public FSKANode(ResNSW.BoneAnim b)
{
Text = b.Name;
if (b.BaseData.Scale != Syroot.Maths.Vector3F.Zero)
{
sca = new Vector3(b.BaseData.Scale.X, b.BaseData.Scale.Y, b.BaseData.Scale.Z);
}
if (b.BaseData.Rotate != Syroot.Maths.Vector4F.Zero)
{
rot = new Vector4(b.BaseData.Rotate.X, b.BaseData.Rotate.Y, b.BaseData.Rotate.Z, b.BaseData.Rotate.W);
}
if (b.BaseData.Translate != Syroot.Maths.Vector3F.Zero)
{
pos = new Vector3(b.BaseData.Translate.X, b.BaseData.Translate.Y, b.BaseData.Translate.Z);
}
foreach (ResNSW.AnimCurve tr in b.Curves)
{
FSKATrack t = new FSKATrack();
t.flag = (int)tr.AnimDataOffset;
tracks.Add(t);
float tanscale = tr.Delta;
if (tanscale == 0)
{
tanscale = 1;
}
for (int i = 0; i < (ushort)tr.Frames.Length; i++)
{
if (tr.CurveType == ResNSW.AnimCurveType.Cubic)
{
int framedata = (int)tr.Frames[i];
float keydata = tr.Offset + ((tr.Keys[i, 0] * tr.Scale));
float keydata2 = tr.Offset + ((tr.Keys[i, 1] * tr.Scale));
float keydata3 = tr.Offset + ((tr.Keys[i, 2] * tr.Scale));
float keydata4 = tr.Offset + ((tr.Keys[i, 3] * tr.Scale));
}
if (tr.KeyType == ResNSW.AnimCurveKeyType.Int16)
{
}
else if (tr.KeyType == ResNSW.AnimCurveKeyType.Single)
{
}
else if (tr.KeyType == ResNSW.AnimCurveKeyType.SByte)
{
}
t.keys.Add(new FSKAKey()
{
frame = (int)tr.Frames[i],
unk1 = tr.Offset + ((tr.Keys[i, 0] * tr.Scale)),
unk2 = tr.Offset + ((tr.Keys[i, 1] * tr.Scale)),
unk3 = tr.Offset + ((tr.Keys[i, 2] * tr.Scale)),
unk4 = tr.Offset + ((tr.Keys[i, 3] * tr.Scale)),
});
}
}
}
public FSKANodeWiiU(BoneAnim b)
{
Text = b.Name;
// offset 1 is base positions
//Console.WriteLine(off1.ToString("x"));
if (b.BaseData.Scale != null && b.BaseData.Translate != null && b.BaseData.Rotate != null)
{
sca = new Vector3(b.BaseData.Scale.X, b.BaseData.Scale.Y, b.BaseData.Scale.Z);
rot = new Vector3(b.BaseData.Rotate.X, b.BaseData.Rotate.Y, b.BaseData.Rotate.Z);
pos = new Vector3(b.BaseData.Translate.X, b.BaseData.Translate.Y, b.BaseData.Translate.Z);
}
else
{
sca = new Vector3(1, 1, 1);
rot = new Vector3(0, 0, 0);
pos = new Vector3(0, 0, 0);
}
// Console.WriteLine("Name = " + b.Name);
foreach (AnimCurve tr in b.Curves)
{
// Console.WriteLine(tr.AnimDataOffset);
FSKATrack t = new FSKATrack();
t.flag = (int)tr.AnimDataOffset;
tracks.Add(t);
// Console.WriteLine("Flag = " + (int)tr.AnimDataOffset + " Offset = " + tr.Offset + " Scale = " + tr.Scale);
// Console.WriteLine();
float tanscale = tr.Delta;
if (tanscale == 0)
{
tanscale = 1;
}
for (int i = 0; i < (ushort)tr.Frames.Length; i++)
{
if (tr.CurveType == AnimCurveType.Cubic)
{
int framedata = (int)tr.Frames[i];
float keydata = tr.Offset + ((tr.Keys[i, 0] * tr.Scale));
float keydata2 = tr.Offset + ((tr.Keys[i, 1] * tr.Scale));
float keydata3 = tr.Offset + ((tr.Keys[i, 2] * tr.Scale));
float keydata4 = tr.Offset + ((tr.Keys[i, 3] * tr.Scale));
// Console.WriteLine($"{framedata} {keydata} {keydata2} {keydata3} {keydata4} ");
// Console.WriteLine($"Raw Data = " + tr.Keys[i, 0]);
}
t.keys.Add(new FSKAKey()
{
frame = (int)tr.Frames[i],
unk1 = tr.Offset + ((tr.Keys[i, 0] * tr.Scale)),
});
}
}
}