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Measure.cpp
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Measure.cpp
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/////////////////////////////////////////////////////////////////////////////
// Copyright (c) 2005-2011 Association Homecinema Francophone. All rights reserved.
/////////////////////////////////////////////////////////////////////////////
//
// This file is subject to the terms of the GNU General Public License as
// published by the Free Software Foundation. A copy of this license is
// included with this software distribution in the file COPYING.htm. If you
// do not have a copy, you may obtain a copy by writing to the Free
// Software Foundation, 675 Mass Ave, Cambridge, MA 02139, USA.
//
// This software is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details
/////////////////////////////////////////////////////////////////////////////
// Author(s):
// François-Xavier CHABOUD
// Georges GALLERAND
/////////////////////////////////////////////////////////////////////////////
// Measure.cpp: implementation of the CMeasure class.
//
//////////////////////////////////////////////////////////////////////
#include "StdAfx.h"
#include "ColorHCFR.h"
#include "MainFrm.h"
#include "Measure.h"
#include "Generator.h"
#include "LuxScaleAdvisor.h"
#include "DataSetDoc.h"
#include "Views\MainView.h"
#include <math.h>
#include <sstream>
#ifdef _DEBUG
#undef THIS_FILE
static char THIS_FILE[]=__FILE__;
#define new DEBUG_NEW
#endif
#define PATTERN_SIZE (RANDOM250 * 100)
//////////////////////////////////////////////////////////////////////
// Construction/Destruction
//////////////////////////////////////////////////////////////////////
IMPLEMENT_SERIAL(CMeasure, CObject, 1)
CMeasure::CMeasure()
{
m_NMeasurements = 0;
m_isModified = FALSE;
m_bpreV10 = 0;
m_binMeasure = FALSE;
bDisplayRT = TRUE;
m_primariesArray.SetSize(3);
m_secondariesArray.SetSize(3);
m_grayMeasureArray.SetSize( GetConfig()->GetProfileInt("Scale Sizes","Gray",10)+1);
m_nearBlackMeasureArray.SetSize( GetConfig()->GetProfileInt("Scale Sizes","Near Black",4)+1);
m_nearWhiteMeasureArray.SetSize(GetConfig()->GetProfileInt("Scale Sizes","Near White",4)+1);
m_redSatMeasureArray.SetSize(GetConfig()->GetProfileInt("Scale Sizes","Saturations",4)+1);
m_greenSatMeasureArray.SetSize(GetConfig()->GetProfileInt("Scale Sizes","Saturations",4)+1);
m_blueSatMeasureArray.SetSize(GetConfig()->GetProfileInt("Scale Sizes","Saturations",4)+1);
m_yellowSatMeasureArray.SetSize(GetConfig()->GetProfileInt("Scale Sizes","Saturations",4)+1);
m_cyanSatMeasureArray.SetSize(GetConfig()->GetProfileInt("Scale Sizes","Saturations",4)+1);
m_magentaSatMeasureArray.SetSize(GetConfig()->GetProfileInt("Scale Sizes","Saturations",4)+1);
//need to limit size to current cc size needs or compress saved file
m_cc24SatMeasureArray.SetSize(MAX_USER_CC_PATCH_SIZE);
m_cc24SatMeasureArray_master.SetSize(5 * MAX_USER_CC_PATCH_SIZE);
m_primariesArray[0]=m_primariesArray[1]=m_primariesArray[2]=noDataColor;
m_secondariesArray[0]=m_secondariesArray[1]=m_secondariesArray[2]=noDataColor;
for(int i=0;i<m_grayMeasureArray.GetSize();i++) // Init default values: by default m_grayMeasureArray init to D65, Y=1
m_grayMeasureArray[i]=GetPrimary(0);
m_grayMeasureArray[m_grayMeasureArray.GetSize()-1].SetXYZValue(ColorXYZ(GetConfig()->m_TargetMaxL*0.95047,GetConfig()->m_TargetMaxL,GetConfig()->m_TargetMaxL*1.08883));
