/// <summary>
/// TODO: Finish ConvertCharacters. Still not fully implemented, but it was 75% or so.
/// </summary>
/// <param name="outputFileName"></param>
/// <param name="zone"></param>
public void ConvertCharacters(string outputFileName, Zone zone)
{
// Delete if it's already there.
if (File.Exists(outputFileName))
{
File.Delete(outputFileName);
}
using (var fsOut = File.Create(outputFileName))
{
using (var zipArchive = new ZipArchive(fsOut, ZipArchiveMode.Create))
{
foreach (ModelRef modelRef in byType[20])
{
var charfile = new CharFile(modelRef._name);
if (1 != modelRef.skeleton.Length)
{
throw new Exception("ModelRef.Skeleton had more than 1 element.");
}
var skeleton = (SkelPierceTrackSet)modelRef.skeleton[0].Value[0].Value;
var roottrackname = skeleton.Tracks[0].pierceTrack[0].Value.Name;
var aniTrees = new Dictionary <string, AniTree>();
aniTrees.Add("", null);// not sure if I need this.
foreach (SkelPierceTrack x in byType[19])
{
var name = x.Name;
if (name != roottrackname && name.EndsWith(roottrackname))
{
aniTrees.Add(name.Replace(roottrackname, ""), null);
}
}
foreach (var prefix in aniTrees.Keys.ToList())
{
//aniTrees[prefix] = InvertTree(BuildAniTree(skeleton, prefix, 0));
}
var meshes = skeleton.Meshes;
var voff = 0;
foreach (FragRef fr in meshes[0].Value)
{
var off = 0;
var mesh = (FragMesh)fr.Value;
foreach (var poly in mesh.Polytex)
{
var count = poly[0];
var index = poly[1];
var texnames = ((FragRef[])mesh.Textures[0].Value)[index].Resolve().OfType <string>().ToList();
var texFlags = ((TexRef)mesh.Textures[0].Value[index].Value).SaneFlags;
var tmpS3DData = texnames.Select(t => s3d[t.ToLower()]).ToList();
var material = new Material(texFlags, tmpS3DData);
var outpolys = new List <int>();
for (var i = off; i < off + count; i++)
{
outpolys.Add(voff + (int)mesh.Polys[i].Item2.x);
outpolys.Add(voff + (int)mesh.Polys[i].Item2.y);
outpolys.Add(voff + (int)mesh.Polys[i].Item2.z);
}
charfile.AddMaterial(material, outpolys);
off += count;
}
voff += mesh.Vertices.Length;
}
foreach (var aniTree in aniTrees.Values)
{
foreach (var frame in aniTree.Frames)
{
BuildBoneMatrices(frame, Matrix4x4.Identity);
}
}
var aa = 1;
//for modelref in self.byType[0x14]:
// for name, frames in aniTrees.items():
// for i, frame in enumerate(frames):
// mats = { }
// buildBoneMatrices(frame, Matrix44.identity())
// outbuffer = []
// for mesh in meshes:
// inverts = mesh['vertices']
// innorms = mesh['normals']
// texcoords = mesh['texcoords']
// vertices = []
// normals = []
// off = 0
// for count, matid in mesh['bonevertices']:
// vertices += transform(inverts[off: off + count], mats[matid])
// normals += transform(innorms[off: off + count], mats[matid])
// off += count
// temp = flatten(interleave(vertices, normals, texcoords))
// outbuffer += temp
// charfile.addFrame(name, outbuffer)
// charfile.out(zip)
}
}
}
// def convertCharacters(self, zip):
// def invertTree(atree):
// def getMaxFrames(elem):
// return max([len(elem['frames'])] + map(getMaxFrames, elem['children']))
// framecount = getMaxFrames(atree)
// def sub(elem, i):
// return dict(bone = elem['bone'], transform = elem['frames'][i if len(elem['frames']) > 1 else 0], children =[sub(x, i) for x in elem['children']])
// frames = []
// for i in xrange(framecount):
// frames.append(sub(atree, i))
// return frames
//def transform(elems, mat):
// return [tuple(mat * Vector3(elem)) for elem in elems]
}
