devoir_m.zip_games application_zip

package DevoirObservateurPrj.src; /****************************************************** Nom du fichier : JDé.java Date crée : Jun 24, 2004 Date dern. modif. aaaa-mm-jj ******************************************************* Historique des modifications ******************************************************* Jun 24, 2004 Version initiale *******************************************************/ //package devoir; import java.awt.Dimension; import java.awt.Graphics; import java.awt.Graphics2D; import java.awt.Insets; import java.awt.RenderingHints; import javax.swing.JComponent; /** * @author Cris Fuhrman * Code based on * http://java.sun.com/docs/books/tutorial/uiswing/QandE/example-1dot4/XMarksTheSpot.java */ public class JDé extends JComponent implements Observateur { Dimension preferredSize = null; int Val_dé=0; //Dé dé; public JDé(Object o) { ((Dé)o).attacher(this); setOpaque(true); //Set the border using either a MatteBorder (standard, used in //Exercise 1) or a StripeBorder (custom, used in Exercise 3). //You can find the exercises here: // http://java.sun.com/docs/books/tutorial/uiswing/QandE/questions-ch6.html //setBorder(BorderFactory.createMatteBorder(5, 5, 5, 5, this.getForeground())); //setBorder(new StripeBorder()); } /** * <code>paintComponent</code> contient le code pour le dessin * "fait sur commande" * * @param g a <code>Graphics</code> value */ @Override public void notifier(Object o) { // TODO Auto-generated method stub if (o!=null){ Dé dé_obj = (Dé)o; Val_dé= dé_obj.getValeurActuelle(); } } public void paintComponent(Graphics g) { if (isOpaque()) { g.setColor(getBackground()); g.fillRect(0, 0, getWidth(), getHeight()); g.setColor(getForeground()); } /* * Si la forme (attribut de la classe principale ici) n'est pas * nulle, on la dessine */ if (Val_dé != 0) { // faire un cast (transtypage) en Graphics2D depour avoir plus de fonctionnalité Graphics2D g2d = (Graphics2D) g; g2d.setRenderingHint( RenderingHints.KEY_ANTIALIASING, RenderingHints.VALUE_ANTIALIAS_ON); // theColor = une variable de la classe principale /* * On dessine la valeur du dé simplement */ //g2d.drawString(String.valueOf(dé.getValeurActuelle()), 50, 50); drawDé(g2d); } } /** * Code réutilisé de * http://www.java-help.com/Applet01.txt * @param g2d */ private void drawDé(Graphics2D g) { g.setColor(this.getForeground()); Insets insets = getInsets(); Dimension dieSize = this.getSize(); int spotWidth = dieSize.width / 10; int spotHeight = dieSize.height / 10; switch (Val_dé) { // Draw the spot pattern for a one. case 1 : g.fillOval( (dieSize.width / 2) - spotWidth, (dieSize.height / 2) - spotHeight, spotWidth * 2, spotHeight * 2); break; // Draw the spot pattern for a two. case 2 : g.fillOval( (dieSize.width / 4) - spotWidth, (dieSize.height / 4) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( ((dieSize.width / 4) * 3) - spotWidth, ((dieSize.height / 4) * 3) - spotHeight, spotWidth * 2, spotHeight * 2); break; // Draw the spot pattern for a three. case 3 : g.fillOval( (dieSize.width / 4) - spotWidth, (dieSize.height / 4) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( (dieSize.width / 2) - spotWidth, (dieSize.height / 2) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( ((dieSize.width / 4) * 3) - spotWidth, ((dieSize.height / 4) * 3) - spotHeight, spotWidth * 2, spotHeight * 2); break; // Draw the spot pattern for a four. case 4 : g.fillOval( (dieSize.width / 4) - spotWidth, (dieSize.height / 4) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( ((dieSize.width / 4) * 3) - spotWidth, (dieSize.height / 4) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( (dieSize.width / 4) - spotWidth, ((dieSize.height / 4) * 3) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( ((dieSize.width / 4) * 3) - spotWidth, ((dieSize.height / 4) * 3) - spotHeight, spotWidth * 2, spotHeight * 2); break; // Draw the spot pattern for a five. case 5 : g.fillOval( (dieSize.width / 4) - spotWidth, (dieSize.height / 4) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( ((dieSize.width / 4) * 3) - spotWidth, (dieSize.height / 4) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( (dieSize.width / 2) - spotWidth, (dieSize.height / 2) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( (dieSize.width / 4) - spotWidth, ((dieSize.height / 4) * 3) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( ((dieSize.width / 4) * 3) - spotWidth, ((dieSize.height / 4) * 3) - spotHeight, spotWidth * 2, spotHeight * 2); break; // Draw the spot pattern for a six. case 6 : g.fillOval( (dieSize.width / 4) - spotWidth, (dieSize.height / 4) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( ((dieSize.width / 4) * 3) - spotWidth, (dieSize.height / 4) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( (dieSize.width / 4) - spotWidth, (dieSize.height / 2) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( ((dieSize.width / 4) * 3) - spotWidth, (dieSize.height / 2) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( (dieSize.width / 4) - spotWidth, ((dieSize.height / 4) * 3) - spotHeight, spotWidth * 2, spotHeight * 2); g.fillOval( ((dieSize.width / 4) * 3) - spotWidth, ((dieSize.height / 4) * 3) - spotHeight, spotWidth * 2, spotHeight * 2); break; } } public Dimension getPreferredSize() { if (preferredSize == null) { return new Dimension(100, 100); } else { return super.getPreferredSize(); } } public void setPreferredSize(Dimension newPrefSize) { preferredSize = newPrefSize; super.setPreferredSize(newPrefSize); } public static void main(String[] args) { } }