Online Today 2000 January/Onto0100.iso/pc/Browser/HTML Kurse/selfhtml/zmazescr.class

Java Class File | 1999-10-14 | 38.8 KB | 2,610 lines

import java.awt.Color;
import java.awt.Graphics;
import java.awt.Rectangle;
import java.util.Date;

class zmazescr extends Thread {
   private static final int NUM_COLORS = 16;
   private static final int TOP_COLOR = 12;
   private static final int RECTANGLE_SE_NW_COLOR = 10;
   private static final int TRIANGLE_SSE_NNW_COLOR = 9;
   private static final int TRIANGLE_SE_NW_COLOR = 8;
   private static final int RECTANGLE_W_E_COLOR = 7;
   private static final int FLOOR_COLOR = 6;
   private static final int TRIANGLE_SW_NE_COLOR = 5;
   private static final int RECTANGLE_SW_NE_COLOR = 4;
   private static final int TRIANGLE_SSW_NNE_COLOR = 3;
   private static final int BACKOUT_COLOR = 13;
   private static final int ADVANCE_COLOR = 14;
   private static final int SOLUTION_COLOR = 15;
   private static final double RELATIVE_WIDTH_OF_WALL = (double)0.25F;
   private static final double RELATIVE_HEIGHT_OF_WALL = (double)2.0F;
   private static final double MIN_WALL_LENGTH_IN_INCHES = (double)0.25F;
   private static final double SECONDS_FOR_MAZE_SELECTION = (double)0.25F;
   private static final int[] SUBSTITUTION_HIGH = new int[]{4, 1, 2, 8, 8, 9, 9, 6, 5, 7, 2, 1, 2, 9, 8, 8, 6, 3, 5, 1, 9, 5, 4, 4, 9, 8, 6, 0, 8, 0, 6, 0, 2, 4, 1, 9, 2, 0, 7, 4, 7, 3, 0, 0, 2, 6, 8, 9, 4, 0, 8, 3, 2, 3, 2, 5, 2, 4, 6, 9, 7, 9, 1, 3, 5, 7, 1, 1, 4, 5, 8, 1, 6, 0, 5, 7, 8, 2, 3, 3, 7, 3, 5, 1, 7, 5, 4, 0, 3, 6, 3, 7, 7, 1, 9, 4, 0, 5, 6, 6};
   private static final int[] SUBSTITUTION_LOW = new int[]{1, 2, 2, 1, 5, 5, 4, 6, 4, 6, 4, 4, 5, 6, 6, 3, 0, 9, 6, 5, 7, 2, 0, 9, 3, 4, 2, 3, 9, 1, 9, 9, 9, 3, 8, 9, 3, 4, 1, 5, 0, 5, 2, 7, 0, 8, 8, 0, 4, 5, 0, 3, 6, 8, 1, 7, 8, 8, 7, 1, 3, 2, 7, 7, 1, 8, 0, 3, 7, 5, 2, 6, 4, 0, 9, 9, 7, 7, 4, 6, 2, 0, 0, 1, 7, 3, 6, 6, 1, 1, 2, 4, 5, 9, 8, 2, 8, 8, 3, 5};
   private int adjacency;
   public boolean alreadyPainting;
   private zvertex[][] baseRectangle;
   private zvertex[][] baseTriangle;
   private boolean clearUserAttempts;
   private char[][] computerPage;
   private double cosTilt;
   private int counter0;
   private int counter1;
   private int counter2;
   private int counter3;
   private int counter4;
   private int counter5;
   private int counter6;
   private int counter7;
   private Graphics graph;
   private boolean hexagonalRooms;
   private int[][] hexDeltaX;
   private int[][] hexDeltaY;
   private int maxX;
   private int maxY;
   private zmazecan zmazecan;
   private boolean minimized;
   private int numColumns;
   private int numRoomsInMaze;
   private int numRoomsInSolution;
   private int numRows;
   private boolean paint;
   private double pixelsPerX;
   private double pixelsPerZ;
   public zvertex[][] rectangle;
   private Color[] redGreenBlue;
   private double relDistOfUserFromScreen;
   private boolean resize;
   public boolean restart;
   private Rectangle screen;
   private int[] seed;
   private double sinTilt;
   private boolean solutionDisplayed;
   private int[][] sqrDeltaX;
   private int[][] sqrDeltaY;
   private double sqrt3;
   private zstack[] stack;
   public int state;
   private double tilt;
   public boolean userHasSolved;
   private char[][] userPage;
   private int userX;
   private double userXRelative;
   private int userY;
   private double userYRelative;
   // $FF: renamed from: x int
   private int field_0;
   private double xMax;
   private double xOffset;
   // $FF: renamed from: y int
   private int field_1;
   private double yMax;
   private int yMod4;
   private double yOffset;

   zmazescr(zmazecan var1) {
      ((Thread)this).setDaemon(true);
      this.zmazecan = var1;
      this.restart = false;
      this.hexagonalRooms = this.zmazecan.zmaze3d.hexagonalRooms;
      this.clearUserAttempts = true;
      this.state = 5;
      this.baseRectangle = new zvertex[6][4];

      for(int var10 = 0; var10 < 6; ++var10) {
         for(int var12 = 0; var12 < 4; ++var12) {
            this.baseRectangle[var10][var12] = new zvertex();
         }
      }

      this.rectangle = new zvertex[6][4];

      for(int var18 = 0; var18 < 6; ++var18) {
         for(int var20 = 0; var20 < 4; ++var20) {
            this.rectangle[var18][var20] = new zvertex();
         }
      }

      this.baseTriangle = new zvertex[4][3];

      for(int var19 = 0; var19 < 4; ++var19) {
         for(int var21 = 0; var21 < 3; ++var21) {
            this.baseTriangle[var19][var21] = new zvertex();
         }
      }

      this.hexDeltaX = new int[6][720];
      this.hexDeltaY = new int[6][720];
      this.sqrDeltaX = new int[4][24];
      this.sqrDeltaY = new int[4][24];
      this.redGreenBlue = new Color[16];
      this.computerPage = null;
      this.userPage = null;
      this.stack = null;
      this.alreadyPainting = false;
      this.solutionDisplayed = false;
      this.userHasSolved = false;
      this.minimized = false;
      this.hexDeltaY[0][0] = -1;
      this.hexDeltaX[0][0] = -2;
      this.hexDeltaY[1][0] = 1;
      this.hexDeltaX[1][0] = -2;
      this.hexDeltaY[2][0] = -2;
      this.hexDeltaX[2][0] = 0;
      this.hexDeltaY[3][0] = 2;
      this.hexDeltaX[3][0] = 0;
      this.hexDeltaY[4][0] = -1;
      this.hexDeltaX[4][0] = 2;
      this.hexDeltaY[5][0] = 1;
      this.hexDeltaX[5][0] = 2;
      int var9 = 0;

      for(int var3 = 0; var3 < 6; ++var3) {
         for(int var4 = 0; var4 < 6; ++var4) {
            if (var3 != var4) {
               for(int var5 = 0; var5 < 6; ++var5) {
                  if (var3 != var5 && var4 != var5) {
                     for(int var6 = 0; var6 < 6; ++var6) {
                        if (var3 != var6 && var4 != var6 && var5 != var6) {
                           for(int var7 = 0; var7 < 6; ++var7) {
                              if (var3 != var7 && var4 != var7 && var5 != var7 && var6 != var7) {
                                 for(int var8 = 0; var8 < 6; ++var8) {
                                    if (var3 != var8 && var4 != var8 && var5 != var8 && var6 != var8 && var7 != var8) {
                                       this.hexDeltaX[var3][var9] = this.hexDeltaX[0][0];
                                       this.hexDeltaY[var3][var9] = this.hexDeltaY[0][0];
                                       this.hexDeltaX[var4][var9] = this.hexDeltaX[1][0];
                                       this.hexDeltaY[var4][var9] = this.hexDeltaY[1][0];
                                       this.hexDeltaX[var5][var9] = this.hexDeltaX[2][0];
                                       this.hexDeltaY[var5][var9] = this.hexDeltaY[2][0];
                                       this.hexDeltaX[var6][var9] = this.hexDeltaX[3][0];
                                       this.hexDeltaY[var6][var9] = this.hexDeltaY[3][0];
                                       this.hexDeltaX[var7][var9] = this.hexDeltaX[4][0];
                                       this.hexDeltaY[var7][var9] = this.hexDeltaY[4][0];
                                       this.hexDeltaX[var8][var9] = this.hexDeltaX[5][0];
                                       this.hexDeltaY[var8][var9++] = this.hexDeltaY[5][0];
                                    }
                                 }
                              }
                           }
                        }
                     }
                  }
               }
            }
         }
      }

      this.sqrDeltaY[0][0] = 0;
      this.sqrDeltaX[0][0] = -1;
      this.sqrDeltaY[1][0] = 1;
      this.sqrDeltaX[1][0] = 0;
      this.sqrDeltaY[2][0] = 0;
      this.sqrDeltaX[2][0] = 1;
      this.sqrDeltaY[3][0] = -1;
      this.sqrDeltaX[3][0] = 0;
      var9 = 0;

      for(int var13 = 0; var13 < 4; ++var13) {
         for(int var14 = 0; var14 < 4; ++var14) {
            if (var13 != var14) {
               for(int var15 = 0; var15 < 4; ++var15) {
                  if (var13 != var15 && var14 != var15) {
                     for(int var16 = 0; var16 < 4; ++var16) {
                        if (var13 != var16 && var14 != var16 && var15 != var16) {
                           this.sqrDeltaX[var13][var9] = this.sqrDeltaX[0][0];
                           this.sqrDeltaY[var13][var9] = this.sqrDeltaY[0][0];
                           this.sqrDeltaX[var14][var9] = this.sqrDeltaX[1][0];
                           this.sqrDeltaY[var14][var9] = this.sqrDeltaY[1][0];
                           this.sqrDeltaX[var15][var9] = this.sqrDeltaX[2][0];
                           this.sqrDeltaY[var15][var9] = this.sqrDeltaY[2][0];
                           this.sqrDeltaX[var16][var9] = this.sqrDeltaX[3][0];
                           this.sqrDeltaY[var16][var9++] = this.sqrDeltaY[3][0];
                        }
                     }
                  }
               }
            }
         }
      }

      this.sqrt3 = Math.sqrt((double)3.0F);

      for(int var2 = 0; var2 <= 12; ++var2) {
         int var11 = 256 * var2 / 13;
         this.redGreenBlue[var2] = new Color(var11, var11, var11);
      }

      this.redGreenBlue[13] = new Color(255, 255, 0);
      this.redGreenBlue[14] = new Color(0, 255, 0);
      this.redGreenBlue[15] = new Color(255, 0, 0);
   }

   private void drawQuadrilateral(zpoint[] var1, int var2) {
      int[] var4 = new int[4];
      int[] var5 = new int[4];

      for(int var3 = 0; var3 < 4; ++var3) {
         var4[var3] = var1[var3].x;
         var5[var3] = var1[var3].y;
      }

      this.graph.setColor(this.redGreenBlue[var2]);
      this.graph.fillPolygon(var4, var5, 4);
   }

   private zpoint getCorner(double var1, double var3, double var5) {
      double var10 = (this.yMax - var3) * this.cosTilt - var5 * this.sinTilt;
      double var14 = (this.yMax - var3) * this.sinTilt + var5 * this.cosTilt;
      double var12 = this.yMax / (double)2.0F + this.relDistOfUserFromScreen * (var14 - this.yMax / (double)2.0F) / (var10 + this.relDistOfUserFromScreen);
      double var8 = this.xMax / (double)2.0F + this.relDistOfUserFromScreen * (var1 - this.xMax / (double)2.0F) / (var10 + this.relDistOfUserFromScreen);
      var8 += this.xOffset;
      zpoint var7 = new zpoint();
      var7.x = (int)(this.pixelsPerX * var8);
      var7.y = this.screen.height - (int)(this.pixelsPerZ * var12);
      return var7;
   }

   private void displayQuadrilateral(double var1, double var3, double var5, double var7, double var9, double var11, double var13, double var15, double var17, double var19, double var21, double var23, int var25) {
      zpoint[] var26 = new zpoint[]{this.getCorner(var1, var3, var5), this.getCorner(var7, var9, var11), this.getCorner(var13, var15, var17), this.getCorner(var19, var21, var23)};
      this.drawQuadrilateral(var26, var25);
   }

   private void drawTriangle(zpoint[] var1, int var2) {
      int[] var4 = new int[3];
      int[] var5 = new int[3];

