The ConfigData class provides accessors for text parser objects: case parameters, program parameters and thread parameters. More...

#include <ConfigData.h>

Collaboration diagram for MF::Database::ConfigData:

[legend]

Public Member Functions
	ConfigData (const char pPathToProgramConfigFile, const char pPathToCaseFolder, const char *pScope, bool verbose)

	~ConfigData ()

std::shared_ptr< MF::Parser::TextParser >	getTextParser_Ptr ()

config4cpp::Configuration *	getProgramParametres_Ptr ()
	Returns pointer to text parser object. More...

config4cpp::Configuration *	getCaseParametres_Ptr ()
	Returns pointer to program parameters parser object. More...

config4cpp::Configuration *	getThreadParametres_Ptr ()
	Returns pointer to case parameters parser object. More...

int	getCaseParamLength (const char *parameterName)

float	getCaseFloatParam (const char *parameterName)
	Returns number of case parameter of name "parameterName" > 0 if parameter exists. More...

int	getCaseIntParam (const char *parameterName)
	Returns case parameter of float type. More...

bool	getCaseBooleanParam (const char *parameterName)
	Returns case parameter of int type. More...

std::string	getCaseStringParam (const char *parameterName)
	Returns case parameter of boolean type. More...

float	getCaseFloatVectorParam (const int component, const char *parameterName)
	Returns case parameter of string type. More...

int	getCaseIntVectorParam (const int component, const char *parameterName)
	Returns case parameter of vector component of float type. More...

int	getGeometryDefinition ()
	Returns case parameter of vector X component of int type. More...

int	getFlowType ()
	Returns the way of GeometryDefinition of enum type: 0 - FromSTL. More...

int	getModelType ()
	Returns the FlowType parameter of enum type: 0 - quasi compressible, 1 - incompressible Zou et al. 1995. More...

int	getLatticeType ()
	Returns the ModelType parameter of enum type: 0 - BGK, 1 - MRT, 2 - FBGK, 3- MRT2. More...

int	getProgramParamLength (const char *parameterName)
	Returns the LatticeType parameter of enum type: 0 - D3Q19. More...

float	getProgramFloatParam (const char *parameterName)
	Returns number of program parameter of name "parameterName" > 0 if parameter exists. More...

int	getProgramIntParam (const char *parameterName)
	Returns program parameter of float type. More...

bool	getProgramBooleanParam (const char *parameterName)
	Returns program parameter of int type. More...

std::string	getProgramStringParam (const char *parameterName)
	Returns program parameter of boolean type. More...

float	getProgramFloatVectorParam (const int component, const char *parameterName)
	Returns program parameter of string type. More...

int	getProgramIntVectorParam (const int component, const char *parameterName)
	Returns program parameter of vector component of float type. More...

int	getThreadsNumber ()
	Returns program parameter of vector component of int type. More...

int	getThreadParamLength (const int ThreadNr, const char *parameterName)
	Returns number of threads. More...

float	getThreadFloatParam (const int ThreadNr, const char *parameterName)
	Returns thread parameter number of name "parameterName" > 0 if parameter exists. More...

int	getThreadIntParam (const int ThreadNr, const char *parameterName)
	Returns thread parameter of float type. More...

bool	getThreadBooleanParam (const int ThreadNr, const char *parameterName)
	Returns thread parameter of int type. More...

std::string	getThreadStringParam (const int ThreadNr, const char *parameterName)
	Returns thread parameter of boolean type. More...

float	getThreadFloatVectorParam (const int component, const int ThreadNr, const char *parameterName)
	Returns thread parameter of string type. More...

int	getThreadIntVectorParam (const int component, const int ThreadNr, const char *parameterName)
	Returns thread parameter of vector component of float type. More...

std::string	getThreadStringVectorParam (const int component, const int ThreadNr, const char *parameterName)
	Returns thread parameter of vector component of int type. More...

int	getThreadDataVectorParamLength (const int ThreadNr, const int DataNr, const char dataName, const char parameterName)
	Returns thread parameter of string component of int type. More...

float	getThreadDataFloatVectorParam (const int component, const int ThreadNr, const int DataNr, const char dataName, const char parameterName)
	Returns thread data parameter length > 0 if parameter exists. More...

int	getThreadDataIntVectorParam (const int component, const int ThreadNr, const int DataNr, const char dataName, const char parameterName)
	Returns thread parameter of vector component of float type. More...

