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Functions/Subroutines | |
| subroutine | stoseg51 (IFABOR, NELMAX, IELM, IKLE, NBOR, GLOSEG, MAXSEG, ELTSEG, ORISEG, NELBOR, NULONE, NELMAX2, NELEM2, NPTFR2, NPOIN2, NPLAN, KNOLG, NSEG2D, IKLBOR, NELEB, NELEBX) |
Function/Subroutine Documentation
◆ stoseg51()
| subroutine stoseg51 | ( | integer, dimension(nelmax2,*), intent(in) | IFABOR, |
| integer, intent(in) | NELMAX, | ||
| integer, intent(in) | IELM, | ||
| integer, dimension(nelmax,4), intent(in) | IKLE, | ||
| integer, dimension(nptfr2), intent(in) | NBOR, | ||
| integer, dimension(maxseg,2), intent(inout) | GLOSEG, | ||
| integer, intent(in) | MAXSEG, | ||
| integer, dimension(nelmax,6), intent(inout) | ELTSEG, | ||
| integer, dimension(nelmax,6), intent(inout) | ORISEG, | ||
| integer, dimension(nelebx), intent(in) | NELBOR, | ||
| integer, dimension(nelebx), intent(in) | NULONE, | ||
| integer, intent(in) | NELMAX2, | ||
| integer, intent(in) | NELEM2, | ||
| integer, intent(in) | NPTFR2, | ||
| integer, intent(in) | NPOIN2, | ||
| integer, intent(in) | NPLAN, | ||
| integer, dimension(*), intent(in) | KNOLG, | ||
| integer, intent(in) | NSEG2D, | ||
| integer, dimension(nelebx,2), intent(in) | IKLBOR, | ||
| integer, intent(in) | NELEB, | ||
| integer, intent(in) | NELEBX | ||
| ) |
- Parameters
-
[in] nelmax [out] ELTSEG Segments of every triangle. [out] GLOSEG Global numbers of points of segments. [in] IELM 11: triangles. 21: QUADRILATERALS. [in] IFABOR Elements behind the edges of a triangle IF NEGATIVE OR ZERO, THE EDGE IS A LIQUID BOUNDARY [in] IKLBOR Connectivity of boundary segments in 2d [in] IKLE Connectivity table. [in] KNOLG Global number of a local point in parallel [out] MAXSEG Maximum number of segments [in] NBOR Global numbers of boundary points. [in] NELBOR Number of element containing segment k of THE BOUNDARY. [in] NELEB Number of boundary elements in 2d. [in] NELEBX Maximum number of boundary elements in 2d. [in] NELEM2 Number of elements in 2d [in] NELMAX Maximum number of elements in 3d [in] NELMAX2 Maximum number of elements in 2d [in] NPLAN Number of planes in the 3d mesh of prisms [in] NPOIN2 Number of points in 2d [in] NPTFR2 Number of boundary points in 2d [in] NULONE Local number of boundary points in a boundary ELEMENT. HERE THE 3D NULONE IS PASSED THOUGH IT IS HERE USED AS THE 2D ONE. HENCE BOTH MUST BEGIN BY THE SAME BOUNDARY ELEMENTS OF THE LOWER PLANE. [out] ORISEG Orientation of segments of every triangle. [in] nelmax2 [out] ELTSEG Segments of every triangle. [out] GLOSEG Global numbers of points of segments. [in] IELM 11: triangles. 21: QUADRILATERALS. [in] IFABOR Elements behind the edges of a triangle IF NEGATIVE OR ZERO, THE EDGE IS A LIQUID BOUNDARY [in] IKLBOR Connectivity of boundary segments in 2d [in] IKLE Connectivity table. [in] KNOLG Global number of a local point in parallel [out] MAXSEG Maximum number of segments [in] NBOR Global numbers of boundary points. [in] NELBOR Number of element containing segment k of THE BOUNDARY. [in] NELEB Number of boundary elements in 2d. [in] NELEBX Maximum number of boundary elements in 2d. [in] NELEM2 Number of elements in 2d [in] NELMAX Maximum number of elements in 3d [in] NELMAX2 Maximum number of elements in 2d [in] NPLAN Number of planes in the 3d mesh of prisms [in] NPOIN2 Number of points in 2d [in] NPTFR2 Number of boundary points in 2d [in] NULONE Local number of boundary points in a boundary ELEMENT. HERE THE 3D NULONE IS PASSED THOUGH IT IS HERE USED AS THE 2D ONE. HENCE BOTH MUST BEGIN BY THE SAME BOUNDARY ELEMENTS OF THE LOWER PLANE. [out] ORISEG Orientation of segments of every triangle. [in] maxseg [out] ELTSEG Segments of every triangle. [out] GLOSEG Global numbers of points of segments. [in] IELM 11: triangles. 