@SuppressWarnings({"unchecked"})
private <T extends RegionModule> T mirrorRegion(T region) {
if (region instanceof PointRegion) {
PointRegion rg = (PointRegion) region;
int[] v1 = getMirroredValues(rg.getX(), rg.getY(), rg.getZ());
return (T) new PointRegion(null, rg.getX() + v1[0], rg.getY() + v1[1], rg.getZ() + v1[2]);
} else if (region instanceof BlockRegion) {
BlockRegion rg = (BlockRegion) region;
int[] v1 = getMirroredValues(rg.getX(), rg.getY(), rg.getZ());
return (T) new BlockRegion(null, rg.getX() + v1[0], rg.getY() + v1[1], rg.getZ() + v1[2]);
} else if (region instanceof CircleRegion) {
CircleRegion rg = (CircleRegion) region;
int[] v1 = getMirroredValues(rg.getBaseX(), rg.getBaseY(), rg.getBaseZ());
return (T)
new CircleRegion(null, rg.getBaseX() + v1[0], rg.getBaseZ() + v1[2], rg.getRadius());
} else if (region instanceof CylinderRegion) {
CylinderRegion rg = (CylinderRegion) region;
int[] v1 = getMirroredValues(rg.getBaseX(), rg.getBaseY(), rg.getBaseZ());
return (T)
new CylinderRegion(
null,
new Vector(rg.getBaseX() + v1[0], rg.getBaseY() + v1[1], rg.getBaseZ() + v1[2]),
rg.getRadius(),
rg.getHeight());
} else if (region instanceof RectangleRegion) {
RectangleRegion rg = (RectangleRegion) region;
int[] v1 = getMirroredValues(rg.getXMin(), rg.getYMin(), rg.getZMin());
int[] v2 = getMirroredValues(rg.getXMax(), rg.getYMax(), rg.getZMax());
return (T)
new RectangleRegion(
null,
rg.getXMin() + v1[0],
rg.getZMin() + v1[2],
rg.getXMax() + v2[0],
rg.getZMax() + v2[2]);
} else if (region instanceof CuboidRegion) {
CuboidRegion rg = (CuboidRegion) region;
int[] v1 = getMirroredValues(rg.getXMin(), rg.getYMin(), rg.getZMin());
int[] v2 = getMirroredValues(rg.getXMax(), rg.getYMax(), rg.getZMax());
return (T)
new CuboidRegion(
null,
rg.getXMin() + v1[0],
rg.getYMin() + v1[1],
rg.getZMin() + v1[2],
rg.getXMax() + v2[0],
rg.getYMax() + v2[1],
rg.getZMax() + v2[2]);
} else if (region instanceof SphereRegion) {
SphereRegion rg = (SphereRegion) region;
int[] v1 = getMirroredValues(rg.getOriginX(), rg.getOriginY(), rg.getOriginZ());
return (T)
new SphereRegion(
null,
new Vector(rg.getOriginX() + v1[0], rg.getOriginY() + v1[1], rg.getOriginZ() + v1[2]),
rg.getRadius());
} else if (region instanceof EmptyRegion) {
return (T) new EmptyRegion("");
} else if (region instanceof ComplementRegion) {
ComplementRegion rg = (ComplementRegion) region;
ModuleCollection<RegionModule> regions = new ModuleCollection<>();
for (RegionModule rg1 : rg.getRegions()) {
regions.add(mirrorRegion(rg1));
}
return (T) new ComplementRegion(null, regions);
} else if (region instanceof IntersectRegion) {
IntersectRegion rg = (IntersectRegion) region;
ModuleCollection<RegionModule> regions = new ModuleCollection<>();
for (RegionModule rg1 : rg.getRegions()) {
regions.add(mirrorRegion(rg1));
}
return (T) new IntersectRegion(null, regions);
} else if (region instanceof NegativeRegion) {
NegativeRegion rg = (NegativeRegion) region;
ModuleCollection<RegionModule> regions = new ModuleCollection<>();
for (RegionModule rg1 : rg.getRegions()) {
regions.add(mirrorRegion(rg1));
}
return (T) new NegativeRegion(null, regions);
} else if (region instanceof UnionRegion) {
UnionRegion rg = (UnionRegion) region;
ModuleCollection<RegionModule> regions = new ModuleCollection<>();
for (RegionModule rg1 : rg.getRegions()) {
regions.add(mirrorRegion(rg1));
}
return (T) new UnionRegion(null, regions);
} else if (region instanceof TranslatedRegion) {
TranslatedRegion rg = (TranslatedRegion) region;
return (T) new TranslatedRegion(null, mirrorRegion(rg.getRegion()));
} else if (region instanceof MirroredRegion) {
MirroredRegion rg = (MirroredRegion) region;
return (T) new MirroredRegion(null, mirrorRegion(rg.getRegion()));
}
return null;
}