Static Public Member Functions
static std::shared_ptr< MF::Database::ConfigData >	New (const char pPathToProgramConfigFile, const char pPathToCaseFolder, const char *pScope, bool verbose)

Data Fields
std::string	CaseFolder
	Path to case folder (relative to program folder). More...

std::string	ProgramConfigFile
	Full path to program config file (relative to program folder). More...

std::string	CaseFile
	Full path to case config file (relative to program folder). More...

std::string	ThreadFile
	Full path to thread file (relative to program folder). More...

std::string	GeometryFile
	Full path to geometry file (relative to program folder). More...

Detailed Description

The ConfigData class provides accessors for text parser objects: case parameters, program parameters and thread parameters.

That are created during parsing of files: case_params.cfg, Microflow.cfg and thread_params.cfg.

Definition at line 23 of file ConfigData.h.

Constructor & Destructor Documentation

◆ ConfigData()

MF::Database::ConfigData::ConfigData	(	const char *	pPathToProgramConfigFile,
		const char *	pPathToCaseFolder,
		const char *	pScope,
		bool	verbose
	)

Definition at line 21 of file ConfigData.cpp.

References CaseFile, CaseFolder, GeometryFile, ProgramConfigFile, and ThreadFile.

                                                                                                                                             {
 
     const char* pPathToCaseFile;
     const char* pPathToThreadFile;
 
     m_pScope = pScope;
     ProgramConfigFile = pPathToProgramConfigFile;
 
     // MF Config file parsing
     //-------------------------------------------------------------------------------------------------------------------------------------------------------------
     m_pTextParser_Ptr = std::make_shared<MF::Parser::TextParser>(); //Parser object
 
     // Config file
     m_pProgramParams = m_pTextParser_Ptr->ProgramConfigFileParse(pPathToProgramConfigFile, m_pScope, verbose);  //Parsing of Microflow.cfg file
 
     if (strcmp(pPathToCaseFolder, "") == 0)
         CaseFolder = m_pProgramParams->lookupString(m_pScope, "CaseFolder");
     else
         CaseFolder = pPathToCaseFolder;
 
     GeometryFile = (CaseFolder + m_pProgramParams->lookupString(m_pScope, "GeometryFolder") + m_pProgramParams->lookupString(m_pScope, "GeometryFileName"));
 
     // Case file
     CaseFile = (CaseFolder + m_pProgramParams->lookupString(m_pScope, "CaseParametersFile")); //Path to case config file
     pPathToCaseFile = CaseFile.c_str();
     m_pCaseParams = m_pTextParser_Ptr->CaseConfigFileParse(pPathToCaseFile, m_pScope, verbose); //Parsing of case config file
 
     // Thread file
     ThreadFile = (CaseFolder + m_pProgramParams->lookupString(m_pScope, "ThreadParametersFile")); //Path to thread config file
     pPathToThreadFile = ThreadFile.c_str();
     m_pThreadParams = m_pTextParser_Ptr->ThreadConfigFileParse(pPathToThreadFile, m_pScope, verbose);   //Parsing of thread config file
 
     //-------------------------------------------------------------------------------------------------------------------------------------------------------------
 }

◆ ~ConfigData()

MF::Database::ConfigData::~ConfigData ( )

Definition at line 12 of file ConfigData.cpp.

                                   {
 
     //Parser object delete
     m_pProgramParams->destroy();
     m_pCaseParams->destroy();
     m_pThreadParams->destroy();
 
 }

Member Function Documentation

◆ getCaseBooleanParam()

bool MF::Database::ConfigData::getCaseBooleanParam ( const char * parameterName )

inline

Returns case parameter of int type.

