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Check.cpp
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//---------------------------------------------------------------------------
#include "Paraset.h"
#include "stdlib.h"
#include "Check.h"
#include "doseshell.h"
#include "GlobalData.h"
#include "LogFrame.h"
//----------------------------Class:DoseCheck---------------------------------
/*Constructor*/
DoseCheck::DoseCheck(){
this->checkedRecord.reset();
this->standardParam.reset();
}
/*Destructor*/
DoseCheck::~DoseCheck(){
this->checkedRecord.reset();
this->standardParam.reset();
}
/*Copy Constructor*/
DoseCheck::DoseCheck(const DoseCheck &r){
this->checkedRecord.reset();
this->standardParam.reset();
if(NULL != &r){
this->checkedRecord = r.checkedRecord;
this->standardParam = r.standardParam;
}
}
/*Overload operator =*/
DoseCheck DoseCheck::operator = (const DoseCheck &r){
if(NULL == &r){
this->checkedRecord.reset();
this->standardParam.reset();
}else{
this->checkedRecord = r.checkedRecord;
this->standardParam = r.standardParam;
}
return *this;
}
/*Functions*/
void DoseCheck::check(CHECKTYPE checkType){
this->reset();
switch(checkType)
{
//Absoulte
case CHECKTYPE(ABS_DD):
{
doseDifferenceCheck();
}
break;
case CHECKTYPE(ABS_DTA_FloatWay):
{
dtaCheck_FloatWay(checkType);
}
break;
case CHECKTYPE(ABS_DTA_MidValueWay):
{
dtaCheck_MidValueWay(checkType);
}
break;
case CHECKTYPE(ABS_DTA_SamePositionWay):
{
dtaCheck_SamePositionWay(checkType);
}
break;
case CHECKTYPE(ABS_GAMMA):
{
gammaCheck(checkType);
}
break;
case CHECKTYPE(ABS_BESTFIVE_DTA):
{
bestFive_Abs_DTACheck();
}
break;
case CHECKTYPE(ABS_BESTFIVE_GAMMA):
{
bestFive_Abs_GammaCheck();
}
break;
//Relative
case CHECKTYPE(REL_DTA_FloatWay):
{
dtaCheck_FloatWay(checkType);
}
break;
case CHECKTYPE(REL_DTA_MidValueWay):
{
dtaCheck_MidValueWay(checkType);
}
break;
case CHECKTYPE(REL_DTA_SamePositionWay):
{
dtaCheck_SamePositionWay(checkType);
}
break;
case CHECKTYPE(REL_GAMMA):
{
gammaCheck(checkType);
}
break;
case CHECKTYPE(REL_BESTFIVE_DTA):
{
bestFive_Rel_DTACheck();
}
break;
case CHECKTYPE(REL_BESTFIVE_GAMMA):
{
bestFive_Rel_GammaCheck();
}
break;
default:
{
RunningLog::writeLog("Unknown check type",__LINE__);
}
break;
}
this->checkedRecord.setCheckedStatus(true);
this->checkedRecord.setCheckType(checkType);
}
void DoseCheck::check(CHECKTYPE checkType,GridPoint normPoint){
switch(checkType)
{
case CHECKTYPE(ABS_DD):
{
doseDifferenceCheck(normPoint);
}
break;
case CHECKTYPE(ABS_DTA_FloatWay):
case CHECKTYPE(REL_DTA_FloatWay):
{
dtaCheck_FloatWay(checkType,normPoint);
}
break;
case CHECKTYPE(ABS_DTA_MidValueWay):
case CHECKTYPE(REL_DTA_MidValueWay):
{
dtaCheck_MidValueWay(checkType,normPoint);
}
break;
case CHECKTYPE(ABS_DTA_SamePositionWay):
case CHECKTYPE(REL_DTA_SamePositionWay):
{
dtaCheck_SamePositionWay(checkType,normPoint);
}
break;
case CHECKTYPE(ABS_GAMMA):
case CHECKTYPE(REL_GAMMA):
{
gammaCheck(checkType,normPoint);
}
break;
default:
{
RunningLog::writeLog("Unkable checkType",__LINE__);
return;
}
break;
}
this->checkedRecord.setCheckedStatus(true);
this->checkedRecord.setCheckType(checkType);
}
//---------------------------------------------------------------------
void DoseCheck::doseDifferenceCheck(){
GlobalMembers *globalMem = NULL;
HandledPairDose* handledPairDose = NULL;
Dose* measureDose = NULL;
