radafdtdgui.ui.h

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

	
}


void MainWindowForm::addRcvItem()
{
	if (m_addRcvForm != NULL) {
		delete m_addRcvForm;
		m_addRcvForm = NULL;
	}
	m_addRcvForm = new AddRcvForm(this);
	connect(m_addRcvForm,SIGNAL(NewRcvItem(QString,int,int,int,int,int,int,int,int)),
					this,SLOT(takeNewRcvParamsSlot(QString,int,int,int,int,int,int,int,int)));
	connect(m_addRcvForm,SIGNAL(Cancel()),this,SLOT(AddRcvCancelSlot()));
	m_addRcvForm->show();
}


void MainWindowForm::editRcvItem()
{
	
}


void MainWindowForm::deleteRcvItem()
{
	if (rcvTable->numRows() == 0)  // There are no receivers
		return;
	QValueList<rcv_t>::iterator it = m_rcv.at(m_currentTableItem);
	// Erase the receiver from the list
	m_rcv.remove(it);
	// Remove it from the table as well
	rcvTable->removeRow(m_currentTableItem);
  m_rcv_changed = true;
  m_not_saved = true;
}


void MainWindowForm::takeNewRcvParamsSlot( QString name, int x0, int y0, int z0, 
																					 int x1, int y1, int z1, int comp, int skip )
{
	rcv_t rcv;
	rcv.name = name;
	rcv.x0 = x0;
	rcv.y0 = y0;
	rcv.z0 = z0;
	rcv.x1 = x1;
	rcv.y1 = y1;
	rcv.z1 = z1;
	rcv.component = comp;
	rcv.skip = skip;
	m_rcv.push_back(rcv);
	// Add it to the table
	rcvTable->setNumRows(rcvTable->numRows()+1);  // Add row
	int row_num = rcvTable->numRows()-1;  // last raw
	// Write to the last new raw
	rcvTable->setText(row_num,0,name);
	QString s;
	s.sprintf("(%d,%d,%d)",x0,y0,z0);
	rcvTable->setText(row_num,1,s);
	s.sprintf("(%d,%d,%d)",x1,y1,z1);
	rcvTable->setText(row_num,2,s);
	s.sprintf("%d",skip);
	rcvTable->setText(row_num,3,s);
	s = (comp == 0) ? "H-total" :
			(comp == 1) ? "Hx" :
			(comp == 2) ? "Hy" :
			(comp == 3) ? "Hz" :
			(comp == 4) ? "Ex" :
			(comp == 5) ? "Ey" :
			(comp == 6) ? "Ez" : "E-total";
	rcvTable->setText(row_num,4,s);
	rcvTable->adjustRow(row_num);
  m_rcv_changed = true;
  m_not_saved = true;
}


void MainWindowForm::AddRcvCancelSlot()
{
	delete m_addRcvForm;
	m_addRcvForm = NULL;
	
}


void MainWindowForm::handleObjectTableClickSlot( int row, int, int button, const QPoint & )
{
	m_currentTableItem = row;
	if (button == 1) {        // Left click
	} else if (button == 2) { // Right click
		if (m_popup != NULL) {
			delete m_popup;
			m_popup = NULL;
		}
		m_popup = new QPopupMenu(this,"Message Operations");
		m_popup->insertItem("&Edit", this, SLOT(editObjectItem()));
		m_popup->insertItem("&Delete", this, SLOT(deleteObjectItem()));
    
    m_popup->exec(QCursor::pos());
	}
	
}


void MainWindowForm::editObjectItem()
{
	
}


void MainWindowForm::deleteObjectItem()
{
	if (objectTable->numRows() == 0)  // There are no objects
		return;
	QValueList<object_t>::iterator it = m_object.at(m_currentTableItem);
	// Erase the receiver from the list
	m_object.remove(it);
	// Remove it from the table as well
	objectTable->removeRow(m_currentTableItem);
  m_geometry_changed = true;
  m_not_saved = true;
}

static void ReadLine(FILE *file, char s[])
{
  fscanf (file, "%[^\n]\n", s);
}

static void ReadNextLine (FILE *file, char s[]) 
{
	//  Read next line, which is not a comment, i.e. there is no '#' at the beginning
	s[0] = '#';
	while ((s[0] == '#') && (!feof(file)))
		fscanf (file, "%[^\n]\n", s);
}	

