void CGridRFULimits::_GetRFUColumn(CLabRFU *pRFU, int nCol)
{
pRFU->SetMinRFU(_GetCellIntValue(ROW_RFU_MIN, nCol));
pRFU->SetMinRFUinterlocus(_GetCellIntValue(ROW_RFU_INTERLOCUS,nCol));
pRFU->SetMaxRFU(_GetCellIntValue(ROW_RFU_MAX,nCol));
pRFU->SetMinDetection(_GetCellIntValue(ROW_DETECTION,nCol));
}
bool CGridRFULimits::TransferDataFromWindow()
{
bool bRtn = (m_pData != NULL);
if(bRtn)
{
CLabRFU *pRFU;
for(int nCol = 0; nCol < COL_COUNT; ++nCol)
{
pRFU = m_apRFU[nCol];
pRFU->SetMinRFU(
_GetCellIntValue(ROW_RFU_MIN, nCol));
pRFU->SetMinRFUinterlocus(
_GetCellIntValue(ROW_RFU_INTERLOCUS,nCol));
pRFU->SetMaxRFU(_GetCellIntValue(ROW_RFU_MAX,nCol));
pRFU->SetMinDetection(_GetCellIntValue(ROW_DETECTION,nCol));
}
}
return bRtn;
}
bool CGridRFULimits::TransferDataFromWindow()
{
bool bRtn = (m_pData != NULL);
if(bRtn)
{
_GetRFUColumn(m_pData->GetRFUsample(),m_nCOL_SAMPLE);
_GetRFUColumn(m_pData->GetRFUladder(),m_nCOL_LADDER);
_GetRFUColumn(m_pData->GetRFUls(),m_nCOL_ILS);
CLabSampleChannelThresholdSet *pChannelSet = m_pData->GetChannelThresholds();
int nCol = m_nCOL_CHANNEL_START;
ChannelNumberIterator ndx;
CLabSampleChannelThreshold xCh;
pChannelSet->Clear();
for (nCol = m_nCOL_CHANNEL_START, ndx = m_vnChannelNumbers.begin();
(nCol < m_nCOL_AFTER_CHANNEL) && (ndx != m_vnChannelNumbers.end());
++nCol, ++ndx)
{
xCh.SetChannel(*ndx);
xCh.SetMin(_GetCellIntValue(ROW_RFU_MIN,nCol));
xCh.SetDetection(_GetCellIntValue(ROW_DETECTION,nCol));
if(!xCh.Skip())
{
pChannelSet->Insert(xCh);
}
}
if( (nCol != m_nCOL_AFTER_CHANNEL) || (ndx != m_vnChannelNumbers.end()) )
{
wxString s;
int nColCount = m_nCOL_AFTER_CHANNEL - m_nCOL_CHANNEL_START;
int nChannelCount = (int)m_vnChannelNumbers.size();
s.Printf("Number of channels, %d, does not match number of channel columns, %d",nChannelCount,nColCount);
wxASSERT_MSG(0,s);
mainApp::LogMessage(s);
}
}
return bRtn;
}