public JointAnim(
BCA.ANF1Section.AnimatedJoint Joint,
float[] Scales,
short[] Rotations,
float[] Translations,
float RotScale)
{
this.SetKeysST(out this.scalesX_, Scales, Joint.X.S);
this.SetKeysST(out this.scalesY_, Scales, Joint.Y.S);
this.SetKeysST(out this.scalesZ_, Scales, Joint.Z.S);
this.SetKeysR(out this.rotationsX_, Rotations, RotScale, Joint.X.R);
this.SetKeysR(out this.rotationsY_, Rotations, RotScale, Joint.Y.R);
this.SetKeysR(out this.rotationsZ_, Rotations, RotScale, Joint.Z.R);
this.SetKeysST(out this.translationsX_, Translations, Joint.X.T);
this.SetKeysST(out this.translationsY_, Translations, Joint.Y.T);
this.SetKeysST(out this.translationsZ_, Translations, Joint.Z.T);
}
public ANF1Section(EndianBinaryReader er, out bool OK)
{
bool OK1;
this.Header = new DataBlockHeader(er, "ANF1", out OK1);
if (!OK1)
{
OK = false;
}
else
{
this.LoopFlags = er.ReadByte();
this.AngleMultiplier = er.ReadByte();
this.AnimLength = er.ReadUInt16();
this.NrJoints = er.ReadUInt16();
this.NrScale = er.ReadUInt16();
this.NrRot = er.ReadUInt16();
this.NrTrans = er.ReadUInt16();
this.JointOffset = er.ReadUInt32();
this.ScaleOffset = er.ReadUInt32();
this.RotOffset = er.ReadUInt32();
this.TransOffset = er.ReadUInt32();
er.BaseStream.Position = (long)(32U + this.ScaleOffset);
this.Scale = er.ReadSingles((int)this.NrScale);
er.BaseStream.Position = (long)(32U + this.RotOffset);
this.Rotation = er.ReadInt16s((int)this.NrRot);
er.BaseStream.Position = (long)(32U + this.TransOffset);
this.Translation = er.ReadSingles((int)this.NrTrans);
float RotScale = (float)(1 * Math.PI / 32768f);
er.BaseStream.Position = (long)(32U + this.JointOffset);
this.Joints = new BCA.ANF1Section.AnimatedJoint[(int)this.NrJoints];
for (int index = 0; index < (int)this.NrJoints; ++index)
{
var animatedJoint = new BCA.ANF1Section.AnimatedJoint(er);
animatedJoint.SetValues(this.Scale,
this.Rotation,
this.Translation,
RotScale);
this.Joints[index] = animatedJoint;
}
OK = true;
}
}