Cyclops Tensor Framework
parallel arithmetic on multidimensional arrays
Public Member Functions | Data Fields
CTF_int::accumulatable Class Reference

abstract class that knows how to add More...

#include <algstrct.h>

Inheritance diagram for CTF_int::accumulatable:
Inheritance graph
[legend]

Public Member Functions

virtual void accum (char const *a, char *b) const
 b+=a More...
 
virtual void init_shell (int64_t n, char *arr) const
 initialize n objects to zero More...
 

Data Fields

int el_size
 size of each element of algstrct in bytes More...
 

Detailed Description

abstract class that knows how to add

Definition at line 13 of file algstrct.h.

Member Function Documentation

virtual void CTF_int::accumulatable::accum ( char const *  a,
char *  b 
) const
inlinevirtual

b+=a

Reimplemented in CTF::Monoid_Kernel< dtype, g >, CTF::Monoid_Kernel< dtype_C, g >, and CTF_int::algstrct.

Definition at line 19 of file algstrct.h.

Referenced by CTF_int::algstrct::algstrct(), and CTF_int::CSR_Matrix::csr_add().

virtual void CTF_int::accumulatable::init_shell ( int64_t  n,
char *  arr 
) const
inlinevirtual

initialize n objects to zero

Parameters
[in]nnumber of items
[in]arrarray containing n items, to be set to zero

Reimplemented in CTF::Set< dtype, is_ord >, CTF::Monoid_Kernel< dtype, g >, and CTF::Monoid_Kernel< dtype_C, g >.

Definition at line 26 of file algstrct.h.

Referenced by CTF_int::COO_Matrix::COO_Matrix(), and CTF_int::CSR_Matrix::CSR_Matrix().

Field Documentation

int CTF_int::accumulatable::el_size

size of each element of algstrct in bytes

Definition at line 16 of file algstrct.h.

Referenced by CTF_int::univar_function::acc_f(), CTF_int::algstrct::algstrct(), CTF_int::assign_keys(), CTF_int::bcast_step(), CTF::Bivar_Kernel< dtype_A, dtype_B, dtype_C, f, g >::Bivar_Kernel(), CTF_int::block_reshuffle(), CTF_int::tensor::compare(), CTF_int::tensor::compare_elementwise(), CTF_int::compute_syoff(), CTF_int::COO_Matrix::COO_Matrix(), CTF_int::COO_Matrix::coomm(), CTF_int::CSR_Matrix::CSR_Matrix(), CTF_int::CSR_Matrix::csrmm(), CTF_int::CSR_Matrix::csrmultcsr(), CTF_int::CSR_Matrix::csrmultd(), CTF_int::cyclic_reshuffle(), CTF_int::desymmetrize(), dgtog_reshuffle(), CTF_int::seq_tsr_spctr::est_membw(), CTF_int::seq_tsr_ctr::est_membw(), CTF_int::spctr_replicate::est_time_fp(), CTF_int::ctr_2d_general::est_time_fp(), CTF_int::spctr_2d_general::est_time_fp(), CTF_int::ctr_replicate::est_time_fp(), CTF_int::summation::estimate_time(), CTF_int::ctr_2d_general::find_bsizes(), CTF_int::spctr_2d_general::find_bsizes(), CTF_int::COO_Matrix::get_data(), CTF_int::get_len_ordering(), CTF_int::glb_cyclic_reshuffle(), CTF_int::glb_ord_pup(), CTF::Monoid_Kernel< dtype_C, g >::init_shell(), CTF_int::tensor::larger_equal_than(), CTF_int::tensor::larger_than(), CTF_int::matrix_qr(), CTF_int::matrix_qr_cmplx(), CTF_int::matrix_svd(), CTF_int::matrix_svd_cmplx(), CTF_int::strp_tsr::mem_fp(), CTF_int::ctr_2d_general::mem_fp(), CTF::Monoid_Kernel< dtype_C, g >::Monoid_Kernel(), CTF_int::nosym_transpose(), CTF_int::nosym_transpose_hptt(), CTF_int::tensor::not_equals(), CTF_int::order_globally(), CTF_int::pad_cyclic_pup_virt_buff(), CTF_int::padded_reshuffle(), CTF_int::algstrct::pair_size(), CTF_int::readwrite(), CTF_int::redist_bucket_r0(), CTF_int::reduce_step_post(), CTF_int::reduce_step_pre(), CTF_int::tensor::reduce_sum(), CTF_int::ctr_virt::run(), CTF_int::strp_tsr::run(), CTF_int::scl_virt::run(), CTF_int::tspsum_virt::run(), CTF_int::ctr_2d_general::run(), CTF_int::spctr_2d_general::run(), CTF_int::tsum_virt::run(), CTF_int::spctr_virt::run(), CTF::Group< dtype, is_ord >::safeaddinv(), CTF::Ring< dtype, is_ord >::safeaddinv(), CTF_int::scal_diag(), CTF_int::COO_Matrix::set_data(), CTF_int::tensor::smaller_equal_than(), CTF_int::tensor::smaller_than(), CTF_int::sp_read(), CTF_int::sp_write(), CTF_int::spA_dnB_dnC_seq_ctr(), CTF_int::spA_dnB_seq_sum(), CTF_int::spctr_2d_general::spmem_fp(), CTF_int::spsfy_tsr(), CTF_int::spspsum(), CTF_int::sym_seq_ctr_cust(), CTF_int::sym_seq_ctr_inr(), CTF_int::sym_seq_ctr_ref(), CTF_int::sym_seq_scl_cust(), CTF_int::sym_seq_scl_ref(), CTF_int::sym_seq_sum_cust(), CTF_int::sym_seq_sum_inr(), CTF_int::sym_seq_sum_ref(), CTF_int::symmetrize(), CTF::Tensor< dtype >::Tensor(), CTF_int::tensor::tensor(), CTF_int::wr_pairs_layout(), and CTF_int::zero_padding().

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