Compute the inner product of a user function with the basis functions. More...

Public Member Functions
subroutine	inner_product_1d (bfun, bspline, userfun, n_quad_extra)
	Compute the inner product of a user function with each of the basis functions of a given B-spline space.

subroutine	inner_product_bsplines_1d (ip, bfun1, bfun2, userfun, n_quad_extra)
	Compute the inner product of two B-splines functions.

Detailed Description

Compute the inner product of a user function with the basis functions.

Member Function/Subroutine Documentation

subroutine m_bspline_linalg::inner_product::inner_product_1d	(	type(bsplinefun), intent(out)	bfun,
		type(bsplinespace), intent(in)	bspline,
		procedure(user_function_1d_interface)	userfun,
		integer, intent(in), optional	n_quad_extra )

Compute the inner product of a user function with each of the basis functions of a given B-spline space.

Parameters

[out]	bfun	The resulting B-spline function
[in]	bspline	The B-spline basis
[in]	userfun	The user function
[in]	n_quad_extra	_(optional)_ The additional number of quadrature points on top of those needed for exact integration of the B-spline space

subroutine m_bspline_linalg::inner_product::inner_product_bsplines_1d	(	real(wp), intent(out)	ip,
		type(bsplinefun), intent(in)	bfun1,
		type(bsplinefun), intent(in)	bfun2,
		procedure(user_function_1d_interface), optional	userfun,
		integer, intent(in), optional	n_quad_extra )

Compute the inner product of two B-splines functions.

Parameters

[out]	ip	The resulting inner product
[in]	bfun1	The first B-spline function
[in]	bfun2	The second B-spline function
[in]	userfun	_(optional)_ The weight function defining the inner product
[in]	n_quad_extra	_(optional)_ The additional number of quadrature points on top of those needed for exact integration of the B-spline spaces

The documentation for this interface was generated from the following file: