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// Options.cpp
#include <string>
#include "Options.h"
namespace math1d_cl
{
const std::string& Options::getUri()
{
return m_uri;
}
void Options::setUri(const std::string& uri)
{
m_uri = uri;
}
const time_t& Options::getStartDate()
{
return m_startDate;
}
void Options::setStartDate(const time_t& startDate)
{
m_startDate = startDate;
}
const time_t& Options::getEndDate()
{
return m_endDate;
}
void Options::setEndDate(const time_t& endDate)
{
m_endDate = endDate;
}
const int& Options::getMinuteStep()
{
return m_minuteStep;
}
void Options::setMinuteStep(const int& minuteStep)
{
m_minuteStep = minuteStep;
}
const int& Options::getMeteoModelId()
{
return m_meteoModelId;
}
void Options::setMeteoModelId(const int& meteoModelId)
{
m_meteoModelId = meteoModelId;
}
const std::string& Options::getMeteoModelName()
{
return m_meteoModelName;
}
void Options::setMeteoModelName(const std::string& meteoModelName)
{
m_meteoModelName = meteoModelName;
}
const bool& Options::getRr()
{
return m_rr;
}
void Options::setRr(const bool& rr)
{
m_rr = rr;
}
const bool& Options::getHd()
{
return m_hd;
}
void Options::setHd(const bool& hd)
{
m_hd = hd;
}
const int& Options::getRrSchemeId()
{
return m_rrSchemeId;
}
void Options::setRrSchemeId(const int& rrSchemeId)
{
m_rrSchemeId = rrSchemeId;
}
const std::string& Options::getRrSchemeName()
{
return m_rrSchemeName;
}
void Options::setRrSchemeName(const std::string& rrSchemeName)
{
m_rrSchemeName = rrSchemeName;
}
const int& Options::getRrModelId()
{
return m_rrModelId;
}
void Options::setRrModelId(const int& rrModelId)
{
m_rrModelId = rrModelId;
}
const std::string& Options::getRrModelName()
{
return m_rrModelName;
}
void Options::setRrModelName(const std::string& rrModelName)
{
m_rrModelName = rrModelName;
}
const RRType& Options::getRrType()
{
return m_rrType;
}
void Options::setRrType(const RRType& rrType)
{
m_rrType = rrType;
}
const RRHDType& Options::getRrHdType()
{
return m_rrHdType;
}
void Options::setRrHdType(const RRHDType& rrHdType)
{
m_rrHdType = rrHdType;
}
const std::string& Options::getRrProfileShape()
{
return m_rrProfileShape;
}
void Options::setRrProfileShape(const std::string& rrProfileShape)
{
m_rrProfileShape = rrProfileShape;
}
const int& Options::getHdModelId()
{
return m_hdModelId;
}
void Options::setHdModelId(const int& hdModelId)
{
m_hdModelId = hdModelId;
}
const std::string& Options::getHdType()
{
return m_hdType;
}
void Options::setHdType(const std::string& hdType)
{
m_hdType = hdType;
}
const std::string& Options::getHdProfileShape()
{
return m_hdProfileShape;
}
void Options::setHdProfileShape(const std::string& hdProfileShape)
{
m_hdProfileShape = hdProfileShape;
}
const bool& Options::getLog()
{
return m_log;
}
void Options::setLog(const bool& log)
{
m_log = log;
}
const int& Options::getSimulationId()
{
return m_simulationId;
}
void Options::setSimulationId(const int& simulationId)
{
m_simulationId = simulationId;
}
const bool& Options::getFitting()
{
return m_fitting;
}
void Options::setFitting(const bool& calibrate)
{
m_fitting = calibrate;
}
const bool& Options::getCalibtemp()
{
return m_calibtemp;
}
void Options::setCalibtemp(const bool& calibtemp)
{
m_calibtemp = calibtemp;
}
const time_t& Options::getCreationDate()
{
return m_creationDate;
}
void Options::setCreationDate(const time_t & creationDate)
{
m_creationDate = creationDate;
}
const std::string& Options::getSimulationDataPath()
{
return m_simulationDataPath;
}
void Options::setSimulationDataPath(const std::string& simulationDataPath)
{
m_simulationDataPath = simulationDataPath;
}
const std::string& Options::getMeasuredDataPath()
{
return m_measuredDataPath;
}
void Options::setMeasuredDataPath(const std::string& measuredDataPath)
{
m_measuredDataPath = measuredDataPath;
}
}