S283 Planetary Science &n…he Search for Life DVD 2/DVD-ROM.iso/install/jre1_3/lib/rt.jar/java/awt/geom/AffineTransform.class

Java Class File | 1979-12-31 | 16.2 KB | 1,960 lines

package java.awt.geom;

import java.awt.Shape;
import java.io.IOException;
import java.io.ObjectInputStream;
import java.io.ObjectOutputStream;
import java.io.Serializable;

public class AffineTransform implements Cloneable, Serializable {
   public static final int TYPE_IDENTITY = 0;
   public static final int TYPE_TRANSLATION = 1;
   public static final int TYPE_UNIFORM_SCALE = 2;
   public static final int TYPE_GENERAL_SCALE = 4;
   public static final int TYPE_MASK_SCALE = 6;
   public static final int TYPE_FLIP = 64;
   public static final int TYPE_QUADRANT_ROTATION = 8;
   public static final int TYPE_GENERAL_ROTATION = 16;
   public static final int TYPE_MASK_ROTATION = 24;
   public static final int TYPE_GENERAL_TRANSFORM = 32;
   static final int APPLY_IDENTITY = 0;
   static final int APPLY_TRANSLATE = 1;
   static final int APPLY_SCALE = 2;
   static final int APPLY_SHEAR = 4;
   private static final int HI_SHIFT = 3;
   private static final int HI_IDENTITY = 0;
   private static final int HI_TRANSLATE = 8;
   private static final int HI_SCALE = 16;
   private static final int HI_SHEAR = 32;
   double m00;
   double m10;
   double m01;
   double m11;
   double m02;
   double m12;
   transient int state;
   private static int[] rot90conversion = new int[]{4, 5, 4, 5, 2, 3, 6, 7};

   private AffineTransform(double var1, double var3, double var5, double var7, double var9, double var11, int var13) {
      this.m00 = var1;
      this.m10 = var3;
      this.m01 = var5;
      this.m11 = var7;
      this.m02 = var9;
      this.m12 = var11;
      this.state = var13;
   }

   public AffineTransform() {
      this.m00 = this.m11 = (double)1.0F;
   }

   public AffineTransform(AffineTransform var1) {
      this.m00 = var1.m00;
      this.m10 = var1.m10;
      this.m01 = var1.m01;
      this.m11 = var1.m11;
      this.m02 = var1.m02;
      this.m12 = var1.m12;
      this.state = var1.state;
   }

   public AffineTransform(float var1, float var2, float var3, float var4, float var5, float var6) {
      this.m00 = (double)var1;
      this.m10 = (double)var2;
      this.m01 = (double)var3;
      this.m11 = (double)var4;
      this.m02 = (double)var5;
      this.m12 = (double)var6;
      this.updateState();
   }

   public AffineTransform(float[] var1) {
      this.m00 = (double)var1[0];
      this.m10 = (double)var1[1];
      this.m01 = (double)var1[2];
      this.m11 = (double)var1[3];
      if (var1.length > 5) {
         this.m02 = (double)var1[4];
         this.m12 = (double)var1[5];
      }

      this.updateState();
   }

   public AffineTransform(double var1, double var3, double var5, double var7, double var9, double var11) {
      this.m00 = var1;
      this.m10 = var3;
      this.m01 = var5;
      this.m11 = var7;
      this.m02 = var9;
      this.m12 = var11;
      this.updateState();
   }

   public AffineTransform(double[] var1) {
      this.m00 = var1[0];
      this.m10 = var1[1];
      this.m01 = var1[2];
      this.m11 = var1[3];
      if (var1.length > 5) {
         this.m02 = var1[4];
         this.m12 = var1[5];
      }

      this.updateState();
   }

   public static AffineTransform getTranslateInstance(double var0, double var2) {
      AffineTransform var4 = new AffineTransform();
      var4.setToTranslation(var0, var2);
      return var4;
   }

   public static AffineTransform getRotateInstance(double var0) {
      AffineTransform var2 = new AffineTransform();
      var2.setToRotation(var0);
      return var2;
   }

   public static AffineTransform getRotateInstance(double var0, double var2, double var4) {
      AffineTransform var6 = new AffineTransform();
      var6.setToRotation(var0, var2, var4);
      return var6;
   }

   public static AffineTransform getScaleInstance(double var0, double var2) {
      AffineTransform var4 = new AffineTransform();
      var4.setToScale(var0, var2);
      return var4;
   }

   public static AffineTransform getShearInstance(double var0, double var2) {
      AffineTransform var4 = new AffineTransform();
      var4.setToShear(var0, var2);
      return var4;
   }

   public int getType() {
      int var1 = 0;
      switch (this.state) {
         case 0:
            break;
         case 1:
            var1 = 1;
            break;
         case 3:
            var1 = 1;
         case 2:
            double var16;
            boolean var12 = (var16 = this.m00) >= (double)0.0F;
            double var18;
            boolean var14 = (var18 = this.m11) >= (double)0.0F;
            if (var12 == var14) {
               if (var12) {
                  if (var16 == var18) {
                     var1 |= 2;
                  } else {
                     var1 |= 4;
                  }
               } else if (var16 == var18) {
                  var1 |= 10;
               } else {
                  var1 |= 12;
               }
            } else if (var16 == -var18) {
               if (var16 != (double)1.0F && var16 != (double)-1.0F) {
                  var1 |= 66;
               } else {
                  var1 |= 64;
               }
            } else {
               var1 |= 68;
            }
            break;
         case 5:
            var1 = 1;
         case 4:
            double var4;
            boolean var2 = (var4 = this.m01) >= (double)0.0F;
            double var6;
            boolean var3 = (var6 = this.m10) >= (double)0.0F;
            if (var2 != var3) {
               if (var4 == -var6) {
                  var1 |= 10;
               } else {
                  var1 |= 12;
               }
            } else if (var4 == var6) {
               var1 |= 74;
            } else {
               var1 |= 76;
            }
            break;
         default:
            this.stateError();
         case 7:
            var1 = 1;
         case 6:
            double var8;
            double var10;
            double var17;
            double var19;
            if ((var17 = this.m00) * (var8 = this.m01) + (var10 = this.m10) * (var19 = this.m11) != (double)0.0F) {
               return 32;
            }