for(int i=0;i<m_nearBlackMeasureArray.GetSize();i++)
m_nearBlackMeasureArray[i]=noDataColor;
for(int i=0;i<m_nearWhiteMeasureArray.GetSize();i++)
m_nearWhiteMeasureArray[i]=noDataColor;
for(int i=0;i<m_redSatMeasureArray.GetSize();i++)
{
m_redSatMeasureArray[i]=noDataColor;
m_greenSatMeasureArray[i]=noDataColor;
m_blueSatMeasureArray[i]=noDataColor;
m_yellowSatMeasureArray[i]=noDataColor;
m_cyanSatMeasureArray[i]=noDataColor;
m_magentaSatMeasureArray[i]=noDataColor;
}
for ( int i=0;i<m_cc24SatMeasureArray.GetSize();i++ ) m_cc24SatMeasureArray[i]=noDataColor;
for ( int i=0;i<m_cc24SatMeasureArray_master.GetSize();i++ ) m_cc24SatMeasureArray_master[i]=noDataColor;
//pre-load typical display values
m_OnOffWhite.SetXYZValue(ColorXYZ(95.047,GetConfig()->m_TargetMaxL,108.883));
m_PrimeWhite.SetXYZValue(ColorXYZ(GetConfig()->m_TargetMaxL*0.95047,GetConfig()->m_TargetMaxL,GetConfig()->m_TargetMaxL*1.08883));
m_OnOffBlack.SetXYZValue(ColorXYZ(GetConfig()->m_TargetMinL*0.95047,GetConfig()->m_TargetMinL,GetConfig()->m_TargetMinL*1.08833));
m_AnsiBlack=m_AnsiWhite=noDataColor;
m_CCStr = (CString)"";
SetInfoString((CString)"Calibration by: \r\nDisplay: \r\nNote: \r\n");
m_currentIndex = 0;
m_bIREScaleMode = GetConfig()->GetProfileInt("References","IRELevels",FALSE);
m_hThread = NULL;
m_hEventRun = NULL;
m_hEventDone = NULL;
m_bTerminateThread = FALSE;
m_bErrorOccurred = FALSE;
m_nBkMeasureStep = 0;
m_clrToMeasure = ColorRGBDisplay(0.0);
m_nBkMeasureStepCount = 0;
m_pBkMeasureSensor = NULL;
m_pBkMeasuredColor = NULL;
m_nbMaxMeasurements = GetConfig()->GetProfileInt("General","MaxMeasurements",2500);
if ( m_nbMaxMeasurements < 100 )
m_nbMaxMeasurements = 100;
else if ( m_nbMaxMeasurements > 30000 )
m_nbMaxMeasurements = 30000;
m_bOverRideBlack = GetConfig()->GetProfileDouble("References","Use Black Level",0);
double YBlack = GetConfig()->GetProfileDouble("References","Manual Black Level",0);
m_userBlack = CColor(ColorXYZ(YBlack*.95047,YBlack,YBlack*1.0883));
m_NearWhiteClipCol = 101;
}
CMeasure::~CMeasure()
{
}
void CMeasure::Copy(CMeasure * p,UINT nId)
{
switch (nId)
{
case DUPLGRAYLEVEL: // Gray scale measure
m_grayMeasureArray.SetSize(p->m_grayMeasureArray.GetSize());
m_bIREScaleMode=p->m_bIREScaleMode;
m_OnOffWhite=p->m_OnOffWhite;
for(int i=0;i<m_grayMeasureArray.GetSize();i++)
m_grayMeasureArray[i]=p->m_grayMeasureArray[i];
break;
case DUPLNEARBLACK: // Near black measure
m_nearBlackMeasureArray.SetSize(p->m_nearBlackMeasureArray.GetSize());
for(int i=0;i<m_nearBlackMeasureArray.GetSize();i++)
m_nearBlackMeasureArray[i]=p->m_nearBlackMeasureArray[i];
break;
case DUPLNEARWHITE: // Near white measure
m_nearWhiteMeasureArray.SetSize(p->m_nearWhiteMeasureArray.GetSize());
for(int i=0;i<m_nearWhiteMeasureArray.GetSize();i++)
m_nearWhiteMeasureArray[i]=p->m_nearWhiteMeasureArray[i];
break;
case DUPLPRIMARIESSAT: // Primaries saturation measure
m_redSatMeasureArray.SetSize(p->m_redSatMeasureArray.GetSize());
m_greenSatMeasureArray.SetSize(p->m_greenSatMeasureArray.GetSize());
m_blueSatMeasureArray.SetSize(p->m_blueSatMeasureArray.GetSize());
m_yellowSatMeasureArray.SetSize(p->m_yellowSatMeasureArray.GetSize());
m_cyanSatMeasureArray.SetSize(p->m_cyanSatMeasureArray.GetSize());
m_magentaSatMeasureArray.SetSize(p->m_magentaSatMeasureArray.GetSize());
