public static SphereCollider ScaleCollider(SphereCollider sphere, PhysicsScale scale)
{
CheckNoOrUniformScale(scale, ColliderType.Sphere);
sphere.center *= scale.scale.x;
sphere.radius *= scale.scale.x;
return(sphere);
}
private static void CheckNoOrValidScale(PhysicsScale scale, ColliderType type)
{
if (scale.state == PhysicsScale.State.NonComputable)
{
throw new InvalidOperationException("The collider cannot be scaled with a noncomputable scale");
}
}
public static BoxCollider ScaleCollider(BoxCollider box, PhysicsScale scale)
{
CheckNoOrValidScale(scale, ColliderType.Box);
box.center *= scale.scale;
box.halfSize *= scale.scale;
return(box);
}
public static CapsuleCollider ScaleCollider(CapsuleCollider capsule, PhysicsScale scale)
{
CheckNoOrUniformScale(scale, ColliderType.Capsule);
capsule.pointA *= scale.scale.x;
capsule.pointB *= scale.scale.x;
capsule.radius *= scale.scale.x;
return(capsule);
}
public static Collider ScaleCollider(Collider collider, PhysicsScale scale)
{
switch (collider.type)
{
case ColliderType.Sphere: return(ScaleCollider((SphereCollider)collider, scale));
case ColliderType.Capsule: return(ScaleCollider((CapsuleCollider)collider, scale));
default: throw new InvalidOperationException("Collider type not supported yet.");
}
}
public static CompoundCollider ScaleCollider(CompoundCollider compound, PhysicsScale scale)
{
#if ENABLE_UNITY_COLLECTIONS_CHECKS
if (scale.state == PhysicsScale.State.NonComputable | scale.state == PhysicsScale.State.NonUniform)
{
throw new InvalidOperationException("Error: Compound Collider must be scaled with no scale or uniform scale.");
}
#endif
compound.scale *= scale.scale.x;
return(compound);
}
public static SphereCollider ScaleCollider(SphereCollider sphere, PhysicsScale scale)
{
#if ENABLE_UNITY_COLLECTIONS_CHECKS
if (scale.state == PhysicsScale.State.NonComputable | scale.state == PhysicsScale.State.NonUniform)
{
throw new InvalidOperationException("Error: Sphere Collider must be scaled with no scale or uniform scale.");
}
#endif
sphere.center *= scale.scale.x;
sphere.radius *= scale.scale.x;
return(sphere);
}
public static CapsuleCollider ScaleCollider(CapsuleCollider capsule, PhysicsScale scale)
{
#if ENABLE_UNITY_COLLECTIONS_CHECKS
if (scale.state == PhysicsScale.State.NonComputable | scale.state == PhysicsScale.State.NonUniform)
{
throw new InvalidOperationException("Error: Capsule Collider must be scaled with no scale or uniform scale.");
}
#endif
capsule.pointA *= scale.scale.x;
capsule.pointB *= scale.scale.x;
capsule.radius *= scale.scale.x;
return(capsule);
}
public static Collider ScaleCollider(Collider collider, PhysicsScale scale)
{
switch (collider.type)
{
case ColliderType.Sphere: return(ScaleCollider((SphereCollider)collider, scale));
case ColliderType.Capsule: return(ScaleCollider((CapsuleCollider)collider, scale));
case ColliderType.Compound: return(ScaleCollider((CompoundCollider)collider, scale));
default: ThrowUnsupportedType(); return(new Collider());
}
}
private static void CheckNoOrUniformScale(PhysicsScale scale, ColliderType type)
{
if (scale.state == PhysicsScale.State.NonComputable | scale.state == PhysicsScale.State.NonUniform)
{
switch (type)
{
case ColliderType.Sphere: throw new InvalidOperationException("Sphere Collider must be scaled with no scale or uniform scale.");
case ColliderType.Capsule: throw new InvalidOperationException("Capsule Collider must be scaled with no scale or uniform scale.");
case ColliderType.Compound: throw new InvalidOperationException("Compound Collider must be scaled with no scale or uniform scale.");
default: throw new InvalidOperationException("Failed to scale unknown collider type.");
}
}
}
public static CompoundCollider ScaleCollider(CompoundCollider compound, PhysicsScale scale)
{
CheckNoOrUniformScale(scale, ColliderType.Compound);
compound.scale *= scale.scale.x;
return(compound);
}
