radafdtdgui.ui.h

The purpose of this program is to enable building a config file to the radarFDTD package using a mo

/****************************************************************************
** ui.h extension file, included from the uic-generated form implementation.
**
** If you wish to add, delete or rename functions or slots use
** Qt Designer which will update this file, preserving your code. Create an
** init() function in place of a constructor, and a destroy() function in
** place of a destructor.
*****************************************************************************/

#define SQR(x) ((x)*(x))

void MainWindowForm::fileNew()
{
	
}


void MainWindowForm::fileOpen()
{
	if (m_not_saved) {
		int ans = QMessageBox::warning( this, "radarFDTD GUI",
																		"Current information is not saved.\n"
																		"Exit without save will cause loss of information !\n"
																		"Are tou sure ?\n\n",
																		"Cancel",
																		"Open", 0, 0, 1 );
		if (ans == 0)
			return;
	}
	m_file_name = QFileDialog::getOpenFileName(QString::null,
																						 "radarFDTD Config (*.cfg)",
																						 this,"open file dialog"
																						 "Choose a file" );
	if (m_file_name == "")
		return;
	// Clear containers
	m_rcv.clear();
	m_xmt.clear();
	m_object.clear();
	m_material.clear();
	// Clear tables  
	for (int i=0; i<rcvTable->numRows(); i++)
		rcvTable->removeRow(i);
	for (int i=0; i<xmtTable->numRows(); i++)
		xmtTable->removeRow(i);
	for (int i=0; i<objectTable->numRows(); i++)
		objectTable->removeRow(i);
	for (int i=2; i<materialTable->numRows(); i++)
		materialTable->removeRow(i);
  // Add back the default materials
	material_t mt;
  QColor color(0,0,0);
	mt.name = "Air";
  mt.viewColor = color;
	mt.eps = 1.0;
	mt.sigma = 0.0;
	m_material.push_back(mt);
	materialTable->setText(0,0,"Air");
	materialTable->setText(0,1,"1.0");
	materialTable->setText(0,2,"0.0");
  color.setRgb(255,0,0);
	mt.name = "Perfect Conductor";
  mt.viewColor = color;
	mt.eps = 1.0;
	mt.sigma = 1.0e33;
	m_material.push_back(mt);
	materialTable->setText(1,0,"Perfect Conductor");
	materialTable->setText(1,1,"1.0");
	materialTable->setText(1,2,"Inifinity");
  
  
  // Read the data from file
	readSimCfg(m_file_name);
	m_not_saved = false;
  m_geometry_changed = true;
  m_xmt_changed = true;
  m_rcv_changed = true;
}


void MainWindowForm::fileSave()
{
	if (m_file_name == "") {
		fileSaveAs();
	} else {
		writeSimCfg(m_file_name);
		m_not_saved = false;
	}
}


void MainWindowForm::fileSaveAs()
{
	m_file_name = QFileDialog::getSaveFileName(QString::null,
																						 "radarFDTD Config (*.cfg)",
																						 this,"open file dialog"
																						 "Choose a file" );
	if (m_file_name == "")
		return;
	writeSimCfg(m_file_name);
	QString caption = "radarFDTD GUI [ " + m_file_name + " ]"; 
	this->setCaption(caption);
	m_not_saved = false;
}


void MainWindowForm::filePrint()
{
	
}


void MainWindowForm::fileExit()
{
	if (m_not_saved) {
		int ans = QMessageBox::warning( this, "radarFDTD GUI",
																		"Current information is not saved.\n"
																		"Exit without save will cause loss of information !\n"
																		"Are tou sure ?\n\n",
																		"Cancel",
																		"Exit", 0, 0, 1 );
		if (ans == 0)
			return;
	}
	qApp->quit();
}


void MainWindowForm::editUndo()
{
	
}


void MainWindowForm::editRedo()
{
	
}


void MainWindowForm::editCut()
{
	
}


void MainWindowForm::editCopy()
{
	
}


void MainWindowForm::editPaste()
{
	
}


void MainWindowForm::editFind()
{
	
}


void MainWindowForm::helpIndex()
{
	
}


void MainWindowForm::helpContents()
{
	
}

//
// Implement base class virtual function.
// Prevent destructive window closing when data
// isn't saved.
//
void MainWindowForm::closeEvent( QCloseEvent * ce )
{
  if (m_not_saved) {
    int ans = QMessageBox::warning( this, "radarFDTD GUI",
                                    "Current information is not saved.\n"
                                    "Exit without save will cause loss of information !\n"
                                    "Are tou sure ?\n\n",
                                    "Cancel",
                                    "Exit", 0, 0, 1 );
    if (ans == 0)
      return;
  }
  ce->accept();
}