      for(int var3 = 0; var3 < 3; ++var3) {
         var4[var3] = var1[var3].x;
         var5[var3] = var1[var3].y;
      }

      this.graph.setColor(this.redGreenBlue[var2]);
      this.graph.fillPolygon(var4, var5, 3);
   }

   private void displayTriangle(double var1, double var3, double var5, double var7, double var9, double var11, double var13, double var15, double var17, int var19) {
      zpoint[] var20 = new zpoint[]{this.getCorner(var1, var3, var5), this.getCorner(var7, var9, var11), this.getCorner(var13, var15, var17)};
      this.drawTriangle(var20, var19);
   }

   private void outputTriangle(zvertex[] var1, boolean var2, int var3) {
      if (var2) {
         if (var1[1].x < this.xMax / (double)2.0F && var1[1].x > var1[0].x) {
            double var4 = var1[2].x;
            double var12 = var1[2].y;
            double var6 = var1[1].x;
            double var14 = var1[1].y;
            double var8 = var1[1].x;
            double var16 = var1[1].y;
            double var10 = var1[2].x;
            double var18 = var1[2].y;
            this.displayQuadrilateral(var4, var12, (double)2.0F, var6, var14, (double)2.0F, var8, var16, (double)0.0F, var10, var18, (double)0.0F, 3);
         }

         if (var1[1].x > this.xMax / (double)2.0F && var1[1].x < var1[2].x) {
            double var20 = var1[1].x;
            double var31 = var1[1].y;
            double var23 = var1[0].x;
            double var34 = var1[0].y;
            double var26 = var1[0].x;
            double var37 = var1[0].y;
            double var29 = var1[1].x;
            double var40 = var1[1].y;
            this.displayQuadrilateral(var20, var31, (double)2.0F, var23, var34, (double)2.0F, var26, var37, (double)0.0F, var29, var40, (double)0.0F, 9);
            return;
         }
      } else {
         double var21 = var1[0].x;
         double var32 = var1[0].y;
         double var24 = var1[2].x;
         double var35 = var1[2].y;
         double var27 = var1[2].x;
         double var38 = var1[2].y;
         double var30 = var1[0].x;
         double var41 = var1[0].y;
         this.displayQuadrilateral(var21, var32, (double)2.0F, var24, var35, (double)2.0F, var27, var38, (double)0.0F, var30, var41, (double)0.0F, var3);
         var21 = var1[0].x;
         var32 = var1[0].y;
         var24 = var1[1].x;
         var35 = var1[1].y;
         var27 = var1[2].x;
         var38 = var1[2].y;
         this.displayTriangle(var21, var32, (double)2.0F, var24, var35, (double)2.0F, var27, var38, (double)2.0F, 12);
      }

   }

   private void outputRectangle(zvertex[] var1, int var2) {
      double var3 = var1[3].x;
      double var11 = var1[3].y;
      double var5 = var1[2].x;
      double var13 = var1[2].y;
      double var7 = var1[2].x;
      double var15 = var1[2].y;
      double var9 = var1[3].x;
      double var17 = var1[3].y;
      this.displayQuadrilateral(var3, var11, (double)2.0F, var5, var13, (double)2.0F, var7, var15, (double)0.0F, var9, var17, (double)0.0F, var2);
      var3 = var1[0].x;
      var11 = var1[0].y;
      var5 = var1[1].x;
      var13 = var1[1].y;
      var7 = var1[2].x;
      var15 = var1[2].y;
      var9 = var1[3].x;
      var17 = var1[3].y;
      this.displayQuadrilateral(var3, var11, (double)2.0F, var5, var13, (double)2.0F, var7, var15, (double)2.0F, var9, var17, (double)2.0F, 12);
   }

   private void outputLeftRight(zvertex[] var1) {
      if ((double)2.0F * var1[0].x > this.xMax) {
         double var2 = var1[0].x;
         double var10 = var1[0].y;
         double var4 = var1[3].x;
         double var12 = var1[3].y;
         double var6 = var1[3].x;
         double var14 = var1[3].y;
         double var8 = var1[0].x;
         double var16 = var1[0].y;
         this.displayQuadrilateral(var2, var10, (double)2.0F, var4, var12, (double)2.0F, var6, var14, (double)0.0F, var8, var16, (double)0.0F, 10);
      }

      if ((double)2.0F * var1[1].x < this.xMax) {
         double var18 = var1[2].x;
         double var22 = var1[2].y;
         double var19 = var1[1].x;
         double var23 = var1[1].y;
         double var20 = var1[1].x;
         double var24 = var1[1].y;
         double var21 = var1[2].x;
         double var25 = var1[2].y;
         this.displayQuadrilateral(var18, var22, (double)2.0F, var19, var23, (double)2.0F, var20, var24, (double)0.0F, var21, var25, (double)0.0F, 4);
      }

   }

   private void drawLine(double var1, double var3, double var5, double var7) {
      zpoint var13 = this.getCorner(var1, var3, (double)2.0F);
      int var9 = var13.x;
      int var11 = var13.y;
      var13 = this.getCorner(var5, var7, (double)2.0F);
      int var10 = var13.x;
      int var12 = var13.y;
      this.graph.drawLine(var9, var11, var10, var12);
   }

   private void hash() {
      int var2 = this.counter0;
      int var3 = this.counter1;
      int var4 = this.counter2;
      int var5 = this.counter3;
      int var6 = this.counter4;
      int var7 = this.counter5;
      int var8 = this.counter6;
      int var9 = this.counter7;

      for(int var1 = 8; var1 > 0; --var1) {
         int var10 = 10 * var3 + var2;
         int var11 = SUBSTITUTION_LOW[var10];
         int var12 = SUBSTITUTION_HIGH[var10];
         var10 = 10 * var5 + var4;
         var2 = SUBSTITUTION_LOW[var10];
         int var13 = SUBSTITUTION_HIGH[var10];
         var10 = 10 * var7 + var6;
         var4 = SUBSTITUTION_LOW[var10];
         var3 = SUBSTITUTION_HIGH[var10];
         var10 = 10 * var9 + var8;
         var7 = SUBSTITUTION_LOW[var10];
         var9 = SUBSTITUTION_HIGH[var10];
         var5 = var11;
         var8 = var12;
         var6 = var13;
      }

      this.counter0 = var2;
      this.counter1 = var3;
      this.counter2 = var4;
      this.counter3 = var5;
      this.counter4 = var6;
      this.counter5 = var7;
      this.counter6 = var8;
      this.counter7 = var9;
   }

   private void increment() {
      int var1 = this.counter0 + 1;
      if (var1 <= 9) {
         this.counter0 = var1;
      } else {
         this.counter0 = 0;
         var1 = this.counter1 + 1;
         if (var1 <= 9) {
            this.counter1 = var1;
         } else {
            this.counter1 = 0;
            var1 = this.counter2 + 1;
            if (var1 <= 9) {
               this.counter2 = var1;
            } else {
               this.counter2 = 0;
               var1 = this.counter3 + 1;
               if (var1 <= 9) {
                  this.counter3 = var1;
               } else {
                  this.counter3 = 0;
                  var1 = this.counter4 + 1;
                  if (var1 <= 9) {
                     this.counter4 = var1;
                  } else {
                     this.counter4 = 0;
                     var1 = this.counter5 + 1;
                     if (var1 <= 9) {
                        this.counter5 = var1;
                     } else {
                        this.counter5 = 0;
                        var1 = this.counter6 + 1;
                        if (var1 <= 9) {
                           this.counter6 = var1;
                        } else {
                           this.counter6 = 0;
                           var1 = this.counter7 + 1;
                           if (var1 <= 9) {
                              this.counter7 = var1;
                           } else {
                              this.counter7 = 0;
                           }
                        }
                     }
                  }
               }
            }
         }
      }
   }

   public void hexKey(int var1) {
      int var6 = 0;
      double var4 = (double)0.0F;
      double var7 = (double)0.0F;
      boolean var2 = true;
      int var3 = this.userX + this.hexDeltaX[var1][0];
      if (var3 <= 0) {
         var2 = false;
      } else if (var3 >= this.maxX) {
         var2 = false;
      } else {
         var6 = this.userY + this.hexDeltaY[var1][0];
      }

      if (var6 <= 0) {
         var2 = false;
      } else if (var6 > this.maxY) {
         var2 = false;
      } else if (this.userPage[var6][var3] == 0) {
         var2 = false;
      }

      if (var2) {
         var3 += this.hexDeltaX[var1][0];
         var6 += this.hexDeltaY[var1][0];
         if (var6 < this.maxY) {
            if (this.userPage[var6][var3] == 1) {
               this.graph.setColor(this.redGreenBlue[13]);
               this.userPage[this.userY][this.userX] = 3;
            } else {
               this.graph.setColor(this.redGreenBlue[14]);
               this.userPage[var6][var3] = 1;
            }

            switch (var6 - this.userY) {
               case -4:
                  var4 = this.userXRelative;
                  var7 = this.userYRelative - this.sqrt3;
                  break;
               case -2:
                  if (var3 > this.userX) {
                     var4 = this.userXRelative + (double)1.5F;
                     var7 = this.userYRelative - this.sqrt3 / (double)2.0F;
                  } else {
                     var4 = this.userXRelative - (double)1.5F;
                     var7 = this.userYRelative - this.sqrt3 / (double)2.0F;
                  }
                  break;
               case 2:
                  if (var3 > this.userX) {
                     var4 = this.userXRelative + (double)1.5F;
                     var7 = this.userYRelative + this.sqrt3 / (double)2.0F;
                  } else {
                     var4 = this.userXRelative - (double)1.5F;
                     var7 = this.userYRelative + this.sqrt3 / (double)2.0F;
                  }
                  break;
               default:
                  var4 = this.userXRelative;
                  var7 = this.userYRelative + this.sqrt3;
            }

            this.drawLine(this.userXRelative, this.userYRelative, var4, var7);
         } else {
            this.graph.setColor(this.redGreenBlue[14]);
            this.drawLine(this.userXRelative, this.userYRelative, this.userXRelative, this.yMax);
            this.userHasSolved = true;
         }

         this.userX = var3;
         this.userY = var6;
         this.userXRelative = var4;
         this.userYRelative = var7;
      }

   }

   public void hexDisplayUserMoves() {
      double var6 = (double)0.0F;
      int var10 = 2;
      double var13 = this.sqrt3 / (double)2.0F;

      for(boolean var2 = false; var10 < this.maxY; var10 += 2) {
         int var3;
         if (var2) {
            var3 = 7;
            var6 = (double)2.5F;
         } else {
            var3 = 3;
            var6 = (double)1.0F;
         }

         while(var3 < this.maxX) {
            if (this.userPage[var10][var3] == 1 || this.userPage[var10][var3] == 3) {
               for(int var1 = 0; var1 < 6; ++var1) {
                  int var4 = var3 + this.hexDeltaX[var1][0];
                  int var11 = var10 + this.hexDeltaY[var1][0];
                  if (this.userPage[var11][var4] != 0) {
                     if (var11 == 0) {
                        this.graph.setColor(this.redGreenBlue[14]);
                        this.drawLine((double)1.0F, (double)0.0F, var6, var13);
                     } else if (var11 == this.maxY) {
                        if (this.userHasSolved) {
                           this.graph.setColor(this.redGreenBlue[14]);
                           double var15 = var13 + this.sqrt3 / (double)2.0F;
                           this.drawLine(var6, var13, var6, var15);
                        }
                     } else {
                        int var5 = var4 + this.hexDeltaX[var1][0];
                        if (var5 > 0 && var5 < this.maxX) {
                           int var12 = var11 + this.hexDeltaY[var1][0];
                           if (var12 > 0 && var12 < this.maxY && (this.userPage[var12][var5] == 1 || this.userPage[var12][var5] == 3)) {
                              if (this.userPage[var10][var3] == this.userPage[var12][var5]) {
                                 if (this.userPage[var10][var3] == 1) {
                                    this.graph.setColor(this.redGreenBlue[14]);
                                 } else {
                                    this.graph.setColor(this.redGreenBlue[13]);
                                 }
                              } else {
                                 this.graph.setColor(this.redGreenBlue[13]);
                              }

