))**2
       IF (ABS(DIN(15)+TGAM/THREE-GAM).LT.QCL33) GO TO 550
       ACK(IT+75)=THREE*(GAM-DIN(15))
  550  CALL ANPHTR (DIN,TGAM)
C
       DO 560 I=1,40
  560  ACK(IT+I)=DIN(I)
C
CHJM    CODE TO COMPUTE PARAMETERS FOR LENNARD-JONES POTENTIAL
C
       IF(ACK(IT+82).EQ.ONE) THEN
         SS1=ACK(IT+3)/(ACK(IT+19)*ACK(IT+10))
	AM1=ACK(IT+83)-ONE
         ACK(IT+4)= ACK(IT+3)/(SS1/AM1-AM1)
	ACK(IT+5)=ONE+SS1/AM1
	ACK(IT+6)=ACK(IT+83)
       ENDIF
C
CHJM
C
       IF (DIN(18).GT.ZERO) GO TO 630
       IF (ABS(NINT(DIN(30))).EQ.2) GO TO 630
       S7=ONE
  570  SPS=DIN(12)
       S=DIN(11)
       SQTS(1)=SQRT(DIN(12))
       CALL ANEOS1 (SPS,S,S1,S2,S3,S4,S5,S6,IT)
       S9=S7*S2-DIN(18)
       IF (S9) 610,580,580
  580  SPS=SPS+QCL34
       S8=S2
       IF (SPS.GT.ONE) GO TO 610
       JJ=0
  590  JJ=JJ+1
       IF (JJ.GT.1000) GO TO 610
       SQTS(1)=SQRT(SPS)
       CALL ANEOS1 (SPS,S,S1,S2,S3,S4,S5,S6,IT)
       IF (ABS(S1).LE.TEN) GO TO 600
       S5=S1/S6
       IF (ABS(S5).GT.QCL34*S) S5=SIGN(QCL34*S,S5)
       S=S-S5
       GO TO 590
  600  IF (S2-S9) 580,620,620
  610  CONTINUE
       CALL ANWARN(1)
       WRITE(KLST,1390) SPS,S,S9,S2,S1,S5,S6,JJ
       CALL ANMARK('ANEOS MELT TEMPERATURE ERROR')
       IAMBAD=4
       GO TO 1220
  620  DIN(18)=((S9-S8)*SPS+(S2-S9)*(SPS-QCL34))/(S2-S8)
       ACK(IT+18)=DIN(18)
  630  IF (NINT(ACK(IT+30)).EQ.2) ACK(IT+43)=ZERO
       IF (ACK(IT+43)) 640,830,650
  640  ACK(IT+43)=ACK(IT+18)*QCL35/ACK(IT+29)
  650  IF (ACK(IT+44).EQ.ZERO) ACK(IT+44)=QCL36
  660  I1=0
       ACK(IT+49)=ZERO
       S2=ZERO
       S1=ZERO
       ACK(IT+47)=BIGNUM
       IF (NINT(ACK(IT+30)).LT.2) S2=-ONE
       S=ACK(IT+18)
       GAM=ACK(IT+43)
       RCT(MAT)=QCL37*ACK(IT+19)
       CALL ANMAXW (S,S1,S2,IT,MAT,I1)
       IF (ACK(IT+43).EQ.ZERO) GO TO 850
       PCO2=ACK(IT+72)
       ACK(IT+72)=ONE
       IF (I1.GE.0) GO TO 680
  670  CONTINUE
       CALL ANWARN(0)
       WRITE(KLST,1270)
       ACK(IT+72)=PCO2
       IKK=0
       ACK(IT+43)=ZERO
       ACK(IT+46)=ZERO
       ACK46=ACK(IT+46)
       S2=-1
       CALL ANMAXW (S,S1,S2,IT,MAT,IKK)
       IF (IKK.LT.0) GO TO 830
       SQTS(1)=SQRT(S)
       CALL ANEOS1 (S,S1,S4,S5,S6,S7,S8,S9,IT)
       CALL ANWARN(0)
       WRITE(KLST,1280) S
       DIN(18)=-S5-GAM
       S7=ZERO
       GO TO 570
  680  IF (ACK(IT+44).LT.ZERO) ACK(IT+44)=-ACK(IT+44)/S1
       IF (ACK(IT+44).GT.ONE)
     1        ACK(IT+44)=ONE/(ONE+S1*(ACK(IT+44)-ONE))
       S2=ACK(IT+44)*S1
       IF (S2.LT.S1) GO TO 690
       WRITE(KLST,1290) S2,S1
       GO TO 670
  690  SQTS(1)=SQRT(S)
       CALL ANEOS1 (S,S1,S4,S5,S6,S7,S8,S9,IT)
       CALL ANEOS1 (S,S2,DFB1,DFB2,BOOT,S7,S8,S9,IT)
       S5=ACK(IT+43)+S5-DFB2
       S6=S6-BOOT+(ACK(IT+43)+S4*(ONE/S2-ONE/S1))/S
       S4=S4-DFB1
       ACK(IT+46)=S1
       ACK46=ACK(IT+46)
       ACK(IT+47)=S2
       S1=S4/S2
       S8=S6*S
       S9=(S1+(TWO*ACK(IT+57)-ACK(IT+58))*S8-ACK(IT+58)*S5)/
     1    (ACK(IT+59)-ACK(IT+58))
       S8=S5+S8-S9
       ACK(IT+44)=S8/S2**ACK(IT+58)
       ACK(IT+45)=S9/S2**ACK(IT+59)
       ACK(IT+43)=-TWO*SQRT(S)*S6/S2**ACK(IT+57)
       ACK(IT+51)=BIGNUM
       ACK(IT+50)=BIGNUM
       ACK(IT+48)=BIGNUM
       I1=0
       ETAOT=ZERO
       DFN1=ZERO
       ACK(IT+52)=ZERO
       PCO1=MIN(TEN*S,QCL38)
       S3=S
  700  S3=QCL39*S3
       IKK=1
       SQTS(1)=SQRT(S3)
       CALL ANELSM (S3,S2,S1,BOOT,IT,IKK)
       IF (IKK.LT.0) GO TO 670
       DFN2=(S3-S)/(S1-S2)
       IF (DFN2.GT.DFN1) DFN1=DFN2
       IF (S3.GT.PCO1) GO TO 710
       IF (BOOT.LE.ACK(IT+11)) GO TO 710
       S7=(S3-S)/(BOOT-ACK(IT+11))
       IF (S7.LT.ACK(IT+51)) ACK(IT+51)=S7
       ETAOT=S3
  710  IF (BOOT/S1-ONE.LE.QCL40) GO TO 720
       IF (S1.LE.QCL41*ACK(IT+11)) GO TO 730
  720  ACK(IT+48)=S3
       GO TO 750
  730  I1=I+1
       IF (I1-500) 700,700,740
  740  CONTINUE
       CALL ANWARN(0)
       WRITE(KLST,1300) S3,S1,BOOT
       GO TO 670
  750  ACK(IT+50)=QCL42*DFN1
       IF (ETAOT.LE.ZERO) GO TO 760
       ACK(IT+52)=ETAOT
       ACK(IT+51)=QCL28*ACK(IT+51)
  760  S1=BIGNUM
       I1=0
       S3=S
  770  S3=QCL43*S3
       IKK=1
       S8=S1
       IF (S8.LT.ACK(IT+47)) IKK=3
       SQTS(1)=SQRT(S3)
       CALL ANELSM (S3,S2,BOOT,S1,IT,IKK)
       IF (IKK.LT.0) GO TO 790
       IF (S1.GT.ACK(IT+23)) GO TO 800
  780  ACK(IT+49)=S3
       GO TO 820
  790  IF (IKK.NE.-3) GO TO 670
       CALL ANWARN(0)
       WRITE(KLST,1310) ACK(IT+23),S8
       ACK(IT+23)=S8
       S3=DFN1
       GO TO 780
  800  I1=I1+1
       DFN1=S3
       IF (I1-500) 770,770,810
  810  CONTINUE
       CALL ANWARN(0)
       WRITE(KLST,1320) S3,S1,BOOT
       GO TO 670
  820  CONTINUE
       ACK(IT+72)=PCO2
       GO TO 870
  830    DO 840 I=43,52
  840    ACK(IT+I)=ZERO
       IF (NINT(ACK(IT+30))-2) 870,870,660
  850  IF (I1.LT.0) GO TO 860
       ACK(IT+47)=S1
       GO TO 870
  860  ACK(IT+47)=ACK(IT+11)
  870  IF (NINT(DIN(30))+1) 8790,8780,8790
C
C     LINEAR SHOCK-PARTICLE VELOCITY EOS (TYPE -1)
C     OR IDEAL GAS EOS (TYPE -2)
C
 8700  ACK(IT+43)=ZERO
       ACK(IT+42)=ZERO
       DIN(10)=ZERO
       DIN(32)=ABS(UI(6))
       DIN(33)=UI(9)
       DIN(4)=UI(11)
       IF(DIN(4).LE.ZERO) DIN(4)=THREE*DIN(27)*BOLTS
       IF(NINT(DIN(30)).LE.-2) GO TO 8740
C     SOLID (TYPE -1)
       DIN(25)=ZERO
       DIN(20)=ZERO
       DIN(6)=-200.D0
       IF(DIN(15).LE.ZERO) DIN(15)=ONE
       DIN(5)=DIN(11)*DIN(15)*DIN(4)
       DIN(21)=DIN(11)*DIN(32)**2
       DIN(36)=ONE/(DIN(11)+DIN(11))
       DIN(35)=1.D10
       DIN(3)=DIN(4)*DIN(12)
       IF (DIN(18).LE.ZERO) DIN(18)=DIN(12)-DIN(18)/DIN(4)
       DIN(1)=ZERO
         DO 8820 I=1,40
 8820    ACK(IT+I)=DIN(I)
       ACK(IT+48)=UI(13)
       ACK(IT+37)=UI(14)
       ACK(IT+44)=UI(18)
       ACK(IT+45)=UI(19)
       ACK(IT+53)=UI(20)
       ACK(IT+54)=UI(21)
       CALL ANN1AS(IT)
       IF(DIN(33).GT.ZERO) THEN
         SPS=DIN(33)-0.99
         IF(SPS.GT.ZERO) THEN
           RHUGMX=DIN(11)*DIN(33)/SPS
         END IF
       ELSE
           RHUGMX=MIN(ACK(IT+37),FIVE*ACK(IT+11))
       END IF
       GO TO 8790
 8810  CONTINUE
       IF (DIN(18).LE.ZERO) DIN(18)=DIN(12)-DIN(18)/DIN(4)
       PCO1=UI(18)
       PCO2=UI(19)
       BOOT=UI(20)
       ETAOT=UI(21)
       DIN(1)=ZERO
       GO TO 550
C
C     IDEAL GAS (TYPE -2)
C
 8740  IF(UI(11).LE.ZERO) DIN(4)=HALF*DIN(4)
       DIN(33)=ZERO
       DIN(32)=ZERO
       DIN(5)=DIN(15)*DIN(4)
       DIN(3)=ONE+DIN(15)
       DIN(6)=LOG(DIN(12))-DIN(15)*LOG(DIN(11))
       DIN(20)=UI(5)*DIN(25)**3
       IF(NINT(DIN(30)).EQ.-2) GO TO 550
C
C     LLL JWL HIGH EXPLOSIVE EOS
C     SCALED INPUT NUMBERS ASSUMED - SEE UCID-16189
C
       S1=DIN(11)
       IF(UI(11).LE.ZERO) DIN(4)=TWO*DIN(4)
       DIN(5)=S1*UI(20)
       DIN(6)=S1*UI(21)
       DIN(32)=QCL45*UI(18)
       DIN(33)=QCL45*UI(19)
       BOOT=(DIN(32)*EXP(-DIN(5)/S1)+DIN(33)*EXP(-DIN(6)/S1)
     1     +DIN(15)*DIN(4)*DIN(12)*S1)/(S1**(DIN(15)+ONE))
       DFN1=S1
       DFN2=QCL46*S1
 8800  DIN(19)=HALF*(DFN1+DFN2)
       DIN(35)=(DIN(32)*EXP(-DIN(5)/DIN(19))+DIN(33)*
     1        EXP(-DIN(6)/DIN(19)))/(DIN(19)**(DIN(15)+ONE))
       IF(DFN2-DFN1.LE.QCL31*DIN(19)) GO TO 8806
       IF(DIN(35)-BOOT) 8802,8806,8804
 8802  DFN1=DIN(19)
       GO TO 8800
 8804  DFN2=DIN(19)
       GO TO 8800
 8806  DIN(35)=DIN(35)/DIN(15)
       DIN(3)=DIN(35)*DIN(19)**DIN(15)-DIN(32)*EXP(-DIN(5)/DIN(19))
     1/DIN(5)-DIN(33)*EXP(-DIN(6)/DIN(19))/DIN(6)
C
C     MODIFICATION OF JWL FORM FOR VERY HIGH DENSITIES
C     AND MIXED-PHASE CONSTRUCTION
C
       DIN(10)=QCL26*DIN(11)
       DIN(24)=3.2D12
       S2=DIN(32)*EXP(-DIN(5)/DIN(10))
       S3=DIN(33)*EXP(-DIN(6)/DIN(10))
       S4=DIN(10)**DIN(15)
       S5=S2+S3-DIN(10)*S4*DIN(15)*DIN(35)
       S6=S2/DIN(5)+S3/DIN(6)-S4*DIN(35)+DIN(3)
       S2=DIN(10)**ATHIRD
       DIN(13)=(S5-DIN(24)*DIN(10)*S2*S2)/(DIN(10)*S2)
       DIN(14)=S6-THREE*(HALF*DIN(24)*S2+DIN(13))*S2
       ACK(IT+53)=DIN(10)
       ACK(IT+54)=DIN(13)
       DIN(10)=DIN(3)
       DIN(13)=7.77777D-5
       ACK(IT+42)=0.1D0
       DIN(30)=FOUR
       IF(DIN(22).EQ.ZERO) THEN
         DIN(30)=THREE
         ACK(IT+63)=ZERO
       ELSEIF(DIN(22).GT.ZERO) THEN
         ACK(IT+63)=ONE
       ELSE
         ACK(IT+63)=-ONE
       END IF
       DIN(22)=ZERO
       DIN(25)=FLGJWL
       WRITE(KLST,8808) DIN(30)
 8808  FORMAT (/,'  JWL form changed to type',F3.0,
     1          ' for mixed-phase construction',/)
       GO TO 8810
 8780  ACK(IT+35)=DIN(18)
       ACK(IT+44)=PCO1
       ACK(IT+45)=PCO2
       ACK(IT+53)=BOOT
       ACK(IT+54)=ETAOT
C
C----------------------
C     ALL FORMS HERE
C----------------------
C
 8790  IF ((ACK(IT+12).LE.ZERO).OR.(ACK(IT+11).LE.ZERO)) GO TO 900
       CALL ANEOSV(1,ACK(IT+12),ACK(IT+11),MAT,S1,S2,S3,S4,S5,S6,
     1    DIN(1),DIN(2),I,EXTRAA,EXTRAB,EXTRAC)
       DIN(3)=ACK(IT+11)*S6
       S9=S5/(S4*ACK(IT+11))
       WRITE(KLST,1530) ACK(IT+12),ACK(IT+11),S1,S2,S5,S4,S3,S6,DIN(3),
     1    DIN(2),S9
  900  SPS=ACK(IT+30)
       IF(KUWAY.EQ.1) GO TO 920
       CALL ANPHAS (MAT,IT,IKPN)
       IF (SPS-ACK(IT+30)) 910,912,910
  910  IF (ACK(IT+46).LE.ZERO) GO TO 920
       WRITE(KLST,1330) MAT
       UI(2)=ACK(IT+30)
       GO TO 50
  912  IF(TCT(MAT).LE.ZERO) GO TO 920
       BOOT=QCL47*TCT(MAT)
       PCO2=ACK(IT+11)
       PCO1=QCL34*PCO2
       SQTS(1)=SQRT(BOOT)
         DO 914 I1=1,99
         CALL ANEOS1 (BOOT,PCO2,S1,S2,S3,S4,S5,S6,IT)
         IF (S6.LT.ZERO) GO TO 916
  914    PCO2=PCO2-PCO1
       GO TO 920
  916  CONTINUE
       CALL ANWARN(0)
       WRITE(KLST,1380)
       WRITE(KLST,1382)
  920  LOCKPL(MAT)=IKPN-1
       IF (TCT(MAT).GE.TWO) THEN
         CALL ANWARN(0)
         WRITE(KLST,1384)
       END IF
C     Es in ev/atom
       IF(ACK(IT+30).GE.ZERO) THEN
         ACK(IT+78)=ACK(IT+10)/(ACK(IT+27)*BOLTS)
         IF(ACK(IT+78).GE.CNINE) THEN
           CALL ANWARN(0)
           WRITE(KLST,924)
  924      FORMAT(' Esep is probably too large')
         END IF
       END IF
C     list computational array
       WRITE(KLST,1570) MAT
C     restore energy & entropy shifts for print
       ACK(IT+64)=EMOVER
       ACK(IT+65)=SMOVER
       I2=0
         DO 882 I=1,99
         IF(ACK(IT+I).NE.ZERO) I2=I
  882    CONTINUE
       I2=(MAX(I2,10)+2)/3
       J1=3*I2
         DO 880 I=1,I2
         WRITE(KLST,1510) (I1,ACK(IT+I1),I1=I,J1,I2)
  880    CONTINUE
       IF(KUWAY.EQ.1) GO TO 1210
       WRITE(KLST,1540) MAT,LOCKP(MAT),MAT,LOCKPL(MAT)
C     remove energy & entropy shifts again
       ACK(IT+64)=ZERO
       ACK(IT+65)=ZERO
C
C     check melt transition stuff
C
       IF (ACK(IT+46).LE.ZERO) GO TO 1190
       DFN1=ACK(IT+72)
       I1=0
       DFN2=ZERO
       PCP1=ZERO
       ACK(IT+71)=ZERO
       CMLT7=ACK(IT+71)
       ACK(IT+72)=ONE
       WRITE(KLST,1350)
       BOOT=ACK(IT+49)
  930  I2=2
       S7=1.D10
       SQTS(1)=SQRT(BOOT)
       CALL ANELSM (BOOT,S7,S1,S2,IT,I2)
       IF (I2.GE.0) GO TO 940
       I1=1
       GO TO 1110
  940  ACK(IT+71)=-ONE
       CMLT7=ACK(IT+71)
       SQTS(1)=SQRT(BOOT)
       CALL ANEOS1 (BOOT,S2,S3,S4,S5,S6,S7,S8,IT)
       S9=S4-BOOT*S5+S3/S2
       ACK(IT+71)=ZERO
       CMLT7=ACK(IT+71)
       WRITE(KLST,1360) BOOT,S2,S3,S4,S5,S9
       CALL ANEOS1 (BOOT,S1,S3,S4,S5,S6,S7,S8,IT)
       S9=S4-BOOT*S5+S3/S1
       WRITE(KLST,1370) I2,S1,S3,S4,S5,S9
C
C     check fast iteration
C
       ACK(IT+72)=ZERO
         DO 1100 I2=1,3
         IF (I2-2) 950,980,990
  950    PCO1=ACK(IT+47)+(BOOT-ACK(IT+18))/ACK(IT+50)
         IF (BOOT-ACK(IT+18)) 960,1100,970
  960    PCO1=ACK(IT+23)
  970    PCO2=S1
         GO TO 1000
  980    PCO1=S1
         PCO2=S2
         GO TO 1000
  990    PCO1=S2
         PCO2=S2+TEN
 1000    IF (QCL48*PCO1.GE.PCO2) GO TO 1100
           DO 1090 IKJ=1,3
           IF (IKJ-2) 1010,1020,1030
 1010      PCP2=0.99D0
           GO TO 1040
 1020      PCP2=HALF
           GO TO 1040
 1030      PCP2=0.01D0
 1040      PCP2=PCP2*PCO1+(ONE-PCP2)*PCO2
           IF (PCP2.LE.ACK(IT+23)) GO TO 1090
           CALL ANEOSV(1,BOOT,PCP2,MAT,S3,S4,S5,S6,S7,S8,S9,SPS,JJ,
     &    EXTRAA,EXTRAB,EXTRAC)
           IF (I2-2) 1050,1060,1070
 1050      IF (JJ-6) 1080,1090,1080
 1060      IF (JJ-5) 1080,1090,1080
 1070      IF (JJ-4) 1080,1090,1080
 1080      CONTINUE
           CALL ANWARN(0)
           WRITE(KLST,1340) MAT,PCP2,BOOT,JJ,IKJ,I2,PCO1,PCO2
           PCP1=MAT
 1090      CONTINUE
 1100    CONTINUE
       ACK(IT+72)=ONE
 1110  DFN2=DFN2+ONE
       IF (DFN2-THREE) 1120,1130,1140
 1120  BOOT=BOOT+(ACK(IT+18)-ACK(IT+49))/THREE
       GO TO 1150
 1130  BOOT=ACK(IT+18)
       GO TO 1150
 1140  BOOT=BOOT*(ACK(IT+48)/ACK(IT+18))**QCL49
 1150  IF (BOOT.LT.ACK(IT+48)) GO TO 930
       IF (PCP1) 1160,1170,1160
 1160  ACK(IT+72)=MAT
       GO TO 1180
 1170  ACK(IT+72)=DFN1
 1180  IF (I1.EQ.1) THEN
          CALL ANWARN(0)
          WRITE(KLST,1380)
       END IF
 1190  ACK(IT+71)=ZERO
       CMLT7=ACK(IT+71)
C
C     cold terms list if there is solid-solid transition
C
       IF (NINT(ACK(IT+30)).EQ.2) GO TO 1210
       IF (NINT(ACK(IT+30)).LT.ZERO) GO TO 1210
       IF (ACK(IT+1).GT.BIGNUM) GO TO 1211
       WRITE(KLST,1410)
       S3=ACK(IT+11)
       IF (ACK(IT+1).GE.BIGNUM) S3=QCL50*S3
       IF (ACK(IT+1).GE.BIGNUM) S2=S3
       IF (ACK(IT+1).LT.BIGNUM) S2=(ACK(IT+2)*ACK(IT+19)-S3)/QCL51
         DO 1200 I=1,50
         ACK(IT+71)=-ONE
         CMLT7=ACK(IT+71)
         BOOT=1.D-6
         SQTS(1)=SQRT(BOOT)
         CALL ANEOS1 (BOOT,S3,S4,S5,S6,S7,S8,GAM,IT)
         S6=S3/ACK(IT+19)
         WRITE(KLST,1420) S3,S4,GAM,S5,S6
 1200    S3=S3+S2
C
C       cold compression list for expanded edit
C
 1211  IF(KEXPRT.NE.0) THEN
         SPS=ACK(IT+30)
         IF(NINT(ACK(IT+30)).GT.2) ACK(IT+30)=ACK(IT+30)-THREE
         S3=ACK(IT+11)*TEN
           DO 1213 I=1,101
           BOOT=1.D-6
           SQTS(1)=SQRT(BOOT)
           CMLT7=-ONE
C
C         the following get redefined in ckeos only
C
           GAMMA=QCL56
           PSI=QCL56
           THETA=QCL56
           CALL ANEOS1 (BOOT,S3,S4,S5,S6,S7,S8,GAM,IT)
           S6=S3/ACK(IT+11)
           IF(GAMMA.EQ.QCL56) THEN
             IF(I.EQ.1) WRITE(KLST,1410)
             WRITE(KLST,1420) S3,S4,GAM,S5,S6
           ELSE
             IF(I.EQ.1) WRITE(KLST,1411)
             PSI=BOOT/PSI
             WRITE(KLST,1420) S3,S4,GAM,S5,S6,GAMMA,PSI,THETA
           END IF
           S3=S3*QCL52
 1213      CONTINUE
         ACK(IT+30)=SPS
       END IF
 1210  IT=IT+99
       IZ=IZI+1
       ACK(IT+71)=ZERO
       CMLT7=ACK(IT+71)
       IF (THUG.LT.ZERO) THUG=DIN(12)
       IF (RHUG.LT.ZERO) RHUG=DIN(11)
       CALL ANHUG (MAT,RHUG,THUG,RHUGMX)
       IF((EMOVER.NE.ZERO).OR.(SMOVER.NE.ZERO)) THEN
C       restore energy & entropy shifts
         ACK(IT+64-99)=EMOVER
         ACK(IT+65-99)=SMOVER
         WRITE(KLST,1610) EMOVER, SMOVER
 1610    FORMAT(//,' Energy-Entropy shift employed for this material'
     &  ,/,' Delta Energy  =',1PE13.6
     &  ,/,' Delta Entropy =',E13.6,/)
       END IF
       IF(KEXPRT.NE.0) CALL ANPRTR
       CALL ANZRTR
 1220  CONTINUE
       IF(IAMBAD.NE.0) THEN
         CALL ANMARK('ANEOS FATAL GENERATION ERROR')
         WRITE(KLST,1221) IAMBAD
 1221    FORMAT(' SEE PREVIOUS ERROR MESSAGE - IAMBAD=',I5)
         STOP
       END IF
C
C     END LOOP FOR EACH MATERIAL ***************************************
C
       CALL ANZRTR
       IF((IZ.GT.30*MAXMAT).OR.
     1      (IT.GT.99*MAXMAT).OR.
     2      (IKPN.GT.100*MAXMAT)) GO TO 1230
       GO TO 2323
 1230  CONTINUE
       CALL ANMARK('ARRAY OVERFLOW IN ANEOS')
       WRITE(KLST,1550) IZ,IT,IKPN,MAXMAT,30*MAXMAT,99*MAXMAT,100*MAXMAT
       STOP
C
C=======================================================================
C     WRITE RESTART DATA
 1240  CALL ANEOSS (IGK,ITAPE)
       GO TO 2323
C
C=======================================================================
C     READ RESTART DATA
 1250  CALL ANEOSS (IGK,ITAPE)
       write(*,*) 'called aneoss'
       GO TO 2323
C
C***********************************************************************
       ENTRY ANEXT2
C
C     set flag for extended setup print
C
       IEXPRT=1
       GO TO 2323
 1260  FORMAT(' INPUT IN(',I2,') IS NOT ALLOWED',1PE13.6,
     &         ' RESET TO',E13.6)
 1270 FORMAT (//,35H  UNABLE TO INCLUDE MELT TRANSITION,5X,
     1 21HWILL CONTINUE WITHOUT)
 1280 FORMAT (/,34H  MELT TEMPERATURE INCREASED FROM ,1PD12.5,/)
 1290 FORMAT (//,7H  RHOL=,1PD13.6,4X,5HRHOS=,D13.6)
 1300 FORMAT (//,29H  HIGH TEMPERATURE MELT ERROR,1P3D15.6)
 1310 FORMAT (/,' IN(17) has been increased from',1PD12.5,
     1' to',D12.5,' for the melt transition',/)
 1320 FORMAT (//,28H  LOW TEMPERATURE MELT ERROR,1P3D15.6)
 1330 FORMAT (29H1 RECALCULATION OF EOS NUMBER,I5)
 1340 FORMAT ('  FAST ANELSM ITERATION FAILURE MAT=',I5,/,6H  RHO=,
     & 1PD14.7,3X,2HT=,D14.7,2X,7HKPHASE=,I5,2I7,2D15.7)
 1350 FORMAT (13H1  MELT CURVE,//,7X,1HT,10X,2HRS,10X,2HPS,10X,2HES,10X,
     12HSS,10X,2HGS,/,18X,2HRL,10X,2HPL,10X,2HEL,10X,2HSL,10X,2HGL)
 1360 FORMAT (/,1P6D12.4)
 1370 FORMAT (I10,2X,1P5D12.4)
 1380 FORMAT (
     1 ' THIS EOS IS NOT PROPERLY DEFINED AND SHOULD NOT BE USED')
 1382 FORMAT (/,' POSSIBILITY OF MULTIPLE CRITICAL POINTS')
 1384 FORMAT (/,' CRITICAL TEMPERATURE IS TOO HIGH',/,
     1 ' EOS MIGHT REQUIRE REDEFINITION',/)
 1390 FORMAT (/,'  MELT TEMPERATURE ERROR',/,1P7D13.4,I6)
 1400 FORMAT (1X,8D13.6)
 1410 FORMAT ('1',//,'   ZERO-TEMPERATURE ISOTHERM',//
     & ,8X,3HRHO,10X,1HP,9X,4HDPDR,10X,1HE,10X,3HETA)
 1411 FORMAT ('1',//,'   ZERO-TEMPERATURE ISOTHERM',//
     & ,8X,3HRHO,10X,1HP,9X,4HDPDR,10X,1HE,10X,3HETA,7X,'GAMMA'
     & ,6X,'T(PSI=1)',5X,'THETA')
 1420 FORMAT (2X,1P8D12.4)
 1440 FORMAT('1',/,'  Data for ANEOS number',I4,3X,'library number'
     1 ,I5,2X,'type',I3,5X,'ver ',A,//,2X,A,6X,
     2 'RHUG=',1PD12.5,/,58X,'THUG=',D12.5,/)
 1450 FORMAT(//,'  ERROR IN MATCHING OF MATERIAL AND EOS DATA',//,
     1 2X,'+ MATERIAL VALUES HAVE BEEN LOCATED',/,
     2 2X,'- MATERIAL VALUES HAVE NOT BEEN PROCESSED',/,
     3 2X,'CURRENT EOS NUMBER=',I8,//,2X,'MATERIALS',/,(5X,I8))
 1460 FORMAT (8D10.3)
 1470 FORMAT (3(5H  IN(,I2,2H)=,1PD16.9))
 1480 FORMAT (1X)
 1490 FORMAT (/,' THE IONIZATION POTENTIALS FOR Z=',I4,
     & ' ARE NOT IN TABLE')
 1510 FORMAT (3(4H  C(,I2,3H) =,1PD16.9))
 1520 FORMAT ('  Z(',I2,')=',F4.0,'  number fraction(',I2,')='
     1 ,1PD12.5,'  atoms/gram(',I2,')=',D12.5)
 1530 FORMAT(//,'  REFERENCE POINT CONDITIONS',//,
     1'  T=',1PD15.6,6X,'RHO=',D16.6 ,6X,'P=' ,D15.6,/,
     2'  E=',D15.6,  6X,'DPDT=',D15.6,6X,'CV=',D14.6,/,
     3'  S=',D15.6,  6X,'DPDR=',D15.6,6X,'B0=',D14.6,/,
     4'  CS=',D14.6, 6X,'GAMMA=',D14.6)
 1540 FORMAT (/,'  LOCKP(',I2,2H)=,I4,11H    LOCKPL(,I2,2H)=,I4,
     12X,'(two-phase array storage data)')
 1550 FORMAT ('1 ARRAY OVERFLOW IN ANEOS',/,' IZ=',I5,5H  IT=,I5,
     1  7H  IKPN=,I6,/,' LIMITS FOR',I5,' MATERIALS ARE',/,
     2  ' IZ=',I5,5H  IT=,I5,7H  IKPN=,I6)
 1560 FORMAT (5(F5.0,D10.3))
 1570 FORMAT('1',/,'  DATA ARRAY FOR MATERIAL',I4,/)
 2323  RETURN
       END
C
C
       SUBROUTINE ANEOSD(TQQ,RHOQQ,PQQ,EQQ,SQQ,CVQQ,DPDTQQ,DPDRQQ,
     1                  FKROQQ,CSQQ,KPA,MATQQ)
C
C***********************************************************************
C
C     ANEOS PACKAGE - RUNNING ENTRY POINT - DOUBLE PRECISION ENTRY
C     See ANEOSV for argument list
C
C************************************** 9/89 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
C
       CALL ANEOSV (1,TQQ,RHOQQ,MATQQ,
     &  PQQ,EQQ,SQQ,CVQQ,DPDTQQ,DPDRQQ,FKROQQ,CSQQ,KPA,R2PLQQ,R2PHQQ,
     &  ZBARQQ)
       RETURN
       END
C
C
       SUBROUTINE ANEOSI(KINP,KLST,NEOS,LAB,LIBN,LIBT,RHUG,THUG,CZB,
     1      ZZS,COT)
C
C***********************************************************************
C
C     READ INPUT FOR ONE MATERIAL FOR ANEOS PACKAGE IN CSQGEN
C     BOTH OLD(PRE 1985) AND NEW FORMAT(1985 AND LATER) ANEOS INPUT
C     CAN BE PROCESSED. NOT VERY EFFICIENT BUT WHAT USERS WANTED.
C     IS COMPLEX BECAUSE FREE FORM INPUT PACKAGE IS NOT USED LIKE
C     IN CHARTD, ETC.
C
C     ALSO, NEW 40 INPUT VARIABLE FORMAT PROCESSED (OLD WAS 24).
C
C     FOR NEW INPUT FORMAT, THIS ROUTINE WILL PROCESS RECORDS WITH
C     AN * IN COLUMN 1 AS A COMMENT.
C
C     INPUTS:
C
C     KINP = INPUT FILE NUMBER
C     KLST = LISTING OUTPUT FILE NUMBER
C
C     OUTPUTS:  (A1 = ANEOS INPUT RECORD 1, A3 = ANEOS INPUT RECORD 3)
C         NEOS = NEOS A1
C         LAB = TITLE A1
C         LIBN = LIB A1
C         LIBT = TYPE A1
C         RHUG = RHUG A1
C         THUG = THUG A1
C         CZB = ARRAY OF 40 NUMBERS (OLD A2 TO A4)
C         ZZS, COT = ARRAY OF NUMBERS ON A5 TO AN
C
C************************************** 8/87 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       DIMENSION  CZB(40), ZZS(10), COT(10)
       CHARACTER*(*) LAB
       CHARACTER*120 CW, CWT
       CHARACTER*8 CNEOS, CLIB, CTYPE
       CHARACTER*16 CRHUG, CTHUG
       DATA ISETN /0/
      
