// public method
#endregion "public method"
#region "private method"
// private method
private void _DrawShapeKeyData(ShapeKeyMorphSO morph, int keyIdx)
{
ShapeKeyDataDiff keyData = morph.GetShapeKeyDataDiff(keyIdx);
EditorGUILayout.BeginHorizontal();
{
EditorGUILayout.LabelField("Weight:", GUILayout.Width(50f));
float newWeight = keyData.weight;
if (EUtil.FloatField("weight" + keyIdx, ref newWeight)) //only true when use enter to confirm
{
morph.SetShapeKeyWeight(keyIdx, newWeight); //this will ensure all keys are sorted
}
if (EUtil.Button(EditorRes.texSample, "Sample current mesh status as shape key", EditorRes.styleBtnMorphProc, GUILayout.Width(20f)))
{
morph.SetMeshCurrentDataToShapeKey(keyIdx);
}
if (EUtil.Button(EditorRes.texApplyToMesh, "Apply this shape key to mesh", EditorRes.styleBtnMorphProc, GUILayout.Width(20f)))
{
Undo.RecordObject(m_MorphProc, "MorphProc Inspector");
m_MorphProc.ResetToBasisShape();
m_MorphProc.ApplyOnlyMorphAt(m_MorphIdx, keyData.weight);
}
if (EUtil.Button(EditorRes.texDelete, "Delete this shape key from this morph", EditorRes.styleBtnMorphProc, GUILayout.Width(20f)))
{
if (morph.ShapeKeyCnt == 1)
{
EditorUtility.DisplayDialog("Only one shape key", "Cannot delete shape key when there's no others", "Got it");
}
else
{
morph.DelShapeKeyDataDiff(keyIdx);
}
}
}
EditorGUILayout.EndHorizontal();
}
public bool IsBasis()
{
return(basisSO.GetShapeKeyDataDiff(0) == this);
}
public void UpdateDiffDataWithCurrentMesh()
{
ShapeKeyDataDiff basisData = basisSO.GetShapeKeyDataDiff(0);
Mesh m = basisSO.GetMesh();
int nonMatchV = 0;
//int nonMatchN = 0;
//int nonMatchT = 0;
// v
{
List <Vector3> basisVertices = basisData.vertices;
Vector3[] meshVertices = m.vertices;
Dbg.Assert(basisVertices.Count == meshVertices.Length, "ShapeKeyDataDiff.UpdateDiffDataWithCurrentMesh: length non match: basisVertices != meshVertices: {0}", m.name);
vertices.Clear();
indV.Clear();
for (int i = 0; i < basisVertices.Count; ++i)
{
Vector3 basisPos = basisVertices[i];
Vector3 meshPos = meshVertices[i];
if (!(basisPos == meshPos))
{
vertices.Add(meshPos);
indV.Add(i);
++nonMatchV;
}
}
}
//// n
//{
// List<Vector3> basisNormals = basisData.normals;
// Vector3[] meshNormals = m.normals;
// Dbg.Assert(basisNormals.Count == meshNormals.Length, "ShapeKeyDataDiff.UpdateDiffDataWithCurrentMesh: length non match: basisNormal != meshNormals: {0}", m.name);
// normals.Clear();
// indN.Clear();
// for(int i=0; i<basisNormals.Count; ++i)
// {
// Vector3 basisN = basisNormals[i];
// Vector3 meshN = meshNormals[i];
// if( ! (basisN == meshN) )
// {
// normals.Add(meshN);
// indN.Add(i);
// ++nonMatchN;
// }
// }
//}
//// t
//{
// List<Vector4> basisTangents = basisData.tangents;
// Vector4[] meshTangents = m.tangents;
// Dbg.Assert(basisTangents.Count == meshTangents.Length, "ShapeKeyDataDiff.UpdateDiffDataWithCurrentMesh: length non match: basisTangents != meshTangents: {0}", m.name);
// tangents.Clear();
// indT.Clear();
// for (int i = 0; i < basisTangents.Count; ++i)
// {
// Vector4 basisT = basisTangents[i];
// Vector4 meshT = meshTangents[i];
// if (!(basisT == meshT))
// {
// tangents.Add(meshT);
// indT.Add(i);
// ++nonMatchT;
// }
// }
//}
//Dbg.Log("ShapeKeyDataDiff.UpdateDiffDataWithCurrentMesh: V: {0}, N: {1}, T:{2}", nonMatchV, nonMatchN, nonMatchT);
}