Data Structures
class	Bivar_Function
	custom bivariate function on two tensors: e.g. C["ij"] = f(A["ik"],B["kj"]) More...

class	Bivar_Kernel

class	Bivar_Transform
	custom function f : (X * Y * Z) -> Z applied on three tensors as contraction: e.g. f(A["ij"],B["ij"],C["ij"]) More...

class	Decomposition

struct	dtypePair
	pair for sorting More...

class	Endomorphism
	custom scalar function on tensor: e.g. A["ij"] = f(A["ij"]) More...

class	Flop_counter
	a term is an abstract object representing some expression of tensors More...

class	Function

class	Function_timer
	times a specific symbol More...

class	Group
	Group is a Monoid with operator '-' defined special case (parent) of a ring. More...

class	HoSVD

class	Idx_Partition

class	Idx_Tensor
	a tensor with an index map associated with it (necessary for overloaded operators) More...

class	Matrix
	Matrix class which encapsulates a 2D tensor. More...

class	Monoid
	A Monoid is a Set equipped with a binary addition operator '+' or a custom function addition must have an identity and be associative, does not need to be commutative special case (parent) of a semiring, group, and ring. More...

class	Monoid_Kernel

class	Pair
	index-value pair used for tensor data input More...

class	Partition

struct	PartitionOps
	Data structure containing what each partition is going to do. More...

class	Ring
	Ring class defined by a datatype and addition and multiplicaton functions addition must have an identity, inverse, and be associative, does not need to be commutative multiplications must have an identity and be distributive. More...

class	Scalar
	Scalar class which encapsulates a 0D tensor. More...

class	Schedule

class	ScheduleBase

struct	ScheduleTimer

class	Semiring
	Semiring is a Monoid with an addition multiplicaton function addition must have an identity and be associative, does not need to be commutative multiplications must have an identity as well as be distributive and associative special case (parent) of a Ring (which also has an additive inverse) More...

class	Set
	Set class defined by a datatype and a min/max function (if it is partially ordered i.e. is_ord=true) currently assumes min and max are given by numeric_limits (custom min/max not allowed) More...

class	Sparse_Tensor
	a sparse subset of a tensor More...

class	Tensor
	an instance of a tensor within a CTF world More...

class	TensorOperation
	A tensor operation, containing all the data (op, lhs, rhs) required to run it. Also provides methods to get a list of inputs and outputs, as well as successor and dependency information used in scheduling. More...

class	TensorOperationBase
	Provides a untemplated base class for tensor operations. More...

class	Timer
	local process walltime measurement More...

class	Timer_epoch
	epoch during which to measure timers More...

class	Transform

class	Typ_AIdx_Tensor

class	Typ_Contract_Term

class	Typ_Idx_Tensor

class	Typ_Sum_Term

class	Univar_Function
	custom function f : X -> Y to be applied to tensor elemetns: e.g. B["ij"] = f(A["ij"]) More...

class	Univar_Transform
	custom function f : (X * Y) -> X applied on two tensors as summation: e.g. B["ij"] = f(A["ij"],B["ij"]) More...

class	Vector
	Vector class which encapsulates a 1D tensor. More...

class	World
	an instance of the CTF library (world) on a MPI communicator More...

Enumerations
enum	OP { OP_SUM, OP_SUMABS, OP_SUMSQ, OP_MAX, OP_MIN, OP_MAXABS, OP_MINABS }
	reduction types for tensor data deprecated types: OP_NORM1=OP_SUMABS, OP_NORM2=call norm2(), OP_NORM_INFTY=OP_MAXABS More...

enum	TensorOperationTypes { TENSOR_OP_NONE, TENSOR_OP_SET, TENSOR_OP_SUM, TENSOR_OP_SUBTRACT, TENSOR_OP_MULTIPLY }

Functions
template<typename dtype >
void	fold_unfold (Tensor< dtype > &X, Tensor< dtype > &Y)

template<typename dtype >
std::vector< Matrix< dtype > >	get_factor_matrices (Tensor< dtype > &T, int *ranks)

template<typename dtype >
Tensor< dtype >	get_core_tensor (Tensor< dtype > &T, std::vector< Matrix< dtype > > factor_matrices, int *ranks)

template<typename dtype >
void	default_monoid (dtype a, dtype &b)

template<typename dtype >
void	get_my_kv_pair (int rank, int nrow, int ncol, int mb, int nb, int pr, int pc, int rsrc, int csrc, int64_t &nmyr, int64_t &nmyc, Pair< dtype > *&pairs)

template<typename dtype >
int	get_int_fromreal (dtype r)

template<>
int	get_int_fromreal< float > (float r)

template<>
int	get_int_fromreal< double > (double r)

template<>
int	get_int_fromreal< std::complex< float > > (std::complex< float > r)

template<>
int	get_int_fromreal< std::complex< double > > (std::complex< double > r)

bool	tensor_op_cost_greater (TensorOperation A, TensorOperation B)

template<typename dtype >
void	read_sparse_from_file_base (const char fpath, bool with_vals, Tensor< dtype > T)

template<typename dtype >
void	write_sparse_to_file_base (const char fpath, bool with_vals, Tensor< dtype > T)

template<typename dtype >
void	real_norm1 (Tensor< dtype > &A, double &nrm)

template<>
void	real_norm1< bool > (Tensor< bool > &A, double &nrm)

template<typename dtype >
void	fill_random_base (dtype rmin, dtype rmax, Tensor< dtype > &T)

template<typename dtype >
void	fill_sp_random_base (dtype rmin, dtype rmax, double frac_sp, Tensor< dtype > *T)

template<typename dtype >
bool	comp_pair (Pair< dtype > i, Pair< dtype > j)

