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HandledPairDose.cpp
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//---------------------------------------------------------------------------
#include "HandledPairDose.h"
#include "LogFrame.h"
#include "GlobalData.h"
#include <math.h>
#include "Util.h"
//--------------------------------Class:HandledPairDose----------------------------
/*Constructor*/
HandledPairDose::HandledPairDose(){
this->measureDoseHandled = NULL;
this->calculateDoseHandled = NULL;
this->NormMeasureDoseHandled = NULL;
this->Abs_NormCalculateDoseHandled = NULL;
this->Rel_NormCalculateDoseHandled = NULL;
this->identify = Observer_Id(1);
this->manualSpecialMeasureNormValue = false;
this->manualSpecialCalcNormValue = false;
this->normValueStr_measure = "";
this->normValueStr_calculate = "";
}
/*Destructor*/
HandledPairDose::~HandledPairDose(){
TryToDelete<Dose>(this->measureDoseHandled);
this->measureDoseHandled = NULL;
TryToDelete<Dose>(this->calculateDoseHandled);
this->calculateDoseHandled = NULL;
TryToDelete<Dose>(this->NormMeasureDoseHandled);
this->NormMeasureDoseHandled = NULL;
TryToDelete<Dose>(this->Abs_NormCalculateDoseHandled);
this->Abs_NormCalculateDoseHandled = NULL;
TryToDelete<Dose>(this->Rel_NormCalculateDoseHandled);
this->Rel_NormCalculateDoseHandled = NULL;
this->identify = Observer_Id(0);
this->manualSpecialMeasureNormValue = false;
this->manualSpecialCalcNormValue = false;
this->normValueStr_measure = "";
this->normValueStr_calculate = "";
}
/*Copy Constructor*/
HandledPairDose::HandledPairDose(const HandledPairDose & r){
if(NULL == &r){
this->measureDoseHandled = NULL;
this->calculateDoseHandled = NULL;
this->NormMeasureDoseHandled = NULL;
this->Abs_NormCalculateDoseHandled = NULL;
this->Rel_NormCalculateDoseHandled = NULL;
this->identify = Observer_Id(0);
this->manualSpecialMeasureNormValue = false;
this->manualSpecialCalcNormValue = false;
this->normValueStr_measure = "";
this->normValueStr_calculate = "";
}else{
if(NULL != r.measureDoseHandled){
this->measureDoseHandled = new Dose();
*this->measureDoseHandled = *r.measureDoseHandled;
}else{
this->measureDoseHandled = NULL;
}
if(NULL != r.calculateDoseHandled){
this->calculateDoseHandled = new Dose();
*this->calculateDoseHandled = *r.calculateDoseHandled;
}else{
this->calculateDoseHandled = NULL;
}
if(NULL != r.NormMeasureDoseHandled){
this->NormMeasureDoseHandled = new Dose();
*this->NormMeasureDoseHandled = *r.NormMeasureDoseHandled;
}else{
this->NormMeasureDoseHandled = NULL;
}
if(NULL != r.Abs_NormCalculateDoseHandled){
this->Abs_NormCalculateDoseHandled = new Dose();
*this->Abs_NormCalculateDoseHandled = *r.Abs_NormCalculateDoseHandled;
}else{
this->Abs_NormCalculateDoseHandled = NULL;
}
if(NULL != r.Rel_NormCalculateDoseHandled){
this->Rel_NormCalculateDoseHandled = new Dose();
*this->Rel_NormCalculateDoseHandled = *r.Rel_NormCalculateDoseHandled;
}else{
this->Rel_NormCalculateDoseHandled = NULL;
}
this->identify = r.identify;
this->manualSpecialMeasureNormValue = r.manualSpecialMeasureNormValue;
this->manualSpecialCalcNormValue = r.manualSpecialCalcNormValue;
this->normValueStr_measure = r.normValueStr_measure;
this->normValueStr_calculate = r.normValueStr_calculate;
}
}
/*Overload operator = */
HandledPairDose HandledPairDose::operator = (const HandledPairDose& r){
TryToDelete<Dose>(this->measureDoseHandled);
TryToDelete<Dose>(this->calculateDoseHandled);
TryToDelete<Dose>(this->NormMeasureDoseHandled);
TryToDelete<Dose>(this->Abs_NormCalculateDoseHandled);
TryToDelete<Dose>(this->Rel_NormCalculateDoseHandled);
if(NULL == &r){
this->measureDoseHandled = NULL;
