/// <summary>
/// Finds all dynamic bodies that overlap with the explosion AABB
/// and pass the target filter test. Does not test actual shapes.
/// </summary>
private void PopulateFiltered(
TSVector2 origin,
FP radius,
VoltBodyFilter targetFilter,
int ticksBehind,
ref VoltBuffer <VoltBody> filterBuffer)
{
if (filterBuffer == null)
{
filterBuffer = new VoltBuffer <VoltBody>();
}
filterBuffer.Clear();
this.reusableBuffer.Clear();
this.staticBroadphase.QueryCircle(origin, radius, this.reusableBuffer);
this.dynamicBroadphase.QueryCircle(origin, radius, this.reusableBuffer);
VoltAABB aabb = new VoltAABB(origin, radius);
for (int i = 0; i < this.reusableBuffer.Count; i++)
{
VoltBody body = this.reusableBuffer[i];
if ((targetFilter == null) || targetFilter.Invoke(body))
{
if (body.QueryAABBOnly(aabb, ticksBehind))
{
filterBuffer.Add(body);
}
}
}
}
public static bool Filter(VoltBody body, VoltBodyFilter filter)
{
return((filter == null) || (filter.Invoke(body) == true));
}
/// <summary>
/// Finds all dynamic bodies that overlap with the explosion AABB
/// and pass the target filter test. Does not test actual shapes.
/// </summary>
private void PopulateFiltered(
Vector2 origin,
float radius,
VoltBodyFilter targetFilter,
int ticksBehind,
ref VoltBuffer<VoltBody> filterBuffer)
{
if (filterBuffer == null)
filterBuffer = new VoltBuffer<VoltBody>();
filterBuffer.Clear();
this.reusableBuffer.Clear();
this.staticBroadphase.QueryCircle(origin, radius, this.reusableBuffer);
this.dynamicBroadphase.QueryCircle(origin, radius, this.reusableBuffer);
VoltAABB aabb = new VoltAABB(origin, radius);
for (int i = 0; i < this.reusableBuffer.Count; i++)
{
VoltBody body = this.reusableBuffer[i];
if ((targetFilter == null) || targetFilter.Invoke(body))
if (body.QueryAABBOnly(aabb, ticksBehind))
filterBuffer.Add(body);
}
}