C
C     OPEN SCRATCH FILE
C
       IRD=87
       OPEN (IRD,STATUS='scratch')
       REWIND IRD
c       write(*,*) '1 in aneosi.f'
C
C     PROCESS RECORD 1
C
       ISETN=ISETN+1
       LAB=' '
       CW=' '
       NEW=0
       NREC=3
       IDMP=KINP
   10  FORMAT(A)
c       write(*,*) '2 in aneosi.f'
   15  CONTINUE
       READ(KINP,10,ERR=9400,END=9500) CW(1:85)
c       write(*,*) 'CW: What is the problem????'
c       write(*,'(a)') cw(1:85)

c       write(*,*) '3 in aneosi.f'
       IF((CW(1:1).EQ.'*').OR.(CW.EQ.' ')) GO TO 15


C
C     TEST FOR OLD OR NEW FORMAT
C
       J1=INDEX(CW,'ANEOS')
c       write(*,*)'j1',j1
       IF(J1.LE.0) J1=INDEX(CW,'aneos')
       IF(J1.LE.0) GO TO 500
       IF(J1.LE.2) GO TO 20
       J3=J1-1
       IF(CW(1:J3).NE.' ') GO TO 500
C
C     NEW FORMAT ASSUMED
C
   20  NEW=1
c       write(*,*) 'new format'
       CWT=CW(J1:120)
       CW=CWT
       J1=MIN(INDEX(CW,''''),INDEX(CW,' '))
       IF(J1.GT.0) CW(J1:J1)=' '
       LAB='NN$$'
C
C     LOOK FOR TITLE FIELD IN '
C
       J1=INDEX(CW,'''')
       IF(J1.LE.0) GO TO 45
         DO 30 I=J1,80
         J3=I+1
         IF(CW(J3:J3).NE.'''') GO TO 30
         J2=I+1
         GO TO 40
   30    CONTINUE
       GO TO 9401
   40  LAB=' '
       J3=J1+1
       J4=J2-1
       IF(J2.GE.J1+2) LAB=CW(J3:J4)
       CW(J1:J2)=' '
C
C     REMOVE , = AND / FROM STRING
   45    DO 50 I=1,80
         M=I
         IF((CW(M:M).EQ.',').OR.(CW(M:M).EQ.'/').OR.(CW(M:M).EQ.'='))
     1      CW(M:M)=' '
   50    CONTINUE
       J1=INDEX(CW,' ')
       IF(J1.GT.0) CW(1:J1)=' '
C
C     REMOVE CONSECUTIVE BLANKS
C
         DO 60 I=1,80
         J1=INDEX(CW,'  ')
         IF(J1.LE.0) GO TO 70
         IF(CW(J1:120).EQ.' ') GO TO 70
         CWT=CW(J1+2:120)
   60    CW(J1+1:120)=CWT
C
C     NEOS FIELD
C
   70    DO 100 I=2,80
         J1=I
         IF(CW(J1:J1).NE.' ') GO TO 100
         GO TO 110
  100    CONTINUE
       GO TO 9402
  110  CNEOS=CW(1:J1)
       CW(1:J1)=' '
C
C     LABEL FIELD NOT IN '
C
       IF(LAB.NE.'NN$$') GO TO 200
       J1=0
         DO 120 I=1,100
         J3=I
         IF((J1.EQ.0).AND.(CW(J3:J3).EQ.' ')) GO TO 120
         IF(J1.NE.0) GO TO 130
           IF(CW(J3:J3).NE.' ') J1=I
           GO TO 120
  130    IF(CW(J3:J3).NE.' ') GO TO 120
           J2=I
           GO TO 150
  120    CONTINUE
       LAB=' '
       GO TO 200
  150  LAB=CW(J1:J2)
       CW(J1:J2)=' '
C
C     KEYWORD FIELDS
C
C     LIB=
  200  J1=INDEX(CW,'LIB')
       IF(J1.LE.0) J1=INDEX(CW,'lib')
       CLIB=' 0 '
       IF(J1.LE.0) GO TO 220
         J3=J1+4
         CWT=CW(J3:120)
         J2=INDEX(CWT,' ')
         IF(J2.LE.0) GO TO 220
         CLIB=CWT(1:J2)
C
C     TYPE=
  220  J1=INDEX(CW,'TYPE')
       IF(J1.LE.0) J1=INDEX(CW,'type')
       CTYPE=' 99 '
       IF(J1.LE.0) GO TO 240
         J3=J1+5
         CWT=CW(J3:120)
         J2=INDEX(CWT,' ')
         IF(J2.LE.0) GO TO 240
         CTYPE=CWT(1:J2)
C
C     RHUG=
  240  J1=INDEX(CW,'RHUG')
       IF(J1.LE.0) J1=INDEX(CW,'rhug')
       CRHUG=' 0 '
       IF(J1.LE.0) GO TO 260
         J3=J1+5
         CWT=CW(J3:120)
         J2=INDEX(CWT,' ')
         IF(J2.LE.0) GO TO 260
         CRHUG=CWT(1:J2)
C
C     THUG=
  260  J1=INDEX(CW,'THUG')
       IF(J1.LE.0) J1=INDEX(CW,'thug')
       CTHUG=' 0 '
       IF(J1.LE.0) GO TO 270
         J3=J1+5
         CWT=CW(J3:120)
         J2=INDEX(CWT,' ')
         IF(J2.LE.0) GO TO 270
         CTHUG=CWT(1:J2)
C
C     LONG INPUT - 6/87 extended input
  270  J1=INDEX(CW,' LONG')
       IF(J1.LE.0) J1=INDEX(CW,' long')
       IF(J1.GT.0) THEN
         NREC=5
       END IF
C
C     HAVE ALL FIELDS
C
C     WRITE IN TEMP FILE
C
       WRITE(IRD,300) CNEOS,CLIB,CTYPE,CRHUG,CTHUG
  300  FORMAT(5(1X,A),1H )
C
C     READ REFORMATTED FIRST RECORD
C
       REWIND IRD
       READ(IRD,*,ERR=9400,END=9500) NEOS, LIBN, LIBT, RHUG, THUG
c       WRITE(*,*) 'neos,libn,libt,rhug,thug',neos,llibn,libt,rhug,thug
       GO TO 528
C
C     READ OLD FORMAT FIRST RECORD
C
  500  CONTINUE
       WRITE(IRD,10) CW
       REWIND IRD
       READ(IRD,511,ERR=9400,END=9500) NEOS, LIBN, LIBT, LAB(1:50),
     1    RHUG, THUG
c       WRITE(*,*) 'neos,libn,libt,rhug,thug',neos,llibn,libt,rhug,thug
  511  FORMAT(I3,I5,I2,A,2D10.0)
  528  IF(LAB.EQ.' ') LAB='NO NAME MATERIAL'
C
C     CHECK FOR LIBRARY REQUEST
C
       IF(LIBN.NE.0) GO TO 800
C
C     NOT LIBRARY - READ REST OF INPUT
C
       REWIND IRD
         DO 530 I=1,NREC
  529    CONTINUE
         READ (KINP,10,ERR=9400,END=9500) CW
         IF((CW(1:1).EQ.'*').OR.(CW.EQ.' ')) GO TO 529
         IF(NEW.NE.0) THEN
C
C         FIND ANEOS FIELD
C
           J1=INDEX(CW,'ANEOS')
           IF(J1.LE.0) J1=INDEX(CW,'aneos')
           IF(J1.LE.0) GO TO 9404
           IF(CW(105:120).EQ.' ') CW(105:120)=' 0 0 0 0 0 0 0 0'
           CWT=CW(J1:120)
           J1=INDEX(CWT,' ')
           IF(J1.LE.0) GO TO 9405
           CW=CWT(J1:120)
         END IF
         WRITE(IRD,10) CW
  530    CONTINUE
C
C     NOW READ PROCESSED RECORDS
C
       REWIND IRD
       IDMP=IRD
       J1=1
         DO 550 I=1,NREC
         IF(NEW.EQ.0) THEN
           READ(IRD,538,ERR=9400,END=9500) (CZB(J2),J2=J1,J1+7)
  538      FORMAT(8D10.0)
         ELSE
           READ(IRD,*,ERR=9400,END=9500) (CZB(J2),J2=J1,J1+7)
         END IF
  550    J1=J1+8
       NUMEL=CZB(1)
       IF((NUMEL.LE.0).OR.(NUMEL.GT.30)) GO TO 9406
C
C     READ ELEMENT RECORDS
C
       IDMP=KINP
       IF(NEW.NE.0) GO TO 600
C
C     OLD ELEMENT FORMAT
C
       J1=1
  570  J2=MIN(J1+4,NUMEL)
  573  FORMAT(5(F5.0,D10.0))
       READ(KINP,573,ERR=9400,END=9500) (ZZS(I),COT(I),I=J1,J2)
       IF(J2.EQ.NUMEL) GO TO 800
       J1=J1+5
       GO TO 570
C
C     NEW ELEMENT FORMAT
C
  600  REWIND IRD
         DO 610 I=1,NUMEL
  605    CONTINUE
         READ(KINP,10,ERR=9400,END=9500) CW
         IF((CW(1:1).EQ.'*').OR.(CW.EQ.' ')) GO TO 605
C
C       FIND ANEOS FIELD
C
         J1=INDEX(CW,'ANEOS')
         IF(J1.LE.0) J1=INDEX(CW,'aneos')
         IF(J1.LE.0) GO TO 9407
         CWT=CW(J1:120)
         J1=INDEX(CWT,' ')
         IF(J1.LE.0) GO TO 9408
         CW=CWT(J1:120)
         WRITE(IRD,10) CW
  610    CONTINUE
C
C     NOW READ PROCESSED RECORDS
C
       REWIND IRD
       IDMP=IRD
         DO 620 I=1,NUMEL
         READ(IRD,*,ERR=9400,END=9400) ZZS(I),COT(I)
  620    CONTINUE
C
C     ALL DONE - NO ERROR
C
  800  CLOSE (IRD)
       GO TO 2323
C
C     PROCESSING ERROR
C
 9400 I=0
       GO TO 9420
 9401 I=1
       GO TO 9420
 9402 I=2
       GO TO 9420
 9404 I=4
       GO TO 9420
 9405 I=5
       GO TO 9420
 9406 I=6
       GO TO 9420
 9407 I=7
       GO TO 9420
 9408 I=8
       GO TO 9420
 9409 I=9
       GO TO 9420
 9500 I=-1
 9420  CW='NEW'
       IF(NEW.EQ.0) CW='OLD'
       IF(NREC.EQ.5) CW='EXT'
       CALL ANWARN(1)
       WRITE(KLST,9427) ISETN, CW(1:3),I
 9427 FORMAT(/,' PROCESSING ANEOS INPUT DATA SET NUMBER',I3,
     1     ' (',A,' FORMAT) ERR=',I3)
       CW='ANEOS INPUT PROCESSING ERROR'
       WRITE(KLST,9410) CW(1:50)
 9410 FORMAT(/,1X,A)
       CALL ANMARK(CW)
C
C     try to point to input error
C
       WRITE(KLST,9441)
 9441 FORMAT(/,' INPUT ERROR NEAR')
         DO 9440 I=1,NREC
         BACKSPACE IDMP
 9440   CONTINUE
           DO 9444 I=1,NREC
           READ(IDMP,'(A)',ERR=9450,END=9450) CW
           WRITE(KLST,'(1X,A)') CW(1:80)
 9444     CONTINUE
 9450 CONTINUE
       NEOS=-1000-NEOS
 2323 RETURN
       END
C
C
       SUBROUTINE ANEOSS (IGK,ITAPE)
C
C***********************************************************************
C
C     PART OF SET UP FOR ANEOS PACKAGE
C
C     THIS ROUTINE WAS PART OF ANEOS2 - SEPARATED TO MINIMIZE STORAGE
C     WHEN ONLY RESET WRITE OR READ IS NEEDED - ALSO RAD TURN OFF.
C
C     INPUTS
C
C       IGK = 1
C           = 2   WRITE RESTART FILE ITAPE
C           = 3   READ RESTART FILE ITAPE
C           = 4   TURN RADIATION OPACITY CALCULATION OFF
C
C************************************** 8/87 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       COMMON /ANZB/ ZB(92), ZRAT
C     vector buffer size
       PARAMETER (MATBUF=64)
C     the following contains sqrt(t(i)) for vector aneos entry
C     ipsqts points to current value
       COMMON /ANESQT/ SQTS(MATBUF),IPSQTS
       COMMON /MIXCON/  RHOMPH(MAXMAT),RHOMPL(MAXMAT),IPEOS
       COMMON /ANZLTF/ ZLTOMF
       SAVE   /FILEOS/,/MIXCON/,/ANES/,/ANZB/

