private void DeleteBone(IBone bone)
{
// Remove the whole bone hierarchy.
if (bone.isRoot)
{
// Delete everything. (Less efficient code, but performance is not crucial at this time).
foreach (var otherBone in m_Model.bones.Reverse())
{
m_Model.DeleteBone(otherBone);
}
}
// Remove just the selected bone.
// All direct children will belong to the parent of deleted bone.
else
{
List <IBone> directChildOfDeletingBone = new List <IBone>();
foreach (var otherBone in m_Model.bones)
{
if (otherBone.parent == bone)
{
directChildOfDeletingBone.Add(otherBone);
}
}
foreach (var child in directChildOfDeletingBone)
{
m_Model.Parent(child, bone.parent);
}
// Remove the bone when all children transfered.
m_Model.DeleteBone(bone);
}
}
public void RemovingABone_InvalidateWeightForThatBone_WeightBoneIndexUpdate()
{
InvalidateBoneIndex(1, m_ExpectedVertices);
ChangeBoneIndex(new int[4] {
2, 3, 4, 5
}, new int[4] {
1, 2, 3, 4
}, m_ExpectedVertices);
var root = m_Model.bones.ElementAt(0);
var child_1 = m_Model.bones.ElementAt(1);
var child_1_1 = m_Model.bones.ElementAt(2);
var child_1_2 = m_Model.bones.ElementAt(3);
m_Model.Parent(child_1_1, root);
m_Model.Parent(child_1_2, root);
m_Model.DeleteBone(child_1);
m_CacheManager.SetSpriteBoneRawData(m_SpriteId, m_Model.GetRawData());
m_CacheManager.Apply();
m_MeshDPMock.Received(1).SetVertices(m_SpriteId, Arg.Is <Vertex2DMetaData[]>(x => CompareVertices(m_ExpectedVertices, x)));
}