Sfx::Simulation::SimProp Struct Reference

Property loaded at initialization (from file, user) Struct that hold parameters for the current simulation. At the end of the simulation these parameters will be saved (as a scenario) that could be retrieved later to run the scenario (it's not all clear in mind, but it will be part of the scenario concept). More...

#include <Sfx_Simulation.h>

Public Member Functions
	SimProp ()
	default ctor (phase we overwrite these at loading)

Public Attributes
bool	m_doFinalRep
bool	m_performMeasurement
uint32	m_numberMeasuremenst
std::string	m_CalculFFSchemeName
std::string	m_propFileName
std::string	m_dataStoreName
std::string	m_dataStoreFile
std::string	m_physMeasurementClass
std::string	m_physConfigClass
std::string	m_physAlgoClass
std::string	m_phySystemClass
std::string	m_numericalMethod
std::string	m_boundaryCnd
int32	m_NbIterations
float64	m_startTime
float64	m_stopTime
float64	m_simTime
float32	m_lastTime
float64	m_timeStep
uint32	m_numTimeStep
float64	m_maxTimeStep

Detailed Description

Property loaded at initialization (from file, user) Struct that hold parameters for the current simulation. At the end of the simulation these parameters will be saved (as a scenario) that could be retrieved later to run the scenario (it's not all clear in mind, but it will be part of the scenario concept).

Constructor & Destructor Documentation

SimProp()

Sfx::Simulation::SimProp::SimProp ( )

inline

default ctor (phase we overwrite these at loading)

Member Data Documentation

m_boundaryCnd

std::string Sfx::Simulation::SimProp::m_boundaryCnd

physical boundary condition

m_CalculFFSchemeName

std::string Sfx::Simulation::SimProp::m_CalculFFSchemeName

numerical flux algorithm name

m_dataStoreFile

std::string Sfx::Simulation::SimProp::m_dataStoreFile

data store file name

m_dataStoreName

std::string Sfx::Simulation::SimProp::m_dataStoreName

data store name

m_doFinalRep

bool Sfx::Simulation::SimProp::m_doFinalRep

flag to set final report ON/OFF

m_lastTime

float32 Sfx::Simulation::SimProp::m_lastTime

simulation last time

m_maxTimeStep

float64 Sfx::Simulation::SimProp::m_maxTimeStep

step size (dt)

m_NbIterations

int32 Sfx::Simulation::SimProp::m_NbIterations

number of iterations

m_numberMeasuremenst

uint32 Sfx::Simulation::SimProp::m_numberMeasuremenst

number of measurement

m_numericalMethod

std::string Sfx::Simulation::SimProp::m_numericalMethod

numerical method class name

m_numTimeStep

uint32 Sfx::Simulation::SimProp::m_numTimeStep

numberstep (dt)

m_performMeasurement

bool Sfx::Simulation::SimProp::m_performMeasurement

flag to set perform measurement ON/OFF

m_physAlgoClass

std::string Sfx::Simulation::SimProp::m_physAlgoClass

physical algorithm class name

m_physConfigClass

std::string Sfx::Simulation::SimProp::m_physConfigClass

physical configuration class name

m_physMeasurementClass

std::string Sfx::Simulation::SimProp::m_physMeasurementClass

physical measuremnt class name

m_phySystemClass

std::string Sfx::Simulation::SimProp::m_phySystemClass

physical system class name

m_propFileName

std::string Sfx::Simulation::SimProp::m_propFileName

simjulation property file name

m_simTime

float64 Sfx::Simulation::SimProp::m_simTime

simulation time

m_startTime

float64 Sfx::Simulation::SimProp::m_startTime

simulation start time

m_stopTime

float64 Sfx::Simulation::SimProp::m_stopTime

simulation stop time

m_timeStep

float64 Sfx::Simulation::SimProp::m_timeStep

time step (dt)

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The documentation for this struct was generated from the following file:

• DamBreakSimulator/include/Sfx_Simulation.h