public static NITransform parse(BinaryReader ds)
{
NITransform trans = new NITransform();
Point3f _1 = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
Point3f _2 = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
Point3f _3 = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
Point3f _4 = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
trans.matrix = new Matrix4f(_1.x, _2.x, _3.x, 0,
_1.y, _2.y, _3.y, 0,
_1.z, _2.z, _3.z, 0,
_4.x, _4.y, _4.z, 1
);
trans.scale = ds.readFloat();
return(trans);
}
public void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
sourceTexLinkID = ds.readInt();
flags = ds.readUnsignedShort();
maxAniso = ds.readUnsignedShort();
hasTransform = ds.readUnsignedByte() > 0;
if (hasTransform)
{
translation = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
scale = ds.readFloat();
rotate = ds.readFloat();
method = ds.readInt();
center = new Point2f(ds.readFloat(), ds.readFloat());
}
}
protected void loadAVObject(NIFFile file, BinaryReader ds)
{
loadObjectNET(file, ds);
int flags = ds.readUnsignedShort();
// if hack readUShort
translation = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
matrix = new Matrix4f(ds.readFloat(), ds.readFloat(), ds.readFloat(), 0,
ds.readFloat(), ds.readFloat(), ds.readFloat(), 0,
ds.readFloat(), ds.readFloat(), ds.readFloat(), 0,
translation.x, translation.y, translation.z, 0);
scale = ds.readFloat();
nodePropertyIDs = loadLinkIDs(ds);
loadLinkID(ds); // collision node?
isBone = true;
}
public override void parse(NIFFile file, NIFObject baseo, BinaryReader ds)
{
base.parse(file, baseo, ds);
loadRenderable(file, ds);
meshPrimType = ds.readInt();
numSubMeshes = ds.readUnsignedShort();
isInstanced = ds.readUnsignedByte() > 0;
boundsCenter = new Point3f(ds.readFloat(), ds.readFloat(), ds.readFloat());
boundsRad = ds.readFloat();
numStreamRefs = ds.readInt();
streamRefs = new List <NifMeshStream>();
for (int i = 0; i < numStreamRefs; i++)
{
NifMeshStream meshStream = new NifMeshStream();
meshStream.parse(file, baseo, ds);
streamRefs.Add(meshStream);
}
modLinks = loadLinkIDs(ds);
file.addMesh(this);
}