                              double var8;
                              double var17;
                              switch (var11 - var10) {
                                 case -2:
                                    var8 = var6;
                                    var17 = var13 - this.sqrt3 / (double)2.0F;
                                    break;
                                 case -1:
                                    if (var4 > var3) {
                                       var8 = var6 + (double)0.75F;
                                       var17 = var13 - this.sqrt3 / (double)4.0F;
                                    } else {
                                       var8 = var6 - (double)0.75F;
                                       var17 = var13 - this.sqrt3 / (double)4.0F;
                                    }
                                    break;
                                 case 0:
                                 default:
                                    var8 = var6;
                                    var17 = var13 + this.sqrt3 / (double)2.0F;
                                    break;
                                 case 1:
                                    if (var4 > var3) {
                                       var8 = var6 + (double)0.75F;
                                       var17 = var13 + this.sqrt3 / (double)4.0F;
                                    } else {
                                       var8 = var6 - (double)0.75F;
                                       var17 = var13 + this.sqrt3 / (double)4.0F;
                                    }
                              }

                              this.drawLine(var6, var13, var8, var17);
                           }
                        }
                     }
                  }
               }
            }

            var6 += (double)3.0F;
            var3 += 8;
         }

         var2 = !var2;
         var13 += this.sqrt3 / (double)2.0F;
      }

      if (this.userHasSolved) {
         this.graph.setColor(this.redGreenBlue[14]);
         this.drawLine(var6, var13, var6, this.yMax);
      }

   }

   private void hexSolveMaze() {
      this.numRoomsInSolution = 1;
      this.adjacency = 0;
      int var4 = 3;
      int var6 = 2;
      int var3 = -1;
      this.computerPage[var6][var4] = 1;
      int var7 = 0;
      int var5 = 0;

      label98:
      while(true) {
         int var8 = 0;
         boolean var2 = false;

         while(true) {
            while(var8 >= 6 || var2) {
               if (!var2) {
                  var8 = this.stack[var3].index1;
                  this.computerPage[var6][var4] = 2;
                  var4 -= this.hexDeltaX[var8][0];
                  var6 -= this.hexDeltaY[var8][0];
                  this.computerPage[var6][var4] = 2;
                  var4 -= this.hexDeltaX[var8][0];
                  var6 -= this.hexDeltaY[var8][0];
                  --var3;
                  ++var8;
               }

               if (var2) {
                  this.computerPage[var7][var5] = 1;
                  var5 += this.hexDeltaX[var8][0];
                  var7 += this.hexDeltaY[var8][0];
                  if (var7 <= this.maxY) {
                     ++var3;
                     this.stack[var3].index1 = (short)var8;
                     this.computerPage[var7][var5] = 1;
                     var4 = var5;
                     var6 = var7;
                  }

                  if (var7 >= this.maxY) {
                     break label98;
                  }
                  continue label98;
               }
            }

            var5 = var4 + this.hexDeltaX[var8][0];
            var7 = var6 + this.hexDeltaY[var8][0];
            if (this.computerPage[var7][var5] == 2) {
               var2 = true;
            } else {
               ++var8;
            }
         }
      }

      var4 = this.maxX - 3;
      var6 = this.maxY - 2;

      for(this.adjacency = 0; var3 >= 0; ++this.numRoomsInSolution) {
         for(int var9 = 0; var9 < 6; ++var9) {
            var5 = var4 + this.hexDeltaX[var9][0];
            var7 = var6 + this.hexDeltaY[var9][0];
            if (this.computerPage[var7][var5] != 1 && this.computerPage[var7][var5] == 0) {
               var5 += this.hexDeltaX[var9][0];
               var7 += this.hexDeltaY[var9][0];
               if (var5 < 0) {
                  ++this.adjacency;
               } else if (var5 > this.maxX) {
                  ++this.adjacency;
               } else if (var7 < 0) {
                  ++this.adjacency;
               } else if (var7 > this.maxY) {
                  ++this.adjacency;
               } else if (this.computerPage[var7][var5] == 1) {
                  ++this.adjacency;
               }
            }
         }

         var4 -= 2 * this.hexDeltaX[this.stack[var3].index1][0];
         var6 -= 2 * this.hexDeltaY[this.stack[var3--].index1][0];
      }

      for(int var10 = 0; var10 < 6; ++var10) {
         var5 = var4 + this.hexDeltaX[var10][0];
         var7 = var4 + this.hexDeltaY[var10][0];
         if (this.computerPage[var7][var5] != 2 && this.computerPage[var7][var5] == 0) {
            var5 += this.hexDeltaX[var10][0];
            var7 += this.hexDeltaY[var10][0];
            if (var5 < 0) {
               ++this.adjacency;
            } else if (var5 > this.maxX) {
               ++this.adjacency;
            } else if (var7 < 0) {
               ++this.adjacency;
            } else if (var7 > this.maxY) {
               ++this.adjacency;
            } else if (this.computerPage[var7][var5] == 1) {
               ++this.adjacency;
            }
         }
      }

   }

   private void hexGenerateMaze(int[] var1) {
      int var18 = 0;
      int var15 = 0;
      int[] var6 = new int[]{var1[0] + 1, var1[1] + 1, var1[2] + 1, var1[3] + 1, var1[4] + 1, var1[5] + 1, var1[6] + 1, var1[7] + 1};
      int var17 = 1;

      for(int var16 = 0; var16 <= this.maxY; ++var16) {
         if (var17 == 1) {
            int var33 = 1;

            for(int var30 = 0; var30 <= this.maxX; ++var30) {
               if ((var33 != 0 || var16 == 0 || var16 == this.maxY) && var33 != 3 && var33 != 4 && var33 != 5) {
                  this.computerPage[var16][var30] = 2;
               } else {
                  this.computerPage[var16][var30] = 0;
               }

               ++var33;
               if (var33 >= 8) {
                  var33 = 0;
               }
            }
         } else if (var17 != 0 && var17 != 2) {
            int var32 = 1;

            for(int var29 = 0; var29 <= this.maxX; ++var29) {
               if (var32 != 0 && var32 != 1 && var32 != 4 && var32 != 7) {
                  this.computerPage[var16][var29] = 2;
               } else {
                  this.computerPage[var16][var29] = 0;
               }

               ++var32;
               if (var32 >= 8) {
                  var32 = 0;
               }
            }
         } else {
            int var14 = 1;

            for(int var13 = 0; var13 <= this.maxX; ++var13) {
               if (var14 != 2 && var14 != 6) {
                  this.computerPage[var16][var13] = 2;
               } else {
                  this.computerPage[var16][var13] = 0;
               }

               ++var14;
               if (var14 >= 8) {
                  var14 = 0;
               }
            }
         }

         ++var17;
         if (var17 >= 4) {
            var17 = 0;
         }
      }

      int var2 = var6[0];
      int var7 = 0;

      for(int var8 = 1; var8 < 8; var7 = var8++) {
         int var12 = var6[var8];
         var6[var7] = var12;
         var2 += var12;
         if (var2 >= 727) {
            var2 -= 727;
         }
      }

      var6[7] = var2;
      var2 %= this.numColumns;
      int var31 = 4 * var2 + 3;
      int var9 = var6[0];
      var7 = 0;

      for(int var23 = 1; var23 < 8; var7 = var23++) {
         int var27 = var6[var23];
         var6[var7] = var27;
         var9 += var27;
         if (var9 >= 727) {
            var9 -= 727;
         }
      }

      var6[7] = var9;
      int var34;
      if (var2 % 2 == 0) {
         var9 %= this.numRows;
         var34 = 4 * var9 + 2;
      } else {
         var9 %= this.numRows - 1;
         var34 = 4 * var9 + 4;
      }

      this.computerPage[var34][var31] = 2;
      int var11 = -1;

      do {
         int var20 = 0;

         int var4;
         do {
            var4 = var6[0];
            var7 = 0;

            for(int var24 = 1; var24 < 8; var7 = var24++) {
               int var28 = var6[var24];
               var6[var7] = var28;
               var4 += var28;
               if (var4 >= 727) {
                  var4 -= 727;
               }
            }

            var6[7] = var4;
         } while(var4 >= 720);

         boolean var5 = false;

         for(boolean var10 = false; !var10; var10 = var5 || var11 == -1 && var20 >= 6) {
            while(var20 < 6 && !var5) {
               var15 = var31 + 2 * this.hexDeltaX[var20][var4];
               if (var15 <= 0) {
                  ++var20;
               } else if (var15 > this.maxX) {
                  ++var20;
               } else {
                  var18 = var34 + 2 * this.hexDeltaY[var20][var4];
                  if (var18 <= 0) {
                     ++var20;
                  } else if (var18 > this.maxY) {
                     ++var20;
                  } else if (this.computerPage[var18][var15] == 0) {
                     var5 = true;
                  } else {
                     ++var20;
                  }
               }
            }

            if (!var5 && var11 >= 0) {
               var20 = this.stack[var11].index1;
               var4 = this.stack[var11--].index2;
               var31 -= 2 * this.hexDeltaX[var20][var4];
               var34 -= 2 * this.hexDeltaY[var20++][var4];
            }
         }

         if (var5) {
            ++var11;
            this.stack[var11].index1 = (short)var20;
            this.stack[var11].index2 = (short)var4;
            this.computerPage[var18][var15] = 2;
            this.computerPage[(var34 + var18) / 2][(var31 + var15) / 2] = 2;
            var31 = var15;
            var34 = var18;
         }
      } while(var11 != -1);

      this.computerPage[0][3] = 1;
      this.computerPage[this.maxY][this.maxX - 3] = 2;
   }

   private void hexSelectMaze() {
      byte var1 = 0;
      byte var14 = 0;
      int[] var16 = new int[8];
      int[] var17 = new int[8];
      int var2 = this.seed[0];
      int var3 = this.seed[1];
      int var4 = this.seed[2];
      int var5 = this.seed[3];
      int var6 = this.seed[4];
      int var7 = this.seed[5];
      int var8 = this.seed[6];
      int var9 = this.seed[7];
      this.hash();
      int var13 = 4 * this.numRoomsInMaze + 1;
      byte var15 = 0;
      var17[0] = var2;
      var17[1] = var3;
      var17[2] = var4;
      var17[3] = var5;
      var17[4] = var6;
      var17[5] = var7;
      var17[6] = var8;
      var17[7] = var9;
      Date var10 = new Date();
      double var18 = (double)var10.getTime() / (double)1000.0F;

      double var11;
      do {
         var16[0] = var2;
         var16[1] = var3;
         var16[2] = var4;
         var16[3] = var5;
         var16[4] = var6;
         var16[5] = var7;
         var16[6] = var8;
         var16[7] = var9;
         this.hexGenerateMaze(var16);
         this.hexSolveMaze();
         if (3 * var14 >= this.numRoomsInMaze) {
            if (var1 < var13) {
               var13 = var1;
               var15 = var14;
               var17[0] = var16[0];
               var17[1] = var16[1];
               var17[2] = var16[2];
               var17[3] = var16[3];
               var17[4] = var16[4];
               var17[5] = var16[5];
               var17[6] = var16[6];
               var17[7] = var16[7];
            } else if (var1 == var13 && var14 > var15) {
               var15 = var14;
               var17[0] = var16[0];
               var17[1] = var16[1];
               var17[2] = var16[2];
               var17[3] = var16[3];
               var17[4] = var16[4];
               var17[5] = var16[5];
               var17[6] = var16[6];
               var17[7] = var16[7];
            }
         }

         this.increment();
         var10 = new Date();
         var11 = (double)var10.getTime() / (double)1000.0F - var18;
      } while(var11 >= (double)0.0F && var11 < (double)0.25F);

      this.hexGenerateMaze(var17);
      this.hexSolveMaze();
   }

   public void hexDisplaySolution() {
      double var6 = (double)1.0F;
      double var13 = this.sqrt3 / (double)2.0F;
      double var8 = (double)0.0F;
      double var15 = (double)0.0F;
      this.graph.setColor(this.redGreenBlue[15]);
      this.drawLine((double)1.0F, (double)0.0F, var6, var13);
      int var5 = 3;
      int var12 = -2;
      int var3 = 3;
      int var10 = 2;
      int var4 = 0;
      int var11 = 0;

      do {
         boolean var2 = false;
         int var1 = 0;

         while(!var2) {
            var4 = var3 + this.hexDeltaX[var1][0];
            var11 = var10 + this.hexDeltaY[var1][0];
            if (this.computerPage[var11][var4] == 1) {
               var4 += this.hexDeltaX[var1][0];
               var11 += this.hexDeltaY[var1][0];
               if (var4 == var5 && var11 == var12) {
                  ++var1;
               } else {
                  var2 = true;
               }
            } else {
               ++var1;
            }
         }

         if (var11 < this.maxY) {
            switch (var11 - var10) {
               case -4:
                  var8 = var6;
                  var15 = var13 - this.sqrt3;
                  break;
               case -2:
                  if (var4 > var3) {
                     var8 = var6 + (double)1.5F;
                     var15 = var13 - this.sqrt3 / (double)2.0F;
                  } else {
                     var8 = var6 - (double)1.5F;
                     var15 = var13 - this.sqrt3 / (double)2.0F;
                  }
                  break;
               case 2:
                  if (var4 > var3) {
                     var8 = var6 + (double)1.5F;
                     var15 = var13 + this.sqrt3 / (double)2.0F;
                  } else {
                     var8 = var6 - (double)1.5F;
                     var15 = var13 + this.sqrt3 / (double)2.0F;
                  }
                  break;
               default:
                  var8 = var6;
                  var15 = var13 + this.sqrt3;
            }

            this.drawLine(var6, var13, var8, var15);
         } else {
            this.drawLine(var6, var13, var6, this.yMax);
         }

         var5 = var3;
         var12 = var10;
         var3 = var4;
         var10 = var11;
         var6 = var8;
         var13 = var15;
      } while(var11 < this.maxY);