Dose* NormMeasureDose = NULL;
Dose* calcDose = NULL;
Dose* NormCalcDose = NULL;
HANDLE_MODEL handle_model;
globalMem = GlobalMembers::getInstance();
if(NULL == globalMem){
RunningLog::writeLog("The globalInstance is NULL;",__LINE__);
return;
}
handledPairDose = globalMem->getHandledPairDose();
if(NULL == handledPairDose){
RunningLog::writeLog("The handledPairDose is NULL;",__LINE__);
return;
}
handle_model = globalMem->getHandel_Model();
NormMeasureDose = handledPairDose->getNormMeasureDoseHandled();
if(NULL == NormMeasureDose){
RunningLog::writeLog("The NormMeasureDose is NULL;",__LINE__);
return;
}
NormCalcDose = handledPairDose->getAbs_NormCalculateDoseHandled();
if(NULL == NormCalcDose){
RunningLog::writeLog("The calcDose is NULL;",__LINE__);
return;
}
measureDose = handledPairDose->getMeasureDoseHandled();
if(NULL == measureDose){
RunningLog::writeLog("The measureDose is NULL;",__LINE__);
return;
}
calcDose = handledPairDose->getCalculateDoseHandled();
if(NULL == calcDose){
RunningLog::writeLog("The calcDose is NULL;",__LINE__);
return;
}
this->checkedRecord.getSingleDDResult()->manualSelectMeasureNormValue = handledPairDose->getManualSpecialMeasureNormValue();
this->checkedRecord.getSingleDDResult()->manualSelectCalculateNormValue = handledPairDose->getManualSpecialCalcNormValue();
this->checkedRecord.getSingleDDResult()->normValue_measure = handledPairDose->getNormValueStr_measure();
this->checkedRecord.getSingleDDResult()->normValue_calculate = handledPairDose->getNormValueStr_calculate();
this->checkedRecord.getSingleDDResult()->normPosition_measure = *handledPairDose->getNormlizationPosition_Measure();
this->checkedRecord.getSingleDDResult()->normPosition_calculate = *handledPairDose->getNormlizationPosition_Calculate();
doseDifferenceCheck(measureDose,NormMeasureDose,calcDose,NormCalcDose,handle_model);
globalMem = NULL;
handledPairDose = NULL;
measureDose = NULL;
NormMeasureDose = NULL;
calcDose = NULL;
NormCalcDose = NULL;
}
void DoseCheck::gammaCheck(CHECKTYPE checkType){
GlobalMembers *globalMem = NULL;
HandledPairDose* handledPairDose = NULL;
Dose* measureDose = NULL;
Dose* calcDose = NULL;
HANDLE_MODEL handle_model;
globalMem = GlobalMembers::getInstance();
if(NULL == globalMem){
RunningLog::writeLog("The globalInstance is NULL;",__LINE__);
return;
}
handledPairDose = globalMem->getHandledPairDose();
if(NULL == handledPairDose){
RunningLog::writeLog("The handledPairDose is NULL;",__LINE__);
return;
}
handle_model = globalMem->getHandel_Model();
switch(handle_model)
{
case HANDLE_MODEL(SNDAC):
{
measureDose = handledPairDose->getNormMeasureDoseHandled();
if(CHECKTYPE(ABS_GAMMA)==checkType){
calcDose = handledPairDose->getAbs_NormCalculateDoseHandled();
}else if(CHECKTYPE(REL_GAMMA)==checkType){
calcDose = handledPairDose->getRel_NormCalculateDoseHandled();
}
}
break;
case HANDLE_MODEL(ADAC):
default:
{
if(CHECKTYPE(ABS_GAMMA)==checkType){
measureDose = handledPairDose->getMeasureDoseHandled();
calcDose = handledPairDose->getCalculateDoseHandled();
}else if(CHECKTYPE(REL_GAMMA)==checkType){
measureDose = handledPairDose->getNormMeasureDoseHandled();
calcDose = handledPairDose->getRel_NormCalculateDoseHandled();
}
}
break;
}
if(NULL == measureDose){
RunningLog::writeLog("The measureDose is NULL;",__LINE__);
return;
}
if(NULL == calcDose){
RunningLog::writeLog("The calcDose is NULL;",__LINE__);