this->calculateDoseHandled = NULL;
this->NormMeasureDoseHandled = NULL;
this->Abs_NormCalculateDoseHandled = NULL;
this->Rel_NormCalculateDoseHandled = NULL;
this->identify = Observer_Id(0);
this->manualSpecialMeasureNormValue = false;
this->manualSpecialCalcNormValue = false;
this->normValueStr_measure = "";
this->normValueStr_calculate = "";
}else{
if(NULL != r.measureDoseHandled){
this->measureDoseHandled = new Dose();
*this->measureDoseHandled = *r.measureDoseHandled;
}else{
this->measureDoseHandled = NULL;
}
if(NULL != r.calculateDoseHandled){
this->calculateDoseHandled = new Dose();
*this->calculateDoseHandled = *r.calculateDoseHandled;
}else{
this->calculateDoseHandled = NULL;
}
if(NULL != r.NormMeasureDoseHandled){
this->NormMeasureDoseHandled = new Dose();
*this->NormMeasureDoseHandled = *r.NormMeasureDoseHandled;
}else{
this->NormMeasureDoseHandled = NULL;
}
if(NULL != r.Abs_NormCalculateDoseHandled){
this->Abs_NormCalculateDoseHandled = new Dose();
*this->Abs_NormCalculateDoseHandled = *r.Abs_NormCalculateDoseHandled;
}else{
this->Abs_NormCalculateDoseHandled = NULL;
}
if(NULL != r.Rel_NormCalculateDoseHandled){
this->Rel_NormCalculateDoseHandled = new Dose();
*this->Rel_NormCalculateDoseHandled = *r.Rel_NormCalculateDoseHandled;
}else{
this->Rel_NormCalculateDoseHandled = NULL;
}
this->identify = r.identify;
this->manualSpecialMeasureNormValue = r.manualSpecialMeasureNormValue;
this->manualSpecialCalcNormValue = r.manualSpecialCalcNormValue;
this->normValueStr_measure = r.normValueStr_measure;
this->normValueStr_calculate = r.normValueStr_calculate;
}
return *this;
}
/*Other basic functions*/
/*Functions*/
GridPoint HandledPairDose::getOffsetPoint(){
return this->offsetPoint;
}
void HandledPairDose::setOffsetPoint(GridPoint _offsetPoint){
this->offsetPoint = _offsetPoint;
}
PhysicalPoint* HandledPairDose::getNormlizationPosition_Measure(){ //Only get method
return &this->NormlizationPosition_Measure;
}
PhysicalPoint* HandledPairDose::getNormlizationPosition_Calculate(){ //Only get method
return &this->NormlizationPosition_Calculate;
}
PhysicalPoint HandledPairDose::copyNormlizationPosition_Measure(){
return this->NormlizationPosition_Measure;
}
PhysicalPoint HandledPairDose::copyNormlizationPosition_Calculate(){
return this->NormlizationPosition_Calculate;
}
NORMLIZE_TYPE HandledPairDose::getNormlize_Type(){ //Only get method
return this->normlize_Type;
}
Dose* HandledPairDose::getMeasureDoseHandled(){
return this->measureDoseHandled;
}
void HandledPairDose::setMeasureDoseHandled(Dose& r){
TryToDelete<Dose>(this->measureDoseHandled);
if(NULL == &r){
this->measureDoseHandled = NULL;
}else{
this->measureDoseHandled = new Dose();
*this->measureDoseHandled = r;
}
}
Dose HandledPairDose::copyMeasureDoseHandled(){
Dose result;
if(NULL != this->measureDoseHandled){
result = *this->measureDoseHandled;
}
return result;
}
void HandledPairDose::allocateMeasureDoseHandled(){
TryToDelete<Dose>(this->measureDoseHandled);
this->measureDoseHandled = new Dose();
}
void HandledPairDose::cleanMeasureDoseHandled(){
TryToDelete<Dose>(this->measureDoseHandled);
this->measureDoseHandled = NULL;
}
Dose* HandledPairDose::getCalculateDoseHandled(){
return this->calculateDoseHandled;
}
void HandledPairDose::setCalculateDoseHandled(Dose& r){
TryToDelete<Dose>(this->calculateDoseHandled);
if(NULL == &r){
this->calculateDoseHandled = NULL;
}else{
this->calculateDoseHandled = new Dose();
*this->calculateDoseHandled = r;
}
}
Dose HandledPairDose::copyCalculateDoseHandled(){
Dose result;
if(NULL != this->calculateDoseHandled){
result = *this->calculateDoseHandled;
}
return result;
}