       IF(IGK.NE.2) CALL ANZRTR
       ZRAT=0.000045D0
       IPSQTS=1

       IF(IGK.EQ.4) THEN
C                          Radiation opacity flag 
             NOTRAD=0
             GO TO 130
         ELSEIF(IGK.EQ.2) THEN
C                          Write restart data
             WRITE (ITAPE) ACK,ZZS,COT,FNI,RCT,TCT,RSOL,RVAP,TTWO
     1         ,SAVER,BOLTS,EIP,LOCSV,LOCKP,LOCKPL,NOTRAD
C
         ELSE
C                          Read restart data
             READ (ITAPE,ERR=120,END=120)
     1         ACK,ZZS,COT,FNI,RCT,TCT,RSOL,RVAP,TTWO,SAVER
     2        ,BOLTS,EIP,LOCSV,LOCKP,LOCKPL,NOTRAD
             IPEOS=1
             ZLTOMF=-1.
       END IF
       GO TO 130
  120  CONTINUE
       CALL ANMARK('eof or error reading aneos restart')
       STOP

  130  CONTINUE

       RETURN
       END
C
C
       SUBROUTINE ANEOSV (NUMQQ,TQQ,RHOQQ,MATQQ,
     &  PQQ,EQQ,SQQ,CVQQ,DPDTQQ,DPDRQQ,FKROQQ,CSQQ,KPAQQ,R2PLQQ,R2PHQQ,
     &  ZBARQQ)
C
C***********************************************************************
C
C     ANEOS PACKAGE - VECTOR RUNNING ENTRY POINT
C
C     WARNING - depending on the computer system
C     All variables are single or double precision.
C
C     INPUTS (ALL UNITS CGS-EV)
C
C     NUMQQ =  dimensions of input and output arrays
C              (normally limited to 64)
C     TQQ   =  temperature array
C     RHOQQ =  density array
C     MATQQ =  material number array
C              skip any materials with matqq <= 0
C
C     Output arrays
C
C     PQQ   =  pressure
C     EQQ   =  specific energy
C     SQQ   =  specific entropy
C     CVQQ  =  specific heat capacity
C     DPDTQQ=  dP / dT
C     DPDRQQ=  dP / dRHO
C     FKROQQ=  Rosseland mean opacity (including conduction)
C     CSQQ  =  sound speed
C     KPAQQ =  phase indicator (see below)
C     R2PLQQ=  lower phase density for mixed-phase state
C              not used for single phase
C     R2PHQQ=  upper phase density for mixed-phase state
C              not used for single phase
C     ZBARQQ=  ionization number
C
C                                TABLE          ANEOS
C     KPAQQ=STATE INDICATOR      =1, 1p    =1, 1p    (eos without melt)
C                                =2, 2p lv =2, 2p lv
C                                          =4, 1p solid  (eos with melt)
C                                          =5, 2p melt   (eos with melt)
C                                          =6, 1p liquid (eos with melt)
C                                =-1 bad value of temperature
C                                =-2 bad value of density
C                                =-3 bad value of material number
C
C                         Note: some versions stop for bad inputs
C                         instead of returning negative values of kpa.
C
C************************************** 6/89 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       
c       DOUBLE PRECISION TQQ,RHOQQ,PQQ,EQQ,SQQ,CVQQ,DPDTQQ,DPDRQQ,
c     1                 FKROQQ,CSQQ,R2PLQQ,R2PHQQ,ZBARQQ
       
       DIMENSION TQQ(NUMQQ),RHOQQ(NUMQQ),MATQQ(NUMQQ)
       DIMENSION PQQ(NUMQQ),EQQ(NUMQQ),SQQ(NUMQQ),CVQQ(NUMQQ)
       DIMENSION DPDTQQ(NUMQQ),DPDRQQ(NUMQQ),FKROQQ(NUMQQ),CSQQ(NUMQQ)
       DIMENSION KPAQQ(NUMQQ),R2PLQQ(NUMQQ),R2PHQQ(NUMQQ),ZBARQQ(NUMQQ)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /MIXCON/  RHOMPH(MAXMAT),RHOMPL(MAXMAT),IPEOS
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       COMMON /ANE2/ CRHS2P,CRLS2P,ZBAR,FKROS
       COMMON /BNES/ PM,EM,SM,CVM,DPDTM,DPDRM
       COMMON /MIX/FM1,FM2

c added common block for melt-vapor mix per HJM 10-01

       COMMON /FNES/ CMLT7,ACK46
C     vector buffer size
       PARAMETER (MATBUF=64)
C     the following contains sqrt(t(i)) for vector aneos entry
C     ipsqts points to current value
       COMMON /ANESQT/ SQTS(MATBUF),IPSQTS
C     counters for aneos package
       PARAMETER (KDIMTR=15)
       COMMON /ANCNTR/ LNKNTR(MAXMAT+1,KDIMTR),LTKNTR,MATKTR
C     next three commons are here for multitask only
       COMMON /ANZB/ ZB(92), ZRAT
C                    inputs
       COMMON /ANEEL/ TEVX,RHOX,ABARX,ZBARM,T32X,FNX
C        outputs
     &  ,PE,EE,SE,CVE,DPTE,DPRE
C        inputs
     &  ,NMATSX,IIZX
       COMMON /ANZLTF/ ZLTOMF
       COMMON /TPMEOS/ NPORFE(MAXMAT)
       SAVE   /FILEOS/,/MIXCON/,/ANES/,/ANE2/,/BNES/,/FNES/,/ANCNTR/,
     & /ANZB/,/ANEEL/,/TPMEOS/
       DIMENSION KOC(MATBUF), PHOFG(MATBUF), NMATSV(MATBUF)
       PARAMETER (ZERO=0.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (FOUR=4.D0)
       PARAMETER (FIVE=5.D0)
       PARAMETER (ATHIRD=1.D0/3.D0)
       PARAMETER (QCB1=1.D-20)
       PARAMETER (QCB2=1.D-10)
       PARAMETER (QCB4=-100.00001D0)
       PARAMETER (QCB5=8.D0)
       PARAMETER (QCB6=15.D0)
       PARAMETER (QCB7=24.D0)
       PARAMETER (QCB8=0.2D0)
       PARAMETER (CSFLAG=-77.66D11)
       PARAMETER (TQQMN=0.001D0)
       PARAMETER (RQQMN=1.D-22)
       CHARACTER*50 MESS
       DATA L8BAD /0/
C


       

         DO 300 LMAT=1,NUMQQ
         KOC(LMAT)=-1
         PHOFG(LMAT)=ZERO
         NMATSV(LMAT)=-77
         IF(MATQQ(LMAT).GT.0) THEN
           KOC(LMAT)=LOCSV(MATQQ(LMAT))
           CSQQ(LMAT)=CSFLAG
           NMATSV(LMAT)=NINT(ACK(KOC(LMAT)+30))
           PHOFG(LMAT)=ACK(KOC(LMAT)+22)
           KPAQQ(LMAT)=1
         END IF
  300    CONTINUE

       KUSER=0
       KIDG=0
       KFSQT=0
       KKSOL=0
       fm1 = 0.   !initialize fm1 and fm2
       fm2 = 0.

       DO 410 LMAT=1,NUMQQ
       IF(MATQQ(LMAT).LE.0) GO TO 410
       IF((TQQ(LMAT).LE.ZERO).OR.(RHOQQ(LMAT).LE.ZERO)) GO TO 480
       MATKTR=MATQQ(LMAT)

       LNKNTR(MATKTR,2)=LNKNTR(MATKTR,2)+1

C
C     check for special forms that are not processed in this loop
C

       IF(NMATSV(LMAT).LE.-1) THEN
         IF(NMATSV(LMAT).EQ.-1) THEN
           KKSOL=1
         ELSEIF(NMATSV(LMAT).EQ.-4) THEN
           KUSER=1
           LNKNTR(MATKTR,15)=LNKNTR(MATKTR,15)+1
         ELSE
           KIDG=1
         END IF
         GO TO 410
       END IF
       IF(KFSQT.EQ.0) THEN
         DO 337 KMAT=1,NUMQQ
         SQTS(KMAT)=MAX(QCB2,TQQ(KMAT))
         SQTS(KMAT)=SQRT(SQTS(KMAT))
  337    CONTINUE
         KFSQT=1
       END IF
       IPSQTS=LMAT
       LOC=LOCSV(MATKTR)
       CMLT7=ACK(LOC+71)
       ACK46=ACK(LOC+46)
       FKROS=1.D10
       CRHS2P=RHOQQ(LMAT)
       CRLS2P=RHOQQ(LMAT)

c      write(*,*) 'in aneosv 1'
c       if ((matqq(lmat).eq.4).or.(matqq(lmat).eq.5)) then
c       write(*,*) 'nmatsv(lmat),matqq',nmatsv(lmat),matqq(lmat)
c       write(*,*) matqq(lmat),tqq(lmat)*11605.,ack(loc+18)*11605.
c       end if  

    5  IF(NMATSV(LMAT)-2) 30,80,6

  
 

c       write(*,*) 'rho ack(loc +47) is ',ack(loc+47)
c       write(*,*) 'rho2 ac(loc+23)) is ',ack(loc+23)

C
C     TEST FOR POROUS MATERIAL (OLD MODEL)
C

    6  IF(NPORFE(MATKTR)) 7,10,7
    7  IF((RHOQQ(LMAT).GE.ACK(LOC+19)).OR.
     &     (TQQ(LMAT).GE.TCT(MATKTR))) GO TO 30
       GO TO 20


C
C     CHECK FOR LIQUID-VAPOR OR SOLID-VAPOR STATE
C
 

c robin's test print outs 
c   10 if (matqq(lmat).eq.4) then
c      write(*,*) 'matqq(lmat),rhoqq(lmat),ack(Loc+23)'
c      write(*,*) matqq(lmat),rhoqq(lmat),ack(loc+23)
c      write(*,*) 'tqq(lmat),tct(matktr)'
c      write(*,*) tqq(lmat)*11605.,tct(matktr)*11605.
c      end if

   10  IF((RHOQQ(LMAT).GE.ACK(LOC+47)).OR.
     &    (TQQ(LMAT).GE.TCT(MATKTR))) GO TO 30
       IF (TQQ(LMAT).GT.ACK(LOC+18)) GO TO 20
       IF (RHOQQ(LMAT).GE.ACK(LOC+23)) GO TO 30


   20  CALL ANE2PH (TQQ(LMAT),RHOQQ(LMAT),MATKTR,PQQ(LMAT),EQQ(LMAT),
     &  SQQ(LMAT),CVQQ(LMAT),DPDTQQ(LMAT),DPDRQQ(LMAT),LOC,KPAQQ(LMAT))
       LNKNTR(MATKTR,8)=LNKNTR(MATKTR,8)+1


C     KPA=2 IF LIQUID-VAPOR OR SOLID-VAPOR STATE
       IF (KPAQQ(LMAT).EQ.2) GO TO 100
 
C
C     IS MELT TRANSITION INCLUDED
C

   30   IF (ACK46) 80,80,40
   40  KPAQQ(LMAT)=0

C
C     FATAL ERROR FLAG SET TO STOP IN ANELSM
C
       CALL ANELSM (TQQ(LMAT),RHOQQ(LMAT),DPDTQQ(LMAT),DPDRQQ(LMAT),LOC,
     &   KPAQQ(LMAT))
       LNKNTR(MATKTR,9)=LNKNTR(MATKTR,9)+1
       IF (KPAQQ(LMAT)-2) 50,70,60
C
C     SOLID STATE (EOS WITH MELT)
C
   50  KPAQQ(LMAT)=4

       CMLT7=-ONE
       CALL ANEOS1 (TQQ(LMAT),RHOQQ(LMAT),PQQ(LMAT),EQQ(LMAT),SQQ(LMAT),
     &  CVQQ(LMAT),DPDTQQ(LMAT),DPDRQQ(LMAT),LOC)
       LNKNTR(MATKTR,7)=LNKNTR(MATKTR,7)+1
       CMLT7=ZERO
       GO TO 100
C
C     LIQUID STATE (EOS WITH MELT)
C
   60  KPAQQ(LMAT)=6

       GO TO 90
C
C     LIQUID-SOLID STATE (EOS WITH MELT)
C
   70  KPAQQ(LMAT)=5

       PQQ(LMAT)=PM
       EQQ(LMAT)=EM
       SQQ(LMAT)=SM
       CVQQ(LMAT)=CVM
       DPDTQQ(LMAT)=DPDTM
       DPDRQQ(LMAT)=DPDRM
       GO TO 100
C
C     ONE-PHASE STATE (EOS WITHOUT MELT)
C
   80  KPAQQ(LMAT)=1

   90  CALL ANEOS1 (TQQ(LMAT),RHOQQ(LMAT),PQQ(LMAT),EQQ(LMAT),SQQ(LMAT),
     &   CVQQ(LMAT),DPDTQQ(LMAT),DPDRQQ(LMAT),LOC)
       LNKNTR(MATKTR,7)=LNKNTR(MATKTR,7)+1
       GO TO 100
C
C-----------------------------------------------------------------------
C     error in call parameters
C
  480  PQQ(LMAT)=ZERO
       EQQ(LMAT)=ZERO
       SQQ(LMAT)=ZERO
       CVQQ(LMAT)=ONE
       PHOFG(LMAT)=ZERO
       DPDTQQ(LMAT)=ZERO
       DPDRQQ(LMAT)=ZERO
       FKROQQ(LMAT)=ONE
       R2PHQQ(LMAT)=ZERO
       R2PLQQ(LMAT)=ZERO
       ZBARQQ(LMAT)=ZERO
       CSQQ(LMAT)=ZERO
       IF(TQQ(LMAT).LE.ZERO) THEN
         KPAQQ(LMAT)=-1
       ELSE
         KPAQQ(LMAT)=-2
       END IF
       IF(L8BAD.EQ.0) THEN
         L8BAD=1
         CALL ANMARK
     1  ('ZERO OR NEGATIVE DENSITY OR TEMPERATURE IN ANEOS')
         MESS=
     1   'MATERIAL12345  T=1234567890123   RHO=1234567890123'
         WRITE(MESS(9:13),'(I5)',ERR=694) MATQQ(LMAT)
         WRITE(MESS(18:30),'(1PE13.6)',ERR=694) TQQ(LMAT)
         WRITE(MESS(38:50),'(1PE13.6)',ERR=694) RHOQQ(LMAT)
  694    CONTINUE
         CALL ANMARK(MESS)
       END IF
C     stop code for bad input to eos package
C       STOP
C
C     removed stop so that code doesn't crash,
C     but do report an error instead.
C     It's a very bas habbit to exit with
C     status code "0" on error.
C     Also I don't know why code sections were
C     written in a such order so that the following
C     line is needed.
C     Alexandre Emsenhuber, 2014-10-29
       GO TO 410
C
C----------------------------------------------
C     set arrays for return
C
c  100  write(*,*) 'fraction melt: vapor',fm1,fm2

