package ch.w3p.currgrid; import java.awt.*; import java.awt.event.*; //import java.awt.image.*; /** * OutputFrame - Displays the SimGrid
* Simulates a Current Grid. Mathematic Project I2
* Authors Daniel Schröter; Fabian Heusser
* Teacher: Dr. Josef F. Bürgler
* School: hta.fhz.ch, Horw;
* Project Homepage: http://www.w3p.ch/currgrid/
* Project Maillist: currgrid@w3p.ch
*
* supported features:
* interpolatet Plot:
* interpolatet VoltageOutput;
* change Voltage Points;
* delete Voltage Points;
* delete a Singel Voltage Point;
* drawLevelLinesM;
* Matrix ScrPrintOut
*
* * LEGAL NOTICE
* THIS PROJECT AND ITS FILES ARE COPYRIGHTED BY THE AUTHORS * THIS PROJECT CAN BE COPIED, MODIFIED AND DISTRIBUTED * UNDER THE TERMS OF THE GNU GENERAL PUBLIC LICENCE * WITH THE RESTRICTION OF SENDING US A MAIL WITH THE MODIFIED * SOURCODE IF THE PROJECT IS MODIEFIED.
*
* if you like this progi feel free to send us something (beer, chips, playmates, houses....).
* *
* @author Daniel Schröter * @author Fabian Heusser * @version 1.02, 07/03/01 * @(#) OutputFrame.java */ public class OutputFrame extends Frame implements WindowListener, ActionListener,ItemListener, MouseListener, MouseMotionListener { //DoubleBuffer //Bild für Output private Image outputImage; private Graphics outputGraphics; private boolean outputImageCreated = false; //is needet because Image can only be created in paint()!!! private SimGrid grid; //GUI private Panel controlPanel = new Panel(null); private Checkbox gridCheckbox = new Checkbox("grid",false); private Checkbox withPointsCheckbox = new Checkbox("points",false); private Checkbox levelLinesCheckbox = new Checkbox("hightlines",false); private Checkbox interpolQuickinfoCheckbox = new Checkbox("interp. Quickinfo"); private Checkbox showMatrixCheckbox = new Checkbox("show Matrix"); private TextField levelLinesTextField = new TextField("5",3); private Label timeToAssemble = new Label("Assembling: ms"); private Label timeToCalculate = new Label("Calculating: ms"); private Label timeToDraw = new Label("Drawing: ms"); //Bild für Doublebuffer private Image doubleBufferImage; private boolean newCalcBoolean = false; //Frames für Matrix private MatrixOutputFrame unsolvedMatrixFrame; private MatrixOutputFrame solvedMatrixFrame; //Quickinfo private String quickinfo; private int quickinfoX = 0; private int quickinfoY = 0; /** * Construktor des Frame-Objekt
* -Framepos. definieren
* -GUI Zeichnen * **/ public OutputFrame() { //Einstellungen des Frames addWindowListener(this); this.setTitle("Ausgabe"); this.setLocation(100,100); this.setSize(500+200+5,500+23+5+17); this.setResizable(false); this.setEnabled(true); this.setBackground(Color.lightGray); //Mausbedienung addMouseListener(this); addMouseMotionListener(this); //GUI this.setLayout(null); this.add(controlPanel); controlPanel.setBounds(505+5,280+23,200-5,220); controlPanel.setBackground(Color.lightGray); controlPanel.add(interpolQuickinfoCheckbox,null); //interpolQuickinfoCheckbox.addItemListener(this); braucht es nicht interpolQuickinfoCheckbox.setBounds(10,50,150,20); controlPanel.add(gridCheckbox, null); gridCheckbox.addItemListener(this); gridCheckbox.setBounds(10,10,60,20); controlPanel.add(withPointsCheckbox,null); withPointsCheckbox.addItemListener(this); withPointsCheckbox.setBounds(70,10,60,20); controlPanel.add(levelLinesCheckbox, null); levelLinesCheckbox.addItemListener(this); levelLinesCheckbox.setBounds(10,30,80,20); controlPanel.add(levelLinesTextField); levelLinesTextField.addActionListener(this); levelLinesTextField.setBounds(100,30,40,20); controlPanel.add(showMatrixCheckbox, null); showMatrixCheckbox.addItemListener(this); showMatrixCheckbox.setBounds(10,70,100,20); //Zeiten controlPanel.add(timeToAssemble); timeToAssemble.setBounds(10,160,180,20); controlPanel.add(timeToCalculate); timeToCalculate.setBounds(10,175,180,20); controlPanel.add(timeToDraw); timeToDraw.setBounds(10,190,180,20); } /** * Wenn das Grid neu berechnet wurde und neu gezeichnet werden soll.