void MainWindowForm::readSimCfg( QString fileName )
{
	FILE *fp;
	fp = fopen(fileName.ascii(),"r");
	if (fp == NULL) {
		QMessageBox::information( this, "radarFDTD GUI",
															"File Cannot be read.\n"
															"Access Denied !");
		return;
	}
  m_file_name = fileName;
	char s[1000];
	// Read Version line
	ReadNextLine(fp,s);
	// Memory limit
	ReadNextLine(fp,s);
	maxMemory->setText(QString(s));
	// PML conductivity
	ReadNextLine(fp,s);
	pmlMaxCond->setText(QString(s));
	// PML Stretching
	ReadNextLine(fp,s);
	pmlStretching->setText(QString(s));
	// PML Seepness
	ReadNextLine(fp,s);
	pmlSteepness->setText(QString(s));
	// Simulation length
	ReadNextLine(fp,s);
	simulationLength->setText(QString(s));
	// Size of simulation space
	ReadNextLine(fp,s);
	int lx,ly,lz;
	sscanf(s,"%d %d %d",&lx,&ly,&lz);
	Lx->setText(QString::number(lx));
	Ly->setText(QString::number(ly));
	Lz->setText(QString::number(lz));
  m_space_size_x = lx;
  m_space_size_y = ly;
  m_space_size_z = lz;
  oglViewer->takeGeometry(m_object,m_space_size_x,m_space_size_y, m_space_size_z);
	// Cell Sizes
	ReadNextLine(fp,s);
	float dx,dy,dz;
	sscanf(s,"%f %f %f",&dx,&dy,&dz);
	DX->setText(QString::number(dx));
	DY->setText(QString::number(dy));
	DZ->setText(QString::number(dz));
  m_cell_size_x = dx;
  m_cell_size_y = dy;
  m_cell_size_z = dz;
	// Step size
	ReadNextLine(fp,s);
	timeStep->setText(QString(s));
	// DATA STORAGE I - rcv dump skip
	ReadNextLine(fp,s);
	rcvSkipLineEdit->setText(QString(s));
	// DATA STORAGE II - snap shot
	ReadNextLine(fp,s);
	int skp,p,pos,comp;
	sscanf(s,"%d %d %d %d",&skp,&p,&pos,&comp);
	snapShotSkipLineEdit->setText(QString::number(skp));
	snapShotPlaneComboBox->setCurrentItem(p-1);
	snapShotHeightLineEdit->setText(QString::number(pos));
	snapShotComponentComboBox->setCurrentItem(comp);
	// Number of PML layers
	ReadNextLine(fp,s);
	pmlNofLayers->setText(QString(s));
	// Number of Materials
	ReadNextLine(fp,s);
	int nofMaterials;
	material_t mat;
	mat.name = "";
	sscanf(s,"%d",&nofMaterials);
	for (int i=0; i<nofMaterials; i++) {
    ReadLine(fp,s);
    QString ll(s);
    if (ll.left(7) == "##MAT##") { // gui format
      QStringList l = QStringList::split(" ",ll);
      if (l.size() < 5) {
        fprintf(stderr,"Bad cfg file format [material]\n");
      }
      // In case when the material name not a single word
      mat.name = l[1];
      // The last 3 numbers are the color RGBs
      for (int kk=2; kk<((int)l.size()-3); kk++) {
        mat.name = mat.name + " " + l[kk];
      }
      mat.viewColor.setRgb(l[l.size()-3].toInt(),l[l.size()-2].toInt(),l[l.size()-1].toInt());
      ReadNextLine(fp,s);
    } else {
      mat.name = "-";
      // Set a random color
      mat.viewColor.setRgb(100+rand()%156,100+rand()%156,100+rand()%156);
      if (ll[0] == '#') 
        ReadNextLine(fp,s);
    }
		sscanf(s,"%f %f",&(mat.eps),&(mat.sigma));
		m_material.push_back(mat);
		// Add materials to their table
		materialTable->setNumRows(materialTable->numRows()+1);  // Add row
		int row_num = materialTable->numRows()-1;  // last raw
		// Write to the last new raw
		materialTable->setText(row_num,0,mat.name);
		materialTable->setText(row_num,1,QString::number(mat.eps));
		materialTable->setText(row_num,2,QString::number(mat.sigma));
    QRect rect = materialTable->cellRect(row_num,3);
    QPixmap pix(rect.width(),rect.height());
    pix.fill(mat.viewColor);
    materialTable->setPixmap(row_num,3,pix);

