package org.woehlke.computer.kurzweil.tabs.sierpinskitriangle;
   
   import lombok.Getter;
   import org.woehlke.computer.kurzweil.application.ComputerKurzweilProperties;
   import org.woehlke.computer.kurzweil.commons.model.fractal.GaussianNumberPlane;
   import org.woehlke.computer.kurzweil.commons.model.turing.Point;
   import org.woehlke.computer.kurzweil.tabs.sierpinskitriangle.model.SierpinskiTriangleTabStateMachine;
   import org.woehlke.computer.kurzweil.commons.model.turing.MandelbrotTuringMachine;
   
  /**
   * Mandelbrot Set drawn by a Turing Machine.
   *
   * (C) 2006 - 2015 Thomas Woehlke.
   * https://thomas-woehlke.blogspot.com/2016/01/mandelbrot-set-drawn-by-turing-machine.html
   * @author Thomas Woehlke
   *
   * Created by tw on 16.12.2019.
   */
  @Getter
  public class SierpinskiTriangleModel {
  
      private volatile GaussianNumberPlane gaussianNumberPlane;
      private volatile MandelbrotTuringMachine mandelbrotTuringMachine;
      private volatile SierpinskiTriangleTabStateMachine applicationStateMachine;
  
      private volatile ComputerKurzweilProperties properties;
      private volatile SierpinskiTriangleTab frame;
  
      public SierpinskiTriangleModel(ComputerKurzweilProperties properties, SierpinskiTriangleTab frame) {
          this.properties = properties;
          this.frame = frame;
          this.gaussianNumberPlane = new GaussianNumberPlane(this);
          this.mandelbrotTuringMachine = new MandelbrotTuringMachine(this);
          this.applicationStateMachine = new SierpinskiTriangleTabStateMachine();
      }
  
      public synchronized boolean click(Point c) {
          applicationStateMachine.click();
          boolean repaint = true;
          switch (applicationStateMachine.getApplicationState()) {
              case MANDELBROT:
                  mandelbrotTuringMachine.start();
                  repaint = false;
                  break;
              //case JULIA_SET:
              //    gaussianNumberPlane.computeTheJuliaSetFor(c);
              //    break;
              case MANDELBROT_ZOOM:
                  gaussianNumberPlane.zoomIntoTheMandelbrotSet(c);
                  break;
              //case JULIA_SET_ZOOM:
              //    gaussianNumberPlane.zoomIntoTheJuliaSetFor(c);
              //    break;
          }
          return repaint;
      }
  
      public synchronized boolean step() {
          boolean repaint = false;
          switch (applicationStateMachine.getApplicationState()) {
              case MANDELBROT:
                  repaint = mandelbrotTuringMachine.step();
                  break;
              //case JULIA_SET:
              case MANDELBROT_ZOOM:
              //case JULIA_SET_ZOOM:
                  break;
          }
          return repaint;
      }
  
      public synchronized int getCellStatusFor(int x, int y) {
          return gaussianNumberPlane.getCellStatusFor(x, y);
      }
  
      public Point getWorldDimensions() {
          int width = properties.getAllinone().getLattice().getWidth();
          int height = properties.getAllinone().getLattice().getHeight();
          return new Point(width, height);
      }
  
      public void setModeSwitch() {
          this.applicationStateMachine.setModeSwitch();
          this.frame.setModeSwitch();
      }
  
      public void setModeZoom() {
          this.gaussianNumberPlane.setModeZoom();
          this.applicationStateMachine.setModeZoom();
          this.frame.setModeZoom();
      }
  
      public GaussianNumberPlane getGaussianNumberPlane() {
          return gaussianNumberPlane;
      }
  
      public SierpinskiTriangleTab getFrame() {
          return frame;
      }
 
     public void zoomOut() {
         switch (applicationStateMachine.getApplicationState()) {
             case MANDELBROT:
             //case JULIA_SET:
                 break;
             case MANDELBROT_ZOOM:
                 gaussianNumberPlane.zoomOutOfTheMandelbrotSet();
                 break;
             //case JULIA_SET_ZOOM:
             //    gaussianNumberPlane.zoomOutOfTheJuliaSet();
             //    break;
         }
     }
 }