Run.h

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//  
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//      Official webSite: https://code-mphi.github.io/ECOGEN/
//
//  This file is part of ECOGEN.
//
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//  are listed in the copyright file included with this source 
//  distribution.
//
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//  it under the terms of the GNU General Public License as published 
//  by the Free Software Foundation, either version 3 of the License, 
//  or (at your option) any later version.
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//  but WITHOUT ANY WARRANTY; without even the implied warranty of
//  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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#ifndef RUN_H
#define RUN_H
 
class Run;
 
#include <fstream>
#include <ctime>
#include <sstream>
#include "Tools.h"
#include "Order1/Cell.h"
#include "Models/HeaderPhase.h"
#include "Order1/CellInterface.h"
#include "Parallel/Parallel.h"
#include "Meshes/HeaderMesh.h"
#include "BoundConds/HeaderBoundCond.h"
#include "Eos/HeaderEquationOfState.h"
#include "Models/HeaderModel.h"
#include "Gradients/HeaderGradient.h"
#include "Geometries/HeaderGeometricalDomain.h"
#include "Order2/HeaderLimiter.h"
#include "AdditionalPhysics/HeaderQuantitiesAddPhys.h"
#include "AdditionalPhysics/HeaderAddPhys.h"
 
#include "InputOutput/Input.h"
#include "InputOutput/Output.h"
#include "timeStats.h"
 
#include "Relaxations/HeaderRelaxations.h"
 
class Run
{
  public:
    Run(std::string nameCasTest, const int& number);
    ~Run();
 
    void initialize();
    void solver();
    void finalize();
    
    void restartSimulation();
    void restartSimulationMeshMapping(std::vector<GeometricalDomain*> &domains, Mesh* mesh);
 
    //Accessors
    const int& getNumberPhases() const { return m_numberPhases; };
 
  private:   
 
    //Specific solvers
    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() const;
 
    int m_numTest;                             
 
    //Input attributes
    std::string m_simulationName;              
    bool m_timeControlIterations;              
    int m_nbIte, m_freq;                       
    double m_finalPhysicalTime, m_timeFreq;    
    double m_cfl;                              
    int m_numberPhases;                        
    int m_numberSolids;                        
    int m_numberEos;                           
    int m_numberTransports;                    
    int m_numberAddPhys;                       
    int m_numberSources;                       
    int m_dimension;                           
    int m_MRF;                                 
    bool m_viscous;                            
    std::string m_order;                       
    bool m_extractRefLength;                   
    std::vector<GeometricalDomain*> m_solidDomains; 
 
    //Specific to AMR method
    int m_lvlMax;                              
    int m_nbCellsTotalAMR;                     
 
    //Geometrical attributes
    bool m_parallelPreTreatment;               
    bool m_smoothCrossSection1d;               
    
    //Calcul attributes
    Mesh* m_mesh;                              
    Model* m_model;                            
    Gradient* m_gradient;                      
    TypeMeshContainer<Cell*>* m_cellsLvl;                   
    TypeMeshContainer<Cell*>* m_cellsLvlGhost;              
    TypeMeshContainer<CellInterface*>* m_cellInterfacesLvl; 
    Eos** m_eos;                               
    std::vector<AddPhys*> m_addPhys;           
    Symmetry* m_symmetry;                      
    std::vector<Source*> m_sources;            
    Limiter* m_globalLimiter;                  
    Limiter* m_interfaceLimiter;               
    Limiter* m_globalVolumeFractionLimiter;    
    Limiter* m_interfaceVolumeFractionLimiter; 
    std::vector<std::string> m_nameGTR;        
    std::vector<std::string> m_nameQPA;        
    std::vector<std::string> m_nameGPH;        
    double m_dt;                               
    double m_dtNext;                           
    double m_physicalTime;                     
    int m_iteration;                           
    int m_restartSimulation;                   
    int m_restartAMRsaveFreq;                  
 
    //Input/Output attributes
    Input* m_input;                                  
    Output* m_outPut;                                
    std::vector<Output*> m_cuts;                     
    std::vector<Output*> m_probes;                   
    std::vector<Output*> m_globalQuantities;         
    std::vector<Output*> m_recordBoundaries;         
    timeStats m_stat;                                
    double* m_pMax;                                  
    double* m_pMaxWall;                              
    double m_volumePhaseK;                           
    double m_massWanted, m_alphaWanted;              
    bool m_recordPsat;                               
 
    //Mesh mapping restart
    bool m_restartMeshMapping;                       
    Output* m_outputMeshMapping;                     
    std::string m_meshFileMapped;                    
 
    friend class Input;
    friend class Output;
    friend class OutputXML;
    friend class OutputGNU;
    friend class OutputProbeGNU;
    friend class OutputGlobalGNU;
    friend class OutputBoundaryGNU;
    friend class OutputBoundaryFluxGNU;
    friend class OutputBoundaryAllGNU;
    friend class Mesh;
};
 
#endif // RUN_H