Run Class Reference

Class regrouping all information for a simulation. More...

#include <Run.h>

Collaboration diagram for Run:

Public Member Functions
	Run (std::string nameCasTest, const int &number)
	~Run ()
void	initialize ()
	Initialization of the simulation.
void	solver ()
	Hyperbolic resolution + Relaxations + Source terms integration.
void	finalize ()
	Cleaning simulation.
void	resumeSimulation ()
void	restartSimulationMeshMapping (std::vector< GeometricalDomain * > &domains, Mesh *mesh)
const int &	getNumberPhases () const

Private Member Functions
void	integrationProcedure (double &dt, int lvl, double &dtMax, int &nbCellsTotalAMR)
void	advancingProcedure (double &dt, int &lvl, double &dtMax)
void	solveHyperbolic (double &dt, int &lvl, double &dtMax)
void	solveHyperbolicO2 (double &dt, int &lvl, double &dtMax)
void	solveAdditionalPhysics (double &dt, int &lvl)
void	solveSourceTerms (double &dt, int &lvl)
void	solveRelaxations (double &dt, int &lvl)
void	verifyErrors ()
void	saveInfosLES (std::vector< Cell * > *cellsLvl)

Private Attributes
int	m_numTest
	Number of the simulation.
std::string	m_simulationName
	Name of the simulation.
bool	m_timeControlIterations
	Choice for time control mode (iteration or physical time).
int	m_nbIte
int	m_freq
	Requested number of final time iteration and frequency.
double	m_finalPhysicalTime
double	m_timeFreq
	Requested final physical time of the simulation and time frequency for output printing.
double	m_cfl
	CFL criteria (between 0 and 1).
int	m_numberPhases
	Number of phases.
int	m_numberSolids
	Number of solid phases.
int	m_numberEos
	Number of equations of states.
int	m_numberTransports
	Number of additional transport variables.
int	m_numberAddPhys
	Number of additional physical effects.
int	m_numberSources
	Number of additional source terms.
int	m_dimension
	dimension 1, 2 or 3
int	m_MRF
	source term for Moving Reference Frame computation index(in the list of source term)
bool	m_viscous
	Viscous flow additionnal physic option required to set proper wall boundary condition (false by default).
bool	m_StrangSplitting
	Splitting boolean for secondOrder scheme (Godunov splitting or Strang splitting).
bool	m_extractRefLength
	Option to extract cells' reference length.
std::vector< GeometricalDomain * >	m_solidDomains
	Solid domains (immersed boundaries).
int	m_lvlMax
	Maximum AMR level (if 0, then no AMR).
int	m_nbCellsTotalAMR
	Number of total cells during the simulation.
bool	m_parallelPreTreatment
	Choice for mesh parallel pre-treatment (needed for first simulation on a new parallel unstructured geometry).
bool	m_smoothCrossSection1d
	1D with smooth cross section variation scheme if active
Mesh *	m_mesh
	Mesh type object: contains all geometrical properties of the simulation.
Model *	m_model
	Model type object: contains the flow model methods.
Gradient *	m_gradient
	Gradient type object: contains the gradient method.
TypeMeshContainer< Cell * > *	m_cellsLvl
	Array of vectors (one per level) of computational cell objects: Contains physical fluid states.
TypeMeshContainer< Cell * > *	m_cellsLvlGhost
	Array of vectors (one per level) of ghost cell objects.
TypeMeshContainer< CellInterface * > *	m_cellInterfacesLvl
Eos **	m_eos
	Array of Equations of states: Contains fluid EOS parameters.
std::vector< AddPhys * >	m_addPhys
	Vector of Additional physics.
Symmetry *	m_symmetry
	Specific object for symmetry (cylindrical or spherical) if active.
std::vector< Source * >	m_sources
	Vector of source terms.
Limiter *	m_globalLimiter
	Slope limiter type object for second order in space.
Limiter *	m_interfaceLimiter
	Slope limiter type object for second order in space specific to interface location.
Limiter *	m_globalVolumeFractionLimiter
Limiter *	m_interfaceVolumeFractionLimiter
std::vector< std::string >	m_nameGTR
	Vector of transport variable names.
std::vector< std::string >	m_nameQPA
	Vector of names of the quantities of additional physics.
std::vector< std::string >	m_nameGPH
	Vector of phasic variables name.
double	m_dt
	Explicit time step.
double	m_dtNext
	Next time step.
double	m_physicalTime
	Physical time.
int	m_iteration
	time iteration number
int	m_resumeSimulation
	File number for resuming a simulation.
int	m_resumeAMRsaveFreq
	Frequency at which a save to resume a simulation is done (usefull only for AMR).
Input *	m_input
	Input object.
Output *	m_outPut
	Main output object.
std::vector< Output * >	m_cuts
	Vector of output objects for cuts.
std::vector< Output * >	m_probes
	Vector of output objects for probes.
std::vector< Output * >	m_globalQuantities
	Vector of output objects for global quantities (mass or total energy).
std::vector< Output * >	m_recordBoundaries
	Vector of output object for boundaries data recording.
timeStats	m_stat
	Object linked to computational time statistics.
double *	m_pMax
	Maximal pressure found between each written output (only for few test cases).
double *	m_pMaxWall
	Coordinate of the maximal pressure found between each written output (only for few test cases).
double	m_volumePhaseK
	Volume of phase k. Output with purpose to track the radius of a bubble over time.
double	m_massWanted
double	m_alphaWanted
	Mass and corresponding volume fraction for special output (only for few test cases).
bool	m_recordPsat
bool	m_restartMeshMapping
	Option to set the mesh mapping restart option.
Output *	m_outputMeshMapping
	Output object containing info from simulation to be mapped (usually the rough mesh).
std::string	m_meshFileMapped
	Filename of the mesh to be mapped.
double	m_globalVolume
	Volume of the entire domain.
double	m_globalUiui
	Volume-weighted uiui (numerator only).
double	m_globalEnstrophy
	Volume-weighted enstrophy (numerator only).
double	m_globalTT
	Volume-weighted of temperature squared (numerator only).
double	m_globalT
	Volume-weighted temperature (numerator only).
double	m_globalThetaTheta
	Volume-weighted dilatation (numerator only).
double	m_meanTemp
	Volume-weighted temperature of the domain.
bool	m_warn
	1 if at least one MPI process writes a warning file