* @param b true zum neu zeichnen **/ public void newCalc(boolean b) { newCalcBoolean = b; } /** * Teilt dem Frame mit zu welchem Grid-Objekt es gehört. */ public void setGrid(SimGrid g) { grid = g; } /** * Graphics-Objekt für das Bild (500*500 Pixels) indem * die Ausgabe gezeichnet werden soll. **/ public Graphics getOutputGraphics() { if (outputImageCreated) repaint(); return outputGraphics; } /** * Zeichnet das Frame
* -Bilder zur schnelleren Darstellung werden kreiert
* -Quickinfo anzeigen
* -Bar mit Max und Min Spannungswert == Farbe?
* -Gitter, Punkte, Höhenlinien auf das Gitter zeichnen **/ public void paint(Graphics g) { Graphics doubleBufferGraphics; setBackground(Color.lightGray); long timeToSayGoodBye=0; //Creating outputImage and doubleBufferImage if (!outputImageCreated){ outputImage = createImage(500,500); outputGraphics = outputImage.getGraphics(); outputImageCreated = true; doubleBufferImage = createImage(200,500+23+5); doubleBufferGraphics = doubleBufferImage.getGraphics(); doubleBufferGraphics.setColor(this.getBackground()); doubleBufferGraphics.fillRect(0,0,200,500+23+5); } //Bei neuere Berechnung Ausgabebild neu zeichnen if (newCalcBoolean) { outputGraphics.setColor(this.getBackground()); outputGraphics.fillRect(0,0,500,500); doubleBufferGraphics = doubleBufferImage.getGraphics(); doubleBufferGraphics.setColor(this.getBackground()); doubleBufferGraphics.fillRect(0,0,200,500+23+5); g.setColor(this.getBackground()); g.fillRect(0,0,this.getWidth(),this.getHeight()); g.fill3DRect(3,23,501,501,false); g.setColor(Color.black); g.drawString("Calculating...",50,50+23); grid.display(getOutputGraphics()); //Gitter zeichnen if (gridCheckbox.getState()){ grid.drawGrid(getOutputGraphics()); //grid.drawGridWithPoints(getOutputGraphics(),Color.gray,new Color(0,255,0,80),0,0); } //Punkte zeichnen if (withPointsCheckbox.getState()){ grid.drawGridWithPoints(getOutputGraphics(),new Color(0,0,0,0),new Color(0,255,0,80),0,0); } //Höhenlinien zeichnen if (levelLinesCheckbox.getState()){ int lines = 0; try { lines = Integer.parseInt(levelLinesTextField.getText()); } catch (NumberFormatException exeption) { levelLinesTextField.setText("0");//Textfeld das einen nicht gültigen inhalt hat auf 0 } if (lines < 0) { lines = 0; levelLinesTextField.setText("0"); } if (lines > 100) { lines = 100; levelLinesTextField.setText("100"); } double level = (grid.getMaxVoltage()-grid.getMinVoltage())/(lines+1); double currentLevel = grid.getMinVoltage()+level; for (int i = 0;i < lines;i++){ grid.drawLevelLine(currentLevel,Color.yellow,getOutputGraphics()); currentLevel += level; timeToSayGoodBye += grid.getTimeToDrawLevelLine(); } } //Die Zeiten aktualisieren timeToAssemble.setText("Assembling: "+grid.getTimeToAssamable()+"ms"); timeToCalculate.setText("Calculating: "+grid.getTimeToCalculate()+"ms"); timeToDraw.setText("Drawing: "+(grid.getTimeToDraw()+timeToSayGoodBye)+"ms"); //Die Frames für die Matrizen erschaffen if (showMatrixCheckbox.getState()){ unsolvedMatrixFrame.hide(); unsolvedMatrixFrame = null; solvedMatrixFrame.hide(); solvedMatrixFrame = null; unsolvedMatrixFrame = new MatrixOutputFrame("Unsolved Matrix",grid.getUnSolvedMatrix()); unsolvedMatrixFrame.setLocation(0,0); unsolvedMatrixFrame.show(); solvedMatrixFrame = new MatrixOutputFrame("Solved Matrix",grid.getSolvedMatrix()); solvedMatrixFrame.setLocation(20,20); solvedMatrixFrame.show(); this.requestFocus(); this.toFront(); } newCalcBoolean = false; } g.drawImage(doubleBufferImage,500+5,0,this); //Bar mit Farbe entspricht Wert ? doubleBufferGraphics = doubleBufferImage.getGraphics(); doubleBufferGraphics.setColor(this.getBackground()); doubleBufferGraphics.draw3DRect(20,40,20,257,false); for(int i = 0;i<=255;i++) { doubleBufferGraphics.setColor(new Color(255-i,0,i)); doubleBufferGraphics.drawLine(21,41+i,39,41+i); } doubleBufferGraphics.setColor(Color.black); String str; str = ""+grid.getMaxVoltage(); try{ str = str.substring(0,10); } catch (StringIndexOutOfBoundsException f){} doubleBufferGraphics.drawString(str+" V",45,49); str = ""+grid.getMinVoltage();