private static void CreateMiniThing(ref SpecialTextures tex, List<int> rads, Color color)
{
tex = new SpecialTextures();
foreach (int rad in rads)
tex.Add(rad.ToString(), new Texture(Drawing.OurDevice, CreateSphere(rad * ((MiniMap.Size*1.0)/WorkSpace.MapLen), color), Usage.None, Pool.Managed));
}
/// <summary>
/// Exports the model to an .obj file
/// </summary>
/// <param name="baseVertex">The number of vertices we have processed so far in the model</param>
/// <param name="objExportType"></param>
/// <param name="vertexCount">The number of vertices in this model</param>
/// <param name="activeTexture"></param>
/// <param name="lastUsedTexture"></param>
/// <returns></returns>
public List <string> GetMeshExport(int baseVertex, string activeTexture, ObjExportType objExportType,
out int vertexCount,
out string lastUsedTexture)
{
var frames = new List <string>();
var usedVertices = new List <int>();
var unusedVertices = new List <int>();
int currentPolygon = 0;
var faceOutput = new StringBuilder();
// First assemble the faces that are needed
foreach (RenderGroup group in RenderGroups)
{
int textureIndex = group.TextureIndex;
int polygonCount = group.PolygonCount;
List <int> activeArray = null;
bool bitmapValid = false;
// Figure out the correct export array
if (objExportType == ObjExportType.Textured)
{
activeArray = MaterialList.Materials[textureIndex].IsInvisible ? unusedVertices : usedVertices;
bitmapValid = true;
}
else if (objExportType == ObjExportType.Collision)
{
activeArray = usedVertices;
bitmapValid = false;
}
else if (objExportType == ObjExportType.Water)
{
if (MaterialList.Materials[textureIndex].IsInvisible)
{
activeArray = unusedVertices;
bitmapValid = false;
}
else
{
string bitmapName = MaterialList.Materials[textureIndex].TextureInfoReference.TextureInfo
.BitmapNames[0].Filename;
activeArray = SpecialTextures.IsWater(bitmapName) ? usedVertices : unusedVertices;
bitmapValid = SpecialTextures.IsWater(bitmapName);
}
}
else if (objExportType == ObjExportType.Lava)
{
if (MaterialList.Materials[textureIndex].IsInvisible)
{
activeArray = unusedVertices;
bitmapValid = false;
}
else
{
string bitmapName = MaterialList.Materials[textureIndex].TextureInfoReference.TextureInfo
.BitmapNames[0].Filename;
activeArray = SpecialTextures.IsLava(bitmapName) ? usedVertices : unusedVertices;
bitmapValid = SpecialTextures.IsLava(bitmapName);
}
}
else if (objExportType == ObjExportType.NoSpecialZones)
{
if (MaterialList.Materials[textureIndex].IsInvisible)
{
activeArray = unusedVertices;
bitmapValid = false;
}
else
{
string bitmapName = MaterialList.Materials[textureIndex].TextureInfoReference.TextureInfo
.BitmapNames[0].Filename;
if (SpecialTextures.IsWater(bitmapName) || SpecialTextures.IsLava(bitmapName))
{
activeArray = unusedVertices;
bitmapValid = false;
}
else
{
activeArray = usedVertices;
bitmapValid = true;
}
}
}
if (!MaterialList.Materials[textureIndex].IsInvisible && objExportType != ObjExportType.Collision)
{
string bitmapName = MaterialList.Materials[textureIndex].TextureInfoReference.TextureInfo
.BitmapNames[0].Filename;
string pngName = bitmapName.Substring(0, bitmapName.Length - 4);
string materialName =
ImageWriter.GetExportedImageName(pngName, MaterialList.Materials[textureIndex].ShaderType);
if (materialName != activeTexture && bitmapValid)
{
faceOutput.AppendLine(LanternStrings.ObjUseMtlPrefix + materialName);
activeTexture = materialName;
}
}
for (int j = 0; j < polygonCount; ++j)
{
int vertex1 = Polygons[currentPolygon].Vertex1 + baseVertex + 1;
int vertex2 = Polygons[currentPolygon].Vertex2 + baseVertex + 1;
int vertex3 = Polygons[currentPolygon].Vertex3 + baseVertex + 1;
if (!Polygons[currentPolygon].Solid && objExportType == ObjExportType.Collision)
{
continue;
}
if (activeArray == usedVertices)
{
int index1 = vertex1 - unusedVertices.Count;
int index2 = vertex2 - unusedVertices.Count;
int index3 = vertex3 - unusedVertices.Count;
// Vertex + UV
if (objExportType != ObjExportType.Collision)
{
faceOutput.AppendLine("f " + index3 + "/" + index3 + " "
+ index2 + "/" + index2 + " " +
+index1 + "/" + index1);
}
else
{
faceOutput.AppendLine("f " + index3 + " "
+ index2 + " " +
+index1);
}
}
AddIfNotContained(activeArray, Polygons[currentPolygon].Vertex1);
AddIfNotContained(activeArray, Polygons[currentPolygon].Vertex2);
AddIfNotContained(activeArray, Polygons[currentPolygon].Vertex3);
currentPolygon++;
}
}
var vertexOutput = new StringBuilder();
usedVertices.Sort();
int frameCount = 1;
if (AnimatedVertices != null)
{
frameCount += AnimatedVertices.Frames.Count;
}
for (int i = 0; i < frameCount; ++i)
{
// Add each vertex
foreach (var usedVertex in usedVertices)
{
vec3 vertex;
if (i == 0)
{
vertex = Vertices[usedVertex];
}
else
{
if (AnimatedVertices == null)
{
continue;
}
vertex = AnimatedVertices.Frames[i - 1][usedVertex];
}
vertexOutput.AppendLine("v " + (vertex.x + Center.x) + " " + (vertex.y + Center.y) + " " +
(vertex.z + Center.z));
if (objExportType == ObjExportType.Collision)
{
continue;
}
vec2 vertexUvs = TextureUvCoordinates[usedVertex];
vertexOutput.AppendLine("vt " + vertexUvs.x + " " + vertexUvs.y);
}
frames.Add(vertexOutput.ToString() + faceOutput);
vertexOutput.Clear();
}
vertexCount = usedVertices.Count;
lastUsedTexture = activeTexture;
// Ensure that output use the decimal point rather than the comma (as in Germany)
for (var i = 0; i < frames.Count; i++)
{
frames[i] = frames[i].Replace(',', '.');
}
return(frames);
}