/**
* Draw the chess piece represented by stone into the given row and column. The actual blocks
* drawn depend on the board's current chess set.
*
* @param row
* @param col
* @param stone
*/
public void paintChessPiece(int row, int col, int stone) {
// for entity sets, just check that the entity is still at (row,col)
// for block sets, get the stone and paste its data into the region at (row,col)
ChessSet cSet = designer != null ? designer.getChessSet() : chessSet;
if (cSet.hasMovablePieces()) {
// we don't paint movable pieces; moveChessPiece() can handle those
return;
}
Cuboid region = getPieceRegion(row, col);
MassBlockUpdate mbu =
CraftMassBlockUpdate.createMassBlockUpdater(
ChessCraft.getInstance(), getBoard().getWorld());
region.fill(0, (byte) 0, mbu);
if (stone != Chess.NO_STONE) {
ChessStone cStone = cSet.getStone(stone, getRotation());
if (cStone != null) {
cStone.paint(region, mbu);
} else {
LogUtils.severe("unknown chess stone " + stone);
}
}
region.expand(CuboidDirection.Down, 1).forceLightLevel(boardStyle.getLightLevel());
mbu.notifyClients();
if (ChessCraft.getInstance().getDynmapIntegration() != null) {
ChessCraft.getInstance().getDynmapIntegration().triggerUpdate(region);
}
}
private void paintChessPiece(Cuboid region, ChessStone stone, MassBlockUpdate mbu) {
assert region.getSizeX() >= stone.getSizeX();
assert region.getSizeZ() >= stone.getSizeZ();
int xOff = (region.getSizeX() - stone.getSizeX()) / 2;
int zOff = (region.getSizeZ() - stone.getSizeZ()) / 2;
Map<Block, MaterialWithData> deferred = new HashMap<Block, MaterialWithData>();
World world = region.getWorld();
for (int x = 0; x < stone.getSizeX(); x++) {
for (int y = 0; y < stone.getSizeY(); y++) {
for (int z = 0; z < stone.getSizeZ(); z++) {
MaterialWithData mat = stone.getMaterial(x, y, z);
if (mat.getId() == 0) {
// the region was pre-cleared, skip placing air a second time
continue;
}
Block b = region.getRelativeBlock(world, x + xOff, y, z + zOff);
if (BlockType.shouldPlaceLast(mat.getId())) {
deferred.put(b, mat);
} else {
mat.applyToBlock(b, mbu);
}
}
}
}
for (Entry<Block, MaterialWithData> e : deferred.entrySet()) {
e.getValue().applyToBlock(e.getKey(), mbu);
}
}
public void moveChessPiece(int fromSqi, int toSqi, int captureSqi, int promoteStone) {
if (chessSet.hasMovablePieces()) {
ChessStone stone = chessSet.getStoneAt(fromSqi);
int colour = Chess.stoneToColor(stone.getStone());
Location to =
getSquare(Chess.sqiToRow(toSqi), Chess.sqiToCol(toSqi)).getCenter().add(0, 0.5, 0);
float yaw = getRotation().getYaw();
if (colour == Chess.BLACK) {
yaw = (yaw + 180) % 360;
}
to.setYaw(yaw);
chessSet.movePiece(fromSqi, toSqi, captureSqi, to, promoteStone);
} else {
// TODO: maybe some particle effect showing move direction?
}
}