private void ReadMeshMaterialList(XFileTokenReader tokenReader) { if (tokenReader.FileReader.GetNextToken() == XToken.Name) { tokenReader.ReadName(); } tokenReader.ReadAssert(XToken.OpenedBrace); int nMaterials = tokenReader.ReadIntegerFromList(); int nFaceIndexes = tokenReader.ReadIntegerFromList(); this.MaterialsFacesIndices.Capacity = nFaceIndexes; for (int i = 0; i < nFaceIndexes; i++) { this.MaterialsFacesIndices.Add(tokenReader.ReadIntegerFromList()); } for (int i = 0; i < nMaterials; i++) { XToken token = tokenReader.FileReader.GetNextToken(); if (token == XToken.OpenedBrace) { tokenReader.ReadAssert(XToken.OpenedBrace); string reference = tokenReader.ReadName(); tokenReader.ReadAssert(XToken.ClosedBrace); XMaterial material = new XMaterial { Name = reference, IsReference = true }; this.Materials.Add(material); } else { string identifier = tokenReader.ReadName(); switch (identifier) { case "Material": { XMaterial material = XMaterial.Read(tokenReader); this.Materials.Add(material); break; } default: throw new InvalidDataException(); } } } tokenReader.ReadAssert(XToken.ClosedBrace); }
private void ReadFile(IXFileReader fileReader) { var tokenReader = new XFileTokenReader(fileReader); var templateReader = new XFileTemplateReader(tokenReader); while (fileReader.GetNextToken() == XToken.Template) { Tuple <string, Guid> template = templateReader.ReadTemplate(); this.Templates.Add(template); } bool headerRead = false; bool animTicksPerSecondRead = false; while (fileReader.GetNextToken() == XToken.Name) { string identifier = tokenReader.ReadName(); switch (identifier) { case "Header": { if (headerRead) { throw new InvalidDataException(); } tokenReader.ReadAssert(XToken.OpenedBrace); int majorVersion = tokenReader.ReadIntegerFromList(); int minorVersion = tokenReader.ReadIntegerFromList(); this.FileVersion = new Version(majorVersion, minorVersion); this.FileFlags = tokenReader.ReadIntegerFromList(); tokenReader.ReadAssert(XToken.ClosedBrace); headerRead = true; break; } case "Material": { XMaterial material = XMaterial.Read(tokenReader); this.Materials.Add(material); break; } case "Mesh": { XMesh mesh = XMesh.Read(tokenReader); this.Meshes.Add(mesh); break; } case "Frame": { XFrame frame = XFrame.Read(tokenReader); this.Frames.Add(frame); break; } case "AnimationSet": { XAnimationSet animationSet = XAnimationSet.Read(tokenReader); this.AnimationSets.Add(animationSet); break; } case "AnimTicksPerSecond": { if (animTicksPerSecondRead) { throw new InvalidDataException(); } tokenReader.ReadAssert(XToken.OpenedBrace); this.AnimTicksPerSecond = tokenReader.ReadIntegerFromList(); tokenReader.ReadAssert(XToken.ClosedBrace); animTicksPerSecondRead = true; break; } default: throw new NotImplementedException(); } } }
internal static XMaterial Read(XFileTokenReader tokenReader) { var material = new XMaterial(); if (tokenReader.FileReader.GetNextToken() == XToken.Name) { material.Name = tokenReader.ReadName(); } tokenReader.ReadAssert(XToken.OpenedBrace); material.FaceColor = new XColorRgba { Red = tokenReader.ReadFloatFromList(), Green = tokenReader.ReadFloatFromList(), Blue = tokenReader.ReadFloatFromList(), Alpha = tokenReader.ReadFloatFromList() }; material.Power = tokenReader.ReadFloatFromList(); material.SpecularColor = new XColorRgb { Red = tokenReader.ReadFloatFromList(), Green = tokenReader.ReadFloatFromList(), Blue = tokenReader.ReadFloatFromList() }; material.EmissiveColor = new XColorRgb { Red = tokenReader.ReadFloatFromList(), Green = tokenReader.ReadFloatFromList(), Blue = tokenReader.ReadFloatFromList() }; bool textureFilenameRead = false; bool effectInstanceRead = false; while (tokenReader.FileReader.GetNextToken() != XToken.ClosedBrace) { string identifier = tokenReader.ReadName(); switch (identifier) { case "TextureFilename": if (textureFilenameRead) { throw new InvalidDataException(); } material.ReadTextureFilename(tokenReader); textureFilenameRead = true; break; case "EffectInstance": if (effectInstanceRead) { throw new InvalidDataException(); } material.EffectInstance = XEffectInstance.Read(tokenReader); effectInstanceRead = true; break; default: throw new InvalidDataException(); } } tokenReader.ReadAssert(XToken.ClosedBrace); return(material); }