		materialTable->adjustRow(row_num);
		QHeader *headers = materialTable->verticalHeader();
		headers->setLabel(headers->count()-1,QString::number(m_material.size()-1));
	}
  oglViewer->updateMaterialColorTable(m_material);
	// Material Objects
	ReadNextLine(fp,s);
	int nofBoxes;
	sscanf(s,"%d",&nofBoxes);
  int nofReadBoxes = 0;
  object_t obj;
  // Clear the object table in case when we read a file
  // after we add objects before
  int nR = objectTable->numRows();
  for (int i=0; i<nR; i++)
    objectTable->removeRow(objectTable->numRows()-1);
  m_object.clear();
  m_geometry_changed = true;
  while (nofReadBoxes < nofBoxes) {
    // Read remark with object information
    // Available only if saved by the GUI application
    ReadLine(fp,s);
    QString name,type;
    int nBox;
    QString ll(s);
    //printf("Line: %s\n",ll.ascii());
    if (ll.left(7) != "##OBJ##") { // non gui format
      for (int i=0; i<nofBoxes; i++) {
        ReadNextLine(fp,s);
      }
      break; // Get out of here
    } else {
      //printf("Next object\n");
      // The format: "##OBJ## %d %s %s\n"
      QStringList l = QStringList::split(" ",ll);
      nBox = l[1].toInt();
      //printf("nBox: %d\n",nBox);
      obj.type = l[l.size()-1];
      obj.name = (l[2] != "-") ? l[2] : "";
      // In case when object name is not a single word
      for (int kk=3; kk<((int)l.size()-1); kk++) {
        obj.name = obj.name + " " + l[kk];
      }
      obj.boxes.clear();
      box_t bx;
      for (int i=0; i<nBox; i++) {
        ReadNextLine(fp,s);
        sscanf(s,"%d %d %d %d %d %d %d",
               &bx.x0,&bx.y0,&bx.z0,&bx.x1,&bx.y1,&bx.z1,&bx.material_indx);
        obj.boxes.push_back(bx);
        nofReadBoxes++;
      }
      m_object.push_back(obj);
      // Add it to the objects table
      objectTable->setNumRows(objectTable->numRows()+1);  // Add row
      int row_num = objectTable->numRows()-1;  // last raw
      // Write to the last new raw
      objectTable->setText(row_num,0,obj.name);
      objectTable->setText(row_num,1,obj.type);
      objectTable->setText(row_num,2,QString::number(bx.material_indx));
      objectTable->adjustRow(row_num);
    }
  }
  // Force sending the new geometry to the viewer
  oglViewer->takeGeometry(m_object,m_space_size_x,m_space_size_y, m_space_size_z);
	// Transmitter boxes
	ReadNextLine(fp,s);
	sscanf(s,"%d",&nofBoxes);
	xmt_t xmt;
	xmt.name = "";
  nR = xmtTable->numRows();
  for (int i=0; i<nR; i++)
    xmtTable->removeRow(xmtTable->numRows()-1);
  m_xmt.clear();
	for (int i=0; i<nofBoxes; i++) {
		ReadNextLine(fp,s);
		sscanf(s,"%d %d %d %d %d %d %d",&xmt.x0,&xmt.y0,&xmt.z0,&xmt.x1,&xmt.y1,&xmt.z1,&xmt.skip);
		m_xmt.push_back(xmt);
		// Add it to the table
		xmtTable->setNumRows(xmtTable->numRows()+1);  // Add row
		int row_num = xmtTable->numRows()-1;  // last raw
		// Write to the last new raw
		xmtTable->setText(row_num,0,xmt.name);
		QString ss;
		ss.sprintf("(%d,%d,%d)",xmt.x0,xmt.y0,xmt.z0);
		xmtTable->setText(row_num,1,ss);
		ss.sprintf("(%d,%d,%d)",xmt.x1,xmt.y1,xmt.z1);
		xmtTable->setText(row_num,2,ss);
		ss.sprintf("%d",xmt.skip);
		xmtTable->setText(row_num,3,ss);
		xmtTable->adjustRow(row_num);
	}
	// Transmision mode
	ReadNextLine(fp,s);
	sscanf(s,"%d %f %f %f %f %d",&m_xmt_mode,&m_xmt_amp,&m_xmt_p1,&m_xmt_p2,&m_xmt_p3,&m_xmt_component);
	xmtModeCombo->setCurrentItem(m_xmt_mode);
	xmtPolCombo->setCurrentItem(m_xmt_component);
  oglViewer->takeXMTs(m_xmt,m_xmt_component);
	// Number of receivers
	ReadNextLine(fp,s);
	int nofRcv;
	sscanf(s,"%d",&nofRcv);
	rcv_t rcv;
	rcv.name = "";
  nR = rcvTable->numRows();
  for (int i=0; i<nR; i++)
    rcvTable->removeRow(rcvTable->numRows()-1);
  m_rcv.clear();
	for (int i=0; i<nofRcv; i++) {
		ReadNextLine(fp,s);
		sscanf(s,"%d %d %d %d %d %d %d %d",
           &rcv.x0,&rcv.y0,&rcv.z0,&rcv.x1,&rcv.y1,&rcv.z1,&rcv.component,&rcv.skip);
		m_rcv.push_back(rcv);
		// Add it to the table
		rcvTable->setNumRows(rcvTable->numRows()+1);  // Add row
		int row_num = rcvTable->numRows()-1;  // last raw
		// Write to the last new raw
		rcvTable->setText(row_num,0,rcv.name);
		QString ss;
		ss.sprintf("(%d,%d,%d)",rcv.x0,rcv.y0,rcv.z0);
		rcvTable->setText(row_num,1,ss);
		ss.sprintf("(%d,%d,%d)",rcv.x1,rcv.y1,rcv.z1);
		rcvTable->setText(row_num,2,ss);
		ss.sprintf("%d",rcv.skip);
		rcvTable->setText(row_num,3,ss);
		ss = (rcv.component == 0) ? "H-total" :
				 (rcv.component == 1) ? "Hx" :
				 (rcv.component == 2) ? "Hy" :
				 (rcv.component == 3) ? "Hz" :
				 (rcv.component == 4) ? "Ex" :
				 (rcv.component == 5) ? "Ey" :
				 (rcv.component == 6) ? "Ez" : "E-total";
		rcvTable->setText(row_num,4,ss);
		rcvTable->adjustRow(row_num);
	}
  oglViewer->takeRCVs(m_rcv);
  oglViewer->refresh();
	fclose(fp);
  // Change window caption to the read file name
	QString caption = "radarFDTD GUI [ " + m_file_name + " ]"; 
	this->setCaption(caption);
}