   }

   private void hexOutputMaze() {
      zvertex[] var14 = new zvertex[4];

      for(int var26 = 0; var26 < 4; ++var26) {
         var14[var26] = new zvertex();
      }

      zvertex[] var15 = new zvertex[3];

      for(int var66 = 0; var66 < 3; ++var66) {
         var15[var66] = new zvertex();
      }

      zvertex[][] var25 = new zvertex[4][3];

      for(int var6 = 0; var6 < 4; ++var6) {
         for(int var67 = 0; var67 < 3; ++var67) {
            var25[var6][var67] = new zvertex();
         }
      }

      switch (this.state) {
         case 0:
            if (this.resize) {
               this.seed = new int[8];
               Date var24 = new Date();
               long var4 = var24.getTime();

               for(int var3 = 0; var3 < 8; ++var3) {
                  long var7 = var4 / 10L;
                  this.seed[var3] = (int)(var4 - 10L * var7);
                  var4 = var7;
               }

               double var16 = (double)this.screen.width * 0.28;
               double var18 = (double)0.25F;
               var18 *= 25.4;
               double var20 = (double)0.25F;
               this.numColumns = (int)((double)2.0F * (var16 / var18 - (double)2.0F - var20 / this.sqrt3) / (double)3.0F + (double)1.0F);
               if (this.numColumns % 2 == 0) {
                  --this.numColumns;
               }

               if (this.numColumns < 3) {
                  this.numColumns = 3;
               }

               var16 = (double)this.screen.height * 0.28;
               var18 = (double)this.screen.width * 0.28;
               var20 = (double)this.numColumns;
               double var22 = (double)0.25F;
               this.numRows = (int)((var16 / var18 * ((double)3.0F * (var20 - (double)1.0F) / (double)2.0F + (double)2.0F + var22 / this.sqrt3) - var22) / this.sqrt3);
               if (this.numRows < 2) {
                  this.numRows = 2;
               }

               this.maxX = 8 * (this.numColumns / 2) + 6;
               this.maxY = 4 * this.numRows;
               this.numRoomsInMaze = this.numRows * this.numColumns - this.numColumns / 2;
               this.computerPage = new char[this.maxY + 1][this.maxX + 1];
               this.userPage = new char[this.maxY + 1][this.maxX + 1];
               this.clearUserAttempts = true;
               this.stack = new zstack[this.numRoomsInMaze];

               for(int var13 = 0; var13 < this.numRoomsInMaze; ++var13) {
                  this.stack[var13] = new zstack();
               }

               this.hexSelectMaze();
               this.resize = false;
            }

            if (this.clearUserAttempts) {
               for(this.userX = 0; this.userX <= this.maxX; ++this.userX) {
                  for(this.userY = 0; this.userY <= this.maxY; ++this.userY) {
                     if (this.computerPage[this.userY][this.userX] == 0) {
                        this.userPage[this.userY][this.userX] = 0;
                     } else {
                        this.userPage[this.userY][this.userX] = 2;
                     }
                  }
               }

               this.userX = 3;
               this.userXRelative = (double)1.0F;
               this.userY = 2;
               this.userYRelative = this.sqrt3 / (double)2.0F;
               this.userPage[this.userY][this.userX] = 1;
               this.clearUserAttempts = false;
            }

            if (this.paint) {
               int[] var1 = new int[4];
               int[] var2 = new int[4];
               var1[0] = 0;
               var2[0] = 0;
               var1[1] = 0;
               var2[1] = this.screen.height;
               var1[2] = this.screen.width;
               var2[2] = this.screen.height;
               var1[3] = this.screen.width;
               var2[3] = 0;
               this.graph.setColor(new Color(255, 255, 255));
               this.graph.fillPolygon(var1, var2, 4);
               double var11 = Math.atan((double)1.0F) / (double)45.0F;
               double var9 = this.tilt * var11;
               this.sinTilt = Math.sin(var9);
               this.cosTilt = Math.cos(var9);
               double var59 = (double)this.numColumns;
               this.xMax = (double)3.0F * (var59 - (double)1.0F) / (double)2.0F + (double)2.0F + (double)0.25F / this.sqrt3;
               var59 = (double)this.screen.width;
               this.pixelsPerX = (var59 - (double)1.0F) / (this.xMax * (this.xMax / (this.xMax - (double)2.0F)));
               this.xOffset = this.xMax / (double)2.0F * ((double)2.0F / (this.xMax - (double)2.0F));
               var59 = (double)this.numRows;
               this.yMax = var59 * this.sqrt3 + (double)0.25F;
               var59 = (double)this.screen.height;
               this.pixelsPerZ = (var59 - (double)1.0F) / Math.sqrt(this.yMax * this.yMax + (double)4.0F);
               if (this.yMax > this.xMax) {
                  this.relDistOfUserFromScreen = this.yMax;
               } else {
                  this.relDistOfUserFromScreen = this.xMax;
               }

               this.paint = false;
            }

            if (this.state == 0) {
               this.state = 1;
               return;
            }
            break;
         case 1:
            this.baseTriangle[0][0].x = (double)0.0F;
            this.baseTriangle[0][0].y = (double)0.25F + this.sqrt3 / (double)2.0F;
            this.baseTriangle[0][1].x = (double)0.0F;
            this.baseTriangle[0][1].y = this.sqrt3 / (double)2.0F;
            this.baseTriangle[0][2].x = (double)0.25F * this.sqrt3 / (double)2.0F;
            this.baseTriangle[0][2].y = ((double)0.25F + this.sqrt3) / (double)2.0F;
            this.baseTriangle[1][0].x = ((double)1.0F - (double)0.25F / this.sqrt3) / (double)2.0F;
            this.baseTriangle[1][0].y = (double)0.125F;
            this.baseTriangle[1][1].x = (double)0.5F + (double)0.25F / this.sqrt3;
            this.baseTriangle[1][1].y = (double)0.0F;
            this.baseTriangle[1][2].x = this.baseTriangle[1][1].x;
            this.baseTriangle[1][2].y = (double)0.25F;
            this.baseTriangle[2][0].x = (double)1.5F;
            this.baseTriangle[2][0].y = (double)0.25F;
            this.baseTriangle[2][1].x = (double)1.5F;
            this.baseTriangle[2][1].y = (double)0.0F;
            this.baseTriangle[2][2].x = (double)1.5F * ((double)1.0F + (double)0.25F / this.sqrt3);
            this.baseTriangle[2][2].y = (double)0.125F;
            this.baseTriangle[3][0].x = (double)2.0F - (double)0.25F / ((double)2.0F * this.sqrt3);
            this.baseTriangle[3][0].y = this.baseTriangle[0][2].y;
            this.baseTriangle[3][1].x = (double)2.0F + (double)0.25F / this.sqrt3;
            this.baseTriangle[3][1].y = this.baseTriangle[0][1].y;
            this.baseTriangle[3][2].x = this.baseTriangle[3][1].x;
            this.baseTriangle[3][2].y = this.baseTriangle[0][0].y;
            this.baseRectangle[0][0].x = this.baseTriangle[0][2].x;
            this.baseRectangle[0][0].y = this.baseTriangle[0][2].y;
            this.baseRectangle[0][1].x = this.baseTriangle[1][1].x;
            this.baseRectangle[0][1].y = this.sqrt3;
            this.baseRectangle[0][2].x = this.baseTriangle[1][0].x;
            this.baseRectangle[0][2].y = this.sqrt3 + (double)0.125F;
            this.baseRectangle[0][3].x = this.baseTriangle[0][0].x;
            this.baseRectangle[0][3].y = this.baseTriangle[0][0].y;
            this.baseRectangle[1][0].x = this.baseTriangle[0][1].x;
            this.baseRectangle[1][0].y = this.baseTriangle[0][1].y;
            this.baseRectangle[1][1].x = this.baseTriangle[1][0].x;
            this.baseRectangle[1][1].y = this.baseTriangle[1][0].y;
            this.baseRectangle[1][2].x = this.baseTriangle[1][2].x;
            this.baseRectangle[1][2].y = this.baseTriangle[1][2].y;
            this.baseRectangle[1][3].x = this.baseTriangle[0][2].x;
            this.baseRectangle[1][3].y = this.baseTriangle[0][2].y;
            this.baseRectangle[2][0].x = this.baseTriangle[1][1].x;
            this.baseRectangle[2][0].y = this.baseTriangle[1][1].y;
            this.baseRectangle[2][1].x = this.baseTriangle[2][1].x;
            this.baseRectangle[2][1].y = this.baseTriangle[2][1].y;
            this.baseRectangle[2][2].x = this.baseTriangle[2][0].x;
            this.baseRectangle[2][2].y = this.baseTriangle[2][0].y;
            this.baseRectangle[2][3].x = this.baseTriangle[1][2].x;
            this.baseRectangle[2][3].y = this.baseTriangle[1][2].y;
            this.baseRectangle[3][0].x = this.baseTriangle[2][2].x;
            this.baseRectangle[3][0].y = this.baseTriangle[2][2].y;
            this.baseRectangle[3][1].x = this.baseTriangle[3][1].x;
            this.baseRectangle[3][1].y = this.baseTriangle[3][1].y;
            this.baseRectangle[3][2].x = this.baseTriangle[3][0].x;
            this.baseRectangle[3][2].y = this.baseTriangle[3][0].y;
            this.baseRectangle[3][3].x = this.baseTriangle[2][0].x;
            this.baseRectangle[3][3].y = this.baseTriangle[2][0].y;
            this.baseRectangle[4][0].x = this.baseTriangle[3][1].x;
            this.baseRectangle[4][0].y = this.baseTriangle[3][1].y;
            this.baseRectangle[4][1].x = this.baseTriangle[3][1].x + (this.baseTriangle[2][1].x - this.baseTriangle[1][1].x);
            this.baseRectangle[4][1].y = this.baseTriangle[3][1].y;
            this.baseRectangle[4][2].x = this.baseRectangle[4][1].x;
            this.baseRectangle[4][2].y = this.baseTriangle[3][2].y;
            this.baseRectangle[4][3].x = this.baseTriangle[3][2].x;
            this.baseRectangle[4][3].y = this.baseTriangle[3][2].y;
            this.baseRectangle[5][0].x = this.baseRectangle[0][1].x + (this.baseTriangle[2][1].x - this.baseTriangle[1][1].x);
            this.baseRectangle[5][0].y = this.baseRectangle[0][1].y;
            this.baseRectangle[5][1].x = this.baseTriangle[3][0].x;
            this.baseRectangle[5][1].y = this.baseTriangle[3][0].y;
            this.baseRectangle[5][2].x = this.baseTriangle[3][2].x;
            this.baseRectangle[5][2].y = this.baseTriangle[3][2].y;
            this.baseRectangle[5][3].x = this.baseRectangle[0][2].x + (this.baseTriangle[2][2].x - this.baseTriangle[1][0].x);
            this.baseRectangle[5][3].y = this.baseRectangle[0][2].y;
            this.rectangle[0][0].x = this.baseTriangle[1][1].x;
            this.rectangle[0][0].y = this.baseTriangle[1][1].y;
            this.rectangle[0][1].x = this.xMax - this.baseTriangle[1][1].x;
            this.rectangle[0][1].y = this.baseTriangle[1][1].y;
            this.rectangle[0][2].x = this.xMax - this.baseTriangle[1][2].x;
            this.rectangle[0][2].y = this.baseTriangle[1][2].y;
            this.rectangle[0][3].x = this.baseTriangle[1][2].x;
            this.rectangle[0][3].y = this.baseTriangle[1][2].y;
            this.rectangle[1][0].x = this.baseTriangle[0][1].x;
            this.rectangle[1][0].y = this.baseTriangle[0][1].y;
            this.rectangle[1][1].x = this.xMax - this.baseTriangle[0][1].x;
            this.rectangle[1][1].y = this.baseTriangle[0][1].y;
            this.rectangle[1][2].x = this.xMax - this.baseTriangle[1][2].x;
            this.rectangle[1][2].y = this.baseTriangle[1][2].y;
            this.rectangle[1][3].x = this.baseTriangle[1][2].x;
            this.rectangle[1][3].y = this.baseTriangle[1][2].y;
            this.rectangle[2][0].x = this.baseTriangle[0][1].x;
            this.rectangle[2][0].y = this.baseTriangle[0][1].y;
            this.rectangle[2][1].x = this.xMax - this.baseTriangle[0][1].x;
            this.rectangle[2][1].y = this.baseTriangle[0][1].y;
            this.rectangle[2][2].x = this.xMax - this.baseTriangle[0][0].x;
            this.rectangle[2][2].y = this.baseTriangle[0][0].y;
            this.rectangle[2][3].x = this.baseTriangle[0][0].x;
            this.rectangle[2][3].y = this.baseTriangle[0][0].y;
            this.rectangle[3][0].x = this.baseTriangle[0][0].x;
            this.rectangle[3][0].y = this.baseTriangle[0][0].y;
            this.rectangle[3][1].x = this.xMax - this.baseTriangle[0][0].x;
            this.rectangle[3][1].y = this.baseTriangle[0][0].y;
            this.rectangle[3][2].x = this.xMax - this.baseRectangle[0][1].x;
            this.rectangle[3][2].y = this.baseRectangle[0][1].y;
            this.rectangle[3][3].x = this.baseRectangle[0][1].x;
            this.rectangle[3][3].y = this.baseRectangle[0][1].y;
            this.field_1 = 0;
            this.state = 2;
            return;
         case 2:
            if (this.field_1 > this.maxY - 1) {
               this.rectangle[0][0].x = this.baseTriangle[1][0].x;
               this.rectangle[0][0].y = this.baseTriangle[1][0].y;
               this.rectangle[0][1].x = this.baseTriangle[1][1].x;
               this.rectangle[0][1].y = this.baseTriangle[1][1].y;
               this.rectangle[0][2].x = this.baseTriangle[2][1].x;
               this.rectangle[0][2].y = this.baseTriangle[2][1].y;
               this.rectangle[0][3].x = this.baseTriangle[2][2].x;
               this.rectangle[0][3].y = this.baseTriangle[2][2].y;
               this.rectangle[1][0].x = this.baseTriangle[0][1].x;
               this.rectangle[1][0].y = this.baseTriangle[0][1].y;
               this.rectangle[1][1].x = this.baseTriangle[1][0].x;
               this.rectangle[1][1].y = this.baseTriangle[1][0].y;
               this.rectangle[1][2].x = this.baseTriangle[2][2].x;
               this.rectangle[1][2].y = this.baseTriangle[2][2].y;
               this.rectangle[1][3].x = this.baseTriangle[3][1].x;
               this.rectangle[1][3].y = this.baseTriangle[3][1].y;
               this.rectangle[2][0].x = this.baseTriangle[0][0].x;
               this.rectangle[2][0].y = this.baseTriangle[0][0].y;
               this.rectangle[2][1].x = this.baseTriangle[0][1].x;
               this.rectangle[2][1].y = this.baseTriangle[0][1].y;
               this.rectangle[2][2].x = this.baseTriangle[3][1].x;
               this.rectangle[2][2].y = this.baseTriangle[3][1].y;
               this.rectangle[2][3].x = this.baseTriangle[3][2].x;
               this.rectangle[2][3].y = this.baseTriangle[3][2].y;
               this.field_0 = 0;
               this.state = 3;
               return;
            }

