public static void ParseToObject()
{
LoadObjFileHandler Obj = new LoadObjFileHandler("cube.obj");
Console.WriteLine("Result: " + Obj.LoadObj().ToString());
SimpleWaveFrontService _WaveService = new SimpleWaveFrontService(Obj);
_WaveService.LookForVertexs();
_WaveService.LookForNormals();
_WaveService.LookForTextureVertex();
_WaveService.LookForFaces(1);
SimpleWaveFront waveFront = _WaveService.WaveFront;
var vertexs = waveFront.Vertexs;
var normals = waveFront.Normal;
var textVertexs = waveFront.TexVertexs;
var faces = waveFront.Faces;
var i = 1;
foreach (var face in faces)
{
Console.WriteLine($"\n\nFace {i}");
Console.WriteLine("Vertexs:");
face.VertIndicies.ForEach(a => Console.Write(a + ", "));
Console.WriteLine("\nNormals:");
face.NormIndicies.ForEach(a => Console.Write(a + ", "));
Console.WriteLine("\nTextureVertexs:");
face.TexIndicies.ForEach(a => Console.Write(a + ", "));
i++;
}
}
public void LookForFaces_IsFindingFaces2TypeFromRawText_FoundProperFaces()
{
SimpleWaveFrontService waveService = new SimpleWaveFrontService(obj);
var facesIndicies = waveService.LookForFaces(2);
bool CompareResult =
(util.Compare(facesIndicies[0], new Face()
{
VertIndicies = new List <int>()
{
6, 4, 0
},
}) == 1)
&&
(util.Compare(facesIndicies[1], new Face()
{
VertIndicies = new List <int>()
{
1, 3, 4
},
}) == 1);
Assert.True(CompareResult);
}
public static void Interpolation()
{
LoadObjFileHandler Obj = new LoadObjFileHandler("cube.obj");
Console.WriteLine("Result: " + Obj.LoadObj().ToString());
SimpleWaveFrontService _WaveService = new SimpleWaveFrontService(Obj);
_WaveService.LookForVertexs();
_WaveService.LookForNormals();
_WaveService.LookForTextureVertex();
_WaveService.LookForFaces(1);
SimpleWaveFront waveFront = _WaveService.WaveFront;
var vertexs = waveFront.Vertexs;
var normals = waveFront.Normal;
var textVertexs = waveFront.TexVertexs;
var faces = waveFront.Faces;
var i = 1;
foreach (var face in faces)
{
Console.WriteLine($"\n\nFace {i}");
Console.WriteLine("Vertexs:");
face.VertIndicies.ForEach(a =>
{
Console.WriteLine($"{a}. x={vertexs[a].XAxis}, y={vertexs[a].YAxis}, z={vertexs[a].ZAxis}");
});
Console.WriteLine("\nNormals:");
face.NormIndicies.ForEach(a =>
{
Console.WriteLine($"{a}. x={normals[a].XAxis}, y={normals[a].YAxis}, z={normals[a].ZAxis}");
});
Console.WriteLine("\nTextureVertexs:");
face.VertIndicies.ForEach(a =>
{
Console.WriteLine($"{a}. x={textVertexs[a].XAxis}, y={textVertexs[a].YAxis}");
});
i++;
}
}
public void LookForVertexes_IsFindingVertexesFromRawText_FoundProperVertexs()
{
SimpleWaveFrontService waveService = new SimpleWaveFrontService(obj);
var vertexs = waveService.LookForVertexs();
bool CompareResult = (util.Compare(vertexs[0], new Vertex()
{
XAxis = 45, YAxis = -1, ZAxis = -1
}) == 1 &&
util.Compare(vertexs[1], new Vertex()
{
XAxis = 1, YAxis = -22, ZAxis = 1
}) == 1);
Assert.True(CompareResult);
}
public void LookForNomals_IsFindingNormalsFromRawText_FoundProperNormals()
{
SimpleWaveFrontService waveService = new SimpleWaveFrontService(obj);
var normals = waveService.LookForNormals();
bool CompareResult =
(util.Compare(normals[0], new Normal()
{
XAxis = 0, YAxis = -1, ZAxis = 0
}) == 1) &&
(util.Compare(normals[1], new Normal()
{
XAxis = 0, YAxis = 1, ZAxis = 0
}) == 1);
Assert.True(CompareResult);
}
public void LookForTextureVertex_IsFindingTexVertexFromRawText_FoundProperTextVertexs()
{
SimpleWaveFrontService waveService = new SimpleWaveFrontService(obj);
var texVerts = waveService.LookForTextureVertex();
bool CompareResult =
(util.Compare(texVerts[0], new TextureVertex()
{
XAxis = 0.5f, YAxis = 0.2f
}) == 1) &&
(util.Compare(texVerts[1], new TextureVertex()
{
XAxis = 0.35f, YAxis = 0.4f
}) == 1);
Assert.True(CompareResult);
}
public static void FindTextureVertexs()
{
LoadObjFileHandler Obj = new LoadObjFileHandler("cube.obj");
Console.WriteLine("Result: " + Obj.LoadObj().ToString());
SimpleWaveFrontService _WaveService = new SimpleWaveFrontService(Obj);
List <TextureVertex> texVerts = new List <TextureVertex>();