Friends
class	Input
class	Output
class	OutputVTK
class	OutputGNU
class	OutputProbeGNU
class	OutputCutGNU
class	OutputGlobalGNU
class	OutputBoundaryGNU
class	OutputBoundaryFluxGNU
class	OutputBoundaryAllGNU
class	Mesh

Detailed Description

Class regrouping all information for a simulation.

Constructor & Destructor Documentation

Run()

Run::Run	(	std::string	nameCasTest,
		const int &	number )

~Run()

Run::~Run

(

)

Member Function Documentation

advancingProcedure()

void Run::advancingProcedure ( double & dt, int & lvl, double & dtMax )

private

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finalize()

void Run::finalize

(

)

Cleaning simulation.

Memory desallocations

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getNumberPhases()

const int & Run::getNumberPhases ( ) const

inline

initialize()

void Run::initialize

(

)

Initialization of the simulation.

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integrationProcedure()

void Run::integrationProcedure ( double & dt, int lvl, double & dtMax, int & nbCellsTotalAMR )

private

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restartSimulationMeshMapping()

void Run::restartSimulationMeshMapping	(	std::vector< GeometricalDomain * > &	domains,
		Mesh *	mesh )

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resumeSimulation()

void Run::resumeSimulation

(

)

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saveInfosLES()

void Run::saveInfosLES ( std::vector< Cell * > * cellsLvl )

private

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solveAdditionalPhysics()

void Run::solveAdditionalPhysics ( double & dt, int & lvl )

private

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solveHyperbolic()

void Run::solveHyperbolic ( double & dt, int & lvl, double & dtMax )

private

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solveHyperbolicO2()

void Run::solveHyperbolicO2 ( double & dt, int & lvl, double & dtMax )

private

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solver()

void Run::solver

(

)

Hyperbolic resolution + Relaxations + Source terms integration.