            if (this.field_1 > 0) {
               double var96 = this.rectangle[0][0].x;
               double var116 = this.rectangle[0][0].y;
               double var101 = this.rectangle[0][1].x;
               double var121 = this.rectangle[0][1].y;
               double var106 = this.rectangle[0][2].x;
               double var126 = this.rectangle[0][2].y;
               double var111 = this.rectangle[0][3].x;
               double var131 = this.rectangle[0][3].y;
               this.displayQuadrilateral(var96, var116, (double)0.0F, var101, var121, (double)0.0F, var106, var126, (double)0.0F, var111, var131, (double)0.0F, 6);
               var96 = this.rectangle[1][0].x;
               var116 = this.rectangle[1][0].y;
               var101 = this.rectangle[1][1].x;
               var121 = this.rectangle[1][1].y;
               var106 = this.rectangle[1][2].x;
               var126 = this.rectangle[1][2].y;
               var111 = this.rectangle[1][3].x;
               var131 = this.rectangle[1][3].y;
               this.displayQuadrilateral(var96, var116, (double)0.0F, var101, var121, (double)0.0F, var106, var126, (double)0.0F, var111, var131, (double)0.0F, 6);
            }

            double var98 = this.rectangle[2][0].x;
            double var118 = this.rectangle[2][0].y;
            double var103 = this.rectangle[2][1].x;
            double var123 = this.rectangle[2][1].y;
            double var108 = this.rectangle[2][2].x;
            double var128 = this.rectangle[2][2].y;
            double var113 = this.rectangle[2][3].x;
            double var133 = this.rectangle[2][3].y;
            this.displayQuadrilateral(var98, var118, (double)0.0F, var103, var123, (double)0.0F, var108, var128, (double)0.0F, var113, var133, (double)0.0F, 6);
            if (this.field_1 < this.maxY - 4) {
               var98 = this.rectangle[3][0].x;
               var118 = this.rectangle[3][0].y;
               var103 = this.rectangle[3][1].x;
               var123 = this.rectangle[3][1].y;
               var108 = this.rectangle[3][2].x;
               var128 = this.rectangle[3][2].y;
               var113 = this.rectangle[3][3].x;
               var133 = this.rectangle[3][3].y;
               this.displayQuadrilateral(var98, var118, (double)0.0F, var103, var123, (double)0.0F, var108, var128, (double)0.0F, var113, var133, (double)0.0F, 6);
            }

            for(int var57 = 0; var57 < 4; ++var57) {
               for(int var89 = 0; var89 < 4; ++var89) {
                  zvertex var141 = this.rectangle[var57][var89];
                  var141.y += this.sqrt3;
               }
            }

            this.field_1 += 4;
            return;
         case 3:
            if (this.field_0 > this.maxX) {
               this.yMod4 = 0;
               this.yOffset = (double)0.0F;
               this.field_1 = 0;
               this.state = 4;
               return;
            }

            for(int var56 = 0; var56 < 3; ++var56) {
               double var28 = this.rectangle[var56][0].x;
               double var36 = this.rectangle[var56][0].y;
               double var30 = this.rectangle[var56][1].x;
               double var38 = this.rectangle[var56][1].y;
               double var32 = this.rectangle[var56][2].x;
               double var40 = this.rectangle[var56][2].y;
               double var34 = this.rectangle[var56][3].x;
               double var42 = this.rectangle[var56][3].y;
               this.displayQuadrilateral(var28, var36, (double)0.0F, var30, var38, (double)0.0F, var32, var40, (double)0.0F, var34, var42, (double)0.0F, 6);
               var28 = this.rectangle[var56][0].x;
               var36 = this.yMax - this.rectangle[var56][0].y;
               var30 = this.rectangle[var56][1].x;
               var38 = this.yMax - this.rectangle[var56][1].y;
               var32 = this.rectangle[var56][2].x;
               var40 = this.yMax - this.rectangle[var56][2].y;
               var34 = this.rectangle[var56][3].x;
               var42 = this.yMax - this.rectangle[var56][3].y;
               this.displayQuadrilateral(var28, var36, (double)0.0F, var30, var38, (double)0.0F, var32, var40, (double)0.0F, var34, var42, (double)0.0F, 6);

               for(int var88 = 0; var88 < 4; ++var88) {
                  zvertex var140 = this.rectangle[var56][var88];
                  var140.x += (double)3.0F;
               }
            }

            this.field_0 += 8;
            return;
         case 4:
            if (this.field_1 > this.maxY) {
               this.state = 5;
            } else {
               switch (this.yMod4) {
                  case 0:
                     int var92 = 0;

                     for(int var50 = 1; var50 <= 2; ++var50) {
                        for(int var78 = 0; var78 < 3; ++var78) {
                           var25[var50][var78].x = this.baseTriangle[var50][var78].x;
                           var25[var50][var78].y = this.baseTriangle[var50][var78].y + this.yOffset;
                        }
                     }

                     for(int var79 = 0; var79 < 4; ++var79) {
                        this.rectangle[2][var79].x = this.baseRectangle[2][var79].x;
                        this.rectangle[2][var79].y = this.baseRectangle[2][var79].y + this.yOffset;
                     }

                     for(this.field_0 = 0; this.field_0 <= this.maxX; ++this.field_0) {
                        switch (var92) {
                           case 2:
                              var15[0].x = var25[1][0].x;
                              var15[0].y = var25[1][0].y;
                              var15[1].x = var25[1][1].x;
                              var15[1].y = var25[1][1].y;
                              var15[2].x = var25[1][2].x;
                              var15[2].y = var25[1][2].y;
                              this.outputTriangle(var15, true, 3);
                           case 3:
                           default:
                              break;
                           case 4:
                              var15[0].x = var25[2][0].x;
                              var15[0].y = var25[2][0].y;
                              var15[1].x = var25[2][1].x;
                              var15[1].y = var25[2][1].y;
                              var15[2].x = var25[2][2].x;
                              var15[2].y = var25[2][2].y;
                              this.outputTriangle(var15, true, 9);
                        }

                        ++var92;
                        if (var92 >= 8) {
                           var92 = 0;

                           for(int var51 = 1; var51 <= 2; ++var51) {
                              for(int var80 = 0; var80 < 3; ++var80) {
                                 var25[var51][var80].x += (double)3.0F;
                              }
                           }

                           for(int var81 = 0; var81 < 4; ++var81) {
                              zvertex var137 = this.rectangle[2][var81];
                              var137.x += (double)3.0F;
                           }
                        }
                     }

                     var92 = 0;

                     for(int var52 = 1; var52 <= 2; ++var52) {
                        for(int var82 = 0; var82 < 3; ++var82) {
                           var25[var52][var82].x = this.baseTriangle[var52][var82].x;
                           var25[var52][var82].y = this.baseTriangle[var52][var82].y + this.yOffset;
                        }
                     }

                     for(int var83 = 0; var83 < 4; ++var83) {
                        this.rectangle[2][var83].x = this.baseRectangle[2][var83].x;
                        this.rectangle[2][var83].y = this.baseRectangle[2][var83].y + this.yOffset;
                     }

                     for(this.field_0 = 0; this.field_0 <= this.maxX; ++this.field_0) {
                        switch (var92) {
                           case 2:
                              var15[0].x = var25[1][0].x;
                              var15[0].y = var25[1][0].y;
                              var15[1].x = var25[1][1].x;
                              var15[1].y = var25[1][1].y;
                              var15[2].x = var25[1][2].x;
                              var15[2].y = var25[1][2].y;
                              this.outputTriangle(var15, false, 8);
                              break;
                           case 3:
                              if (this.computerPage[this.field_1][this.field_0] == 0) {
                                 var14[0].x = this.rectangle[2][0].x;
                                 var14[0].y = this.rectangle[2][0].y;
                                 var14[1].x = this.rectangle[2][1].x;
                                 var14[1].y = this.rectangle[2][1].y;
                                 var14[2].x = this.rectangle[2][2].x;
                                 var14[2].y = this.rectangle[2][2].y;
                                 var14[3].x = this.rectangle[2][3].x;
                                 var14[3].y = this.rectangle[2][3].y;
                                 this.outputRectangle(var14, 7);
                              }
                              break;
                           case 4:
                              var15[0].x = var25[2][0].x;
                              var15[0].y = var25[2][0].y;
                              var15[1].x = var25[2][1].x;
                              var15[1].y = var25[2][1].y;
                              var15[2].x = var25[2][2].x;
                              var15[2].y = var25[2][2].y;
                              this.outputTriangle(var15, false, 5);
                        }

                        ++var92;
                        if (var92 >= 8) {
                           var92 = 0;

                           for(int var53 = 1; var53 <= 2; ++var53) {
                              for(int var84 = 0; var84 < 3; ++var84) {
                                 var25[var53][var84].x += (double)3.0F;
                              }
                           }

