/* * Interface.java * * Created on 8 of February 2006, 2:04 */ /** * * @author Eng. Paulo Roque Silva */ import java.awt.*; import javax.imageio.ImageIO; import javax.swing.*; import java.io.File; import java.io.IOException; public class Interface extends JPanel { public static final long serialVersionUID = 10072010L; // Interface Version static final int MaxDisplay = 302; // maximum neurons to be displayed = #neurons C. elegans Liberu liberu; // pointer for Liberu boolean execute; // if displays Liberu data Image imgWorld, imgE, imgElegans2, imgElegans3, imgElegans4, imgElegans2n, imgElegans3n, imgElegans4n, imgElegans2w, imgElegans3w, imgElegans4w, imgElegans2e, imgElegans3e, imgElegans4e; Font fontDefault, sansBold14; Color colorBefore; int []value = new int[100]; // # depend of #values to view - set to 60 int i, n; // indexes int points; // sum Belo /** Creates new form Interface */ public Interface() { execute = false; points = 0; // setLayout(new BorderLayout()); try { imgWorld = ImageIO.read(new File("World.jpg")); // simple maze imgElegans2 = ImageIO.read(new File("c_elegans2.jpg")); // C. elegans and earth imgElegans3 = ImageIO.read(new File("c_elegans3.jpg")); // C. elegans and food imgElegans4 = ImageIO.read(new File("c_elegans4.jpg")); // C. elegans and water imgElegans2n = ImageIO.read(new File("c_elegans2n.jpg")); // C. elegans and earth imgElegans3n = ImageIO.read(new File("c_elegans3n.jpg")); // C. elegans and food imgElegans4n = ImageIO.read(new File("c_elegans4n.jpg")); // C. elegans and water imgElegans2w = ImageIO.read(new File("c_elegans2w.jpg")); // C. elegans and earth imgElegans3w = ImageIO.read(new File("c_elegans3w.jpg")); // C. elegans and food imgElegans4w = ImageIO.read(new File("c_elegans4w.jpg")); // C. elegans and water imgElegans2e = ImageIO.read(new File("c_elegans2e.jpg")); // C. elegans and earth imgElegans3e = ImageIO.read(new File("c_elegans3e.jpg")); // C. elegans and food imgElegans4e = ImageIO.read(new File("c_elegans4e.jpg")); // C. elegans and water } catch (IOException ex) { ex.printStackTrace(); } for (i=0; i MaxDisplay) p = MaxDisplay; else p = liberu.past.time[0][0].pointer; g.drawLine(300 + p+1, 29, 300 + p+1, 30 + 40 * Liberu.NTRAIL - 1); // pointer n = liberu.past.time[0][0].pointer - MaxDisplay; if (n < 0) n = 0; m = n; while (n < liberu.past.nNeuronsT && n < m + MaxDisplay) { for (i=0; i < Liberu.NTRAIL; i++) if (liberu.past.time[n][i].fire) // Neuron fires g.drawLine(300 + n+1, 30 + 40 * i - 1, 300 + n+1, 30 + 40 * i - 1); if (n % 10 == 0) g.drawLine(300 + n+1, 30 + 40 * Liberu.NTRAIL, 300 + n+1, 30 + 40 * Liberu.NTRAIL + 3); // X scale 10 fraction n += 1; } g.setColor(Color.RED); g.drawString("Fired neurons, by Senses...", 300, 50 + 40 * Liberu.NTRAIL + 30); n = 0; while (n < liberu.past.nNeuronsPTaste && n < MaxDisplay) { if (liberu.past.nodeTaste[n].fire) // Neuron fires g.drawString("*", 300 + n+1, 50 - 1); n += 1; } n = 0; while (n < liberu.past.nNeuronsPSmell && n < MaxDisplay) { if (liberu.past.nodeSmell[n].fire) // Neuron fires g.drawString("*", 300 + n+1, 50 + 40 - 1); n += 1; } n = 0; while (n < liberu.past.nNeuronsPVision && n < MaxDisplay) { if (liberu.past.nodeVision[n].fire) // Neuron fires g.drawString("*", 300 + n+1, 50 + 40 * 2 - 1); n += 1; } n = 0; while (n < liberu.past.nNeuronsPTact && n < MaxDisplay) { if (liberu.past.nodeTact[n].fire) // Neuron fires g.drawString("*", 300 + n+1, 50 + 40 * 3 - 1); n += 1; } n = 0; while (n < liberu.past.nNeuronsPSound && n < MaxDisplay) { if (liberu.past.nodeSound[n].fire) // Neuron fires g.drawString("*", 300 + n+1, 50 + 40 * 4 - 1); n += 1; } n = 0; while (n < liberu.past.nNeuronsPProSelf && n < MaxDisplay) { if (liberu.past.nodeProSelf[n].fire) // Neuron fires g.drawString("*", 300 + n+1, 50 + 40 * 5 - 1); n += 1; } g.setColor(colorBefore); } } }