return;
}
this->checkedRecord.getSingleGammaResult()->manualSelectMeasureNormValue = handledPairDose->getManualSpecialMeasureNormValue();
this->checkedRecord.getSingleGammaResult()->manualSelectCalculateNormValue = handledPairDose->getManualSpecialCalcNormValue();
this->checkedRecord.getSingleGammaResult()->normValue_measure = handledPairDose->getNormValueStr_measure();
this->checkedRecord.getSingleGammaResult()->normValue_calculate = handledPairDose->getNormValueStr_calculate();
this->checkedRecord.getSingleGammaResult()->normPosition_measure = *handledPairDose->getNormlizationPosition_Measure();
this->checkedRecord.getSingleGammaResult()->normPosition_calculate = *handledPairDose->getNormlizationPosition_Calculate();
gammaCheck(checkType,measureDose,calcDose,handle_model);
globalMem = NULL;
handledPairDose = NULL;
measureDose = NULL;
calcDose = NULL;
}
void DoseCheck::dtaCheck_FloatWay(CHECKTYPE checkType){
GlobalMembers *globalMem = NULL;
HandledPairDose* handledPairDose = NULL;
Dose* NormMeasureDose = NULL;
Dose* NormCalcDose = NULL;
HANDLE_MODEL handle_model;
globalMem = GlobalMembers::getInstance();
if(NULL == globalMem){
RunningLog::writeLog("The globalInstance is NULL;",__LINE__);
return;
}
handledPairDose = globalMem->getHandledPairDose();
if(NULL == handledPairDose){
RunningLog::writeLog("The handledPairDose is NULL;",__LINE__);
return;
}
handle_model = globalMem->getHandel_Model();
NormMeasureDose = handledPairDose->getNormMeasureDoseHandled();
if(NULL == NormMeasureDose){
RunningLog::writeLog("The measureDose is NULL;",__LINE__);
return;
}
if(CHECKTYPE(ABS_DTA_FloatWay)==checkType){
NormCalcDose = handledPairDose->getAbs_NormCalculateDoseHandled();
if(NULL == NormCalcDose){
RunningLog::writeLog("The calcDose is NULL;",__LINE__);
return;
}
}else if(CHECKTYPE(REL_DTA_FloatWay)==checkType){
NormCalcDose = handledPairDose->getRel_NormCalculateDoseHandled();
if(NULL == NormCalcDose){
RunningLog::writeLog("The calcDose is NULL;",__LINE__);
return;
}
}
this->checkedRecord.getSingleDTAResult()->manualSelectMeasureNormValue = handledPairDose->getManualSpecialMeasureNormValue();
this->checkedRecord.getSingleDTAResult()->manualSelectCalculateNormValue = handledPairDose->getManualSpecialCalcNormValue();
this->checkedRecord.getSingleDTAResult()->normValue_measure = handledPairDose->getNormValueStr_measure();
this->checkedRecord.getSingleDTAResult()->normValue_calculate = handledPairDose->getNormValueStr_calculate();
this->checkedRecord.getSingleDTAResult()->normPosition_measure = *handledPairDose->getNormlizationPosition_Measure();
this->checkedRecord.getSingleDTAResult()->normPosition_calculate = *handledPairDose->getNormlizationPosition_Calculate();
dtaCheck_FloatWay(checkType,NormMeasureDose,NormCalcDose,handle_model);
globalMem = NULL;
handledPairDose = NULL;
NormMeasureDose = NULL;
NormCalcDose = NULL;
}
void DoseCheck::dtaCheck_MidValueWay(CHECKTYPE checkType){
GlobalMembers *globalMem = NULL;
HandledPairDose* handledPairDose = NULL;
Dose* measureDose = NULL;
Dose* calcDose = NULL;
HANDLE_MODEL handle_model;
globalMem = GlobalMembers::getInstance();
if(NULL == globalMem){
RunningLog::writeLog("The globalInstance is NULL;",__LINE__);
return;
}
handledPairDose = globalMem->getHandledPairDose();
if(NULL == handledPairDose){
RunningLog::writeLog("The handledPairDose is NULL;",__LINE__);
