apply_kernel_to_input.cpp File Reference

#include "apply_kernel_to_input.h"
#include "tbb/tbb.h"
#include <type_traits>
#include <utility>

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Typedefs
template<typename MatrixT >
using	KernelComplexT = typename std::remove_reference< decltype(std::declval< MatrixT & >()[0])>::type

Functions
void	apply_kernel_from_right (Matrix &u3_1qbit, Matrix &input, const int &target_qbit, const int &control_qbit, const int &matrix_size)
	Apply a 2x2 kernel from the right: input = input * U. More...
void	apply_kernel_from_right (Matrix_float &u3_1qbit, Matrix_float &input, const int &target_qbit, const int &control_qbit, const int &matrix_size)
template<typename MatrixT >
void	apply_kernel_from_right_impl (MatrixT &u3_1qbit, MatrixT &input, const int &target_qbit, const int &control_qbit, const int &matrix_size)
void	apply_kernel_to_input (Matrix &u3_1qbit, Matrix &input, const bool &deriv, const int &target_qbit, const int &control_qbit, const int &matrix_size)
	Call to apply kernel to apply single qubit gate kernel on an input matrix. More...
void	apply_kernel_to_input (Matrix_float &u3_1qbit, Matrix_float &input, const bool &deriv, const int &target_qbit, const int &control_qbit, const int &matrix_size)
template<typename MatrixT >
void	apply_kernel_to_input_impl (MatrixT &u3_1qbit, MatrixT &input, const bool &deriv, const int &target_qbit, const int &control_qbit, const int &matrix_size)

Typedef Documentation

KernelComplexT

template<typename MatrixT >

using KernelComplexT = typename std::remove_reference<decltype(std::declval<MatrixT&>()[0])>::type

Definition at line 31 of file apply_kernel_to_input.cpp.

Function Documentation

apply_kernel_from_right() [1/2]

void apply_kernel_from_right	(	Matrix &	u3_1qbit,
		Matrix &	input,
		const int &	target_qbit,
		const int &	control_qbit,
		const int &	matrix_size
	)

Apply a 2x2 kernel from the right: input = input * U.

Parameters

u3_1qbit	The 2x2 kernel of the gate operation.
input	The input matrix on which the transformation is applied.
target_qbit	The target qubit on which the transformation should be applied.
control_qbit	The control qubit (-1 if there is no control qubit).
matrix_size	The full Hilbert-space dimension.

Definition at line 182 of file apply_kernel_to_input.cpp.

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apply_kernel_from_right() [2/2]

void apply_kernel_from_right	(	Matrix_float &	u3_1qbit,
		Matrix_float &	input,
		const int &	target_qbit,
		const int &	control_qbit,
		const int &	matrix_size
	)

Definition at line 188 of file apply_kernel_to_input.cpp.

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apply_kernel_from_right_impl()

template<typename MatrixT >

void apply_kernel_from_right_impl	(	MatrixT &	u3_1qbit,
		MatrixT &	input,
		const int &	target_qbit,
		const int &	control_qbit,
		const int &	matrix_size
	)

Definition at line 131 of file apply_kernel_to_input.cpp.

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apply_kernel_to_input() [1/2]

void apply_kernel_to_input	(	Matrix &	u3_1qbit,
		Matrix &	input,
		const bool &	deriv,
		const int &	target_qbit,
		const int &	control_qbit,
		const int &	matrix_size
	)

Call to apply kernel to apply single qubit gate kernel on an input matrix.

Parameters

u3_1qbit	The 2x2 kernel of the gate operation
input	The input matrix on which the transformation is applied
deriv	Set true to apply derivate transformation, false otherwise
target_qbit	The targer qubit on which the transformation should be applied
control_qbit	The contron qubit (-1 if the is no control qubit)
matrix_size	The size of the input

Definition at line 118 of file apply_kernel_to_input.cpp.

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apply_kernel_to_input() [2/2]

void apply_kernel_to_input	(	Matrix_float &	u3_1qbit,
		Matrix_float &	input,
		const bool &	deriv,
		const int &	target_qbit,
		const int &	control_qbit,
		const int &	matrix_size
	)

Definition at line 124 of file apply_kernel_to_input.cpp.

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apply_kernel_to_input_impl()

template<typename MatrixT >

void apply_kernel_to_input_impl	(	MatrixT &	u3_1qbit,
		MatrixT &	input,
		const bool &	deriv,
		const int &	target_qbit,
		const int &	control_qbit,
		const int &	matrix_size
	)

Call to apply kernel to apply single qubit gate kernel on an input matrix

Parameters

u3_1qbit	The 2x2 kernel of the gate operation
input	The input matrix on which the transformation is applied
deriv	Set true to apply derivate transformation, false otherwise
target_qbit	The targer qubit on which the transformation should be applied
control_qbit	The contron qubit (-1 if the is no control qubit)
matrix_size	The size of the input

Definition at line 35 of file apply_kernel_to_input.cpp.

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