void MainWindowForm::helpAbout()
{
	QMessageBox::about( this, "About radarFDTD GUI",
											"Version: 0.9\n"
											"Copyright (C) 2004 to Ron Daisy.\n"
											"All Rights reserved.\n\n"
											"For bugs, comments, and suggestions,\n"
											"contact: [e-mail].\n");  
}


void MainWindowForm::addObjectSlot()
{
	QString objectType = objectTypeComboBox->currentText();
	if (objectType == "Box") {
		if (m_addBoxForm == NULL) {
			delete m_addBoxForm;
			m_addBoxForm = NULL;
		}
		m_addBoxForm = new AddBoxForm(this);
		connect(this,SIGNAL(sendMaxMaterialIndx(int)),
						m_addBoxForm,SLOT(takeMaxMaterialIndx(int)));
		connect(m_addBoxForm,SIGNAL(NewItem(QString,int,int,int,int,int,int,int)),
						this,SLOT(takeNewBoxItem(QString,int,int,int,int,int,int,int)));
		connect(m_addBoxForm,SIGNAL(Cancel()),
						this,SLOT(addBoxItemCancel()));
		emit sendMaxMaterialIndx((int)m_material.size());
		m_addBoxForm->show();
	} else if (objectType == "Cylinder") {
		if (m_addCylinderForm == NULL) {
			delete m_addCylinderForm;
			m_addCylinderForm = NULL;
		}
		m_addCylinderForm = new AddCylinderForm(this);
		connect(this,SIGNAL(sendMaxMaterialIndx(int)),
						m_addCylinderForm,SLOT(takeMaxMaterialIndx(int)));
		connect(m_addCylinderForm,
						SIGNAL(NewItem(QString,int,int,int,int,float,float,float,float)),
						this,SLOT(takeNewCylinderItem(QString,int,int,int,int,float,float,float,float)));
		connect(m_addCylinderForm,SIGNAL(Cancel()),
						this,SLOT(addCylinderItemCancel()));
		emit sendMaxMaterialIndx((int)m_material.size());
		m_addCylinderForm->show();  
	} else if (objectType == "Sphere") {
		if (m_addSphereForm == NULL) {
			delete m_addSphereForm;
			m_addSphereForm = NULL;
		}
		m_addSphereForm = new AddSphereForm(this);
		connect(this,SIGNAL(sendMaxMaterialIndx(int)),
						m_addSphereForm,SLOT(takeMaxMaterialIndx(int)));
		connect(m_addSphereForm,SIGNAL(NewItem(QString,int,int,int,int,float)),
						this,SLOT(takeNewSphereItem(QString,int,int,int,int,float)));
		connect(m_addSphereForm,SIGNAL(Cancel()),
						this,SLOT(addSphereItemCancel()));
		emit sendMaxMaterialIndx((int)m_material.size());
		m_addSphereForm->show();
	} else {
		fprintf(stderr,"Internal Error !! Bad Object type !!\n");
	}
}


void MainWindowForm::addMeterialSlot()
{
	if (m_addMaterialForm == NULL) {
		delete m_addMaterialForm;
		m_addMaterialForm = NULL;
	}
	m_addMaterialForm = new AddMaterialForm(this);
	connect(m_addMaterialForm,SIGNAL(NewMaterial(QString,float,float,QColor)),
					this,SLOT(takeNewMaterial(QString,float,float,QColor)));
	connect(m_addMaterialForm,SIGNAL(Cancel()),this,SLOT(addMaterialCancel()));
	m_addMaterialForm->show();
}


