Functions/Subroutines
subroutine	gradp (NS, NT, IKLE, AIRT, X, Y, DPX, DPY)

Function/Subroutine Documentation

◆ gradp()

subroutine gradp	(	integer, intent(in)	NS,
		integer, intent(in)	NT,
		integer, dimension(nt,3), intent(in)	IKLE,
		double precision, dimension(nt), intent(in)	AIRT,
		double precision, dimension(ns), intent(in)	X,
		double precision, dimension(ns), intent(in)	Y,
		double precision, dimension(3,nt), intent(out)	DPX,
		double precision, dimension(3,nt), intent(out)	DPY
	)

Parameters

[in]	ns	AIRT Area of triangles
[out]	DPX	Gradient of bases functions with respect to x
[out]	DPY	Gradient of bases functions with respect to y
[in]	IKLE	Connectivity table
[in]	NS	Number of points in the mesh
[in]	NT	Number of triangles in the mesh
[in]	X	Abscissae of nodes in the mesh
[in]	Y	Ordinates of nodes in the mesh
[in]	nt	AIRT Area of triangles
[out]	DPX	Gradient of bases functions with respect to x
[out]	DPY	Gradient of bases functions with respect to y
[in]	IKLE	Connectivity table
[in]	NS	Number of points in the mesh
[in]	NT	Number of triangles in the mesh
[in]	X	Abscissae of nodes in the mesh
[in]	Y	Ordinates of nodes in the mesh
[in]	ikle	AIRT Area of triangles
[out]	DPX	Gradient of bases functions with respect to x
[out]	DPY	Gradient of bases functions with respect to y
[in]	IKLE	Connectivity table
[in]	NS	Number of points in the mesh
[in]	NT	Number of triangles in the mesh
[in]	X	Abscissae of nodes in the mesh
[in]	Y	Ordinates of nodes in the mesh

Definition at line 7 of file gradp.f.

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