Definition at line 43 of file ConfigData.h.

43 { return m_pCaseParams->lookupBoolean(m_pScope, parameterName); };

◆ getCaseFloatParam()

float MF::Database::ConfigData::getCaseFloatParam ( const char * parameterName )

inline

Returns number of case parameter of name "parameterName" > 0 if parameter exists.

Definition at line 41 of file ConfigData.h.

41 { return m_pCaseParams->lookupFloat(m_pScope, parameterName); };

◆ getCaseFloatVectorParam()

float MF::Database::ConfigData::getCaseFloatVectorParam	(	const int	component,
		const char *	parameterName
	)

inline

Returns case parameter of string type.

Definition at line 46 of file ConfigData.h.

46 {m_pCaseParams->lookupList(m_pScope, parameterName, m_valueVector); return m_pCaseParams->stringToFloat(m_pScope, parameterName, m_valueVector[component]);};

◆ getCaseIntParam()

int MF::Database::ConfigData::getCaseIntParam ( const char * parameterName )

inline

Returns case parameter of float type.

Definition at line 42 of file ConfigData.h.

42 { return m_pCaseParams->lookupInt(m_pScope, parameterName); };

◆ getCaseIntVectorParam()

int MF::Database::ConfigData::getCaseIntVectorParam	(	const int	component,
		const char *	parameterName
	)

inline

Returns case parameter of vector component of float type.

Definition at line 48 of file ConfigData.h.

48 {m_pCaseParams->lookupList(m_pScope, parameterName, m_valueVector); return m_pCaseParams->stringToInt(m_pScope, parameterName, m_valueVector[component]);};

◆ getCaseParametres_Ptr()

config4cpp::Configuration* MF::Database::ConfigData::getCaseParametres_Ptr ( )

inline

Returns pointer to program parameters parser object.

Definition at line 36 of file ConfigData.h.

36 { return m_pCaseParams; };

◆ getCaseParamLength()

int MF::Database::ConfigData::getCaseParamLength ( const char * parameterName )

inline

Definition at line 40 of file ConfigData.h.

40 {m_pCaseParams->listLocallyScopedNames(m_pScope, "", config4cpp::Configuration::CFG_SCOPE_AND_VARS, false, parameterName, m_namesVec); return m_namesVec.length(); };

◆ getCaseStringParam()

std::string MF::Database::ConfigData::getCaseStringParam ( const char * parameterName )

inline

Returns case parameter of boolean type.

Definition at line 44 of file ConfigData.h.

44 { return m_pCaseParams->lookupString(m_pScope, parameterName); };

◆ getFlowType()

int MF::Database::ConfigData::getFlowType ( )

inline

Returns the way of GeometryDefinition of enum type: 0 - FromSTL.

Definition at line 52 of file ConfigData.h.

52 {return m_pCaseParams->lookupEnum(m_pScope, "BasicParams.FluidFlowModel_MT", "FlowTypeClass", FlowType, 2);};

◆ getGeometryDefinition()

int MF::Database::ConfigData::getGeometryDefinition ( )

inline

Returns case parameter of vector X component of int type.

Definition at line 51 of file ConfigData.h.

51 {return m_pCaseParams->lookupEnum(m_pScope, "BasicParams.GeometryDefinition", "GeometryDefinitionClass", GeometryDefinition, 1);};

◆ getLatticeType()

int MF::Database::ConfigData::getLatticeType ( )

inline

Returns the ModelType parameter of enum type: 0 - BGK, 1 - MRT, 2 - FBGK, 3- MRT2.

Definition at line 54 of file ConfigData.h.

54 {return m_pCaseParams->lookupEnum(m_pScope, "BasicParams.LatticeType_La", "LatticeTypeClass", LatticeType, 1);};

◆ getModelType()

int MF::Database::ConfigData::getModelType ( )

inline

Returns the FlowType parameter of enum type: 0 - quasi compressible, 1 - incompressible Zou et al. 1995.

