Namespace vsip

[xref]

Namespaces Summary:
impl All VSIPL++ internal interfaces live in namespace \c vsip::impl. [xref]

Classes Summary:
Dense<1,T,OrderT,Local_map> [xref] [Source]
Dense<1,T,OrderT,MapT> [xref] [Source]
Dense<2,T,OrderT,Local_map> [xref] [Source]
Dense<2,T,OrderT,MapT> [xref] [Source]
Dense<3,T,OrderT,Local_map> [xref] [Source]
Dense<3,T,OrderT,MapT> [xref] [Source]
Index<1> [xref] [Source]
Index<2> [xref] [Source]
Index<3> [xref] [Source]
Domain<1> [xref] [Source]
Domain<2> [xref] [Source]
Domain<3> [xref] [Source]
vsipl [xref] [Source]
Map [xref] [Source]
const_Matrix View which appears as a two-dimensional, read-only matrix. [xref] [Source]
Matrix [xref] [Source]
Rand Rand class definition [xref] [Source]
tuple [xref] [Source]
computation_error Class for VSIPL++ computation error exceptions. [xref] [Source]
const_Tensor View which appears as a three-dimensional, read-only tensor. [xref] [Source]
Tensor [xref] [Source]
const_Vector View which appears as a one-dimensional, read-only vector. [xref] [Source]
Vector [xref] [Source]
Whole_dist [xref] [Source]
Block_dist [xref] [Source]
Cyclic_dist [xref] [Source]
Fft [xref] [Source]
Fftm [xref] [Source]
Global_map [xref] [Source]
Local_or_global_map [xref] [Source]
Local_map [xref] [Source]
Replicated_map [xref] [Source]
Setup_assign [xref] [Source]
Convolution [xref] [Source]
Correlation [xref] [Source]
Fir [xref] [Source]
Histogram [xref] [Source]
Iir [xref] [Source]
chold<T,by_reference> [xref] [Source]
chold<T,by_value> [xref] [Source]
lud<T,by_reference> [xref] [Source]
lud<T,by_value> [xref] [Source]
qrd<T,by_reference> [xref] [Source]
qrd<T,by_value> [xref] [Source]
svd<T,by_reference> [xref] [Source]
svd<T,by_value> [xref] [Source]
Vertex<T,1> [xref] [Source]
Vertex<T,2> [xref] [Source]
Vertex<T,3> [xref] [Source]

Typedefs Summary:
float	scalar_f [xref] [Source]
int	scalar_i [xref] [Source]
std::complex	cscalar_f [xref] [Source]
std::complex	cscalar_i [xref] [Source]
scalar_f	VSIP_DEFAULT_VALUE_TYPE Default value type for Vectors, Matrixes, and Tensors. [xref] [Source]
unsigned int	dimension_type [xref] [Source]
impl::unsigned_index_type	index_type [xref] [Source]
impl::signed_index_type	index_difference_type [xref] [Source]
impl::signed_index_type	stride_type [xref] [Source]
impl::unsigned_index_type	stride_scalar_type [xref] [Source]
index_type	length_type [xref] [Source]
tuple<, , *>	row1_type Convenience type for 1-dim row-major. [xref] [Source]
tuple<, , *>	row2_type Convenience type for 2-dim row-major. [xref] [Source]
tuple<, , *>	row3_type Convenience type for 3-dim row-major. [xref] [Source]
tuple<, , *>	col1_type Convenience type for 1-dim col-major. [xref] [Source]
tuple<, , *>	col2_type Convenience type for 2-dim col-major. [xref] [Source]
tuple<, , *>	col3_type [xref] [Source]
unsigned int	processor_type [xref] [Source]
int	processor_difference_type [xref] [Source]

Structs Summary:
Map_data [xref] [Source]
ViewConversion<Matrix,T,Block> [xref] [Source]
ViewConversion<const_Matrix,T,Block> [xref] [Source]
ViewConversion<Tensor,T,Block> [xref] [Source]
ViewConversion<const_Tensor,T,Block> [xref] [Source]
ViewConversion<Vector,T,Block> [xref] [Source]
ViewConversion<const_Vector,T,Block> [xref] [Source]
Promotion [math.fns.promotion] [xref] [Source]
Promotion<std::complex,std::complex> [xref] [Source]
Promotion<std::complex,Right> [xref] [Source]
Promotion<Left,std::complex> [xref] [Source]
Promotion<bool,char> [xref] [Source]
Promotion<bool,short> [xref] [Source]