void HandledPairDose::allocateCalculateDoseHandled(){
TryToDelete<Dose>(this->calculateDoseHandled);
this->calculateDoseHandled = new Dose();
}
void HandledPairDose::cleanCalculateDoseHandled(){
TryToDelete<Dose>(this->calculateDoseHandled);
this->calculateDoseHandled = NULL;
}
//Abs
Dose* HandledPairDose::getNormMeasureDoseHandled(){
return this->NormMeasureDoseHandled;
}
void HandledPairDose::setNormMeasureDoseHandled(Dose& r){
TryToDelete<Dose>(this->NormMeasureDoseHandled);
if(NULL == &r){
this->NormMeasureDoseHandled = NULL;
}else{
this->NormMeasureDoseHandled = new Dose();
*this->NormMeasureDoseHandled = r;
}
}
Dose HandledPairDose::copyNormMeasureDoseHandled(){
Dose result;
if(NULL != this->NormMeasureDoseHandled){
result = *this->NormMeasureDoseHandled;
}
return result;
}
void HandledPairDose::allocateNormMeasureDoseHandled(){
TryToDelete<Dose>(this->NormMeasureDoseHandled);
this->NormMeasureDoseHandled = new Dose();
}
void HandledPairDose::cleanNormMeasureDoseHandled(){
TryToDelete<Dose>(this->NormMeasureDoseHandled);
this->NormMeasureDoseHandled = NULL;
}
Dose* HandledPairDose::getAbs_NormCalculateDoseHandled(){
return this->Abs_NormCalculateDoseHandled;
}
void HandledPairDose::setAbs_NormCalculateDoseHandled(Dose& r){
TryToDelete<Dose>(this->Abs_NormCalculateDoseHandled);
if(NULL == &r){
this->Abs_NormCalculateDoseHandled = NULL;
}else{
this->Abs_NormCalculateDoseHandled = new Dose();
*this->Abs_NormCalculateDoseHandled = r;
}
}
Dose HandledPairDose::copyAbs_NormCalculateDoseHandled(){
Dose result;
if(NULL != this->Abs_NormCalculateDoseHandled){
result = *this->Abs_NormCalculateDoseHandled;
}
return result;
}
void HandledPairDose::allocateAbs_NormCalculateDoseHandled(){
TryToDelete<Dose>(this->Abs_NormCalculateDoseHandled);
this->Abs_NormCalculateDoseHandled = new Dose();
}
void HandledPairDose::cleanAbs_NormCalculateDoseHandled(){
TryToDelete<Dose>(this->Abs_NormCalculateDoseHandled);
this->Abs_NormCalculateDoseHandled = NULL;
}
//Rel
Dose* HandledPairDose::getRel_NormCalculateDoseHandled(){
return this->Rel_NormCalculateDoseHandled;
}
void HandledPairDose::setRel_NormCalculateDoseHandled(Dose& r){
TryToDelete<Dose>(this->Rel_NormCalculateDoseHandled);
if(NULL == &r){
this->Rel_NormCalculateDoseHandled = NULL;
}else{
this->Rel_NormCalculateDoseHandled = new Dose();
*this->Rel_NormCalculateDoseHandled = r;
}
}
Dose HandledPairDose::copyRel_NormCalculateDoseHandled(){
Dose result;
if(NULL != this->Rel_NormCalculateDoseHandled){
result = *this->Rel_NormCalculateDoseHandled;
}
return result;
}
void HandledPairDose::allocateRel_NormCalculateDoseHandled(){
TryToDelete<Dose>(this->Rel_NormCalculateDoseHandled);
this->Rel_NormCalculateDoseHandled = new Dose();
}
void HandledPairDose::cleanRel_NormCalculateDoseHandled(){
TryToDelete<Dose>(this->Rel_NormCalculateDoseHandled);
this->Rel_NormCalculateDoseHandled = NULL;
}
bool HandledPairDose::getManualSpecialMeasureNormValue(){
return this->manualSpecialMeasureNormValue;
}
bool HandledPairDose::getManualSpecialCalcNormValue(){
return this->manualSpecialCalcNormValue;
}
string HandledPairDose::getNormValueStr_measure(){
return this->normValueStr_measure;
}
string HandledPairDose::getNormValueStr_calculate(){
return this->normValueStr_calculate;
}
/*---Observer model functions--------------------------*/
/*As a observer: GatePairDose-->HandledPairDose-----------*/
void HandledPairDose::update(Message_Notify message){
GlobalMembers *globalMem = NULL;
GatePairDose *gatePairDose = NULL;
DosePair* dosePair = NULL;
Dose* measureDose = NULL;
Dose* calcDose = NULL;
MatrixData<double> *dosematrix = NULL;
MatrixData<double> *tempMatrixData = NULL;
