monolish::vml::div

element by element division Dense matrix A and Dense matrix B. More...

Functions
void	monolish::vml::div (const matrix::Dense< double > &A, const matrix::Dense< double > &B, matrix::Dense< double > &C)
	element by element division Dense matrix A and Dense matrix B. More...
void	monolish::vml::div (const matrix::Dense< float > &A, const matrix::Dense< float > &B, matrix::Dense< float > &C)
void	monolish::vml::div (const tensor::tensor_Dense< double > &A, const tensor::tensor_Dense< double > &B, tensor::tensor_Dense< double > &C)
	element by element division tensor_Dense tensor A and tensor_Dense tensor B. More...
void	monolish::vml::div (const tensor::tensor_Dense< float > &A, const tensor::tensor_Dense< float > &B, tensor::tensor_Dense< float > &C)

Detailed Description

element by element division Dense matrix A and Dense matrix B.

element by element division tensor_Dense tensor A and tensor_Dense tensor B.

Function Documentation

div() [1/4]

void monolish::vml::div	(	const matrix::Dense< double > &	A,
		const matrix::Dense< double > &	B,
		matrix::Dense< double > &	C
	)

element by element division Dense matrix A and Dense matrix B.

Parameters

A	monolish Dense Matrix (size M x N)
B	monolish Dense Matrix (size M x N)
C	monolish Dense Matrix (size M x N)

Note

• # of computation: M*N
• Multi-threading: true
• GPU acceleration: true
  • # of data transfer: 0

div() [2/4]

void monolish::vml::div	(	const matrix::Dense< float > &	A,
		const matrix::Dense< float > &	B,
		matrix::Dense< float > &	C
	)

div() [3/4]

void monolish::vml::div	(	const tensor::tensor_Dense< double > &	A,
		const tensor::tensor_Dense< double > &	B,
		tensor::tensor_Dense< double > &	C
	)

element by element division tensor_Dense tensor A and tensor_Dense tensor B.

Parameters

A	monolish tensor_Dense tensor
B	monolish tensor_Dense tensor
C	monolish tensor_Dense tensor

Note

• # of computation: size
• Multi-threading: true
• GPU acceleration: true
  • # of data transfer: 0

div() [4/4]

void monolish::vml::div	(	const tensor::tensor_Dense< float > &	A,
		const tensor::tensor_Dense< float > &	B,
		tensor::tensor_Dense< float > &	C
	)