public MinimapTile get(final Coord c, final MCache.Grid grid, final int seq) {
Coord key = new Coord(c);
MinimapTile tile = tiles.get(key);
if ((tile == null || tile.seq != seq) && (grid != null)) {
Defer.Future<BufferedImage> f = rendering.get(key);
if (f == null) {
f =
Defer.later(
new Defer.Callable<BufferedImage>() {
@Override
public BufferedImage call() {
BufferedImage img = renderer.draw(grid.ul, MCache.cmaps);
if (Config.minimapEnableSave.get()) store(img, grid.gc);
return img;
}
});
rendering.put(key, f);
}
if (f.done()) {
BufferedImage img = f.get();
if (tile == null) {
tile = createTile(key, seq, img);
tiles.put(key, tile);
} else {
tile.img.update(img);
}
rendering.remove(key);
}
}
return tile;
}
public void draw(GOut g) {
if (cc == null) return;
map:
{
final Grid plg;
try {
plg = ui.sess.glob.map.getgrid(cc.div(cmaps));
} catch (Loading l) {
break map;
}
final int seq = plg.seq;
if ((cur == null) || (plg != cur.grid) || (seq != cur.seq)) {
Defer.Future<MapTile> f;
synchronized (cache) {
f = cache.get(new Pair<Grid, Integer>(plg, seq));
if (f == null) {
f =
Defer.later(
new Defer.Callable<MapTile>() {
public MapTile call() {
Coord ul = plg.ul.sub(cmaps).add(1, 1);
return (new MapTile(
new TexI(drawmap(ul, cmaps.mul(3).sub(2, 2))), ul, plg, seq));
}
});
cache.put(new Pair<Grid, Integer>(plg, seq), f);
}
}
if (f.done()) {
cur = f.get();
if (save != null) save.update(ui.sess.glob.map, cur.grid.gc);
}
}
}
if (cur != null) {
g.image(MiniMap.bg, Coord.z);
g.image(cur.img, cur.ul.sub(cc).add(sz.div(2)));
try {
synchronized (ui.sess.glob.party.memb) {
for (Party.Member m : ui.sess.glob.party.memb.values()) {
Coord ptc;
try {
ptc = m.getc();
} catch (MCache.LoadingMap e) {
ptc = null;
}
if (ptc == null) continue;
ptc = p2c(ptc);
g.chcolor(m.col.getRed(), m.col.getGreen(), m.col.getBlue(), 128);
g.image(
MiniMap.plx.layer(Resource.imgc).tex(),
ptc.add(MiniMap.plx.layer(Resource.negc).cc.inv()));
g.chcolor();
}
}
} catch (Loading l) {
}
} else {
g.image(MiniMap.nomap, Coord.z);
}
drawicons(g);
}