public Mesh3dInstance AddInstance(TransformationManager transformation, string name = "unnamed")
{
var i = new Mesh3dInstance(transformation, name);
Instances.Add(i);
return(i);
}
public void IterationSortInstancesByDistanceFrom(Vector3 point, int iterations)
{
Mesh3dInstance tmp = null;
var cnt = Instances.Count - 1;// this is ok
for (int x = 0; x < iterations; x++)
{
for (int i = 0; i < cnt; i++)
{
float dst1 = (Instances[i].Transformation.Position - point).Length;
float dst2 = (Instances[i + 1].Transformation.Position - point).Length;
if (dst1 < dst2)
{
tmp = Instances[i];
Instances[i] = Instances[i + 1];
Instances[i + 1] = tmp;
}
}
}
}
public PhysicalBody CreateBody(float mass, Mesh3dInstance mesh, CollisionShape shape)
{
return CreateBody(mass, mesh.Transformation, shape);
}
public PhysicalBody CreateBody(float mass, Mesh3dInstance mesh, CollisionShape shape)
{
return(CreateBody(mass, mesh.Transformation, shape));
}
public void AddInstance(Mesh3dInstance instance)
{
Instances.Add(instance);
}
// Instance Managing
public void RemoveInstance(Mesh3dInstance instance)
{
Instances.Remove(instance);
}
// Instance Managing
public void RemoveInstance(Mesh3dInstance instance)
{
Instances.Remove(instance);
}
public Mesh3dInstance AddInstance(TransformationManager transformation, string name = "unnamed")
{
var i = new Mesh3dInstance(transformation, name);
Instances.Add(i);
return i;
}
public void AddInstance(Mesh3dInstance instance)
{
Instances.Add(instance);
}