  100  FKROQQ(LMAT)=FKROS
       R2PHQQ(LMAT)=CRHS2P
       R2PLQQ(LMAT)=CRLS2P
       ZBARQQ(LMAT)=ZBAR
C
  410  CONTINUE
C
       IF(KIDG.EQ.1) THEN
C
C       IDEAL GAS EOS
C
         DO 422 LMAT=1,NUMQQ
         IF(NMATSV(LMAT).EQ.-2) THEN
           CVQQ(LMAT)=ACK(KOC(LMAT)+4)
           EQQ(LMAT)=CVQQ(LMAT)*TQQ(LMAT)
           DPDRQQ(LMAT)=ACK(KOC(LMAT)+5)*TQQ(LMAT)
           DPDTQQ(LMAT)=ACK(KOC(LMAT)+5)*RHOQQ(LMAT)
           PQQ(LMAT)=DPDTQQ(LMAT)*TQQ(LMAT)
           SQQ(LMAT)=CVQQ(LMAT)*(LOG(TQQ(LMAT))-ACK(KOC(LMAT)+15)*
     &              LOG(RHOQQ(LMAT))-ACK(KOC(LMAT)+6))
           FKROQQ(LMAT)=QCB8+ACK(KOC(LMAT)+20)/(ACK(KOC(LMAT)+25)+
     &              TQQ(LMAT))**3
           R2PHQQ(LMAT)=ZERO
           R2PLQQ(LMAT)=ZERO
           ZBARQQ(LMAT)=ZERO
         END IF
  422    CONTINUE
         CRHS2P=ZERO
         CRLS2P=ZERO
         ZBAR=ZERO
       END IF
C
       IF(KUSER.EQ.1) THEN
C
C       USER DEFINED EOS
C
         DO 424 LMAT=1,NUMQQ
         IF(NMATSV(LMAT).EQ.-4) THEN
           CALL ANUEOS(
C         inputs
     &    TQQ(LMAT),RHOQQ(LMAT),MATQQ(LMAT),ACK(KOC(LMAT)+1),
C         outputs
     &    PQQ(LMAT),EQQ(LMAT),SQQ(LMAT),CVQQ(LMAT),DPDTQQ(LMAT),
     &    DPDRQQ(LMAT),FKROQQ(LMAT),KPAQQ(LMAT),
     &    R2PLQQ(LMAT),R2PHQQ(LMAT),ZBARQQ(LMAT))
C
         END IF
  424    CONTINUE
         CRHS2P=R2PHQQ(1)
         CRLS2P=R2PLQQ(1)
         ZBAR=ZBARQQ(1)
         FKROS=FKROQQ(1)
         RHOMPH(IPEOS)=CRHS2P
         RHOMPL(IPEOS)=CRLS2P
         GO TO 428
       END IF
       IF(KKSOL.EQ.1) THEN
C
C     type -1
C
         CALL ANN1VL (NUMQQ,TQQ,RHOQQ,KOC,NMATSV,
     &  PQQ,EQQ,SQQ,CVQQ,DPDTQQ,DPDRQQ,FKROQQ,KPAQQ,R2PLQQ,R2PHQQ,
     &  ZBARQQ)
         CRHS2P=R2PHQQ(1)
         CRLS2P=R2PLQQ(1)
         ZBAR=ZBARQQ(1)
         FKROS=FKROQQ(1)
         RHOMPH(IPEOS)=CRHS2P
         RHOMPL(IPEOS)=CRLS2P
       END IF
C
C     phonon conduction term
C
       IF(NOTRAD.NE.0) THEN
         DO 320 LMAT=1,NUMQQ
         IF(PHOFG(LMAT).GT.ZERO) THEN
           PHOFG(LMAT)=ACK(KOC(LMAT)+22)*
     &     TQQ(LMAT)**(THREE-ACK(KOC(LMAT)+41))/RHOQQ(LMAT)
           FKROQQ(LMAT)=FKROQQ(LMAT)*PHOFG(LMAT)/
     &     (FKROQQ(LMAT)+PHOFG(LMAT))
         END IF
  320    CONTINUE
       END IF
C
C     old entry variables
C
       IF(NUMQQ.EQ.1) THEN
         RHOMPH(IPEOS)=CRHS2P
         RHOMPL(IPEOS)=CRLS2P
         FKROS=FKROQQ(1)
       END IF
C
C     sound speed, energy-entropy shifts
C
  428    DO 430 LMAT=1,NUMQQ
         IF(CSQQ(LMAT).EQ.CSFLAG) THEN
           CSQQ(LMAT)=SQRT(MAX(QCB1,(DPDRQQ(LMAT)
     &    +(TQQ(LMAT)*DPDTQQ(LMAT)**2)/(CVQQ(LMAT)*RHOQQ(LMAT)**2))))
           EQQ(LMAT)=EQQ(LMAT)+ACK(KOC(LMAT)+64)
           SQQ(LMAT)=SQQ(LMAT)+ACK(KOC(LMAT)+65)
         END IF
  430    CONTINUE
C
       RETURN
       END
C
C
       SUBROUTINE ANEVAL(MAT,NUM,IWAY,VALUE,IERR)
C
C***********************************************************************
C
C     This routine added to allow external access to aneos common blocks
C     without having to change blocks in various programs. Values can be
C     returned or reset. Aneos2 or restart routines should be completed
C     before using this entry.
C
C     INPUTS:
C
C     MAT = aneos material number
C
C     NUM = number of variable
C
C     IWAY = 0, return value of variable
C          = 1, set new value of variable
C
C     VALUE = new value (only if IWAY=1)
C
C     OUTPUTS:
C
C     VALUE = value of variable (only if IWAY=0)
C
C     IERR = 0, no error
C          = 1, some type of error, value not set
C
C************************************** 8/87 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       SAVE   /ANES/
       IMAT=ABS(MAT)
C
C     check for allowed material
C
       IF((IMAT.EQ.0).OR.(IMAT.GT.MAXMAT)) THEN
         IF(IWAY.NE.0) VALUE=0.D0
         IERR=1
         GO TO 10
       END IF
       L=LOCSV(IMAT)
       IF(IWAY.EQ.0) THEN
         VALUE=ACK(L+NUM)
       ELSE
         ACK(L+NUM)=VALUE
       END IF
       IERR=0
   10  RETURN
       END
C
C
       SUBROUTINE ANHUG (M,RO,TO,RHUGMX)
C
C***********************************************************************
C
C     ANEOS PACKAGE     SIMPLE INLINE HUGONIOT CALCULATION
C
C************************************** 5/89 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
       SAVE   /FILEOS/
       CHARACTER*6 WDF
       DIMENSION TS(48)
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (QCO1=1.D-8)
       PARAMETER (TVLOW=1.D-6)
       DATA (TS(I),I=1,48)/.026D0,.0265D0,.0275D0,.0285D0,.03D0,.035D0,
     1 .04D0,.05D0,.06D0,.08D0,.1D0,.12D0,.14D0,.16D0,.18D0,.2D0,.25D0,
     2 .3D0,.35D0,.4D0,.45D0,.5D0,.55D0,.6D0,.65D0,.7D0,.75D0,.8D0,
     3 .85D0,.9D0,.95D0,1.D0,1.1D0,1.2D0,1.3D0,1.4D0,1.5D0,1.7D0,2.D0,
     4 2.5D0,3.D0,4.D0,5.D0,6.D0,7.D0,8.D0,9.D0,10.D0/
       IF ((RO.LE.ZERO).OR.(TO.LE.ZERO)) RETURN
       WRITE(KLST,40)
       CALL ANEOSV(1,TVLOW,RO,M,PC,EC,SC,CVC,PTC,PRC,D1C,D2C,KP,
     &   EXTRAA,EXTRAB,EXTRAC)
       CALL ANEOSV(1,TO,RO,M,PO,EO,SO,D1,D2,D3,D4,VO,KP,
     &   EXTRAA,EXTRAB,EXTRAC)
       D1=ZERO
       D2=ONE
       WRITE(KLST,60)
       WRITE(KLST,50) RO,TO,PO,PC,EO,SO,VO,D1,D2
       N=51
C
       DO 30 I=1,48
       T=TS(I)
       IF (T.LE.TO) GO TO 30
       IF (N.GT.50) R=RO
       R=MIN(R,RHUGMX)
       N=0
   10  CALL ANEOSV(1,T,R,M,P,E,S,CV,PT,PR,D1,D2,KP,EXTRAA,EXTRAB,EXTRAC)
       F=E-EO+HALF*(PO+P)*(RO-R)/(R*RO)
       DF=(P-T*PT)/R**2+HALF*PR*(RO-R)/(RO*R)-HALF*(PO+P)/R**2
       IF (DF.EQ.ZERO) GO TO 30
       DR=-F/DF
       IF (ABS(DR).LE.QCO1*R) GO TO 20
       D1=ONE
       IF (DR.LT.ZERO) D1=-ONE
       IF (ABS(DR).GT.HALF*R) DR=HALF*R*D1
       IF((R.GE.RHUGMX).AND.(DR.GT.ZERO)) GO TO 31
       R=MIN(R+DR,RHUGMX)
       N=N+1
       IF (N-50) 10,10,30
   20  IF(R.GE.RHUGMX) GO TO 31
       V=(P-PO)/(RO*(ONE-RO/R))
       V=SQRT(V)
       U=V*(ONE-RO/R)
       D1=R/RO
       IF (KP.EQ.4) THEN
          WDF='SOLID'
       ELSEIF (KP.EQ.5) THEN
          WDF='MELT'
       ELSEIF (KP.EQ.6) THEN
          WDF='LIQUID'
       ELSE
          WDF=' '
       END IF
       CALL ANEOSV(1,TVLOW,R,M,PC,EC,SC,CVC,PTC,PRC,D1C,D2C,KP,
     & EXTRAA,EXTRAB,EXTRAC)
       WRITE(KLST,50) R,T,P,PC,E,S,V,U,D1,N,WDF
   30  CONTINUE
C
   40  FORMAT ('1',//,'   HUGONIOT')
   50  FORMAT (1P9D12.4,I3,2X,A)
   60  FORMAT (/,'      RHO',10X,1HT,11X,1HP,10X,2HPC,11X,1HE,11X,1HS,
     1 11X,1HV,11X,1HU,7X,8HRHO/RHOO)
   31  CONTINUE
       END
C
C
       SUBROUTINE ANION1
C
C***********************************************************************
C
C     ANEOS PACKAGE     SINGLE-ELEMENT IONIZATION CALCULATION
C
C     Inputs and outputs are in /ANEEL/ and /ANE2/
C
C     Inputs:
C
C     TEVX = temperature in ev
C     RHOX = density
C     ZBARM = average atomic weight
C     T32X = T*SQRT(T)
C     FNX = number of atoms per gram
C
C     Outputs:
C
C     PE  = pressure
C     EE  = energy
C     SE  = entropy
C     CVE = dE/dT = heat capacity
C     DPTE = dP/dT
C     DPRE = dP/dRHO
C     ZBAR = ionization number
C
C************************************** 4/89 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
C                    inputs
       COMMON /ANEEL/ TEVX,RHOX,ABARX,ZBARM,T32X,FNX
C        outputs
     &  ,PE,EE,SE,CVE,DPTE,DPRE
C        inputs
     &  ,NMATSX,IIZX
       DIMENSION THOUTX(6)
       EQUIVALENCE (THOUTX,PE)
       COMMON /ANE2/ CRHS2P,CRLS2P,ZBAR,FKROS
       SAVE   /FILEOS/,/ANES/,/ANEEL/,/ANE2/
       CHARACTER*75 ERRMES
       PARAMETER (ZERO=0.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (TEIPL=705.D0)
       PARAMETER (CONV=1.0D-7)
       PARAMETER (FOUR=4.D0)
       PARAMETER (QCD1=6.D21)
       PARAMETER (QCD2=1.D-10)
       PARAMETER (QCD3=1.5D0)
       PARAMETER (QCD4=1.D7)
       PARAMETER (QCD5=2.5D0)
C
       TFACT=QCD1*T32X/(RHOX*FNX)
       RT=ONE/TEVX
       IZ=NINT(ZBARM)
       I1=(IZ*(IZ+1))/2+1
       TEIP=MIN(TEIPL,RT*EIP(I1))
       ZBAR=TFACT*EXP(-TEIP)
       IF(ZBAR.GT.HALF) GO TO 20
C
C     ZBAR le 0.5
C
       IF(ZBAR.LT.QCD2) THEN
           DO 10 I=1,6
   10      THOUTX(I)=ZERO
         ZBAR=ZERO
         GO TO 130
       END IF
       DZBT=ZBAR*RT*(QCD3+TEIP)
       DZBR=-ZBAR/RHOX
       K=0
       FLT=LOG(TFACT)
       GO TO 100
C
C     ZBAR ge Z-0.5
C
   20  I2=I1+IZ-1
       FLT=LOG(TFACT)
       TEIP=MIN(TEIPL,RT*EIP(I2))
       FK2=TFACT*EXP(-TEIP)
       IF (FK2.LT.ZBARM-HALF) GO TO 30
       K=IZ-1
       FK1=FK2-ZBARM+ONE
       ZBAR=HALF*(SQRT(FK1**2+FOUR*ZBARM*FK2)-FK1)
       IF (FK1.GT.QCD4) ZBAR=ZBARM
       DZBT=FK2*(ZBARM-ZBAR)/(TWO*ZBAR+FK1)
       DZBR=-DZBT/RHOX
       DZBT=DZBT*(QCD3+RT*EIP(I2))*RT
       GO TO 100
C
C     ZBAR gt 0.5 and ZBAR lt Z-0.5
C
   30  K1=0
       K2=IZ
       K=1
   33     DLL=EIP(I1+K)*RT+SAVER(K)-FLT
          IF(DLL.GE.ZERO) THEN
            K2=K
            FI=DLL
          ELSE
            K1=K
          END IF
          K=(K1+K2)/2
          IF(K.NE.K1) GO TO 33
       IF(K2.EQ.IZ) FI=EIP(I1+IZ)*RT+SAVER(IZ)-FLT
       EIL=EIP(I1+K)
       EIU=EIP(I1+K+1)
       DLL=(EIU-EIL)*RT
       ZBAR=K+1
       ZBAR=ZBAR+HALF
       ZBARU=ZBAR
       ZBARL=ZBAR-ONE
       K=0
C
   60  DZBAR=-FI/(ONE/ZBAR+DLL)
       ZBAR=MAX(ZBARL,MIN(ZBARU,ZBAR+DZBAR))
       IF (ABS(DZBAR).LE.CONV*ZBAR) GO TO 90
       FI=RT*(EIL*(ZBARU-ZBAR)+EIU*(ZBAR-ZBARL))+LOG(ZBAR)-FLT
       K=K+1
       IF (K.LE.100) GO TO 60
       WRITE(ERRMES,70) K,ZBAR,DZBAR,FI,ZBARL,ZBARU
   70  FORMAT('ANION1',I4,1P5E13.6)
       CALL ANMARK(ERRMES)
       IF (K.LE.105) GO TO 60
       STOP
C
   90  DZBT=ZBAR/(TEVX+ZBAR*(EIU-EIL))
       DZBR=-TEVX*DZBT/RHOX
       DZBT=DZBT*(QCD3+(EIL*(ZBARU-ZBAR)+EIU*(ZBAR-ZBARL))*RT)
       K=INT(ZBAR)
C
  100  ZBARL=FNX*BOLTS
       PE=ZBAR*ZBARL*RHOX*TEVX
       DPTE=RHOX*ZBARL*(ZBAR+TEVX*DZBT)
       DPRE=ZBARL*TEVX*(ZBAR+RHOX*DZBR)
       EE=ZERO
       IF (K.GT.0) THEN
         DO 110 I=1,K
  110    EE=EE+EIP(I1+I-1)
       END IF
       EIL=K
       EE=ZBARL*(QCD3*ZBAR*TEVX+EE+(ZBAR-EIL)*EIP(I1+K))
       CVE=ZBARL*(QCD3*(ZBAR+TEVX*DZBT)+DZBT*EIP(I1+K))
       SE=ZBAR*ZBARL*(FLT+QCD5-LOG(ZBAR))
  130  CONTINUE
       RETURN
       END
C
C
       SUBROUTINE ANION2
C
C***********************************************************************
C
C     ANEOS PACKAGE       MULTIPLE-ELEMENT IONIZATION CALCULATION
C
C     Inputs and outputs are in /ANEEL/ and /ANE2/
C
C     Inputs:
C
C     TEVX = temperature in ev
C     RHOX = density
C     ZBARM = average atomic weight
C     T32X = T*SQRT(T)
C     FNX = number of atoms per gram
C     NMATSX = number of elements
C     IIZX = pointer to Zs of materials
C
C     Outputs:
C
C     PE  = pressure
C     EE  = energy
C     SE  = entropy
C     CVE = dE/dT = heat capacity
C     DPTE = dP/dT
C     DPRE = dP/dRHO
C     ZBAR = ionization number
C     ZB(i)= ionization number for i
C
C************************************** 5/89 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       COMMON /ANZB/ ZB(92), ZRAT
C                    inputs
       COMMON /ANEEL/ TEVX,RHOX,ABARX,ZBARM,T32X,FNX
C        outputs
     &  ,PE,EE,SE,CVE,DPTE,DPRE
C        inputs
     &  ,NMATSX,IIZX
       DIMENSION THOUTX(6)
       EQUIVALENCE (THOUTX,PE)
       COMMON /ANE2/ CRHS2P,CRLS2P,ZBAR,FKROS
C     counters for aneos package
       PARAMETER (KDIMTR=15)
       COMMON /ANCNTR/ LNKNTR(MAXMAT+1,KDIMTR),LTKNTR,MATKTR
       SAVE   /FILEOS/,/ANES/,/ANE2/,/ANCNTR/,/ANZB/,/ANEEL/
       DIMENSION S1FK(184), ZC(6), TRM1(92), TRM2(92), BI(92), AI(92)
       DIMENSION KZ(92), KI1(92)
       CHARACTER*75 ERRMES
       PARAMETER (ZERO=0.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (ZBARSS=0.999999D0)
       PARAMETER (TEIPL=705.D0)
       PARAMETER (QCE1=6.D21)
       PARAMETER (QCE2=5.D-8)
       PARAMETER (QCE3=1.D-12)
       PARAMETER (QCE4=1.5D0)
       PARAMETER (QCE5=1.D-8)
       PARAMETER (QCE6=1.D-7)
       PARAMETER (QCE7=2.5D0)
       PARAMETER (QCE9=4000.D0)
       PARAMETER (QCE10=0.95D0)
       PARAMETER (QCE11=0.4D0)
C
c      data iot /0/
c      if((iot.eq.0).and.(tevx.gt.15000.)) then
c        iot=klst
c      end if
       IT=0
       RT=ONE/TEVX
       ISK=IIZX-1
       XX=QCE1*T32X/(RHOX*FNX)
CDIR$ IVDEP
         DO 310 JKI=1,NMATSX
         IZ=NINT(ZZS(ISK+JKI))
         I1=(IZ*(IZ+1))/2+1
         TRM1(JKI)=(QCE4+EIP(I1)*RT)*RT
         TRM2(JKI)=(QCE4+EIP(I1+IZ-1)*RT)*RT
         KI1(JKI)=I1
         KZ(JKI)=IZ
         S1FK(JKI)=-MIN(TEIPL,RT*EIP(I1))
  310    S1FK(JKI+NMATSX)=-MIN(TEIPL,RT*EIP(I1+IZ-1))
           DO 320 JKI=1,2*NMATSX
  320      S1FK(JKI)=XX*EXP(S1FK(JKI))
       ZBMN=QCE2
       ZBMX=ZBARM
C
C     determine zbar intial value for iteration
C
       DEL=ZERO
         DO 324 JKI=1,NMATSX
  324    DEL=DEL+S1FK(JKI)*COT(ISK+JKI)
       IF(DEL.GT.ONE) THEN
         DEL=MAX(QCE10,MIN(SQRT(DEL),(XX*TWO*RHOX/(TEVX+QCE9*RT**3))))
       ELSE
         DEL=SQRT(DEL)-QCE11*DEL
       END IF
       ZBAR=MIN(MAX(QCE2,DEL),ZBARSS*ZBARM)
c       if(iot.ne.0) then
c         zapp1=zero
c         zapp2=-1.e22
c         do 4545 jki=1,nmatsx
c         zapp3=s1fk(jki)
c         if(zapp3.gt.zapp2) then
c           zapp2=zapp3
c           ipqp=jki
c         end if
c4545     zapp1=zapp1+s1fk(jki)*COT(ISK+JKI)
c         zapp1=sqrt(zapp1)
c         zapp2=0.5*(sqrt(s1fk(ipqp)*s1fk(ipqp)+4.*zapp2)-s1fk(ipqp))
c         write(iot,4546) zbar,zapp1,zapp2,(s1fk(iy),iy=1,3)
c4546     format(' anion2',1p6e13.6)
c       end if
C
   19  FLXX=TEVX*LOG(XX/ZBAR)
         DO 20 JKI=1,NMATSX
         ZB(JKI)=S1FK(JKI)/(S1FK(JKI)+ZBAR)
         IF (ZB(JKI).LE.HALF) THEN
           IF (ZB(JKI).LT.QCE3) THEN
              ZB(JKI)=ZERO
              BI(JKI)=ZERO
           ELSE
              BI(JKI)=-ZB(JKI)**2/S1FK(JKI)
           END IF
           GO TO 20
         END IF
         ZB(JKI)=ZZS(ISK+JKI)-ZBAR/(ZBAR+S1FK(NMATSX+JKI))
         IF (ZB(JKI).GE.ZZS(ISK+JKI)-HALF) THEN
           BI(JKI)=-S1FK(NMATSX+JKI)/(S1FK(NMATSX+JKI)+ZBAR)**2
           GO TO 20
         END IF
         I1=KI1(JKI)
         N=KZ(JKI)
         K1=0
         K2=1
  243    IF (EIP(I1+K2).GE.FLXX) THEN
              N=K2
           ELSE
              K1=K2
           END IF
           K2=(K1+N)/2
           IF(K2.NE.K1) GO TO 243
         AI(JKI)=ONE/(EIP(I1+N)-EIP(I1+N-1))
         ZB(JKI)=(EIP(I1+N)*(REAL(N)-HALF)
     &        -EIP(I1+N-1)*(REAL(N)+HALF)+FLXX)*AI(JKI)
         BI(JKI)=-TEVX*AI(JKI)/ZBAR
   20    CONTINUE
           DO 333 JKI=1,2
  333      ZC(JKI)=ZERO
         DO 334 JKI=1,NMATSX
         ZC(1)=ZC(1)+ZB(JKI)*COT(ISK+JKI)
  334    ZC(2)=ZC(2)+BI(JKI)*COT(ISK+JKI)
       DEL=(ZBAR-ZC(1))/(ZC(2)-ONE)
       ZBARC=ZBAR+DEL
c       if(iot.ne.0) then
c         zapp2=(zapp1-zbar)/max(qce5,min(one,zapp1)**2)
c         write(iot,3467) it,zbar,zbarc,del,zbmn,zbmx,zapp2
c3467     format(1x,i4,1p6e13.6)
c       end if
       IF (ABS(DEL).LE.QCE5*(ZBARC+ZBAR)) GO TO 90
       IF (DEL.GT.ZERO) THEN
          ZBMN=MAX(ZBMN,ZBAR)
          IF(ZBARC.GE.ZBMX) ZBARC=HALF*(ZBMN+ZBMX)
       ELSE
          ZBMX=MIN(ZBMX,ZBAR)
          IF(ZBMX.LE.QCE6) GO TO 40
          IF(ZBARC.LE.ZBMN) ZBARC=HALF*(ZBMN+ZBMX)
       END IF
       ZBAR=ZBARC
       IT=IT+1
       IF (IT-180) 19,11,13
C
   11  CALL ANMARK('ERROR IN ANION2')
       ERRMES=' '
       WRITE(ERRMES(1:62),14) TEVX,RHOX,ZBARM,NMATSX
       CALL ANMARK(ERRMES)
   14  FORMAT('T,RHO,NUMELM,ZBARM',1P3E13.6,I5)
   13  CONTINUE
       WRITE(ERRMES,12) IT,ZBAR,DEL,ZBMN,ZBMX,ZBARC,ZC(1)
   12  FORMAT(I3,1P6E12.5)
       CALL ANMARK(ERRMES)
C
       IF(IT-200) 19,19,90
C
   90  CONTINUE
           DO 347 JKI=1,NMATSX
  347      S1FK(JKI)=ZBAR*BI(JKI)
         DO 355 JKI=1,NMATSX
         IF (ZB(JKI).EQ.ZERO) THEN
           AI(JKI)=ZERO
         ELSEIF (ZB(JKI).LE.HALF) THEN