Promotion<bool,int> [xref] [Source]
Promotion<bool,long> [xref] [Source]
Promotion<bool,float> [xref] [Source]
Promotion<bool,double> [xref] [Source]
Promotion<short,int> [xref] [Source]
Promotion<short,long> [xref] [Source]
Promotion<short,float> [xref] [Source]
Promotion<short,double> [xref] [Source]
Promotion<int,long> [xref] [Source]
Promotion<int,float> [xref] [Source]
Promotion<int,double> [xref] [Source]
Promotion<long,float> [xref] [Source]
Promotion<long,double> [xref] [Source]
impl_const_View [xref] [Source]
impl_const_View<View,Block,std::complex,Dim> [xref] [Source]
impl_View [xref] [Source]
impl_View<View,Block,std::complex,Dim> [xref] [Source]

Enums Summary:
user_storage_type	no_user_format, array_format, interleaved_format, split_format [xref] [Source]
distribution_type	whole, block, cyclic, other Enumeration to indicate parallel data distribution. [xref] [Source]
return_mechanism_type	by_value, by_reference Enumeration to indicate how function object returns result. [xref] [Source]
whole_domain_type	whole_domain [xref] [Source]
mat_op_type	mat_ntrans, mat_trans, mat_herm, mat_conj [xref] [Source]
product_side_type	mat_lside, mat_rside [xref] [Source]
storage_type	qrd_nosaveq, qrd_saveq1, qrd_saveq, svd_uvnos, svd_uvpart, svd_uvfull [xref] [Source]
alg_hint_type	alg_time, alg_space, alg_noise [xref] [Source]
support_region_type	support_full, support_same, support_min [xref] [Source]
symmetry_type	nonsym, sym_even_len_odd, sym_even_len_even [xref] [Source]
bias_type	biased, unbiased [xref] [Source]
obj_state	state_no_save, state_save [xref] [Source]
mat_uplo	lower, upper [xref] [Source]

Functions Summary:
template <typename T1, typename T2> inline void	recttopolar(const (unknown)<T1>& rect, T2& mag, T2& phase) [xref] [Source]
template <typename T1, typename T2, typename Block0, typename Block1, typename Block2> inline void	recttopolar((unknown)<(unknown)<T1>, Block0>& z, (unknown)<T2, Block1> rho, (unknown)<T2, Block2> theta) [xref] [Source]
template <typename T> inline (unknown)<T>	polartorect(T rho) [xref] [Source]
template <typename T, typename Block0> inline (unknown)<(unknown)<T>, impl::Unary_func_view<impl::realtocomplex_functor, T>>	polartorect((unknown)<T, Block0> rho) [xref] [Source]
template <dimension_type Dim> inline bool	operator==(const Index<Dim>& i, const Index<Dim>& j) [xref] [Source]
inline bool	operator==(const Index<>& i, const Index<>& j) [xref] [Source]
template <dimension_type Dim> inline Index<Dim>	operator-(const Index<Dim>& op1, const Index<Dim>& op2) [xref] [Source]
template <dimension_type Dim> inline Index<Dim>	operator+(const Index<Dim>& op1, const Index<Dim>& op2) [xref] [Source]
template <dimension_type D> inline bool	operator==(const Domain<D>& d1, const Domain<D>& d2) [xref] [Source]
template <dimension_type D> inline bool	operator!=(const Domain<D>& d0, const Domain<D>& d1) [xref] [Source]
template <dimension_type D> inline const Domain<D>	operator+(const Domain<D>& dom, const index_difference_type a) [xref] [Source]
template <dimension_type D> inline const Domain<D>	operator-(const Domain<D>& dom, const index_difference_type a) [xref] [Source]
template <dimension_type D> inline const Domain<D>	operator*(const Domain<D>& dom, const stride_scalar_type a) [xref] [Source]
template <dimension_type D> inline const Domain<D>	operator/(const Domain<D>& dom, const stride_scalar_type a) [xref] [Source]
template <dimension_type D> inline const Domain<D>	operator+(index_difference_type diff, const Domain<D>& dom) [xref] [Source]
