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    copied!<p>After some failed attempts on successfully implement the importer, I finally figured out how to make it work.</p> <pre><code>namespace Importer { class ImportHandler { List&lt;string&gt; inputString; Readanyfile read= new Readanyfile(); int num_frames, start, end, frame_rate; GraphicsDevice graphicsDevice; classes_stat.KeyFrameAnimation Animation; public ImportHandler(GraphicsDevice graphicsDevice, Game game,string _inputFile) { this.graphicsDevice = graphicsDevice; this.inputString = read.Load(); ReadRawScene(); } string ReadStringValue(string str) { var value = str.Split(' ')[1]; return value; } public int strToInt(string str) { var value = str.Split(' ')[1]; return int.Parse(value); } public float strToFloat(string str) { var value = str.Split(' ')[1]; return float.Parse(value); } public double strToDouble(string str) { var value = str.Split(' ')[1]; try { return double.Parse(value, System.Globalization.CultureInfo.InvariantCulture); } catch { return (double) 0.1f; } } private static float[] ParseFloatArray(string str, int count) { var floats = new float[count]; var segments = str.Split(' '); for (int i = 0; i &lt; count; i++) { if (i &lt; segments.Length) { try { floats[i] = (float)double.Parse(segments[i], System.Globalization.CultureInfo.InvariantCulture); } catch { floats[i] = 0; } } } return floats; } private Vector2 ParseVector2(string str) { var components = ParseFloatArray(str, 3); var vec = new Vector2(components[0], components[1]); return components[2] == 0 ? vec : vec / components[2]; } private Vector3 ParseVector3(string str) { var components = ParseFloatArray(str, 4); var vec = new Vector3(components[0], components[1], components[2]); return components[3] == 0 ? vec : vec / components[3]; } public void ReadRawScene() { List&lt;classes_stat.KeyFrame&gt; tempAni = new List&lt;classes_stat.KeyFrame&gt;(); for (int i = 0; i &lt; inputString.Count(); i++ ) { if (inputString[i].StartsWith("num_frames")) { num_frames = strToInt(inputString[i]); } if (inputString[i].StartsWith("start")) { start = strToInt(inputString[i]); } if (inputString[i].StartsWith("end")) { end = strToInt(inputString[i]); } if (inputString[i].StartsWith("frame_rate")) { frame_rate = strToInt(inputString[i]); } if (inputString[i].StartsWith("frame")) { tempAni.Add(ReadFrames(strToInt(inputString[i]), i, inputString)); } Animation = new classes_stat.KeyFrameAnimation(frame_rate, start, end, num_frames, tempAni); } } public classes_stat.KeyFrame ReadFrames(int frameIndex,int currentIndex, List&lt;string&gt; inputString ) { List&lt;MeshFromBinary&gt; tempOutPutMesh = new List&lt;MeshFromBinary&gt;(); List&lt;CameraFromBinary&gt; tempOutPutCam = new List&lt;CameraFromBinary&gt;(); for (int i = currentIndex + 3; i &lt; inputString.Count(); i++) { if (inputString[i].StartsWith("meshes")) { int count = strToInt(inputString[i]); for (int x = 0; x &lt; count; x++) { MeshFromBinary temp = ReadMeshes(i, inputString); tempOutPutMesh.Add(temp); } } if (inputString[i].StartsWith("cameras")) { int count = strToInt(inputString[i]); for (int x = 0; x &lt; count; x++) { tempOutPutCam.Add(ReadCameras(i, inputString)); } } if (inputString[i].StartsWith("frame")) { break; } } classes_stat.KeyFrame frame = new classes_stat.KeyFrame(frameIndex, tempOutPutMesh, tempOutPutCam); return frame; } private MeshFromBinary ReadMeshes(int currentIndex, List&lt;string&gt; inputString) { int tempCurrentIndex = 0; List&lt;classes_stat.MyOwnVertexFormat&gt; temp = new List&lt;classes_stat.MyOwnVertexFormat&gt;(); string name; Texture2D color = ContentTextures.crateTexture; Texture2D bump = ContentTextures.crateTexture; double bumpDepth = 0; List&lt;Vector3&gt; tmpPos = new List&lt;Vector3&gt;(); List&lt;Vector3&gt; tmpNor = new List&lt;Vector3&gt;(); List&lt;Vector3&gt; tmpTan = new List&lt;Vector3&gt;(); List&lt;Vector2&gt; tmpUV = new List&lt;Vector2&gt;(); int numberofvertices = 0; for (int i = currentIndex; i &lt; inputString.Count(); i++) { if (inputString[i].StartsWith("name")) { name = ReadStringValue(inputString[i]); } if (inputString[i].StartsWith("color")) { string tmp = ReadStringValue(inputString[i]); System.IO.FileStream stream = new System.IO.FileStream(tmp, System.IO.FileMode.Open); color = Texture2D.FromStream(graphicsDevice, stream); stream.Close(); stream.Dispose(); //temp.Add(ReadStringValue()); } if (inputString[i].StartsWith("normalMap")) { string tmp = ReadStringValue(inputString[i]); System.IO.FileStream stream = new System.IO.FileStream(tmp, System.IO.FileMode.Open); bump = Texture2D.FromStream(graphicsDevice, stream); stream.Close(); stream.Dispose(); } if (inputString[i].StartsWith("bumpDepth")) { bumpDepth = strToDouble(inputString[i]); } if (inputString[i].StartsWith("vertices")) { numberofvertices = strToInt(inputString[i]); } if (inputString[i].StartsWith("v")) { tempCurrentIndex = (i - 1); break; } } for (int i = tempCurrentIndex; i &lt; inputString.Count(); i++) { if (inputString[i].StartsWith("v")) { tmpPos.Add(ParseVector3(inputString[i])); } if (inputString[i].StartsWith("vn")) { tmpNor.Add(ParseVector3(inputString[i])); } if (inputString[i].StartsWith("t")) { tmpTan.Add(ParseVector3(inputString[i])); } if (inputString[i].StartsWith("vt")) { tmpUV.Add(ParseVector2(inputString[i])); } if (inputString[i].StartsWith("cameras")) { break; } if (inputString[i].StartsWith("name")) { break; } } for (int i = 0; i &lt; numberofvertices; i++) { temp.Add(new classes_stat.MyOwnVertexFormat(tmpPos[i], tmpNor[i], tmpTan[i], tmpUV[i])); } MeshFromBinary mMesh; return mMesh = new MeshFromBinary(graphicsDevice, temp, color, bump, bumpDepth); } private CameraFromBinary ReadCameras(int currentIndex, List&lt;string&gt; inputString) { int tempCurrentIndex = 0; CameraFromBinary temp; string name; Vector3 tmpPos = new Vector3(); Vector3 tmpDir = new Vector3(); Vector3 tmpUp = new Vector3(); double tmpV_FOV = new double(); double tmpH_FOV = new double(); double tmpNear_clipping_plane = new double(); double tmpFar_clipping_plane = new double(); double tmpAspect_ratio = new double(); for (int i = currentIndex; i &lt; inputString.Count(); i++) { if (inputString[i].StartsWith("name")) { System.Console.WriteLine(ReadStringValue(inputString[i])); name = ReadStringValue(inputString[i]); tempCurrentIndex = (i + 1); break; } } for (int i = tempCurrentIndex; i &lt; inputString.Count(); i++) { if (inputString[i].StartsWith("eye")) { tmpPos = ParseVector3(inputString[i]); } else if (inputString[i].StartsWith("up")) { tmpUp = ParseVector3(inputString[i]); } else if (inputString[i].StartsWith("rotXYZ")) { tmpDir = ParseVector3(inputString[i]); } else if (inputString[i].StartsWith("v_fov")) { tmpV_FOV = strToDouble(inputString[i]); } else if (inputString[i].StartsWith("h_fov")) { tmpH_FOV = strToDouble(inputString[i]); } else if (inputString[i].StartsWith("near_clipping_plane")) { tmpNear_clipping_plane = strToDouble(inputString[i]); } else if (inputString[i].StartsWith("far_clipping_plane")) { tmpFar_clipping_plane = strToDouble(inputString[i]); } else if (inputString[i].StartsWith("aspect_ratio")) { tmpAspect_ratio = strToDouble(inputString[i]); } else if (inputString[i].StartsWith("frame")) { break; } else if (inputString[i].StartsWith("cameras")) { break; } else if (inputString[i].StartsWith("name")) { break; } } return temp = new CameraFromBinary(tmpPos, tmpDir, tmpV_FOV, tmpAspect_ratio, tmpNear_clipping_plane, tmpFar_clipping_plane); } } } </code></pre>
 

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