z_bpack_randommvp Module Reference

Functions/Subroutines
subroutine	z_matvec_user (trans, M, N, num_vect, Vin, Vout, ker)
	**** Computation of the construction phase with matrix-vector multiplication More...
subroutine	z_bpack_construction_matvec (bmat, blackbox_BMAT_MVP, Memory, error, option, stats, ker, ptree, msh)
	**** Computation of the construction phase with matrix-vector multiplication More...
subroutine	z_hmat_randomized (h_mat, blackbox_Hmat_MVP, Memory, error, option, stats, ker, ptree, msh)
subroutine	z_hmat_randomized_onel_lowrank (h_mat, blackbox_Hmat_MVP, Nloc, level_c, rmax, rank_new_max, option, ker, ptree, stats, msh, tolerance_abs, matnorm)
subroutine	z_hmat_mvp_randomized_onel (h_mat, blackbox_Hmat_MVP, trans, VectIn, VectOut, Nloc, level_c, num_vect, ker, ptree, stats, msh, option)
subroutine	z_hmat_randomized_onel_fullmat (h_mat, blackbox_Hmat_MVP, Nloc, level_c, Memory, ker, ptree, option, stats, msh, matnorm)
subroutine	z_hodlr_randomized (ho_bf1, blackbox_HODLR_MVP, Memory, error, option, stats, ker, ptree, msh)
subroutine	z_hodlr_randomized_onel_lowrank (ho_bf1, block_rand, blackbox_HODLR_MVP, Nloc, level_c, rmax, option, ker, ptree, stats, msh, tolerance_abs)
subroutine	z_hodlr_mvp_randomized_onel (ho_bf1, blackbox_HODLR_MVP, trans, VectIn, VectOut, Nloc, level_c, num_vect, ker, ptree, stats, msh, option)
subroutine	z_hodlr_randomized_onel_fullmat (ho_bf1, blackbox_HODLR_MVP, N, level_c, Memory, ker, ptree, option, stats, msh)
subroutine	z_hodlr_reconstruction_ll (ho_bf1, block_rand, blackbox_HODLR_MVP, Nloc, level_c, level_butterfly, vecCNT, option, stats, ker, ptree, msh)
subroutine	z_hodlr_reconstruction_rr (ho_bf1, block_rand, blackbox_HODLR_MVP, Nloc, level_c, level_butterfly, vecCNT, option, stats, ker, ptree, msh)
subroutine	z_hodlr_test_error_rr (ho_bf1, block_rand, blackbox_HODLR_MVP, Nloc, level_c, error, ker, ptree, stats, msh, option)
subroutine	z_hodlr_randomized_vectors (side, ho_bf1, block_rand, RandVectIn, RandVectOut, blackbox_HODLR_MVP, Nloc, level_c, level_butterfly, nth_s, nth_e, num_vect_sub, unique_nth, ker, ptree, stats, msh, option)
subroutine	z_pcomputerange_twoforward (ho_bf1, level, Bidxs, ii, ranks, AR, eps, ptree, stats)
subroutine	z_pqxsvdtruncate_twoforward (ho_bf1, level, Bidxs, bb_inv, ranks, Q, QcA_trans, block_rand, option, ptree, stats, tolerance_abs)
subroutine	z_bf_resolving_butterfly_ll_dat_twoforward (ho_bf1, level_c, num_vect_sub, nth_s, nth_e, Ng, level, Bidxs, bb_inv, block_rand, RandVectIn, RandVectOut, option, ptree, msh, stats)
subroutine	z_bf_resolving_butterfly_rr_dat_twoforward (ho_bf1, level_c, num_vect_sub, nth_s, nth_e, Ng, level, Bidxs, bb_inv, block_rand, RandVectIn, RandVectOut, option, ptree, msh, stats)

Function/Subroutine Documentation

z_bf_resolving_butterfly_ll_dat_twoforward()

subroutine z_bpack_randommvp::z_bf_resolving_butterfly_ll_dat_twoforward	(	type(z_hobf)	ho_bf1,
		integer	level_c,
		integer	num_vect_sub,
		integer	nth_s,
		integer	nth_e,
		integer	Ng,
		integer	level,
		integer	Bidxs,
		integer	bb_inv,
		type(z_matrixblock), dimension(:)	block_rand,
		complex(kind=8), dimension(:, :)	RandVectIn,
		complex(kind=8), dimension(:, :)	RandVectOut,
		type(z_hoption)	option,
		type(z_proctree)	ptree,
		type(z_mesh)	msh,
		type(z_hstat)	stats
	)

