h3d__list__quad__scalar_8F_source.html

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!||====================================================================

!||    h3d_list_quad_scalar   ../engine/source/output/h3d/input_list/h3d_list_quad_scalar.F

!||--- called by ------------------------------------------------------

!||    lech3d                 ../engine/source/output/h3d/h3d_build_fortran/lech3d.F

!||--- uses       -----------------------------------------------------

!||    h3d_mod                ../engine/share/modules/h3d_mod.F

!||    message_mod            ../engine/share/message_module/message_mod.F

!||    multi_fvm_mod          ../common_source/modules/ale/multi_fvm_mod.F90

!||    stack_mod              ../engine/share/modules/stack_mod.F

!||====================================================================


      SUBROUTINE h3d_list_quad_scalar(H3D_KEYWORD_QUAD_SCALAR,GEO,IGEO,MULTI_FVM,NKEY)

C-----------------------------------------------

C   M o d u l e s

C-----------------------------------------------

      USE message_mod

      USE h3d_mod

      USE stack_mod

      USE multi_fvm_mod

C-----------------------------------------------

C   I m p l i c i t   T y p e s

C-----------------------------------------------

#include      "implicit_f.inc"

C-----------------------------------------------

C   D u m m y   A r g u m e n t s

C-----------------------------------------------

      TYPE (H3D_KEYWORD) H3D_KEYWORD_QUAD_SCALAR(*)

      my_real geo(npropg,numgeo)

      INTEGER IGEO(NPROPGI,NUMGEO)

      TYPE(multi_fvm_struct), INTENT(IN) :: MULTI_FVM

      INTEGER, INTENT(INOUT) :: NKEY

C-----------------------------------------------

C   C o m m o n   B l o c k s

C-----------------------------------------------

#include      "com04_c.inc"

#include      "param_c.inc"

C-----------------------------------------------

C   L o c a l   V a r i a b l e s

C-----------------------------------------------

      INTEGER I,II,J,NIPMAX,IPLYMAX,CPTPLY,IPTMAX

C-----------------------------------------------

C   S o u r c e   L i n e s

C-----------------------------------------------

      i = 0

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'MASS'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Mass'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'DENS'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Density'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'ENER'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Internal Energy per unit mass'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'TEMP'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Temperature'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'THICK'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Thickness'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'P'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Pressure'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'VONM'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Von Mises'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'K'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Turbulent Energy'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'TVIS'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Turbulent Viscosity'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'VORTX'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'vorticity'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'dam1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'damage 1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'dam2'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'damage 2'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'dam3'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Damage 3'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'SIGX'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Stress X'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'SIGY'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Stress Y'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'SIGZ'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Stress Z'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'SIGXY'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'stress xy'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'sigyz'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'stress yz'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'sigzx'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Stress ZX'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'USER'

      h3d_keyword_quad_scalar(i)%IS_UVAR  = 1

      h3d_keyword_quad_scalar(i)%TEXT1  = 'User Var'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'HOURGLASS'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Hourglass Energy per unit mass'

c-----------------------------------------------

      IF (multi_fvm%IS_USED) THEN

c

c     Number of present material is dynamic for law151, hence create full list

c     of output keywords at runtime by looping over all present materials

c

         DO ii = 1, multi_fvm%NBMAT

c-----------------------------------------------

            i = i + 1

            WRITE(h3d_keyword_quad_scalar(i)%KEY3, '(A9,I0)') 'M151VFRAC', ii

            WRITE(h3d_keyword_quad_scalar(i)%TEXT1, '(A17,I0)') 'Volume fraction ', ii

            h3d_keyword_quad_scalar(i)%COMMENT  = 'volume fractions(for ale multi-material law151)'

c-----------------------------------------------

            I = I + 1

            WRITE(H3D_KEYWORD_QUAD_SCALAR(I)%KEY3, '(a8,i0)') 'm151dens', II

            WRITE(H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1, '(a8,i0)') 'density ', II

            H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'density(for ale multi-material law151)'

c-----------------------------------------------

            I = I + 1

            WRITE(H3D_KEYWORD_QUAD_SCALAR(I)%KEY3, '(a8,i0)') 'm151ener', II

            WRITE(H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1, '(a7,i0)') 'energy ', II