m_cc24SatMeasureArray.SetSize(p->m_cc24SatMeasureArray.GetSize());
m_cc24SatMeasureArray_master.SetSize(p->m_cc24SatMeasureArray_master.GetSize());
for(int i=0;i<m_redSatMeasureArray.GetSize();i++)
{
m_redSatMeasureArray[i]=p->m_redSatMeasureArray[i];
m_greenSatMeasureArray[i]=p->m_greenSatMeasureArray[i];
m_blueSatMeasureArray[i]=p->m_blueSatMeasureArray[i];
}
for(int i=0;i<m_cc24SatMeasureArray.GetSize();i++)
m_cc24SatMeasureArray[i]=p->m_cc24SatMeasureArray[i];
for(int i=0;i<m_cc24SatMeasureArray_master.GetSize();i++)
m_cc24SatMeasureArray_master[i]=p->m_cc24SatMeasureArray_master[i];
break;
case DUPLSECONDARIESSAT: // Secondaries saturation measure
m_redSatMeasureArray.SetSize(p->m_redSatMeasureArray.GetSize());
m_greenSatMeasureArray.SetSize(p->m_greenSatMeasureArray.GetSize());
m_blueSatMeasureArray.SetSize(p->m_blueSatMeasureArray.GetSize());
m_yellowSatMeasureArray.SetSize(p->m_yellowSatMeasureArray.GetSize());
m_cyanSatMeasureArray.SetSize(p->m_cyanSatMeasureArray.GetSize());
m_magentaSatMeasureArray.SetSize(p->m_magentaSatMeasureArray.GetSize());
m_cc24SatMeasureArray.SetSize(p->m_cc24SatMeasureArray.GetSize());
m_cc24SatMeasureArray_master.SetSize(p->m_cc24SatMeasureArray_master.GetSize());
for(int i=0;i<m_yellowSatMeasureArray.GetSize();i++)
{
m_yellowSatMeasureArray[i]=p->m_yellowSatMeasureArray[i];
m_cyanSatMeasureArray[i]=p->m_cyanSatMeasureArray[i];
m_magentaSatMeasureArray[i]=p->m_magentaSatMeasureArray[i];
}
for(int i=0;i<m_cc24SatMeasureArray.GetSize();i++)
m_cc24SatMeasureArray[i]=p->m_cc24SatMeasureArray[i];
for(int i=0;i<m_cc24SatMeasureArray_master.GetSize();i++)
m_cc24SatMeasureArray_master[i]=p->m_cc24SatMeasureArray_master[i];
break;
case DUPLPRIMARIESCOL: // Primaries measure
for(int i=0;i<m_primariesArray.GetSize();i++)
m_primariesArray[i]=p->m_primariesArray[i];
m_PrimeWhite = p->m_PrimeWhite;
break;
case DUPLSECONDARIESCOL: // Secondaries measure
for(int i=0;i<m_secondariesArray.GetSize();i++)
m_secondariesArray[i]=p->m_secondariesArray[i];
m_PrimeWhite = p->m_PrimeWhite;
break;
case DUPLCONTRAST: // Contrast measure
m_OnOffBlack=p->m_OnOffBlack;
m_OnOffWhite=p->m_OnOffWhite;
m_AnsiBlack=p->m_AnsiBlack;
m_AnsiBlack=p->m_AnsiBlack;
break;
case DUPLINFO: // Info
m_infoStr=p->m_infoStr;
break;
default:
break;
}
}
void CMeasure::Serialize(CArchive& ar)
{
CObject::Serialize(ar) ;
CColor MarkerColor(0.123,0.456,0.789);
if (ar.IsStoring())
{
int version = 17;
ar << version;
ar << GetConfig()->m_BT2390_BS;
ar << GetConfig()->m_BT2390_WS;
ar << GetConfig()->m_BT2390_WS1;
ar << GetConfig()->m_TargetSysGamma;
ar << GetConfig()->m_MasterMinL;
ar << GetConfig()->m_MasterMaxL;
ar << GetConfig()->m_TargetMinL;
ar << GetConfig()->m_TargetMaxL;
ar << GetConfig()->m_ContentMaxL;
ar << GetConfig()->m_FrameAvgMaxL;
ar << GetConfig()->m_useToneMap;
ar << GetConfig()->m_bOverRideTargs;
ar << GetConfig()->m_DiffuseL;
ar << m_NearWhiteClipCol;
ar << (int)GetConfig()->m_whiteTarget; //new in 12
ar << (int)GetConfig()->m_CCMode;
ar << (int)GetConfig()->m_colorStandard;
ar << GetConfig()->m_dE_form;
ar << GetConfig()->m_dE_gray;
ar << GetConfig()->gw_Weight;
ar << GetConfig()->m_GammaOffsetType;
ar << GetConfig()->m_GammaRef;
ar << GetConfig()->m_GammaRel;
ar << GetConfig()->m_Split;
ar << GetConfig()->m_manualWhitex;
ar << GetConfig()->m_manualWhitey;
ar << GetConfig()->m_useMeasuredGamma;
ar << GetConfig()->m_manualBluex;
ar << GetConfig()->m_manualRedx;