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z_bf_resolving_butterfly_rr_dat_twoforward()

subroutine z_bpack_randommvp::z_bf_resolving_butterfly_rr_dat_twoforward	(	type(z_hobf)	ho_bf1,
		integer	level_c,
		integer	num_vect_sub,
		integer	nth_s,
		integer	nth_e,
		integer	Ng,
		integer	level,
		integer	Bidxs,
		integer	bb_inv,
		type(z_matrixblock), dimension(:)	block_rand,
		complex(kind=8), dimension(:, :)	RandVectIn,
		complex(kind=8), dimension(:, :)	RandVectOut,
		type(z_hoption)	option,
		type(z_proctree)	ptree,
		type(z_mesh)	msh,
		type(z_hstat)	stats
	)

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z_bpack_construction_matvec()

subroutine z_bpack_randommvp::z_bpack_construction_matvec	(	type(z_bmatrix)	bmat,
		procedure(z_hmatvec)	blackbox_BMAT_MVP,
		real(kind=8)	Memory,
		real(kind=8)	error,
		type(z_hoption)	option,
		type(z_hstat)	stats,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_mesh)	msh
	)

**** Computation of the construction phase with matrix-vector multiplication

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z_hmat_mvp_randomized_onel()

subroutine z_bpack_randommvp::z_hmat_mvp_randomized_onel	(	type(z_hmat)	h_mat,
		procedure(z_hmatvec)	blackbox_Hmat_MVP,
		character	trans,
		complex(kind=8), dimension(:, :)	VectIn,
		complex(kind=8), dimension(:, :)	VectOut,
		integer	Nloc,
		integer	level_c,
		integer	num_vect,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_hstat)	stats,
		type(z_mesh)	msh,
		type(z_hoption)	option
	)

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z_hmat_randomized()

subroutine z_bpack_randommvp::z_hmat_randomized	(	type(z_hmat)	h_mat,
		procedure(z_hmatvec)	blackbox_Hmat_MVP,
		real(kind=8)	Memory,
		real(kind=8)	error,
		type(z_hoption)	option,
		type(z_hstat)	stats,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_mesh)	msh
	)

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z_hmat_randomized_onel_fullmat()

subroutine z_bpack_randommvp::z_hmat_randomized_onel_fullmat	(	type(z_hmat)	h_mat,
		procedure(z_hmatvec)	blackbox_Hmat_MVP,
		integer	Nloc,
		integer	level_c,
		real(kind=8)	Memory,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_hoption)	option,
		type(z_hstat)	stats,
		type(z_mesh)	msh,
		real(kind=8)	matnorm
	)

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z_hmat_randomized_onel_lowrank()

subroutine z_bpack_randommvp::z_hmat_randomized_onel_lowrank	(	type(z_hmat)	h_mat,
		procedure(z_hmatvec)	blackbox_Hmat_MVP,
		integer	Nloc,
		integer	level_c,
		integer	rmax,
		integer	rank_new_max,
		type(z_hoption)	option,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_hstat)	stats,
		type(z_mesh)	msh,
		real(kind=8)	tolerance_abs,
		real(kind=8)	matnorm
	)

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z_hodlr_mvp_randomized_onel()

subroutine z_bpack_randommvp::z_hodlr_mvp_randomized_onel	(	type(z_hobf)	ho_bf1,
		procedure(z_hmatvec)	blackbox_HODLR_MVP,
		character	trans,
		complex(kind=8), dimension(:, :)	VectIn,
		complex(kind=8), dimension(:, :)	VectOut,
		integer	Nloc,
		integer	level_c,
		integer	num_vect,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_hstat)	stats,
		type(z_mesh)	msh,
		type(z_hoption)	option
	)

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z_hodlr_randomized()

subroutine z_bpack_randommvp::z_hodlr_randomized	(	type(z_hobf)	ho_bf1,
		procedure(z_hmatvec)	blackbox_HODLR_MVP,
		real(kind=8)	Memory,
		real(kind=8)	error,
		type(z_hoption)	option,
		type(z_hstat)	stats,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_mesh)	msh
	)

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z_hodlr_randomized_onel_fullmat()

subroutine z_bpack_randommvp::z_hodlr_randomized_onel_fullmat	(	type(z_hobf)	ho_bf1,
		procedure(z_hmatvec)	blackbox_HODLR_MVP,
		integer	N,
		integer	level_c,
		real(kind=8)	Memory,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_hoption)	option,
		type(z_hstat)	stats,
		type(z_mesh)	msh
	)