Hyperbolic part is solved using Finite Volume method :

\[ \frac{U^{n+1}_i-U^{n}_i}{\Delta t} = -\sum_{faces} \vec{F}^*_f \cdot \vec{n}_f \]

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solveRelaxations()

void Run::solveRelaxations ( double & dt, int & lvl )

private

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solveSourceTerms()

void Run::solveSourceTerms ( double & dt, int & lvl )

private

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verifyErrors()

void Run::verifyErrors ( )

private

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Friends And Related Symbol Documentation

Input

friend class Input

friend

Mesh

friend class Mesh

friend

Output

friend class Output

friend

OutputBoundaryAllGNU

friend class OutputBoundaryAllGNU

friend

OutputBoundaryFluxGNU

friend class OutputBoundaryFluxGNU

friend

OutputBoundaryGNU

friend class OutputBoundaryGNU

friend

OutputCutGNU

friend class OutputCutGNU

friend

OutputGlobalGNU

friend class OutputGlobalGNU

friend

OutputGNU

friend class OutputGNU

friend

OutputProbeGNU

friend class OutputProbeGNU

friend

OutputVTK

friend class OutputVTK

friend

Member Data Documentation

m_addPhys

std::vector<AddPhys*> Run::m_addPhys

private

Vector of Additional physics.

m_alphaWanted

double Run::m_alphaWanted

private

Mass and corresponding volume fraction for special output (only for few test cases).

m_cellInterfacesLvl

TypeMeshContainer<CellInterface*>* Run::m_cellInterfacesLvl

private

Array of vectors (one per level) of interface objects between cells (or between a cell and a physical domain boundary)

m_cellsLvl

TypeMeshContainer<Cell*>* Run::m_cellsLvl

private

Array of vectors (one per level) of computational cell objects: Contains physical fluid states.

m_cellsLvlGhost

TypeMeshContainer<Cell*>* Run::m_cellsLvlGhost

private

Array of vectors (one per level) of ghost cell objects.

m_cfl

double Run::m_cfl

private

CFL criteria (between 0 and 1).

m_cuts

std::vector<Output*> Run::m_cuts

private

Vector of output objects for cuts.

m_dimension

int Run::m_dimension

private

dimension 1, 2 or 3

m_dt

double Run::m_dt

private

Explicit time step.

m_dtNext

double Run::m_dtNext

private

Next time step.

m_eos

Eos** Run::m_eos

private

Array of Equations of states: Contains fluid EOS parameters.

m_extractRefLength

bool Run::m_extractRefLength

private

Option to extract cells' reference length.

m_finalPhysicalTime

double Run::m_finalPhysicalTime

private

m_freq

int Run::m_freq

private

Requested number of final time iteration and frequency.

m_globalEnstrophy

double Run::m_globalEnstrophy

private

Volume-weighted enstrophy (numerator only).

m_globalLimiter

Limiter* Run::m_globalLimiter

private

Slope limiter type object for second order in space.

m_globalQuantities

std::vector<Output*> Run::m_globalQuantities

private

Vector of output objects for global quantities (mass or total energy).

m_globalT

double Run::m_globalT

private

Volume-weighted temperature (numerator only).

m_globalThetaTheta

double Run::m_globalThetaTheta

private

Volume-weighted dilatation (numerator only).

m_globalTT

double Run::m_globalTT

private

Volume-weighted of temperature squared (numerator only).

m_globalUiui

double Run::m_globalUiui

private

Volume-weighted uiui (numerator only).

m_globalVolume

double Run::m_globalVolume

private

Volume of the entire domain.

m_globalVolumeFractionLimiter

Limiter* Run::m_globalVolumeFractionLimiter

private

Slope limiter type object for second order in space specific to interface advected variables (alpha, transports)

m_gradient

Gradient* Run::m_gradient

private

Gradient type object: contains the gradient method.

m_input

Input* Run::m_input

private

Input object.

m_interfaceLimiter

Limiter* Run::m_interfaceLimiter

private

Slope limiter type object for second order in space specific to interface location.

m_interfaceVolumeFractionLimiter

Limiter* Run::m_interfaceVolumeFractionLimiter

private

Slope limiter type object for second order in space specific to interface advected variables (alpha, transports) and to interface location

m_iteration

int Run::m_iteration

private

time iteration number

m_lvlMax

int Run::m_lvlMax

private

Maximum AMR level (if 0, then no AMR).

m_massWanted

double Run::m_massWanted

private

m_meanTemp

double Run::m_meanTemp

private

Volume-weighted temperature of the domain.

m_mesh

Mesh* Run::m_mesh

private

Mesh type object: contains all geometrical properties of the simulation.

