inverted_group_alloc.F

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!||====================================================================
!||    inverted_group_alloc      ../starter/source/model/sets/inverted_group_alloc.F
!||--- called by ------------------------------------------------------
!||    compute_connect_partelm   ../starter/source/model/sets/compute_connect_partelm.F
!||--- uses       -----------------------------------------------------
!||    inverted_group_mod        ../starter/share/modules1/inverted_group_mod.F
!||====================================================================
        SUBROUTINE inverted_group_alloc(INV_GROUP)
!$COMMENT
!       INVERTED_GROUP_ALLOC description
!       allocation of the different arrays of INV_GROUP structure
!       
!       INVERTED_GROUP_ALLOC organization :
!           none
!$ENDCOMMENT
C-----------------------------------------------
C   M o d u l e s
C-----------------------------------------------  
      USE inverted_group_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(invertgroup_struct_) :: INV_GROUP
C-----------------------------------------------
C   L o c a l   V a r i a b l e s
C-----------------------------------------------
        INTEGER :: MY_SIZE
!   ----------------------------------------
        inv_group%IS_USED = .true.
        inv_group%ALREADY_ALLOC = .true.
 
        my_size = inv_group%SIZE_INDPART
        ALLOCATE( inv_group%INDPARTS( my_size ) )
        ALLOCATE( inv_group%INDPARTQ( my_size ) )
        ALLOCATE( inv_group%INDPARTC( my_size ) )
        ALLOCATE( inv_group%INDPARTT( my_size ) )
        ALLOCATE( inv_group%INDPARTP( my_size ) )
        ALLOCATE( inv_group%INDPARTTG( my_size ) )
        ALLOCATE( inv_group%INDPARTTRIA( my_size ) )
        ALLOCATE( inv_group%INDPARTR( my_size ) )
        ALLOCATE( inv_group%INDPARTSPH( my_size ) )
 
        inv_group%INDPARTS( 1:my_size ) = 0
        inv_group%INDPARTQ( 1:my_size ) = 0
        inv_group%INDPARTC( 1:my_size ) = 0
        inv_group%INDPARTT( 1:my_size ) = 0
        inv_group%INDPARTP( 1:my_size ) = 0
        inv_group%INDPARTTG( 1:my_size ) = 0
        inv_group%INDPARTTRIA( 1:my_size ) = 0
        inv_group%INDPARTR( 1:my_size ) = 0
        inv_group%INDPARTSPH( 1:my_size ) = 0
 
        my_size = inv_group%SIZE_S
        ALLOCATE( inv_group%PARTS( my_size ) )
        inv_group%PARTS( 1:my_size ) = 0
 
        my_size = inv_group%SIZE_Q
        ALLOCATE( inv_group%PARTQ( my_size ) )
        inv_group%PARTQ( 1:my_size ) = 0
 
        my_size = inv_group%SIZE_C
        ALLOCATE( inv_group%PARTC( my_size ) )
        inv_group%PARTC( 1:my_size ) = 0
 
        my_size = inv_group%SIZE_T
        ALLOCATE( inv_group%PARTT( my_size ) )
        inv_group%PARTT( 1:my_size ) = 0
 
        my_size = inv_group%SIZE_P
        ALLOCATE( inv_group%PARTP( my_size ) )
        inv_group%PARTP( 1:my_size ) = 0
 
        my_size = inv_group%SIZE_TG
        ALLOCATE( inv_group%PARTTG( my_size ) )
        inv_group%PARTTG( 1:my_size ) = 0
 
        my_size = inv_group%SIZE_TRIA
        ALLOCATE( inv_group%PARTTRIA( my_size ) )
        inv_group%PARTTRIA( 1:my_size ) = 0
 
        my_size = inv_group%SIZE_R
        ALLOCATE( inv_group%PARTR( my_size ) )
        inv_group%PARTR( 1:my_size ) = 0      
 
        my_size = inv_group%SIZE_SPH
        ALLOCATE( inv_group%PARTSPH( my_size ) )
        inv_group%PARTSPH( 1:my_size ) = 0
!   ----------------------------------------
        RETURN
        END SUBROUTINE inverted_group_alloc