atomicscience/src/main/java/atomicscience/TAutoBuilder.java

package atomicscience;

import net.minecraft.init.Blocks;
import universalelectricity.core.vector.Vector3;
import universalelectricity.prefab.tile.TileEntityAdvanced;

public class TAutoBuilder
    extends TileEntityAdvanced {
  public boolean canUpdate() { return false; }

  public void onActivatePacket(TAutoBuilder.AutoBuilderType type, int radius) {
    if (!this.worldObj.isRemote) {
      try {
        Vector3 diDian = new Vector3(this);
        if (radius > 0) {
          int r;
          int x;
          int z;
          Vector3 targetPosition;
          Vector3 targetPosition1;
          byte var16;
          int var17;
          switch (TAutoBuilder.NamelessClass2141744605
                      .$SwitchMap$atomicscience$TJianLi$JianLiType
                          [type.ordinal()]) {
          case 1:
            r = radius;

            for (x = -radius; x < r; ++x) {
              for (z = -r; z < r; ++z) {
                for (var17 = -1; var17 <= 1; ++var17) {
                  targetPosition1 = diDian.clone();
                  targetPosition1.add(
                      new Vector3((double)x, (double)var17, (double)z));
                  if (x == -r || x == r - 1 || z == -r || z == r - 1) {
                    targetPosition1.setBlock(
                        this.worldObj, AtomicScience.bElectromagnet);
                  }
                }
              }
            }

            r = radius - 2;

            for (x = -r; x < r; ++x) {
              for (z = -r; z < r; ++z) {
                for (var17 = -1; var17 <= 1; ++var17) {
                  if (x == -r || x == r - 1 || z == -r || z == r - 1) {
                    targetPosition1 = diDian.clone();
                    targetPosition1.add(
                        new Vector3((double)x, (double)var17, (double)z));
                    targetPosition1.setBlock(
                        this.worldObj, AtomicScience.bElectromagnet);
                  }
                }
              }
            }

            r = radius - 1;

            for (x = -r; x < r; ++x) {
              for (z = -r; z < r; ++z) {
                for (var17 = -1; var17 <= 1; ++var17) {
                  if (x == -r || x == r - 1 || z == -r || z == r - 1) {
                    targetPosition1 = diDian.clone();
                    targetPosition1.add(
                        new Vector3((double)x, (double)var17, (double)z));
                    if (var17 != -1 && var17 != 1) {
                      if (var17 == 0) {
                        targetPosition1.setBlock(this.worldObj, Blocks.air);
                      }
                    } else {
                      targetPosition1.setBlock(
                          this.worldObj,
                          AtomicScience.bElectromagnetGlass);
                    }
                  }
                }
              }
            }

            return;
          case 2:
            if (radius <= 1) {
              var16 = 2;

              for (x = -var16; x <= var16; ++x) {
                for (z = -var16; z <= var16; ++z) {
                  targetPosition =
                      (new Vector3((double)x, 0.0D, (double)z)).add(diDian);
                  targetPosition.setBlock(this.worldObj,
                                          Blocks.water);
                }
              }

              r = var16 - 1;

              for (x = -r; x <= r; ++x) {
                for (z = -r; z <= r; ++z) {
                  targetPosition =
                      (new Vector3((double)x, 1.0D, (double)z)).add(diDian);
                  targetPosition.setBlock(this.worldObj,
                                          AtomicScience.bTurbine);
                  if ((x != -r && x != r || z != -r && z != r) &&
                      (new Vector3((double)x, 0.0D, (double)z))
                              .getMagnitude() <= 1.0D) {
                    targetPosition =
                        (new Vector3((double)x, -1.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj,
                        AtomicScience.bControlRod);
                    targetPosition.add(new Vector3(0.0D, -1.0D, 0.0D));
                    targetPosition.setBlock(
                        this.worldObj, Blocks.sticky_piston, 1);
                  }
                }
              }

              Vector3.add(diDian, new Vector3(0.0D, -1.0D, 0.0D))
                  .setBlock(this.worldObj,
                            AtomicScience.bThermometer);
              Vector3.add(diDian, new Vector3(0.0D, -3.0D, 0.0D))
                  .setBlock(this.worldObj, AtomicScience.bSiren);
              Vector3.add(diDian, new Vector3(0.0D, -2.0D, 0.0D))
                  .setBlock(this.worldObj, Blocks.redstone_wire);
              diDian.setBlock(this.worldObj,
                              AtomicScience.bFissionReactor);
              break;
            } else {
              var16 = 2;

              for (x = 0; x < radius; ++x) {
                for (z = -var16; z <= var16; ++z) {
                  for (var17 = -var16; var17 <= var16; ++var17) {
                    targetPosition1 =
                        (new Vector3((double)z, (double)x, (double)var17))
                            .add(diDian);
                    Vector3 leveledDiDian =
                        Vector3.add(diDian, new Vector3(0.0D, (double)x, 0.0D));
                    if (x < radius - 1) {
                      if (targetPosition1.distanceTo(leveledDiDian) == 2.0D) {
                        targetPosition1.setBlock(
                            this.worldObj,
                            AtomicScience.bControlRod);
                      } else if (z != -var16 && z != var16 && var17 != -var16 &&
                                 var17 != var16) {
                        if (z == 0 && var17 == 0) {
                          targetPosition1.setBlock(
                              this.worldObj,
                              AtomicScience.bFissionReactor);
                        } else {
                          targetPosition1.setBlock(
                              this.worldObj,
                              Blocks.water);
                        }
                      } else {
                        targetPosition1.setBlock(
                            this.worldObj, Blocks.glass);
                      }
                    } else if (targetPosition1.distanceTo(leveledDiDian) <
                               2.0D) {
                      targetPosition1.setBlock(
                          this.worldObj, AtomicScience.bTurbine);
                    }
                  }
                }
              }

              return;
            }
          case 3:
            r = Math.max(radius, 2);

            for (x = -r; x <= r; ++x) {
              for (z = -r; z <= r; ++z) {
                targetPosition =
                    (new Vector3((double)x, 0.0D, (double)z)).add(diDian);
                targetPosition.setBlock(this.worldObj,
                                        Blocks.water);
              }
            }