m_meshFileMapped

std::string Run::m_meshFileMapped

private

Filename of the mesh to be mapped.

m_model

Model* Run::m_model

private

Model type object: contains the flow model methods.

m_MRF

int Run::m_MRF

private

source term for Moving Reference Frame computation index(in the list of source term)

m_nameGPH

std::vector<std::string> Run::m_nameGPH

private

Vector of phasic variables name.

m_nameGTR

std::vector<std::string> Run::m_nameGTR

private

Vector of transport variable names.

m_nameQPA

std::vector<std::string> Run::m_nameQPA

private

Vector of names of the quantities of additional physics.

m_nbCellsTotalAMR

int Run::m_nbCellsTotalAMR

private

Number of total cells during the simulation.

m_nbIte

int Run::m_nbIte

private

m_numberAddPhys

int Run::m_numberAddPhys

private

Number of additional physical effects.

m_numberEos

int Run::m_numberEos

private

Number of equations of states.

m_numberPhases

int Run::m_numberPhases

private

Number of phases.

m_numberSolids

int Run::m_numberSolids

private

Number of solid phases.

m_numberSources

int Run::m_numberSources

private

Number of additional source terms.

m_numberTransports

int Run::m_numberTransports

private

Number of additional transport variables.

m_numTest

int Run::m_numTest

private

Number of the simulation.

m_outPut

Output* Run::m_outPut

private

Main output object.

m_outputMeshMapping

Output* Run::m_outputMeshMapping

private

Output object containing info from simulation to be mapped (usually the rough mesh).

m_parallelPreTreatment

bool Run::m_parallelPreTreatment

private

Choice for mesh parallel pre-treatment (needed for first simulation on a new parallel unstructured geometry).

m_physicalTime

double Run::m_physicalTime

private

Physical time.

m_pMax

double* Run::m_pMax

private

Maximal pressure found between each written output (only for few test cases).

m_pMaxWall

double* Run::m_pMaxWall

private

Coordinate of the maximal pressure found between each written output (only for few test cases).

m_probes

std::vector<Output*> Run::m_probes

private

Vector of output objects for probes.

m_recordBoundaries

std::vector<Output*> Run::m_recordBoundaries

private

Vector of output object for boundaries data recording.

m_recordPsat

bool Run::m_recordPsat

private

Add recording of saturation pressure (valid for a liquid/vapor couple and predominant phase should be first)

m_restartMeshMapping

bool Run::m_restartMeshMapping

private

Option to set the mesh mapping restart option.

m_resumeAMRsaveFreq

int Run::m_resumeAMRsaveFreq

private

Frequency at which a save to resume a simulation is done (usefull only for AMR).

m_resumeSimulation

int Run::m_resumeSimulation

private

File number for resuming a simulation.

m_simulationName

std::string Run::m_simulationName

private

Name of the simulation.

m_smoothCrossSection1d

bool Run::m_smoothCrossSection1d

private

1D with smooth cross section variation scheme if active

m_solidDomains

std::vector<GeometricalDomain*> Run::m_solidDomains

private

Solid domains (immersed boundaries).

m_sources

std::vector<Source*> Run::m_sources

private

Vector of source terms.

m_stat

timeStats Run::m_stat

private

Object linked to computational time statistics.

m_StrangSplitting

bool Run::m_StrangSplitting

private

Splitting boolean for secondOrder scheme (Godunov splitting or Strang splitting).

m_symmetry

Symmetry* Run::m_symmetry

private

Specific object for symmetry (cylindrical or spherical) if active.

m_timeControlIterations

bool Run::m_timeControlIterations

private

Choice for time control mode (iteration or physical time).

m_timeFreq

double Run::m_timeFreq

private

Requested final physical time of the simulation and time frequency for output printing.

m_viscous

bool Run::m_viscous

private

Viscous flow additionnal physic option required to set proper wall boundary condition (false by default).

m_volumePhaseK

double Run::m_volumePhaseK

private

Volume of phase k. Output with purpose to track the radius of a bubble over time.

m_warn

bool Run::m_warn

private

1 if at least one MPI process writes a warning file

---

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

• /home/runner/work/ECOGEN/ECOGEN/doc_sources/src/Run.h
• /home/runner/work/ECOGEN/ECOGEN/doc_sources/src/Run.cpp