ar << GetConfig()->m_manualGreenx;
ar << GetConfig()->m_manualBluey;
ar << GetConfig()->m_manualRedy;
ar << GetConfig()->m_manualGreeny;
ar << m_bOverRideBlack; //new in 11
m_userBlack.Serialize(ar);
ar << m_grayMeasureArray.GetSize();
for(int i=0;i<m_grayMeasureArray.GetSize();i++)
m_grayMeasureArray[i].Serialize(ar);
// Version 3: near black and near white added
ar << m_nearBlackMeasureArray.GetSize();
for(int i=0;i<m_nearBlackMeasureArray.GetSize();i++)
m_nearBlackMeasureArray[i].Serialize(ar);
ar << m_nearWhiteMeasureArray.GetSize();
for(int i=0;i<m_nearWhiteMeasureArray.GetSize();i++)
m_nearWhiteMeasureArray[i].Serialize(ar);
// Version 2: color saturation added
ar << m_redSatMeasureArray.GetSize();
for(int i=0;i<m_redSatMeasureArray.GetSize();i++)
m_redSatMeasureArray[i].Serialize(ar);
ar << m_greenSatMeasureArray.GetSize();
for(int i=0;i<m_greenSatMeasureArray.GetSize();i++)
m_greenSatMeasureArray[i].Serialize(ar);
ar << m_blueSatMeasureArray.GetSize();
for(int i=0;i<m_blueSatMeasureArray.GetSize();i++)
m_blueSatMeasureArray[i].Serialize(ar);
ar << m_yellowSatMeasureArray.GetSize();
for(int i=0;i<m_yellowSatMeasureArray.GetSize();i++)
m_yellowSatMeasureArray[i].Serialize(ar);
ar << m_cyanSatMeasureArray.GetSize();
for(int i=0;i<m_cyanSatMeasureArray.GetSize();i++)
m_cyanSatMeasureArray[i].Serialize(ar);
ar << m_magentaSatMeasureArray.GetSize();
for(int i=0;i<m_magentaSatMeasureArray.GetSize();i++)
m_magentaSatMeasureArray[i].Serialize(ar);
//write end marker to limit storage size to real data limits version 13
ar << m_cc24SatMeasureArray.GetSize();
for(int i=0;i<m_cc24SatMeasureArray.GetSize();i++)
{
if (m_cc24SatMeasureArray[i].isValid())
{
m_cc24SatMeasureArray[i].Serialize(ar);
ar << i;
}
}
MarkerColor.Serialize(ar);
ar << m_cc24SatMeasureArray_master.GetSize();
for(int i=0;i<m_cc24SatMeasureArray_master.GetSize();i++)
{
if (m_cc24SatMeasureArray_master[i].isValid())
{
m_cc24SatMeasureArray_master[i].Serialize(ar);
ar << i;
}
}
MarkerColor.Serialize(ar);
// Version 1 again
ar << m_measurementsArray.GetSize();
for(int i=0;i<m_measurementsArray.GetSize();i++)
m_measurementsArray[i].Serialize(ar);
m_primariesArray[0].Serialize(ar);
m_primariesArray[1].Serialize(ar);
m_primariesArray[2].Serialize(ar);
m_secondariesArray[0].Serialize(ar);
m_secondariesArray[1].Serialize(ar);
m_secondariesArray[2].Serialize(ar);
m_OnOffBlack.Serialize(ar);
m_OnOffWhite.Serialize(ar);
m_AnsiBlack.Serialize(ar);
m_AnsiWhite.Serialize(ar);
//version 9
m_PrimeWhite.Serialize(ar);
ar << m_infoStr;
ar << m_bIREScaleMode;
}
else
{
int version;
ar >> version;
if ( version > 17 )
AfxThrowArchiveException ( CArchiveException::badSchema );
if ( version > 16)
{
ar >> GetConfig()->m_BT2390_BS;
ar >> GetConfig()->m_BT2390_WS;
ar >> GetConfig()->m_BT2390_WS1;
}
if ( version > 15)
ar >> GetConfig()->m_TargetSysGamma;
if ( version > 14 )
{
ar >> GetConfig()->m_MasterMinL;
ar >> GetConfig()->m_MasterMaxL;
ar >> GetConfig()->m_TargetMinL;
ar >> GetConfig()->m_TargetMaxL;
ar >> GetConfig()->m_ContentMaxL;
ar >> GetConfig()->m_FrameAvgMaxL;
ar >> GetConfig()->m_useToneMap;
ar >> GetConfig()->m_bOverRideTargs;
ar >> GetConfig()->m_DiffuseL;
}
if ( version > 13 )
ar >> m_NearWhiteClipCol;
if ( version > 11)
{
BOOL over = FALSE;
int in[8];
double in2[11];
for (int i=0;i<7;i++)
ar >> in[i];
for (int i=0;i<5;i++)
ar >> in2[i];
ar >> in[7];