return;
}
handle_model = globalMem->getHandel_Model();
switch(handle_model)
{
case HANDLE_MODEL(SNDAC):
{
measureDose = handledPairDose->getNormMeasureDoseHandled();
if(CHECKTYPE(ABS_DTA_MidValueWay)==checkType){
calcDose = handledPairDose->getAbs_NormCalculateDoseHandled();
}else if(CHECKTYPE(REL_DTA_MidValueWay)==checkType){
calcDose = handledPairDose->getRel_NormCalculateDoseHandled();
}
}
break;
case HANDLE_MODEL(ADAC):
default:
{
if(CHECKTYPE(ABS_DTA_MidValueWay)==checkType){
measureDose = handledPairDose->getMeasureDoseHandled();
calcDose = handledPairDose->getCalculateDoseHandled();
}else if(CHECKTYPE(REL_DTA_MidValueWay)==checkType){
measureDose = handledPairDose->getNormMeasureDoseHandled();
calcDose = handledPairDose->getRel_NormCalculateDoseHandled();
}
}
break;
}
if(NULL == measureDose){
RunningLog::writeLog("The measureDose is NULL;",__LINE__);
return;
}
if(NULL == calcDose){
RunningLog::writeLog("The calcDose is NULL;",__LINE__);
return;
}
this->checkedRecord.getSingleDTAResult()->manualSelectMeasureNormValue = handledPairDose->getManualSpecialMeasureNormValue();
this->checkedRecord.getSingleDTAResult()->manualSelectCalculateNormValue = handledPairDose->getManualSpecialCalcNormValue();
this->checkedRecord.getSingleDTAResult()->normValue_measure = handledPairDose->getNormValueStr_measure();
this->checkedRecord.getSingleDTAResult()->normValue_calculate = handledPairDose->getNormValueStr_calculate();
this->checkedRecord.getSingleDTAResult()->normPosition_measure = *handledPairDose->getNormlizationPosition_Measure();
this->checkedRecord.getSingleDTAResult()->normPosition_calculate = *handledPairDose->getNormlizationPosition_Calculate();
dtaCheck_MidValueWay(checkType,measureDose,calcDose,handle_model);
globalMem = NULL;
handledPairDose = NULL;
measureDose = NULL;
calcDose = NULL;
}
void DoseCheck::dtaCheck_SamePositionWay(CHECKTYPE checkType){
GlobalMembers *globalMem = NULL;
HandledPairDose* handledPairDose = NULL;
Dose* NormMeasureDose = NULL;
Dose* NormCalcDose = NULL;
HANDLE_MODEL handle_model;
globalMem = GlobalMembers::getInstance();
if(NULL == globalMem){
RunningLog::writeLog("The globalInstance is NULL;",__LINE__);
return;
}
handledPairDose = globalMem->getHandledPairDose();
if(NULL == handledPairDose){
RunningLog::writeLog("The handledPairDose is NULL;",__LINE__);
return;
}
handle_model = globalMem->getHandel_Model();
NormMeasureDose = handledPairDose->getNormMeasureDoseHandled();
if(NULL == NormMeasureDose){
RunningLog::writeLog("The measureDose is NULL;",__LINE__);
return;
}
if(CHECKTYPE(ABS_DTA_SamePositionWay)==checkType){
NormCalcDose = handledPairDose->getAbs_NormCalculateDoseHandled();
if(NULL == NormCalcDose){
RunningLog::writeLog("The calcDose is NULL;",__LINE__);
return;
}
}else if(CHECKTYPE(REL_DTA_SamePositionWay)==checkType){
NormCalcDose = handledPairDose->getRel_NormCalculateDoseHandled();
if(NULL == NormCalcDose){
RunningLog::writeLog("The calcDose is NULL;",__LINE__);
return;
}
}
this->checkedRecord.getSingleDTAResult()->manualSelectMeasureNormValue = handledPairDose->getManualSpecialMeasureNormValue();
this->checkedRecord.getSingleDTAResult()->manualSelectCalculateNormValue = handledPairDose->getManualSpecialCalcNormValue();
this->checkedRecord.getSingleDTAResult()->normValue_measure = handledPairDose->getNormValueStr_measure();
