public SportsController(AspModel db)
{
this.db = db;
}
public TeamsController(AspModel db)
{
this.db = db;
}
// ========================================================
public static void Main()
{
SearchOption SOAD = SearchOption.AllDirectories;
string[] filesName = Directory.GetFiles(Directory.GetCurrentDirectory(), "*.asp", SOAD);
System.Threading.Thread.CurrentThread.CurrentCulture = new CultureInfo("en-US");
// ========================================================
foreach (var file in filesName)
{
using (BinaryReader br = new BinaryReader(File.Open(file, FileMode.Open)))
{
string name = file.Replace(".asp", "");
using (StreamWriter objw = new StreamWriter(name + ".obj"))
{
using (StreamWriter mtlw = new StreamWriter(name + ".mtl"))
{
Console.WriteLine("====== Beginning ASP import... ======");
model = new AspModel();
FourCC chunkId = new FourCC();
while (model.readFourCC(br, ref chunkId))
{
if (chunkId.ToString() == "BMSH")
{
model.readBMSH(br);
}
else if (chunkId.ToString() == "BONH")
{
model.readBONH(br);
}
else if (chunkId.ToString() == "BSUB")
{
model.readBSUB(br);
}
else if (chunkId.ToString() == "BSMM")
{
model.readBSMM(br);
}
else if (chunkId.ToString() == "BVTX")
{
model.readBVTX(br);
}
else if (chunkId.ToString() == "BCRN")
{
model.readBCRN(br);
}
else if (chunkId.ToString() == "WCRN")
{
model.readWCRN(br);
}
else if (chunkId.ToString() == "BVMP")
{
model.readBVMP(br);
}
else if (chunkId.ToString() == "BTRI")
{
model.readBTRI(br);
}
else if (chunkId.ToString() == "BVWL")
{
model.readBVWL(br);
}
else if (chunkId.ToString() == "STCH")
{
model.readSTCH(br);
}
else if (chunkId.ToString() == "RPOS")
{
model.readRPOS(br);
}
else if (chunkId.ToString() == "BBOX")
{
model.readBBOX(br);
}
// else if (chunkId.ToString() == "BEND") model.readBEND(br); // ó ìåíÿ îøèáêà EOF -_-
else
{
} // Unhandled chunk; Ignore it.
}
Console.WriteLine("====== Reached end of ASP data ======");
//==========================================================
objw.WriteLine("");
Console.WriteLine("Writing OBJ...");
int subMeshIndex = 0;
var subMeshes = model.subMeshes;
objw.WriteLine("# File generated by asp2obj from DSiege ASPECT \"" + file + "\".");
objw.WriteLine("mtllib " + name + ".mtl");
// Per-vertex info:
foreach (var mesh in subMeshes)
{
objw.WriteLine("g AspMesh_" + subMeshIndex++);
// Vertexes: //----------------------------------------------------------
foreach (var c in mesh.wCorners)
{
Vec3 v = new Vec3 {
X = (c.pos.X * modelScale),
Y = -(c.pos.Z * modelScale),
Z = (c.pos.Y * modelScale)
};
objw.WriteLine("v " + v.X + " " + v.Y + " " + v.Z);
}
objw.WriteLine();
// Vertex normals: //----------------------------------------------------
foreach (var c in mesh.wCorners)
{
Vec3 n = c.normal;
objw.WriteLine("vn " + n.X + " " + n.Y + " " + n.Z);
}
objw.WriteLine();
// Texture coordinates: //-----------------------------------------------
foreach (var c in mesh.wCorners)
{
Vec2 t = c.texCoord;
objw.WriteLine("vt " + t.U + " " + t.V);
}
objw.WriteLine();
}
// Faces:
subMeshIndex = 0;
int cornerOffset = 0;
var modelTextures = model.textureNames;
foreach (var mesh in subMeshes)
{
objw.WriteLine("g AspMesh_" + subMeshIndex++);
int f = 0;
for (int i = 0; i < mesh.textureCount; ++i)
{
objw.WriteLine("usemtl " + modelTextures[mesh.matInfo[i].textureIndex]);
objw.WriteLine("s 1\n"); // Allow smooth shading.
for (int j = 0; j < mesh.matInfo[i].faceSpan; ++j)
{
var offset = mesh.faceInfo.cornerStart[i] + cornerOffset;
var a = mesh.faceInfo.cornerIndex[f].index[0] + offset + 1;
var b = mesh.faceInfo.cornerIndex[f].index[1] + offset + 1;
var c = mesh.faceInfo.cornerIndex[f].index[2] + offset + 1; // +1 for the OBJ
// Position + texture + normal
objw.WriteLine("f " + a + "/" + a + "/" + a + " "
+ b + "/" + b + "/" + b + " "
+ c + "/" + c + "/" + c + "\n");
++f;
}
}
cornerOffset += mesh.cornerCount;
}
objw.WriteLine();
Console.WriteLine("OBJ Finished.");
//==========================================================
Console.WriteLine("Writing MTL...");
subMeshes = model.subMeshes;
modelTextures = model.textureNames;
mtlw.WriteLine();
foreach (var mesh in subMeshes)
{
for (int i = 0; i < mesh.textureCount; ++i)
{
var textureName = modelTextures[mesh.matInfo[i].textureIndex];
mtlw.WriteLine("newmtl " + textureName);
mtlw.WriteLine("Ka 0.00 0.00 0.00"); // Ambient
mtlw.WriteLine("Kd 1.00 1.00 1.00"); // Diffuse
mtlw.WriteLine("Ks 0.50 0.50 0.50"); // Specular
mtlw.WriteLine("Ns 95.00"); // Specular exponent/power
mtlw.WriteLine("map_Kd " + (textureName + texFileNameExt));
}
}
mtlw.WriteLine();
Console.WriteLine("MTL Finished.");
//==========================================================
} //using sw
} //using sw
} //using br
} // foreach (var file in filesName)
} // public static void Main()