for (int i=5;i<11;i++)
ar >> in2[i];
if ( in[0] != (int)GetConfig()->m_whiteTarget ||
in[1] != (int)GetConfig()->m_CCMode ||
in[2] != (int)GetConfig()->m_colorStandard ||
in[3] != GetConfig()->m_dE_form ||
in[4] != GetConfig()->m_dE_gray ||
in[5] != GetConfig()->gw_Weight ||
in[6] != GetConfig()->m_GammaOffsetType ||
in2[0] != GetConfig()->m_GammaRef ||
in2[1] != GetConfig()->m_GammaRel ||
in2[2] != GetConfig()->m_Split ||
in2[3] != GetConfig()->m_manualWhitex ||
in2[4] != GetConfig()->m_manualWhitey ||
in[7] != GetConfig()->m_useMeasuredGamma ||
in2[5] != GetConfig()->m_manualBluex ||
in2[6] != GetConfig()->m_manualRedx ||
in2[7] != GetConfig()->m_manualGreenx ||
in2[8] != GetConfig()->m_manualBluey ||
in2[9] != GetConfig()->m_manualRedy ||
in2[10] != GetConfig()->m_manualGreeny )
over = TRUE;
if (over)
{
CString msg;
msg.SetString("Preferences in saved file differ from active preferences, overwrite?");
if (GetColorApp()->InMeasureMessageBox(msg,"Warning", MB_YESNO | MB_ICONWARNING) != IDYES )
over = FALSE;
}
if (over)
{
GetConfig()->m_whiteTarget = WhiteTarget(in[0]);
GetConfig()->m_CCMode = CCPatterns(in[1]);
GetConfig()->m_colorStandard = ColorStandard(in[2]);
if (GetColorApp()->m_pColorReference)
delete GetColorApp()->m_pColorReference;
if (WhiteTarget(in[0]) == DCUST && in[2] != CUSTOM) //Custom White only
{
ColorxyY whitecolor = ColorxyY(in2[3], in2[4]);
GetColorApp()->m_pColorReference = new CColorReference(ColorStandard(in[2]), WhiteTarget(in[0]), -1, " modified", ColorXYZ(whitecolor));
}
else if (in[2] == CUSTOM && in[0] != DCUST) //Custom Color only
{
ColorxyY redcolor = ColorxyY(in2[6], in2[9]);
ColorxyY greencolor = ColorxyY(in2[7], in2[10]);
ColorxyY bluecolor = ColorxyY(in2[5], in2[8]);
GetColorApp()->m_pColorReference = new CColorReference(ColorStandard(in[2]), WhiteTarget(in[0]), -1, " modified", GetColorApp()->m_pColorReference->GetWhite(), redcolor, greencolor, bluecolor);
}
else if (in[2] == CUSTOM && in[0] == DCUST) //Both
{
ColorxyY whitecolor = ColorxyY(in2[3], in2[4]);
ColorxyY redcolor = ColorxyY(in2[6], in2[9]);
ColorxyY greencolor = ColorxyY(in2[7], in2[10]);
ColorxyY bluecolor = ColorxyY(in2[5], in2[8]);
GetColorApp()->m_pColorReference = new CColorReference(ColorStandard(in[2]), WhiteTarget(in[0]), -1, " modified", ColorXYZ(whitecolor), redcolor, greencolor, bluecolor);
}
else
GetColorApp()->m_pColorReference = new CColorReference(ColorStandard(in[2]), WhiteTarget(in[0]), in[6]);
GetConfig()->m_dE_form = in[3];
GetConfig()->m_dE_gray = in[4];
GetConfig()->gw_Weight = in[5];
GetConfig()->m_GammaOffsetType = in[6];
GetConfig()->m_GammaRef = in2[0];
GetConfig()->m_GammaRel = in2[1];
GetConfig()->m_Split = in2[2];
GetConfig()->m_manualWhitex = in2[3];
GetConfig()->m_manualWhitey = in2[4];
GetConfig()->m_useMeasuredGamma = in[7];
GetConfig()->m_manualBluex = in2[5];
GetConfig()->m_manualRedx = in2[6];
GetConfig()->m_manualGreenx = in2[7];
GetConfig()->m_manualBluey = in2[8];
GetConfig()->m_manualRedy = in2[9];
GetConfig()->m_manualGreeny = in2[10];
}
}
if (version > 10)
{
ar >> m_bOverRideBlack;
m_userBlack.Serialize(ar);
}
int size, gsize;
ar >> gsize;
m_grayMeasureArray.SetSize(gsize);
for(int i=0;i<m_grayMeasureArray.GetSize();i++)
m_grayMeasureArray[i].Serialize(ar);
if ( version > 2 )
{
ar >> size;
m_nearBlackMeasureArray.SetSize(size);
for(int i=0;i<m_nearBlackMeasureArray.GetSize();i++)