           AI(JKI)=-S1FK(JKI)*TRM1(JKI)
         ELSEIF (ZB(JKI).GE.ZZS(ISK+JKI)-HALF) THEN
           AI(JKI)=-S1FK(JKI)*TRM2(JKI)
         ELSE
           AI(JKI)=(FLXX*RT+QCE4)*AI(JKI)
         END IF
  355    CONTINUE
           DO 353 JKI=3,6
  353      ZC(JKI)=ZERO
         DO 357 JKI=1,NMATSX
         ZC(3)=ZC(3)+AI(JKI)*COT(ISK+JKI)
         ZC(4)=ZC(4)+S1FK(JKI)*COT(ISK+JKI)
         I1=KI1(JKI)+INT(ZB(JKI))
         ZC(5)=ZC(5)+AI(JKI)*FNI(ISK+JKI)*EIP(I1)
  357    ZC(6)=ZC(6)+BI(JKI)*FNI(ISK+JKI)*EIP(I1)
C
       EE=ZC(3)/(ONE-ZC(2))
       ZC1=FNX*BOLTS
       PE=ZC1*ZBAR*RHOX*TEVX
       DPTE=ZC1*(ZBAR+TEVX*EE)
       CVE=QCE4*DPTE+(ZC(5)+EE*ZC(6))*BOLTS
       DPTE=RHOX*DPTE
       DPRE=ZC1*TEVX*(ZBAR+ZC(4)/(ONE-ZC(2)))
       EE=ZERO
         DO 120 I=1,NMATSX
         I1=KI1(I)-1
         KK=INT(ZB(I))
         IF (KK.GT.0) THEN
           DO 100 J=1,KK
  100      EE=EE+FNI(ISK+I)*EIP(I1+J)
         END IF
  120    EE=EE+FNI(ISK+I)*(ZB(I)-REAL(KK))*EIP(I1+KK+1)
       EE=QCE4*ZBAR*ZC1*TEVX+EE*BOLTS
       SE=ZBAR*ZC1*(FLXX*RT+QCE7)
       GO TO 380
C
   40  ZBAR=ZERO
           DO 45 I=1,6
   45      THOUTX(I)=ZERO
         DO 50 I=1,NMATSX
   50    ZB(I)=ZERO
C
  380  CONTINUE
       LNKNTR(MATKTR,14)=LNKNTR(MATKTR,14)+IT
       RETURN
       END
C
C
       SUBROUTINE ANMARK (MESSAG)
C
C***********************************************************************
C
C     ANEOS PACKAGE  Write message to listing, log and terminal
C
C************************************* 10/88 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
       SAVE   /FILEOS/
       CHARACTER*(*) MESSAG
       WRITE(KLST,10,ERR=20) MESSAG
   10  FORMAT(/,1X,A)
   20  CONTINUE
       RETURN
       END
C
C
       SUBROUTINE ANMAXW (T,RL,RV,L,MAT,IERR)
C
C***********************************************************************
C
C     ANEOS PACKAGE  LIQUID-VAPOR AND SOLID-VAPOR MAXWELL CONSTRUCTION
C
C************************************** 8/87 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       COMMON /CNES/ P1,E1,S1,G1,P2,E2,S2,G2
       COMMON /FNES/ CMLT7,ACK46
C     vector buffer size
       PARAMETER (MATBUF=64)
C     the following contains sqrt(t(i)) for vector aneos entry
C     ipsqts points to current value
       COMMON /ANESQT/ SQTS(MATBUF),IPSQTS
       SAVE   /FILEOS/,/ANES/,/CNES/,/FNES/
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (QCN1=1.5D0)
       PARAMETER (QCN2=1.D-3)
       PARAMETER (QCN3=1.D-100)
       PARAMETER (QCN4=0.99D0)
       PARAMETER (QCN5=1.005D0)
       PARAMETER (QCN6=1.D-6)
       PARAMETER (QCN7=0.05D0)
       PARAMETER (QCN8=0.01D0)
       PARAMETER (QCN9=1.D4)
       PARAMETER (QCN10=0.1D0)
       PARAMETER (QCN11=1.D-9)
C
       SQTS(1)=SQRT(T)
       NP=0
       N=0
       CM7=CMLT7
       IF (IERR.LT.0) NP=1
       IF (RV.LT.ZERO) GO TO 230
       RLO=RCT(MAT)
       RVO=RCT(MAT)
       RV=THREE*ACK(L+15)-ONE-ACK(L+10)/(ACK(L+27)*BOLTS*T)
       RV=ACK(L+25)**3*EXP(RV)/(ACK(L+13)*T)**QCN1
       IF(RV.LT.ZERO) RV=-RV
       IF (RL) 10,20,30
   10  RL=-RL
       AL=ZERO
       GO TO 40
   20  RL=ACK(L+19)
   30  AL=ONE
   40  RLM=RL
       DP2=QCN2*RL
       RV=MAX(QCN3,MIN(DP2,RV))
   50  IERR=0
   60  CALL ANEOS1 (T,RV,P2,E2,S2,D1,D2,DP2,L)
       IF (DP2.GT.ZERO) GO TO 80
       RVO=RV
       RV=QCN4*RV
       IF (IERR.GT.30) RV=HALF*RV
       IERR=IERR+1
       IF (IERR-900) 60,60,70
   70  IERR=-1
       GO TO 220
   80  G2=E2-T*S2+P2/RV
       IERR=0
   90  IF (T.LT.ACK(L+18)) CMLT7=-ONE
       CALL ANEOS1 (T,RL,P1,E1,S1,D1,D2,DP1,L)
       CMLT7=CM7
       IF (DP1.GT.ZERO) GO TO 110
       RLO=RL
       RL=QCN5*RL
       IERR=IERR+1
       IF (IERR-900) 90,90,100
  100  IERR=-2
       GO TO 220
  110  G1=E1-T*S1+P1/RL
       SP=P1-P2
       SG=G1-G2
       DRL=AL*RL*(SP-RV*SG)/(DP1*(RV-RL))
       DRV=RV*(SP-RL*SG)/(DP2*(RV-RL))
       IF (ABS(DRL).GT.QCN6*RL) GO TO 120
       IF (ABS(DRV).LE.QCN6*RV) GO TO 200
  120  IF (N.GT.40) DRL=HALF*DRL
       IF (N.LT.60) GO TO 130
       DRL=QCN7*DRL
       IF (ABS(SP).GT.QCN8*(P1+P2+QCN9)) GO TO 130
       IF (ABS(SG).LE.QCN8*(ABS(G1)+ABS(G2))) GO TO 200
  130  SP=RL+DRL
       IF (SP.GT.RLO) GO TO 150
  140  DRL=HALF*DRL
       GO TO 130
  150  IF (DRL.GT.QCN10*RL) GO TO 140
  160  SG=RV+DRV
       IF (SG.GT.ZERO) GO TO 180
  170  DRV=HALF*DRV
       GO TO 160
  180  IF (SG.GE.RVO) GO TO 170
       RV=SG
       RL=SP
       N=N+1
       IF (N-500) 50,50,190
  190  IERR=-3
       GO TO 210
  200  IERR=N
       IF (RL.LE.RLM) GO TO 2323
       CALL ANWARN(0)
       WRITE(KLST,310) T,RL
       GO TO 2323
  210  IF (RV.LT.QCN3) GO TO 230
  220  IF (NP.EQ.0) THEN
          CALL ANWARN(0)
          WRITE(KLST,320) T,IERR,RV,RL
       END IF
       GO TO 2323
C
C     VAPOR DENSITY TOO SMALL TO CALCULATE
C     LIQUID-SOLID POINT AT P=0
C
  230  RLM=ACK(L+19)
       RL=RLM
       N=0
       IF (T.LT.ACK(L+18)) CMLT7=-ONE
       P2=HALF*RL
       E2=RL
  240  CALL ANEOS1 (T,RL,P1,E1,S1,D1,D2,DP1,L)
       IF (P1.LT.ZERO.AND.N.LT.800) GO TO 250
       IF (ABS(P1).LE.QCN2) GO TO 300
       IF (E2-P2.LE.QCN11) GO TO 300
  250  IF (P1) 260,300,270
  260  P2=RL
       GO TO 280
  270  E2=RL
  280  RL=HALF*(E2+P2)
       N=N+1
       IF (N-900) 240,240,290
  290  IERR=-4
       GO TO 220
  300  RV=QCN3
       CMLT7=CM7
       CALL ANEOS1 (T,RV,P2,E2,S2,D1,D2,DP1,L)
       GO TO 200
C
  310  FORMAT(/,' Possible negative expansion coefficient  T='
     1,1PD12.5,5H RHO=,D12.5)
  320  FORMAT ('  ANMAXW TWO-PHASE CONVERGENCE ERROR AT T=',1PD12.5
     1,' IERR=',I5,2D15.7)
 2323  RETURN
       END
C
C
       SUBROUTINE ANN1AS(IT)
C
C***********************************************************************
C
C     SETUP FOR TYPE -1
C
C     Inputs:
C
C     IT  =  pointer to ack array for this material
C
C     Parameters for pre 6/89 models and additional input are defined
C     before entry to this routine.
C
C************************************** 11/89 version slt **************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (FOUR=4.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (P1OV10=-0.1D0)
       PARAMETER (P2OV3=0.66667D0)
       PARAMETER (PMATCH=5.D12)
C     number of intervals in Th table
       PARAMETER (NH=20)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       SAVE   /FILEOS/,/ANES/
C     check user input
C
       IF(ACK(IT+33).LE.ZERO) THEN
         KTYPE=1
         IF(ACK(IT+44).EQ.ZERO) THEN
           CALL ANWARN(1)
           CALL ANMARK('Constant K1 cannot be zero')
           ACK(IT+44)=1.E-6
         END IF
       ELSE
         KTYPE=0
       END IF
       RR=ACK(IT+37)
       XX=ACK(IT+48)
       IF((ACK(IT+48).LE.ZERO).OR.(ACK(IT+48).GE.ACK(IT+11))) THEN
         ACK(IT+42)=P1OV10
         ACK(IT+48)=ACK(IT+11)/(ONE-ACK(IT+42))
       ELSE
         ACK(IT+42)=ONE-ACK(IT+11)/ACK(IT+48)
       END IF
       IF(ACK(IT+37).LE.ACK(IT+11)) THEN
         IF(KTYPE.EQ.0) THEN
           IF(ACK(IT+33).GT.ZERO) THEN
             R4R4=ONE+ACK(IT+21)/(TWO*ACK(IT+33)*PMATCH)
             R4R5=R4R4**2-ONE/ACK(IT+33)
             IF(R4R5.GT.ZERO) THEN
               ACK(IT+43)=R4R4-SQRT(R4R5)
             ELSE
               ACK(IT+43)=PMATCH/ACK(IT+21)
             END IF
           ELSE
             ACK(IT+43)=PMATCH/ACK(IT+21)
           END IF
         ELSEIF(ACK(IT+33).GT.ONE) THEN
           ACK(IT+43)=P2OV3/ACK(IT+33)
         ELSE
           ACK(IT+43)=P2OV3
         END IF
         ACK(IT+37)=ACK(IT+11)/(ONE-ACK(IT+43))
       ELSE
         ACK(IT+43)=ONE-ACK(IT+11)/ACK(IT+37)
       END IF
       IF((XX.NE.ZERO).AND.(XX.NE.ACK(IT+48))) THEN
         CALL ANWARN(0)
         WRITE(KLST,7) XX,ACK(IT+48)
    7    FORMAT(' Input IN(13) ignored',1PE13.6,' changed to',E13.6)
       END IF
       IF((RR.NE.ZERO).AND.(RR.NE.ACK(IT+37))) THEN
         CALL ANWARN(0)
         WRITE(KLST,6) RR,ACK(IT+37)
    6    FORMAT(' Input IN(14) ignored',1PE13.6,' changed to',E13.6)
       END IF
       IF(ACK(IT+18).LE.ZERO) ACK(IT+18)=123.456789
       IF(ACK(IT+15).LE.ZERO) ACK(IT+15)=ONE
       ACK(IT+34)=REAL(NH)
       ETA=ACK(IT+42)
         DO 10 I=1,NH+1
         IF(I.EQ.NH+1) ETA=ACK(IT+43)
         CALL ANN2AS(ETA,KTYPE,ACK(IT+33),ACK(IT+44),ACK(IT+45),
     &       ACK(IT+53),ACK(IT+54),ACK(IT+15),ACK(IT+I+74))
   10    ETA=ETA+(ACK(IT+43)-ACK(IT+42))/ACK(IT+34)
       XX=HALF*ACK(IT+32)**2/ACK(IT+4)
       IF(KTYPE.EQ.0) THEN
C       Us-Up low density form
         ETA=ACK(IT+42)
         RR=ACK(IT+11)/(ONE-ETA)
         TH=EXP(ACK(IT+15)*ETA)*(ACK(IT+12)
     &    +ACK(IT+75)*XX*(ETA/(ONE-ACK(IT+33)*ETA))**3)
         PC=ACK(IT+21)*ETA/(ONE-ACK(IT+33)*ETA)**2
         ACK(IT+51)=ETA*PC/(TWO*ACK(IT+11))+ACK(IT+3)-ACK(IT+4)*TH
         DPHDR=(ACK(IT+21)*(ONE+ACK(IT+33)*ETA)*(ONE-HALF*ACK(IT+15)*
     &          ETA)
     &  /(ONE-ACK(IT+33)*ETA)**3-ACK(IT+15)*(ACK(IT+5)*TH-HALF*PC))
     &  *ACK(IT+11)/RR**2
C        write(klst,3434) eta,rr,th,pc,dphdr
C3434     format(' eta,rho,th,ph,dphdr',/,1x,1p5e15.7)
         IF(DPHDR.LE.ZERO) THEN
           CALL ANWARN(1)
           CALL ANMARK('dPh/dRHO negative at lower density limit')
           WRITE(KLST,70) RR,PC,DPHDR
   70      FORMAT(' match point  rho=',1PE13.6,' Ph=',E13.6,/,
     &    ' dPh/dRHO=',E13.6,' To correct use larger density')
         END IF
         PC=PC-ACK(IT+5)*TH
         ACK(IT+49)=PC+DPHDR*RR
         ACK(IT+50)=-RR*RR*DPHDR
C       Us-Up high density form
         ETA=ACK(IT+43)
         RR=ACK(IT+11)/(ONE-ETA)
         TH=EXP(ACK(IT+15)*ETA)*(ACK(IT+12)
     &    +ACK(IT+75+NH)*XX*(ETA/(ONE-ACK(IT+33)*ETA))**3)
         PC=ACK(IT+21)*ETA/(ONE-ACK(IT+33)*ETA)**2
         ACK(IT+40)=ETA*PC/(TWO*ACK(IT+11))+ACK(IT+3)-ACK(IT+4)*TH
         DPHDR=(ACK(IT+21)*(ONE+ACK(IT+33)*ETA)*(ONE-HALF*ACK(IT+15)*
     &          ETA)/(ONE-ACK(IT+33)*ETA)**3-ACK(IT+15)*(ACK(IT+5)*
     &          TH-HALF*PC))*ACK(IT+11)/RR**2
C        write(klst,3434) eta,rr,th,pc,dphdr
         PC=PC-ACK(IT+5)*TH
         ACK(IT+38)=PC-HALF*DPHDR*RR
         ACK(IT+39)=DPHDR/(TWO*RR)
       ELSE
C       power series low density form
         ETA=ACK(IT+42)
         RR=ACK(IT+11)/(ONE-ETA)
         TH=EXP(ACK(IT+15)*ETA)*(ACK(IT+12)
     &    +ACK(IT+75)*XX*ACK(IT+44)*ETA**3/THREE)
         PC=ACK(IT+21)*ETA*(ONE+ACK(IT+44)*ETA+ACK(IT+45)*ETA**2
     &     +ACK(IT+53)*ETA**3+ACK(IT+54)*ETA**4)
         ACK(IT+51)=ETA*PC/(TWO*ACK(IT+11))+ACK(IT+3)-ACK(IT+4)*TH
         DPHDR=ACK(IT+21)*(ACK(IT+44)+TWO*ACK(IT+45)*ETA
     &     +THREE*ACK(IT+53)*ETA**2+FOUR*ACK(IT+54)*ETA**3)
         DPHDR=(PC/ETA-ACK(IT+15)*ACK(IT+5)*TH+(ONE-HALF*ACK(IT+15))
     &        *ETA*DPHDR)*ACK(IT+11)/RR**2
C        write(klst,3434) eta,rr,th,pc,dphdr
         IF(DPHDR.LE.ZERO) THEN
           CALL ANWARN(1)
           CALL ANMARK('dPh/dRHO negative at lower density limit')
           WRITE(KLST,70) RR,PC,DPHDR
         END IF
         PC=PC-ACK(IT+5)*TH
         ACK(IT+49)=PC+DPHDR*RR
         ACK(IT+50)=-RR*RR*DPHDR
C       power series high density form
         ETA=ACK(IT+43)
         RR=ACK(IT+11)/(ONE-ETA)
         TH=EXP(ACK(IT+15)*ETA)*(ACK(IT+12)
     &    +ACK(IT+75+NH)*XX*ACK(IT+44)*ETA**3/THREE)
         PC=ACK(IT+21)*ETA*(ONE+ACK(IT+44)*ETA+ACK(IT+45)*ETA**2
     &     +ACK(IT+53)*ETA**3+ACK(IT+54)*ETA**4)
         ACK(IT+40)=ETA*PC/(TWO*ACK(IT+11))+ACK(IT+3)-ACK(IT+4)*TH
         DPHDR=ACK(IT+21)*(ACK(IT+44)+TWO*ACK(IT+45)*ETA
     &     +THREE*ACK(IT+53)*ETA**2+FOUR*ACK(IT+54)*ETA**3)
         DPHDR=(PC/ETA-ACK(IT+15)*ACK(IT+5)*TH+(ONE-HALF*ACK(IT+15))
     &        *ETA*DPHDR)*ACK(IT+11)/RR**2
C        write(klst,3434) eta,rr,th,pc,dphdr
         IF(DPHDR.LE.ZERO) THEN
           CALL ANWARN(1)
           CALL ANMARK('dPh/dRHO negative at high density limit')
           WRITE(KLST,74) RR,PC,DPHDR
   74      FORMAT(' match point  rho=',1PE13.6,' Ph=',E13.6,/,
     &    ' dPh/dRHO=',E13.6,' To correct use smaller density')
         END IF
         PC=PC-ACK(IT+5)*TH
         ACK(IT+38)=PC-HALF*DPHDR*RR
         ACK(IT+39)=DPHDR/(TWO*RR)
       END IF
C
C     fix melt point if necessary to get it below low density join point
C
       PC=ACK(IT+18)
       ACK(IT+18)=MAX(ACK(IT+18),
     &    -(ACK(IT+49)+ACK(IT+50)/ACK(IT+48))/ACK(IT+5))
       IF(PC.LT.ACK(IT+18)) THEN
         CALL ANWARN(0)
         WRITE(KLST,68) PC,ACK(IT+18),ACK(IT+48)
   68    FORMAT(' Melt temperature increased from',1PE13.6,' to',E13.6,/,
     &  ' to yield RHOmelt < RHOlow = IN(13) =',E13.6)
       END IF
       ACK(IT+47)=-ACK(IT+50)/(ACK(IT+49)+ACK(IT+5)*ACK(IT+18))
       ACK(IT+23)=MIN(ACK(IT+23),ACK(IT+47))
       ACK(IT+96)=ACK(IT+5)/ACK(IT+47)
     &      +ACK(IT+4)*(LOG(ACK(IT+18)/ACK(IT+12))+ONE)
C
       RETURN
       END
C
C
       SUBROUTINE ANN1VL (NUMQQ,TQQ,RHOQQ,KOC,NMATSV,
     &  PQQ,EQQ,SQQ,CVQQ,DPDTQQ,DPDRQQ,FKROQQ,KPAQQ,R2PLQQ,R2PHQQ,
     &  ZBARQQ)
C
C***********************************************************************
C
C     ANEOS PACKAGE - TYPE -1
C
C     NUMQQ =  dimensions of input and output arrays
C              (normally limited to 64)
C     TQQ   =  temperature array
C     RHOQQ =  density array
C     KOC   =  array set in aneosv (pointer to material data)
C     NMATSV=  array set in aneosv (material number)
C
C     Output arrays
C
C     PQQ   =  pressure
C     EQQ   =  specific energy
C     SQQ   =  specific entropy
C     CVQQ  =  specific heat capacity
C     DPDTQQ=  dP / dT
C     DPDRQQ=  dP / dRHO
C     FKROQQ=  Rosseland mean opacity (including conduction)
C     KPAQQ =  scratch array (set to 1 before exit)
C     R2PLQQ=  lower phase density for mixed-phase state
C              not used for single phase
C     R2PHQQ=  upper phase density for mixed-phase state
C              not used for single phase
C     ZBARQQ=  ionization number
C
C************************************** 11/89 version slt **************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       DIMENSION TQQ(NUMQQ),RHOQQ(NUMQQ)
       DIMENSION PQQ(NUMQQ),EQQ(NUMQQ),SQQ(NUMQQ),CVQQ(NUMQQ)
       DIMENSION DPDTQQ(NUMQQ),DPDRQQ(NUMQQ),FKROQQ(NUMQQ)
       DIMENSION KPAQQ(NUMQQ),R2PLQQ(NUMQQ),R2PHQQ(NUMQQ),ZBARQQ(NUMQQ)
       DIMENSION KOC(NUMQQ), NMATSV(NUMQQ)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       SAVE   /FILEOS/,/ANES/
       PARAMETER (ZERO=0.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (FOUR=4.D0)
       PARAMETER (SIX=6.D0)
       PARAMETER (OV3=1.D0/3.D0)
       PARAMETER (OV5=1.D0/5.D0)
C
C     determine form to be used if this eos is desired
C
         DO 10 LMAT=1,NUMQQ
         IF(NMATSV(LMAT).EQ.-1) THEN
           IF(RHOQQ(LMAT).LE.ACK(KOC(LMAT)+48)) THEN
             KPAQQ(LMAT)=-102
           ELSEIF(RHOQQ(LMAT).GE.ACK(KOC(LMAT)+37)) THEN
             KPAQQ(LMAT)=-101
           ELSEIF(ACK(KOC(LMAT)+33).GT.ZERO) THEN
             KPAQQ(LMAT)=-100
           ELSE
             KPAQQ(LMAT)=-103
           END IF
         END IF
   10    CONTINUE
C
C     determine cold terms for Pc, Ec and dPc/dRHO
C
C     Us-Up form in allowed density range
C
         DO 20 LMAT=1,NUMQQ
         IF(KPAQQ(LMAT).EQ.-100) THEN
C         eta stored in eqq
           EQQ(LMAT)=MAX(ACK(KOC(LMAT)+42),MIN(ACK(KOC(LMAT)+43),
     &    ONE-ACK(KOC(LMAT)+11)/RHOQQ(LMAT)))
C         delta eta for table
           R2PLQQ(LMAT)=(ACK(KOC(LMAT)+43)-ACK(KOC(LMAT)+42))/
     &    ACK(KOC(LMAT)+34)
C         find interval in stored table
           KPAQQ(LMAT)=INT(
     &    (EQQ(LMAT)-ACK(KOC(LMAT)+42))/R2PLQQ(LMAT))
C         interpolate in table
           R2PHQQ(LMAT)=EQQ(LMAT)-KPAQQ(LMAT)*R2PLQQ(LMAT)
     &    -ACK(KOC(LMAT)+42)
           R2PLQQ(LMAT)=
     &    (ACK(KOC(LMAT)+KPAQQ(LMAT)+75)*(R2PLQQ(LMAT)-R2PHQQ(LMAT))+
     &    ACK(KOC(LMAT)+KPAQQ(LMAT)+76)*R2PHQQ(LMAT))/R2PLQQ(LMAT)