            boolean var13 = var17 >= (double)0.0F;
            boolean var15 = var19 >= (double)0.0F;
            if (var13 == var15) {
               if (var17 == var19 && var8 == -var10) {
                  if (var17 * var19 - var8 * var10 != (double)1.0F) {
                     var1 |= 18;
                  } else {
                     var1 |= 16;
                  }
               } else {
                  var1 |= 20;
               }
            } else if (var17 == -var19 && var8 == var10) {
               if (var17 * var19 - var8 * var10 != (double)1.0F) {
                  var1 |= 82;
               } else {
                  var1 |= 80;
               }
            } else {
               var1 |= 84;
            }
      }

      return var1;
   }

   public double getDeterminant() {
      switch (this.state) {
         case 0:
         case 1:
            return (double)1.0F;
         case 2:
         case 3:
            return this.m00 * this.m11;
         case 4:
         case 5:
            return -(this.m01 * this.m10);
         default:
            this.stateError();
         case 6:
         case 7:
            return this.m00 * this.m11 - this.m01 * this.m10;
      }
   }

   void updateState() {
      if (this.m01 == (double)0.0F && this.m10 == (double)0.0F) {
         if (this.m00 == (double)1.0F && this.m11 == (double)1.0F) {
            if (this.m02 == (double)0.0F && this.m12 == (double)0.0F) {
               this.state = 0;
            } else {
               this.state = 1;
            }
         } else if (this.m02 == (double)0.0F && this.m12 == (double)0.0F) {
            this.state = 2;
         } else {
            this.state = 3;
         }
      } else if (this.m00 == (double)0.0F && this.m11 == (double)0.0F) {
         if (this.m02 == (double)0.0F && this.m12 == (double)0.0F) {
            this.state = 4;
         } else {
            this.state = 5;
         }
      } else if (this.m02 == (double)0.0F && this.m12 == (double)0.0F) {
         this.state = 6;
      } else {
         this.state = 7;
      }

   }

   private void stateError() {
      throw new InternalError("missing case in transform state switch");
   }

   public void getMatrix(double[] var1) {
      var1[0] = this.m00;
      var1[1] = this.m10;
      var1[2] = this.m01;
      var1[3] = this.m11;
      if (var1.length > 5) {
         var1[4] = this.m02;
         var1[5] = this.m12;
      }

   }

   public double getScaleX() {
      return this.m00;
   }

   public double getScaleY() {
      return this.m11;
   }

   public double getShearX() {
      return this.m01;
   }

   public double getShearY() {
      return this.m10;
   }

   public double getTranslateX() {
      return this.m02;
   }

   public double getTranslateY() {
      return this.m12;
   }

   public void translate(double var1, double var3) {
      switch (this.state) {
         case 0:
            this.m02 = var1;
            this.m12 = var3;
            this.state = 1;
            return;
         case 1:
            this.m02 += var1;
            this.m12 += var3;
            return;
         case 2:
            this.m02 = var1 * this.m00;
            this.m12 = var3 * this.m11;
            this.state = 3;
            return;
         case 3:
            this.m02 += var1 * this.m00;
            this.m12 += var3 * this.m11;
            return;
         case 4:
            this.m02 = var3 * this.m01;
            this.m12 = var1 * this.m10;
            this.state = 5;
            return;
         case 5:
            this.m02 += var3 * this.m01;
            this.m12 += var1 * this.m10;
            return;
         case 6:
            this.m02 = var1 * this.m00 + var3 * this.m01;
            this.m12 = var1 * this.m10 + var3 * this.m11;
            this.state = 7;
            return;
         default:
            this.stateError();
         case 7:
            this.m02 += var1 * this.m00 + var3 * this.m01;
            this.m12 += var1 * this.m10 + var3 * this.m11;
      }
   }

   public void rotate(double var1) {
      double var3 = Math.sin(var1);
      double var5 = Math.cos(var1);
      if (!(Math.abs(var3) < 1.0E-15)) {
         if (Math.abs(var5) < 1.0E-15) {
            if (var3 < (double)0.0F) {
               double var13 = this.m00;
               this.m00 = -this.m01;
               this.m01 = var13;
               var13 = this.m10;
               this.m10 = -this.m11;
               this.m11 = var13;
            } else {
               double var15 = this.m00;
               this.m00 = this.m01;
               this.m01 = -var15;
               var15 = this.m10;
               this.m10 = this.m11;
               this.m11 = -var15;
            }

            this.state = rot90conversion[this.state];
         } else {
            double var11 = this.m00;
            double var9 = this.m01;
            this.m00 = var5 * var11 + var3 * var9;
            this.m01 = -var3 * var11 + var5 * var9;
            var11 = this.m10;
            var9 = this.m11;
            this.m10 = var5 * var11 + var3 * var9;
            this.m11 = -var3 * var11 + var5 * var9;
            this.updateState();
         }
      } else {
         if (var5 < (double)0.0F) {
            this.m00 = -this.m00;
            this.m11 = -this.m11;
            int var7 = this.state;
            if ((var7 & 4) != 0) {
               this.m01 = -this.m01;
               this.m10 = -this.m10;
            } else if (this.m00 == (double)1.0F && this.m11 == (double)1.0F) {
               this.state = var7 & -3;
            } else {
               this.state = var7 | 2;
            }
         }

      }
   }

   public void rotate(double var1, double var3, double var5) {
      this.translate(var3, var5);
      this.rotate(var1);
      this.translate(-var3, -var5);
   }

   public void scale(double var1, double var3) {
      int var5 = this.state;
      switch (var5) {
         case 0:
         case 1:
            this.m00 = var1;
            this.m11 = var3;
            this.state = var5 | 2;
            return;
         case 2:
         case 3:
            this.m00 *= var1;
            this.m11 *= var3;
            return;
         default:
            this.stateError();
         case 6:
         case 7:
            this.m00 *= var1;
            this.m11 *= var3;
         case 4:
         case 5:
            this.m01 *= var3;
            this.m10 *= var1;
      }
   }

   public void shear(double var1, double var3) {
      int var5 = this.state;
      switch (var5) {
         case 0:
         case 1:
            this.m01 = var1;
            this.m10 = var3;
            this.state = var5 | 2 | 4;
            return;
         case 2:
         case 3:
            this.m01 = this.m00 * var1;
            this.m10 = this.m11 * var3;
            this.state = var5 | 4;
            return;
         case 4:
         case 5:
            this.m00 = this.m01 * var3;
            this.m11 = this.m10 * var1;
            this.state = var5 | 2;
            return;
         default:
            this.stateError();
         case 6:
         case 7:
            double var6 = this.m00;
            double var8 = this.m01;
            this.m00 = var6 + var8 * var3;
            this.m01 = var6 * var1 + var8;
            var6 = this.m10;
            var8 = this.m11;
            this.m10 = var6 + var8 * var3;
            this.m11 = var6 * var1 + var8;
      }
   }

