private void OnEndRotate(BaseHandle rotationHandle)
{
IMeshEditor meshEditor = GetEditor();
if (meshEditor != null)
{
rotationHandle.EnableUndo = true;
Quaternion initialRotation = m_initialRotation;
Quaternion endRotation = m_pivot.rotation;
meshEditor.EndRotate();
Quaternion newStartRotation = GetPivotRotation(meshEditor);
m_pivot.rotation = newStartRotation;
if (UVEditingMode)
{
m_rte.Undo.EndRecordValue(UV, Strong.PropertyInfo((PBAutoUnwrapSettings x) => x.rotation));
}
else
{
m_rte.Undo.CreateRecord(record =>
{
meshEditor.BeginRotate(initialRotation);
meshEditor.Rotate(endRotation);
meshEditor.EndRotate();
m_pivot.transform.rotation = newStartRotation;
return(true);
},
record =>
{
meshEditor.BeginRotate(endRotation);
meshEditor.Rotate(initialRotation);
meshEditor.EndRotate();
m_pivot.transform.rotation = initialRotation;
return(true);
});
}
}
}
private void OnEndScale(BaseHandle scaleHandle)
{
IMeshEditor meshEditor = GetEditor();
if (meshEditor != null)
{
scaleHandle.EnableUndo = true;
meshEditor.EndScale();
Vector3 newScale = m_pivot.localScale;
Quaternion rotation = m_pivot.rotation;
m_pivot.localScale = Vector3.one;
if (UVEditingMode)
{
m_rte.Undo.EndRecordValue(UV, Strong.PropertyInfo((PBAutoUnwrapSettings x) => x.scale));
}
else
{
m_rte.Undo.CreateRecord(record =>
{
meshEditor.BeginScale();
meshEditor.Scale(newScale, rotation);
meshEditor.EndScale();
return(true);
},
record =>
{
meshEditor.BeginScale();
meshEditor.Scale(new Vector3(1.0f / newScale.x, 1.0f / newScale.y, 1.0f / newScale.z), rotation);
meshEditor.EndRotate();
return(true);
});
}
}
}