void OnPlaceWater(int index, BlockRaw b)
{
int x = index % width;
int y = index / oneY; // posIndex / (width * length)
int z = (index / width) % length;
//int nextWaterTick = (int)(Math.Ceiling((double)physics.tickCount / 5.0) * 5.0);
//int nextWaterTick = ((physics.tickCount - 1) / 5 + 1) * 5;
//int nextWaterTick = ((physics.tickCount + 5 - 1) / 5) * 5;
if (!nextWaterTick.HasValue)
{
if (physics.tickCount % 5 == 0)
{
nextWaterTick = physics.tickCount + 5;
}
else
{
nextWaterTick = (5 - physics.tickCount % 5) + physics.tickCount;
}
}
//if (nextWaterTick == physics.tickCount)
// nextWaterTick += 5;
PhysicsTick newTick = new PhysicsTick(new Vector3I(x, y, z), b, (int)nextWaterTick);
physics.tickList2.Add(newTick);
}
//void OnPlaceLava(int index, BlockRaw b) { Lava.Enqueue(defLavaTick | (uint)index); }
//void OnPlaceWater(int index, BlockRaw b) { Water.Enqueue(defWaterTick | (uint)index); }
void OnPlaceLava(int index, BlockRaw b)
{
int x = index % width;
int y = index / oneY; // posIndex / (width * length)
int z = (index / width) % length;
//int nextLavaTick = (int)(Math.Ceiling((double)physics.tickCount / 30.0) * 30.0);
int nextLavaTick = ((physics.tickCount - 1) / 30 + 1) * 30;
if (nextLavaTick == physics.tickCount)
{
nextLavaTick += 30;
}
PhysicsTick newTick = new PhysicsTick(new Vector3I(x, y, z), b, nextLavaTick);
physics.tickList2.Add(newTick);
}
public void Tick()
{
if (!Enabled || game.World.blocks1 == null)
{
return;
}
liquid.nextWaterTick = null;
liquid.nextLavaTick = null;
PhysicsTickComparer TickComparer = new PhysicsTickComparer();
/*foreach (PhysicsTick i in tickList2) {
* PhysicsTick tick = (PhysicsTick)i;
* tickList.Add(tick);
* }*/
tickList.AddRange(tickList2);
tickList2.Clear();
tickList.Sort(TickComparer);
foreach (PhysicsTick i in tickList)
{
PhysicsTick tick = (PhysicsTick)i;
bool doTick = true;
if (tick.TickTime > tickCount)
{
doTick = false;
}
if (!doTick)
{
break;
}
int index = (tick.Position.Y * length + tick.Position.Z) * width + tick.Position.X;
if (tick.BlockRaw == Block.Lava || tick.BlockRaw == Block.StillLava)
{
liquid.ActivateLava(index, tick.BlockRaw);
}
else if (tick.BlockRaw == Block.Water || tick.BlockRaw == Block.StillWater)
{
liquid.ActivateWater(index, tick.BlockRaw);
}
}
tickList.RemoveAll(TickIsDone);
tickList.AddRange(tickList2);
tickList2.Clear();
tickList.Sort(TickComparer);
if (tickList.Count == 0 && tickList2.Count == 0)
{
tickList = new List <PhysicsTick>();
tickList2 = new List <PhysicsTick>();
}
/*foreach (PhysicsTick i in tickList2) {
* PhysicsTick tick = (PhysicsTick)i;
* tickList.Add(tick);
* }
* tickList2.Clear();
* tickList.Sort(TickComparer);*/
TickRandomBlocks();
tickCount++;
liquid.nextWaterTick = null;
liquid.nextLavaTick = null;
}
private bool TickIsDone(PhysicsTick tick)
{
return(tick.TickTime <= this.tickCount);
}