HANDLE_MODEL handel_Model;
int rows = 0;
int cols = 0;
float orginalCAX_X,orginalCAX_Y;
globalMem = GlobalMembers::getInstance();
if(NULL == globalMem){
RunningLog::writeLog("The globalInstance is NULL;");
return;
}
handel_Model = globalMem->getHandel_Model();
gatePairDose = globalMem->getGatePairDose();
if(NULL != gatePairDose){
dosePair = gatePairDose->getDosePair();
switch(message)
{
case Message_Notify(Update_measure_fromGatePair):
{
if(NULL != dosePair){
measureDose = dosePair->getMeasureDose();
if(NULL != measureDose){
this->allocateMeasureDoseHandled();
*this->measureDoseHandled = *measureDose;
//Default:both rel and abs normlized
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Rel),handel_Model);
this->Notify(Message_Notify(Update_measure_fromHandledPairDose));
}
}
}
break;
case Message_Notify(Update_calculate_fromGatePair):
{
if(NULL != dosePair){
calcDose = dosePair->getCalculateDose();
if(NULL != calcDose){
this->allocateCalculateDoseHandled();
*this->calculateDoseHandled = *calcDose;
this->alignmentAndSegments_Abs();
//Default:both rel and abs normlized
this->normlize(NORMLIZE_TYPE(NORM_SINGLE_CALCULATION_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_SINGLE_CALCULATION_Rel),handel_Model);
this->Notify(Message_Notify(Update_calculate_fromHandledPairDose));
}
}
}
break;
case Message_Notify(Update_CAX_from_operator):
{
/*dose physic center*/
if(NULL != this->measureDoseHandled && NULL!= this->NormMeasureDoseHandled){
orginalCAX_X = this->measureDoseHandled->getDoseCentral()->x;
orginalCAX_Y = this->measureDoseHandled->getDoseCentral()->y;
if( (orginalCAX_X + MainFormTempValue.operator_measureDoseCentral.x) < 0 ||
(orginalCAX_X + MainFormTempValue.operator_measureDoseCentral.x) > (measureDoseHandled->getDoseMatrix()->getRowLength() - 1)*measureDoseHandled->getGridSizes()[0]){
RunningLog::writeLog("The setted cax x is out of boundary.",__LINE__);
return;
}
if( (orginalCAX_Y + MainFormTempValue.operator_measureDoseCentral.y) < 0 ||
(orginalCAX_Y + MainFormTempValue.operator_measureDoseCentral.y) > (measureDoseHandled->getDoseMatrix()->getColLength() - 1)*measureDoseHandled->getGridSizes()[1]){
RunningLog::writeLog("The setted cax y is out of boundary.",__LINE__);
return;
}
this->measureDoseHandled->getDoseCentral()->x = orginalCAX_X + MainFormTempValue.operator_measureDoseCentral.x;
this->NormMeasureDoseHandled->getDoseCentral()->x = orginalCAX_X + MainFormTempValue.operator_measureDoseCentral.x;
this->measureDoseHandled->getDoseCentral()->y = orginalCAX_Y + MainFormTempValue.operator_measureDoseCentral.y;
this->NormMeasureDoseHandled->getDoseCentral()->y = orginalCAX_Y + MainFormTempValue.operator_measureDoseCentral.y;
if(NULL != dosePair){
calcDose = dosePair->getCalculateDose();
if(NULL != calcDose){
this->allocateCalculateDoseHandled();
*this->calculateDoseHandled = *calcDose;
this->alignmentAndSegments_Abs();
//Default:both rel and abs normlized
this->normlize(NORMLIZE_TYPE(NORM_SINGLE_CALCULATION_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_SINGLE_CALCULATION_Rel),handel_Model);
}
}
this->Notify(Message_Notify(Update_CAX_from_operator));
}
}
break;
case Message_Notify(Update_rotation):
{
if(NULL != this->measureDoseHandled){
this->measureDoseHandled->sync_Write_Start();
dosematrix = this->measureDoseHandled->getDoseMatrix();
rows = dosematrix->getRowLength();
cols = dosematrix->getColLength();
tempMatrixData = new MatrixData<double>();
tempMatrixData->allocate(rows,cols,1);
for(int j = 0;j<cols;j++){
for(int i = 0;i<rows;i++){
tempMatrixData->modifyValue(j,rows-1-i,0,dosematrix->at(i,j,0));
}
}