   public void setToIdentity() {
      this.m00 = this.m11 = (double)1.0F;
      this.m10 = this.m01 = this.m02 = this.m12 = (double)0.0F;
      this.state = 0;
   }

   public void setToTranslation(double var1, double var3) {
      this.m00 = (double)1.0F;
      this.m10 = (double)0.0F;
      this.m01 = (double)0.0F;
      this.m11 = (double)1.0F;
      this.m02 = var1;
      this.m12 = var3;
      this.state = 1;
   }

   public void setToRotation(double var1) {
      this.m02 = (double)0.0F;
      this.m12 = (double)0.0F;
      double var3 = Math.sin(var1);
      double var5 = Math.cos(var1);
      if (Math.abs(var3) < 1.0E-15) {
         this.m01 = this.m10 = (double)0.0F;
         if (var5 < (double)0.0F) {
            this.m00 = this.m11 = (double)-1.0F;
            this.state = 2;
         } else {
            this.m00 = this.m11 = (double)1.0F;
            this.state = 0;
         }

      } else if (Math.abs(var5) < 1.0E-15) {
         this.m00 = this.m11 = (double)0.0F;
         if (var3 < (double)0.0F) {
            this.m01 = (double)1.0F;
            this.m10 = (double)-1.0F;
         } else {
            this.m01 = (double)-1.0F;
            this.m10 = (double)1.0F;
         }

         this.state = 4;
      } else {
         this.m00 = var5;
         this.m01 = -var3;
         this.m10 = var3;
         this.m11 = var5;
         this.state = 6;
      }
   }

   public void setToRotation(double var1, double var3, double var5) {
      this.setToRotation(var1);
      double var7 = this.m10;
      double var9 = (double)1.0F - this.m00;
      this.m02 = var3 * var9 + var5 * var7;
      this.m12 = var5 * var9 - var3 * var7;
      this.state |= 1;
   }

   public void setToScale(double var1, double var3) {
      this.m00 = var1;
      this.m10 = (double)0.0F;
      this.m01 = (double)0.0F;
      this.m11 = var3;
      this.m02 = (double)0.0F;
      this.m12 = (double)0.0F;
      this.state = 2;
   }

   public void setToShear(double var1, double var3) {
      this.m00 = (double)1.0F;
      this.m01 = var1;
      this.m10 = var3;
      this.m11 = (double)1.0F;
      this.m02 = (double)0.0F;
      this.m12 = (double)0.0F;
      this.state = 6;
   }

   public void setTransform(AffineTransform var1) {
      this.m00 = var1.m00;
      this.m10 = var1.m10;
      this.m01 = var1.m01;
      this.m11 = var1.m11;
      this.m02 = var1.m02;
      this.m12 = var1.m12;
      this.state = var1.state;
   }

   public void setTransform(double var1, double var3, double var5, double var7, double var9, double var11) {
      this.m00 = var1;
      this.m10 = var3;
      this.m01 = var5;
      this.m11 = var7;
      this.m02 = var9;
      this.m12 = var11;
      this.updateState();
   }

   public void concatenate(AffineTransform var1) {
      int var18 = this.state;
      int var19 = var1.state;
      switch (var19 << 3 | var18) {
         case 0:
         case 1:
         case 2:
         case 3:
         case 4:
         case 5:
         case 6:
         case 7:
            return;
         case 9:
            this.m02 += var1.m02;
            this.m12 += var1.m12;
            return;
         case 10:
            this.m02 = var1.m02 * this.m00;
            this.m12 = var1.m12 * this.m11;
            this.state = 3;
            return;
         case 11:
            this.m02 += var1.m02 * this.m00;
            this.m12 += var1.m12 * this.m11;
            return;
         case 12:
            this.m02 = var1.m12 * this.m01;
            this.m12 = var1.m02 * this.m10;
            this.state = 5;
            return;
         case 13:
            this.m02 += var1.m12 * this.m01;
            this.m12 += var1.m02 * this.m10;
            return;
         case 14:
            double var32 = var1.m02;
            double var34 = var1.m12;
            this.m02 = var32 * this.m00 + var34 * this.m01;
            this.m12 = var32 * this.m10 + var34 * this.m11;
            this.state = 7;
            return;
         case 15:
            double var14 = var1.m02;
            double var16 = var1.m12;
            this.m02 += var14 * this.m00 + var16 * this.m01;
            this.m12 += var14 * this.m10 + var16 * this.m11;
            return;
         case 17:
            this.m00 = var1.m00;
            this.m11 = var1.m11;
            this.state = 3;
            return;
         case 18:
         case 19:
            this.m00 *= var1.m00;
            this.m11 *= var1.m11;
            return;
         case 20:
         case 21:
            this.m01 *= var1.m11;
            this.m10 *= var1.m00;
            return;
         case 22:
         case 23:
            double var6 = var1.m00;
            double var12 = var1.m11;
            this.m00 *= var6;
            this.m11 *= var12;
            this.m01 *= var12;
            this.m10 *= var6;
            return;
         case 25:
         case 26:
         case 27:
         case 28:
         case 29:
         case 30:
         case 31:
         case 41:
         case 42:
         case 43:
         case 44:
         case 45:
         case 46:
         case 47:
         case 49:
         case 50:
         case 51:
         case 52:
         case 53:
         case 54:
         case 55:
         default:
            double var28 = var1.m00;
            double var29 = var1.m01;
            double var33 = var1.m02;
            double var30 = var1.m10;
            double var31 = var1.m11;
            double var35 = var1.m12;
            switch (var18) {
               case 1:
                  this.m00 = var28;
                  this.m01 = var29;
                  this.m02 += var33;
                  this.m10 = var30;
                  this.m11 = var31;
                  this.m12 += var35;
                  this.state = var19 | 1;
                  return;
               case 2:
               case 3:
                  double var23 = this.m00;
                  this.m00 = var28 * var23;
                  this.m01 = var29 * var23;
                  this.m02 += var33 * var23;
                  var23 = this.m11;
                  this.m10 = var30 * var23;
                  this.m11 = var31 * var23;
                  this.m12 += var35 * var23;
                  break;
               case 4:
               case 5:
                  double var21 = this.m01;
                  this.m00 = var30 * var21;
                  this.m01 = var31 * var21;
                  this.m02 += var35 * var21;
                  var21 = this.m10;
                  this.m10 = var28 * var21;
                  this.m11 = var29 * var21;
                  this.m12 += var33 * var21;
                  break;
               default:
                  this.stateError();
               case 6:
                  this.state = var18 | var19;
               case 7:
                  double var25 = this.m00;
                  double var4 = this.m01;
                  this.m00 = var28 * var25 + var30 * var4;
                  this.m01 = var29 * var25 + var31 * var4;
                  this.m02 += var33 * var25 + var35 * var4;
                  var25 = this.m10;
                  var4 = this.m11;
                  this.m10 = var28 * var25 + var30 * var4;
                  this.m11 = var29 * var25 + var31 * var4;
                  this.m12 += var33 * var25 + var35 * var4;
                  return;
            }

