AnalysisProcedureDataContainerUnit.cpp

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// AnalysisProcedureDataContainerUnit.cpp: implementation of the AnalysisProcedureDataContainerUnit class.
//
 
#include "AnalysisProcedureDataContainerUnit.h"
#include <boost/serialization/export.hpp>
#include <boost/archive/binary_oarchive.hpp>
#include <boost/archive/binary_iarchive.hpp>
BOOST_CLASS_EXPORT_IMPLEMENT(AnalysisProcedureDataContainerUnit)
using namespace std;
 
// Construction/Destruction
 
AnalysisProcedureDataContainerUnit::AnalysisProcedureDataContainerUnit()
{
    time = -999.0;
    operator_id = -999;
    procedure_name = "None";
    procedure_step = "None";
    action_name = "None";
    action_relevance = -999.0;
    time_PIF = -999.0;
    dynamic_multiplier = -999.0;
    static_multiplier = -999.0;
    skip_probability = -999.0;
}
 
 
AnalysisProcedureDataContainerUnit::~AnalysisProcedureDataContainerUnit()
{
 
}
 
 
void AnalysisProcedureDataContainerUnit::copyAnalysisProcedureDataContainerUnit(AnalysisProcedureDataContainerUnit &_apdcu)
{
    this->action_name = _apdcu.getActionName();
    this->action_relevance = _apdcu.getActionRelevance();
    this->dynamic_multiplier = _apdcu.getDynamicMultiplier();
    this->operator_id = _apdcu.getOperatorID();
    this->procedure_name = _apdcu.getProcedureName();
    this->procedure_step = _apdcu.getProcedureStep();
    this->skip_probability = _apdcu.getSkipProbability();
    this->static_multiplier = _apdcu.getStaticMultiplier();
    this->time = _apdcu.getTime();
    this->time_PIF = _apdcu.getTimePIF();
}
 
void AnalysisProcedureDataContainerUnit::saveAnalysisProcedureDataContainerUnittoFile(ofstream &fout)
{
    fout << time               << ' '
         << operator_id        << ' '
         << procedure_name     << ' '
         << procedure_step     << ' '
         << action_name        << ' '
         << action_relevance   << ' '
         << time_PIF           << ' '
         << dynamic_multiplier << ' '
         << static_multiplier  << ' '
         << skip_probability   << '\n';
}
 
void AnalysisProcedureDataContainerUnit::retrieveAnalysisProcedureDataContainerUnitfromFile(ifstream &fin)
{
    fin  >> time 
         >> operator_id
         >> procedure_name
         >> procedure_step
         >> action_name
         >> action_relevance
         >> time_PIF
         >> dynamic_multiplier
         >> static_multiplier
         >> skip_probability;
}
 
void AnalysisProcedureDataContainerUnit::saveProcedureDataInfotoFile(ofstream &fout)
{
    string operator_type;
 
    if (this->getOperatorID() == sim::Operator::ODM) {
        operator_type = "ODM";
    } else if (this->getOperatorID() == sim::Operator::OAT) {
        operator_type = "OAT";
    } else {
        operator_type = "unknown";
    }
 
    fout << this->time               << '\t' 
         << operator_type            << '\t'
         << this->procedure_name     << '\t'
         << this->procedure_step     << '\t'
         << this->action_name        << '\t'
         << this->action_relevance   << '\t'
         << this->time_PIF           << '\t'
         << this->dynamic_multiplier << '\t'
         << this->static_multiplier  << '\t'
         << this->skip_probability   << '\n';
}
 
void AnalysisProcedureDataContainerUnit::setActionName(string _str) {action_name = _str;}
void AnalysisProcedureDataContainerUnit::setActionRelevance(double _x) {action_relevance = _x;}
void AnalysisProcedureDataContainerUnit::setDynamicMultiplier(double _x) {dynamic_multiplier = _x;}
void AnalysisProcedureDataContainerUnit::setStaticMultiplier(double _x) {static_multiplier = _x;}
void AnalysisProcedureDataContainerUnit::setOperatorID(int _int) {operator_id = _int;}
void AnalysisProcedureDataContainerUnit::setProcedureName(string _str) {procedure_name = _str;}
void AnalysisProcedureDataContainerUnit::setProcedureStep(string _str) {procedure_step = _str;}
void AnalysisProcedureDataContainerUnit::setSkipProbability(double _x) {skip_probability = _x;}
void AnalysisProcedureDataContainerUnit::setTime(double _x) {time = _x;}
void AnalysisProcedureDataContainerUnit::setTimePIF(double _x) {time_PIF = _x;}
 
string AnalysisProcedureDataContainerUnit::getActionName() {return action_name;}
double AnalysisProcedureDataContainerUnit::getActionRelevance() {return action_relevance;}
double AnalysisProcedureDataContainerUnit::getDynamicMultiplier() {return dynamic_multiplier;}
double AnalysisProcedureDataContainerUnit::getStaticMultiplier() {return static_multiplier;}
int AnalysisProcedureDataContainerUnit::getOperatorID() {return operator_id;}
string AnalysisProcedureDataContainerUnit::getProcedureName() {return procedure_name;}
string AnalysisProcedureDataContainerUnit::getProcedureStep() {return procedure_step;}
double AnalysisProcedureDataContainerUnit::getSkipProbability() {return skip_probability;}
double AnalysisProcedureDataContainerUnit::getTime() {return time;}
double AnalysisProcedureDataContainerUnit::getTimePIF() {return time_PIF;}