C         cvqq is Th interpolated
           CVQQ(LMAT)=EXP(ACK(KOC(LMAT)+15)*EQQ(LMAT))*
     &    (ACK(KOC(LMAT)+12)+HALF*ACK(KOC(LMAT)+32)**2*
     &    (EQQ(LMAT)/(ONE-ACK(KOC(LMAT)+33)*EQQ(LMAT)))**3
     &    *R2PLQQ(LMAT)/ACK(KOC(LMAT)+4))
C         Ph
           PQQ(LMAT)=ACK(KOC(LMAT)+21)*EQQ(LMAT)/
     &    (ONE-ACK(KOC(LMAT)+33)*EQQ(LMAT))**2
C            write(klst,9191) lmat,rhoqq(lmat),eqq(lmat),
C   &       tqq(lmat),cvqq(lmat),pqq(lmat),r2plqq(lmat)
C   &       ,kpaqq(lmat)
C9191        format(' ann1vl',i4,1p6e13.6,i6)
C         dPc/dRHO
           DPDRQQ(LMAT)=(ACK(KOC(LMAT)+21)*
     &    (ONE+ACK(KOC(LMAT)+33)*EQQ(LMAT))*
     &    (ONE-HALF*ACK(KOC(LMAT)+15)*EQQ(LMAT))
     &    /(ONE-ACK(KOC(LMAT)+33)*EQQ(LMAT))**3-ACK(KOC(LMAT)+15)*
     &    (ACK(KOC(LMAT)+5)*CVQQ(LMAT)-HALF*PQQ(LMAT)))
     &    *ACK(KOC(LMAT)+11)/RHOQQ(LMAT)**2
C         Ec
           EQQ(LMAT)=PQQ(LMAT)*EQQ(LMAT)/(TWO*ACK(KOC(LMAT)+11))
     &    +ACK(KOC(LMAT)+3)-ACK(KOC(LMAT)+4)*CVQQ(LMAT)
C         Pc
           PQQ(LMAT)=PQQ(LMAT)-ACK(KOC(LMAT)+5)*CVQQ(LMAT)
         END IF
   20    CONTINUE
C
C     high density form
C
         DO 30 LMAT=1,NUMQQ
         IF(KPAQQ(LMAT).EQ.-101) THEN
C         dPc/dRHO
           DPDRQQ(LMAT)=TWO*ACK(KOC(LMAT)+39)*RHOQQ(LMAT)
C         Pc
           PQQ(LMAT)=ACK(KOC(LMAT)+38)+ACK(KOC(LMAT)+39)*RHOQQ(LMAT)**2
C         Ec
           EQQ(LMAT)=(ACK(KOC(LMAT)+38)/(RHOQQ(LMAT)*ACK(KOC(LMAT)+37))
     &    +ACK(KOC(LMAT)+39))*(RHOQQ(LMAT)-ACK(KOC(LMAT)+37))
     &    +ACK(KOC(LMAT)+40)
         END IF
   30    CONTINUE
C
C     low density form
C
         DO 40 LMAT=1,NUMQQ
         IF(KPAQQ(LMAT).EQ.-102) THEN
C         dPc/dRHO
           DPDRQQ(LMAT)=-ACK(KOC(LMAT)+50)/RHOQQ(LMAT)**2
C         Pc
           PQQ(LMAT)=ACK(KOC(LMAT)+49)+ACK(KOC(LMAT)+50)/RHOQQ(LMAT)
C         Ec
           CVQQ(LMAT)=ACK(KOC(LMAT)+48)/RHOQQ(LMAT)
           EQQ(LMAT)=( ACK(KOC(LMAT)+49)*(ONE-CVQQ(LMAT)) +
     &      HALF*ACK(KOC(LMAT)+50)*(ONE-CVQQ(LMAT)**2)/ACK(KOC(LMAT)+48)
     &      )/ACK(KOC(LMAT)+48)
     &       +ACK(KOC(LMAT)+51)
         END IF
   40    CONTINUE
C
C     power series form
C
         DO 50 LMAT=1,NUMQQ
         IF(KPAQQ(LMAT).EQ.-103) THEN
C         eta stored in eqq
           EQQ(LMAT)=MAX(ACK(KOC(LMAT)+42),MIN(ACK(KOC(LMAT)+43),
     &    ONE-ACK(KOC(LMAT)+11)/RHOQQ(LMAT)))
C         delta eta for table
           R2PLQQ(LMAT)=(ACK(KOC(LMAT)+43)-ACK(KOC(LMAT)+42))/
     &    ACK(KOC(LMAT)+34)
C         find interval in stored table
           KPAQQ(LMAT)=INT(
     &    (EQQ(LMAT)-ACK(KOC(LMAT)+42))/R2PLQQ(LMAT))
C         interpolate in table
           R2PHQQ(LMAT)=EQQ(LMAT)-KPAQQ(LMAT)*R2PLQQ(LMAT)
     &    -ACK(KOC(LMAT)+42)
           R2PLQQ(LMAT)=
     &    (ACK(KOC(LMAT)+KPAQQ(LMAT)+75)*(R2PLQQ(LMAT)-R2PHQQ(LMAT))+
     &    ACK(KOC(LMAT)+KPAQQ(LMAT)+76)*R2PHQQ(LMAT))/R2PLQQ(LMAT)
C         cvqq is Th interpolated
           CVQQ(LMAT)=EXP(ACK(KOC(LMAT)+15)*EQQ(LMAT))*
     &    (ACK(KOC(LMAT)+12)+ACK(KOC(LMAT)+32)**2*ACK(KOC(LMAT)+44)*
     &    EQQ(LMAT)**3*R2PLQQ(LMAT)/(SIX*ACK(KOC(LMAT)+4)))
C         Ph
           DPDRQQ(LMAT)=ACK(KOC(LMAT)+21)*
     &    (ONE+EQQ(LMAT)*(ACK(KOC(LMAT)+44)+EQQ(LMAT)*(ACK(KOC(LMAT)+45)
     &    +EQQ(LMAT)*(ACK(KOC(LMAT)+53)+EQQ(LMAT)*ACK(KOC(LMAT)+54)))))
           PQQ(LMAT)=DPDRQQ(LMAT)*EQQ(LMAT)
C            write(klst,9193) lmat,rhoqq(lmat),eqq(lmat),
C   &       tqq(lmat),cvqq(lmat),pqq(lmat),r2plqq(lmat)
C   &       ,kpaqq(lmat)
C9193        format(' ANN1VL',i4,1p6e13.6,i6)
C         dPc/dRHO
           DPDRQQ(LMAT)=(DPDRQQ(LMAT)-ACK(KOC(LMAT)+15)*ACK(KOC(LMAT)+5)
     &    *CVQQ(LMAT)+EQQ(LMAT)*(ONE-HALF*ACK(KOC(LMAT)+15)*EQQ(LMAT))
     &    *ACK(KOC(LMAT)+21)*(ACK(KOC(LMAT)+44)+EQQ(LMAT)*
     &    (TWO*ACK(KOC(LMAT)+45)+EQQ(LMAT)*
     &    (THREE*ACK(KOC(LMAT)+53)+EQQ(LMAT)*FOUR*ACK(KOC(LMAT)+54)))))
     &    *ACK(KOC(LMAT)+11)/RHOQQ(LMAT)**2
C         Ec
           EQQ(LMAT)=PQQ(LMAT)*EQQ(LMAT)/(TWO*ACK(KOC(LMAT)+11))
     &    +ACK(KOC(LMAT)+3)-ACK(KOC(LMAT)+4)*CVQQ(LMAT)
C         Pc
           PQQ(LMAT)=PQQ(LMAT)-ACK(KOC(LMAT)+5)*CVQQ(LMAT)
         END IF
   50    CONTINUE
C
C     now have cold terms for Pc, Ec and dPc/dRHO
C     add in thermal terms
C
         DO 70 LMAT=1,NUMQQ
         IF(NMATSV(LMAT).EQ.-1) THEN
           CVQQ(LMAT)=ACK(KOC(LMAT)+4)
           DPDTQQ(LMAT)=ACK(KOC(LMAT)+5)
           EQQ(LMAT)=CVQQ(LMAT)*TQQ(LMAT)+EQQ(LMAT)
           PQQ(LMAT)=DPDTQQ(LMAT)*TQQ(LMAT)+PQQ(LMAT)
           SQQ(LMAT)=ACK(KOC(LMAT)+5)/RHOQQ(LMAT)
     &      +CVQQ(LMAT)*(LOG(TQQ(LMAT)/ACK(KOC(LMAT)+12))+ONE)
           FKROQQ(LMAT)=1.E11
           R2PHQQ(LMAT)=ZERO
           R2PLQQ(LMAT)=ZERO
           ZBARQQ(LMAT)=ZERO
           KPAQQ(LMAT)=1
         END IF
   70    CONTINUE
C
C     cut out for P < 0 for solid tensions
C
         DO 110 LMAT=1,NUMQQ
         IF((NMATSV(LMAT).EQ.-1).AND.
     &      (PQQ(LMAT).LT.ZERO).AND.
     &        ((SQQ(LMAT).GT.ACK(KOC(LMAT)+96)).OR.
     &         (RHOQQ(LMAT).LT.ACK(KOC(LMAT)+23)))) THEN
C          phase density
            R2PHQQ(LMAT)=-ACK(KOC(LMAT)+50)/
     &                  (ACK(KOC(LMAT)+49)+ACK(KOC(LMAT)+5)*TQQ(LMAT))
            DPDRQQ(LMAT)=ACK(KOC(LMAT)+48)/R2PHQQ(LMAT)
            EQQ(LMAT)=( ACK(KOC(LMAT)+49)*(ONE-DPDRQQ(LMAT)) +
     &       HALF*ACK(KOC(LMAT)+50)*(ONE-DPDRQQ(LMAT)**2)
     &       /ACK(KOC(LMAT)+48) )/ACK(KOC(LMAT)+48)
     &       +ACK(KOC(LMAT)+51) + CVQQ(LMAT)*TQQ(LMAT)
            SQQ(LMAT)=ACK(KOC(LMAT)+5)*
     &              (ONE/R2PHQQ(LMAT)-ONE/RHOQQ(LMAT)) + SQQ(LMAT)
            CVQQ(LMAT)=CVQQ(LMAT)-TQQ(LMAT)*(ACK(KOC(LMAT)+5)**2)
     &                                     /ACK(KOC(LMAT)+50)
            R2PLQQ(LMAT)=1.2345E-33
            DPDTQQ(LMAT)=1.2345E-22
            DPDRQQ(LMAT)=ZERO
            PQQ(LMAT)=ZERO
            KPAQQ(LMAT)=2
         END IF
  110    CONTINUE
C
       RETURN
       END
C
C
       SUBROUTINE ANN2AS (ETA,KTYPE,S1,AK1,AK2,AK3,AK4,GAMMAO,VALUE)
C
C***********************************************************************
C
C     Preform numerical integral for Th/Ph type -1
C
C***********************************************************************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
       SAVE   /FILEOS/
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (FOUR=4.D0)
       PARAMETER (TEN=10.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (KUM=200)
       IF(ABS(ETA).LE.1.E-7) THEN
         IF(KTYPE.EQ.0) THEN
           VALUE=TWO*S1/THREE
         ELSE
           VALUE=ONE
         END IF
         GO TO 20
       END IF
       NUM=MAX(KUM,KUM*INT(ABS(TEN*ETA)))
       DN=FLOAT(NUM)
       DN=ETA/DN
       VALUE=ZERO
       AL=ZERO
         DO 10 I=1,NUM
         ETAV=REAL(I)*DN
         IF(KTYPE.EQ.0) THEN
           AV=TWO*S1/(ONE-S1*ETAV)**3
         ELSE
           AV=AK1+TWO*AK2*ETAV+THREE*AK3*ETAV**2+FOUR*AK4*ETAV**3
         END IF
         AV=AV*EXP(-GAMMAO*ETAV)*ETAV**2
         VALUE=VALUE+HALF*(AL+AV)*DN
   10    AL=AV
       IF(KTYPE.EQ.0) THEN
         VALUE=VALUE*(ONE-S1*ETA)**3/(ETA**3)
       ELSE
         VALUE=THREE*VALUE/(AK1*ETA**3)
       END IF
   20  CONTINUE
c       write(klst,1313) eta,value
c1313   format(' int',1p2e15.7)
       RETURN
       END
C
C
       SUBROUTINE ANNDPR(T,RHO,P,E,S,CV,DPT,DPR,IMAT)
C
C**********************************************************************
C
C     ANEOS PACKAGE - alternate call to aneos1 which calculates
C     numerical derivative for dP/dRHO - In some case analytic
C     derivate is not good because of numerics.
C     Parameters are the same as aneos1
C
C***********************************************************************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       PARAMETER (DEL=0.001D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       CALL ANEOS1(T,RHO*(ONE+DEL),PCP,E,S,CV,DPT,DPR,IMAT)
       CALL ANEOS1(T,RHO*(ONE-DEL),PCN,E,S,CV,DPT,DPR,IMAT)
       CALL ANEOS1(T,RHO,P,E,S,CV,DPT,DPR,IMAT)
       DPR=(PCP-PCN)/(TWO*DEL*RHO)
       RETURN
       END
C
C
       SUBROUTINE ANPHAS (MAT,IT,IKPN)
C
C***********************************************************************
C
C     ANEOS PACKAGE     SET UP FOR LIQUID-VAPOR AND SOLID-VAPOR
C                       CALCULATION - DETERMINES CRITICAL POINT
C                       AND TWO-PHASE BOUNDARIES
C
C************************************** 8/87 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
       COMMON /ANES/  ACK(99*MAXMAT),ZZS(30*MAXMAT),COT(30*MAXMAT)
     1 ,FNI(30*MAXMAT),RCT(MAXMAT+1),TCT(MAXMAT+1),RSOL(100*MAXMAT)
     2 ,RVAP(100*MAXMAT),TTWO(100*MAXMAT),SAVER(92),BOLTS,EIP(4370)
     3 ,LOCSV(MAXMAT+1),LOCKP(MAXMAT+1),LOCKPL(MAXMAT+1),NOTRAD
       COMMON /ANE2/ CRHS2P,CRLS2P,ZBAR,FKROS
       COMMON /CNES/ P1,E1,S1,G1,P2,E2,S2,G2
       COMMON /FNES/ CMLT7,ACK46
C     vector buffer size
       PARAMETER (MATBUF=64)
C     the following contains sqrt(t(i)) for vector aneos entry
C     ipsqts points to current value
       COMMON /ANESQT/ SQTS(MATBUF),IPSQTS
C     kexprt is flag for extended print
C     = 0, no print      =1, print
       COMMON /KEXARP/ KEXPRT
C
       SAVE   /FILEOS/,/ANES/,/ANE2/,/CNES/,/FNES/,/KEXARP/
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (FOUR=4.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (S3S3=0.0001D0)
       PARAMETER (QCM1=0.3D0)
       PARAMETER (QCM2=1.D-6)
       PARAMETER (QCM3=0.1D0)
       PARAMETER (QCM4=1.D-3)
       PARAMETER (QCM5=0.95D0)
       PARAMETER (QCM6=0.005D0)
       PARAMETER (QCM7=1.D-4)
       PARAMETER (QCM8=0.15D0)
       PARAMETER (QCM9=0.25D0)
       PARAMETER (QCM10=0.99D0)
       PARAMETER (QCM11=0.015D0)
       PARAMETER (QCM12=1.D-100)
       PARAMETER (QCM13=1.D6)
       PARAMETER (KWAYP=2)
C
       IF (NINT(ACK(IT+30)).LE.2) GO TO 2323
C
C     if you want to see entire 2-phase, set next parameter to 1
       ISKIP=5
       IF(KEXPRT.NE.ZERO) ISKIP=1
C
C     find critical point
C
       KWAY=0
    5  NTY=0
       KLY=0
       CMLT7=ZERO
   10  KLY=KLY+1
       IF(KLY.EQ.1) THEN
         RCT(MAT)=QCM1*ACK(IT+19)
         TCT(MAT)=TWO
       ELSE
         RCT(MAT)=ACK(IT+19)
         TCT(MAT)=.05D0
       END IF
       S3=0.001D0
   50  R1=S3*RCT(MAT)
       T1=S3*TCT(MAT)
       KK=-2
         DO 70 I=1,9
         IF (3*((I-1)/3).NE.I-1) GO TO 60
         KK=KK+1
         KN=-2
   60    KN=KN+1
         T2=KK
         T2=TCT(MAT)*(ONE+HALF*S3*T2)
         R2=KN
         R2=RCT(MAT)*(ONE+HALF*S3*R2)
         SQTS(1)=SQRT(T2)
         IF(KWAY.NE.1) THEN
           CALL ANEOS1 (T2,R2,P1,E1,S1,D1,D2,RSOL(IKPN+I),IT)
         ELSE
           CALL ANNDPR (T2,R2,P1,E1,S1,D1,D2,RSOL(IKPN+I),IT)
         END IF
         IF (I.NE.5) GO TO 70
           RSOL(IKPN+10)=P1
           RSOL(IKPN+11)=E1
           RSOL(IKPN+12)=S1
  70    CONTINUE
       D1=RSOL(IKPN+5)
       D2=(RSOL(IKPN+6)-RSOL(IKPN+4))/R1
       D3=(RSOL(IKPN+8)-RSOL(IKPN+2))/T1
       D4=FOUR*(RSOL(IKPN+6)-TWO*RSOL(IKPN+5)+RSOL(IKPN+4))/(R1**2)
       D5=(RSOL(IKPN+9)-RSOL(IKPN+7)-RSOL(IKPN+3)+RSOL(IKPN+1))/(R1*T1)
       DR2=D3*D4-D2*D5
       DR1=(D2*D2-D1*D4)/DR2
       DR2=(D1*D5-D2*D3)/DR2
       IF(KWAY.GE.KWAYP) THEN
         WRITE(KLST,103) NTY,
     &  TCT(MAT),DR1,RCT(MAT),DR2,(RSOL(IKPN+I),I=1,12)
       END IF
  103  FORMAT(' CP',I5,1P8E13.6,/,8X,8E13.6)
       IF (ABS(DR1).GT.QCM2*TCT(MAT)) GO TO 80
       IF (ABS(DR2).LE.QCM2*RCT(MAT)) GO TO 130
   80  IF (ABS(DR1).LE.QCM3*TCT(MAT)) GO TO 90
       DR1=SIGN(QCM3*TCT(MAT),DR1)
   90  IF (ABS(DR2).LE.QCM3*RCT(MAT)) GO TO 100
       DR2=SIGN(QCM3*RCT(MAT),DR2)
  100  CONTINUE
       RCT(MAT)=RCT(MAT)+DR2
       TCT(MAT)=TCT(MAT)+DR1
       IF (S3.EQ.S3S3) GO TO 110
       IF (ABS(DR1).GT.QCM4*TCT(MAT)) GO TO 110
       IF (ABS(DR2).GT.QCM4*RCT(MAT)) GO TO 110
       S3=S3S3
  110  NTY=NTY+1
       IF (NTY-100) 50,10,120
  120  IF (NTY-200) 50,140,140
  130  IF (RSOL(IKPN+10).GT.ZERO) THEN
         D4=1.001*TCT(MAT)
         SQTS(1)=SQRT(D4)
           DO 133 IKJ=1,9
           R1=0.05*REAL(IKJ-5)
           R1=RCT(MAT)*(ONE-R1)
           CALL ANEOS1 (D4,R1,P1,E1,S1,D1,D2,D3,IT)
           IF(D3.LT.ZERO) GO TO 140
  133      CONTINUE
         GO TO 260
       END IF
C
C     LAST RESORT METHOD TO FIND CRITICAL POINT
C
  140  CONTINUE
       R1=ACK(IT+19)
       D6=R1
       D5=ZERO
       NTY=200
  150  KLY=0
       T1=-9.999D0
       T2=10.D0
  160  D4=HALF*(T1+T2)
       SQTS(1)=SQRT(D4)
       IF(KWAY.NE.1) THEN
         CALL ANEOS1 (D4,R1,P1,E1,S1,D1,D2,D3,IT)
       ELSE
         CALL ANNDPR (D4,R1,P1,E1,S1,D1,D2,D3,IT)
       END IF
       KLY=KLY+1
       IF (KLY.GT.9900) GO TO 240
       IF (T2-T1.LE.QCM2*D4) GO TO 210
       IF (D3) 170,210,180
  170  T1=D4
       GO TO 160
  180  IF (T1) 220,220,190
  190  T2=D4
       GO TO 160
  210  CONTINUE
       IF(KWAY.GE.KWAYP) THEN
         WRITE(KLST,213) NTY,D4,R1,P1,E1,S1,D1,D2,D3
       END IF
  213  FORMAT(' CPB',I5,1P8E13.6)
       IF(D5.LT.D4) THEN
         D5=D4
         D6=R1
       END IF
       IF(D4.LT.0.8*D5) GO TO 230
  220  NTY=NTY+1
       R2=MAX(QCM6*R1,QCM7)
       R1=R1-R2
       IF (R1) 240,240,150
  230  TCT(MAT)=D5
       RCT(MAT)=D6
       SQTS(1)=SQRT(D5)
       IF(KWAY.NE.1) THEN
         CALL ANEOS1 (TCT(MAT),RCT(MAT),RSOL(IKPN+10),RSOL(IKPN+11),
     &  RSOL(IKPN+12),D1,D2,D3,IT)
       ELSE
         CALL ANNDPR (TCT(MAT),RCT(MAT),RSOL(IKPN+10),RSOL(IKPN+11),
     7   RSOL(IKPN+12),D1,D2,D3,IT)
       END IF
       GO TO 260
  240  CONTINUE
       IF(KWAY.LE.1) THEN
         KWAY=KWAY+1
         GO TO 5
       END IF
       CALL ANWARN(0)
       WRITE(KLST,440) MAT
  250  ACK(IT+30)=ACK(IT+30)-THREE
       KEXPRT=1
       GO TO 2323
  260  KN=IKPN+10
       KK=KN+2
       IF((RSOL(KN).LE.ZERO).AND.(KWAY.LE.1)) GO TO 240
       WRITE(KLST,450) MAT,RCT(MAT),TCT(MAT),(RSOL(I),I=KN,KK),NTY
       ACK(IT+73)=TCT(MAT)
       ACK(IT+74)=RCT(MAT)
       IF((ZBAR.GT.HALF).AND.(ACK(IT+63).GE.ZERO)) THEN
         CALL ANWARN(0)
         WRITE(KLST,262)
  262    FORMAT(/,' Critical point is too high'
     1  ,' and EOS might not be useable.',/)
       END IF
       IF (RSOL(KN).LE.ZERO) GO TO 240
       IF (TCT(MAT).GT.ACK(IT+18)) GO TO 270
       CALL ANWARN(0)
       WRITE(KLST,460) ACK(IT+18)
       GO TO 250
C
C     FIND LIQUID-VAPOR PHASE BOUNDARIES
C
  270  KK=MAX(60,MIN(60+60*INT(TCT(MAT)-HALF),120))
                   kk=60
       KN=20
       IF (ACK(IT+18).GT.QCM8) KN=30
       IF (ACK(IT+18).GT.QCM9) KN=40
       KLY=0
       RVAP(IKPN)=RCT(MAT)
       RSOL(IKPN)=RCT(MAT)
       TTWO(IKPN)=TCT(MAT)
       WRITE(KLST,470)
       IK=IKPN+1
       D5=KK
       D5=(TCT(MAT)-ACK(IT+18))/D5
       D6=KN
       D6=ACK(IT+18)/D6
       S3=QCM5
C
       DO 392 JJJ=1,2
       D4=D5
       JJJJ=KK+10
       T=TCT(MAT)
       D1=ZERO
       IF (ACK46.GT.ZERO) D1=ACK(IT+47)
       IF (JJJ.EQ.1) GO TO 280
       D4=D6
       JJJJ=KN
       T=ACK(IT+18)
       IF (ACK46.LE.ZERO) GO TO 280
       JJJJ=KN+1
       T=QCM10*T+D4
       D1=ZERO
C
  280    DO 394 I=1,JJJJ
         IF (I.EQ.KK-9) D4=HALF*D4
         T=T-D4
         IF (JJJ.EQ.1) THEN
           IF(T-HALF*D4.LT.ACK(IT+18)) T=ACK(IT+18)
         ELSE
           IF(T.GE.TTWO(IK-1)) GO TO 390
         END IF
         IF (T.LT.QCM11) GO TO 400
         NTY=0
         IF (T.GT.S3*TCT(MAT)) NTY=-1
         R2=ZERO
         R1=D1
         IF (ACK46.GT.ZERO.AND.T.EQ.ACK(IT+18)) R1=-R1
         IF (RVAP(IK-1).LE.QCM12) R2=-ONE
         IF (IK.GT.IKPN+1) GO TO 290
         IF (KLY.GE.12) GO TO 290
         NTY=-1
  290    CALL ANMAXW (T,R1,R2,IT,MAT,NTY)
         IF (NTY) 300,340,340
  300    KLY=KLY+1
         IF(KEXPRT.NE.0) THEN
           WRITE(KLST,346) NTY,T