this->measureDoseHandled->unSync_setDoseMatrix(tempMatrixData);
this->measureDoseHandled->sync_finish();
calcDose = dosePair->getCalculateDose();
if(NULL != calcDose){
this->allocateCalculateDoseHandled();
*this->calculateDoseHandled = *calcDose;
this->alignmentAndSegments_Abs();
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Rel),handel_Model);
}else{
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Rel),handel_Model);
}
this->Notify(Message_Notify(Update_measure_fromHandledPairDose));
if(NULL != calcDose){
this->Notify(Message_Notify(Update_calculate_fromHandledPairDose));
}
TryToDelete<MatrixData<double> >(tempMatrixData);
}
}
break;
case Message_Notify(Update_leftToRightChange):
{
if(NULL != this->measureDoseHandled){
this->measureDoseHandled->sync_Write_Start();
dosematrix = this->measureDoseHandled->getDoseMatrix();
rows = dosematrix->getRowLength();
cols = dosematrix->getColLength();
tempMatrixData = new MatrixData<double>();
tempMatrixData->allocate(rows,cols,1);
for(int j = 0;j<cols;j++){
for(int i = 0;i<rows;i++){
tempMatrixData->modifyValue(rows-1-i,j,0,dosematrix->at(i,j,0));
}
}
this->measureDoseHandled->unSync_setDoseMatrix(tempMatrixData);
this->measureDoseHandled->sync_finish();
calcDose = dosePair->getCalculateDose();
if(NULL != calcDose){
this->allocateCalculateDoseHandled();
*this->calculateDoseHandled = *calcDose;
this->alignmentAndSegments_Abs();
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Rel),handel_Model);
}else{
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Rel),handel_Model);
}
this->Notify(Message_Notify(Update_measure_fromHandledPairDose));
if(NULL != calcDose){
this->Notify(Message_Notify(Update_calculate_fromHandledPairDose));
}
TryToDelete<MatrixData<double> >(tempMatrixData);
}
}
break;
case Message_Notify(Update_topToBottomChange):
{
if(NULL != this->measureDoseHandled){
this->measureDoseHandled->sync_Write_Start();
dosematrix = this->measureDoseHandled->getDoseMatrix();
rows = dosematrix->getRowLength();
cols = dosematrix->getColLength();
tempMatrixData = new MatrixData<double>();
tempMatrixData->allocate(rows,cols,1);
for(int j = 0;j<cols;j++){
for(int i = 0;i<rows;i++){
tempMatrixData->modifyValue(i,cols - 1 - j,0,dosematrix->at(i,j,0));
}
}
this->measureDoseHandled->unSync_setDoseMatrix(tempMatrixData);
this->measureDoseHandled->sync_finish();
calcDose = dosePair->getCalculateDose();
if(NULL != calcDose){
this->allocateCalculateDoseHandled();
*this->calculateDoseHandled = *calcDose;
this->alignmentAndSegments_Abs();
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Rel),handel_Model);
}else{
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Rel),handel_Model);
}
this->Notify(Message_Notify(Update_measure_fromHandledPairDose));
if(NULL != calcDose){
this->Notify(Message_Notify(Update_calculate_fromHandledPairDose));
}
TryToDelete<MatrixData<double> >(tempMatrixData);
}
}
break;
case Message_Notify(Update_Segments):
{
if(NULL != this->measureDoseHandled && NULL!= this->NormMeasureDoseHandled){
if(NULL != dosePair){
for(int i=0;i<3;i++){
this->measureDoseHandled->getSegments()[i] = dosePair->getMeasureDose()->getSegments()[i];
this->NormMeasureDoseHandled->getSegments()[i] = dosePair->getMeasureDose()->getSegments()[i];
}
calcDose = dosePair->getCalculateDose();
if(NULL != calcDose){
this->allocateCalculateDoseHandled();
*this->calculateDoseHandled = *calcDose;
this->alignmentAndSegments_Abs();
this->normlize(NORMLIZE_TYPE(NORM_SINGLE_CALCULATION_Abs),handel_Model);
this->normlize(NORMLIZE_TYPE(NORM_SINGLE_CALCULATION_Rel),handel_Model);
//this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Abs));