this->checkedRecord.getSingleDTAResult()->normValue_calculate = handledPairDose->getNormValueStr_calculate();
this->checkedRecord.getSingleDTAResult()->normPosition_measure = *handledPairDose->getNormlizationPosition_Measure();
this->checkedRecord.getSingleDTAResult()->normPosition_calculate = *handledPairDose->getNormlizationPosition_Calculate();
dtaCheck_SamePositionWay(checkType,NormMeasureDose,NormCalcDose,handle_model);
globalMem = NULL;
handledPairDose = NULL;
NormMeasureDose = NULL;
NormCalcDose = NULL;
}
//-------------------------------------dose difference Check-------------------------------
void DoseCheck::doseDifferenceCheck(Dose* measureDose,Dose* NormMeasureDose,Dose* calcDose,Dose* NormCalcDose,HANDLE_MODEL handle_model){
MatrixData<double>* measureDoseMatrix = NULL;
MatrixData<double>* NormMeasureDoseMatrix = NULL;
MatrixData<double>* calcDoseMatrix = NULL;
MatrixData<double>* NormCalcDoseMatrix = NULL;
int rows,cols;
double tempNormMeasureValue,tempNormCalcValue;
double tempValue;
int totalCompare = 0;
int passCount = 0;
int measureFirstAlignmentRow,measureFirstAlignmentCol;
int calcFirstAlignmentRow,calcFirstAlignmentCol;
int rowSegments,colSegments;
int correspondRowInCalc,correspondColInCalc;
measureDoseMatrix = measureDose->getDoseMatrix();
NormMeasureDoseMatrix = NormMeasureDose->getDoseMatrix();
calcDoseMatrix = calcDose->getDoseMatrix();
NormCalcDoseMatrix = NormCalcDose->getDoseMatrix();
//sysc the standardParam
this->standardParam = MainFormTempValue.checkStandardParam;
rows = measureDoseMatrix->getRowLength();
cols = measureDoseMatrix->getColLength();
this->checkedRecord.getSingleDDResult()->everyPointResults.allocate(rows,cols,1);
measureFirstAlignmentRow = measureDose->getFirstAlignmentCentral()->row;
measureFirstAlignmentCol = measureDose->getFirstAlignmentCentral()->col;
calcFirstAlignmentRow = calcDose->getFirstAlignmentCentral()->row;
calcFirstAlignmentCol = calcDose->getFirstAlignmentCentral()->col;
rowSegments = measureDose->getSegments()[0];
colSegments = measureDose->getSegments()[1];
for(int j= 0;j<cols;j++){
for(int i=0;i<rows;i++){
//consider the detector point only
if(true == MainFormTempValue.detectorArray.at(i,j,0)){
//consider the point dose should larger than threshod
correspondRowInCalc = (i-measureFirstAlignmentRow)*rowSegments+calcFirstAlignmentRow;
correspondColInCalc = (j-measureFirstAlignmentCol)*colSegments+calcFirstAlignmentCol;
if(correspondRowInCalc>=0 && correspondRowInCalc<calcDoseMatrix->getRowLength() &&
correspondColInCalc>=0 && correspondColInCalc<calcDoseMatrix->getColLength()){
tempNormMeasureValue = NormMeasureDoseMatrix->at(i,j,0);
tempNormCalcValue = NormCalcDoseMatrix->at(correspondRowInCalc,correspondColInCalc,0);
if(passedThreshold(tempNormMeasureValue,tempNormCalcValue,this->standardParam.threshold,handle_model)){
tempValue = measureDoseMatrix->at(i,j,0) - calcDoseMatrix->at(correspondRowInCalc,
correspondColInCalc,
0);
this->checkedRecord.getSingleDDResult()->everyPointResults.modifyValue(i,j,0,fabs(tempValue));
if( (tempNormMeasureValue - tempNormCalcValue)<=this->standardParam.percentDifference){
passCount++;
}
totalCompare++;
}else{
this->checkedRecord.getSingleDDResult()->everyPointResults.modifyValue(i,j,0,-888888);
}
}else{
this->checkedRecord.getSingleDDResult()->everyPointResults.modifyValue(i,j,0,-888888);
}
}else{
