@Override
public void render(MapView view, MapCanvas canvas, Player player) {
if (renderTask == null) return;
ChunkInfoRenderingRequest request = renderedRequests.get(view.getId());
if (request == null) {
request =
new ChunkInfoRenderingRequest(
view.getId(), view.getCenterX(), view.getCenterZ(), view.getWorld().getName());
renderedRequests.put(view.getId(), request);
renderTask.add(request);
}
MapCursor cursor;
final Location location = player.getLocation();
final int playerX = ((location.getBlockX() - view.getCenterX()) >> 3) /*
* +
* 128
*/;
final int playerZ = ((location.getBlockZ() - view.getCenterZ()) >> 3) /*
* +
* 128
*/;
if (playerX < 128 && playerX >= -128 && playerZ < 128 || playerZ >= -128) {
final byte direction = (byte) (((int) location.getYaw() + 360) % 360 * 16 / 360);
if (canvas.getCursors().size() == 0) {
canvas
.getCursors()
.addCursor(playerX, playerZ, direction, MapCursor.Type.WHITE_POINTER.getValue());
} else {
cursor = canvas.getCursors().getCursor(0);
cursor.setDirection(direction);
cursor.setX((byte) (playerX));
cursor.setY((byte) (playerZ));
}
}
if (!request.isDone()) return;
final byte[][] data = request.getData();
for (int ii = 0; ii < 2; ii++) {
int currentLine = request.nextLine();
for (int i = 0; i < 128; i++) {
canvas.setPixel(i, currentLine, data[currentLine][i]);
}
}
}
@Override
public void render(MapView map, MapCanvas canvas, Player p) {
Byte lastWildernessColor = MapPalette.BROWN;
Boolean firstCycle = true;
renderIndex++;
if (((renderIndex % MAP_SECOND_DELAY) * 20) != 0) return;
renderIndex = 0;
// if (p.getItemInHand().getType() != Material.MAP)
// return;
this.canvas = canvas;
TownChunk[][] chunkArray = new TownChunk[7][5];
TownChunk[][] oldChunkArray = new TownChunk[7][5];
Chunk playerChunk = p.getLocation().getChunk();
int playerX = playerChunk.getX();
int playerZ = playerChunk.getZ();
ArrayList<TownChunk> chunks = IOManager.getChunks();
if (chunks != null) {
for (TownChunk tc : chunks)
if ((tc.getX() <= (playerX + 3))
&& (tc.getX() >= (playerX - 3))
&& (tc.getZ() <= (playerZ + 2))
&& (tc.getZ() >= (playerZ - 2))) {
chunkArray[(playerX - tc.getX()) + 3][(playerZ - tc.getZ()) + 2] = tc;
}
}
canvas.drawText(1, 9, MinecraftFont.Font, "Wilderness is gray");
canvas.drawText(1, 19, MinecraftFont.Font, "Your town is green");
canvas.drawText(1, 29, MinecraftFont.Font, "Other towns are blue");
for (int x = 0; x < 7; x++) {
for (int y = 0; y < 5; y++) {
Byte color = null;
TownChunk tc = chunkArray[x][y];
TownChunk otc = oldChunkArray[x][y];
Town t = null;
if ((tc == otc) && (firstCycle == false)) return;
if (tc == null) // No townchunk, aka wilderness
{
if (lastWildernessColor == MapPalette.DARK_GRAY) {
color = MapPalette.GRAY_1;
lastWildernessColor = MapPalette.GRAY_1;
} else {
color = MapPalette.DARK_GRAY;
lastWildernessColor = MapPalette.DARK_GRAY;
}
} else {
Town playerTown = IOManager.getPlayerTown(p);
t = IOManager.getTown(tc.getTown());
if ((playerTown != null) && (t == playerTown)) {
color = MapPalette.LIGHT_GREEN; // TownChunk belongs to players town
} else {
color = MapPalette.BLUE; // Other Town
}
if (lastWildernessColor == MapPalette.DARK_GRAY) {
lastWildernessColor = MapPalette.GRAY_1;
} else {
lastWildernessColor = MapPalette.DARK_GRAY;
}
}
setCanvasSquare(color, (x * 18) + 1, 109 - (y * 18), 18);
MapCursorCollection cursors = canvas.getCursors();
for (int i = 0; i < cursors.size(); i++) {
cursors.removeCursor(cursors.getCursor(i));
}
// MapCursor mc = new MapCursor((byte) 0, (byte) 36, (byte) 15, (byte) 0, true);
// cursors.addCursor(mc);
oldChunkArray[x][y] = chunkArray[x][y];
}
}
firstCycle = false;
// oldChunkArray = chunkArray;
}
