private void RoomPreparer_Update(On.RoomPreparer.orig_Update orig, RoomPreparer self)
{
bool lastDone = self.done;
orig.Invoke(self);
bool needsFinalization = false;
if (self.done && !lastDone)
{
// Terrain destruction must be applied each time a room is realized
foreach (AbstractWorldEntity entity in self.room.abstractRoom.entities)
{
if (entity is AbstractDestruction ad)
{
ad.ApplyTerrain(false);
if (ad.affectTerrain)
{
needsFinalization = true;
}
}
}
}
if (needsFinalization)
{
AbstractDestruction.FinalizeTerrainDestruction(self.room);
}
}
private void DestructiveExplosion(Room room, Vector2 pos, float rad, bool affectTerrain = true)
{
AbstractDestruction ad = new AbstractDestruction(room.world, room.GetWorldCoordinate(pos), pos, rad, room.game.GetNewID(), affectTerrain);
room.abstractRoom.AddEntity(ad);
ad.ApplyTerrain();
ad.ApplyVisual();
// All affected screens must have their caches cleared
{
Texture2D currentLevelTex = room.game.rainWorld.persistentData.cameraTextures[0, 0];
for (int i = 0, len = room.cameraPositions.Length; i < len; i++)
{
Vector2 testCamPos = room.cameraPositions[i];
IntVector2 testLocalPos = new IntVector2(Mathf.FloorToInt(ad.realPos.x - testCamPos.x), Mathf.FloorToInt(ad.realPos.y - testCamPos.y));
if ((testLocalPos.x < -rad) || (testLocalPos.y < -rad) || (testLocalPos.x > currentLevelTex.width + rad) || (testLocalPos.y > currentLevelTex.height + rad))
{
continue;
}
DestructionCache.ClearCachedTexture(i);
DestructionCache.SetScreenDirty(i);
}
}
}