21: QUADRILATERALS. [in] IFABOR Elements behind the edges of a triangle IF NEGATIVE OR ZERO, THE EDGE IS A LIQUID BOUNDARY [in] IKLBOR Connectivity of boundary segments in 2d [in] IKLE Connectivity table. [in] KNOLG Global number of a local point in parallel [out] MAXSEG Maximum number of segments [in] NBOR Global numbers of boundary points. [in] NELBOR Number of element containing segment k of THE BOUNDARY. [in] NELEB Number of boundary elements in 2d. [in] NELEBX Maximum number of boundary elements in 2d. [in] NELEM2 Number of elements in 2d [in] NELMAX Maximum number of elements in 3d [in] NELMAX2 Maximum number of elements in 2d [in] NPLAN Number of planes in the 3d mesh of prisms [in] NPOIN2 Number of points in 2d [in] NPTFR2 Number of boundary points in 2d [in] NULONE Local number of boundary points in a boundary ELEMENT. HERE THE 3D NULONE IS PASSED THOUGH IT IS HERE USED AS THE 2D ONE. HENCE BOTH MUST BEGIN BY THE SAME BOUNDARY ELEMENTS OF THE LOWER PLANE. [out] ORISEG Orientation of segments of every triangle. [in] ielm [out] ELTSEG Segments of every triangle. [out] GLOSEG Global numbers of points of segments. [in] IELM 11: triangles. 21: QUADRILATERALS. [in] IFABOR Elements behind the edges of a triangle IF NEGATIVE OR ZERO, THE EDGE IS A LIQUID BOUNDARY [in] IKLBOR Connectivity of boundary segments in 2d [in] IKLE Connectivity table. [in] KNOLG Global number of a local point in parallel [out] MAXSEG Maximum number of segments [in] NBOR Global numbers of boundary points. [in] NELBOR Number of element containing segment k of THE BOUNDARY. [in] NELEB Number of boundary elements in 2d. [in] NELEBX Maximum number of boundary elements in 2d. [in] NELEM2 Number of elements in 2d [in] NELMAX Maximum number of elements in 3d [in] NELMAX2 Maximum number of elements in 2d [in] NPLAN Number of planes in the 3d mesh of prisms [in] NPOIN2 Number of points in 2d [in] NPTFR2 Number of boundary points in 2d [in] NULONE Local number of boundary points in a boundary ELEMENT. HERE THE 3D NULONE IS PASSED THOUGH IT IS HERE USED AS THE 2D ONE. HENCE BOTH MUST BEGIN BY THE SAME BOUNDARY ELEMENTS OF THE LOWER PLANE. [out] ORISEG Orientation of segments of every triangle. [in] nelebx [out] ELTSEG Segments of every triangle. [out] GLOSEG Global numbers of points of segments. [in] IELM 11: triangles. 21: QUADRILATERALS. [in] IFABOR Elements behind the edges of a triangle IF NEGATIVE OR ZERO, THE EDGE IS A LIQUID BOUNDARY [in] IKLBOR Connectivity of boundary segments in 2d [in] IKLE Connectivity table. [in] KNOLG Global number of a local point in parallel [out] MAXSEG Maximum number of segments [in] NBOR Global numbers of boundary points. [in] NELBOR Number of element containing segment k of THE BOUNDARY. [in] NELEB Number of boundary elements in 2d. [in] NELEBX Maximum number of boundary elements in 2d. [in] NELEM2 Number of elements in 2d [in] NELMAX Maximum number of elements in 3d [in] NELMAX2 Maximum number of elements in 2d [in] NPLAN Number of planes in the 3d mesh of prisms [in] NPOIN2 Number of points in 2d [in] NPTFR2 Number of boundary points in 2d [in] NULONE Local number of boundary points in a boundary ELEMENT. HERE THE 3D NULONE IS PASSED THOUGH IT IS HERE USED AS THE 2D ONE. HENCE BOTH MUST BEGIN BY THE SAME BOUNDARY ELEMENTS OF THE LOWER PLANE. [out] ORISEG Orientation of segments of every triangle. [in] neleb [out] ELTSEG Segments of every triangle. [out] GLOSEG Global numbers of points of segments. [in] IELM 11: triangles. 21: QUADRILATERALS. [in] IFABOR Elements behind the edges of a triangle IF NEGATIVE OR ZERO, THE EDGE IS A LIQUID BOUNDARY [in] IKLBOR Connectivity of boundary segments in 2d [in] IKLE Connectivity table. [in] KNOLG Global number of a local point in parallel [out] MAXSEG Maximum number of segments [in] NBOR Global numbers of boundary points. [in] NELBOR Number of element containing segment k of THE BOUNDARY. [in] NELEB Number of boundary elements in 2d. [in] NELEBX Maximum number of boundary elements in 2d. [in] NELEM2 Number of elements in 2d [in] NELMAX Maximum number of elements in 3d [in] NELMAX2 Maximum number of elements in 2d [in] NPLAN Number of planes in the 3d mesh of prisms [in] NPOIN2 Number of points in 2d [in] NPTFR2 Number of boundary points in 2d [in] NULONE Local number of boundary points in a boundary ELEMENT. HERE THE 3D NULONE IS PASSED THOUGH IT IS HERE USED AS THE 2D ONE. HENCE BOTH MUST BEGIN BY THE SAME BOUNDARY ELEMENTS OF THE LOWER PLANE. [out] ORISEG Orientation of segments of every triangle.
Definition at line 9 of file stoseg51.f.
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