//lattice_deform_vertsから呼ばれる,notested done
void init_latt_deform()
{
MMDModel ob = null;
Matrix4x4 latmat;
Matrix4x4 imat;
if (ob == null)
{
//デフォームスペースの行列
latmat = latma.Inverted();
//デフォーム配列に戻す
imat = latmat.Inverted();
}
//今のところここに入るパターンが無い
else
{
imat = latma.Inverted( );
//latmat = imat * myself;
latmat = Matrix4x4.Identity;
//imat = latmat.inverse;
}
//BPoint bp;//頂点だけ参照している、lattice
int id = 0;
var ffu = fu;
var ffv = fv;
var ffw = fw;
List <Vertex> vertices = new List <Vertex>( );
for (int w = 0; w < UVW[2]; w++, fw += dw)
{
for (int v = 0; v < UVW[1]; v++, fv += dv)
{
for (int u = 0; u < UVW[0]; u++,
//bp++, co += 3, fp += 3,
fu += du)
{
//coはlattice座標 fpは初期fu,fv,fwで引かれて0になる
Vertex value = LatticeData[id].Value;
#if true
value.Position = (mul_mat3_m4_v3(imat, value.Position));
vertices.Add(value);
#else
Vector3 pos = value.Position - new Vector3(fu, fv, fw);
//latmatをかけて行列を戻す
value.Position = (mul_mat3_m4_v3(imat, pos));
vertices.Add(value);
// ちゃんと変更
RelativeLattice[id] = new LatticeType(value);
// 常に相対になりたい
// 0 0 0 -> -1 -1 -1
//RelativeLattice[ id ].ToReactivePropertyAsSynchronized( x => x.Value ,
// convert :x => x + value ,convertBack: x => x - value );
#endif
id++;
}
fu = ffu;
}
fv = ffv;
}
fw = ffw;
RelativeLattice = LatticeData.Select(
(lat, i) => lat.Select(
// x => x.Value , convert:
x => LatticeData[i].Value - vertices[i]
//, convertBack: x => vertices[ i ] - LatticeData[i].Value)
).ToReactiveProperty()).ToArray();
latma = latmat;
}