            H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'energy(for ale multi-material law151)'

c-----------------------------------------------

            I = I + 1

            WRITE(H3D_KEYWORD_QUAD_SCALAR(I)%KEY3, '(a8,i0)') 'm151pres', II

            WRITE(H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1, '(a10,i0)') 'pressure ', II

            H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'pressure(for ale multi-material law151)'

c-----------------------------------------------

         ENDDO

      ELSE

c-----------------------------------------------

         I = I + 1

         H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vfrac1'

         H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric fraction 1'

         H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'volumetric fractions(for ale multi-material laws: law20, law37 and law51)'

c-----------------------------------------------

         I = I + 1

         H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vfrac2'

         H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric fraction 2'

         H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'volumetric fractions(for ale multi-material laws: law20, law37 and law51)'

c-----------------------------------------------

         I = I + 1

         H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vfrac3'

         H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric fraction 3'

         H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'volumetric fractions(for ale multi-material laws: law20, law37 and law51)'

c-----------------------------------------------

         I = I + 1

         H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vfrac4'

         H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric fraction 4'

         H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'volumetric fractions(for ale multi-material laws: law20, law37 and law51)'

c-----------------------------------------------

      ENDIF  ! MULTI_FVM%IS_USED

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'bfrac'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'burn fraction'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'ssp'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'sound speed'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'epsd'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'strain rate'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'epsp'

      H3D_KEYWORD_QUAD_SCALAR(I)%IS_LAYER = 1

      H3D_KEYWORD_QUAD_SCALAR(I)%IS_LAYER_ALL = 1

      H3D_KEYWORD_QUAD_SCALAR(I)%IS_IPT = 1

      H3D_KEYWORD_QUAD_SCALAR(I)%IS_IPT_ALL = 1

      H3D_KEYWORD_QUAD_SCALAR(I)%IS_PLY = 1

      H3D_KEYWORD_QUAD_SCALAR(I)%IS_PLY_ALL = 1

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'plastic strain '

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3   = 'tsaiwu'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'tsai-wu criterion'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'fail'

      H3D_KEYWORD_QUAD_SCALAR(I)%IS_PLY = 1

      H3D_KEYWORD_QUAD_SCALAR(I)%IS_IPT = 1

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'nb of failed layers'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'crmas'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'airbag crossing mass'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'CRVEL'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Airbag crossing velocity'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'THIN'

      h3d_keyword_quad_scalar(i)%TEXT1  = '%Thinning'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'ERROR/THICK'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Estimated Error on Thickness'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'PHI'

      h3d_keyword_quad_scalar(i)%IS_PLY = 1

      h3d_keyword_quad_scalar(i)%IS_PLY_ALL = 1

      h3d_keyword_quad_scalar(i)%IS_LAYER = 1

      h3d_keyword_quad_scalar(i)%IS_LAYER_ALL = 1

      h3d_keyword_quad_scalar(i)%IS_IPT = 1

      h3d_keyword_quad_scalar(i)%IS_IPT_ALL = 1

      h3d_keyword_quad_scalar(i)%TEXT1  = 'PHI'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'DAMA'

      h3d_keyword_quad_scalar(i)%IS_PLY = 1

      h3d_keyword_quad_scalar(i)%IS_PLY_ALL = 1

      h3d_keyword_quad_scalar(i)%IS_LAYER = 1

      h3d_keyword_quad_scalar(i)%IS_LAYER_ALL = 1

      h3d_keyword_quad_scalar(i)%IS_IPT = 1

      h3d_keyword_quad_scalar(i)%IS_IPT_ALL = 1

      h3d_keyword_quad_scalar(i)%TEXT1  = 'DAMAGE'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'FAILURE'

      h3d_keyword_quad_scalar(i)%IS_PLY = 1

      h3d_keyword_quad_scalar(i)%IS_PLY_ALL = 1

      h3d_keyword_quad_scalar(i)%IS_LAYER = 1

      h3d_keyword_quad_scalar(i)%IS_LAYER_ALL = 1

      h3d_keyword_quad_scalar(i)%IS_IPT = 1

      h3d_keyword_quad_scalar(i)%IS_IPT_ALL = 1

      h3d_keyword_quad_scalar(i)%IS_ID = 1

      h3d_keyword_quad_scalar(i)%IS_MODE = 1

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Failure'

      h3d_keyword_quad_scalar(i)%COMMENT = 'Damage of current failure criterion'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'DAMA/MEMB'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'MAX DAMAGE MEMBRANE'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'NXTF'

