#include <CrownModular.hpp>

Inheritance diagram for pelib::crown::CrownModular:

Public Member Functions
	CrownModular (const CrownConfig config=NULL, const CrownAllocation alloc=NULL, const CrownMapping mapping=NULL, const CrownScaling scaling=NULL, bool showOutput=false, bool showError=false)
	CrownModular (const Algebra &param, const CrownConfig config=NULL, const CrownAllocation alloc=NULL, const CrownMapping mapping=NULL, const CrownScaling scaling=NULL, bool showOutput=false, bool showError=false)
	CrownModular (const Taskgraph &tg, const Platform &pt, const Algebra &param, const CrownConfig =NULL, const CrownAllocation alloc=NULL, const CrownMapping mapping=NULL, const CrownScaling scaling=NULL, bool showOutput=false, bool showError=false)
	CrownModular (const CrownModular &)
virtual	~CrownModular ()
Schedule	schedule (const Taskgraph &tg, const Platform &pt, std::map< const string, double > &) const
Schedule	schedule (const Taskgraph &tg, const Platform &pt, const Algebra &param, std::map< const string, double > &) const
Algebra	solve (const Algebra &tg, const Algebra &pt, const pelib::Algebra &param, std::map< const std::basic_string< char >, double > &statistics) const
virtual float	complexity (const Algebra &problem) const
virtual float	complexity (const Taskgraph &, const Platform &, const Algebra &) const
const Algebra *	solve () const
const Algebra *	solve (map< const string, double > &) const
std::string	getShortDescription () const
virtual CrownModular *	clone () const
Protected Attributes
const CrownAllocation *	alloc
const CrownMapping *	mapping
const CrownScaling *	scaling

Detailed Description

Definition at line 32 of file CrownModular.hpp.

Constructor & Destructor Documentation

CrownModular::CrownModular	(	const CrownConfig *	config = `NULL`,
		const CrownAllocation *	alloc = `NULL`,
		const CrownMapping *	mapping = `NULL`,
		const CrownScaling *	scaling = `NULL`,
		bool	showOutput = `false`,
		bool	showError = `false`
	)

Definition at line 174 of file CrownModular.cpp.

CrownModular::CrownModular	(	const Algebra &	param,
		const CrownConfig *	config = `NULL`,
		const CrownAllocation *	alloc = `NULL`,
		const CrownMapping *	mapping = `NULL`,
		const CrownScaling *	scaling = `NULL`,
		bool	showOutput = `false`,
		bool	showError = `false`
	)

Definition at line 183 of file CrownModular.cpp.

CrownModular::CrownModular	(	const Taskgraph &	tg,
		const Platform &	pt,
		const Algebra &	param,
		const CrownConfig *	= `NULL`,
		const CrownAllocation *	alloc = `NULL`,
		const CrownMapping *	mapping = `NULL`,
		const CrownScaling *	scaling = `NULL`,
		bool	showOutput = `false`,
		bool	showError = `false`
	)

Definition at line 192 of file CrownModular.cpp.

CrownModular::CrownModular ( const CrownModular & src )

Definition at line 201 of file CrownModular.cpp.

CrownModular::~CrownModular ( ) [virtual]

Definition at line 210 of file CrownModular.cpp.

Member Function Documentation

CrownModular * CrownModular::clone ( ) const [virtual]

Implements pelib::crown::CrownScheduler.

Definition at line 138 of file CrownModular.cpp.

float CrownModular::complexity ( const Algebra & problem ) const [virtual]

Reimplemented from pelib::crown::CrownScheduler.

Definition at line 126 of file CrownModular.cpp.

float CrownModular::complexity	(	const Taskgraph &	tg,
		const Platform &	pt,
		const Algebra &	param
	)		const `[virtual]`

Reimplemented from pelib::crown::CrownScheduler.

Definition at line 132 of file CrownModular.cpp.

string CrownModular::getShortDescription ( ) const [virtual]

Reimplemented from pelib::crown::CrownScheduler.

Definition at line 218 of file CrownModular.cpp.

Schedule pelib::crown::CrownModular::schedule	(	const Taskgraph &	tg,
		const Platform &	pt,
		std::map< const string, double > &
	)		const `[virtual]`

Implements pelib::crown::CrownScheduler.

Schedule pelib::crown::CrownModular::schedule	(	const Taskgraph &	tg,
		const Platform &	pt,
		const Algebra &	param,
		std::map< const string, double > &
	)		const `[virtual]`

Implements pelib::crown::CrownScheduler.

Algebra CrownModular::solve	(	const Algebra &	tg,
		const Algebra &	pt,
		const pelib::Algebra &	param,
		std::map< const std::basic_string< char >, double > &	statistics
	)		const `[virtual]`