            this.updateState();
            return;
         case 33:
            this.m00 = (double)0.0F;
            this.m01 = var1.m01;
            this.m10 = var1.m10;
            this.m11 = (double)0.0F;
            this.state = 5;
            return;
         case 34:
         case 35:
            this.m01 = this.m00 * var1.m01;
            this.m00 = (double)0.0F;
            this.m10 = this.m11 * var1.m10;
            this.m11 = (double)0.0F;
            this.state = var18 ^ 6;
            return;
         case 36:
         case 37:
            this.m00 = this.m01 * var1.m10;
            this.m01 = (double)0.0F;
            this.m11 = this.m10 * var1.m01;
            this.m10 = (double)0.0F;
            this.state = var18 ^ 6;
            return;
         case 38:
         case 39:
            double var8 = var1.m01;
            double var10 = var1.m10;
            double var2 = this.m00;
            this.m00 = this.m01 * var10;
            this.m01 = var2 * var8;
            var2 = this.m10;
            this.m10 = this.m11 * var10;
            this.m11 = var2 * var8;
            return;
         case 40:
            this.m02 = var1.m02;
            this.m12 = var1.m12;
         case 32:
            this.m01 = var1.m01;
            this.m10 = var1.m10;
            this.m00 = this.m11 = (double)0.0F;
            this.state = var19;
            return;
         case 48:
            this.m01 = var1.m01;
            this.m10 = var1.m10;
         case 16:
            this.m00 = var1.m00;
            this.m11 = var1.m11;
            this.state = var19;
            return;
         case 56:
            this.m01 = var1.m01;
            this.m10 = var1.m10;
         case 24:
            this.m00 = var1.m00;
            this.m11 = var1.m11;
         case 8:
            this.m02 = var1.m02;
            this.m12 = var1.m12;
            this.state = var19;
      }
   }

   public void preConcatenate(AffineTransform var1) {
      int var18 = this.state;
      int var19 = var1.state;
      switch (var19 << 3 | var18) {
         case 0:
         case 1:
         case 2:
         case 3:
         case 4:
         case 5:
         case 6:
         case 7:
            return;
         case 8:
         case 10:
         case 12:
         case 14:
            this.m02 = var1.m02;
            this.m12 = var1.m12;
            this.state = var18 | 1;
            return;
         case 9:
         case 11:
         case 13:
         case 15:
            this.m02 += var1.m02;
            this.m12 += var1.m12;
            return;
         case 16:
         case 17:
            this.state = var18 | 2;
         case 18:
         case 19:
         case 20:
         case 21:
         case 22:
         case 23:
            double var6 = var1.m00;
            double var12 = var1.m11;
            if ((var18 & 4) != 0) {
               this.m01 *= var6;
               this.m10 *= var12;
               if ((var18 & 2) != 0) {
                  this.m00 *= var6;
                  this.m11 *= var12;
               }
            } else {
               this.m00 *= var6;
               this.m11 *= var12;
            }

            if ((var18 & 1) != 0) {
               this.m02 *= var6;
               this.m12 *= var12;
            }

            return;
         case 24:
         case 25:
         case 26:
         case 27:
         case 28:
         case 29:
         case 30:
         case 31:
         default:
            double var37 = var1.m00;
            double var38 = var1.m01;
            double var14 = var1.m02;
            double var39 = var1.m10;
            double var40 = var1.m11;
            double var16 = var1.m12;
            switch (var18) {
               case 1:
                  double var28 = this.m02;
                  double var33 = this.m12;
                  var14 += var28 * var37 + var33 * var38;
                  var16 += var28 * var39 + var33 * var40;
               case 0:
                  this.m02 = var14;
                  this.m12 = var16;
                  this.m00 = var37;
                  this.m10 = var39;
                  this.m01 = var38;
                  this.m11 = var40;
                  this.state = var18 | var19;
                  return;
               case 3:
                  double var25 = this.m02;
                  double var32 = this.m12;
                  var14 += var25 * var37 + var32 * var38;
                  var16 += var25 * var39 + var32 * var40;
               case 2:
                  this.m02 = var14;
                  this.m12 = var16;
                  double var26 = this.m00;
                  this.m00 = var26 * var37;
                  this.m10 = var26 * var39;
                  var26 = this.m11;
                  this.m01 = var26 * var38;
                  this.m11 = var26 * var40;
                  break;
               case 5:
                  double var22 = this.m02;
                  double var4 = this.m12;
                  var14 += var22 * var37 + var4 * var38;
                  var16 += var22 * var39 + var4 * var40;
               case 4:
                  this.m02 = var14;
                  this.m12 = var16;
                  double var23 = this.m10;
                  this.m00 = var23 * var38;
                  this.m10 = var23 * var40;
                  var23 = this.m01;
                  this.m01 = var23 * var37;
                  this.m11 = var23 * var39;
                  break;
               default:
                  this.stateError();
               case 7:
                  double var29 = this.m02;
                  double var34 = this.m12;
                  var14 += var29 * var37 + var34 * var38;
                  var16 += var29 * var39 + var34 * var40;
               case 6:
                  this.m02 = var14;
                  this.m12 = var16;
                  double var30 = this.m00;
                  double var35 = this.m10;
                  this.m00 = var30 * var37 + var35 * var38;
                  this.m10 = var30 * var39 + var35 * var40;
                  var30 = this.m01;
                  var35 = this.m11;
                  this.m01 = var30 * var37 + var35 * var38;
                  this.m11 = var30 * var39 + var35 * var40;
            }

