////////////////////////////
// GET MAX BIN COLS
uint16_t CcdAcqParams::GetMaxBinCols()
{
//max number of binning columns is the number
//of roi binning patterns, this number may differ
//based on adc speed and ccd readout;
if( CcdAcqParams::QUAD_READOUT == GetReadoutType() )
{
return 1;
}
uint16_t max = 1;
switch( m_speed )
{
case Apg::AdcSpeed_Fast:
max = GetMaxFastBinCols();
break;
case Apg::AdcSpeed_Normal:
max = GetMaxNormalBinCols();
break;
default:
max = 1;
break;
}
return max;
}
////////////////////////////
// SET ADC SPEED
void AltaCcdAcqParams::SetSpeed( const Apg::AdcSpeed speed )
{
// Reset the camera
m_CamIo->Reset( false );
switch( speed )
{
case Apg::AdcSpeed_Fast:
//checking pre-conditions
if( CamCfg::ApnAdType_Alta_Twelve != m_CamData->m_MetaData.AlternativeADType)
{
std::stringstream msg;
msg << "Invalid adc type " << m_CamData->m_MetaData.AlternativeADType;
msg << " for 12bit conversion.";
apgHelper::throwRuntimeException(m_fileName, msg.str(),
__LINE__, Apg::ErrorType_InvalidOperation );
}
if( CamModel::ETHERNET == m_CamIo->GetInterfaceType() )
{
std::string vinfo = apgHelper::mkMsg( m_fileName,
"Apg::Resolution_TwelveBit not supported on alta ethernet interface.",
__LINE__);
ApgLogger::Instance().Write(ApgLogger::LEVEL_RELEASE,"warn",vinfo);
//exit here...
return;
}
//ensure the number of cols to bin are ok
if( GetNumCols2Bin() > GetMaxFastBinCols() )
{
std::stringstream msg;
msg << "Reseting imaging columns to " << GetMaxFastBinCols();
msg << " because current bin value of " << GetNumCols2Bin();
msg << " is not supported in fast mode.";
std::string vinfo = apgHelper::mkMsg( m_fileName, msg.str(), __LINE__);
ApgLogger::Instance().Write(ApgLogger::LEVEL_RELEASE,"warn",vinfo);
SetNumCols2Bin( GetMaxFastBinCols() );
}
m_CamIo->ReadOrWriteReg(CameraRegs::OP_A,
CameraRegs::OP_A_DIGITIZATION_RES_BIT);
break;
case Apg::AdcSpeed_Normal:
//checking pre-conditions
if( CamCfg::ApnAdType_Alta_Sixteen != m_CamData->m_MetaData.PrimaryADType )
{
std::stringstream msg;
msg << "Invalid adc type " << m_CamData->m_MetaData.PrimaryADType;
msg << " for 16bit conversion.";
apgHelper::throwRuntimeException(m_fileName, msg.str(),
__LINE__, Apg::ErrorType_InvalidOperation );
}
//ensure the number of cols to bin are ok
if( GetNumCols2Bin() > GetMaxNormalBinCols() )
{
std::stringstream msg;
msg << "Reseting imaging columns to " << GetMaxNormalBinCols();
msg << " because current bin value of " << GetNumCols2Bin();
msg << " is not supported in nomral mode.";
std::string vinfo = apgHelper::mkMsg( m_fileName, msg.str(), __LINE__);
ApgLogger::Instance().Write(ApgLogger::LEVEL_RELEASE,"warn",vinfo);
SetNumCols2Bin( GetMaxNormalBinCols() );
}
m_CamIo->ReadAndWriteReg( CameraRegs::OP_A,
static_cast<uint16_t>(~CameraRegs::OP_A_DIGITIZATION_RES_BIT) );
break;
default:
{
std::stringstream msg;
msg << "Invalid adc speed " << speed;
apgHelper::throwRuntimeException( m_fileName, msg.str(),
__LINE__, Apg::ErrorType_InvalidUsage );
}
break;
}
// reload all of the pattern files for given speed and binning
// not 100% sure if we still need to this, because we are only
// loading the roi for the given speed in gen2 cameras (Ascent, AltaF, AltaG)
// but this was what was done before so not going to change it now
CcdAcqParams::LoadAllPatternFiles( speed, GetNumCols2Bin() );
// Reset the camera and start flushing
m_CamIo->Reset( true );
//store the speed value
m_speed = speed;
//resoultion and speed are tied together
m_AdcRes = ( Apg::AdcSpeed_Fast == speed ?
Apg::Resolution_TwelveBit : Apg::Resolution_SixteenBit);
}