texVerts = _WaveService.LookForTextureVertex();
var i = 1;
Console.WriteLine("Founded Vertexes: \n");
foreach (var texVert in texVerts)
{
Console.WriteLine($"{i}. x={texVert.XAxis}, y={texVert.YAxis}");
i++;
}
}
public static void FindNormals()
{
LoadObjFileHandler Obj = new LoadObjFileHandler("cube.obj");
Console.WriteLine("Result: " + Obj.LoadObj().ToString());
SimpleWaveFrontService _WaveService = new SimpleWaveFrontService(Obj);
List <Normal> normals = new List <Normal>();
normals = _WaveService.LookForNormals();
var i = 1;
Console.WriteLine("Founded Vertexes: \n");
foreach (var normlas in normals)
{
Console.WriteLine($"{i}. x={normlas.XAxis}, y={normlas.YAxis}, z={normlas.ZAxis}");
i++;
}
}
public static void FindVertexs()
{
LoadObjFileHandler Obj = new LoadObjFileHandler("cube.obj");
Console.WriteLine("Result: " + Obj.LoadObj().ToString());
SimpleWaveFrontService _WaveService = new SimpleWaveFrontService(Obj);
List <Vertex> vertexs = new List <Vertex>();
vertexs = _WaveService.LookForVertexs();
var i = 1;
Console.WriteLine("Founded Vertexes: \n");
foreach (var vertex in vertexs)
{
Console.WriteLine($"{i}. x={vertex.XAxis}, y={vertex.YAxis}, z={vertex.ZAxis}");
i++;
}
}
static void Main(string[] args)
{
//Presentation.FindVertexs();
//Presentation.ParseToObject();
//Presentation.Interpolation();
string name_ = "ZROBOT";
for (var i = 0; i <= 5; i++)
{
work(name_ + i);
}
work("ZROBOT");
void work(string name)
{
LoadObjFileHandler Obj = new LoadObjFileHandler(name + ".obj");
Console.WriteLine("File Loaded: " + Obj.LoadObj().ToString());
SimpleWaveFrontService _WaveService = new SimpleWaveFrontService(Obj);
FileStreamHandler FileNormal = new FileStreamHandler(name + "Normals.txt");
FileStreamHandler FileVertex = new FileStreamHandler(name + "Vertex.txt");
FileStreamHandler FileFaces = new FileStreamHandler(name + "Faces.txt");
FileStreamHandler FileTextures = new FileStreamHandler("Textures.txt");
FileStreamHandler Stats = new FileStreamHandler(name + "Stats.txt");
_WaveService.LookForVertexs();
_WaveService.LookForNormals();
//_WaveService.LookForTextureVertex();
_WaveService.LookForFaces(2);
SimpleWaveFront waveFront = _WaveService.WaveFront;
var vertexs = waveFront.Vertexs;
var normals = waveFront.Normal;
var textVertexs = waveFront.TexVertexs;
var faces = waveFront.Faces;
#region normals
Console.WriteLine("\nNomals:\n");
StringBuilder nr = new StringBuilder();
foreach (var norm in normals)
{
//Console.Write($"{norm.XAxis}, {norm.YAxis}, {norm.ZAxis}, | ");
nr.Append($"{norm.XAxis}, {norm.YAxis}, {norm.ZAxis}, ");
}
FileNormal.AppendTextToFIle(nr.ToString());
Console.WriteLine("\n" + String.Concat(Enumerable.Repeat("_", 120)));
#endregion
Console.WriteLine("\nVertex:\n");
StringBuilder sb = new StringBuilder();
foreach (var vert in vertexs)
{
//Console.Write($"{vert.XAxis}, {vert.YAxis}, {vert.ZAxis}, | ");
//sb.Append($"{{ {vert.XAxis}, {vert.YAxis}, {vert.ZAxis} }}, ");
sb.Append($"{vert.XAxis} {vert.YAxis} {vert.ZAxis} ");
}
FileVertex.AppendTextToFIle(sb.ToString());
Console.WriteLine("\n" + String.Concat(Enumerable.Repeat("_", 120)));
#region texture
//Console.WriteLine("\nVerTexture:\n");
//foreach (var tVert in textVertexs)
//{
// Console.Write($"{tVert.XAxis}, {tVert.YAxis} | ");
// FileTextures.AppendTextToFIle($"{tVert.XAxis} {tVert.YAxis} ");
//}
//Console.WriteLine("\n" + String.Concat(Enumerable.Repeat("_", 120)));
#endregion
Console.WriteLine("\nIndicies:\n");
StringBuilder sa = new StringBuilder();
foreach (var face in faces)
{
face.VertIndicies.ForEach(a =>
{
//Console.Write($"{a}, ");
//sa.Append(a.ToString() + ", ");
sa.Append(a.ToString() + " ");
});
// Console.Write(" | ");
}
FileFaces.AppendTextToFIle(sa.ToString());
Console.WriteLine("\n" + String.Concat(Enumerable.Repeat("_", 120)) + "\n");
Stats.AppendTextToFIle($"Vertex: {(vertexs.Count * 3).ToString()} \n");
Stats.AppendTextToFIle($"Indicies: {(faces.Count * 3).ToString()}");
Stats.AppendTextToFIle($"Normals: {(normals.Count * 3).ToString()}");
}
}