                           for(int var85 = 0; var85 < 4; ++var85) {
                              zvertex var138 = this.rectangle[2][var85];
                              var138.x += (double)3.0F;
                           }
                        }
                     }
                     break;
                  case 1:
                     int var91 = 0;

                     for(int var48 = 1; var48 < 4; var48 += 2) {
                        for(int var76 = 0; var76 < 4; ++var76) {
                           this.rectangle[var48][var76].x = this.baseRectangle[var48][var76].x;
                           this.rectangle[var48][var76].y = this.baseRectangle[var48][var76].y + this.yOffset;
                        }
                     }

                     for(this.field_0 = 0; this.field_0 <= this.maxX; ++this.field_0) {
                        switch (var91) {
                           case 1:
                              if (this.computerPage[this.field_1][this.field_0] == 0) {
                                 var14[0].x = this.rectangle[1][0].x;
                                 var14[0].y = this.rectangle[1][0].y;
                                 var14[1].x = this.rectangle[1][1].x;
                                 var14[1].y = this.rectangle[1][1].y;
                                 var14[2].x = this.rectangle[1][2].x;
                                 var14[2].y = this.rectangle[1][2].y;
                                 var14[3].x = this.rectangle[1][3].x;
                                 var14[3].y = this.rectangle[1][3].y;
                                 this.outputRectangle(var14, 4);
                              }
                              break;
                           case 5:
                              if (this.computerPage[this.field_1][this.field_0] == 0) {
                                 var14[0].x = this.rectangle[3][0].x;
                                 var14[0].y = this.rectangle[3][0].y;
                                 var14[1].x = this.rectangle[3][1].x;
                                 var14[1].y = this.rectangle[3][1].y;
                                 var14[2].x = this.rectangle[3][2].x;
                                 var14[2].y = this.rectangle[3][2].y;
                                 var14[3].x = this.rectangle[3][3].x;
                                 var14[3].y = this.rectangle[3][3].y;
                                 this.outputRectangle(var14, 10);
                              }
                        }

                        ++var91;
                        if (var91 >= 8) {
                           var91 = 0;

                           for(int var49 = 1; var49 < 4; var49 += 2) {
                              for(int var77 = 0; var77 < 4; ++var77) {
                                 zvertex var136 = this.rectangle[var49][var77];
                                 var136.x += (double)3.0F;
                              }
                           }
                        }
                     }
                     break;
                  case 2:
                     int var27 = 0;

                     for(int var44 = 0; var44 < 4; var44 += 3) {
                        for(int var68 = 0; var68 < 3; ++var68) {
                           var25[var44][var68].x = this.baseTriangle[var44][var68].x;
                           var25[var44][var68].y = this.baseTriangle[var44][var68].y + this.yOffset;
                        }
                     }

                     for(int var69 = 0; var69 < 4; ++var69) {
                        this.rectangle[4][var69].x = this.baseRectangle[4][var69].x;
                        this.rectangle[4][var69].y = this.baseRectangle[4][var69].y + this.yOffset;
                     }

                     for(this.field_0 = 0; this.field_0 <= this.maxX; ++this.field_0) {
                        switch (var27) {
                           case 0:
                              var15[0].x = var25[0][0].x;
                              var15[0].y = var25[0][0].y;
                              var15[1].x = var25[0][1].x;
                              var15[1].y = var25[0][1].y;
                              var15[2].x = var25[0][2].x;
                              var15[2].y = var25[0][2].y;
                              this.outputTriangle(var15, true, 3);
                              break;
                           case 6:
                              var15[0].x = var25[3][0].x;
                              var15[0].y = var25[3][0].y;
                              var15[1].x = var25[3][1].x;
                              var15[1].y = var25[3][1].y;
                              var15[2].x = var25[3][2].x;
                              var15[2].y = var25[3][2].y;
                              this.outputTriangle(var15, true, 9);
                        }

                        ++var27;
                        if (var27 >= 8) {
                           var27 = 0;

                           for(int var45 = 0; var45 < 4; var45 += 3) {
                              for(int var70 = 0; var70 < 3; ++var70) {
                                 var25[var45][var70].x += (double)3.0F;
                              }
                           }

                           for(int var71 = 0; var71 < 4; ++var71) {
                              zvertex var10000 = this.rectangle[4][var71];
                              var10000.x += (double)3.0F;
                           }
                        }
                     }

                     var27 = 0;

                     for(int var46 = 0; var46 < 4; var46 += 3) {
                        for(int var72 = 0; var72 < 3; ++var72) {
                           var25[var46][var72].x = this.baseTriangle[var46][var72].x;
                           var25[var46][var72].y = this.baseTriangle[var46][var72].y + this.yOffset;
                        }
                     }

                     for(int var73 = 0; var73 < 4; ++var73) {
                        this.rectangle[4][var73].x = this.baseRectangle[4][var73].x;
                        this.rectangle[4][var73].y = this.baseRectangle[4][var73].y + this.yOffset;
                     }

                     for(this.field_0 = 0; this.field_0 <= this.maxX; ++this.field_0) {
                        switch (var27) {
                           case 0:
                              var15[0].x = var25[0][0].x;
                              var15[0].y = var25[0][0].y;
                              var15[1].x = var25[0][1].x;
                              var15[1].y = var25[0][1].y;
                              var15[2].x = var25[0][2].x;
                              var15[2].y = var25[0][2].y;
                              this.outputTriangle(var15, false, 5);
                              break;
                           case 6:
                              var15[0].x = var25[3][0].x;
                              var15[0].y = var25[3][0].y;
                              var15[1].x = var25[3][1].x;
                              var15[1].y = var25[3][1].y;
                              var15[2].x = var25[3][2].x;
                              var15[2].y = var25[3][2].y;
                              this.outputTriangle(var15, false, 8);
                              break;
                           case 7:
                              if (this.computerPage[this.field_1][this.field_0] == 0) {
                                 var14[0].x = this.rectangle[4][0].x;
                                 var14[0].y = this.rectangle[4][0].y;
                                 var14[1].x = this.rectangle[4][1].x;
                                 var14[1].y = this.rectangle[4][1].y;
                                 var14[2].x = this.rectangle[4][2].x;
                                 var14[2].y = this.rectangle[4][2].y;
                                 var14[3].x = this.rectangle[4][3].x;
                                 var14[3].y = this.rectangle[4][3].y;
                                 this.outputRectangle(var14, 7);
                              }
                        }

                        ++var27;
                        if (var27 >= 8) {
                           var27 = 0;

                           for(int var47 = 0; var47 < 4; var47 += 3) {
                              for(int var74 = 0; var74 < 3; ++var74) {
                                 var25[var47][var74].x += (double)3.0F;
                              }
                           }

                           for(int var75 = 0; var75 < 4; ++var75) {
                              zvertex var135 = this.rectangle[4][var75];
                              var135.x += (double)3.0F;
                           }
                        }
                     }
                     break;
                  default:
                     int var94 = 0;

                     for(int var54 = 0; var54 < 6; var54 += 5) {
                        for(int var86 = 0; var86 < 4; ++var86) {
                           this.rectangle[var54][var86].x = this.baseRectangle[var54][var86].x;
                           this.rectangle[var54][var86].y = this.baseRectangle[var54][var86].y + this.yOffset;
                        }
                     }

                     for(this.field_0 = 0; this.field_0 <= this.maxX; ++this.field_0) {
                        switch (var94) {
                           case 1:
                              if (this.computerPage[this.field_1][this.field_0] == 0) {
                                 var14[0].x = this.rectangle[0][0].x;
                                 var14[0].y = this.rectangle[0][0].y;
                                 var14[1].x = this.rectangle[0][1].x;
                                 var14[1].y = this.rectangle[0][1].y;
                                 var14[2].x = this.rectangle[0][2].x;
                                 var14[2].y = this.rectangle[0][2].y;
                                 var14[3].x = this.rectangle[0][3].x;
                                 var14[3].y = this.rectangle[0][3].y;
                                 this.outputRectangle(var14, 10);
                              }
                              break;
                           case 5:
                              if (this.computerPage[this.field_1][this.field_0] == 0) {
                                 var14[0].x = this.rectangle[5][0].x;
                                 var14[0].y = this.rectangle[5][0].y;
                                 var14[1].x = this.rectangle[5][1].x;
                                 var14[1].y = this.rectangle[5][1].y;
                                 var14[2].x = this.rectangle[5][2].x;
                                 var14[2].y = this.rectangle[5][2].y;
                                 var14[3].x = this.rectangle[5][3].x;
                                 var14[3].y = this.rectangle[5][3].y;
                                 this.outputRectangle(var14, 4);
                              }
                        }

                        ++var94;
                        if (var94 >= 8) {
                           var94 = 0;

                           for(int var55 = 0; var55 < 6; var55 += 5) {
                              for(int var87 = 0; var87 < 4; ++var87) {
                                 zvertex var139 = this.rectangle[var55][var87];
                                 var139.x += (double)3.0F;
                              }
                           }
                        }
                     }
               }

               if (++this.yMod4 >= 4) {
                  this.yMod4 = 0;
                  this.yOffset += this.sqrt3;
               }

               ++this.field_1;
            }

            if (this.state == 5) {
               this.alreadyPainting = false;
               this.hexDisplayUserMoves();
               if (this.solutionDisplayed) {
                  this.hexDisplaySolution();
                  return;
               }
            }
      }

   }

   public void sqrKey(int var1) {
      int var8 = 0;
      double var6 = (double)0.0F;
      double var9 = (double)0.0F;
      boolean var2 = true;
      int var5 = this.userX + this.sqrDeltaX[var1][0];
      if (var5 <= 0) {
         var2 = false;
      } else if (var5 >= this.maxX) {
         var2 = false;
      } else {
         var8 = this.userY + this.sqrDeltaY[var1][0];
      }

      if (var8 <= 0) {
         var2 = false;
      } else if (var8 > this.maxY) {
         var2 = false;
      } else if (this.userPage[var8][var5] == 0) {
         var2 = false;
      }

      if (var2) {
         var5 += this.sqrDeltaX[var1][0];
         var8 += this.sqrDeltaY[var1][0];
         if (var8 < this.maxY) {
            if (this.userPage[var8][var5] == 1) {
               this.graph.setColor(this.redGreenBlue[13]);
               this.userPage[this.userY][this.userX] = 3;
            } else {
               this.graph.setColor(this.redGreenBlue[14]);
               this.userPage[var8][var5] = 1;
            }

            double var3 = (double)this.sqrDeltaX[var1][0];
            var6 = this.userXRelative + var3;
            var3 = (double)this.sqrDeltaY[var1][0];
            var9 = this.userYRelative + var3;
            this.drawLine(this.userXRelative, this.userYRelative, var6, var9);
         } else {
            this.graph.setColor(this.redGreenBlue[14]);
            this.drawLine(this.userXRelative, this.userYRelative, this.userXRelative, this.yMax);
            this.userHasSolved = true;
         }

         this.userX = var5;
         this.userY = var8;
         this.userXRelative = var6;
         this.userYRelative = var9;
      }

   }

   public void sqrDisplayUserMoves() {
      double var7 = (double)0.0F;
      int var11 = 1;

      double var14;
      for(var14 = (double)0.625F; var11 < this.maxY; var11 += 2) {
         int var4 = 1;

         for(var7 = (double)0.625F; var4 < this.maxX; var4 += 2) {
            if (this.userPage[var11][var4] == 1 || this.userPage[var11][var4] == 3) {
               for(int var1 = 0; var1 < 4; ++var1) {
                  int var5 = var4 + this.sqrDeltaX[var1][0];
                  int var12 = var11 + this.sqrDeltaY[var1][0];
                  if (this.userPage[var12][var5] != 0) {
                     if (var12 == 0) {
                        this.graph.setColor(this.redGreenBlue[14]);
                        this.drawLine(var7, (double)0.125F, var7, var14);
                     } else if (var12 == this.maxY) {
                        if (this.userHasSolved) {
                           this.graph.setColor(this.redGreenBlue[14]);
                           this.drawLine(var7, var14, var7, this.yMax);
                        }
                     } else {
                        int var6 = var5 + this.sqrDeltaX[var1][0];
                        if (var6 > 0 && var6 < this.maxX) {
                           int var13 = var12 + this.sqrDeltaY[var1][0];
                           if (var13 > 0 && var13 < this.maxY && (this.userPage[var13][var6] == 1 || this.userPage[var13][var6] == 3)) {
                              if (this.userPage[var11][var4] == this.userPage[var13][var6]) {
                                 if (this.userPage[var11][var4] == 1) {
                                    this.graph.setColor(this.redGreenBlue[14]);
                                 } else {
                                    this.graph.setColor(this.redGreenBlue[13]);
                                 }
                              } else {
                                 this.graph.setColor(this.redGreenBlue[13]);
                              }

