public ImportedObject[] Import(string path, ImportType type)
{
ImportedObject obj = new ImportedObject()
{
Result = Result.Failed,
Type = ImportedObjectType.Motion,
Path = path,
};
VmdImportResult res;
{
var importer = new VmdMotionImporter.VmdMotionImporter();
res = importer.Import(path, type == ImportType.Full);
if (res == null || res.result != VmdImportResult.Result.Success)
{
return(new ImportedObject[] { obj });
}
}
var vmd = res.vmd;
obj.Result = Result.Success;
obj.Name = Path.GetFileNameWithoutExtension(path);
obj.Property = new ImportedProperty()
{
Name = vmd.Header.ModelName
};
if (type == ImportType.OverviewOnly)
{
obj.Result = Result.Success;
return(new ImportedObject[] { obj });
}
var anim = new Motion();
anim.Name = obj.Name;
var max = 0;
// bone
{
var dic = new Dictionary <string, BoneMotion>();
foreach (var m in vmd.MotionList.Motions)
{
BoneMotion bm = null;
if (!dic.ContainsKey(m.Name))
{
dic.Add(m.Name, bm = new BoneMotion()
{
BoneName = m.Name,
Keys = new List <KeyFrame <BoneMotionValue> >(),
});
}
bm = dic[m.Name];
var key = new KeyFrame <BoneMotionValue>();
key.FrameNo = (int)m.FrameNo;
if (key.FrameNo > max)
{
max = key.FrameNo;
}
key.Value = new BoneMotionValue()
{
location = m.Location.ToVec3(true) * ImportScale,
rotation = m.Rotation.ToQuaternion(),
scale = OpenTK.Vector3.One,
};
key.Interpolate = new BezierInterpolate()
{
p1 = new OpenTK.Vector2(m.BezierX1.W, m.BezierY1.W),
p2 = new OpenTK.Vector2(m.BezierX2.W, m.BezierY2.W),
};
bm.Keys.Add(key);
}
foreach (var bm in dic.Values)
{
bm.Keys.Sort((k1, k2) => { return(k1.FrameNo - k2.FrameNo); });
}
anim.BoneMotions = dic;
}
// skin
{
var dic = new Dictionary <string, SkinMotion>();
foreach (var s in vmd.SkinList.Skins)
{
SkinMotion sm = null;
if (!dic.ContainsKey(s.Name))
{
dic.Add(s.Name, sm = new SkinMotion()
{
MorphName = s.Name,
Keys = new List <KeyFrame <float> >(),
});
}
sm = dic[s.Name];
var key = new KeyFrame <float>();
key.FrameNo = (int)s.FrameNo;
if (key.FrameNo > max)
{
max = key.FrameNo;
}
key.Value = s.Weight;
key.Interpolate = Interpolates.Smoothstep;
sm.Keys.Add(key);
}
foreach (var sm in dic.Values)
{
sm.Keys.Sort((k1, k2) => { return(k1.FrameNo - k2.FrameNo); });
}
anim.SkinMotions = dic;
}
anim.FrameNoMax = max;
obj.Motions = new Motion[] { anim };
obj.Result = Result.Success;
return(new ImportedObject[] { obj });
}
public static Motion FromNwMotion(NwMotion motion)
{
var m = new Motion();
m.Name = motion.Key;
if (motion.BoneMotion != null)
{
m.BoneMotions = new Dictionary <string, BoneMotion>();
foreach (var bm in motion.BoneMotion.Values)
{
var bmv = new BoneMotion();
bmv.BoneName = bm.BoneName;
bmv.Keys = new List <KeyFrame <BoneMotionValue> >();
foreach (var key in bm.Keys)
{
var f = new KeyFrame <BoneMotionValue>();
f.FrameNo = key.FrameNo;
if (key.FrameNo > m.FrameNoMax)
{
m.FrameNoMax = key.FrameNo;
}
f.Interpolate = new BezierInterpolate()
{
p1 = key.Interpolate.P1.FromVec2f(), p2 = key.Interpolate.P2.FromVec2f()
};
var r = key.Rotation.FromVec4f();
f.Value = new BoneMotionValue()
{
location = key.Location.FromVec3f(),
rotation = new Quaternion(r.X, r.Y, r.Z, r.W),
scale = key.Scale.FromVec3f(),
};
bmv.Keys.Add(f);
}
m.BoneMotions.Add(bm.BoneName, bmv);
}
}
if (motion.MorphMotion != null)
{
m.SkinMotions = new Dictionary <string, SkinMotion>();
foreach (var mm in motion.MorphMotion.Values)
{
var smv = new SkinMotion();
smv.MorphName = mm.MorphName;
smv.Keys = new List <KeyFrame <float> >();
foreach (var key in mm.Keys)
{
var f = new KeyFrame <float>();
f.FrameNo = key.FrameNo;
if (key.FrameNo > m.FrameNoMax)
{
m.FrameNoMax = key.FrameNo;
}
f.Interpolate = new BezierInterpolate()
{
p1 = key.Interpolate.P1.FromVec2f(), p2 = key.Interpolate.P2.FromVec2f()
};
f.Value = key.Rate;
smv.Keys.Add(f);
}
m.SkinMotions.Add(mm.MorphName, smv);
}
}
return(m);
}