this->checkedRecord.getSingleDDResult()->everyPointResults.modifyValue(i,j,0,-888888);
}
}
}
this->checkedRecord.getSingleDDResult()->totalComparedCount = totalCompare;
this->checkedRecord.getSingleDDResult()->passedCount = passCount;
this->checkedRecord.getSingleDDResult()->totalPassPercent = 100*((double)passCount)/totalCompare;
measureDoseMatrix = NULL;
NormMeasureDoseMatrix = NULL;
calcDoseMatrix = NULL;
NormCalcDoseMatrix = NULL;
}
//-------------------------------------dta Check(3 ways)---------------------------------------
void DoseCheck::dtaCheck_FloatWay(CHECKTYPE checkType,Dose* NormMeasureDose,Dose* NormCalcDose,HANDLE_MODEL handle_model){
MatrixData<double>* measureDoseMatrix = NULL;
MatrixData<double>* calcDoseMatrix = NULL;
int rows,cols;
int iOffSet,jOffSet;
double tempValueGap,tempDistancePower2;
double distanceStandardPower2;
int passCount = 0;
int considerCount = 0;
double tempNormMeasureValue,tempNormCalcValue;
int measureFirstAlignmentRow,measureFirstAlignmentCol;
int calcFirstAlignmentRow,calcFirstAlignmentCol;
int rowSegments,colSegments;
int correspondRowInCalc,correspondColInCalc;
double calcRowGridSize,calcColGridSize;
int searchRadioRow,searchRadioCol;
bool isbreak;
bool getADta;
measureDoseMatrix = NormMeasureDose->getDoseMatrix();
calcDoseMatrix = NormCalcDose->getDoseMatrix();
//sysc the standardParam
this->standardParam = MainFormTempValue.checkStandardParam;
rows = measureDoseMatrix->getRowLength();
cols = measureDoseMatrix->getColLength();
this->checkedRecord.getSingleDTAResult()->everyPointResults.allocate(rows,cols,1);
measureFirstAlignmentRow = NormMeasureDose->getFirstAlignmentCentral()->row;
measureFirstAlignmentCol = NormMeasureDose->getFirstAlignmentCentral()->col;
calcFirstAlignmentRow = NormCalcDose->getFirstAlignmentCentral()->row;
calcFirstAlignmentCol = NormCalcDose->getFirstAlignmentCentral()->col;
rowSegments = NormMeasureDose->getSegments()[0];
colSegments = NormMeasureDose->getSegments()[1];
calcRowGridSize = NormMeasureDose->getGridSizes()[0]/rowSegments;
calcColGridSize = NormMeasureDose->getGridSizes()[1]/colSegments;
searchRadioRow = TrimFloat_Up(this->standardParam.distance/calcRowGridSize,0.02);
searchRadioCol = TrimFloat_Up(this->standardParam.distance/calcColGridSize,0.02);
distanceStandardPower2 = this->standardParam.distance*this->standardParam.distance;
vector< pair<double,GridPoint> > presortResult = presort(searchRadioRow,searchRadioCol,calcRowGridSize,calcColGridSize);
isbreak = false;
getADta = false;
for(int j= 0;j<cols;j++){
for(int i=0;i<rows;i++){
//consider the detector point only
if(true == MainFormTempValue.detectorArray.at(i,j,0)){
//consider the point dose should larger than threshod
correspondRowInCalc = (i-measureFirstAlignmentRow)*rowSegments+calcFirstAlignmentRow;
correspondColInCalc = (j-measureFirstAlignmentCol)*colSegments+calcFirstAlignmentCol;
if( (correspondRowInCalc-searchRadioRow)>=0 && (correspondRowInCalc+searchRadioRow)<calcDoseMatrix->getRowLength()
&&(correspondColInCalc-searchRadioCol)>=0 && (correspondColInCalc+searchRadioCol)<calcDoseMatrix->getColLength()){
tempNormMeasureValue = measureDoseMatrix->at(i,j,0);
tempNormCalcValue = calcDoseMatrix->at(correspondRowInCalc,correspondColInCalc,0);
if(passedThreshold(tempNormMeasureValue,tempNormCalcValue,this->standardParam.threshold,handle_model)){
