public Task FromModelAsync(ObjectInputSettings ObjSettings, Object3D model, TextureFormatSettings texFormatSettings = null)
{
var t = new Task(() => FromModel(ObjSettings, model, texFormatSettings));
t.Start();
return(t);
}
public Task FromObject3DAsync(ObjectInputSettings ObjSettings, Object3D model, CollisionSettings colSettings = null)
{
var t = new Task(() => FromObject3D(ObjSettings, model, colSettings));
t.Start();
return(t);
}
/// <summary>
/// Creates a Fast3D Model from a Obj File
/// </summary>
public void FromModel(ObjectInputSettings ObjSettings, Object3D model, TextureFormatSettings texFormatSettings = null)
{
// Setup Settings
var conSettings = new Conversion.Fast3DWriting.Fast3DWriter.ConvertSettings()
{
CenterModel = ObjSettings.CenterModel,
Scale = ObjSettings.Scaling,
ResizeTextures = ObjSettings.ResizeTextures,
ReduceVertLevel = (Conversion.Fast3DWriting.Fast3DWriter.ReduceVericesLevel)ObjSettings.ReduceDupVertLevel,
SegmentedAddress = (uint?)0xE000000,
ForceDisplaylist = ObjSettings.ForceDisplaylist,
Fog = ObjSettings.Fog,
OptimizeTransparencyChecks = ObjSettings.OptimizeTransparencyChecks,
TextureFormatSettings = texFormatSettings
};
model.Shading = ObjSettings.Shading;
// Convert Model
var con = new Conversion.Fast3DWriting.Fast3DWriter();
ConvertResult = con.ConvertModel(this, conSettings, model);
// Fit to align
base.SetLength(General.HexRoundUp1(base.Length));
// Copy Geopointer etc.
DLPointers = ConvertResult.PtrGeometry.ToArray();
Fast3DBankStart = 0xE000000;
}
public void FromObject3D(ObjectInputSettings ObjSettings, Object3D model, CollisionSettings colSettings = null)
{
var dicMatNames = new Dictionary <Material, string>();
// Clear Lists
Mesh.Vertices.Clear();
Mesh.Triangles.Clear();
// Create MatNames
foreach (KeyValuePair <string, Material> kvp in model.Materials)
{
dicMatNames.Add(kvp.Value, kvp.Key);
}
// Add Faces
var dicVertices = new Dictionary <Pilz.S3DFileParser.Vertex, Vertex>();
foreach (Mesh m in model.Meshes)
{
foreach (Face f in m.Faces.OrderBy(n => n.Material))
{
var cs = colSettings.GetEntry(dicMatNames[f.Material]);
if (!cs.IsNonSolid)
{
var t = new Triangle();
t.CollisionType = cs.CollisionType;
t.ColParams[0] = cs.CollisionParam1;
t.ColParams[0] = cs.CollisionParam2;
for (int i = 0, loopTo = Math.Min(f.Points.Count - 1, 2); i <= loopTo; i++)
{
Vertex v;
var curVert = f.Points[i].Vertex;
if (dicVertices.ContainsKey(curVert))
{
v = dicVertices[curVert];
}
else
{
v = new Vertex();
v.X = General.KeepInInt16Range(General.Round(curVert.X * ObjSettings.Scaling));
v.Y = General.KeepInInt16Range(General.Round(curVert.Y * ObjSettings.Scaling));
v.Z = General.KeepInInt16Range(General.Round(curVert.Z * ObjSettings.Scaling));
Mesh.Vertices.Add(v);
dicVertices.Add(curVert, v);
}
t.Vertices[i] = v;
}
Mesh.Triangles.Add(t);
}
}
}
}