                              double var2 = (double)this.sqrDeltaX[var1][0];
                              double var9 = var7 + var2 / (double)2.0F;
                              var2 = (double)this.sqrDeltaY[var1][0];
                              double var16 = var14 + var2 / (double)2.0F;
                              this.drawLine(var7, var14, var9, var16);
                           }
                        }
                     }
                  }
               }
            }

            ++var7;
         }

         ++var14;
      }

      if (this.userHasSolved) {
         this.graph.setColor(this.redGreenBlue[14]);
         this.drawLine(var7, var14, var7, this.yMax);
      }

   }

   private void sqrSolveMaze() {
      this.numRoomsInSolution = 1;
      this.adjacency = 0;
      int var4 = 1;
      int var6 = 1;
      int var3 = -1;
      this.computerPage[var6][var4] = 1;
      int var7 = 0;
      int var5 = 0;

      label98:
      while(true) {
         int var8 = 0;
         boolean var2 = false;

         while(true) {
            while(var8 >= 4 || var2) {
               if (!var2) {
                  var8 = this.stack[var3].index1;
                  this.computerPage[var6][var4] = 2;
                  var4 -= this.sqrDeltaX[var8][0];
                  var6 -= this.sqrDeltaY[var8][0];
                  this.computerPage[var6][var4] = 2;
                  var4 -= this.sqrDeltaX[var8][0];
                  var6 -= this.sqrDeltaY[var8][0];
                  --var3;
                  ++var8;
               }

               if (var2) {
                  this.computerPage[var7][var5] = 1;
                  var5 += this.sqrDeltaX[var8][0];
                  var7 += this.sqrDeltaY[var8][0];
                  if (var7 <= this.maxY) {
                     ++var3;
                     this.stack[var3].index1 = (short)var8;
                     this.computerPage[var7][var5] = 1;
                     var4 = var5;
                     var6 = var7;
                  }

                  if (var7 >= this.maxY) {
                     break label98;
                  }
                  continue label98;
               }
            }

            var5 = var4 + this.sqrDeltaX[var8][0];
            var7 = var6 + this.sqrDeltaY[var8][0];
            if (this.computerPage[var7][var5] == 2) {
               var2 = true;
            } else {
               ++var8;
            }
         }
      }

      var4 = this.maxX - 1;
      var6 = this.maxY - 1;

      for(this.adjacency = 0; var3 >= 0; ++this.numRoomsInSolution) {
         for(int var9 = 0; var9 < 4; ++var9) {
            var5 = var4 + this.sqrDeltaX[var9][0];
            var7 = var6 + this.sqrDeltaY[var9][0];
            if (this.computerPage[var7][var5] != 1 && this.computerPage[var7][var5] == 0) {
               var5 += this.sqrDeltaX[var9][0];
               var7 += this.sqrDeltaY[var9][0];
               if (var5 < 0) {
                  ++this.adjacency;
               } else if (var5 > this.maxX) {
                  ++this.adjacency;
               } else if (var7 < 0) {
                  ++this.adjacency;
               } else if (var7 > this.maxY) {
                  ++this.adjacency;
               } else if (this.computerPage[var7][var5] == 1) {
                  ++this.adjacency;
               }
            }
         }

         var4 -= 2 * this.sqrDeltaX[this.stack[var3].index1][0];
         var6 -= 2 * this.sqrDeltaY[this.stack[var3--].index1][0];
      }

      for(int var10 = 0; var10 < 4; ++var10) {
         var5 = var4 + this.sqrDeltaX[var10][0];
         var7 = var4 + this.sqrDeltaY[var10][0];
         if (this.computerPage[var7][var5] != 2 && this.computerPage[var7][var5] == 0) {
            var5 += this.sqrDeltaX[var10][0];
            var7 += this.sqrDeltaY[var10][0];
            if (var5 < 0) {
               ++this.adjacency;
            } else if (var5 > this.maxX) {
               ++this.adjacency;
            } else if (var7 < 0) {
               ++this.adjacency;
            } else if (var7 > this.maxY) {
               ++this.adjacency;
            } else if (this.computerPage[var7][var5] == 1) {
               ++this.adjacency;
            }
         }
      }

   }

   private void sqrGenerateMaze(int[] var1) {
      int var17 = 0;
      int var15 = 0;
      int[] var7 = new int[]{var1[0] + 1, var1[1] + 1, var1[2] + 1, var1[3] + 1, var1[4] + 1, var1[5] + 1, var1[6] + 1, var1[7] + 1};

      for(int var16 = 0; var16 <= this.maxY; ++var16) {
         for(int var14 = 0; var14 <= this.maxX; ++var14) {
            this.computerPage[var16][var14] = 0;
         }
      }

      int var12 = 0;

      for(int var5 = 1; var5 <= 3; ++var5) {
         int var4 = var7[0];
         int var8 = 0;

         for(int var9 = 1; var9 < 8; var8 = var9++) {
            int var13 = var7[var9];
            var7[var8] = var13;
            var4 += var13;
            if (var4 >= 29) {
               var4 -= 29;
            }
         }

         var7[7] = var4;
         var12 = 29 * var12 + var4;
      }

      int var28 = 2 * (var12 % this.numColumns) + 1;
      var12 = 0;

      for(int var20 = 1; var20 <= 3; ++var20) {
         int var19 = var7[0];
         int var21 = 0;

         for(int var23 = 1; var23 < 8; var21 = var23++) {
            int var26 = var7[var23];
            var7[var21] = var26;
            var19 += var26;
            if (var19 >= 29) {
               var19 -= 29;
            }
         }

         var7[7] = var19;
         var12 = 29 * var12 + var19;
      }

      int var29 = 2 * (var12 % this.numRows) + 1;
      this.computerPage[var29][var28] = 2;
      int var11 = -1;

      do {
         int var18 = 0;

         int var3;
         do {
            var3 = var7[0];
            int var22 = 0;

            for(int var24 = 1; var24 < 8; var22 = var24++) {
               int var27 = var7[var24];
               var7[var22] = var27;
               var3 += var27;
               if (var3 >= 29) {
                  var3 -= 29;
               }
            }

            var7[7] = var3;
         } while(var3 >= 24);

         boolean var6 = false;

         for(boolean var10 = false; !var10; var10 = var6 || var11 == -1 && var18 >= 4) {
            while(var18 < 4 && !var6) {
               var15 = var28 + 2 * this.sqrDeltaX[var18][var3];
               if (var15 <= 0) {
                  ++var18;
               } else if (var15 > this.maxX) {
                  ++var18;
               } else {
                  var17 = var29 + 2 * this.sqrDeltaY[var18][var3];
                  if (var17 <= 0) {
                     ++var18;
                  } else if (var17 > this.maxY) {
                     ++var18;
                  } else if (this.computerPage[var17][var15] == 0) {
                     var6 = true;
                  } else {
                     ++var18;
                  }
               }
            }

            if (!var6 && var11 >= 0) {
               var18 = this.stack[var11].index1;
               var3 = this.stack[var11--].index2;
               var28 -= 2 * this.sqrDeltaX[var18][var3];
               var29 -= 2 * this.sqrDeltaY[var18++][var3];
            }
         }

         if (var6) {
            ++var11;
            this.stack[var11].index1 = (short)var18;
            this.stack[var11].index2 = (short)var3;
            this.computerPage[var17][var15] = 2;
            this.computerPage[(var29 + var17) / 2][(var28 + var15) / 2] = 2;
            var28 = var15;
            var29 = var17;
         }
      } while(var11 != -1);

      this.computerPage[0][1] = 1;
      this.computerPage[this.maxY][this.maxX - 1] = 2;
   }

   private void sqrSelectMaze() {
      byte var1 = 0;
      byte var14 = 0;
      int[] var16 = new int[8];
      int[] var17 = new int[8];
      int var2 = this.seed[0];
      int var3 = this.seed[1];
      int var4 = this.seed[2];
      int var5 = this.seed[3];
      int var6 = this.seed[4];
      int var7 = this.seed[5];
      int var8 = this.seed[6];
      int var9 = this.seed[7];
      this.hash();
      int var13 = 2 * this.numRoomsInMaze + 1;
      byte var15 = 0;
      var17[0] = var2;
      var17[1] = var3;
      var17[2] = var4;
      var17[3] = var5;
      var17[4] = var6;
      var17[5] = var7;
      var17[6] = var8;
      var17[7] = var9;
      Date var10 = new Date();
      double var18 = (double)var10.getTime() / (double)1000.0F;

      double var11;
      do {
         var16[0] = var2;
         var16[1] = var3;
         var16[2] = var4;
         var16[3] = var5;
         var16[4] = var6;
         var16[5] = var7;
         var16[6] = var8;
         var16[7] = var9;
         this.sqrGenerateMaze(var16);
         this.sqrSolveMaze();
         if (3 * var14 >= this.numRoomsInMaze) {
            if (var1 < var13) {
               var13 = var1;
               var15 = var14;
               var17[0] = var16[0];
               var17[1] = var16[1];
               var17[2] = var16[2];
               var17[3] = var16[3];
               var17[4] = var16[4];
               var17[5] = var16[5];
               var17[6] = var16[6];
               var17[7] = var16[7];
            } else if (var1 == var13 && var14 > var15) {
               var15 = var14;
               var17[0] = var16[0];
               var17[1] = var16[1];
               var17[2] = var16[2];
               var17[3] = var16[3];
               var17[4] = var16[4];
               var17[5] = var16[5];
               var17[6] = var16[6];
               var17[7] = var16[7];
            }
         }

         this.increment();
         var10 = new Date();
         var11 = (double)var10.getTime() / (double)1000.0F - var18;
      } while(var11 >= (double)0.0F && var11 < (double)0.25F);

      this.sqrGenerateMaze(var17);
      this.sqrSolveMaze();
   }

   public void sqrDisplaySolution() {
      double var8 = (double)0.625F;
      double var15 = (double)0.625F;
      double var10 = (double)0.0F;
      double var17 = (double)0.0F;
      this.graph.setColor(this.redGreenBlue[15]);
      this.drawLine(var8, (double)0.125F, var8, var15);
      int var7 = 1;
      int var14 = -1;
      int var5 = 1;
      int var12 = 1;
      int var6 = 0;
      int var13 = 0;

      do {
         boolean var2 = false;
         int var1 = 0;

         while(!var2) {
            var6 = var5 + this.sqrDeltaX[var1][0];
            var13 = var12 + this.sqrDeltaY[var1][0];
            if (this.computerPage[var13][var6] == 1) {
               var6 += this.sqrDeltaX[var1][0];
               var13 += this.sqrDeltaY[var1][0];
               if (var6 == var7 && var13 == var14) {
                  ++var1;
               } else {
                  var2 = true;
               }
            } else {
               ++var1;
            }
         }

         if (var13 < this.maxY) {
            double var3 = (double)this.sqrDeltaX[var1][0];
            var10 = var8 + var3;
            var3 = (double)this.sqrDeltaY[var1][0];
            var17 = var15 + var3;
            this.drawLine(var8, var15, var10, var17);
         } else {
            this.drawLine(var8, var15, var8, this.yMax);
         }

         var7 = var5;
         var14 = var12;
         var5 = var6;
         var12 = var13;
         var8 = var10;
         var15 = var17;
      } while(var13 < this.maxY);

