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/*!
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this file,
* You can obtain one at http://mozilla.org/MPL/2.0/.
*
* Copyright(c) 2010 Apogee Instruments, Inc.
* \brief this name space defines the structures and enums for configuration meta, vertical and horiztonal patter data, anything from the configuration matrix
*
*/
#include "CamCfgMatrix.h"
#include <sstream>
#include <stdexcept>
////////////////////////////
// CLEAR
void CamCfg::Clear( CamCfg::APN_CAMERA_METADATA & data )
{
data.Sensor.clear();
data.CameraId = ID_NO_OP;
data.CameraLine.clear();
data.CameraModel.clear();
data.InterlineCCD = false;
data.SupportsSerialA = false;
data.SupportsSerialB = false;
data.SensorTypeCCD = false;
data.TotalColumns = 0;
data.ImagingColumns = 0;
data.ClampColumns = 0;
data.PreRoiSkipColumns = 0;
data.PostRoiSkipColumns = 0;
data.OverscanColumns = 0;
data.TotalRows = 0;
data.ImagingRows = 0;
data.UnderscanRows = 0;
data.OverscanRows = 0;
data.VFlushBinning= 0;
data.EnableSingleRowOffset = 0;
data.RowOffsetBinning = 0;
data.HFlushDisable= false;
data.ShutterCloseDelay = 0;
data.PixelSizeX = 0;
data.PixelSizeY = 0;
data.Color = false;
data.ReportedGainSixteenBit = 0.0;
data.MinSuggestedExpTime = 0.0;
data.CoolingSupported= false;
data.RegulatedCoolingSupported = false;
data.TempSetPoint= 0.0;
data.TempRampRateOne = 0;
data.TempRampRateTwo = 0;
data.TempBackoffPoint = 0.0;
data.PrimaryADType = CamCfg::ApnAdType_None;
data.AlternativeADType= CamCfg::ApnAdType_None;
data.PrimaryADLatency = 0;
data.AlternativeADLatency= 0;
data.IRPreflashTime= 0.0;
data.AdCfg= 0;
data.DefaultGainLeft= 0;
data.DefaultOffsetLeft= 0;
data.DefaultGainRight= 0;
data.DefaultOffsetRight= 0;
data.DefaultRVoltage= 0;
data.DefaultDataReduction= false;
data.VideoSubSample = 0;
data.AmpCutoffDisable = 0;
data.NumAdOutputs = 0;
data.SupportsSingleDualReadoutSwitching = false;
data.VerticalPattern.clear();
data.ClampPatternNormal.clear();
data.SkipPatternNormal.clear();
data.RoiPatternNormal.clear();
data.ClampPatternFast.clear();
data.SkipPatternFast.clear();
data.RoiPatternFast.clear();
data.VerticalPatternVideo.clear();
data.ClampPatternVideo.clear();
data.SkipPatternVideo.clear();
data.RoiPatternVideo.clear();
}
////////////////////////////
// CLEAR
void CamCfg::Clear( CamCfg::APN_VPATTERN_FILE & data )
{
data.Mask = 0;
data.PatternData.clear();
}
////////////////////////////
// CLEAR
void CamCfg::Clear( CamCfg::APN_HPATTERN_FILE & data )
{
data.Mask = 0;
data.RefPatternData.clear();
data.SigPatternData.clear();
data.BinPatternData.clear();
}
////////////////////////////
// CONVERT INT 2 APNADTYPE
CamCfg::ApnAdType CamCfg::ConvertInt2ApnAdType(const int32_t value)
{
CamCfg::ApnAdType result = CamCfg::ApnAdType_None;
switch( value )
{
case 0:
result = ApnAdType_None;
break;
case 1:
result = ApnAdType_Alta_Sixteen;
break;
case 2:
result = ApnAdType_Alta_Twelve;
break;
case 3:
result = ApnAdType_Ascent_Sixteen;
break;
default:
{
std::stringstream msg;
msg << __FILE__ << "(" << __LINE__ << "):Undefine ApnAdType: " << value;
std::runtime_error except( msg.str() );
throw except;
}
break;
}
return result;
}
////////////////////////////
// APN AD TYPE 2 STR
std::string CamCfg::ApnAdType2Str( const CamCfg::ApnAdType in )
{
switch( in )
{
case( CamCfg::ApnAdType_None ):
default:
return "CamCfg::ApnAdType_None";
break;
case( CamCfg::ApnAdType_Alta_Sixteen ):
return "CamCfg::ApnAdType_Alta_Sixteen";
break;
case( CamCfg::ApnAdType_Alta_Twelve ):
return "CamCfg::ApnAdType_Alta_Twelve";
break;
case( CamCfg::ApnAdType_Ascent_Sixteen ):
return "CamCfg::ApnAdType_Ascent_Sixteen";
break;
}
}
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