            this.updateState();
            return;
         case 36:
         case 37:
            var18 |= 2;
         case 32:
         case 33:
         case 34:
         case 35:
            this.state = var18 ^ 4;
         case 38:
         case 39:
            double var8 = var1.m01;
            double var10 = var1.m10;
            double var2 = this.m00;
            this.m00 = this.m10 * var8;
            this.m10 = var2 * var10;
            var2 = this.m01;
            this.m01 = this.m11 * var8;
            this.m11 = var2 * var10;
            var2 = this.m02;
            this.m02 = this.m12 * var8;
            this.m12 = var2 * var10;
      }
   }

   public AffineTransform createInverse() throws NoninvertibleTransformException {
      switch (this.state) {
         case 0:
            return new AffineTransform();
         case 1:
            return new AffineTransform((double)1.0F, (double)0.0F, (double)0.0F, (double)1.0F, -this.m02, -this.m12, 1);
         case 2:
            if (this.m00 != (double)0.0F && this.m11 != (double)0.0F) {
               return new AffineTransform((double)1.0F / this.m00, (double)0.0F, (double)0.0F, (double)1.0F / this.m11, (double)0.0F, (double)0.0F, 2);
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         case 3:
            if (this.m00 != (double)0.0F && this.m11 != (double)0.0F) {
               return new AffineTransform((double)1.0F / this.m00, (double)0.0F, (double)0.0F, (double)1.0F / this.m11, -this.m02 / this.m00, -this.m12 / this.m11, 3);
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         case 4:
            if (this.m01 != (double)0.0F && this.m10 != (double)0.0F) {
               return new AffineTransform((double)0.0F, (double)1.0F / this.m01, (double)1.0F / this.m10, (double)0.0F, (double)0.0F, (double)0.0F, 4);
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         case 5:
            if (this.m01 != (double)0.0F && this.m10 != (double)0.0F) {
               return new AffineTransform((double)0.0F, (double)1.0F / this.m01, (double)1.0F / this.m10, (double)0.0F, -this.m12 / this.m10, -this.m02 / this.m01, 5);
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         case 6:
            double var1 = this.m00 * this.m11 - this.m01 * this.m10;
            if (Math.abs(var1) <= Double.MIN_VALUE) {
               throw new NoninvertibleTransformException("Determinant is " + var1);
            }

            return new AffineTransform(this.m11 / var1, -this.m10 / var1, -this.m01 / var1, this.m00 / var1, (double)0.0F, (double)0.0F, 6);
         default:
            this.stateError();
         case 7:
            double var3 = this.m00 * this.m11 - this.m01 * this.m10;
            if (Math.abs(var3) <= Double.MIN_VALUE) {
               throw new NoninvertibleTransformException("Determinant is " + var3);
            } else {
               return new AffineTransform(this.m11 / var3, -this.m10 / var3, -this.m01 / var3, this.m00 / var3, (this.m01 * this.m12 - this.m11 * this.m02) / var3, (this.m10 * this.m02 - this.m00 * this.m12) / var3, 7);
            }
      }
   }

   public Point2D transform(Point2D var1, Point2D var2) {
      if (var2 == null) {
         if (var1 instanceof Point2D.Double) {
            var2 = new Point2D.Double();
         } else {
            var2 = new Point2D.Float();
         }
      }

      double var3 = var1.getX();
      double var5 = var1.getY();
      switch (this.state) {
         case 0:
            ((Point2D)var2).setLocation(var3, var5);
            return (Point2D)var2;
         case 1:
            ((Point2D)var2).setLocation(var3 + this.m02, var5 + this.m12);
            return (Point2D)var2;
         case 2:
            ((Point2D)var2).setLocation(var3 * this.m00, var5 * this.m11);
            return (Point2D)var2;
         case 3:
            ((Point2D)var2).setLocation(var3 * this.m00 + this.m02, var5 * this.m11 + this.m12);
            return (Point2D)var2;
         case 4:
            ((Point2D)var2).setLocation(var5 * this.m01, var3 * this.m10);
            return (Point2D)var2;
         case 5:
            ((Point2D)var2).setLocation(var5 * this.m01 + this.m02, var3 * this.m10 + this.m12);
            return (Point2D)var2;
         case 6:
            ((Point2D)var2).setLocation(var3 * this.m00 + var5 * this.m01, var3 * this.m10 + var5 * this.m11);
            return (Point2D)var2;
         default:
            this.stateError();
         case 7:
            ((Point2D)var2).setLocation(var3 * this.m00 + var5 * this.m01 + this.m02, var3 * this.m10 + var5 * this.m11 + this.m12);
            return (Point2D)var2;
      }
   }

   public void transform(Point2D[] var1, int var2, Point2D[] var3, int var4, int var5) {
      int var6 = this.state;

      while(true) {
         --var5;
         if (var5 < 0) {
            return;
         }

         Point2D var7 = var1[var2++];
         double var8 = var7.getX();
         double var10 = var7.getY();
         Object var12 = var3[var4++];
         if (var12 == null) {
            if (var7 instanceof Point2D.Double) {
               var12 = new Point2D.Double();
            } else {
               var12 = new Point2D.Float();
            }

            var3[var4 - 1] = (Point2D)var12;
         }

         switch (var6) {
            case 0:
               ((Point2D)var12).setLocation(var8, var10);
               break;
            case 1:
               ((Point2D)var12).setLocation(var8 + this.m02, var10 + this.m12);
               break;
            case 2:
               ((Point2D)var12).setLocation(var8 * this.m00, var10 * this.m11);
               break;
            case 3:
               ((Point2D)var12).setLocation(var8 * this.m00 + this.m02, var10 * this.m11 + this.m12);
               break;
            case 4:
               ((Point2D)var12).setLocation(var10 * this.m01, var8 * this.m10);
               break;
            case 5:
               ((Point2D)var12).setLocation(var10 * this.m01 + this.m02, var8 * this.m10 + this.m12);
               break;
            case 6:
               ((Point2D)var12).setLocation(var8 * this.m00 + var10 * this.m01, var8 * this.m10 + var10 * this.m11);
               break;
            default:
               this.stateError();
            case 7:
               ((Point2D)var12).setLocation(var8 * this.m00 + var10 * this.m01 + this.m02, var8 * this.m10 + var10 * this.m11 + this.m12);
         }
      }
   }