Definition at line 53 of file ConfigData.h.

53 {return m_pCaseParams->lookupEnum(m_pScope, "BasicParams.CollisionModel_KT", "ModelTypeClass", ModelType, 4);};

◆ getProgramBooleanParam()

bool MF::Database::ConfigData::getProgramBooleanParam ( const char * parameterName )

inline

Returns program parameter of int type.

Definition at line 60 of file ConfigData.h.

60 { return m_pProgramParams->lookupBoolean(m_pScope, parameterName); };

◆ getProgramFloatParam()

float MF::Database::ConfigData::getProgramFloatParam ( const char * parameterName )

inline

Returns number of program parameter of name "parameterName" > 0 if parameter exists.

Definition at line 58 of file ConfigData.h.

58 { return m_pProgramParams->lookupFloat(m_pScope, parameterName); };

◆ getProgramFloatVectorParam()

float MF::Database::ConfigData::getProgramFloatVectorParam	(	const int	component,
		const char *	parameterName
	)

inline

Returns program parameter of string type.

Definition at line 63 of file ConfigData.h.

63 {m_pProgramParams->lookupList(m_pScope, parameterName, m_valueVector); return m_pProgramParams->stringToFloat(m_pScope, parameterName, m_valueVector[component]);};

◆ getProgramIntParam()

int MF::Database::ConfigData::getProgramIntParam ( const char * parameterName )

inline

Returns program parameter of float type.

Definition at line 59 of file ConfigData.h.

59 { return m_pProgramParams->lookupInt(m_pScope, parameterName); };

◆ getProgramIntVectorParam()

int MF::Database::ConfigData::getProgramIntVectorParam	(	const int	component,
		const char *	parameterName
	)

inline

Returns program parameter of vector component of float type.

Definition at line 65 of file ConfigData.h.

65 {m_pProgramParams->lookupList(m_pScope, parameterName, m_valueVector); return m_pProgramParams->stringToInt(m_pScope, parameterName, m_valueVector[component]);};

◆ getProgramParametres_Ptr()

config4cpp::Configuration* MF::Database::ConfigData::getProgramParametres_Ptr ( )

inline

Returns pointer to text parser object.

Definition at line 35 of file ConfigData.h.

35 { return m_pProgramParams; };

◆ getProgramParamLength()

int MF::Database::ConfigData::getProgramParamLength ( const char * parameterName )

inline

Returns the LatticeType parameter of enum type: 0 - D3Q19.

Definition at line 57 of file ConfigData.h.

57 {m_pProgramParams->listLocallyScopedNames(m_pScope, "", config4cpp::Configuration::CFG_SCOPE_AND_VARS, false, parameterName, m_namesVec); return m_namesVec.length(); };

◆ getProgramStringParam()

std::string MF::Database::ConfigData::getProgramStringParam ( const char * parameterName )

inline

Returns program parameter of boolean type.

Definition at line 61 of file ConfigData.h.

61 { return m_pProgramParams->lookupString(m_pScope, parameterName); };

◆ getTextParser_Ptr()

std::shared_ptr<MF::Parser::TextParser> MF::Database::ConfigData::getTextParser_Ptr ( )

inline

Definition at line 34 of file ConfigData.h.

34 { return m_pTextParser_Ptr; };

◆ getThreadBooleanParam()

bool MF::Database::ConfigData::getThreadBooleanParam	(	const int	ThreadNr,
		const char *	parameterName
	)

inline

Returns thread parameter of int type.

Definition at line 73 of file ConfigData.h.

References getThreadsNumber().

73 {getThreadsNumber(); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); return m_pThreadParams->lookupBoolean(m_strBuffer.c_str(), parameterName, 0); };

MF::Database::ConfigData::getThreadsNumber

int getThreadsNumber()

Returns program parameter of vector component of int type.

Definition: ConfigData.h:68

◆ getThreadDataFloatVectorParam()

float MF::Database::ConfigData::getThreadDataFloatVectorParam	(	const int	component,
		const int	ThreadNr,
		const int	DataNr,
		const char *	dataName,
		const char *	parameterName
	)

inline

Returns thread data parameter length > 0 if parameter exists.

