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subroutine  gettriseg (XAUX, AD, AX, TETA, NPOIN, MESH, NSEG3D, NSEG2D, NPLAN, NPOIN2, IELM3) 

◆ gettriseg()
subroutine gettriseg 
( 
double precision, dimension(npoin,*), intent(inout) 
XAUX, 


double precision, dimension(npoin), intent(inout) 
AD, 


double precision, dimension(nseg3d), intent(inout) 
AX, 


double precision, intent(in) 
TETA, 


integer, intent(in) 
NPOIN, 


type(bief_mesh), intent(inout) 
MESH, 


integer, intent(in) 
NSEG3D, 


integer, intent(in) 
NSEG2D, 


integer, intent(in) 
NPLAN, 


integer, intent(in) 
NPOIN2, 


integer, intent(in) 
IELM3 

) 
 
 Parameters

[in]  npoin  AD Diagonal terms of matrix 
[in]  AX  Offdiagonal terms of matrix HERE DIMENSION 1 BECAUSE SYMMETRY 
[in]  IELM3  Type of element 
[in]  MESH  Mesh structure 
[in]  NPLAN  Number of planes 
[in]  NPOIN  Number of points 
[in]  NPOIN2  Number of points of 2d mesh 
[in]  NSEG2D  Number of segments in 2d 
[in]  NSEG3D  Number of segments in 3d 
[in]  TETA  Coefficient used in the result 
[out]  XAUX  The resulting matrix 
[in]  nseg3d  AD Diagonal terms of matrix 
[in]  AX  Offdiagonal terms of matrix HERE DIMENSION 1 BECAUSE SYMMETRY 
[in]  IELM3  Type of element 
[in]  MESH  Mesh structure 
[in]  NPLAN  Number of planes 
[in]  NPOIN  Number of points 
[in]  NPOIN2  Number of points of 2d mesh 
[in]  NSEG2D  Number of segments in 2d 
[in]  NSEG3D  Number of segments in 3d 
[in]  TETA  Coefficient used in the result 
[out]  XAUX  The resulting matrix 
[in]  nseg2d  AD Diagonal terms of matrix 
[in]  AX  Offdiagonal terms of matrix HERE DIMENSION 1 BECAUSE SYMMETRY 
[in]  IELM3  Type of element 
[in]  MESH  Mesh structure 
[in]  NPLAN  Number of planes 
[in]  NPOIN  Number of points 
[in]  NPOIN2  Number of points of 2d mesh 
[in]  NSEG2D  Number of segments in 2d 
[in]  NSEG3D  Number of segments in 3d 
[in]  TETA  Coefficient used in the result 
[out]  XAUX  The resulting matrix 
[in]  nplan  AD Diagonal terms of matrix 
[in]  AX  Offdiagonal terms of matrix HERE DIMENSION 1 BECAUSE SYMMETRY 
[in]  IELM3  Type of element 
[in]  MESH  Mesh structure 
[in]  NPLAN  Number of planes 
[in]  NPOIN  Number of points 
[in]  NPOIN2  Number of points of 2d mesh 
[in]  NSEG2D  Number of segments in 2d 
[in]  NSEG3D  Number of segments in 3d 
[in]  TETA  Coefficient used in the result 
[out]  XAUX  The resulting matrix 
[in]  npoin2  AD Diagonal terms of matrix 
[in]  AX  Offdiagonal terms of matrix HERE DIMENSION 1 BECAUSE SYMMETRY 
[in]  IELM3  Type of element 
[in]  MESH  Mesh structure 
[in]  NPLAN  Number of planes 
[in]  NPOIN  Number of points 
[in]  NPOIN2  Number of points of 2d mesh 
[in]  NSEG2D  Number of segments in 2d 
[in]  NSEG3D  Number of segments in 3d 
[in]  TETA  Coefficient used in the result 
[out]  XAUX  The resulting matrix 
[in]  ielm3  AD Diagonal terms of matrix 
[in]  AX  Offdiagonal terms of matrix HERE DIMENSION 1 BECAUSE SYMMETRY 
[in]  IELM3  Type of element 
[in]  MESH  Mesh structure 
[in]  NPLAN  Number of planes 
[in]  NPOIN  Number of points 
[in]  NPOIN2  Number of points of 2d mesh 
[in]  NSEG2D  Number of segments in 2d 
[in]  NSEG3D  Number of segments in 3d 
[in]  TETA  Coefficient used in the result 
[out]  XAUX  The resulting matrix 
Definition at line 7 of file gettriseg.f.