//this->normlize(NORMLIZE_TYPE(NORM_DOUBLE_Rel));
}
}
this->Notify(Message_Notify(Update_Segments));
}
}
break;
default:
{
RunningLog::writeLog("The ObserverModel is unknown",__LINE__);
}
break;
}
}
globalMem = NULL;
gatePairDose = NULL;
dosePair = NULL;
measureDose = NULL;
calcDose = NULL;
dosematrix = NULL;
tempMatrixData = NULL;
}
/*As a object: HandledPairDose-->DisplayPairDose-----------*/
void HandledPairDose::Notify(Message_Notify message){
vector<IObserver*>::iterator iterat = ObserverList.begin();
for (; iterat != ObserverList.end();){
//(*iterat)->update(message);
if (SEHNotify((*iterat), message)){
iterat++;
}
else{
iterat = ObserverList.erase(iterat);
}
}
}
bool HandledPairDose::SEHNotify(IObserver* observer, Message_Notify message){
__try{
observer->update(message);
return true;
}
__except (EXCEPTION_EXECUTE_HANDLER){
RunningLog::writeLog("The Observer is cleaned,the visiting is unreachable,Please allocate and assign a new Observer");
return false;
}
}
void HandledPairDose::AddObserver(IObserver *pObserver){
vector<IObserver*>::iterator iterat = ObserverList.begin();
for (; iterat != ObserverList.end(); iterat++){
if (pObserver->identify == (*iterat)->identify){
return;
}
}
ObserverList.push_back(pObserver);
}
void HandledPairDose::DeleteObserver(IObserver *pObserver){
vector<IObserver*>::iterator iterat = ObserverList.begin();
for (; iterat != ObserverList.end();){
if (pObserver->identify == (*iterat)->identify){
/*Note: as the vector<IObserver*> ObserverList stored the point/reference of each Observer,
so while realease the space of vector<IObserver*> ObserverList,don not use the operation "delete (*iterat)"
to clean each point's space here,in this case the point's space should be realeased at the location
where point's space is allocated. If had used the operation "delete (*iterat)", the point's space
while be clean while the vector space is released,NOTE,while you want to release the point's space
at where the point's space is allocated ,you would get an unreacherable error(multi released).
To solved this issue,there are two ways: First,use the function "TryToDelete<class T>()" which is encapsulate by us and
could avoid the program shut down while meet an unreacherable error(multi released); Second, as mentioned before,don not
use the operation "delete (*iterat)" to clean each point's space here,in this case the point's space should
be realeased at the location where point's space is allocated or use our implemented function "TryToDelete<class T>()"
, we should hanve a convention about it.*/
iterat = ObserverList.erase(iterat);
}
else{
iterat++;
}
}
}
/*-----------Function:Normlization-----------------*/
//-----------default:Use the max dose point as the normlization point---
bool HandledPairDose::normlize(NORMLIZE_TYPE normlize_Type,HANDLE_MODEL handel_Model){
GridPoint measureDosePoint,calcDosePoint;
double MNormValue,PNormValue;
switch(normlize_Type)
{
case NORMLIZE_TYPE(NORM_DOUBLE_Abs):
{
if(NULL != this->measureDoseHandled){
this->measureDoseHandled->sync_Read_Start();
}
if(NULL != this->calculateDoseHandled){
this->calculateDoseHandled->sync_Read_Start();
}
measureDosePoint = getMaxValuePoint(*this->measureDoseHandled->getDoseMatrix());
MNormValue = (*this->measureDoseHandled->getDoseMatrix())[measureDosePoint];
this->allocateNormMeasureDoseHandled();
this->NormMeasureDoseHandled->sync_Write_Start();
this->NormlizationPosition_Measure = convertFromGridPositionToPhyPosition(measureDosePoint,this->measureDoseHandled->getGridSizes());
this->manualSpecialMeasureNormValue = false;
this->normValueStr_measure = "";
unSync_Normlize(this->measureDoseHandled,this->NormMeasureDoseHandled,MNormValue,handel_Model);