m_nearBlackMeasureArray[i].Serialize(ar);
ar >> size;
m_nearWhiteMeasureArray.SetSize(size);
for(int i=0;i<m_nearWhiteMeasureArray.GetSize();i++)
m_nearWhiteMeasureArray[i].Serialize(ar);
}
else
{
m_nearBlackMeasureArray.SetSize(5);
m_nearWhiteMeasureArray.SetSize(5);
for(int i=0;i<m_nearBlackMeasureArray.GetSize();i++)
{
m_nearBlackMeasureArray[i]=noDataColor;
m_nearWhiteMeasureArray[i]=noDataColor;
}
}
if ( version > 1 )
{
ar >> size;
m_redSatMeasureArray.SetSize(size);
for(int i=0;i<m_redSatMeasureArray.GetSize();i++)
m_redSatMeasureArray[i].Serialize(ar);
ar >> size;
m_greenSatMeasureArray.SetSize(size);
for(int i=0;i<m_greenSatMeasureArray.GetSize();i++)
m_greenSatMeasureArray[i].Serialize(ar);
ar >> size;
m_blueSatMeasureArray.SetSize(size);
for(int i=0;i<m_blueSatMeasureArray.GetSize();i++)
m_blueSatMeasureArray[i].Serialize(ar);
ar >> size;
m_yellowSatMeasureArray.SetSize(size);
for(int i=0;i<m_yellowSatMeasureArray.GetSize();i++)
m_yellowSatMeasureArray[i].Serialize(ar);
ar >> size;
m_cyanSatMeasureArray.SetSize(size);
for(int i=0;i<m_cyanSatMeasureArray.GetSize();i++)
m_cyanSatMeasureArray[i].Serialize(ar);
ar >> size;
m_magentaSatMeasureArray.SetSize(size);
for(int i=0;i<m_magentaSatMeasureArray.GetSize();i++)
m_magentaSatMeasureArray[i].Serialize(ar);
if ( version >= 8 )
{
ar >> size;
m_cc24SatMeasureArray.SetSize(max(size, MAX_USER_CC_PATCH_SIZE));
if ( version <= 12)
{
for(int i=0;i<size;i++)
m_cc24SatMeasureArray[i].Serialize(ar);
} else
{
for(int i=0;i<size;i++)
{
CColor inColor;
int j = 0;
inColor.Serialize(ar);
if (inColor.GetX() == 0.123 && inColor.GetY() == 0.456 && inColor.GetZ() == 0.789)
break;
else
{
ar >> j;
m_cc24SatMeasureArray[j] = inColor;
}
}
}
if ( version >= 10)
{
ar >> size;
m_cc24SatMeasureArray_master.SetSize(max(size, 5 * MAX_USER_CC_PATCH_SIZE));
if (version <= 12)
{
for(int i=0;i<size;i++)
m_cc24SatMeasureArray_master[i].Serialize(ar);
m_CCStr=GetCCStr();
}
else //version for smaller save files (doesn't save/restore nodata values)
{
for(int i=0;i<size;i++)
{
CColor inColor;
int j = 0;
inColor.Serialize(ar);
if (inColor.GetX() == 0.123 && inColor.GetY() == 0.456 && inColor.GetZ() == 0.789)
break;
else
{
ar >> j;
m_cc24SatMeasureArray_master[j] = inColor;
}
m_CCStr=GetCCStr();
}
}
}
else
m_bpreV10 = 1;
}
else
m_bpreV10 = 1;
}
else
{
m_redSatMeasureArray.SetSize(5);
m_greenSatMeasureArray.SetSize(5);
m_blueSatMeasureArray.SetSize(5);
m_yellowSatMeasureArray.SetSize(5);
m_cyanSatMeasureArray.SetSize(5);
m_magentaSatMeasureArray.SetSize(5);
m_cc24SatMeasureArray.SetSize(RANDOM250);
for(int i=0;i<m_cc24SatMeasureArray.GetSize();i++)
m_cc24SatMeasureArray[i]=noDataColor;
for(int i=0;i<m_redSatMeasureArray.GetSize();i++)
{
m_redSatMeasureArray[i]=noDataColor;
m_greenSatMeasureArray[i]=noDataColor;
m_blueSatMeasureArray[i]=noDataColor;
m_yellowSatMeasureArray[i]=noDataColor;
m_cyanSatMeasureArray[i]=noDataColor;
m_magentaSatMeasureArray[i]=noDataColor;
}
}
ar >> size;
m_measurementsArray.SetSize(size);
for(int i=0;i<m_measurementsArray.GetSize();i++)
m_measurementsArray[i].Serialize(ar);
m_primariesArray[0].Serialize(ar);
m_primariesArray[1].Serialize(ar);
m_primariesArray[2].Serialize(ar);
m_secondariesArray[0].Serialize(ar);
m_secondariesArray[1].Serialize(ar);
m_secondariesArray[2].Serialize(ar);
m_OnOffBlack.Serialize(ar);
if (!m_OnOffBlack.isValid() && gsize > 0)
m_OnOffBlack = m_grayMeasureArray[0];