void MainWindowForm::xmtModeConfigSlot()
{
	QString mode = xmtModeCombo->currentText();
	if (mode == "Sine") {
		if (m_sineModeConfigForm != NULL) {
			delete m_sineModeConfigForm;
			m_sineModeConfigForm = NULL;
		}
		m_sineModeConfigForm = new sineModeConfigForm(this);
		connect(m_sineModeConfigForm,SIGNAL(NewModeParams(float,float,float)),
						this,SLOT(takeNewSineModeParamsSlot(float,float,float)));
		connect(m_sineModeConfigForm,SIGNAL(Cancel()),this,SLOT(SineModeCfgCancelSlot()));
		m_sineModeConfigForm->show();
	} else if (mode == "Sine square") {
		if (m_sineSquareModeConfigForm != NULL) {
			delete m_sineSquareModeConfigForm;
			m_sineSquareModeConfigForm = NULL;
		}
		m_sineSquareModeConfigForm = new SineSquareModeConfigForm(this);
		connect(m_sineSquareModeConfigForm,SIGNAL(NewModeParams(float,float,float,int)),
						this,SLOT(takeNewSineSquareModeParamsSlot(float,float,float,int)));
		connect(m_sineSquareModeConfigForm,SIGNAL(Cancel()),this,SLOT(SineSquareModeCfgCancelSlot()));
		m_sineSquareModeConfigForm->show();
	} else if (mode == "Gaussian pulse") {
		if (m_gaussianPulseConfigForm != NULL) {
			delete m_gaussianPulseConfigForm;
			m_gaussianPulseConfigForm = NULL;
		}
		m_gaussianPulseConfigForm = new GaussianPulseConfigForm(this);
		connect(m_gaussianPulseConfigForm,SIGNAL(NewModeParams(float,float,float)),
						this,SLOT(takeNewGaussianPulseModeParamsSlot(float,float,float)));
		connect(m_gaussianPulseConfigForm,SIGNAL(Cancel()),this,SLOT(GaussianPulseModeCfgCancelSlot()));
		m_gaussianPulseConfigForm->show();
	} else if (mode == "RT Radar pulse") {
		if (m_radarPulseConfigForm != NULL) {
			delete m_radarPulseConfigForm;
			m_radarPulseConfigForm = NULL;
		}
		m_radarPulseConfigForm = new RadarPulseConfigForm(this);
		connect(m_radarPulseConfigForm,SIGNAL(NewModeParams(float,float,int,float)),
						this,SLOT(takeNewRadarPulseModeParamsSlot(float,float,int,float)));
		connect(m_radarPulseConfigForm,SIGNAL(Cancel()),this,SLOT(RadarPulseModeCfgCancelSlot()));
		m_radarPulseConfigForm->show();
	} else {
		fprintf(stderr,"Internal Error - Bad XMT mode !\n");
	}
}


void MainWindowForm::init()
{
	QString s;
	m_sim_length = 30e-9;
	s.sprintf("%10.2e",m_sim_length);
	simulationLength->setText(s);
	m_time_step = 20.0e-12;
	s.sprintf("%10.2e",m_time_step);
	timeStep->setText(s);
	m_max_memory = 400000000;
	s.sprintf("%ld",m_max_memory);
	maxMemory->setText(s);
	m_pml_nof_layers = 8;
	s.sprintf("%d",m_pml_nof_layers);
	pmlNofLayers->setText(s);
	m_pml_max_cond = 0.025;
	s.sprintf("%f",m_pml_max_cond);
	pmlMaxCond->setText(s);
	m_pml_max_stretching = 4.0;
	s.sprintf("%f",m_pml_max_stretching);
	pmlStretching->setText(s);
	m_pml_steepness = 2.0;
	s.sprintf("%f",m_pml_steepness);
	pmlSteepness->setText(s);
	m_space_size_x = 50;
	s.sprintf("%d",m_space_size_x);
	Lx->setText(s);
	m_space_size_y = 50;
	s.sprintf("%d",m_space_size_y);
	Ly->setText(s);
	m_space_size_z = 50;
	s.sprintf("%d",m_space_size_z);
	Lz->setText(s);
	m_cell_size_x = 0.02;
	s.sprintf("%f",m_cell_size_x);
	DX->setText(s);
	m_cell_size_y = 0.02;
	s.sprintf("%f",m_cell_size_y);
	DY->setText(s);
	m_cell_size_z = 0.02;
	s.sprintf("%f",m_cell_size_z);
	DZ->setText(s);  
	m_rcv_skip = 1;
	s.sprintf("%d",m_rcv_skip);
	rcvSkipLineEdit->setText(s);
	m_snap_shot_skip = 20;
	s.sprintf("%d",m_snap_shot_skip);
	snapShotSkipLineEdit->setText(s);
	m_snap_shot_plan = 1;
	snapShotPlaneComboBox->setCurrentItem(0);
	m_snap_shot_height = 20;
	s.sprintf("%d",m_snap_shot_height);
	snapShotHeightLineEdit->setText(s);
	m_snap_shot_component = 7;
	snapShotComponentComboBox->setCurrentItem(m_snap_shot_component);
	material_t mt;
  QColor color(0,0,0);
	mt.name = "Air";
  mt.viewColor = color;
	mt.eps = 1.0;
	mt.sigma = 0.0;
	m_material.push_back(mt);
	materialTable->setText(0,0,"Air");
	materialTable->setText(0,1,"1.0");
	materialTable->setText(0,2,"0.0");
  QRect rect = materialTable->cellRect(0,3);
  QPixmap p1(rect.width(),rect.height());
  p1.fill(color);
  materialTable->setPixmap(0,3,p1);
  color.setRgb(255,0,0);
	mt.name = "Perfect Conductor";
  mt.viewColor = color;
	mt.eps = 1.0;
	mt.sigma = 1.0e33;
	m_material.push_back(mt);
	materialTable->setText(1,0,"Perfect Conductor");
	materialTable->setText(1,1,"1.0");
	materialTable->setText(1,2,"Inifinity");
  rect = materialTable->cellRect(1,3);
  QPixmap p2(rect.width(),rect.height());
  p2.fill(color);
  materialTable->setPixmap(1,3,p2);	
  oglViewer->updateMaterialColorTable(m_material);
  