void MainWindowForm::handleTabChange()
{
  if (tabWidget->currentPageIndex() == 3) {
    if (m_geometry_changed) {
      oglViewer->takeGeometry(m_object,m_space_size_x,m_space_size_y, m_space_size_z);
      m_geometry_changed = false;
    }
    if (m_xmt_changed) {
      oglViewer->takeXMTs(m_xmt,m_xmt_component);
      m_xmt_changed = false;
    }
    if (m_rcv_changed) {
      oglViewer->takeRCVs(m_rcv);
      m_rcv_changed = false;
    }
    oglViewer->refresh();
  }
}

void MainWindowForm::xmtPolComboChanged( int )
{
  m_xmt_changed = true;
  m_xmt_component = (xmtPolCombo->currentText() == "X") ? 0 :
										((xmtPolCombo->currentText() == "Y") ? 1 : 2);}


void MainWindowForm::dataChangedSlot()
{
  updateData();
  m_not_saved = true;
}


void MainWindowForm::handleMaterialTableClick( int row, int, int button, const QPoint & )
{
	m_currentTableItem = row;
	if (button == 1) {        // Left click
	} else if (button == 2) { // Right click
		if (m_popup != NULL) {
			delete m_popup;
			m_popup = NULL;
		}
		m_popup = new QPopupMenu(this,"Message Operations");
		m_popup->insertItem("&Add", this, SLOT(addMeterialSlot()));
		m_popup->insertItem("&Delete", this, SLOT(deleteMaterialSlot()));
    m_popup->exec(QCursor::pos());
	}

}


void MainWindowForm::deleteMaterialSlot()
{
	if (materialTable->numRows() == 0)  // There are no transmitters
		return;
  if ((m_currentTableItem == 0)||(m_currentTableItem == 1)) {
		QMessageBox::information( this, "radarFDTD GUI",
															"Removing basic materials is \n"
                              "strictly forbidden !");
		return;
	}
  // Check if material is in use
  for (int i=0; i<objectTable->numRows(); i++) {
    if (objectTable->text(i,2).toInt() == m_currentTableItem) {
      QMessageBox::information( this, "radarFDTD GUI",
                                "This material is in use,\n"
                                "Remove all objects of this meterial\n"
                                "and then you will be able to remove it !");
      return;
    }
  }
	QValueList<material_t>::iterator it = m_material.at(m_currentTableItem);
	// Erase the transmitter from the list
	m_material.remove(it);
	// REmove it from the table as well
	materialTable->removeRow(m_currentTableItem);
  oglViewer->updateMaterialColorTable(m_material);
  QHeader *headers = materialTable->verticalHeader();
  for (int i=m_currentTableItem; i<materialTable->numRows(); i++)
    headers->setLabel(i,QString::number(i));
  // Update all object to the change in the material indices
  for (unsigned int i=0; i<m_object.size(); i++) {
    if (m_object[i].boxes[0].material_indx > m_currentTableItem) {
      for (unsigned int j=0; j<m_object[i].boxes.size(); j++) {
        m_object[i].boxes[j].material_indx--;
      }
    }
  }
  for (int i=0; i<objectTable->numRows(); i++) {
    objectTable->setText(i,0,m_object[i].name);
    objectTable->setText(i,1,m_object[i].type);
    objectTable->setText(i,2,QString::number(m_object[i].boxes[0].material_indx));
  }
  m_xmt_changed = true;  
}