m_OnOffWhite.Serialize(ar);
m_AnsiBlack.Serialize(ar);
m_AnsiWhite.Serialize(ar);
if ( version > 8 )
m_PrimeWhite.Serialize(ar);
else
{
m_PrimeWhite = m_OnOffWhite;
if (gsize > 0)
m_OnOffWhite = m_grayMeasureArray[gsize-1];
}
ar >> m_infoStr;
if (m_infoStr.Find("\n") < 1)
SetInfoString((CString)"Calibration by: \r\nDisplay: \r\nNote: \r\n");
if ( version > 4 && version < 7 )
{
BOOL bUseAdjustmentMatrix;
Matrix XYZAdjustmentMatrix;
CString XYZAdjustmentComment;
ar >> bUseAdjustmentMatrix;
XYZAdjustmentMatrix.Serialize(ar);
ar >> XYZAdjustmentComment;
}
if ( version > 5 )
ar >> m_bIREScaleMode;
else
m_bIREScaleMode = FALSE;
}
m_isModified = FALSE;
}
void CMeasure::SetGrayScaleSize(int steps)
{
int OldSize = m_grayMeasureArray.GetSize ();
m_grayMeasureArray.SetSize(steps);
if ( steps != OldSize )
{
// Purge all actual results
for(int i=0;i<m_grayMeasureArray.GetSize();i++) // Init default values: by default m_grayMeasureArray init to D65, Y=1
{
m_grayMeasureArray[i]=noDataColor;
}
}
}
void CMeasure::SetIREScaleMode(BOOL bIRE)
{
if ( bIRE != m_bIREScaleMode )
{
m_bIREScaleMode = bIRE;
// Purge all actual results
for(int i=0;i<m_grayMeasureArray.GetSize();i++) // Init default values: by default m_grayMeasureArray init to D65, Y=1
{
m_grayMeasureArray[i]=noDataColor;
}
}
}
void CMeasure::SetNearBlackScaleSize(int steps)
{
int OldSize = m_nearBlackMeasureArray.GetSize ();
m_nearBlackMeasureArray.SetSize(steps);
if ( steps != OldSize )
{
// Purge all actual results
for(int i=0;i<m_nearBlackMeasureArray.GetSize();i++)
{
m_nearBlackMeasureArray[i]=noDataColor;
}
}
}
void CMeasure::SetNearWhiteScaleSize(int steps)
{
int OldSize = m_nearWhiteMeasureArray.GetSize ();
m_nearWhiteMeasureArray.SetSize(steps);
if ( steps != OldSize )
{
// Purge all actual results
for(int i=0;i<m_nearWhiteMeasureArray.GetSize();i++)
{
m_nearWhiteMeasureArray[i]=noDataColor;
}
}
}
void CMeasure::SetSaturationSize(int steps)
{
int OldSize = m_redSatMeasureArray.GetSize ();
m_redSatMeasureArray.SetSize(steps);
m_greenSatMeasureArray.SetSize(steps);
m_blueSatMeasureArray.SetSize(steps);
m_yellowSatMeasureArray.SetSize(steps);
m_cyanSatMeasureArray.SetSize(steps);
m_magentaSatMeasureArray.SetSize(steps);
if ( steps != OldSize )
{
// Purge all actual results
for(int i=0;i<m_redSatMeasureArray.GetSize();i++) // Init default values
{
m_redSatMeasureArray[i]=noDataColor;
m_greenSatMeasureArray[i]=noDataColor;
m_blueSatMeasureArray[i]=noDataColor;
m_yellowSatMeasureArray[i]=noDataColor;
m_cyanSatMeasureArray[i]=noDataColor;
m_magentaSatMeasureArray[i]=noDataColor;
}
}
}
void CMeasure::StartLuxMeasure ()
{
GetColorApp () -> BeginLuxMeasure ();
}
UINT CMeasure::GetLuxMeasure ( double * pValue )
{
UINT nRet = LUX_NOMEASURE;
UINT nLuxRetCode;
BOOL bContinue;
double dLuxValue;
CString Msg, Title;
CLuxScaleAdvisor * pDlg = NULL;
do
{
bContinue = FALSE;
nLuxRetCode = GetColorApp () -> GetLuxMeasure ( & dLuxValue );
switch ( nLuxRetCode )
{
case LUXMETER_OK:
* pValue = dLuxValue;
nRet = LUX_OK;
break;
case LUXMETER_NOT_RUNNING:
* pValue = 0.0;
nRet = LUX_NOMEASURE;
break;
case LUXMETER_SCALE_TOO_HIGH:
case LUXMETER_SCALE_TOO_LOW:
// Request scale adjustment
bContinue = TRUE;
if ( pDlg == NULL )
{
// Create advisor dialog
pDlg = new CLuxScaleAdvisor;
pDlg -> Create ( pDlg -> IDD, NULL );
pDlg -> UpdateWindow ();
}
else
{
// Test if advisor button has been clicked
if ( pDlg -> m_bCancel )
