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SimpleMaterialPropertyBuilder.cpp
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SimpleMaterialPropertyBuilder.cpp
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// File modified by Deepak Samuel on 25 Sep 2019
#include "SimpleMaterialPropertyBuilder.h"
#include "ui_SimpleMaterialPropertyBuilder.h"
#include <QMessageBox>
#include <G4SystemOfUnits.hh>
SimpleMaterialPropertyBuilder *SimpleMaterialPropertyBuilder::instance = nullptr;
SimpleMaterialPropertyBuilder::SimpleMaterialPropertyBuilder(QWidget *parent) :
QWidget(parent),
ui(new Ui::SimpleMaterialPropertyBuilder)
{
ui->setupUi(this);
setWindowTitle("Add material property");
}
SimpleMaterialPropertyBuilder::~SimpleMaterialPropertyBuilder()
{
delete ui;
}
void SimpleMaterialPropertyBuilder::SetDataBaseManager(SimpleDatabaseManager *dbM)
{
dbManager = dbM;
ui->g4_materials->insertItems(0,dbManager->GetListOfMaterials());
ui->g4_property->insertItems(0,dbManager->GetMaterialPropertyList());
ui->g4_const_property->insertItems(0,dbManager->GetMaterialConstPropertyList());
}
void SimpleMaterialPropertyBuilder::ShowUI()
{
ui->g4_materials->insertItems(0,dbManager->GetListOfMaterials());
ui->g4_property->insertItems(0,dbManager->GetMaterialPropertyList());
ui->g4_const_property->insertItems(0,dbManager->GetMaterialConstPropertyList());
ui->commands->clear();
show();
}
void SimpleMaterialPropertyBuilder::on_addProperty_clicked()
{
if(ui->g4_prop_value->text().split(",").count() != ui->g4_prop_energies->text().split(",").count()){
QMessageBox::warning(this,"Error in parameters" , "Please enter equal number of energies and corresponding values");
return;
}
if(ui->g4_prop_value->text()=="" || ui->g4_prop_energies->text()=="" ){
QMessageBox::warning(this,"Error in parameters" , "Please enter equal number of energies and corresponding values");
return;
}
commands.append(QString("(property,%3,(%1),(%2))").arg(ui->g4_prop_energies->text()).arg(ui->g4_prop_value->text()).arg(ui->g4_property->currentText()));
ui->commands->setPlainText(commands.join("\n"));
}
void SimpleMaterialPropertyBuilder::on_add_const_property_clicked()
{
commands.append(QString("(const_property,%2,%1)").arg(ui->g4_const_prop_value->value()).arg(ui->g4_const_property->currentText()));
ui->commands->setPlainText(commands.join("\n"));
}
void SimpleMaterialPropertyBuilder::on_done_clicked()
{
commands.clear();
if(ui->mat_name->text().contains("G4_")){
QMessageBox::warning(this,"Invalid material name" , "New material names should not contain G4_");
return;
}
QString commands = ui->commands->toPlainText().split("\n").join(";");
if(ui->g4_materials->currentText().contains("G4_")){ // if it is a G4 material, do not disturb it. Create a material with a new name.