this->NormMeasureDoseHandled->sync_finish();
if(NULL != this->measureDoseHandled){
this->measureDoseHandled->sync_finish();
}
if(NULL != this->calculateDoseHandled){
this->allocateAbs_NormCalculateDoseHandled();
this->Abs_NormCalculateDoseHandled->sync_Write_Start();
calcDosePoint = getCorrespondingPointInCalcPlan_And_Adjust(this->measureDoseHandled,this->calculateDoseHandled,measureDosePoint);
//this->NormlizationPoint_Calculate = calcDosePoint;
this->NormlizationPosition_Calculate = convertFromGridPositionToPhyPosition(calcDosePoint,this->measureDoseHandled->getGridSizes(),this->measureDoseHandled->getSegments());
this->manualSpecialCalcNormValue = false;
this->normValueStr_calculate = "";
PNormValue = MNormValue;
unSync_Normlize(this->calculateDoseHandled,this->Abs_NormCalculateDoseHandled,PNormValue,handel_Model);
this->Abs_NormCalculateDoseHandled->sync_finish();
}
if(NULL != this->calculateDoseHandled){
this->calculateDoseHandled->sync_finish();
}
}
break;
case NORMLIZE_TYPE(NORM_DOUBLE_Rel):
{
if(NULL != this->measureDoseHandled){
this->measureDoseHandled->sync_Read_Start();
}
if(NULL != this->calculateDoseHandled){
this->calculateDoseHandled->sync_Read_Start();
}
measureDosePoint = getMaxValuePoint(*this->measureDoseHandled->getDoseMatrix());
this->allocateNormMeasureDoseHandled();
this->NormMeasureDoseHandled->sync_Write_Start();
this->NormlizationPosition_Measure = convertFromGridPositionToPhyPosition(measureDosePoint,this->measureDoseHandled->getGridSizes());
this->manualSpecialMeasureNormValue = false;
this->normValueStr_measure = "";
MNormValue = (*this->measureDoseHandled->getDoseMatrix())[measureDosePoint];
unSync_Normlize(this->measureDoseHandled,this->NormMeasureDoseHandled,MNormValue,handel_Model);
this->NormMeasureDoseHandled->sync_finish();
if(NULL != this->measureDoseHandled){
this->measureDoseHandled->sync_finish();
}
if(NULL != this->calculateDoseHandled){
this->allocateRel_NormCalculateDoseHandled();
this->Rel_NormCalculateDoseHandled->sync_Write_Start();
calcDosePoint = getCorrespondingPointInCalcPlan_And_Adjust(this->measureDoseHandled,this->calculateDoseHandled,measureDosePoint);
this->NormlizationPosition_Calculate = convertFromGridPositionToPhyPosition(calcDosePoint,this->measureDoseHandled->getGridSizes(),this->measureDoseHandled->getSegments());
this->manualSpecialCalcNormValue = false;
this->normValueStr_calculate = "";
PNormValue = (*this->calculateDoseHandled->getDoseMatrix())[calcDosePoint];
unSync_Normlize(this->calculateDoseHandled,this->Rel_NormCalculateDoseHandled,PNormValue,handel_Model);
this->Rel_NormCalculateDoseHandled->sync_finish();
}
if(NULL != this->calculateDoseHandled){
this->calculateDoseHandled->sync_finish();
}
}
break;
case NORMLIZE_TYPE(NORM_SINGLE_MEASUREMENT_Abs_or_Rel):
{
if(NULL != this->measureDoseHandled){
this->measureDoseHandled->sync_Read_Start();
this->allocateNormMeasureDoseHandled();
this->NormMeasureDoseHandled->sync_Write_Start();
measureDosePoint = getMaxValuePoint(*this->measureDoseHandled->getDoseMatrix());
this->NormlizationPosition_Measure = convertFromGridPositionToPhyPosition(measureDosePoint,this->measureDoseHandled->getGridSizes());
this->manualSpecialMeasureNormValue = false;
this->normValueStr_measure = "";
MNormValue = (*this->measureDoseHandled->getDoseMatrix())[measureDosePoint];
unSync_Normlize(this->measureDoseHandled,this->NormMeasureDoseHandled,MNormValue,handel_Model);
this->NormMeasureDoseHandled->sync_finish();
this->measureDoseHandled->sync_finish();
}
}
break;
case NORMLIZE_TYPE(NORM_SINGLE_CALCULATION_Abs):
{