isbreak = false;
getADta = false;
for(vector< pair<double,GridPoint> >::iterator iterat = presortResult.begin();iterat != presortResult.end();iterat++){
if(true==isbreak){
break;
}
iOffSet = iterat->second.row;
jOffSet = iterat->second.col;
tempValueGap = fabs(measureDoseMatrix->at(i,j,0) - calcDoseMatrix->at(iOffSet + correspondRowInCalc,
jOffSet + correspondColInCalc,
0));
tempDistancePower2 = iterat->first;
if(tempValueGap<=this->standardParam.doseUncertainty){
getADta = true;
}
if(tempDistancePower2>distanceStandardPower2){
isbreak = true;
}
}
if(true == getADta){
this->checkedRecord.getSingleDTAResult()->everyPointResults.modifyValue(i,j,0,sqrt(tempDistancePower2));
passCount++;
}else{
this->checkedRecord.getSingleDTAResult()->everyPointResults.modifyValue(i,j,0,-1);
}
considerCount++;
}
}
}
}
}
this->checkedRecord.getSingleDTAResult()->totalPassPercent = 100*((double)passCount)/considerCount;
this->checkedRecord.getSingleDTAResult()->totalComparedCount = considerCount;
this->checkedRecord.getSingleDTAResult()->passedCount = passCount;
measureDoseMatrix = NULL;
calcDoseMatrix = NULL;
}
//-------------------------------------------------------------------------------------
void DoseCheck::dtaCheck_MidValueWay(CHECKTYPE checkType,Dose* measureDose,Dose* calcDose,HANDLE_MODEL handle_model){
MatrixData<double>* measureDoseMatrix = NULL;
MatrixData<double>* calcDoseMatrix = NULL;
int rows,cols;
int iOffSet,jOffSet;
double tempValueGap,tempDistancePower2;
double distanceStandardPower2;
int passCount = 0;
int considerCount = 0;
int decimal = 3;
bool findBigger = false;
bool findLitter = false;
double firstLable;
double tempActualMeasureValue,tempActualCalcValue;
double tempNormMeasureValue,tempNormCalcValue;
double tempPercentDoseDifference;
double actualMaxMeasureDose,actualMaxCalcDose;
int measureFirstAlignmentRow,measureFirstAlignmentCol;
int calcFirstAlignmentRow,calcFirstAlignmentCol;
int rowSegments,colSegments;
int correspondRowInCalc,correspondColInCalc;
double measureRowGridSize,measureColGridSize;
double calcRowGridSize,calcColGridSize;
int searchRadioRow,searchRadioCol;
bool getADta;
bool isbreak;
double dtaValue = 32000.0;
measureDoseMatrix = measureDose->getDoseMatrix();
calcDoseMatrix = calcDose->getDoseMatrix();
//sysc the standardParam
this->standardParam = MainFormTempValue.checkStandardParam;
rows = measureDoseMatrix->getRowLength();
cols = measureDoseMatrix->getColLength();
this->checkedRecord.getSingleDTAResult()->everyPointResults.allocate(rows,cols,1);
measureFirstAlignmentRow = measureDose->getFirstAlignmentCentral()->row;
measureFirstAlignmentCol = measureDose->getFirstAlignmentCentral()->col;
calcFirstAlignmentRow = calcDose->getFirstAlignmentCentral()->row;
calcFirstAlignmentCol = calcDose->getFirstAlignmentCentral()->col;
rowSegments = measureDose->getSegments()[0];
colSegments = measureDose->getSegments()[1];
measureRowGridSize = measureDose->getGridSizes()[0];
measureColGridSize = measureDose->getGridSizes()[1];
calcRowGridSize = measureRowGridSize/rowSegments;
calcColGridSize = measureColGridSize/colSegments;
distanceStandardPower2 = this->standardParam.distance*this->standardParam.distance;
getADta = false;
switch(handle_model)
{
case HANDLE_MODEL(SNDAC):
{
double radius = 4.5;
int nRange = TrimFloat_Down(radius/calcRowGridSize, 0.02);