   public void transform(float[] var1, int var2, float[] var3, int var4, int var5) {
      if (var3 == var1 && var4 > var2 && var4 < var2 + var5 * 2) {
         System.arraycopy(var1, var2, var3, var4, var5 * 2);
         var2 = var4;
      }

      switch (this.state) {
         case 0:
            if (var1 != var3 || var2 != var4) {
               System.arraycopy(var1, var2, var3, var4, var5 * 2);
            }

            return;
         case 1:
            double var43 = this.m02;
            double var52 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = (float)((double)var1[var2++] + var43);
               var3[var4++] = (float)((double)var1[var2++] + var52);
            }
         case 2:
            double var37 = this.m00;
            double var49 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = (float)(var37 * (double)var1[var2++]);
               var3[var4++] = (float)(var49 * (double)var1[var2++]);
            }
         case 3:
            double var36 = this.m00;
            double var42 = this.m02;
            double var48 = this.m11;
            double var51 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = (float)(var36 * (double)var1[var2++] + var42);
               var3[var4++] = (float)(var48 * (double)var1[var2++] + var51);
            }
         case 4:
            double var40 = this.m01;
            double var46 = this.m10;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var55 = (double)var1[var2++];
               var3[var4++] = (float)(var40 * (double)var1[var2++]);
               var3[var4++] = (float)(var46 * var55);
            }
         case 5:
            double var39 = this.m01;
            double var10 = this.m02;
            double var45 = this.m10;
            double var16 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var54 = (double)var1[var2++];
               var3[var4++] = (float)(var39 * (double)var1[var2++] + var10);
               var3[var4++] = (float)(var45 * var54 + var16);
            }
         case 6:
            double var6 = this.m00;
            double var8 = this.m01;
            double var12 = this.m10;
            double var14 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var18 = (double)var1[var2++];
               double var20 = (double)var1[var2++];
               var3[var4++] = (float)(var6 * var18 + var8 * var20);
               var3[var4++] = (float)(var12 * var18 + var14 * var20);
            }
         default:
            this.stateError();
         case 7:
            double var38 = this.m00;
            double var41 = this.m01;
            double var44 = this.m02;
            double var47 = this.m10;
            double var50 = this.m11;
            double var53 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var56 = (double)var1[var2++];
               double var57 = (double)var1[var2++];
               var3[var4++] = (float)(var38 * var56 + var41 * var57 + var44);
               var3[var4++] = (float)(var47 * var56 + var50 * var57 + var53);
            }
      }
   }

   public void transform(double[] var1, int var2, double[] var3, int var4, int var5) {
      if (var3 == var1 && var4 > var2 && var4 < var2 + var5 * 2) {
         System.arraycopy(var1, var2, var3, var4, var5 * 2);
         var2 = var4;
      }

      switch (this.state) {
         case 0:
            if (var1 != var3 || var2 != var4) {
               System.arraycopy(var1, var2, var3, var4, var5 * 2);
            }

            return;
         case 1:
            double var43 = this.m02;
            double var52 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = var1[var2++] + var43;
               var3[var4++] = var1[var2++] + var52;
            }
         case 2:
            double var37 = this.m00;
            double var49 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = var37 * var1[var2++];
               var3[var4++] = var49 * var1[var2++];
            }
         case 3:
            double var36 = this.m00;
            double var42 = this.m02;
            double var48 = this.m11;
            double var51 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = var36 * var1[var2++] + var42;
               var3[var4++] = var48 * var1[var2++] + var51;
            }
         case 4:
            double var40 = this.m01;
            double var46 = this.m10;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var55 = var1[var2++];
               var3[var4++] = var40 * var1[var2++];
               var3[var4++] = var46 * var55;
            }
         case 5:
            double var39 = this.m01;
            double var10 = this.m02;
            double var45 = this.m10;
            double var16 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var54 = var1[var2++];
               var3[var4++] = var39 * var1[var2++] + var10;
               var3[var4++] = var45 * var54 + var16;
            }
         case 6:
            double var6 = this.m00;
            double var8 = this.m01;
            double var12 = this.m10;
            double var14 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var18 = var1[var2++];
               double var20 = var1[var2++];
               var3[var4++] = var6 * var18 + var8 * var20;
               var3[var4++] = var12 * var18 + var14 * var20;
            }
         default:
            this.stateError();
         case 7:
            double var38 = this.m00;
            double var41 = this.m01;
            double var44 = this.m02;
            double var47 = this.m10;
            double var50 = this.m11;
            double var53 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var56 = var1[var2++];
               double var57 = var1[var2++];
               var3[var4++] = var38 * var56 + var41 * var57 + var44;
               var3[var4++] = var47 * var56 + var50 * var57 + var53;
            }
      }
   }

   public void transform(float[] var1, int var2, double[] var3, int var4, int var5) {
      switch (this.state) {
         case 0:
            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = (double)var1[var2++];
               var3[var4++] = (double)var1[var2++];
            }
         case 1:
            double var45 = this.m02;
            double var54 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = (double)var1[var2++] + var45;
               var3[var4++] = (double)var1[var2++] + var54;
            }
         case 2:
            double var39 = this.m00;
            double var51 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = var39 * (double)var1[var2++];
               var3[var4++] = var51 * (double)var1[var2++];
            }
         case 3:
            double var38 = this.m00;
            double var44 = this.m02;
            double var50 = this.m11;
            double var53 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = var38 * (double)var1[var2++] + var44;
               var3[var4++] = var50 * (double)var1[var2++] + var53;
            }
         case 4:
            double var42 = this.m01;
            double var48 = this.m10;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var57 = (double)var1[var2++];
               var3[var4++] = var42 * (double)var1[var2++];
               var3[var4++] = var48 * var57;
            }
         case 5:
            double var41 = this.m01;
            double var10 = this.m02;
            double var47 = this.m10;
            double var16 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var56 = (double)var1[var2++];
               var3[var4++] = var41 * (double)var1[var2++] + var10;
               var3[var4++] = var47 * var56 + var16;
            }
         case 6:
            double var6 = this.m00;
            double var8 = this.m01;
            double var12 = this.m10;
            double var14 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var18 = (double)var1[var2++];
               double var20 = (double)var1[var2++];
               var3[var4++] = var6 * var18 + var8 * var20;
               var3[var4++] = var12 * var18 + var14 * var20;
            }
         default:
            this.stateError();
         case 7:
            double var40 = this.m00;
            double var43 = this.m01;
            double var46 = this.m02;
            double var49 = this.m10;
            double var52 = this.m11;
            double var55 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var58 = (double)var1[var2++];
               double var59 = (double)var1[var2++];
               var3[var4++] = var40 * var58 + var43 * var59 + var46;
               var3[var4++] = var49 * var58 + var52 * var59 + var55;
            }
      }
   }