      h3d_keyword_quad_scalar(i)%IS_LAYER = 1

      h3d_keyword_quad_scalar(i)%IS_LAYER_ALL = 1

      h3d_keyword_quad_scalar(i)%IS_IPT = 1

      h3d_keyword_quad_scalar(i)%IS_IPT_ALL = 1

      h3d_keyword_quad_scalar(i)%TEXT1  = 'NXT FAILURE FACTOR'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'NXTF/MEMB'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'NXT FAILURE FACTOR MEMBRANE'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'TDEL'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'TIME DELETION ELEMENT'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'SCHLIEREN'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Schlieren'

      h3d_keyword_quad_scalar(i)%COMMENT  =

     .'Schlieren image (optical method widely used in CFD field). ALE material laws'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'PHI/MEMB'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'phi MEMBRANE'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'DOMAIN'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Domain'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'sigeq'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'equiv stress'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'bulk'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'artificial viscosity'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/dens1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'density-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/dens2'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'density-2'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/ener1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'specific energy-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/ener2'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'specific energy-2'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/temp1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'temperature-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/temp2'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'temperature-2'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/p1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'pressure-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/p2'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'pressure-2'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/epsp1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'plastic strain-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/epsp1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'plastic strain-2'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/ssp1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'sound speed-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/ssp2'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'sound speed-2'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/volum1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volume-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/volum2'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volume-2'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/qvis1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'artificial viscosity-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'law20/qvis2'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'artificial viscosity-2'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'tdet'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'detonation time'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'dt'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'time step'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'ams'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'ams selection'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'enth'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'enthalpy'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'enthm'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'enthalpy per unit mass'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'enthv'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'enthalpy per unit volume'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'eintm'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'internal energy per unit mass'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'eintv'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'internal energy per unit volume'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'eint'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'internal energy'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'off'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'element status'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = '0.0:deleted  >0.&<1.:under failure process 1.0:activated  <0:standby'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'mach'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'mach number'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mach number. only available with ale material law 151'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'color'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'color function'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'color function for multimaterial and multifluid ale laws'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'volu'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volume'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'element volume'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'group'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'group identifier'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'internal.id'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'internal identifier'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'local.id'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'local identifier within the group'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'tillotson'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'region identifier in p,v diagram'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = '1:compressed, 2:expanded cold, 3:transition, 4:hot expansion'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'div(U)'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric dilatation rate'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'div(u)'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain/1'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain 1'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain/2'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain 2'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain/3'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain 3'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain/4'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain 4'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain/5'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain 5'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain/6'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain 6'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain/7'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain 7'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain/8'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain 8'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

      I = I + 1

      H3D_KEYWORD_QUAD_SCALAR(I)%KEY3  = 'vstrain/9'

      H3D_KEYWORD_QUAD_SCALAR(I)%TEXT1  = 'volumetric strain 9'

      H3D_KEYWORD_QUAD_SCALAR(I)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------

      i = i + 1

      h3d_keyword_quad_scalar(i)%KEY3  = 'VSTRAIN/10'

      h3d_keyword_quad_scalar(i)%TEXT1  = 'Volumetric Strain 10'

      h3d_keyword_quad_scalar(i)%COMMENT  = 'mu=rho/rho0-1'

c-----------------------------------------------


      nkey=i

c-----------------------------------------------


      END

my_real
#define my_real
Definition cppsort.cpp:32

the
end diagonal values have been computed in the(sparse) matrix id.SOL

h3d_list_quad_scalar
subroutine h3d_list_quad_scalar(h3d_keyword_quad_scalar, geo, igeo, multi_fvm, nkey)
Definition h3d_list_quad_scalar.F:34

id
initmumps id
Definition multiplerhs_example.m:4

for
for(i8=*sizetab-1;i8 >=0;i8--)
Definition mumps_common.c:91

h3d_mod
Definition h3d_mod.F:308

message_mod
Definition message_mod.F:1249

stack_mod
Definition stack_mod.F:72

region
Definition rad2rad_c.c:99

tillotson
subroutine tillotson(iflag, nel, pm, off, eint, mu, mu2, espe, dvol, df, vnew, mat, psh, pnew, dpdm, dpde, vareos, nvareos)
Definition tillotson.F:32