if(ui->mat_name->text()==""){
QMessageBox::warning(this,"Empty material name" , "Please enter a new material name");
return;
}
dbManager->InsertMaterialProperty(ui->mat_name->text().trimmed().remove(" "),ui->g4_materials->currentText(),ui->g4_materials->currentText()+";"+commands);
}
else{ // if it is a user created material, then update its property
dbManager->UpdateMaterialProperty(ui->g4_materials->currentText(),ui->g4_materials->currentText()+";"+commands);
}
hide();
}
void SimpleMaterialPropertyBuilder::on_g4_materials_currentIndexChanged(const QString &arg1)
{
if(arg1.contains("G4_")){
ui->mat_name->show();
ui->new_material_label->show();
}
else {
ui->mat_name->hide();
ui->new_material_label->hide();
}
}
void SimpleMaterialPropertyBuilder::SetMaterialProperties(G4Material *mat, QString props)
{
if(mat==nullptr) return;
G4MaterialPropertiesTable* matTable = new G4MaterialPropertiesTable();
// string is of the form:
//G4_WATER;(property,FASTCOMPONENT,(1,2),(2,3));(const_property,SCINTILLATIONYIELD,0);(property,FASTCOMPONENT,(1,2),(2,3))
//split first with ;
//first string is the material
// the rest are all properties
QStringList s = props.split(";");
QString name = s.at(0);
qDebug()<<"Setting material property for "<<s.at(0)<<" using user string"<<props;
for(int ii=0; ii<s.count();ii++){
if(ii>0){
//strings are now in one of the following formats
//format 1: (property,FASTCOMPONENT,(1,2),(2,3))
//format 2: (const_property,SCINTILLATIONYIELD,0)
// remove brackets
QString s1 = s.at(ii);
s1 = s1.remove("(").remove(")");
//strings are now in one of the following formats
//format 1: property,FASTCOMPONENT,1,2,2,3
//format 2: const_property,SCINTILLATIONYIELD,0
// split using ,
QStringList sl = s1.split(",");
if(sl.at(0)=="property"){
//property,FASTCOMPONENT,1,2,2,3
QString propType = sl.at(1);
int npars = (sl.count()-2)/2;
double *e = new double [npars];
double *val= new double [npars];
for(int ii=0;ii<npars;ii++){
e[ii] = sl.at(2+ii).toDouble()*eV;
if(propType=="ABSLENGTH"){
val[ii] = sl.at(2+ii+npars).toDouble()*cm;
qDebug()<<"Adding "<<propType<<": "<<sl.at(2+ii+npars).toDouble()<<" (cm)"<< " at energy "<<sl.at(2+ii).toDouble()<<" (eV)";
}
else {
val[ii] = sl.at(2+ii+npars).toDouble();
qDebug()<<"Adding "<<propType<<": "<<val[ii]<<" (--)"<< " at energy "<<sl.at(2+ii).toDouble()<<" (eV)";
}
}
matTable->AddProperty(propType.toLatin1().data(),e,val,npars);
}
if(sl.at(0)=="const_property"){
//const_property,SCINTILLATIONYIELD,0
QString propType = sl.at(1);
if(propType=="BIRKSCONSTANT"){
mat->GetIonisation()->SetBirksConstant(sl.at(2).toDouble()*mm/MeV);
qDebug()<<"Adding "<<propType<<": "<<sl.at(2)<<" (mm/MeV)";
}
else{
if(propType=="SCINTILLATIONYIELD"){
matTable->AddConstProperty(propType.toLatin1().data(),sl.at(2).toDouble()*MeV);
qDebug()<<"Adding "<<propType<<": "<<sl.at(2)<<" (MeV)";
}
if(propType=="FASTIMECONSTANT"){
matTable->AddConstProperty(propType.toLatin1().data(),sl.at(2).toDouble()*ns);
qDebug()<<"Adding "<<propType<<": "<<sl.at(2)<<" (ns)";
}
if(propType=="SLOWIMECONSTANT"){
matTable->AddConstProperty(propType.toLatin1().data(),sl.at(2).toDouble()*ns);
qDebug()<<"Adding "<<propType<<": "<<sl.at(2)<<" (ns)";
}
else {
matTable->AddConstProperty(propType.toLatin1().data(),sl.at(2).toDouble());
qDebug()<<"Adding "<<propType<<": "<<sl.at(2)<<" (--)";
}
}
}
}
}
qDebug()<<"Setting material table...";
mat->SetMaterialPropertiesTable(matTable);
qDebug()<<"Dumping table properties...";
qDebug()<<matTable->GetPropertyIndex("SPECULARSPIKECONSTANT")<<mat->GetMaterialPropertiesTable()->GetPropertyIndex("SPECULARSPIKECONSTANT");
matTable->DumpTable();
}
void SimpleMaterialPropertyBuilder::on_g4_const_property_currentTextChanged(const QString &arg1)
{
ui->const_prop_unit->setText("--");
if(arg1=="SCINTILLATIONYIELD")
ui->const_prop_unit->setText("MeV");
if(arg1=="FASTTIMECONSTANT")
ui->const_prop_unit->setText("ns");
if(arg1=="SLOWTIMECONSTANT")
ui->const_prop_unit->setText("ns");
if(arg1=="BIRKSCONSTANT")
ui->const_prop_unit->setText("mm/MeV");
ui->prop_unit->setText("--");
}
void SimpleMaterialPropertyBuilder::on_g4_const_prop_value_valueChanged(const QString &arg1)
{
}
void SimpleMaterialPropertyBuilder::on_g4_property_currentTextChanged(const QString &arg1)
{
if(arg1=="ABSLENGTH")
ui->prop_unit->setText("cm");
}