Testvs19::EMcNeilAlgorithm Class Reference

Concept of physical algoritm using components (set numerical method). This allow to program complex algorithms quickly by components. In project require to prototype according to physics assumptions. Each of these components are programmed or support a wide (large) implementation of discretization. For example, Nujic 1995 propose to use ENO techniques to compute flux and some source special treatment to take account ... Model of an explicit conservative scheme with source terms (energy and bed slope). Switch components to re-configure the algorithm (Nujic flux) but E. McNeil use HLL. This kind of flexibility must be supported particularly in industrial projects since ... to be completed. More...

#include <Testvs19_EMcNeilAlgorithm.h>

Inheritance diagram for Testvs19::EMcNeilAlgorithm:

Public Member Functions
	EMcNeilAlgorithm (std::string aName)
	ctor
void	calculate (dbpp::PhysicalSystem *aPhysys, const std::shared_ptr< dbpp::FiniteVolumeDiscretization > &aGlbdiscr, Sfx::Simulation *aSim) override
	main algorithm
bool	isGodunovType () const noexcept
	type of physical algorithm
bool	useFriction () const noexcept
	take into account the friction coefficient
std::string	name () const noexcept
	Getter.
bool	isTimeDependent () const noexcept
	is time dependent algorithm
Public Member Functions inherited from Sfx::PhysicalAlgorithm
virtual	~PhysicalAlgorithm ()=default
	dtor

Private Attributes
std::string	m_name

Detailed Description

Concept of physical algoritm using components (set numerical method). This allow to program complex algorithms quickly by components. In project require to prototype according to physics assumptions. Each of these components are programmed or support a wide (large) implementation of discretization. For example, Nujic 1995 propose to use ENO techniques to compute flux and some source special treatment to take account ... Model of an explicit conservative scheme with source terms (energy and bed slope). Switch components to re-configure the algorithm (Nujic flux) but E. McNeil use HLL. This kind of flexibility must be supported particularly in industrial projects since ... to be completed.

Constructor & Destructor Documentation

EMcNeilAlgorithm()

Testvs19::EMcNeilAlgorithm::EMcNeilAlgorithm ( std::string aName )

inline

ctor

Parameters

aName

algorithm name

Member Function Documentation

calculate()

void Testvs19::EMcNeilAlgorithm::calculate ( dbpp::PhysicalSystem * aPhysys, const std::shared_ptr< dbpp::FiniteVolumeDiscretization > & aGlbdiscr, Sfx::Simulation * aSim )

overridevirtual

main algorithm

Parameters

aPhysys	physical system
aGlbdiscr	global dicretization
aSim	simulatioon bean

Implements Sfx::PhysicalAlgorithm.

isGodunovType()

bool Testvs19::EMcNeilAlgorithm::isGodunovType ( ) const

inlinenoexcept

type of physical algorithm

Returns

true/false

isTimeDependent()

bool Testvs19::EMcNeilAlgorithm::isTimeDependent ( ) const

inlinevirtualnoexcept

is time dependent algorithm

Returns

true/false

Reimplemented from Sfx::PhysicalAlgorithm.

name()

std::string Testvs19::EMcNeilAlgorithm::name ( ) const

inlinenoexcept

Getter.

Returns

algorithm name

useFriction()

bool Testvs19::EMcNeilAlgorithm::useFriction ( ) const

inlinenoexcept

take into account the friction coefficient

Returns

true/false

Member Data Documentation

m_name

std::string Testvs19::EMcNeilAlgorithm::m_name

private

algorithm name

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The documentation for this class was generated from the following files:

• DamBreakSimulator/Nov_VS2019/PhysicsAlgorithm/Testvs19_EMcNeilAlgorithm.h
• DamBreakSimulator/Nov_VS2019/PhysicsAlgorithm/Testvs19_EMcNeilAlgorithm.cpp