template <dimension_type D> inline const Domain<D>	operator*(stride_scalar_type s, const Domain<D>& dom) [xref] [Source]
template <typename Dist0, typename Dist1, typename Dist2> bool	operator==(const Map<Dist0, Dist1, Dist2>& map1, const Map<Dist0, Dist1, Dist2>& map2) [xref] [Source]
template <dimension_type Dim, typename Dist0, typename Dist1, typename Dist2> bool	map_equiv(const Map<Dist0, Dist1, Dist2>& map1, const Map<Dist0, Dist1, Dist2>& map2) [xref] [Source]
template <typename Dim0, typename Dim1, typename Dim2> bool	operator==(const Map<Dim0, Dim1, Dim2>& map1, const Map<Dim0, Dim1, Dim2>& map2) [xref] [Source]
template <typename DimA0, typename DimA1, typename DimA2, typename DimB0, typename DimB1, typename DimB2> bool	operator==(const Map<DimA0, DimA1, DimA2>&, const Map<DimB0, DimB1, DimB2>&) [xref] [Source]
template <typename Predicate, typename T1, typename T2, typename B1, typename B2> index_type	first(index_type begin, Predicate p, const_Vector<T1, B1> v, const_Vector<T2, B2> w) [xref] [Source]
template <typename T, typename B1, typename B2> length_type	indexbool((unknown)<T, B1> source, Vector<Index<const_View::dim>, B2> indices) [xref] [Source]
template <typename T, typename B1, typename B2> Vector<T, Dense<*, T>>	gather((unknown)<T, B1> source, const_Vector<Index<const_View::dim>, B2> indices) [xref] [Source]
template <typename T, typename B1, typename B2, typename B3> void	scatter(const_Vector<T, B1> source, const_Vector<Index<View::dim>, B2> indices, (unknown)<T, B3> destination) [xref] [Source]
template <typename T> const_Vector<T, const impl::Generator_expr_block<*, impl::Ramp_generator<T>>>	ramp(T a, T b, length_type len) [xref] [Source]
template <typename T1, typename T2, typename Block1, typename Block2> inline void	swap((unknown)<T1, Block1> v, (unknown)<T2, Block2> w) [xref] [Source]
length_type	num_processors() Return the total number of processors executing the program. [xref] [Source]
processor_type	local_processor() [xref] [Source]
template <typename T0, typename T1, typename T2, typename Block1, typename Block2> const_Matrix<Promotion::type>	kron(T0 alpha, (unknown)<T1, Block1> v, (unknown)<T2, Block2> w) [xref] [Source]
template <typename T0, typename T1, typename T2, typename Block1, typename Block2> const_Matrix<Promotion::type>	outer(T0 alpha, const_Vector<T1, Block1> v, const_Vector<T2, Block2> w) [xref] [Source]
template <mat_op_type OpA, mat_op_type OpB, typename T0, typename T1, typename T2, typename T3, typename T4, typename Block1, typename Block2, typename Block4> void	gemp(T0 alpha, const_Matrix<T1, Block1> A, const_Matrix<T2, Block2> B, T3 beta, Matrix<T4, Block4> C) generalized matrix product [xref] [Source]
template <mat_op_type OpA, typename T0, typename T1, typename T3, typename T4, typename Block1, typename Block4> void	gems(T0 alpha, const_Matrix<T1, Block1> A, T3 beta, Matrix<T4, Block4> C) Generalized matrix sum [xref] [Source]
template <dimension_type d, typename T0, typename T1, typename Block0, typename Block1> void	cumsum((unknown)<T0, Block0> v, (unknown)<T1, Block1> w) cumulative sum [xref] [Source]
