public TI.Definition GetShape(physics_model_group def)
{
var shape_type = GetShapeType();
int shape_index = Shape.Value;
if (shape_index == -1)
{
throw new Debug.ExceptionLog("Tried to access an invalid {0} shape index in {1}",
Util.EnumToString(shape_type), def.owner.TagIndex.ToString());
}
switch (shape_type)
{
case physics_shape_type.Sphere: return(def.Spheres[shape_index]);
case physics_shape_type.Pill: return(def.Pills[shape_index]);
case physics_shape_type.Box: return(def.Boxes[shape_index]);
case physics_shape_type.Triangle: return(def.Triangles[shape_index]);
case physics_shape_type.Polyhedron: return(def.Polyhedra[shape_index]);
case physics_shape_type.MultiSphere: return(def.MultiSpheres[shape_index]);
case physics_shape_type.List: return(def.ListShapes[shape_index]);
case physics_shape_type.Mopp: return(def.Mopps[shape_index]);
}
return(null);
}
internal void ReconstructShapeData(physics_model_group owner)
{
var havok_shape = ShapeInfo.GetShape(owner);
}
internal void ReconstructShapeData(physics_model_group owner)
{
var havok_shape = ShapeInfo.GetShape(owner);
}
public TI.Definition GetShape(physics_model_group def)
{
var shape_type = GetShapeType();
int shape_index = Shape.Value;
if (shape_index == -1)
throw new Debug.ExceptionLog("Tried to access an invalid {0} shape index in {1}",
Util.EnumToString(shape_type), def.owner.TagIndex.ToString());
switch (shape_type)
{
case physics_shape_type.Sphere: return def.Spheres[shape_index];
case physics_shape_type.Pill: return def.Pills[shape_index];
case physics_shape_type.Box: return def.Boxes[shape_index];
case physics_shape_type.Triangle: return def.Triangles[shape_index];
case physics_shape_type.Polyhedron: return def.Polyhedra[shape_index];
case physics_shape_type.MultiSphere:return def.MultiSpheres[shape_index];
case physics_shape_type.List: return def.ListShapes[shape_index];
case physics_shape_type.Mopp: return def.Mopps[shape_index];
}
return null;
}
