public bool LoadModel(string file)
{
if (contentType == ContentTypes.SurfacePlot)
{
cachedSurfaceScene = abScene;
abScene = null;
}
bool result = LoadABSupportedScene(file);
if (result)
{
contentType = ContentTypes.Avalon;
SetupView();
Invalidate();
}
else
{
abScene = cachedSurfaceScene;
}
return result;
}
public ABScene3D LoadScene(string file)
{
uint failId;
int failPos;
lwObject lwobj = lwObject.GetObject5(file, out failId, out failPos);
if (lwobj != null)
{
// convert to AB
ABScene3D scene = new ABScene3D();
ABMaterial[] materials = null;
int[] clipIndices = null;
if (lwobj.surf != null && lwobj.surf.Count > 0)
{
materials = new ABMaterial[lwobj.surf.Count];
clipIndices = new int[lwobj.surf.Count];
LinkedList<lwSurface>.Enumerator matIter = lwobj.surf.GetEnumerator();
int matIdx = 0;
while (matIter.MoveNext())
{
lwSurface surface = matIter.Current;
ABMaterial mat = materials[matIdx] = new ABMaterial();
mat.Name = surface.name;
mat.Ambient = new ABColorARGB();
mat.Ambient.A = 0xFF;
mat.Ambient.R = (byte)(surface.color.rgb[0] / 255f);
mat.Ambient.G = (byte)(surface.color.rgb[1] / 255f);
mat.Ambient.B = (byte)(surface.color.rgb[2] / 255f);
mat.Diffuse = new ABColorARGB();
mat.Diffuse.A = 0xFF;
mat.Diffuse.R = (byte)((surface.diffuse.val * surface.color.rgb[0]) / 255f);
mat.Diffuse.G = (byte)((surface.diffuse.val * surface.color.rgb[1]) / 255f);
mat.Diffuse.B = (byte)((surface.diffuse.val * surface.color.rgb[2]) / 255f);
if (surface.color.tex != null)
{
// resolve texture
//mat.TextureName
clipIndices[matIdx] = surface.color.tex.First.Value.imap.cindex;
mat.TextureName = surface.color.tex.First.Value.imap.vmap_name;
}
else
clipIndices[matIdx] = -1;
matIdx++;
}
}
LinkedList<lwLayer>.Enumerator layIter = lwobj.layer.GetEnumerator();
scene.Models = new ABModel3D[lwobj.layer.Count];
int mdlIdx = 0;
while (layIter.MoveNext())
{
lwLayer layer = layIter.Current;
ABModel3D model = scene.Models[mdlIdx] = new ABModel3D();
model.Geometry = new ABGeometry3D();
model.Geometry.Vertices = new Vector3[layer.point.count];
// break up polygons by surface
Dictionary<lwSurface, int> surfGroupCounts = new Dictionary<lwSurface, int>();
for (int i = 0; i < layer.polygon.pol.Length; i++)
{
lwPolygon polygon = layer.polygon.pol[i];
if (surfGroupCounts.ContainsKey(polygon.surf))
surfGroupCounts[polygon.surf]++;
else
surfGroupCounts[polygon.surf] = 1;
}
int[] groupIndices = new int[surfGroupCounts.Count];
model.MaterialIndices = new ABMaterialIndex[surfGroupCounts.Count];
for (int i = 0; i < layer.polygon.pol.Length; i++)
{
lwPolygon polygon = layer.polygon.pol[i];
if (surfGroupCounts.ContainsKey(polygon.surf))
surfGroupCounts[polygon.surf]++;
else
surfGroupCounts[polygon.surf] = 1;
}
}
// match up clips to materials
}
return null;
}
public ABScene3D LoadScene(string file)
{
string path = file.Substring(0, file.Length - Path.GetFileName(file).Length);
// parse file into 3ds structures
ThreeDSFileData data = ThreeDSParser.ParseFromFile(file);
// convert to AB
ABScene3D scene = new ABScene3D();
ABMaterial[] materials = null;
if (data.materials != null && data.materials.Count > 0)
{
materials = new ABMaterial[data.materials.Count];
for (int mIdx = 0; mIdx < data.materials.Count; mIdx++)
{
ABMaterial material = materials[mIdx] = new ABMaterial();
material.Name = data.materials[mIdx].name;
material.Ambient = new ABColorARGB();
material.Ambient.A = 255;
material.Ambient.R = data.materials[mIdx].ambient.r;
material.Ambient.G = data.materials[mIdx].ambient.g;
material.Ambient.B = data.materials[mIdx].ambient.b;
material.Diffuse = new ABColorARGB();
material.Diffuse.A = 255;
material.Diffuse.R = data.materials[mIdx].diffuse.r;
material.Diffuse.G = data.materials[mIdx].diffuse.g;
material.Diffuse.B = data.materials[mIdx].diffuse.b;
// convert to absolute path
if (data.materials[mIdx].texture == null || Path.IsPathRooted(data.materials[mIdx].texture))
material.TextureName = data.materials[mIdx].texture;
else
material.TextureName = path + data.materials[mIdx].texture;
// match file
if (material.TextureName != null)
{
string filename = Path.GetFileNameWithoutExtension(material.TextureName).ToLower();
string ext = Path.GetExtension(material.TextureName).ToLower();
string[] files = Directory.GetFiles(path);
foreach (string fn in files)
{
string fno = Path.GetFileNameWithoutExtension(fn).ToLower();
if (fno.StartsWith(filename) && Path.GetExtension(fn).ToLower() == ext)
{
material.TextureName = fn;
break;
}
}
}
}
}
int numMeshes = data.GetNumFaceGroups();
if (numMeshes > 0)
{
scene.Models = new ABModel3D[numMeshes];
int meshIdx = 0;
foreach (ThreeDSObject obj in data.objects)
{
foreach (ThreeDSMesh mesh in obj.meshes)
{
scene.Models[meshIdx++] = ConvertMesh(mesh, materials);
}
}
}
return scene;
}
private void ReBuildSceneBuffers()
{
if (device != null && contentType == ContentTypes.SurfacePlot)
{
if (abScene != null)
abScene.Dispose();
abScene = new ABScene3D();
// Geometry
abScene.Models = softRender.ToAvalonBridgeModel();
abScene.Models[1].Geometry.Clr = softRender.PenColor.ToArgb();
abScene.Models[0].BuildBuffers(device);
abScene.Models[1].BuildBuffers(device);
abScene.CalcBounds();
// Cameras
abScene.Cameras = new ABCamera[1];
abScene.Cameras[0] = new ABCameraSpherical(abScene.BoundingSphere * 2f, abScene.Origin);
abScene.Cameras[0].Scroll(new Vector3());
abScene.CurrentCamera = 0;
}
}