World &	get_universe ()

bool	comp_name (Function_timer const &w1, Function_timer const &w2)

void	print_timers (char const *name)

void	set_main_args (int argc, const char const argv)

void	set_context (MPI_Comm ctxt)

Variables
int	DGTOG_SWITCH = 1

ScheduleBase *	global_schedule

bool	universe_exists = false

World	universe ("")

int	main_argc = 0

const char const	main_argv

MPI_Comm	comm

double	excl_time

double	complete_time

int	set_contxt = 0

int	output_file_counter = 0

Function Documentation

bool CTF::comp_name	(	Function_timer const &	w1,
		Function_timer const &	w2
	)

Definition at line 101 of file int_timer.cxx.

References CTF::Function_timer::name.

Referenced by print_timers().

template<typename dtype >

void CTF::default_monoid	(	dtype	a,
		dtype &	b
	)

Definition at line 112 of file kernel.h.

References ctf.core::b.

template<typename dtype >

void CTF::fill_random_base	(	dtype	rmin,
		dtype	rmax,
		Tensor< dtype > &	T
	)

Definition at line 935 of file tensor.cxx.

References CTF_int::tensor::data, ctf.core::dtype, CTF_int::get_rand48(), CTF::Tensor< dtype >::i(), IASSERT, CTF_int::tensor::is_sparse, CTF_int::tensor::size, and CTF_int::tensor::zero_out_padding().

template<typename dtype >

void CTF::fill_sp_random_base	(	dtype	rmin,
		dtype	rmax,
		double	frac_sp,
		Tensor< dtype > *	T
	)

Definition at line 976 of file tensor.cxx.

References ctf.core::dtype, CTF_int::get_rand48(), CTF::Tensor< dtype >::i(), CTF_int::tensor::lens, CTF::World::np, CTF_int::tensor::order, CTF::World::rank, CTF_int::tensor::sr, CTF::Tensor< dtype >::write(), and CTF_int::tensor::wrld.

template<typename dtype >

void CTF::fold_unfold	(	Tensor< dtype > &	X,
		Tensor< dtype > &	Y
	)

Definition at line 8 of file decomposition.cxx.

References CTF::Tensor< dtype >::read_local(), and CTF::Tensor< dtype >::write().

Referenced by get_factor_matrices(), get_factor_matrices(), and neural().

template<typename dtype >

Tensor<dtype> CTF::get_core_tensor	(	Tensor< dtype > &	T,
		std::vector< Matrix< dtype > >	factor_matrices,
		int *	ranks
	)

Definition at line 97 of file decomposition.cxx.

References CTF::HoSVD< dtype >::core_tensor, CTF::HoSVD< dtype >::factor_matrices, get_factor_matrices(), CTF::HoSVD< dtype >::HoSVD(), CTF_int::tensor::lens, CTF_int::tensor::order, ctf.core::transpose(), and CTF_int::tensor::wrld.

Referenced by hosvd().

template<typename dtype >

std::vector< Matrix <dtype> > CTF::get_factor_matrices	(	Tensor< dtype > &	T,
		int *	ranks
	)

the rank[i] left singular columns of the i-mode unfoldings of a tensor

Parameters

[in] ranks array of ints that denote number of leading columns of left singular matrix to store

Definition at line 45 of file decomposition.cxx.

References CTF::HoSVD< dtype >::factor_matrices, fold_unfold(), CTF_int::tensor::lens, CTF_int::tensor::order, CTF::Matrix< dtype >::svd(), and CTF_int::tensor::wrld.

Referenced by get_core_tensor(), hooi(), and hosvd().

template<typename dtype >

int CTF::get_int_fromreal ( dtype r )

Definition at line 399 of file matrix.cxx.

template<>

int CTF::get_int_fromreal< double > ( double r )

inline

Definition at line 409 of file matrix.cxx.

template<>

int CTF::get_int_fromreal< float > ( float r )

inline

Definition at line 405 of file matrix.cxx.

template<>

int CTF::get_int_fromreal< std::complex< double > > ( std::complex< double > r )

inline

Definition at line 417 of file matrix.cxx.

template<>

int CTF::get_int_fromreal< std::complex< float > > ( std::complex< float > r )

inline

Definition at line 413 of file matrix.cxx.

template<typename dtype >

void CTF::get_my_kv_pair	(	int	rank,
		int	nrow,
		int	ncol,
		int	mb,
		int	nb,
		int	pr,
		int	pc,
		int	rsrc,
		int	csrc,
		int64_t &	nmyr,
		int64_t &	nmyc,
		Pair< dtype > *&	pairs
	)