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Configuration.hpp
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Configuration.hpp
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//
// Configuration.hpp
// ConserSolver
//
// Created by Fabian Moenkeberg on 04.05.17.
// Copyright © 2017 FabianMoenkeberg. All rights reserved.
//
#ifndef Configuration_hpp
#define Configuration_hpp
//class ModelBase;
#include <iostream>
#include <vector>
#include <ostream>
#include <chrono>
#include "reader.h"
#include <map>
enum evaluationMethod{PTWISE, MEANVALUE};
enum bcName{INFLOW, OUTFLOW, SLIPWALL, EXACT, PERIODIC, DIRICHLET, NEUMANN, MIXEDBC, MIXEDBCCOMPONENT, SPECIAL, DOUBLEMACHREF, Q2I, T2I, ABSORBINGBC, Q2Q, FAC, OPENFLOW, SCRAMJET};
enum ModelName{EULER, BURGERS,SW,BUCKLEYLEVERETT, LINEARADVECTION, KPP, KPPX, KPPY};
enum TimeIntegrationName{SSPRK2, SSPRK3, SSPRK5, FE};
enum limiterName{NOLIMITER, EXTREMAPRES};
enum ReconstrName{NORECONSTR, ENO, WENO};
enum InterpBaseName{MULTIQUADS, POLYNOMIALS, GAUSSIANS, POLYHARMONICS, NOTUSED};
enum PolyBasis{MONOMIALS, LAGRANGE};
enum FluxName{LAXFRIEDRICHS};
enum QuadratureName{GAUSSLOBATTO};
enum initalCondName{SIN,EULERSOD, BUBBLE, InitKPP, InitKPPY, COSCOS, InitBURGERS, SHOCKX, SINSIN, InitISENTROPICVORTEX, InitEULERBLAST, InitVORTEXSHOCK, RP, InitDOUBLEMACHREF, InitCUBE, InitFAC, InitAIRFOIL, InitNOZZLE};
enum sourceName{NOSOURCE};
enum stencilChoice{STD, OTF, SYMM};
enum MeshType{TRI, QUAD, HYBRID, TRIQUAD, MIXED, QUADQUAD, RT, RQ};
class Configuration {
ModelName model;
MeshType meshType;
evaluationMethod evalMethod;
bcName bcType[6];
ReconstrName reconstr;
InterpBaseName interpBase;
TimeIntegrationName time_scheme;
FluxName fluxScheme;
limiterName limiter_name;
bcName bcname;
initalCondName initialCond;
sourceName source;
stencilChoice stencilchoice;
bool reconstrOnCharact = 0;
int order;
int degPoly;
double tMax;
double cfl;
double shapeParam;
int maxNumWrite = 20;
int max_iter = 50000;
double min_residue;
std::vector<double> tInclude;
double xmin,xmax,ymin,ymax;
int dim;
std::vector<int> Nx_cell, Ny_cell;
char* input_file;
bool load_grid;
bool import_sol;
std::string grid_file;
std::string mesh_type;
std::string ic_file;
std::string source_file;
std::string OUTPUT_PATH;
std::string IMPORT_PATH;
std::string SOLN_DIR;
bool ic_file_read;
bool exact_available;
int nThreads;
std::map<std::string, double> constants;
public:
Configuration();
Configuration(char* file);
Configuration(ModelName model, evaluationMethod evalMethod, bcName bc, int order, double tMax, double cfl);
Configuration(ModelName model, evaluationMethod evalMethod, bcName bc, int order, double tMax, std::vector<double> tInclude, double cfl);
Configuration(ModelName model, evaluationMethod evalMethod, bcName bc, ReconstrName reconstr, InterpBaseName interpBase, int order, double tMax, double cfl);
Configuration(ModelName model, evaluationMethod evalMethod, bcName bc, ReconstrName reconstr, InterpBaseName interpBase, int order, double tMax, std::vector<double> tInclude, double cfl);
Configuration(ModelName model, evaluationMethod evalMethod, bcName bc, ReconstrName reconstr, InterpBaseName interpBase, bool reconstrOnCharact, int order, double tMax, double cfl);
Configuration(ModelName model, evaluationMethod evalMethod, bcName bc, ReconstrName reconstr, InterpBaseName interpBase, bool reconstrOnCharact, int order, double tMax, std::vector<double> tInclude, double cfl);
~Configuration(){};
ModelName getModel();
MeshType getMeshType();
TimeIntegrationName getTimeIntegration();
int getOrder();
evaluationMethod getEvalMethod();
bcName getBc();
ReconstrName getReconstr();
InterpBaseName getInterpBase();
limiterName getLimiter();
FluxName getFlux();
sourceName getSource();
initalCondName getInitialCond();
std::vector<double> getTInclude();
double getTmax();
double getCfl();
int getMaxNumWrite();
bool getReconstrOnCharact();
int getDim();
double getXmax();
double getXmin();
double getYmax();
double getYmin();
double getShapeParam();
std::vector<int> getNx();
std::vector<int> getNy();
void read ();
std::string getGridFile();
std::string getOutputPath();
std::string getImportPath();
bool getImportSol();
bool getLoadGrid();
int getNthreads();
stencilChoice getStencilChoice();
std::map<std::string, double> getConstants();
int getDegPoly();
private:
void read_grid (Reader&);
void read_constants (Reader&);
void read_numeric (Reader&);
void read_model (Reader&);
void read_initial_condition (Reader&);
void read_exact (Reader&);
void read_boundary_condition (Reader&);
void read_output (Reader&);
void read_import (Reader &);
};
#endif /* Configuration_hpp */

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