public void BuildData(ref List <Model3D.MeshData> meshes)
{
finalMesh = newFinalMesh();
for (int t = 0; t < TempMeshes.Count; t++)
{
uint indexCount = 0;
Model3D.MeshData md = new Model3D.MeshData();
Bitmap bmp = textureImages[t];
md.texture = ContentPipe.LoadTexture(ref bmp);
md.texture.TextureParamS = textureInfo[t].wrapS;
md.texture.TextureParamT = textureInfo[t].wrapT;
TempMesh temp = TempMeshes[t];
for (int i = 0; i < temp.vertices.Count; i++)
{
int vExists = doesVertexAlreadyExist(t, temp.vertices[i], temp.texCoords[i], temp.colors[i]);
if (vExists < 0)
{
Vector2 texCoord = temp.texCoords[i];
texCoord.X /= (float)bmp.Width * 32.0f;
texCoord.Y /= (float)bmp.Height * 32.0f;
temp.final.vertices.Add(temp.vertices[i]);
temp.final.texCoords.Add(texCoord);
temp.final.colors.Add(temp.colors[i]);
temp.final.indices.Add(indexCount);
indexCount++;
}
else
{
temp.final.indices.Add((uint)vExists);
}
}
meshes.Add(md);
}
}
public void BuildData(List <Model3D.MeshData> meshes)
{
//TextureAtlasBuilder.TextureAtlas atlas = new TextureAtlasBuilder.TextureAtlas(textureImages);
//atlas.outputToPNG("TestAtlas.png");
finalMesh = newFinalMesh();
for (int t = 0; t < TempMeshes.Count; t++)
{
uint indexCount = 0;
meshes.Add(new Model3D.MeshData());
//if (t != 0) continue;
//TextureAtlasBuilder.TextureAtlas.AtlasEntry atlasEntry = atlas.getEntryFromID((uint)t);
Model3D.MeshData md = meshes[t];
md.texture = ContentPipe.LoadTexture(textureImages[t]);
md.texture.TextureParamS = textureInfo[t].wrapS;
md.texture.TextureParamT = textureInfo[t].wrapT;
//Console.WriteLine("[Building]: " + (OpenTK.Graphics.OpenGL.All)md.texture.TextureParamS + "," +(OpenTK.Graphics.OpenGL.All)md.texture.TextureParamT);
TempMesh temp = TempMeshes[t];
for (int i = 0; i < temp.vertices.Count; i++)
{
int vExists = doesVertexAlreadyExist(t, temp.vertices[i], temp.texCoords[i], temp.colors[i]);
if (vExists < 0)
{
Vector2 texCoord = temp.texCoords[i];
texCoord.X /= (float)textureImages[t].Width * 32.0f;
texCoord.Y /= (float)textureImages[t].Height * 32.0f;
temp.final.vertices.Add(temp.vertices[i]);
temp.final.texCoords.Add(texCoord);
temp.final.colors.Add(temp.colors[i]);
temp.final.indices.Add(indexCount);
indexCount++;
}
else
{
temp.final.indices.Add((uint)vExists);
}
}
}
}
public void BuildData(List <Model3D.MeshData> meshes)
{
if (meshes.Count != 0)
{
System.Console.WriteLine("duplicate");
}
{
int target_c = (int)TempMeshes.count + meshes.Count;
if (meshes.Capacity < target_c)
{
meshes.Capacity = target_c;
}
}
Dictionary <TempVertex, TempVertex> vert_temp = null;
Model3D.MeshData md;
TempMesh mesh_iter;
TempVertex vert_iter;
uint mesh_iter_n, vert_iter_n, next_ind, u_pos; int v_count;
float fw, fh;
for (mesh_iter = TempMeshes.first,
mesh_iter_n = TempMeshes.count;
0 != mesh_iter_n;
mesh_iter = mesh_iter.next,
--mesh_iter_n)
{
v_count = null == (object)(
vert_temp = TempVertex.Process(ref mesh_iter.references.list, utilize: vert_temp)
) ? 0 : vert_temp.Count;
md = new Model3D.MeshData()
{
vertices = new Vector3[v_count],
normals = new Vector3[v_count],
colors = new Vector4[v_count],
texCoord = new Vector2[v_count],
indices = new uint[mesh_iter.references.list.count],
texture = ContentPipe.LoadTexture(
mesh_iter.references.bmp,
mesh_iter.value.info.wrapS,
mesh_iter.value.info.wrapT),
material = mesh_iter.value.getMaterial(),
};
fw = ((uint)mesh_iter.references.bmp.Width << 5);
fh = ((uint)mesh_iter.references.bmp.Height << 5);
for (
u_pos = 0, next_ind = 0,
vert_iter = mesh_iter.references.list.first,
vert_iter_n = mesh_iter.references.list.count;
0 != vert_iter_n;
vert_iter = vert_iter.next,
u_pos++,
--vert_iter_n)
{
md.indices[u_pos] = vert_iter.index;
if (vert_iter.index != next_ind)
{
continue;
}
md.vertices[next_ind] = vert_iter.value.position;
md.texCoord[next_ind].X = vert_iter.value.texCoord.X / fw;
md.texCoord[next_ind].Y = vert_iter.value.texCoord.Y / fh;
md.normals[next_ind] = vert_iter.value.normal;
md.colors[next_ind] = vert_iter.value.color;
next_ind++;
}
meshes.Add(md);
}
}