            --r;

            for (x = -r; x <= r; ++x) {
              for (z = -r; z <= r; ++z) {
                targetPosition =
                    (new Vector3((double)x, 1.0D, (double)z)).add(diDian);
                if ((new Vector3((double)x, 0.0D, (double)z)).getMagnitude() <=
                    2.0D) {
                  if ((x == -r || x == r) && (z == -r || z == r)) {
                    targetPosition =
                        (new Vector3((double)x, -1.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj,
                        AtomicScience.bControlRod);
                    targetPosition.add(new Vector3(0.0D, -1.0D, 0.0D));
                    targetPosition.setBlock(
                        this.worldObj, Blocks.sticky_piston, 1);
                  } else {
                    targetPosition =
                        (new Vector3((double)x, 0.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(this.worldObj,
                                            AtomicScience.bFissionReactor);
                    targetPosition =
                        (new Vector3((double)x, -1.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj,
                        AtomicScience.bThermometer);
                    targetPosition =
                        (new Vector3((double)x, -3.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj, AtomicScience.bSiren);
                    targetPosition =
                        (new Vector3((double)x, -2.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj, Blocks.redstone_wire);
                  }
                }
              }
            }

            Vector3.add(diDian, new Vector3(0.0D, -3.0D, 0.0D))
                .setBlock(this.worldObj, Blocks.stone);
            Vector3.add(diDian, new Vector3(0.0D, -2.0D, 0.0D))
                .setBlock(this.worldObj, Blocks.stone);
            diDian.setBlock(this.worldObj, AtomicScience.bFissionReactor);
            break;
          case 4:
            r = Math.max(radius, 1);

            for (x = -r; x <= r; ++x) {
              for (z = -r; z <= r; ++z) {
                targetPosition = new Vector3((double)x, 0.0D, (double)z);
                if (targetPosition.getMagnitude() > 1.0D) {
                  if (targetPosition.getMagnitude() < (double)r) {
                    targetPosition =
                        (new Vector3((double)x, 1.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj, AtomicScience.bElectromagnet);
                    targetPosition =
                        (new Vector3((double)x, -1.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj, AtomicScience.bElectromagnet);
                    targetPosition =
                        (new Vector3((double)x, 2.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(this.worldObj,
                                            Blocks.water);
                    targetPosition =
                        (new Vector3((double)x, 3.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj, AtomicScience.bTurbine);
                  } else if (targetPosition.getMagnitude() - 0.7D < (double)r) {
                    targetPosition =
                        (new Vector3((double)x, 0.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj,
                        AtomicScience.bElectromagnetGlass);
                    targetPosition =
                        (new Vector3((double)x, 2.0D, (double)z)).add(diDian);
                    targetPosition.setBlock(
                        this.worldObj,
                        AtomicScience.bElectromagnetGlass);
                  }
                }
              }
            }

            var16 = 1;

            for (x = -var16; x <= var16; ++x) {
              for (z = -var16; z <= var16; ++z) {
                targetPosition =
                    (new Vector3((double)x, 0.0D, (double)z)).add(diDian);
                targetPosition.setBlock(this.worldObj,
                                        AtomicScience.bElectromagnet);
              }
            }

            diDian.setBlock(this.worldObj,
                            AtomicScience.bFusionReactor);
          }
        }
      } catch (Exception var15) {
        var15.printStackTrace();
      }
    }
  }

  // $FF: synthetic class
  static class NamelessClass2141744605 {

    // $FF: synthetic field
    static final int[] $SwitchMap$atomicscience$TJianLi$JianLiType =
        new int[TAutoBuilder.AutoBuilderType.values().length];

    static {
      try {
        $SwitchMap$atomicscience$TJianLi$JianLiType[TAutoBuilder.AutoBuilderType
                                                        .JIA_SU_QI.ordinal()] =
            1;
      } catch (NoSuchFieldError var4) {
        ;
      }

      try {
        $SwitchMap$atomicscience$TJianLi$JianLiType[TAutoBuilder.AutoBuilderType
                                                        .FEN_LIE.ordinal()] = 2;
      } catch (NoSuchFieldError var3) {
        ;
      }

      try {
        $SwitchMap$atomicscience$TJianLi$JianLiType[TAutoBuilder.AutoBuilderType
                                                        .HUAN_YUAN.ordinal()] =
            3;
      } catch (NoSuchFieldError var2) {
        ;
      }

      try {
        $SwitchMap$atomicscience$TJianLi$JianLiType[TAutoBuilder.AutoBuilderType
                                                        .HE_CHENG.ordinal()] =
            4;
      } catch (NoSuchFieldError var1) {
        ;
      }
    }
  }

  public static enum AutoBuilderType {

    JIA_SU_QI("Particle Accelerator"),
    FEN_LIE("Fission Reactor"),
    HE_CHENG("Fusion Reactor"),
    HUAN_YUAN("Breeder Reactor");

    public final String name;

    private AutoBuilderType(String name) { this.name = name; }

    public static TAutoBuilder.AutoBuilderType get(int id) {
      return id >= 0 && id < values().length ? values()[id] : null;
    }

    public TAutoBuilder.AutoBuilderType next() {
      return values()[(this.ordinal() + 1) % values().length];
    }
  }
}