   public void transform(double[] var1, int var2, float[] var3, int var4, int var5) {
      switch (this.state) {
         case 0:
            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = (float)var1[var2++];
               var3[var4++] = (float)var1[var2++];
            }
         case 1:
            double var45 = this.m02;
            double var54 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = (float)(var1[var2++] + var45);
               var3[var4++] = (float)(var1[var2++] + var54);
            }
         case 2:
            double var39 = this.m00;
            double var51 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = (float)(var39 * var1[var2++]);
               var3[var4++] = (float)(var51 * var1[var2++]);
            }
         case 3:
            double var38 = this.m00;
            double var44 = this.m02;
            double var50 = this.m11;
            double var53 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = (float)(var38 * var1[var2++] + var44);
               var3[var4++] = (float)(var50 * var1[var2++] + var53);
            }
         case 4:
            double var42 = this.m01;
            double var48 = this.m10;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var57 = var1[var2++];
               var3[var4++] = (float)(var42 * var1[var2++]);
               var3[var4++] = (float)(var48 * var57);
            }
         case 5:
            double var41 = this.m01;
            double var10 = this.m02;
            double var47 = this.m10;
            double var16 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var56 = var1[var2++];
               var3[var4++] = (float)(var41 * var1[var2++] + var10);
               var3[var4++] = (float)(var47 * var56 + var16);
            }
         case 6:
            double var6 = this.m00;
            double var8 = this.m01;
            double var12 = this.m10;
            double var14 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var18 = var1[var2++];
               double var20 = var1[var2++];
               var3[var4++] = (float)(var6 * var18 + var8 * var20);
               var3[var4++] = (float)(var12 * var18 + var14 * var20);
            }
         default:
            this.stateError();
         case 7:
            double var40 = this.m00;
            double var43 = this.m01;
            double var46 = this.m02;
            double var49 = this.m10;
            double var52 = this.m11;
            double var55 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var58 = var1[var2++];
               double var59 = var1[var2++];
               var3[var4++] = (float)(var40 * var58 + var43 * var59 + var46);
               var3[var4++] = (float)(var49 * var58 + var52 * var59 + var55);
            }
      }
   }

   public Point2D inverseTransform(Point2D var1, Point2D var2) throws NoninvertibleTransformException {
      if (var2 == null) {
         if (var1 instanceof Point2D.Double) {
            var2 = new Point2D.Double();
         } else {
            var2 = new Point2D.Float();
         }
      }

      double var3 = var1.getX();
      double var5 = var1.getY();
      switch (this.state) {
         case 0:
            ((Point2D)var2).setLocation(var3, var5);
            return (Point2D)var2;
         case 1:
            ((Point2D)var2).setLocation(var3 - this.m02, var5 - this.m12);
            return (Point2D)var2;
         case 3:
            var3 -= this.m02;
            var5 -= this.m12;
         case 2:
            if (this.m00 != (double)0.0F && this.m11 != (double)0.0F) {
               ((Point2D)var2).setLocation(var3 / this.m00, var5 / this.m11);
               return (Point2D)var2;
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         case 5:
            var3 -= this.m02;
            var5 -= this.m12;
         case 4:
            if (this.m01 != (double)0.0F && this.m10 != (double)0.0F) {
               ((Point2D)var2).setLocation(var5 / this.m10, var3 / this.m01);
               return (Point2D)var2;
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         default:
            this.stateError();
         case 7:
            var3 -= this.m02;
            var5 -= this.m12;
         case 6:
            double var7 = this.m00 * this.m11 - this.m01 * this.m10;
            if (Math.abs(var7) <= Double.MIN_VALUE) {
               throw new NoninvertibleTransformException("Determinant is " + var7);
            } else {
               ((Point2D)var2).setLocation((var3 * this.m11 - var5 * this.m01) / var7, (var5 * this.m00 - var3 * this.m10) / var7);
               return (Point2D)var2;
            }
      }
   }

   public void inverseTransform(double[] var1, int var2, double[] var3, int var4, int var5) throws NoninvertibleTransformException {
      if (var3 == var1 && var4 > var2 && var4 < var2 + var5 * 2) {
         System.arraycopy(var1, var2, var3, var4, var5 * 2);
         var2 = var4;
      }

      switch (this.state) {
         case 0:
            if (var1 != var3 || var2 != var4) {
               System.arraycopy(var1, var2, var3, var4, var5 * 2);
            }

            return;
         case 1:
            double var45 = this.m02;
            double var54 = this.m12;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = var1[var2++] - var45;
               var3[var4++] = var1[var2++] - var54;
            }
         case 2:
            double var39 = this.m00;
            double var51 = this.m11;
            if (var39 != (double)0.0F && var51 != (double)0.0F) {
               while(true) {
                  --var5;
                  if (var5 < 0) {
                     return;
                  }

                  var3[var4++] = var1[var2++] / var39;
                  var3[var4++] = var1[var2++] / var51;
               }
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         case 3:
            double var38 = this.m00;
            double var44 = this.m02;
            double var50 = this.m11;
            double var53 = this.m12;
            if (var38 != (double)0.0F && var50 != (double)0.0F) {
               while(true) {
                  --var5;
                  if (var5 < 0) {
                     return;
                  }

                  var3[var4++] = (var1[var2++] - var44) / var38;
                  var3[var4++] = (var1[var2++] - var53) / var50;
               }
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         case 4:
            double var42 = this.m01;
            double var48 = this.m10;
            if (var42 != (double)0.0F && var48 != (double)0.0F) {
               while(true) {
                  --var5;
                  if (var5 < 0) {
                     return;
                  }

                  double var58 = var1[var2++];
                  var3[var4++] = var1[var2++] / var42;
                  var3[var4++] = var58 / var48;
               }
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         case 5:
            double var41 = this.m01;
            double var10 = this.m02;
            double var47 = this.m10;
            double var16 = this.m12;
            if (var41 != (double)0.0F && var47 != (double)0.0F) {
               while(true) {
                  --var5;
                  if (var5 < 0) {
                     return;
                  }