   }

   private void sqrOutputMaze() {
      zvertex[] var13 = new zvertex[4];

      for(int var21 = 0; var21 < 4; ++var21) {
         var13[var21] = new zvertex();
      }

      switch (this.state) {
         case 0:
            if (this.resize) {
               this.seed = new int[8];
               Date var20 = new Date();
               long var4 = var20.getTime();

               for(int var3 = 0; var3 < 8; ++var3) {
                  long var6 = var4 / 10L;
                  this.seed[var3] = (int)(var4 - 10L * var6);
                  var4 = var6;
               }

               double var14 = (double)this.screen.width * 0.28;
               double var16 = (double)0.25F;
               var16 *= 25.4;
               double var18 = (double)0.25F;
               this.numColumns = (int)(var14 / var16 - var18);
               if (this.numColumns < 2) {
                  this.numColumns = 2;
               }

               var14 = (double)this.screen.height * 0.28;
               var16 = (double)this.screen.width * 0.28;
               var18 = (double)this.numColumns;
               this.numRows = (int)(var14 * var18 / var16);
               if (this.numRows < 2) {
                  this.numRows = 2;
               }

               this.maxX = 2 * this.numColumns;
               this.maxY = 2 * this.numRows;
               this.numRoomsInMaze = this.numRows * this.numColumns;
               this.computerPage = new char[this.maxY + 1][this.maxX + 1];
               this.userPage = new char[this.maxY + 1][this.maxX + 1];
               this.clearUserAttempts = true;
               this.stack = new zstack[this.numRoomsInMaze];

               for(int var12 = 0; var12 < this.numRoomsInMaze; ++var12) {
                  this.stack[var12] = new zstack();
               }

               this.sqrSelectMaze();
               this.resize = false;
            }

            if (this.clearUserAttempts) {
               for(this.userX = 0; this.userX <= this.maxX; ++this.userX) {
                  for(this.userY = 0; this.userY <= this.maxY; ++this.userY) {
                     if (this.computerPage[this.userY][this.userX] == 0) {
                        this.userPage[this.userY][this.userX] = 0;
                     } else {
                        this.userPage[this.userY][this.userX] = 2;
                     }
                  }
               }

               this.userX = 1;
               this.userXRelative = (double)0.625F;
               this.userY = 1;
               this.userYRelative = (double)0.625F;
               this.userPage[this.userY][this.userX] = 1;
               this.clearUserAttempts = false;
            }

            if (this.paint) {
               int[] var1 = new int[4];
               int[] var2 = new int[4];
               var1[0] = 0;
               var2[0] = 0;
               var1[1] = 0;
               var2[1] = this.screen.height;
               var1[2] = this.screen.width;
               var2[2] = this.screen.height;
               var1[3] = this.screen.width;
               var2[3] = 0;
               this.graph.setColor(new Color(255, 255, 255));
               this.graph.fillPolygon(var1, var2, 4);
               double var10 = Math.atan((double)1.0F) / (double)45.0F;
               double var8 = this.tilt * var10;
               this.sinTilt = Math.sin(var8);
               this.cosTilt = Math.cos(var8);
               double var39 = (double)this.numColumns;
               this.xMax = var39 + (double)0.25F;
               var39 = (double)this.screen.width;
               this.pixelsPerX = (var39 - (double)1.0F) / (this.xMax * (this.xMax / (this.xMax - (double)2.0F)));
               this.xOffset = this.xMax / (double)2.0F * ((double)2.0F / (this.xMax - (double)2.0F));
               var39 = (double)this.numRows;
               this.yMax = var39 + (double)0.25F;
               var39 = (double)this.screen.height;
               this.pixelsPerZ = (var39 - (double)1.0F) / Math.sqrt(this.yMax * this.yMax + (double)4.0F);
               if (this.yMax > this.xMax) {
                  this.relDistOfUserFromScreen = this.yMax;
               } else {
                  this.relDistOfUserFromScreen = this.xMax;
               }

               this.paint = false;
            }

            if (this.state == 0) {
               this.state = 1;
               return;
            }
            break;
         case 1:
            this.baseRectangle[0][0].x = (double)0.0F;
            this.baseRectangle[0][0].y = (double)0.0F;
            this.baseRectangle[0][1].x = (double)0.25F;
            this.baseRectangle[0][1].y = (double)0.0F;
            this.baseRectangle[0][2].x = (double)0.25F;
            this.baseRectangle[0][2].y = (double)0.25F;
            this.baseRectangle[0][3].x = (double)0.0F;
            this.baseRectangle[0][3].y = (double)0.25F;
            this.baseRectangle[1][0].x = (double)0.25F;
            this.baseRectangle[1][0].y = (double)0.0F;
            this.baseRectangle[1][1].x = (double)1.0F;
            this.baseRectangle[1][1].y = (double)0.0F;
            this.baseRectangle[1][2].x = (double)1.0F;
            this.baseRectangle[1][2].y = (double)0.25F;
            this.baseRectangle[1][3].x = (double)0.25F;
            this.baseRectangle[1][3].y = (double)0.25F;
            this.baseRectangle[2][0].x = (double)0.25F;
            this.baseRectangle[2][0].y = (double)0.25F;
            this.baseRectangle[2][1].x = (double)1.0F;
            this.baseRectangle[2][1].y = (double)0.25F;
            this.baseRectangle[2][2].x = (double)1.0F;
            this.baseRectangle[2][2].y = (double)1.0F;
            this.baseRectangle[2][3].x = (double)0.25F;
            this.baseRectangle[2][3].y = (double)1.0F;
            this.baseRectangle[3][0].x = (double)0.0F;
            this.baseRectangle[3][0].y = (double)0.25F;
            this.baseRectangle[3][1].x = (double)0.25F;
            this.baseRectangle[3][1].y = (double)0.25F;
            this.baseRectangle[3][2].x = (double)0.25F;
            this.baseRectangle[3][2].y = (double)1.0F;
            this.baseRectangle[3][3].x = (double)0.0F;
            this.baseRectangle[3][3].y = (double)1.0F;
            this.rectangle[0][0].x = (double)0.0F;
            this.rectangle[0][0].y = (double)0.0F;
            this.rectangle[0][1].x = this.xMax;
            this.rectangle[0][1].y = (double)0.0F;
            this.rectangle[0][2].x = this.xMax;
            this.rectangle[0][2].y = this.yMax;
            this.rectangle[0][3].x = (double)0.0F;
            this.rectangle[0][3].y = this.yMax;
            double var22 = this.rectangle[0][0].x;
            double var30 = this.rectangle[0][0].y;
            double var24 = this.rectangle[0][1].x;
            double var32 = this.rectangle[0][1].y;
            double var26 = this.rectangle[0][2].x;
            double var34 = this.rectangle[0][2].y;
            double var28 = this.rectangle[0][3].x;
            double var36 = this.rectangle[0][3].y;
            this.displayQuadrilateral(var22, var30, (double)0.0F, var24, var32, (double)0.0F, var26, var34, (double)0.0F, var28, var36, (double)0.0F, 6);
            this.field_1 = 0;
            this.yOffset = (double)0.0F;
            this.state = 4;
            return;
         case 4:
            if (this.field_1 > this.maxY) {
               this.state = 5;
            } else {
               for(int var46 = 0; var46 < 4; ++var46) {
                  this.rectangle[0][var46].x = this.baseRectangle[0][var46].x;
                  this.rectangle[0][var46].y = this.baseRectangle[0][var46].y + this.yOffset;
               }

               for(this.field_0 = 0; this.field_0 <= this.maxX; this.field_0 += 2) {
                  if (this.computerPage[this.field_1][this.field_0] == 0) {
                     var13[0].x = this.rectangle[0][0].x;
                     var13[0].y = this.rectangle[0][0].y;
                     var13[1].x = this.rectangle[0][1].x;
                     var13[1].y = this.rectangle[0][1].y;
                     var13[2].x = this.rectangle[0][2].x;
                     var13[2].y = this.rectangle[0][2].y;
                     var13[3].x = this.rectangle[0][3].x;
                     var13[3].y = this.rectangle[0][3].y;
                     this.outputLeftRight(var13);
                  }

                  for(int var47 = 0; var47 < 4; ++var47) {
                     ++this.rectangle[0][var47].x;
                  }
               }

               for(int var48 = 0; var48 < 4; ++var48) {
                  this.rectangle[0][var48].x = this.baseRectangle[0][var48].x;
                  this.rectangle[0][var48].y = this.baseRectangle[0][var48].y + this.yOffset;
               }

               for(int var49 = 0; var49 < 4; ++var49) {
                  this.rectangle[1][var49].x = this.baseRectangle[1][var49].x;
                  this.rectangle[1][var49].y = this.baseRectangle[1][var49].y + this.yOffset;
               }

               this.field_0 = 0;

               while(this.field_0 <= this.maxX) {
                  if (this.computerPage[this.field_1][this.field_0] == 0) {
                     var13[0].x = this.rectangle[0][0].x;
                     var13[0].y = this.rectangle[0][0].y;
                     var13[1].x = this.rectangle[0][1].x;
                     var13[1].y = this.rectangle[0][1].y;
                     var13[2].x = this.rectangle[0][2].x;
                     var13[2].y = this.rectangle[0][2].y;
                     var13[3].x = this.rectangle[0][3].x;
                     var13[3].y = this.rectangle[0][3].y;
                     this.outputRectangle(var13, 7);
                  }

                  for(int var50 = 0; var50 < 4; ++var50) {
                     ++this.rectangle[0][var50].x;
                  }

                  ++this.field_0;
                  if (this.field_0 <= this.maxX) {
                     if (this.computerPage[this.field_1][this.field_0] == 0) {
                        var13[0].x = this.rectangle[1][0].x;
                        var13[0].y = this.rectangle[1][0].y;
                        var13[1].x = this.rectangle[1][1].x;
                        var13[1].y = this.rectangle[1][1].y;
                        var13[2].x = this.rectangle[1][2].x;
                        var13[2].y = this.rectangle[1][2].y;
                        var13[3].x = this.rectangle[1][3].x;
                        var13[3].y = this.rectangle[1][3].y;
                        this.outputRectangle(var13, 7);
                     }

                     for(int var51 = 0; var51 < 4; ++var51) {
                        ++this.rectangle[1][var51].x;
                     }

                     ++this.field_0;
                  }
               }

               ++this.field_1;
               if (this.field_1 <= this.maxY) {
                  for(int var52 = 0; var52 < 4; ++var52) {
                     this.rectangle[3][var52].x = this.baseRectangle[3][var52].x;
                     this.rectangle[3][var52].y = this.baseRectangle[3][var52].y + this.yOffset;
                  }

                  for(this.field_0 = 0; this.field_0 <= this.maxX; this.field_0 += 2) {
                     if (this.computerPage[this.field_1][this.field_0] == 0) {
                        var13[0].x = this.rectangle[3][0].x;
                        var13[0].y = this.rectangle[3][0].y;
                        var13[1].x = this.rectangle[3][1].x;
                        var13[1].y = this.rectangle[3][1].y;
                        var13[2].x = this.rectangle[3][2].x;
                        var13[2].y = this.rectangle[3][2].y;
                        var13[3].x = this.rectangle[3][3].x;
                        var13[3].y = this.rectangle[3][3].y;
                        this.outputLeftRight(var13);
                     }

                     for(int var53 = 0; var53 < 4; ++var53) {
                        ++this.rectangle[3][var53].x;
                     }
                  }

                  for(int var54 = 0; var54 < 4; ++var54) {
                     this.rectangle[3][var54].x = this.baseRectangle[3][var54].x;
                     this.rectangle[3][var54].y = this.baseRectangle[3][var54].y + this.yOffset;
                  }

                  for(this.field_0 = 0; this.field_0 <= this.maxX; this.field_0 += 2) {
                     if (this.computerPage[this.field_1][this.field_0] == 0) {
                        var13[0].x = this.rectangle[3][0].x;
                        var13[0].y = this.rectangle[3][0].y;
                        var13[1].x = this.rectangle[3][1].x;
                        var13[1].y = this.rectangle[3][1].y;
                        var13[2].x = this.rectangle[3][2].x;
                        var13[2].y = this.rectangle[3][2].y;
                        var13[3].x = this.rectangle[3][3].x;
                        var13[3].y = this.rectangle[3][3].y;
                        this.outputRectangle(var13, 7);
                     }

                     for(int var55 = 0; var55 < 4; ++var55) {
                        ++this.rectangle[3][var55].x;
                     }
                  }

                  ++this.field_1;
               }

               ++this.yOffset;
            }

            if (this.state == 5) {
               this.alreadyPainting = false;
               this.sqrDisplayUserMoves();
               if (this.solutionDisplayed) {
                  this.sqrDisplaySolution();
                  return;
               }
            }
      }

   }

   public void run() {
      do {
         if (this.state < 5) {
            if (this.hexagonalRooms) {
               this.hexOutputMaze();
            } else {
               this.sqrOutputMaze();
            }
         }

         Thread.yield();
         if (this.restart) {
            this.restart = false;
            this.graph = this.zmazecan.getGraphics().create();
            this.screen = new Rectangle(this.zmazecan.rectangle.x, this.zmazecan.rectangle.y, this.zmazecan.rectangle.width, this.zmazecan.rectangle.height);
            this.resize = this.zmazecan.resize;
            if (this.resize) {
               this.userHasSolved = false;
            }

            this.hexagonalRooms = this.zmazecan.zmaze3d.hexagonalRooms;
            this.solutionDisplayed = this.zmazecan.zmaze3d.solutionDisplayed;
            if (this.zmazecan.zmaze3d.clearUserAttempts) {
               this.clearUserAttempts = true;
               this.zmazecan.zmaze3d.clearUserAttempts = false;
               this.userHasSolved = false;
            }

            this.tilt = this.zmazecan.zmaze3d.tilt;
            this.paint = true;
            this.alreadyPainting = true;
            this.state = 0;
         }
      } while(this.state < 6);

   }
}