Definition at line 86 of file ConfigData.h.

References getThreadParamLength().

86 {getThreadParamLength(ThreadNr,dataName); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); m_strBuffer.append("."); m_strBuffer.append(m_namesVec2[DataNr]); m_pThreadParams->lookupList(m_strBuffer.c_str(), parameterName, m_valueVector, {}); if (m_valueVector.length() > 0) return m_pThreadParams->stringToFloat(m_strBuffer.c_str(), parameterName, m_valueVector[component]); return 0; };

MF::Database::ConfigData::getThreadParamLength

int getThreadParamLength(const int ThreadNr, const char *parameterName)

Returns number of threads.

Definition: ConfigData.h:69

◆ getThreadDataIntVectorParam()

int MF::Database::ConfigData::getThreadDataIntVectorParam	(	const int	component,
		const int	ThreadNr,
		const int	DataNr,
		const char *	dataName,
		const char *	parameterName
	)

inline

Returns thread parameter of vector component of float type.

Definition at line 88 of file ConfigData.h.

References getThreadParamLength().

88 {getThreadParamLength(ThreadNr,dataName); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); m_strBuffer.append("."); m_strBuffer.append(m_namesVec2[DataNr]); m_pThreadParams->lookupList(m_strBuffer.c_str(), parameterName, m_valueVector, {}); if (m_valueVector.length() > 0) return m_pThreadParams->stringToInt(m_strBuffer.c_str(), parameterName, m_valueVector[component]); return 0; };

MF::Database::ConfigData::getThreadParamLength

int getThreadParamLength(const int ThreadNr, const char *parameterName)

Returns number of threads.

Definition: ConfigData.h:69

◆ getThreadDataVectorParamLength()

int MF::Database::ConfigData::getThreadDataVectorParamLength	(	const int	ThreadNr,
		const int	DataNr,
		const char *	dataName,
		const char *	parameterName
	)

inline

Returns thread parameter of string component of int type.

Definition at line 84 of file ConfigData.h.

References getThreadParamLength().

84 {getThreadParamLength(ThreadNr,dataName); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); m_pThreadParams->listLocallyScopedNames(m_strBuffer.c_str(), m_namesVec2[DataNr], config4cpp::Configuration::CFG_SCOPE_AND_VARS, false, parameterName, m_namesVec3); return m_namesVec3.length(); };

MF::Database::ConfigData::getThreadParamLength

int getThreadParamLength(const int ThreadNr, const char *parameterName)

Returns number of threads.

Definition: ConfigData.h:69

◆ getThreadFloatParam()

float MF::Database::ConfigData::getThreadFloatParam	(	const int	ThreadNr,
		const char *	parameterName
	)

inline

Returns thread parameter number of name "parameterName" > 0 if parameter exists.

Definition at line 71 of file ConfigData.h.

References getThreadsNumber().

71 {getThreadsNumber(); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); return m_pThreadParams->lookupFloat(m_strBuffer.c_str(), parameterName, 0); };

MF::Database::ConfigData::getThreadsNumber

int getThreadsNumber()

Returns program parameter of vector component of int type.

Definition: ConfigData.h:68

◆ getThreadFloatVectorParam()

float MF::Database::ConfigData::getThreadFloatVectorParam	(	const int	component,
		const int	ThreadNr,
		const char *	parameterName
	)

inline

Returns thread parameter of string type.

Definition at line 77 of file ConfigData.h.

References getThreadsNumber().

77 {getThreadsNumber(); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); m_pThreadParams->lookupList(m_strBuffer.c_str(), parameterName, m_valueVector, {}); if (m_valueVector.length() > 0) return m_pThreadParams->stringToFloat(m_strBuffer.c_str(), parameterName, m_valueVector[component]); return 0; };

MF::Database::ConfigData::getThreadsNumber

int getThreadsNumber()

Returns program parameter of vector component of int type.

