void
CStcGroup::CopyVars( const CStcGroup& fStcGroup )
{
ClearAllData();
// CMapStringToOb
CString key;
POSITION pos;
void *pfv;
const CMapStringToPtr& DataValuesMap = fStcGroup.GetDataValuesMap();
StcDataValues *pfDV;
// Iterate through the entire map, dumping both name and age.
for( pos = DataValuesMap.GetStartPosition(); pos != NULL; )
{
DataValuesMap.GetNextAssoc( pos, key, pfv );
pfDV = (StcDataValues *)pfv;
StcDataValues *pDV = new StcDataValues;
// Fix this .. done
CopyDataValues( pDV, pfDV->Values, pfDV->ValuesSize );
pDV->pColorMap = pfDV->pColorMap;
m_StcDataValuesMap.SetAt( key, pDV );
//
}
// CStringList
const CStringList& cList = fStcGroup.GetFileNames();
for( pos = cList.GetHeadPosition(); pos != NULL; )
{
m_FileNames.AddTail( cList.GetNext(pos) );
}
fStcGroup.GetNameDescription( m_Name, m_Description );
// m_Residues = fStcGroup.GetResidues();
CopyResidues( fStcGroup.GetResidues(), fStcGroup.GetResiduesSize() );
m_MasterSeq = fStcGroup.GetMasterSeq();
SetCurrentDataType( fStcGroup.GetCurrentDataType() );
}
CStcGroup::~CStcGroup()
{
ClearAllData();
}
void CDetailDelayResult::GenerateResult(vector<CAirsideFlightDelayReport::FltTypeDelayItem>& fltTypeDelayData,CParameters *pParameter)
{
ASSERT(pParameter != NULL);
ClearAllData();
ElapsedTime estMinDelayTime = pParameter->getStartTime();
ElapsedTime estMaxDelayTime = pParameter->getEndTime();
long lMinDelayTime = estMinDelayTime.asSeconds();
long lMaxDelayTime = estMaxDelayTime.asSeconds();
//delay time error
if (lMaxDelayTime < lMinDelayTime)
{
return;
}
m_estStartTime = estMinDelayTime;
m_estEndTime = estMaxDelayTime;
long lUserIntervalTime = pParameter->getInterval();
ElapsedTime estUserIntervalTime = ElapsedTime(lUserIntervalTime);
long lDelayTimeSegmentCount = 0; //the count of the delayTime segment
if (0 < lUserIntervalTime)
{
estMinDelayTime = ElapsedTime(lMinDelayTime);
lDelayTimeSegmentCount = (lMaxDelayTime - lMinDelayTime) / (lUserIntervalTime);
if((lMaxDelayTime - lMinDelayTime) % (lUserIntervalTime) != 0)
lDelayTimeSegmentCount += 1;
}
else
{
lDelayTimeSegmentCount= ClacTimeRange(estMaxDelayTime, estMinDelayTime, estUserIntervalTime);
}
bool bSetTimeRange = false;
for (int j=0; j<(int)pParameter->getFlightConstraintCount(); j++)
{
FlightConstraint flightConstraint = pParameter->getFlightConstraint(j);
CDetailFlightDelayData *pDetailFlightDelayData = new CDetailFlightDelayData;
pDetailFlightDelayData->m_fltCons = flightConstraint;
for (long i=0; i<lDelayTimeSegmentCount; i++)
{
ElapsedTime estTempMinDelayTime = estMinDelayTime + ElapsedTime(estUserIntervalTime.asSeconds()*i);
ElapsedTime estTempMaxDelayTime = estMinDelayTime + ElapsedTime(estUserIntervalTime.asSeconds()*(i + 1));
if(estTempMaxDelayTime > estMaxDelayTime)
estTempMaxDelayTime = estMaxDelayTime;
if (!bSetTimeRange)
{
CString strTimeRange = _T("");
//strTimeRange.Format(_T("%s-%s"), estTempMinDelayTime.printTime(), estTempMaxDelayTime.printTime());
strTimeRange.Format(_T("%02d:%02d-%02d:%02d"), estTempMinDelayTime.asHours(), estTempMinDelayTime.GetMinute(), estTempMaxDelayTime.asHours(), estTempMaxDelayTime.GetMinute());
m_vTimeRange.push_back(strTimeRange);
}
pDetailFlightDelayData->m_vData.push_back(GetFlightCountInIntervalTime(flightConstraint, estTempMinDelayTime, estTempMaxDelayTime, fltTypeDelayData)/100); //second
}
bSetTimeRange = true;
m_vFlightData.push_back(pDetailFlightDelayData);
}
}
CDetailTaxiDelayResult::~CDetailTaxiDelayResult(void)
{
ClearAllData();
}
CDetailFlightScheduleDelayResult::~CDetailFlightScheduleDelayResult(void)
{
ClearAllData();
}
CSummaryAirDelayResult::~CSummaryAirDelayResult(void)
{
ClearAllData();
}