{
* pValue = 0.0;
nRet = LUX_CANCELED;
bContinue = FALSE;
}
else if ( pDlg -> m_bContinue )
{
* pValue = 0.0;
nRet = LUX_NOMEASURE;
bContinue = FALSE;
}
}
break;
case LUXMETER_SCALE_TOO_HIGH_MIN:
case LUXMETER_SCALE_TOO_LOW_MAX:
Title.LoadString ( IDS_ERROR );
Msg.LoadString ( IDS_LUXMETER_OUTOFRANGE );
GetColorApp()->InMeasureMessageBox(Msg,Title,MB_OK | MB_ICONINFORMATION);
* pValue = 0.0;
nRet = LUX_NOMEASURE;
break;
case LUXMETER_NEW_SCALE_OK:
bContinue = TRUE;
if ( pDlg )
{
// Advisor dialog has been opened: close it
pDlg -> DestroyWindow ();
delete pDlg;
pDlg = NULL;
GetColorApp()->BringPatternWindowToTop ();
}
// Reset measures
* pValue = 0.0;
WaitForDynamicIris ( TRUE );
GetColorApp () -> BeginLuxMeasure ();
break;
}
if ( bContinue )
{
// Sleep 50 ms while dispatching messages to the advisor dialog
Sleep(50);
MSG Msg;
while(PeekMessage(&Msg, NULL, NULL, NULL, PM_REMOVE))
{
TranslateMessage( &Msg );
DispatchMessage( &Msg );
}
}
} while ( bContinue );
if ( pDlg )
{
// This case should not occur
ASSERT ( 0 );
// Advisor dialog has been opened: close it
pDlg -> DestroyWindow ();
delete pDlg;
pDlg = NULL;
GetColorApp()->BringPatternWindowToTop ();
GetColorApp () -> BeginLuxMeasure ();
}
return nRet;
}
bool doSettling = FALSE;
BOOL CMeasure::MeasureGrayScale(CSensor *pSensor, CGenerator *pGenerator, CDataSetDoc *pDoc)
{
MSG Msg;
BOOL bEscape;
BOOL bPatternRetry = FALSE;
BOOL bRetry = FALSE;
int size=m_grayMeasureArray.GetSize();
CString strMsg, Title;
double dLuxValue;
CArray<CColor,int> measuredColor;
// CColor previousColor;
BOOL bUseLuxValues = TRUE;
CArray<double,int> measuredLux;
measuredColor.SetSize(size);
measuredLux.SetSize(size);
if(pGenerator->Init(size) != TRUE)
{
Title.LoadString ( IDS_ERROR );
strMsg.LoadString ( IDS_ERRINITGENERATOR );
GetColorApp()->InMeasureMessageBox(strMsg,Title,MB_ICONERROR | MB_OK);
return FALSE;
}
if(pGenerator->CanDisplayScale ( CGenerator::MT_IRE, size ) != TRUE)
{
pGenerator->Release();
return FALSE;
}
if(pSensor->Init(FALSE) != TRUE)
{
Title.LoadString ( IDS_ERROR );
strMsg.LoadString ( IDS_ERRINITSENSOR );
GetColorApp()->InMeasureMessageBox(strMsg,Title,MB_ICONERROR | MB_OK);
pGenerator->Release();
return FALSE;
}
m_binMeasure = TRUE;
m_currentIndex = 0;
for(int i=(CheckBlackOverride()?1:0);i<size;i++)
{
if (i>0)
GetConfig()->m_isSettling=FALSE;
else
doSettling = GetConfig()->m_isSettling;
UpdateViews(pDoc, 0);
if (!i && (GetConfig()->GetProfileInt("GDIGenerator","DisplayMode",DISPLAY_DEFAULT_MODE) == DISPLAY_GDI_Hide) )
UpdateTstWnd(pDoc, -1);
if( pGenerator->DisplayGray(ArrayIndexToGrayLevel ( i, size, GetConfig () -> m_bUseRoundDown, GetConfig () -> m_bUse10bit),CGenerator::MT_IRE ,!bRetry))
{
UpdateTstWnd(pDoc, i);
bEscape = WaitForDynamicIris (FALSE, pDoc);
bRetry = FALSE;
if ( ! bEscape )
{
if ( bUseLuxValues )
StartLuxMeasure ();
measuredColor[i]=pSensor->MeasureGray(ArrayIndexToGrayLevel ( i, size, GetConfig () -> m_bUseRoundDown, GetConfig () -> m_bUse10bit));
m_grayMeasureArray[i] = measuredColor[i];
if ( bUseLuxValues )
{
switch ( GetLuxMeasure ( & dLuxValue ) )
{
case LUX_NOMEASURE:
bUseLuxValues = FALSE;
break;
case LUX_OK:
measuredLux[i] = dLuxValue;
break;
case LUX_CANCELED:
bEscape = TRUE;
break;
}
}
}
if ( bUseLuxValues && ! bEscape && i == 0 )
{
int nNbLoops = 0;
BOOL bContinue;
// Measuring black: ask and reask luxmeter value until it stabilizes
do