  objectTable->setColumnWidth(1,70);
  
	m_xmt_mode = 0;
	m_xmt_amp = 1000.0;
	m_xmt_p1 = 1.0e-9;
	m_xmt_p2 = 100.0e6;
	m_xmt_p3 = 3.0;
	m_xmt_component = 0;
	
	m_addBoxForm = NULL;
	m_addMaterialForm = NULL;
	m_sineModeConfigForm = NULL;
	m_sineSquareModeConfigForm = NULL;
	m_gaussianPulseConfigForm = NULL;
	m_radarPulseConfigForm = NULL;
	m_addSphereForm = NULL;
	m_addCylinderForm = NULL;
	m_addXmtForm = NULL;
	m_addRcvForm = NULL;
	m_popup = NULL;
	
	m_file_name = "";
	m_not_saved = false;
  m_geometry_changed = false;
  m_xmt_changed = false;
  m_rcv_changed = false;
  
  oglViewer->takeGeometry(m_object,m_space_size_x,m_space_size_y, m_space_size_z);
  oglViewer->refresh();
}


void MainWindowForm::writeSimCfg( QString & fileName )
{
	FILE *fp;
	fp = fopen(fileName.ascii(),"w");
	if (fp == NULL) {
		return;
	}
	// Before writing take the current information from the GUI
	updateData();
	fprintf(fp,"# CFG file generated by radarFDTDGUI\n");
	QDate date(QDate::currentDate());
	fprintf(fp,"# Date: %s\n",date.toString().ascii());
	fprintf(fp,"# version\n");
	fprintf(fp,"3\n");
	fprintf(fp,"# maximum nuber of bytes the program may allocate\n");
	fprintf(fp,"%ld\n",m_max_memory);
	fprintf(fp,"# maximum pml conductivity here [S/m]\n");
	fprintf(fp,"%e\n",m_pml_max_cond);
	fprintf(fp,"# maximum pml-stretching here [1]\n");
	fprintf(fp,"%e\n",m_pml_max_stretching);
	fprintf(fp,"# PML steepness\n");
	fprintf(fp,"%e\n",m_pml_steepness);
	fprintf(fp,"# Length of Simulation [s]\n");
	fprintf(fp,"%e\n",m_sim_length);
	fprintf(fp,"# Size of simulation space\n");
	fprintf(fp,"%d %d %d\n",m_space_size_x,m_space_size_y,m_space_size_z);
	fprintf(fp,"# Real size of a Box [m] (x,y,z)\n");
	fprintf(fp,"%e %e %e\n",m_cell_size_x,m_cell_size_y,m_cell_size_z);
	fprintf(fp,"# Simulation time step size\n");
	fprintf(fp,"%e\n",m_time_step);
	fprintf(fp,"# Receiver data should be stored every x steps..\n");
	fprintf(fp,"%d\n",m_rcv_skip);
	fprintf(fp,"# Snapshot\n");
	fprintf(fp,"%d %d %d %d\n",
					m_snap_shot_skip,m_snap_shot_plan,
					m_snap_shot_height,m_snap_shot_component);
	fprintf(fp,"# Number of PML layers\n");
	fprintf(fp,"%d\n",m_pml_nof_layers);
	fprintf(fp,"# Number of materials (over the Vaccum and perfect conductor)\n");
	fprintf(fp,"%d\n",m_material.size()-2);
	for (unsigned int i=2; i<m_material.size(); i++) {
    fprintf(fp,"##MAT## %s %d %d %d\n",
            m_material[i].name.ascii(),
            m_material[i].viewColor.red(),
            m_material[i].viewColor.green(),
            m_material[i].viewColor.blue());
		fprintf(fp,"%e %g\n",m_material[i].eps,m_material[i].sigma);
	}
	fprintf(fp,"# Number of material boxes\n");
	int nof_boxes=0;