Definition: ConfigData.h:68

◆ getThreadIntParam()

int MF::Database::ConfigData::getThreadIntParam	(	const int	ThreadNr,
		const char *	parameterName
	)

inline

Returns thread parameter of float type.

Definition at line 72 of file ConfigData.h.

References getThreadsNumber().

72 {getThreadsNumber(); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); return m_pThreadParams->lookupInt(m_strBuffer.c_str(), parameterName, 0); };

MF::Database::ConfigData::getThreadsNumber

int getThreadsNumber()

Returns program parameter of vector component of int type.

Definition: ConfigData.h:68

◆ getThreadIntVectorParam()

int MF::Database::ConfigData::getThreadIntVectorParam	(	const int	component,
		const int	ThreadNr,
		const char *	parameterName
	)

inline

Returns thread parameter of vector component of float type.

Definition at line 79 of file ConfigData.h.

References getThreadsNumber().

79 {getThreadsNumber(); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); m_pThreadParams->lookupList(m_strBuffer.c_str(), parameterName, m_valueVector, {}); if (m_valueVector.length() > 0) return m_pThreadParams->stringToInt(m_strBuffer.c_str(), parameterName, m_valueVector[component]); return 0; };

MF::Database::ConfigData::getThreadsNumber

int getThreadsNumber()

Returns program parameter of vector component of int type.

Definition: ConfigData.h:68

◆ getThreadParametres_Ptr()

config4cpp::Configuration* MF::Database::ConfigData::getThreadParametres_Ptr ( )

inline

Returns pointer to case parameters parser object.

Returns pointer to thread config file parser object.

Definition at line 37 of file ConfigData.h.

◆ getThreadParamLength()

int MF::Database::ConfigData::getThreadParamLength	(	const int	ThreadNr,
		const char *	parameterName
	)

inline

Returns number of threads.

Definition at line 69 of file ConfigData.h.

References getThreadsNumber().

Referenced by getThreadDataFloatVectorParam(), getThreadDataIntVectorParam(), and getThreadDataVectorParamLength().

69 {getThreadsNumber(); m_pThreadParams->listLocallyScopedNames(m_pScope, m_namesVec[ThreadNr], config4cpp::Configuration::CFG_SCOPE_AND_VARS, false, parameterName, m_namesVec2); return m_namesVec2.length(); };

MF::Database::ConfigData::getThreadsNumber

int getThreadsNumber()

Returns program parameter of vector component of int type.

Definition: ConfigData.h:68

◆ getThreadsNumber()

int MF::Database::ConfigData::getThreadsNumber ( )

inline

Returns program parameter of vector component of int type.

Definition at line 68 of file ConfigData.h.

Referenced by getThreadBooleanParam(), getThreadFloatParam(), getThreadFloatVectorParam(), getThreadIntParam(), getThreadIntVectorParam(), getThreadParamLength(), getThreadStringParam(), and getThreadStringVectorParam().

68 {m_pThreadParams->listLocallyScopedNames(m_pScope, "", config4cpp::Configuration::CFG_SCOPE, false, "uid-Thread", m_namesVec); return m_namesVec.length();};

◆ getThreadStringParam()

std::string MF::Database::ConfigData::getThreadStringParam	(	const int	ThreadNr,
		const char *	parameterName
	)

inline

Returns thread parameter of boolean type.

Definition at line 74 of file ConfigData.h.

References getThreadsNumber().

74 {getThreadsNumber(); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); return m_pThreadParams->lookupString(m_strBuffer.c_str(), parameterName, ""); };

MF::Database::ConfigData::getThreadsNumber

int getThreadsNumber()

Returns program parameter of vector component of int type.

Definition: ConfigData.h:68

◆ getThreadStringVectorParam()

std::string MF::Database::ConfigData::getThreadStringVectorParam	(	const int	component,
		const int	ThreadNr,
		const char *	parameterName
	)

inline

Returns thread parameter of vector component of int type.