template <typename T0, typename T1, typename T2, typename T3, typename Block0, typename Block1> T1	modulate(const_Vector<T0, Block0> v, T1 nu, T2 phi, Vector<(unknown)<T3>, Block1> w) modulate [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Matrix<Promotion::type>	prod(const_Matrix<T0, Block0> a, const_Matrix<T1, Block1> b) [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Vector<Promotion::type>	prod(const_Matrix<T0, Block0> a, const_Vector<T1, Block1> b) [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Vector<Promotion::type>	prod(const_Vector<T0, Block0> a, const_Matrix<T1, Block1> b) [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Matrix<Promotion::type>	prod3(const_Matrix<T0, Block0> a, const_Matrix<T1, Block1> b) [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Vector<Promotion::type>	prod3(const_Matrix<T0, Block0> a, const_Vector<T1, Block1> b) [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Matrix<Promotion::type>	prod4(const_Matrix<T0, Block0> a, const_Matrix<T1, Block1> b) [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Vector<Promotion::type>	prod4(const_Matrix<T0, Block0> a, const_Vector<T1, Block1> b) [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Matrix<Promotion::type>	prodh(const_Matrix<(unknown)<T0>, Block0> m0, const_Matrix<(unknown)<T1>, Block1> m1) [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Matrix<Promotion::type>	prodj(const_Matrix<(unknown)<T0>, Block0> m0, const_Matrix<(unknown)<T1>, Block1> m1) [xref] [Source]
template <typename T0, typename T1, typename Block0, typename Block1> const_Matrix<Promotion::type>	prodt(const_Matrix<T0, Block0> m0, const_Matrix<T1, Block1> m1) [xref] [Source]
template <dimension_type Dim, typename T1, typename T2, typename Block1, typename Block2, typename FuncT> void	foreach_vector(FuncT& fcn, (unknown)<T1, Block1> in, (unknown)<T2, Block2> out) [xref] [Source]
template <dimension_type Dim, typename T1, typename Block1, typename FuncT> void	foreach_vector(FuncT& fcn, (unknown)<T1, Block1> inout) [xref] [Source]
const_Vector<processor_type>	processor_set() [xref] [Source]
template <typename ViewT> Domain<ViewT::dim>	subblock_domain(const ViewT& view, index_type sb) [xref] [Source]
template <typename ViewT> Domain<ViewT::dim>	subblock_domain(const ViewT& view) [xref] [Source]
template <typename ViewT> Domain<ViewT::dim>	local_domain(const ViewT& view, index_type sb, index_type p) [xref] [Source]
template <typename ViewT> Domain<ViewT::dim>	local_domain(const ViewT& view, index_type 0) [xref] [Source]
template <typename ViewT> Domain<ViewT::dim>	global_domain(const ViewT& view, index_type sb, index_type p) [xref] [Source]
template <typename ViewT> Domain<ViewT::dim>	global_domain(const ViewT& view, index_type 0) [xref] [Source]
template <typename ViewT> length_type	num_subblocks(const ViewT& view) [xref] [Source]
template <typename ViewT> length_type	num_patches(const ViewT& view, index_type sb) [xref] [Source]
template <typename ViewT> length_type	num_patches(const ViewT& view) [xref] [Source]
template <typename ViewT> index_type	subblock(const ViewT& view, processor_type pr) [xref] [Source]
template <typename ViewT> index_type	subblock(const ViewT& view) [xref] [Source]
template <typename ViewT> index_type	subblock_from_global_index(const ViewT& view, const Index<ViewT::dim>& idx) [xref] [Source]
template <typename ViewT> index_type	patch_from_global_index(const ViewT& view, const Index<ViewT::dim>& idx) [xref] [Source]
template <typename ViewT> Index<ViewT::dim>	local_from_global_index(const ViewT& view, const Index<ViewT::dim>& g_idx) [xref] [Source]
template <typename ViewT> index_type	local_from_global_index(const ViewT& view, dimension_type dim, index_type g_idx) [xref] [Source]
template <typename ViewT> inline Index<ViewT::dim>	global_from_local_index(const ViewT& view, index_type sb, const Index<ViewT::dim>& l_idx) [xref] [Source]
