public static TestParms CreateParmsForCube()
{
TestParms parm = new TestParms();
parm.image = new BitMap3d(200, 200, 200, 240);
parm.seed = new Int16Triple(50, 50, 50);
parm.min = 0;
parm.max = 255;
return(parm);
}
public static TestParms CreateParmsForBackPack()
{
TestParms parm = new TestParms();
parm.image = new BitMap3d(512, 512, 373, BitMap3d.BLACK);
parm.image.ReadRaw("D://VTKproj//backpack8.raw");
parm.seed = new Int16Triple(53, 390, 160);
parm.min = 46;
parm.max = 255;
return(parm);
}
public static TestParms CreateParmsForEngine()
{
TestParms parm = new TestParms();
parm.image = new BitMap3d(256, 256, 128, BitMap3d.BLACK);
parm.image.ReadRaw("D://VTKproj//engine.raw");
parm.seed = new Int16Triple(149, 44, 43);
parm.min = 64;
parm.max = 255;
return(parm);
}
public static TestParms CreateParmsForPhantom()
{
TestParms parm = new TestParms();
parm.image = new BitMap3d(512, 512, 442, BitMap3d.BLACK);
parm.image.ReadRaw("D://VTKproj//colon_phantom8.raw");
parm.seed = new Int16Triple(256, 256, 227);
parm.max = 255;
parm.min = 42;
return(parm);
}
public static TestParms CreateParmsForLobster()
{
TestParms parm = new TestParms();
parm.image = new BitMap3d(301, 324, 56, BitMap3d.BLACK);
parm.image.ReadRaw("D://VTKproj//lobster.raw");
parm.seed = new Int16Triple(124, 168, 27);
parm.min = 37;
parm.max = 255;
return(parm);
}
private static void Test()
{
TestParms parm = TestParms.CreateParmsForEngine();
BitMap3d bmp = new BitMap3d(parm.image.data, parm.image.width, parm.image.height, parm.image.depth);
for (int i = 0; i < bmp.data.Length; i++)
{
if (bmp.data[i] >= parm.min && bmp.data[i] <= parm.max)
{
bmp.data[i] = BitMap3d.WHITE;
}
else
{
bmp.data[i] = BitMap3d.BLACK;
}
}
CuberilleProcessor smc = new CuberilleProcessor(bmp);
Mesh m = smc.GeneratorSurface();
PlyManager.Output(m, @"D:\VTKproj\engine_cubic.ply");
}