Definition at line 81 of file ConfigData.h.

References getThreadsNumber().

81 {getThreadsNumber(); m_strBuffer = m_pScope; m_strBuffer.append("."); m_strBuffer.append(m_namesVec[ThreadNr]); m_pThreadParams->lookupList(m_strBuffer.c_str(), parameterName, m_valueVector, {}); if (m_valueVector.length() > 0) return m_valueVector[component]; return ""; };

MF::Database::ConfigData::getThreadsNumber

int getThreadsNumber()

Returns program parameter of vector component of int type.

Definition: ConfigData.h:68

◆ New()

static std::shared_ptr<MF::Database::ConfigData> MF::Database::ConfigData::New	(	const char *	pPathToProgramConfigFile,
		const char *	pPathToCaseFolder,
		const char *	pScope,
		bool	verbose
	)

inlinestatic

Definition at line 28 of file ConfigData.h.

Referenced by main().

                                                                                                                                                                   {
                 auto ConfigData_Ptr = std::make_shared<MF::Database::ConfigData>(pPathToProgramConfigFile, pPathToCaseFolder, pScope, verbose);
                 return ConfigData_Ptr;
             };

Field Documentation

◆ CaseFile

std::string MF::Database::ConfigData::CaseFile

Full path to case config file (relative to program folder).

Definition at line 110 of file ConfigData.h.

Referenced by ConfigData().

◆ CaseFolder

std::string MF::Database::ConfigData::CaseFolder

Path to case folder (relative to program folder).

Definition at line 108 of file ConfigData.h.

Referenced by ConfigData().

◆ GeometryFile

std::string MF::Database::ConfigData::GeometryFile

Full path to geometry file (relative to program folder).

Definition at line 112 of file ConfigData.h.

Referenced by ConfigData().

◆ ProgramConfigFile

std::string MF::Database::ConfigData::ProgramConfigFile

Full path to program config file (relative to program folder).

Definition at line 109 of file ConfigData.h.

Referenced by ConfigData().

◆ ThreadFile

std::string MF::Database::ConfigData::ThreadFile

Full path to thread file (relative to program folder).

Definition at line 111 of file ConfigData.h.

Referenced by ConfigData().

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

/home/romek/CLionProjects/Microflow_3D_v1/source/MFDatabase/ConfigData.h
/home/romek/CLionProjects/Microflow_3D_v1/source/MFDatabase/ConfigData.cpp

Public Member Functions

Static Public Member Functions

Data Fields

Detailed Description

Constructor & Destructor Documentation

◆ ConfigData()

◆ ~ConfigData()

Member Function Documentation

◆ getCaseBooleanParam()

◆ getCaseFloatParam()

◆ getCaseFloatVectorParam()

◆ getCaseIntParam()

◆ getCaseIntVectorParam()

◆ getCaseParametres_Ptr()

◆ getCaseParamLength()

◆ getCaseStringParam()

◆ getFlowType()

◆ getGeometryDefinition()

◆ getLatticeType()

◆ getModelType()

◆ getProgramBooleanParam()

◆ getProgramFloatParam()

◆ getProgramFloatVectorParam()

◆ getProgramIntParam()

◆ getProgramIntVectorParam()

◆ getProgramParametres_Ptr()

◆ getProgramParamLength()

◆ getProgramStringParam()

◆ getTextParser_Ptr()

◆ getThreadBooleanParam()

◆ getThreadDataFloatVectorParam()

◆ getThreadDataIntVectorParam()

◆ getThreadDataVectorParamLength()

◆ getThreadFloatParam()

◆ getThreadFloatVectorParam()

◆ getThreadIntParam()

◆ getThreadIntVectorParam()

◆ getThreadParametres_Ptr()

◆ getThreadParamLength()

◆ getThreadsNumber()

◆ getThreadStringParam()

◆ getThreadStringVectorParam()

◆ New()

Field Documentation

◆ CaseFile

◆ CaseFolder

◆ GeometryFile

◆ ProgramConfigFile

◆ ThreadFile