public static void dump(Logic logic, SparseMatrix<Block> grid) {
System.out.println(
"Logic, unknown="
+ logic.getUnknown1()
+ ", #controllers="
+ logic.getControllers().size());
for (ControllerEntry controller : logic.getControllers()) {
Block controllerBlock = grid.get(controller.getPosition());
System.out.println(
" Controller at "
+ controller.getPosition()
+ " ("
+ BlockTypes.BLOCK_NAMES.get(controllerBlock.getBlockID())
+ "), #groups="
+ controller.getGroups().size());
for (GroupEntry group : controller.getGroups()) {
System.out.println(
" Group of "
+ group.getBlocks().size()
+ " "
+ BlockTypes.BLOCK_NAMES.get(group.getBlockID()));
// for (Point3s block : group.getBlocks())
// {
// Block groupBlock = grid.get(block);
// System.out.println(" "+block+"
// ("+BlockTypes.BLOCK_NAMES.get(groupBlock.getBlockID())+")");
// }
}
}
}
public static void writeFile(Logic logic, OutputStream os, boolean close) throws IOException {
DataOutputStream dos;
if (os instanceof DataOutputStream) dos = (DataOutputStream) os;
else dos = new DataOutputStream(os);
dos.writeInt(logic.getUnknown1());
dos.writeInt(logic.getControllers().size());
for (ControllerEntry controller : logic.getControllers()) {
IOLogic.writePoint3s(dos, controller.getPosition());
dos.writeInt(controller.getGroups().size());
for (GroupEntry group : controller.getGroups()) {
dos.writeShort(group.getBlockID());
dos.writeInt(group.getBlocks().size());
for (Point3s block : group.getBlocks()) IOLogic.writePoint3s(dos, block);
}
}
if (close) dos.close();
}
public static Logic readFile(InputStream is, boolean close) throws IOException {
DataInputStream dis;
if (is instanceof DataInputStream) dis = (DataInputStream) is;
else dis = new DataInputStream(is);
Logic logic = new Logic();
logic.setUnknown1(dis.readInt());
int numControllers = dis.readInt();
for (int i = 0; i < numControllers; i++) {
ControllerEntry controller = new ControllerEntry();
controller.setPosition(IOLogic.readPoint3s(dis));
int numGroups = dis.readInt();
for (int j = 0; j < numGroups; j++) {
GroupEntry group = new GroupEntry();
group.setBlockID(dis.readShort());
int numBlocks = dis.readInt();
for (int k = 0; k < numBlocks; k++) group.getBlocks().add(IOLogic.readPoint3s(dis));
controller.getGroups().add(group);
}
logic.getControllers().add(controller);
}
if (close) dis.close();
return logic;
}
public static Logic make(SparseMatrix<Block> grid) {
Logic logic = new Logic();
logic.setUnknown1(0);
Point3i coreLocation = ShipLogic.findCore(grid);
if (coreLocation == null) throw new IllegalArgumentException("No core!");
ControllerEntry coreController = new ControllerEntry();
coreController.setPosition(
new Point3s((short) coreLocation.x, (short) coreLocation.y, (short) coreLocation.z));
logic.getControllers().add(coreController);
// controlled blocks
List<Point3i> controllerBlocks = findAllControllerBlocks(grid);
for (Point3i controllerBlockPosition : controllerBlocks) {
Block controllerBlock = grid.get(controllerBlockPosition);
GroupEntry controllerGroup = new GroupEntry();
controllerGroup.setBlockID(controllerBlock.getBlockID());
coreController.getGroups().add(controllerGroup);
controllerGroup.getBlocks().add(new Point3s(controllerBlockPosition));
ControllerEntry controlledEntry = new ControllerEntry();
logic.getControllers().add(controlledEntry);
controlledEntry.setPosition(new Point3s(controllerBlockPosition));
GroupEntry controlledGroup = new GroupEntry();
controlledEntry.getGroups().add(controlledGroup);
short controlledBlockID = BlockTypes.CONTROLLER_IDS.get(controllerBlock.getBlockID());
controlledGroup.setBlockID(controlledBlockID);
List<Point3i> controlledBlocks = ShipLogic.findBlocks(grid, controlledBlockID);
for (Point3i block : controlledBlocks) controlledGroup.getBlocks().add(new Point3s(block));
}
// uncontrolled blocks
for (short controlledBlockID : new short[] {BlockTypes.THRUSTER_ID}) {
List<Point3i> controlledBlocks = ShipLogic.findBlocks(grid, controlledBlockID);
if (controlledBlocks.size() == 0) continue;
GroupEntry controlledGroup = new GroupEntry();
coreController.getGroups().add(controlledGroup);
controlledGroup.setBlockID(controlledBlockID);
for (Point3i p : controlledBlocks) controlledGroup.getBlocks().add(new Point3s(p));
}
return logic;
}