         END IF
  346    FORMAT(' anphas liq-vap construction failure',I5,' T=',1PE13.6)
         IF (T.GT.S3*TCT(MAT)) KLY=0
         IF (IK.EQ.IKPN+1) GO TO 330
         IF (KLY-2) 310,320,320
  310    IF (T.EQ.ACK(IT+18)) GO TO 320
         IF (T.GT.S3*TCT(MAT)) GO TO 390
         CALL ANWARN(0)
         WRITE(KLST,410) T,R1,R2,NTY
         GO TO 390
  320    CONTINUE
         CALL ANWARN(1)
         WRITE(KLST,420)
         GO TO 250
  330    IF (KLY-13) 390,310,320
  340    RSOL(IK)=R1
         RVAP(IK)=R2
         TTWO(IK)=T
         IK=MIN(IK+1,100*MAXMAT)
         KLY=0
         IF (T-ACK(IT+18)) 370,360,350
  350    IF (R1.LE.ACK(IT+47)) GO TO 370
         CALL ANWARN(0)
         WRITE(KLST,430) T,R1
         GO TO 370
  360    IF (R1.LT.ACK(IT+23)) THEN
            CALL ANWARN(0)
            WRITE(KLST,480) ACK(IT+23),R1
         END IF
         IF (P2.GT.QCM13) THEN
            CALL ANWARN(0)
            WRITE(KLST,500)
         END IF
         GO TO 380
  370    IF (JJJ.EQ.2.AND.I.EQ.1.AND.ACK46.GT.ZERO) GO TO 380
         IF (ISKIP*(I/ISKIP).NE.I) GO TO 390
  380    CONTINUE
         WRITE(KLST,490) T,R1,P1,E1,S1,G1,NTY,R2,P2,E2,S2,G2
  390    IF(T.EQ.ACK(IT+18)) GO TO 392
  394    CONTINUE
  392  CONTINUE
C
  400  RSOL(IK)=ACK(IT+19)
       RVAP(IK)=ZERO
       TTWO(IK)=ZERO
       IKPN=IK+1
C
  410  FORMAT ('  Iteration failure T=',1PE12.4,' Will leave point out.'
     1,/,'   R =',2E12.4,I5)
  420  FORMAT (/,'  FATAL ERROR - Will change form of eos.')
  430  FORMAT (
     1 '  Negative expansion coefficient in the liquid phase'
     2 ,/,2X,2HT=,1PD12.5,2X,4HRHO=,D12.5,5X,
     2 'Improper behavior will result')
  440  FORMAT (' THE CRITICAL POINT ITERATION WILL NOT CONVERGE FOR MA
     1TERIAL NUMBER',I5,' WILL CHANGE FORM OF EOS.')
  450  FORMAT ('1',/,'  TWO-PHASE CALCULATION FOR MATERIAL ',I5,/,
     1 16H  CRITICAL POINT,/,6H  RHO=,1PD15.7,7X,2HT=,D15.7,9X,
     1 2HP=,D15.7,/,2X,2HE=,D15.7,9X,2HS=,D15.7,9X,4HNTY=,I5,/)
  460  FORMAT (' THE MELTING TEMPERATURE(',1PD15.7,') IS GREATER THAN
     1 CRITICAL TEMPERATURE. WILL CHANGE FORM OF EOS.')
  470  FORMAT (/,'  TWO-PHASE BOUNDARIES',/,7X,1HT,9X,6HRHOLIQ,8X,
     1 4HPLIQ,9X,4HELIQ,9X,4HSLIQ,9X,4HGLIQ,/,17X,6HRHOVAP,8X,4HPVAP,
     2 9X,4HEVAP,9X,4HSVAP,9X,4HGVAP)
  480  FORMAT (/,' The minimum solid density(',1PD12.5,
     1') is greater than the triple point density(',D12.5,').',/,
     2'  Improper solid behavior will result.',
     3' To correct use smaller value.',/)
  490  FORMAT (/,1P6D13.5,/,I13,5D13.5)
  500  FORMAT (//,' High vapor pressure',/)
 2323  RETURN
       END
C
C
       SUBROUTINE ANPHTR (C,TGAM)
C
C***********************************************************************
C
C     ANEOS PACKAGE   MODIFIES THE ZERO-TEMPERATURE ISOTHERM OF THE
C     ANALYTICAL EOS FOR A TEMPERATURE INDEPENDENT PHASE TRANSITION
C
C************************************** 8/87 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
       SAVE   /FILEOS/
C
       DIMENSION C(54)
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (FOUR=4.D0)
       PARAMETER (FIVE=5.D0)
       PARAMETER (SIX=6.D0)
       PARAMETER (SEVEN=7.D0)
       PARAMETER (CNINE=9.D0)
       PARAMETER (TEN=10.D0)
       PARAMETER (HALF=0.5D0)
       PARAMETER (QCP1=25.D0)
       PARAMETER (QCP2=15.D0)
       PARAMETER (QCP3=1.D-4)
       PARAMETER (QCP4=1.D-7)
       PARAMETER (QCP5=1.5D0)
       PARAMETER (QCP6=1.D-3)
       PARAMETER (ATHIRD=1.D0/3.D0)
C
       IF (C(30).EQ.TWO) GO TO 175
       IF (C(1).GT.C(19)) GO TO 20
   10  C(1)=1.D100
       C(40)=ZERO
       C(39)=ZERO
       C(38)=ZERO
       C(9)=ZERO
       C(8)=ZERO
       C(7)=ZERO
       C(2)=ZERO
       GO TO 175
   20  S3=C(15)+TGAM/THREE
       R1=S3-QCP1
       R2=S3+QCP1
       S4=EXP(-C(33))*C(32)
       S5=(QCP2+SEVEN*C(33)+C(33)**2)*S4
       S6=(TEN+FOUR*C(33)+HALF*C(33)**2)*S4
       S4=(SIX+THREE*C(33)+HALF*C(33)**2)*S4
       ETA1=C(1)/C(19)
       S7=ETA1**ATHIRD
       S8=C(32)*ETA1*S7**2*EXP(-C(33)/S7)
   30  C34=S4-CNINE*S3*C(3)
       C35=THREE*C(3)*(SIX*S3+ONE)-S5
       C36=S6-THREE*C(3)*(THREE*S3+ONE)
       PTR=S8-(C34+C35*S7+C36*S7**2)
       IF (C(7).EQ.ZERO) GO TO 70
       IF (ABS(PTR-C(7)).LE.QCP3*(PTR+C(7))) GO TO 70
       IF (R2-R1.LT.QCP4) GO TO 70
       IF (PTR-C(7)) 50,70,40
   40  R2=S3
       GO TO 60
   50  R1=S3
   60  S3=HALF*(R1+R2)
       GO TO 30
   70  IF (C(2).LT.C(1)) C(2)=C(1)
       ETA2=C(2)/C(19)
       C37=C(37)-C(34)+C34-QCP5*(C(35)-C35)-THREE*(C(36)-C36)
       S1=C(33)/S7
       S2=EXP(-S1)
       CALL ANEI3 (S1,S2,S4)
       C8=(THREE*C(32)*S4*S7**2+C34/ETA1+QCP5*C35*S7/ETA1+
     1    THREE*C36/S7-C37)/C(19)
       DP1=C(32)*S7*(FIVE*S7+C(33))*EXP(-C(33)/S7)/THREE-
     1    (C35/S7+TWO*C36)/(THREE*S7)
       DP2=C(32)*((TEN+SIX*C(33)/S7)/S7+C(33)**2/ETA1)*
     1    EXP(-C(33)/S7)/CNINE+TWO*(C35/S7+C36)/(CNINE*ETA1*S7)
       IF (C(39)) 80,90,100
   80  DP3=-DP1*C(39)
       GO TO 110
   90  DP3=DP1*ETA2/ETA1
       GO TO 110
  100  DP3=C(39)
  110  IF (C(40)) 120,130,140
  120  DP4=-DP2*C(40)
       GO TO 150
  130  DP4=DP2*(ETA2/ETA1)**2
       GO TO 150
  140  DP4=C(40)
  150  S1=ETA2**ATHIRD
       S2=EXP(-C(33)/S1)
       S4=C(32)*S1*(FIVE*S1+C(33))*S2-THREE*DP3
       S5=CNINE*ETA2*DP4-C(32)*(TEN*S1**2+SIX*C(33)*S1+C(33)**2)*S2
       C39=S1*S1*(S5-S4)
       C40=S1*(S4-HALF*S5)
       C38=C(32)*S1**2*ETA2*S2-PTR-(C39+C40*S1)*S1
       EN2=C8+PTR*(ETA2-ETA1)/(C(19)*ETA1*ETA2)
       S4=C(33)/S1
       CALL ANEI3 (S4,S2,S5)
       C9=EN2-(THREE*C(32)*S5*S1**2+C38/ETA2+(QCP5*C39/S1+
     1   THREE*C40)/S1)/C(19)
       S4=THREE*(S3-C(15))
       WRITE(KLST,180) PTR,C(7),DP1,DP3,DP2,DP4,C8,EN2,S4,TGAM
       IF (C(7).GT.ZERO) GO TO 160
       IF (ETA2.GT.ETA1) GO TO 170
       IF (C(39).NE.ZERO) GO TO 170
       IF (C(40).NE.ZERO) GO TO 170
       CALL ANWARN(0)
       WRITE(KLST,190)
       GO TO 10
  160  IF (ABS(PTR-C(7)).LE.QCP6*(PTR+C(7))) GO TO 170
       CALL ANWARN(0)
       WRITE(KLST,200) R1,R2,S3,C(15),TGAM
  170  CONTINUE
       WRITE(KLST,210)
       C(1)=ETA1
       C(2)=ETA2
       C(7)=PTR
       C(8)=C8
       C(9)=C9
       C(34)=C34
       C(35)=C35
       C(36)=C36
       C(37)=C37
       C(38)=C38
       C(39)=C39
       C(40)=C40
C
  180  FORMAT (/,'  Zero-temperature isotherm has been modified for a'
     1 ,' solid-solid phase transition',//12H  PCRITICAL=,1PD13.6,10X,
     1 'PCTR(INPUT)='
     2,D13.6,/,'  DPDETA(ETA1)=',D13.6,7X,'DPDETA(ETA2)=',D13.6,/, '
     3  D2PDETA2(ETA1)=',D13.6,5X,'D2PDETA2(ETA2)=',D13.6,/,'  EC(ETA1
     4)=',D13.6,11X,'EC(ETA2)=',D13.6,/,'  TGAMSTAR=',D13.6,11X,'TGAM=',
     5D13.6)
  190  FORMAT (' ALL DEFAULT OPTIONS WERE USED.  NO TRANSITION WILL BE
     1 INCLUDED',/)
  200  FORMAT (38H0 SOMETHING IS WRONG - CHECK CAREFULLY,/,
     1 1X,1P5E14.7)
  210  FORMAT (1X)
  175  RETURN
       END
C
C
       SUBROUTINE ANPRTR
C
C***********************************************************************
C
C     LIST COUNTERS FOR ANEOS PACKAGE. IF CODE IS USED IN PARALLEL
C     PROCESSING MODE, THE COUNTERS MIGHT NOT BE CORRECT.
C
C************************************** 5/89 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
       SAVE   /FILEOS/
       PARAMETER (ZERO=0.D0)
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
C     aneos counters are as follows (for eos number M)
C     LNKNTR(M,1) = not used
C     LNKNTR(M,2) = calls to aneosv (once for each vector element)
C     LNKNTR(M,3) = total calls to aneos1
C     LNKNTR(M,4) = calls to anion1
C     LNKNTR(M,5) = calls to anion2
C     LNKNTR(M,6) = calls to antomf
C     LNKNTR(M,7) = calls to aneos1 from aneosv
C     LNKNTR(M,8) = calls to ane2ph from aneosv
C     LNKNTR(M,9) = calls to anelsm from aneosv
C     LNKNTR(M,10)= calls to anelsm from ane2ph
C     LNKNTR(M,11)= total calls to anelsm
C     LNKNTR(M,12)= calls to aneos1 from ane2ph
C     LNKNTR(M,13)= calls to aneos1 from anelsm
C     LNKNTR(M,14)= sum of iterations in anion2
C     LNKNTR(M,15)= calls to anueos
C     LTKNTR      = calls to eos (table routines)
C     MATKTR      = current value of M above
C
C                    | 2
C                    |
C                  ANEOSV
C                 /  |  \ \ ___
C              9 /   |8  \      \ 15
C               /    |    \      \
C              /   ANE2PH  \      ANUEOS (user defined)
C             /   /      \  \
C            /   / 10     \  \ 7
C           ANELSM      12 \  \
C                \          \  \
C                 \     13   \  \    3=7+12+13     11=9+10
C                  --------- ANEOS1
C                              |
C         --------------------------------------------------
C            |         |          | 4        | 5        | 6
C            |         |          |          |          |
C         ANDEBY     ANEI3      ANION1     ANION2     ANTOMF
C     counters for aneos package
       PARAMETER (KDIMTR=15)
       COMMON /ANCNTR/ LNKNTR(MAXMAT+1,KDIMTR),LTKNTR,MATKTR
       SAVE  /ANCNTR/
       DIMENSION FNKNTR(MAXMAT+1)
       CHARACTER*20 ME
       CHARACTER*4 MAD(MAXMAT),MADA
       PARAMETER (MADA='ALL')
   10  FORMAT(1X,A,11I10)
   12  FORMAT(1X,A,1P11E10.3)
   20  FORMAT(//,' EOS package call numbers',/,2X,A,11(6X,A))
   22  FORMAT(' Calls to')
       IMX=1
         DO 100 IM=1,MAXMAT
         IF((LNKNTR(IM,1).GT.0).OR.(LNKNTR(IM,2).GT.0)) IMX=IM
         LNKNTR(IM,3)=LNKNTR(IM,7)+LNKNTR(IM,12)+LNKNTR(IM,13)
         LNKNTR(IM,11)=LNKNTR(IM,9)+LNKNTR(IM,10)
  100    CONTINUE
       DO 110 IE=1,KDIMTR
       LNKNTR(MAXMAT+1,IE)=0
         DO 120 IM=1,IMX
         LNKNTR(MAXMAT+1,IE)=LNKNTR(MAXMAT+1,IE)+LNKNTR(IM,IE)
  120    CONTINUE
  110  CONTINUE
       IF((LNKNTR(MAXMAT+1,2).EQ.0).AND.(LTKNTR.EQ.0)) THEN
         WRITE(KLST,114)
  114    FORMAT(//,' EOS package call numbers NULL',/)
         GO TO 140
       END IF
       IMX=MIN(IMX,10)
         DO 170 IEE=1,MIN(IMX,9)
         WRITE(MAD(IEE),'(I2,2X)') -IEE
  170    CONTINUE
       IF(IMX.EQ.10) MAD(10)='-10'
       ME='      ANEOS number ='
       WRITE(KLST,20) ME,(MAD(IE),IE=1,IMX),MADA
       WRITE(KLST,22)
       DO 130 IEE=1,KDIMTR
       IE=IEE+1
       IF(IEE.EQ.13) IE=15
       IF(IEE.EQ.14) IE=1
       IF(IEE.EQ.15) IE=14
       IF(IE.EQ.1) THEN
         ME='ANEOS1/ANEOSV'
           DO 126 IM=1,MAXMAT+1
           IF(LNKNTR(IM,2).GT.0) THEN
             FNKNTR(IM)=REAL(LNKNTR(IM,3))/REAL(LNKNTR(IM,2))
           ELSE
             FNKNTR(IM)=0.
           END IF
  126      CONTINUE
         IF(FNKNTR(MAXMAT+1).GT.ZERO) THEN
           WRITE(KLST,12) ME,(FNKNTR(IM),IM=1,IMX),FNKNTR(MAXMAT+1)
         END IF
         GO TO 130
       ELSEIF(IE.EQ.2) THEN
         ME='ANEOS'
       ELSEIF(IE.EQ.3) THEN
         ME='ANEOS1'
       ELSEIF(IE.EQ.4) THEN
         ME='ANION1'
       ELSEIF(IE.EQ.5) THEN
         ME='ANION2'
       ELSEIF(IE.EQ.6) THEN
         ME='ANTOMF'
       ELSEIF(IE.EQ.7) THEN
         ME='ANEOS1 from ANEOSV'
       ELSEIF(IE.EQ.8) THEN
         ME='ANE2PH from ANEOSV'
       ELSEIF(IE.EQ.9) THEN
         ME='ANELSM from ANEOSV'
       ELSEIF(IE.EQ.10) THEN
         ME='ANELSM from ANE2PH'
       ELSEIF(IE.EQ.11) THEN
         ME='ANELSM'
       ELSEIF(IE.EQ.12) THEN
         ME='ANEOS1 from ANE2PH'
       ELSEIF(IE.EQ.13) THEN
         ME='ANEOS1 from ANELSM'
       ELSEIF(IE.EQ.15) THEN
         ME='ANUEOS'
       ELSEIF(IE.EQ.14) THEN
         ME='ANION2 iter. count'
           DO 122 IM=1,MAXMAT+1
           IF(LNKNTR(IM,5).GT.0) THEN
             FNKNTR(IM)=REAL(LNKNTR(IM,14))/REAL(LNKNTR(IM,5))
           ELSE
             FNKNTR(IM)=0.
           END IF
  122      CONTINUE
         IF(FNKNTR(MAXMAT+1).GT.ZERO) THEN
           WRITE(KLST,12) ME,(FNKNTR(IM),IM=1,IMX),FNKNTR(MAXMAT+1)
         END IF
         GO TO 130
       END IF
       IF((LNKNTR(MAXMAT+1,IE).GT.0).OR.(IE.EQ.2)) THEN
         WRITE(KLST,10) ME,(LNKNTR(IM,IE),IM=1,IMX),LNKNTR(MAXMAT+1,IE)
       END IF
  130  CONTINUE
       WRITE(KLST,160) LTKNTR
  160  FORMAT(' Calls to eos tables =',I10)
  140  CONTINUE
       RETURN
       END
C
C
       SUBROUTINE ANSIOF (KOFILE,KIFILE)
C
C***********************************************************************
C
C     ANEOS PACKAGE  Set list and read files for package
C
C     Inputs:
C
C     KOFILE = Listing output file
C
C     KIFILE = Input file (used only during set up)
C
C     These files should be opened by the calling program
C
C************************************************ 10/88 slt ************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /FILEOS/ KLST, KINP
       SAVE   /FILEOS/
C
       KLST=KOFILE
       KINP=KIFILE
       RETURN
       END
C
C
       SUBROUTINE ANSMFT(R,S,R1,R2,S1,S2,C,U,PUX,PUY,PUXX,PUXY,PUYY)
C
C***********************************************************************
C
C     This routine does 2d smooth surface interpolation for
C     the temperature dependent parts of THOMAS-FERMI eos.
C     Original method and routines by D. J. McCloskey
C     Modified for aneos by S. L. Thompson  10/88
C
C     TWO-DIMENSIONAL SMOOTH SURFACE FIT.
C     REF. - BIRKHOFF AND GARABEDIAN, SMOOTH SURFACE INTERPOLATION,
C            JOUR. OF MATH. AND PHYSICS, VOL. XXXIX, 1960, P. 258-268.
C
C**************************************************** slt 10/88 ********
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       DIMENSION C(12)
       PARAMETER (ZERO=0.D0)
       PARAMETER (AHALF=0.5D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREE=3.D0)
       PARAMETER (FIVE=5.D0)
       PARAMETER (SIX=6.D0)
       PARAMETER (ANINE=9.D0)
       PARAMETER (EIGTEN=18.D0)
       PARAMETER (TWENTY=20.D0)
       DX=TWO/(R2-R1)
       DY=TWO/(S2-S1)
       X=(R-AHALF*(R2+R1))*DX
       Y=(S-AHALF*(S2+S1))*DY
       Y2=Y*Y
       X2=X*X
       Y3=Y2*Y
       X3=X2*X
       U=(((C(12)+C(11))*THREE*Y-C(11)*Y3+C(5))*X+C(2))*X2+
     &    ((C(11)-C(12))*THREE*Y3+C(10)*Y+C(4))*X+((C(8)*Y+
     &      C(3))*Y+C(7))*Y+C(1)
       PUX=((C(11)-C(11)*X2-C(12))*THREE*Y2+(C(11)+C(12))*
     &       ANINE*X2+C(10))*Y+(THREE*C(5)*X+TWO*C(2))*X+C(4)
       PUY=((C(11)-C(11)*Y2+C(12))*THREE*X2+((C(11)-C(12))*ANINE*Y2+
     & C(10)))*X+(THREE*C(8)*Y+TWO*C(3))*Y+C(7)
       PUXX=(((EIGTEN-SIX*Y2)*C(11)+EIGTEN*C(12))*Y+SIX*C(5))*X+TWO*C(2)
       PUXY=(C(11)-C(11)*Y2+C(12))*ANINE*X2+(C(11)-C(12))*ANINE*Y2+C(10)
       PUYY=(((EIGTEN-SIX*X2)*C(11)-EIGTEN*C(12))*X+SIX*C(8))*Y+TWO*C(3)
       IF (X2.LT.Y2) GO TO 10
C     NOW IN A OR C
       TU=C(12)*X3*Y*(Y2-X2)
       TPUX=C(12)*X2*Y*(THREE*Y2-FIVE*X2)
       TPUY=C(12)*X3*(THREE*Y2-X2)
       TPUXX=C(12)*X*Y*(SIX*Y2-TWENTY*X2)
       TPUXY=C(12)*X2*(ANINE*Y2-FIVE*X2)
       TPUYY=C(12)*SIX*X3*Y
       TU1=C(6)*(X2+Y2)+TWO*C(9)*X*Y
       TPUX1=TWO*(C(6)*X+C(9)*Y)
       TPUY1=TWO*(C(6)*Y+C(9)*X)
       TPUXX1=TWO*C(6)
       TPUXY1=TWO*C(9)
       TPUYY1=TPUXX1
       IF (X.LT.ZERO) GO TO 30
       GO TO 20
C     NOW IN B OR D
   10  TU=C(12)*X*Y3*(Y2-X2)
       TPUX=C(12)*Y3*(Y2-THREE*X2)
       TPUY=C(12)*X*Y2*(FIVE*Y2-THREE*X2)
       TPUXX=-C(12)*SIX*X*Y3
       TPUXY=C(12)*Y2*(FIVE*Y2-ANINE*X2)
       TPUYY=C(12)*X*Y*(TWENTY*Y2-SIX*X2)
       TU1=TWO*C(6)*X*Y+C(9)*(X2+Y2)
       TPUX1=TWO*(C(6)*Y+C(9)*X)
       TPUY1=TWO*(C(6)*X+C(9)*Y)
       TPUXX1=TWO*C(9)
       TPUXY1=TWO*C(6)
       TPUYY1=TPUXX1
       IF (Y.LT.ZERO) GO TO 30
C     NOW IN A OR B
   20  U=TU+TU1+U
       PUX=(TPUX+TPUX1+PUX)*DX
       PUY=(TPUY+TPUY1+PUY)*DY
       PUXX=(TPUXX+TPUXX1+PUXX)*DX*DX
       PUXY=(TPUXY+TPUXY1+PUXY)*DX*DY
       PUYY=(TPUYY+TPUYY1+PUYY)*DY*DY
       GO TO 40
C     NOW IN C OR D
   30  U=TU-TU1+U
       PUX=(TPUX-TPUX1+PUX)*DX
       PUY=(TPUY-TPUY1+PUY)*DY
       PUXX=(TPUXX-TPUXX1+PUXX)*DX*DX
       PUXY=(TPUXY-TPUXY1+PUXY)*DX*DY
