//public List<CIwVec3> Vertices = new List<CIwVec3>();
//public List<Cb4aCollisionMeshSoupEdge> Edges = new List<Cb4aCollisionMeshSoupEdge>();
public override void WrtieBodyToStream(CTextWriter writer)
{
base.WrtieBodyToStream(writer);
writer.WriteKeyVal("num_planes", Planes.Count);
foreach (var v in Planes)
writer.WriteArray("plane", new int[] { v.v.x, v.v.y, v.v.z,v.k });
//writer.WriteKeyVal("num_vertices", Vertices.Count);
//foreach (var v in Vertices)
// writer.WriteVec3("v",v);
//writer.WriteKeyVal("num_edges", Edges.Count);
//foreach (var e in Edges)
//{
// CIwVec3 d = e.V1 - e.V0;
// writer.BeginWriteLine();
// writer.Write(string.Format(CultureInfo.InvariantCulture, "e {0}",d.Length));
// writer.Write(string.Format(CultureInfo.InvariantCulture, " {{{0},{1},{2}}}", e.V0.x, e.V0.y, e.V0.z));
// writer.Write(string.Format(CultureInfo.InvariantCulture, " {{{0},{1},{2}}}", d.x, d.y, d.z));
// writer.EndWriteLine();
//}
writer.WriteKeyVal("num_faces", Faces.Count);
foreach (var f in Faces)
{
writer.WriteArray("face ", new int[] { f.startPlane,f.numPlanes });
//writer.WriteLine("next_face");
//writer.WriteArray("face_p", new int[] { f.Normal.x, f.Normal.y, f.Normal.z, f.Distance });
//writer.WriteKeyVal("num_face_edges", f.edges.Count);
//foreach (var e in f.edges)
//{
// writer.WriteArray("edge_p", new int[] { e.Normal.x, e.Normal.y, e.Normal.z, e.Distance });
//}
}
}
public override void WrtieBodyToStream(CTextWriter writer)
{
base.WrtieBodyToStream(writer);
writer.WriteKeyVal("num_planes", Planes.Count);
foreach (var v in Planes)
writer.WriteArray("plane", new int[] { v.v.x, v.v.y, v.v.z, v.k });
}
public override void WrtieBodyToStream(CTextWriter writer)
{
base.WrtieBodyToStream(writer);
writer.WriteKeyVal("num_materials", Materials.Count);
foreach (var l in Materials)
{
l.WrtieToStream(writer);
}
if (Planes.Count > 0)
{
writer.WriteKeyVal("num_planes", Planes.Count);
foreach (var l in Planes)
{
writer.WriteArray("plane", new int[] { (int)l.v.x, (int)l.v.y, (int)l.v.z, (int)(l.k * AirplaySDKMath.IW_GEOM_ONE) });
}
}
writer.WriteKeyVal("num_vbs", VertexBuffers.Count);
foreach (var l in VertexBuffers)
{
l.WrtieToStream(writer);
}
writer.WriteKeyVal("num_clusters", subclusters.Count);
foreach (var l in subclusters)
{
l.WrtieToStream(writer);
}
writer.WriteKeyVal("num_leaves", Leaves.Count);
foreach (var l in Leaves)
{
l.WrtieToStream(writer);
}
writer.WriteKeyVal("num_nodes", Nodes.Count);
foreach (var l in Nodes)
{
l.WrtieToStream(writer);
}
writer.WriteKeyVal("num_entities", Entities.Count);
foreach (var l in Entities)
{
l.WrtieToStream(writer);
}
}