public virtual void performPhysics(GameTime time)
{
tileIn = world.getBlock(location);
if (tileIn != null && !tileIn.tags.Contains(TagReferencer.WATER))
{
impulse += new Vector2(0, .5f * gravityMultiplier);
}
else
{
impulse += new Vector2(0, .05f * gravityMultiplier);
}
velocity += impulse;
TileType tileOccupied = world.getBlock(location);
TileType tileBelow = world.getBlock(location + new Vector2(0, Chunk.tileDrawWidth));
if (tileOccupied != null)
{
velocity -= velocity * (1 - tileOccupied.getFrictionMultiplier()) * frictionMultiplier;
}
if (collideBottom && tileBelow != null)
{
velocity -= velocity * (1 - tileBelow.getFrictionMultiplier()) * frictionMultiplier;
}
Vector2 potentialLocation = location + velocity;
collideBottom = false;
collideLeft = false;
collideRight = false;
collideTop = false;
location = world.tryMove(this, new AABB((potentialLocation.X - width / 2), (potentialLocation.Y - height / 2), (width), (height))).Center;
impulse = new Vector2();
if (tileIn != null && tileIn.tags.Contains(TagReferencer.WATER))
{
for (int i = 0; i < Math.Floor(velocity.Length() / 3); i++)
{
world.addEntity(new ParticleBubble(new Vector2(location.X, location.Y + height / 2), world, new Vector2(), 75));
}
if (rand.NextDouble() <= .02f)
{
world.addEntity(new ParticleBubble(location, world, new Vector2(), 75));
}
}
}