searchRadioRow = TrimFloat_Up(this->standardParam.distance/calcRowGridSize,0.02);
searchRadioCol = TrimFloat_Up(this->standardParam.distance/calcColGridSize,0.02);
for(int j = 0; j < cols; j++){
for(int i = 0; i < rows; i++){
//consider the detector point only
if (true == MainFormTempValue.detectorArray.at(i, j, 0)){
//consider the point dose should larger than threshod
correspondRowInCalc = (i - measureFirstAlignmentRow)*rowSegments + calcFirstAlignmentRow;
correspondColInCalc = (j - measureFirstAlignmentCol)*colSegments + calcFirstAlignmentCol;
if((correspondRowInCalc - nRange) >= 0 && (correspondRowInCalc + nRange) < calcDoseMatrix->getRowLength()
&& (correspondColInCalc - nRange) >= 0 && (correspondColInCalc + nRange) < calcDoseMatrix->getColLength()){
double mValue = measureDoseMatrix->at(i, j, 0);
double cValue = calcDoseMatrix->at(correspondRowInCalc,correspondColInCalc,0);
int tagFirst = mValue>=cValue?-1:1;
isbreak = false;
getADta = false;
tempNormMeasureValue = measureDoseMatrix->at(i,j,0);
tempNormCalcValue = calcDoseMatrix->at(correspondRowInCalc,correspondColInCalc,0);
if(passedThreshold(tempNormMeasureValue,tempNormCalcValue,this->standardParam.threshold,handle_model)){
double tmVPublic,temv;
double innerCalcDose, outCalcDose;
tempDistancePower2 = DBL_MAX;
if (doubleToAroundPowInt(mValue, decimal) == doubleToAroundPowInt(cValue, decimal)){
tempDistancePower2 = 0;
getADta = true;
}
else{
int subCol = 0;
int v111 = correspondRowInCalc;
int v138 = correspondColInCalc - correspondRowInCalc;
int v136 = correspondRowInCalc - correspondColInCalc;
double slope,xInterp,yInterp;
isbreak = false;
do{
if(isbreak){
break;
}
int v33 = 0;
int v110 = 0;
if(subCol >= 0){
while(!isbreak){
tmVPublic = (v33 * v33)*calcRowGridSize*calcRowGridSize
+ (subCol * subCol)*calcColGridSize*calcColGridSize;
if (v33 || tmVPublic<tempDistancePower2){
int v34 = v33;
int v99 = v33;
int v104 = subCol;
CalcIndices(v99,v104);
int v35 = 2;
if (!v110 || v110 == subCol){
v35 = 1;
}
int v140 = v111 + v138;
int v36 = v99;
int v70 = v35;
int v141 = correspondColInCalc + subCol + v136;
int v129 = correspondColInCalc + subCol;
bool v57 = false;
while (!v57){
int v90 = v36 + correspondRowInCalc;
int v78 = correspondColInCalc - v104;
innerCalcDose = calcDoseMatrix->at(v36 + correspondRowInCalc, correspondColInCalc - v104, 0);
int v100 = v34 + correspondRowInCalc;
outCalcDose = calcDoseMatrix->at(v100, v140,0);
if (outCalcDose == 0x40000000 || tagFirst*(mValue - outCalcDose) <= 0){
if (!(tagFirst * (mValue - outCalcDose)) && tmVPublic < tempDistancePower2){
tempDistancePower2 = tmVPublic;
}
}
else{
slope = (double)(mValue - innerCalcDose)/(double)(outCalcDose - innerCalcDose);
xInterp = (v100 - v90) * slope + v90;
yInterp = slope * (v140 -v78) + v78 - correspondColInCalc;
temv = (xInterp - correspondRowInCalc)*(xInterp -correspondRowInCalc) * calcRowGridSize*calcRowGridSize
+ yInterp * yInterp * calcColGridSize*calcColGridSize;
if (temv < tempDistancePower2 && temv <= radius*radius){
tempDistancePower2 = temv;
}
}
int v79 = v99 + correspondColInCalc;
int v91 = v104 + correspondRowInCalc;
innerCalcDose = calcDoseMatrix->at(v104 + correspondRowInCalc, v99 + correspondColInCalc, 0);
v100 = v141;
int v85 = v34 + correspondColInCalc;
outCalcDose = calcDoseMatrix->at(v141, v85,0);
if(outCalcDose == 0x40000000 || tagFirst*(mValue - outCalcDose) <= 0){