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z_hodlr_randomized_onel_lowrank()

subroutine z_bpack_randommvp::z_hodlr_randomized_onel_lowrank	(	type(z_hobf)	ho_bf1,
		type(z_matrixblock), dimension(:)	block_rand,
		procedure(z_hmatvec)	blackbox_HODLR_MVP,
		integer	Nloc,
		integer	level_c,
		integer	rmax,
		type(z_hoption)	option,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_hstat)	stats,
		type(z_mesh)	msh,
		real(kind=8)	tolerance_abs
	)

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z_hodlr_randomized_vectors()

subroutine z_bpack_randommvp::z_hodlr_randomized_vectors	(	character	side,
		type(z_hobf)	ho_bf1,
		type(z_matrixblock), dimension(:)	block_rand,
		complex(kind=8), dimension(:, :)	RandVectIn,
		complex(kind=8), dimension(:, :)	RandVectOut,
		procedure(z_hmatvec)	blackbox_HODLR_MVP,
		integer	Nloc,
		integer	level_c,
		integer	level_butterfly,
		integer	nth_s,
		integer	nth_e,
		integer	num_vect_sub,
		integer	unique_nth,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_hstat)	stats,
		type(z_mesh)	msh,
		type(z_hoption)	option
	)

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z_hodlr_reconstruction_ll()

subroutine z_bpack_randommvp::z_hodlr_reconstruction_ll	(	type(z_hobf)	ho_bf1,
		type(z_matrixblock), dimension(:)	block_rand,
		procedure(z_hmatvec)	blackbox_HODLR_MVP,
		integer	Nloc,
		integer	level_c,
		integer	level_butterfly,
		integer	vecCNT,
		type(z_hoption)	option,
		type(z_hstat)	stats,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_mesh)	msh
	)

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z_hodlr_reconstruction_rr()

subroutine z_bpack_randommvp::z_hodlr_reconstruction_rr	(	type(z_hobf)	ho_bf1,
		type(z_matrixblock), dimension(:)	block_rand,
		procedure(z_hmatvec)	blackbox_HODLR_MVP,
		integer	Nloc,
		integer	level_c,
		integer	level_butterfly,
		integer	vecCNT,
		type(z_hoption)	option,
		type(z_hstat)	stats,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_mesh)	msh
	)

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z_hodlr_test_error_rr()

subroutine z_bpack_randommvp::z_hodlr_test_error_rr	(	type(z_hobf)	ho_bf1,
		type(z_matrixblock), dimension(:)	block_rand,
		procedure(z_hmatvec)	blackbox_HODLR_MVP,
		integer	Nloc,
		integer	level_c,
		real(kind=8)	error,
		type(z_kernelquant)	ker,
		type(z_proctree)	ptree,
		type(z_hstat)	stats,
		type(z_mesh)	msh,
		type(z_hoption)	option
	)

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z_matvec_user()

subroutine z_bpack_randommvp::z_matvec_user	(	character	trans,
		integer, intent(in)	M,
		integer, intent(in)	N,
		integer, intent(in)	num_vect,
		complex(kind=8), dimension(:, :)	Vin,
		complex(kind=8), dimension(:, :)	Vout,
		type(z_kernelquant)	ker
	)

**** Computation of the construction phase with matrix-vector multiplication

z_pcomputerange_twoforward()

subroutine z_bpack_randommvp::z_pcomputerange_twoforward	(	type(z_hobf)	ho_bf1,
		integer	level,
		integer	Bidxs,
		integer	ii,
		integer, dimension(:)	ranks,
		complex(kind=8), dimension(:, :)	AR,
		real(kind=8)	eps,
		type(z_proctree)	ptree,
		type(z_hstat)	stats
	)

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z_pqxsvdtruncate_twoforward()

subroutine z_bpack_randommvp::z_pqxsvdtruncate_twoforward	(	type(z_hobf)	ho_bf1,
		integer	level,
		integer	Bidxs,
		integer	bb_inv,
		integer, dimension(:)	ranks,
		complex(kind=8), dimension(:, :)	Q,
		complex(kind=8), dimension(:, :)	QcA_trans,
		type(z_matrixblock), dimension(:)	block_rand,
		type(z_hoption)	option,
		type(z_proctree)	ptree,
		type(z_hstat)	stats,
		real(kind=8)	tolerance_abs
	)

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