       PUYY=(TPUYY-TPUYY1+PUYY)*DY*DY
   40  CONTINUE
       RETURN
       END
C
C
       SUBROUTINE ANTOMF
C
C***********************************************************************
C
C     This routine computes the temperature dependent parts
C     of THOMAS-FERMI eos. Single or average element version.
C     Original method and routines by D. J. McCloskey
C     Modified for aneos by S. L. Thompson  10/88
C     All inputs and outputs are in cgsev units
C
C     Inputs and outputs are in /ANEEL/ and /ANE2/
C
C     Inputs:
C
C     TEVX = temperature in ev
C     RHOX = density
C     ABARX = average atomic number
C     ZBARM = average atomic weight
C
C     Outputs:
C
C     PE  = pressure
C     EE  = energy
C     SE  = entropy
C     CVE = dE/dT = heat capacity
C     DPTE = dP/dT
C     DPRE = dP/dRHO
C     ZBAR = ionization number
C
C     The thermodynamic functions are determined from an interpolation
C     in a scaled free energy table. The scaled function is of form
C
C       FreeE(rho,t) - FreeE(rho,0) = - C4 * Tf * F(x,y)
C
C       Tk = 11605.333 * Tev = ev * Tev
C       Tf = C2 * Tk
C       x = log( C1 / rho )
C       y = log( 1 + Cf * w )
C       w = C2 * Tk * ( C1 / rho )**(2/3)
C
C       The constants are functions of zbar, abar and various
C       physical constants.
C
C****************************************** last mod  slt 4/89 *********
C****************************************** last mod  are 1/09 *********
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
C                    inputs
       COMMON /ANEEL/ TEVX,RHOX,ABARX,ZBARM,T32X,FNX
C        outputs
     &  ,PE,EE,SE,CVE,DPTE,DPRE
C        inputs
     &  ,NMATSX,IIZX
       DIMENSION THOUTX(6)
       EQUIVALENCE (THOUTX,PE)
       COMMON /ANE2/ CRHS2P,CRLS2P,ZBAR,FKROS
       SAVE  /ANE2/,/ANEEL/
       PARAMETER (AVOGAD=6.0232D23)
       PARAMETER (ELMASS=9.1084D-28)
C     PARAMETER (ELCHAR=4.80288D-10)
       PARAMETER (PIKON=3.141592653589793D0)
       PARAMETER (BOLTS=1.38046D-16)
       PARAMETER (PLANCK=6.6252D-27)
       PARAMETER (ELKON8=1.60207D-12)
       PARAMETER (EV=ELKON8/BOLTS)
       PARAMETER (ANV13=1.D0/3.D0)
       PARAMETER (ANV23=2.D0/3.D0)
       PARAMETER (ANV43=4.D0/3.D0)
       PARAMETER (ANV53=5.D0/3.D0)
C     PARAMETER (CL10=1./LOG(10.))
       PARAMETER (CL10=1.D0/2.30258509299404568402D0)
       PARAMETER (CFF=((PLANCK/(2.D0*PIKON))**2)/ELMASS)
C     PARAMETER (CFG=(2.*EXP(1.))**ANV23)
       PARAMETER (CFG=3.09183506572446D0)
       PARAMETER (CF=CFG/(2.D28*CFF*PIKON))
       PARAMETER (ANVA=1.D24/AVOGAD)
       PARAMETER (ANVB=1.D12*BOLTS)
       PARAMETER (ANVC=1.D12)
       PARAMETER (ANVD=1.D-12*AVOGAD)
       PARAMETER (ANVE=1.0000001D0)
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
       PARAMETER (TWO=2.D0)
       PARAMETER (THREEH=1.5D0)
C
       DIMENSION XB(20),YB(46),TC(13,528)
       DIMENSION SC(6864),NS(20)
       EQUIVALENCE (TC(1,1),SC(1))
       COMMON /ANZLTF/ ZLTOMF
       PARAMETER (NX=19)
       PARAMETER (XLM=-1.D0)
       PARAMETER (DXL=.5D0)
       PARAMETER (WLM=0.D0)
       PARAMETER (DWL=.2D0)
       PARAMETER (WMN=1.D0)
       PARAMETER (VFMN=.1D0)
       PARAMETER (VFMX=1.D8)
       PARAMETER (NYM=45)
       PARAMETER (NIS=528)
C
       DATA (NS(I),I=1,20) /1,17,34,52,72,93,117,142,168,196,226,
     2  256,290,325,362,401,442,485,529,0/
C
       DATA (XB(I),I=1,20)/           -2.30258509D+00,
     & -1.15129255D+00,0.D0,          1.15129255D+00,2.30258509D+00,
     &  3.45387764D+00,4.60517019D+00,5.75646273D+00,6.90775528D+00,
     &  8.05904782D+00,9.21034037D+00,1.03616329D+01,1.15129255D+01,
     &  1.26642180D+01,1.38155106D+01,1.49668031D+01,1.61180956D+01,
     &  1.72693882D+01,1.84206807D+01,0.D0/
C
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     602569941D-02,-3.73940099D-03,-5.28015916D-02,-1.19151229D-03,-1.26
     7019807D-03,3.75563033D-01,2.57660751D-04,2.11815306D-03,1.16908598
     8D-02,7.82280420D-05,3.75184176D-05,9.99799790D-01,2.16852157D+01,-
     96.71806379D-03,-2.45966334D-03,-3.40213790D-02,-7.98620644D-04,-8.
     $47250153D-04,3.64812545D-01,1.73400906D-04,1.42077725D-03/
      DATA (SC(I),I=6796,6840)/7.64466104D-03,5.44677927D-05,2.62315686D
     1-05,9.99905000D-01,2.24096487D+01,-4.35998207D-03,-1.60099554D-03,
     2-2.18138454D-02,-5.26893862D-04,-5.59755382D-04,3.57832241D-01,1.1
     35400489D-04,9.37304463D-04,4.95016180D-03,3.74176394D-05,1.7746390
     46D-05,9.99954950D-01,2.31219860D+01,-2.81139999D-03,-1.03411379D-0
     53,-1.39389890D-02,-3.42636135D-04,-3.65437451D-04,3.53331758D-01,7
     6.61869049D-05,6.11277626D-04,3.18368179D-03,2.53636425D-05,1.16011
     7909D-05,9.99978260D-01,2.38265271D+01,-1.80323940D-03,-6.64652617D
     8-04,-8.87738078D-03,-2.21834466D-04,-2.37517379D-04,3.50445926D-01
     9,4.85584410D-05,3.96882964D-04,2.04922854D-03,1.57042929D-05,7.731
     $70805D-06,9.99989400D-01,2.45260661D+01,-1.15229560D-03/
      DATA (SC(I),I=6841,6864)/-4.24786621D-04,-5.64464289D-03,-1.427432
     109D-04,-1.52056951D-04,3.48600876D-01,3.25023056D-05,2.54060835D-0
     24,1.29879358D-03,1.12412835D-05,4.86834414D-06,9.99995070D-01,2.52
     3224119D+01,-7.34401571D-04,-2.71474769D-04,-3.58178869D-03,-9.0927
     44586D-05,-9.81419282D-05,3.47428588D-01,1.92460032D-05,1.63833189D
     5-04,8.35133112D-04,6.47337758D-06,3.32487001D-06,9.99997670D-01/
C
C commented if condition out, so that the variables
C are declared and initialized in any case. FORTRAN
C is such a sick language
C
C Andreas Reufer, 08.01.09
C
C      IF(ZLTOMF.NE.ZBARM) THEN
         CONV2=ZBARM**ANV13
         CONV4=CONV2*ZBARM**2
         CONV1=ANVA*ABARX*ZBARM
         CONV2=ANVB/(CONV2*ZBARM)
         CONV3=ANVC*CONV4*ZBARM
         CONV4=ANVD*CONV4/ABARX
         CONV5=CONV2*CONV4*EV
         CONV6=CONV2*EV
         ZLTOMF=ZBARM
C      END IF
C
       VF=CONV1/RHOX
       TF=CONV6*TEVX
C
C     compute Thomas-Fermi eos in single element scaled variables.
C     the atomic radius is VF/(PIKON*ZBARM*4.E24/3.)
C
C     check for out of range rho
C
       IF (VF.LT.VFMN) THEN
         VFS=VF
         VF=ANVE*VFMN
       ELSEIF (VF.GT.VFMX) THEN
         VFS=VF
         VF=VFMX
       ELSE
         VFS=ZERO
       END IF
       X=LOG(VF)
       JX=MAX(1,MIN(NX-1,INT(((X*CL10)-XLM)/DXL)+1))
       W=TF*VF**ANV23
       IF (W.LT.WMN) GO TO 180
       JY=1+((LOG(W)*CL10)-WLM)/DWL
       IS=NS(JX)+JY-1
       IF (IS.GE.NS(JX+1)) GO TO 260
       Y=LOG(ONE+CF*W)
       TFW=TF
       JSW=0
       GO TO 190
C
C     off bottom of t range
C
  180  JY=1
       IS=NS(JX)
       Y=YB(1)
       WS=W/WMN
       TFW=TF*WMN/W
       W=WMN
       JSW=1
C
  190  Z1=TC(13,IS)
       JX2=JX+1
       IS3=IS+1
       IF (IS3.GE.NS(JX2)) GO TO 200
       Z3=TC(13,IS3)
       GO TO 210
  200  Z3=ONE
  210  IF (JX2.GE.NX) GO TO 230
       IS2=NS(JX2)+JY-1
       Z2=TC(13,IS2)
       IS4=IS2+1
       IF (IS4.GE.NS(JX2+1)) GO TO 220
       Z4=TC(13,IS4)
       GO TO 240
  220  Z4=ONE
       GO TO 240
  230  Z2=Z1
       Z4=Z3
  240  ZSCALE=((Z1*(XB(JX+1)-X)+Z2*(X-XB(JX)))*(YB(JY+1)-Y)
     &       +(Z3*(XB(JX+1)-X)+Z4*(X-XB(JX)))*(Y-YB(JY)))
     &      /((XB(JX+1)-XB(JX))*(YB(JY+1)-YB(JY)))
       CALL ANSMFT (X,Y,XB(JX),XB(JX+1),YB(JY),YB(JY+1),TC(1,IS)
     &    ,F,FX,FY,FXX,FXY,FYY)
       WA=CF*W
       WB=WA/(ONE+WA)
       WC=TFW/VF
       EF=TFW*WB*FY
       PF=ANV23*EF/VF+WC*FX
       SF=F+EF/TFW
       CVF=EF/TFW+WB*WB*(FY/WA+FYY)
       TPF=WC*(ANV23*CVF+FX+WB*FXY)
       VPF=ANV53*PF-ANV23*(TPF+WB*WC*FXY)-WC*FXX
       IF (JSW.NE.0) THEN
C
C     off bottom of t range
C
         WF=WS*WS
         VPF=WF*(VPF-ANV43*PF+ANV23*TPF)
         PF=PF*WF
         EF=EF*WF
         SF=SF*WS
         TPF=TWO*PF
         CVF=TWO*EF/TF
       END IF
       GO TO 270
C
C     off top of t range
C
  260  PF=TF/VF
       EF=THREEH*TF
       SF=THREEH*(ONE+LOG(CF*W))
       VPF=PF
       TPF=PF
       CVF=THREEH
       ZSCALE=ONE
C
C     correct for rho out of range
C
  270  IF (VFS.NE.ZERO) THEN
         WA=VF/VFS
         SF=SF-(VF*PF/TF)*LOG(WA)
         PF=WA*PF
         TPF=WA*TPF
         VPF=PF
       END IF
C
C     rescale for external units
C
       PE=CONV3*PF
       EE=CONV4*EF
       SE=CONV5*SF
       DPRE=CONV3*VPF/RHOX
       DPTE=CONV3*TPF/TEVX
       CVE=CONV5*CVF
       ZBAR=ZSCALE*ZBARM
       RETURN
       END
C
C
       SUBROUTINE ANUEOS(
C         inputs
     &    TEMP,RHO,MATNUM,UARR,
C         outputs
     &    P,E,S,CV,DPDT,DPDR,FKROS,KP,R2PL,R2PH,ZB)
C
C***********************************************************************
C
C     User defined EOS running entry point
C     See ANUSET for set up of data for this routine.
C
C     WARNING - depending on the computer system
C     All variables are single or double precision.
C
C     Inputs: (all units cgs-ev)
C
C     TEMP   =  temperature
C     RHO    =  density
C     MATNUM =  material number
C     UARR   =  aneos data array for this material
C               (see ANUSET for array information)
C
C     Output:
C
C     P     =  pressure
C     E     =  specific energy
C     S     =  specific entropy
C     CV    =  specific heat capacity
C     DPDT  =  dP / dT
C     DPDR  =  dP / dRHO
C     FKROS =  Rosseland mean opacity (including conduction)
C     KP    =  phase indicator (see below)
C     R2PL  =  lower phase density for mixed-phase state
C              not used for single phase
C     R2PH  =  upper phase density for mixed-phase state
C              not used for single phase
C     ZB    =  ionization number
C
C     KP   =STATE INDICATOR      =1, 1p
C                                =2, 2p
C
C************************************** 5/89 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       DIMENSION UARR(99)
C     klst is the output listing file
       COMMON /FILEOS/ KLST,KINP
       SAVE   /FILEOS/
       PARAMETER (ZERO=0.D0)
       PARAMETER (ONE=1.D0)
C
C     add your code here
C
C     example code for ideal gas ---------------------------------------
       CV=UARR(2)
       GAMMAN=UARR(1)-ONE
       E=CV*TEMP
       DPDR=GAMMAN*E
       DPDT=GAMMAN*CV*RHO
       P=DPDT*TEMP
       S=CV*(LOG(TEMP/UARR(12))-GAMMAN*LOG(RHO/UARR(11)))
       KP=1
       R2PL=ZERO
       R2PH=ZERO
       ZB=ZERO
       FKROS=1.E6
C     example code for ideal gas ---------------------------------------
C
       RETURN
       END
C
C
       SUBROUTINE ANUSET(
C         inputs
     &    NEOS, URINP,
C         outputs
     &    UARR)
C
C***********************************************************************
C
C     User defined EOS setup entry point. See ANUEOS for running
C     entry point.
C
C     WARNING - depending on the computer system
C     All variables are single or double precision.
C
C     Inputs: (all units cgs-ev)
C
C     NEOS   =  User input eos number (negative)
C
C     URINP  =  input array
C
C     Output:
C
C     UARR   =  aneos data array for this material
C
C     The input array is the aneos input record - either 24 or 40
C     variables are defined depending on aneos input record format
C     that you selected. Of these the following must be defined:
C
C     urinp(1) = number of elements in this material
C     urinp(2) = -4.  (to get here)
C     urinp(3) = reference density for this material
C     urinp(4) = reference temperature for this material
C     The others can be anything that you want to input to your model.
C
C     The other input array is of length 99. Certain location in this
C     array must not be redefined by your model. Any of the remaining
C     locations can be used by your model. Note that this array is
C     written to the restart file so that you don't have to do anything
C     about restarts. * indicates values that you MUST set.
C
C     UARR location       value
C         11        reference density
C         12        reference temperature
C     *   18        melt temperature
C         22        zero
C         23        internal value
C         26        average atomic number
C         27        number of atoms per gram
C         28        number of elements
C         29        average atomic weight
C         30        internal switch
C         31        internal pointer
C     *   47        liquid density at melt point for solid form
C         64        internal value
C         65        internal value
C         71        internal value
C         72        internal value
C         73        internal value
C         74        internal value
C
C     EOS values must be defined for all positive temperatures and
C     densities. Returned values must be realistic - negative dP/dRHO
C     is not allowed.
C
C************************************** 4/90 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       DIMENSION URINP(40), UARR(99)
C     klst is the output listing file
       COMMON /FILEOS/ KLST,KINP
       SAVE   /FILEOS/
       PARAMETER (ZERO=0.D0)
C
C     add your code here
C
C     example code for ideal gas ---------------------------------------
C     input assumed
C     aneos #elements -4  rho0   temp0   gamma   Cv
C     aneos 0
C     aneos 0
C     aneos element records
C
       UARR(1)=URINP(5)
       UARR(2)=URINP(6)
       UARR(18)=ZERO
C
C     example code for ideal gas ---------------------------------------
C
       RETURN
       END
C
C
       SUBROUTINE ANWARN (IWAY)
C
C***********************************************************************
C
C     ANEOS PACKAGE  WRITE WARNING (IWAY=0)
C                         OR FATAL (IWAY=1) ERROR MESSAGE
C
C************************************* 10/88 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       COMMON /ANEST/ NOEOSU
       SAVE   /ANEST/
       CHARACTER*11 MESTYP
       CHARACTER*6  NESTYP
       IF(IWAY.EQ.0) THEN
          MESTYP='WARNING'
          NC=7
       ELSE
          MESTYP='FATAL error'
          NC=11
       END IF
       NESTYP=' '
       WRITE(NESTYP,'(I6)',ERR=10) NOEOSU
   10  CALL ANMARK(MESTYP(1:NC)
     & //' message from ANEOS package - eos number'//NESTYP)
       RETURN
       END
C
C
       SUBROUTINE ANZRTR
C
C***********************************************************************
C
C     ZERO COUNTERS FOR ANEOS PACKAGE
C
C************************************** 5/89 version slt ***************
C
       IMPLICIT DOUBLE PRECISION (A-H,O-Z)
C     maximum number of aneos eos - must be 10 for csq
       PARAMETER (MAXMAT=21)
C     counters for aneos package
       PARAMETER (KDIMTR=15)
       COMMON /ANCNTR/ LNKNTR(MAXMAT+1,KDIMTR),LTKNTR,MATKTR
       SAVE  /ANCNTR/
       MATKTR=1
       LTKNTR=0
       DO 10 IE=1,KDIMTR
         DO 20 IM=1,MAXMAT+1
         LNKNTR(IM,IE)=0
   20    CONTINUE
   10  CONTINUE
       RETURN
       END
c      subroutine myaneosopen(npart, NUM,IZETL)
c***********************************************************************
c                                                                      *
c  fortran interface betwwen ParaSPH and ANEOS                         *
c                                                                      *
c***********************************************************************
c
c      parameter (nmatmax=21)
c
c     common /fileos/ klst, kinp
c
c     dimension mat(1)
c      dimension IZETL(nmatmax)
c
c      write(*,*)'myaneosopen received: ',npart,NUM,IZETL
c      stop
c
c--find out how many and which material are present
c
c     nmat=1
c     izetl(nmat)=-mat(1)
c     do i=2,npart
c        j=mat(i)
c          do k=1,nmat
c             if(j.eq.izetl(k)) go to 30
c          enddo
c     nmat=nmat + 1
c     izetl(nmat)=-j
c  30 continue
c     enddo
c     write(*,*)'nb of material found: ',nmat,(izetl(i),i=1,nmat)
c
c--assign logical units to aneos input (kinp) and output (klst)
c
c
c      return
c      end