// Awake
private void Awake()
{
if (m_bAwakeHasBeenCalled == false)
{
m_rSprite = GetComponent <Uni2DSprite>();
m_oRefManipulatedRenderMesh.Initialize(this, true);
InitializeManipulatedColliderMeshReferences();
m_bAwakeHasBeenCalled = true;
}
}
// Update Physics Skinning
public void UpdatePhysicsSkinning()
{
if (m_oMeshColliders != null)
{
if (m_oBones != null)
{
int iColliderCount = MeshColliders.Count;
if (iColliderCount > 0)
{
// Create Collider meshes arrays if needed
if (m_oPoseColliderMeshes == null || m_oPoseColliderMeshes.Length != iColliderCount)
{
m_oPoseColliderMeshes = new Mesh[iColliderCount];
}
if (m_oRefManipulatedColliderMeshes == null || m_oRefManipulatedColliderMeshes.Length != iColliderCount)
{
// Destroy old references
DestroyManipulatedColliderMeshReferences();
// Recreate
m_oRefManipulatedColliderMeshes = new ReferenceContainer[iColliderCount];
for (int i = 0; i < iColliderCount; ++i)
{
ReferenceContainer rReferenceContainer = new ReferenceContainer();
rReferenceContainer.Initialize(this, true);
m_oRefManipulatedColliderMeshes[i] = rReferenceContainer;
}
}
// Apply the skin blend on each collider
int iColliderIndex = 0;
List <Mesh> rColliderMeshes = m_rSprite.SpriteData.meshCollidersList;
foreach (MeshCollider rMeshCollider in m_oMeshColliders)
{
if (rMeshCollider != null)
{
// Get The pose and manipulated mesh
Mesh rPoseMesh = m_oPoseColliderMeshes[iColliderIndex];
ReferenceContainer rRefManipulatedMesh = m_oRefManipulatedColliderMeshes[iColliderIndex];
if (ApplySkinBlend(rColliderMeshes[iColliderIndex], rMeshCollider.sharedMesh, ref rPoseMesh, ref rRefManipulatedMesh))
{
// Update collider mesh
rMeshCollider.sharedMesh = null;
rMeshCollider.sharedMesh = rRefManipulatedMesh.Reference as Mesh;
m_oPoseColliderMeshes[iColliderIndex] = rPoseMesh;
}
}
++iColliderIndex;
}
}
}
}
#if AFTER_UNITY_4_3
if (PolygonCollider2D != null)
{
PolygonCollider2D.points = Uni2DSkinningUtils.ApplySkinBlend(m_rSprite.SpriteData.mesh2D, m_oBones, transform, quality);
}
#endif
}
// Update Physics Skinning
public void UpdatePhysicsSkinning()
{
if(m_oMeshColliders != null)
{
if(m_oBones != null)
{
int iColliderCount = MeshColliders.Count;
if(iColliderCount > 0)
{
// Create Collider meshes arrays if needed
if(m_oPoseColliderMeshes == null || m_oPoseColliderMeshes.Length != iColliderCount)
{
m_oPoseColliderMeshes = new Mesh[iColliderCount];
}
if(m_oRefManipulatedColliderMeshes == null || m_oRefManipulatedColliderMeshes.Length != iColliderCount)
{
// Destroy old references
DestroyManipulatedColliderMeshReferences();
// Recreate
m_oRefManipulatedColliderMeshes = new ReferenceContainer[iColliderCount];
for(int i = 0; i<iColliderCount; ++i)
{
ReferenceContainer rReferenceContainer = new ReferenceContainer();
rReferenceContainer.Initialize(this, true);
m_oRefManipulatedColliderMeshes[i] = rReferenceContainer;
}
}
// Apply the skin blend on each collider
int iColliderIndex = 0;
List<Mesh> rColliderMeshes = m_rSprite.SpriteData.meshCollidersList;
foreach(MeshCollider rMeshCollider in m_oMeshColliders)
{
if(rMeshCollider != null)
{
// Get The pose and manipulated mesh
Mesh rPoseMesh = m_oPoseColliderMeshes[iColliderIndex];
ReferenceContainer rRefManipulatedMesh = m_oRefManipulatedColliderMeshes[iColliderIndex];
if(ApplySkinBlend(rColliderMeshes[iColliderIndex], rMeshCollider.sharedMesh, ref rPoseMesh, ref rRefManipulatedMesh))
{
// Update collider mesh
rMeshCollider.sharedMesh = null;
rMeshCollider.sharedMesh = rRefManipulatedMesh.Reference as Mesh;
m_oPoseColliderMeshes[iColliderIndex] = rPoseMesh;
}
}
++iColliderIndex;
}
}
}
}
#if AFTER_UNITY_4_3
if(PolygonCollider2D != null)
{
PolygonCollider2D.points = Uni2DSkinningUtils.ApplySkinBlend(m_rSprite.SpriteData.mesh2D, m_oBones, transform, quality);
}
#endif
}
