Sequential implementation of the Divide/conquer pattern. More...

Collaboration diagram for Sequential divide/conquer pattern:

Functions
template<typename Input , typename Divider , typename Solver , typename Combiner >
std::result_of< Solver(Input)>::type	grppi::divide_conquer (sequential_execution &ex, Input &input, Divider &&divider_op, Solver &&solver_op, Combiner &&combiner_op)
	Invoke Divide/conquer pattern with sequential execution. More...

Detailed Description

Sequential implementation of the Divide/conquer pattern.

Function Documentation

template<typename Input , typename Divider , typename Solver , typename Combiner >

std::result_of<Solver(Input)>::type grppi::divide_conquer	(	sequential_execution &	ex,
		Input &	input,
		Divider &&	divider_op,
		Solver &&	solver_op,
		Combiner &&	combiner_op
	)

Invoke Divide/conquer pattern with sequential execution.

Template Parameters

Input	Type used for the input problem.
Divider	Callable type for the divider operation.
Solver	Callable type for the solver operation.
Combiner	Callable type for the combiner operation.

Parameters

ex	Sequential execution policy object.
input	Input problem to be solved.
divider_op	Divider operation.
solver_op	Solver operation.
combiner_op	Combiner operation.