if(NULL != this->measureDoseHandled && NULL != this->NormMeasureDoseHandled){
this->NormMeasureDoseHandled->unSync_setBoundaryPoints(this->measureDoseHandled->getBoundaryPoints());
this->NormMeasureDoseHandled->unSync_setGridSizes(this->measureDoseHandled->getGridSizes());
this->NormMeasureDoseHandled->unSync_setSegments(this->measureDoseHandled->getSegments());
this->NormMeasureDoseHandled->unSync_setDoseCentral(*(this->measureDoseHandled->getDoseCentral()));
this->NormMeasureDoseHandled->unSync_setDoseUnit(this->measureDoseHandled->unSync_getDoseUnit());
this->NormMeasureDoseHandled->unSync_setFileName(this->measureDoseHandled->unSync_getFileName());
this->NormMeasureDoseHandled->unSync_setFileType(this->measureDoseHandled->unSync_getFileType());
this->NormMeasureDoseHandled->unSync_setFirstAlignmentCentral(*(this->measureDoseHandled->getFirstAlignmentCentral()));
//this->AbsMeasureDoseHandled->sync_Read_Start();
measureDosePoint = getMaxValuePoint(*this->measureDoseHandled->getDoseMatrix());
//this->AbsMeasureDoseHandled->sync_finish();
MNormValue = (*this->measureDoseHandled->getDoseMatrix())[measureDosePoint];
if(NULL != this->calculateDoseHandled){
this->calculateDoseHandled->sync_Read_Start();
calcDosePoint = getCorrespondingPointInCalcPlan_And_Adjust(this->measureDoseHandled,this->calculateDoseHandled,measureDosePoint);
this->allocateAbs_NormCalculateDoseHandled();
this->Abs_NormCalculateDoseHandled->sync_Write_Start();
this->NormlizationPosition_Calculate = convertFromGridPositionToPhyPosition(calcDosePoint,this->measureDoseHandled->getGridSizes(),this->measureDoseHandled->getSegments());
this->manualSpecialCalcNormValue = false;
this->normValueStr_calculate = "";
PNormValue = MNormValue;
unSync_Normlize(this->calculateDoseHandled,this->Abs_NormCalculateDoseHandled,PNormValue,handel_Model);
this->Abs_NormCalculateDoseHandled->sync_finish();
this->calculateDoseHandled->sync_finish();
}
}
}
break;
case NORMLIZE_TYPE(NORM_SINGLE_CALCULATION_Rel):
{
if(NULL != this->measureDoseHandled && NULL != this->NormMeasureDoseHandled){
this->NormMeasureDoseHandled->unSync_setBoundaryPoints(this->measureDoseHandled->getBoundaryPoints());
this->NormMeasureDoseHandled->unSync_setGridSizes(this->measureDoseHandled->getGridSizes());
this->NormMeasureDoseHandled->unSync_setSegments(this->measureDoseHandled->getSegments());
this->NormMeasureDoseHandled->unSync_setDoseCentral(*(this->measureDoseHandled->getDoseCentral()));
this->NormMeasureDoseHandled->unSync_setDoseUnit(this->measureDoseHandled->unSync_getDoseUnit());
this->NormMeasureDoseHandled->unSync_setFileName(this->measureDoseHandled->unSync_getFileName());
this->NormMeasureDoseHandled->unSync_setFileType(this->measureDoseHandled->unSync_getFileType());
this->NormMeasureDoseHandled->unSync_setFirstAlignmentCentral(*(this->measureDoseHandled->getFirstAlignmentCentral()));
//this->AbsMeasureDoseHandled->sync_Read_Start();
measureDosePoint = getMaxValuePoint(*this->measureDoseHandled->getDoseMatrix());
//this->AbsMeasureDoseHandled->sync_finish();
MNormValue = (*this->measureDoseHandled->getDoseMatrix())[measureDosePoint];
if(NULL != this->calculateDoseHandled){
this->calculateDoseHandled->sync_Read_Start();
calcDosePoint = getCorrespondingPointInCalcPlan_And_Adjust(this->measureDoseHandled,this->calculateDoseHandled,measureDosePoint);
this->allocateRel_NormCalculateDoseHandled();
this->Rel_NormCalculateDoseHandled->sync_Write_Start();
this->NormlizationPosition_Calculate = convertFromGridPositionToPhyPosition(calcDosePoint,this->measureDoseHandled->getGridSizes(),this->measureDoseHandled->getSegments());
this->manualSpecialCalcNormValue = false;