.check_make_valid

.convert_to_appropriate_class

.exprs_AB

.exprs_Av

.exprs_compare_e1e2

.exprs_compare_str

.exprs_compare_xy

.exprs_e1e2

.exprs_gc_e1e2

.exprs_gc_e2e1

.exprs_gc12_str

.exprs_gc21_str

.exprs_gpu_cpu_xy

.exprs_l_e1e2

.exprs_l_gc_e1e2

.exprs_l_gc_e2e1

.exprs_l_gc12_str

.exprs_l_gc21_str

.exprs_l_gpu_cpu_xy

.exprs_l_str

.exprs_l_xy

.exprs_sf_e1e2

.exprs_sf_gc_e1e2

.exprs_sf_gc_e2e1

.exprs_sf_gc12_str

.exprs_sf_gc21_str

.exprs_sf_gpu_cpu_xy

.exprs_sf_str

.exprs_sf_xy

.exprs_str

.exprs_xy

.gcolon

.gpu_get

.onLoad

.onUnload

.Rclass_to_type

.Rclass_to_type_int

.seq

.silent

.type_name

.type_num

.unOps

.strOpNonExchang

.strOpExchang

.nonExOps

.exOps

.str_unaryops

initialize-methods

initialize,gmatrix-method

initialize,gvector-method

%op%

index-class

internal

skeleton-internal

A general framework for utilizing R to harness the power of NVIDIA GPU's. The "gmatrix" and "gvector" classes allow for easy management of the separate device and host memory spaces. Numerous numerical operations are implemented for these objects on the GPU. These operations include matrix multiplication, addition, subtraction, the kronecker product, the outer product, comparison operators, logical operators, trigonometric functions, indexing, sorting, random number generation and many more.

skeleton-internal: Internal skeleton objects

Description

Arguments

Details