                  double var57 = var1[var2++] - var10;
                  var3[var4++] = (var1[var2++] - var16) / var41;
                  var3[var4++] = var57 / var47;
               }
            }

            throw new NoninvertibleTransformException("Determinant is 0");
         case 6:
            double var6 = this.m00;
            double var8 = this.m01;
            double var12 = this.m10;
            double var14 = this.m11;
            double var18 = var6 * var14 - var8 * var12;
            if (Math.abs(var18) <= Double.MIN_VALUE) {
               throw new NoninvertibleTransformException("Determinant is " + var18);
            } else {
               while(true) {
                  --var5;
                  if (var5 < 0) {
                     return;
                  }

                  double var20 = var1[var2++];
                  double var22 = var1[var2++];
                  var3[var4++] = (var20 * var14 - var22 * var8) / var18;
                  var3[var4++] = (var22 * var6 - var20 * var12) / var18;
               }
            }
         default:
            this.stateError();
         case 7:
            double var40 = this.m00;
            double var43 = this.m01;
            double var46 = this.m02;
            double var49 = this.m10;
            double var52 = this.m11;
            double var55 = this.m12;
            double var56 = var40 * var52 - var43 * var49;
            if (Math.abs(var56) <= Double.MIN_VALUE) {
               throw new NoninvertibleTransformException("Determinant is " + var56);
            } else {
               while(true) {
                  --var5;
                  if (var5 < 0) {
                     return;
                  }

                  double var59 = var1[var2++] - var46;
                  double var60 = var1[var2++] - var55;
                  var3[var4++] = (var59 * var52 - var60 * var43) / var56;
                  var3[var4++] = (var60 * var40 - var59 * var49) / var56;
               }
            }
      }
   }

   public Point2D deltaTransform(Point2D var1, Point2D var2) {
      if (var2 == null) {
         if (var1 instanceof Point2D.Double) {
            var2 = new Point2D.Double();
         } else {
            var2 = new Point2D.Float();
         }
      }

      double var3 = var1.getX();
      double var5 = var1.getY();
      switch (this.state) {
         case 0:
         case 1:
            ((Point2D)var2).setLocation(var3, var5);
            return (Point2D)var2;
         case 2:
         case 3:
            ((Point2D)var2).setLocation(var3 * this.m00, var5 * this.m11);
            return (Point2D)var2;
         case 4:
         case 5:
            ((Point2D)var2).setLocation(var5 * this.m01, var3 * this.m10);
            return (Point2D)var2;
         default:
            this.stateError();
         case 6:
         case 7:
            ((Point2D)var2).setLocation(var3 * this.m00 + var5 * this.m01, var3 * this.m10 + var5 * this.m11);
            return (Point2D)var2;
      }
   }

   public void deltaTransform(double[] var1, int var2, double[] var3, int var4, int var5) {
      if (var3 == var1 && var4 > var2 && var4 < var2 + var5 * 2) {
         System.arraycopy(var1, var2, var3, var4, var5 * 2);
         var2 = var4;
      }

      switch (this.state) {
         case 0:
         case 1:
            if (var1 != var3 || var2 != var4) {
               System.arraycopy(var1, var2, var3, var4, var5 * 2);
            }

            return;
         case 2:
         case 3:
            double var6 = this.m00;
            double var12 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               var3[var4++] = var1[var2++] * var6;
               var3[var4++] = var1[var2++] * var12;
            }
         case 4:
         case 5:
            double var8 = this.m01;
            double var10 = this.m10;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var14 = var1[var2++];
               var3[var4++] = var1[var2++] * var8;
               var3[var4++] = var14 * var10;
            }
         default:
            this.stateError();
         case 6:
         case 7:
            double var24 = this.m00;
            double var25 = this.m01;
            double var26 = this.m10;
            double var27 = this.m11;

            while(true) {
               --var5;
               if (var5 < 0) {
                  return;
               }

               double var28 = var1[var2++];
               double var16 = var1[var2++];
               var3[var4++] = var28 * var24 + var16 * var25;
               var3[var4++] = var28 * var26 + var16 * var27;
            }
      }
   }

   public Shape createTransformedShape(Shape var1) {
      if (var1 == null) {
         return null;
      } else if (var1 instanceof GeneralPath) {
         return ((GeneralPath)var1).createTransformedShape(this);
      } else {
         PathIterator var2 = var1.getPathIterator(this);
         GeneralPath var3 = new GeneralPath(var2.getWindingRule());
         var3.append(var2, false);
         return var3;
      }
   }

   private static double _matround(double var0) {
      return Math.rint(var0 * 1.0E15) / 1.0E15;
   }

   public String toString() {
      return "AffineTransform[[" + _matround(this.m00) + ", " + _matround(this.m01) + ", " + _matround(this.m02) + "], [" + _matround(this.m10) + ", " + _matround(this.m11) + ", " + _matround(this.m12) + "]]";
   }

   public boolean isIdentity() {
      return this.state == 0;
   }

   public Object clone() {
      try {
         return super.clone();
      } catch (CloneNotSupportedException var2) {
         throw new InternalError();
      }
   }

   public int hashCode() {
      long var1 = Double.doubleToLongBits(this.m00);
      var1 = var1 * 31L + Double.doubleToLongBits(this.m01);
      var1 = var1 * 31L + Double.doubleToLongBits(this.m02);
      var1 = var1 * 31L + Double.doubleToLongBits(this.m10);
      var1 = var1 * 31L + Double.doubleToLongBits(this.m11);
      var1 = var1 * 31L + Double.doubleToLongBits(this.m12);
      return (int)var1 ^ (int)(var1 >> 32);
   }

   public boolean equals(Object var1) {
      if (!(var1 instanceof AffineTransform)) {
         return false;
      } else {
         AffineTransform var2 = (AffineTransform)var1;
         return this.m00 == var2.m00 && this.m01 == var2.m01 && this.m02 == var2.m02 && this.m10 == var2.m10 && this.m11 == var2.m11 && this.m12 == var2.m12;
      }
   }

   private void writeObject(ObjectOutputStream var1) throws ClassNotFoundException, IOException {
      var1.defaultWriteObject();
   }

   private void readObject(ObjectInputStream var1) throws ClassNotFoundException, IOException {
      var1.defaultReadObject();
      this.updateState();
   }
}