template <typename ViewT> inline Index<ViewT::dim>	global_from_local_index(const ViewT& view, const Index<ViewT::dim>& l_idx) [xref] [Source]
template <typename ViewT> inline index_type	global_from_local_index(const ViewT& view, dimension_type dim, index_type sb, index_type l_idx) [xref] [Source]
template <typename ViewT> inline index_type	global_from_local_index(const ViewT& view, dimension_type dim, index_type l_idx) [xref] [Source]
template <typename T, typename BlockT> T	maxval((unknown)<T, BlockT> v, Index<ViewT::dim>& idx) [xref] [Source]
template <typename T, typename BlockT> T	minval((unknown)<T, BlockT> v, Index<ViewT::dim>& idx) [xref] [Source]
template <typename T, typename BlockT> T	maxmgval((unknown)<(unknown)<T>, BlockT> v, Index<ViewT::dim>& idx) [xref] [Source]
template <typename T, typename BlockT> T	minmgval((unknown)<(unknown)<T>, BlockT> v, Index<ViewT::dim>& idx) [xref] [Source]
template <typename T, typename BlockT> T	maxmgsqval((unknown)<(unknown)<T>, BlockT> v, Index<ViewT::dim>& idx) [xref] [Source]
template <typename T, typename BlockT> T	minmgsqval((unknown)<(unknown)<T>, BlockT> v, Index<ViewT::dim>& idx) [xref] [Source]
template <typename T, typename Block> (unknown)<T, Block>	freqswap((unknown)<T, Block> source) [xref] [Source]
const_Vector<scalar_f>	blackman(length_type len) [xref] [Source]
const_Vector<scalar_f>	cheby(length_type len, scalar_f ripple) [xref] [Source]
const_Vector<scalar_f>	hanning(length_type len) [xref] [Source]
const_Vector<scalar_f>	kaiser(length_type len, scalar_f beta) [xref] [Source]
template <typename T, typename Block0, typename Block1, typename Block2> Matrix<T, Block2>	covsol(Matrix<T, Block0> a, const_Matrix<T, Block1> b, Matrix<T, Block2> x) [xref] [Source]
template <typename T, typename Block0, typename Block1> Matrix<T>	covsol(Matrix<T, Block0> a, const_Matrix<T, Block1> b) [xref] [Source]
template <typename T, typename Block0, typename Block1, typename Block2> Matrix<T, Block2>	llsqsol(Matrix<T, Block0> a, const_Matrix<T, Block1> b, Matrix<T, Block2> x) [xref] [Source]
template <typename T, typename Block0, typename Block1> Matrix<T>	llsqsol(Matrix<T, Block0> a, const_Matrix<T, Block1> b) [xref] [Source]
template <typename T, typename Block0, typename Block1, typename Block2, typename Block3> const_Vector<T, Block3>	toepsol(const_Vector<T, Block0> t, const_Vector<T, Block1> b, Vector<T, Block2> y, Vector<T, Block3> x) [xref] [Source]
template <typename T, typename Block0, typename Block1, typename Block2> const_Vector<T>	toepsol(const_Vector<T, Block0> t, const_Vector<T, Block1> b, Vector<T, Block2> y) [xref] [Source]
template <typename T> inline bool	operator==(const Vertex<T, >& i, const Vertex<T, >& j) [xref] [Source]
template <typename T> inline bool	operator!=(const Vertex<T, >& i, const Vertex<T, >& j) [xref] [Source]

Namespace variables Summary:
const index_type	no_index [xref] [Source]
const index_type	no_subblock [xref] [Source]
const index_type	no_rank [xref] [Source]
const processor_type	no_processor [xref] [Source]
const dimension_type	row Row dimension of a Matrix. [xref] [Source]
const dimension_type	col Column dimension of a Matrix. [xref] [Source]
const dimension_type	dim0 First dimension of a Tensor. [xref] [Source]
const dimension_type	dim1 Second dimension of a Tensor. [xref] [Source]
const dimension_type	dim2 Third dimension of a Tensor. [xref] [Source]
const int	fft_fwd [xref] [Source]
const int	fft_inv [xref] [Source]