Example 1 with Condition
use of org.powerbot.script.Condition in project powerbot by powerbot.
the class TilePath method next.
@Override
public Tile next() {
/* Wait for map not to be loading */
final int state = ctx.game.clientState();
if (state == Constants.GAME_MAP_LOADING) {
Condition.wait(new Condition.Check() {
@Override
public boolean poll() {
return ctx.game.clientState() != Constants.GAME_MAP_LOADING;
}
});
return next();
}
if (state != Constants.GAME_MAP_LOADED) {
return null;
}
/* Get current destination */
final Tile dest = ctx.movement.destination();
/* Label main loop for continuing purposes */
out: /* Iterate over all tiles but the first tile (0) starting with the last (length - 1). */
for (int i = tiles.length - 1; i > 0; --i) {
/* The tiles not in view, go to the next. */
if (!tiles[i].matrix(ctx).valid() || !tiles[i].matrix(ctx).onMap()) {
continue;
}
/* LARGELY SPACED PATH SUPPORT: If the current destination is the tile on the map, return that tile
* as the next one will be coming soon (we hope/assume this, as short spaced paths should never experience
* this condition as one will be on map before it reaches the current target). */
if (dest == Tile.NIL) {
if (tiles[i].matrix(ctx).reachable()) {
return tiles[i];
}
continue;
} else if (tiles[i].distanceTo(dest) < 3d) {
return tiles[i];
}
/* Tile is on map and isn't currently "targeted" (dest), let's check it out.
* Iterate over all tiles succeeding it. */
for (int a = i - 1; a >= 0; --a) {
/* The tile before the tile on map isn't on map. Break out to the next tile.
* Explanation: Path wraps around something and must be followed.
* We cannot suddenly click out of a "pathable" region (104x104).
* In these cases, we can assume a better tile will become available. */
if (!tiles[a].matrix(ctx).valid() || !tiles[a].matrix(ctx).onMap()) {
continue out;
}
/* If a tile (successor) is currently targeted, return the tile that was the "best"
* on the map for getNext as we can safely assume we're following our path. */
if (tiles[a].distanceTo(dest) < 3d) {
return tiles[i];
}
}
}
/* Well, we've made it this far. Return the first tile if nothing else is on our map.
* CLICKING BACK AND FORTH PREVENTION: check for dest not to be null if we're just starting
* our path. If our destination isn't null and we somehow got to our first tile then
* we can safely assume lag is being experienced and return null until next call of getNext.
* TELEPORTATION SUPPORT: If destination is set but but we're not moving, assume
* invalid destination tile from teleportation reset and return first tile. */
final Player p = ctx.players.local();
if (p != null && !p.inMotion() && dest != Tile.NIL) {
for (int i = tiles.length - 1; i >= 0; --i) {
if (tiles[i].matrix(ctx).onMap()) {
return tiles[i];
}
}
}
if (tiles.length == 0 || !tiles[0].matrix(ctx).onMap()) {
return null;
}
return tiles[0];
}Example 2 with Condition
use of org.powerbot.script.Condition in project powerbot by powerbot.
the class TilePath method next.
@Override
public Tile next() {
/* Wait for map not to be loading */
final int state = ctx.game.clientState();
if (state == Constants.GAME_LOADING) {
Condition.wait(new Condition.Check() {
@Override
public boolean poll() {
return ctx.game.clientState() != Constants.GAME_LOADING;
}
});
return next();
}
if (state != Constants.GAME_LOADED) {
return null;
}
/* Get current destination */
final Tile dest = ctx.movement.destination();
/* Label main loop for continuing purposes */
out: /* Iterate over all tiles but the first tile (0) starting with the last (length - 1). */
for (int i = tiles.length - 1; i > 0; --i) {
/* The tiles not in view, go to the next. */
if (!tiles[i].matrix(ctx).valid() || !tiles[i].matrix(ctx).onMap()) {
continue;
}
/* LARGELY SPACED PATH SUPPORT: If the current destination is the tile on the map, return that tile
* as the next one will be coming soon (we hope/assume this, as short spaced paths should never experience
* this condition as one will be on map before it reaches the current target). */
if (dest == Tile.NIL) {
if (tiles[i].matrix(ctx).reachable()) {
return tiles[i];
}
continue;
} else if (tiles[i].distanceTo(dest) < 3d) {
return tiles[i];
}
/* Tile is on map and isn't currently "targeted" (dest), let's check it out.
* Iterate over all tiles succeeding it. */
for (int a = i - 1; a >= 0; --a) {
/* The tile before the tile on map isn't on map. Break out to the next tile.
* Explanation: Path wraps around something and must be followed.
* We cannot suddenly click out of a "pathable" region (104x104).
* In these cases, we can assume a better tile will become available. */
if (!tiles[a].matrix(ctx).valid() || !tiles[a].matrix(ctx).onMap()) {
continue out;
}
/* If a tile (successor) is currently targeted, return the tile that was the "best"
* on the map for getNext as we can safely assume we're following our path. */
if (tiles[a].distanceTo(dest) < 3d) {
return tiles[i];
}
}
}
/* Well, we've made it this far. Return the first tile if nothing else is on our map.
* CLICKING BACK AND FORTH PREVENTION: check for dest not to be null if we're just starting
* our path. If our destination isn't null and we somehow got to our first tile then
* we can safely assume lag is being experienced and return null until next call of getNext.
* TELEPORTATION SUPPORT: If destination is set but but we're not moving, assume
* invalid destination tile from teleportation reset and return first tile. */
final Player p = ctx.players.local();
if (p != null && !p.inMotion() && dest != Tile.NIL) {
for (int i = tiles.length - 1; i >= 0; --i) {
if (tiles[i].matrix(ctx).onMap()) {
return tiles[i];
}
}
}
if (tiles.length == 0 || !tiles[0].matrix(ctx).onMap()) {
return null;
}
return tiles[0];
}