/// <summary>
///
/// </summary>
private void WriteXmlLibraryGeometries()
{
this.WriteXmlLibraryGeometriesBegin();
foreach (KeyValuePair <Tuple <Document, ElementId>, IList <ModelGeometry> > current in this.documentAndMaterialIdToGeometries)
{
Tuple <Document, ElementId> key = current.Key;
if (current.Value != null && current.Value.Count > 0)
{
ModelMaterial exportedMaterial = this.documentAndMaterialIdToExportedMaterial[key];
this.sb.Clear();
this.WriteXmlGeometryBegin(key.GetHashCode(), exportedMaterial);
this.WriteXmlGeometrySourcePositions(key.GetHashCode(), current.Value);
this.WriteXmlGeometrySourceNormals(key.GetHashCode(), current.Value);
this.WriteXmlGeometrySourceMap(key.GetHashCode(), exportedMaterial, current.Value);
this.WriteXmlGeometryVertices(key.GetHashCode());
this.WriteXmlGeometryTrianglesWithMap(key.GetHashCode(), current.Value);
this.WriteXmlGeometryEnd();
int val = 10485760;
while (this.sb.Length > 0)
{
int length = Math.Min(val, this.sb.Length);
this.streamWriter.Write(this.sb.ToString(0, length));
this.sb.Remove(0, length);
}
}
}
this.WriteXmlLibraryGeometriesEnd();
}
private void WriteXmlGeometrySourceMap(int documentAndMaterialIdHash, ModelMaterial exportedMaterial, IList <ModelGeometry> geometries)
{
Func <ModelGeometry, int> arg_20_1;
if ((arg_20_1 = Inner.T__19_0) == null)
{
arg_20_1 = (Inner.T__19_0 = new Func <ModelGeometry, int>(Inner.T.b__19_0));
}
//计算points（顶点）数
int num = geometries.Sum(arg_20_1);
this.sb.AppendFormat("<source id=\"geom-{0}-map\">\n", documentAndMaterialIdHash);
this.sb.AppendFormat("<float_array id=\"geom-{0}-map-array\" count=\"{1}\">\n", documentAndMaterialIdHash, num * 2);
//迭代geometries
foreach (ModelGeometry current in geometries)
{
for (int i = 0; i < current.Uvs.Count; i++)
{
UV uV = current.Uvs[i];
double num2 = uV.U;
double num3 = uV.V;
if (Math.Abs(exportedMaterial.TextureRotationAngle) > 1.0)
{
double textureOffsetU = exportedMaterial.TextureOffsetU;
double textureOffsetV = exportedMaterial.TextureOffsetV;
num2 = Math.Cos(exportedMaterial.TextureRotationAngle) * (uV.U - textureOffsetU) - Math.Sin(exportedMaterial.TextureRotationAngle) * (uV.V - textureOffsetV) + textureOffsetU;
num3 = Math.Sin(exportedMaterial.TextureRotationAngle) * (uV.U - textureOffsetU) + Math.Cos(exportedMaterial.TextureRotationAngle) * (uV.V - textureOffsetV) + textureOffsetV;
}
num2 = (num2 - exportedMaterial.TextureOffsetU) * exportedMaterial.TextureScaleU;
num3 = (num3 - exportedMaterial.TextureOffsetV) * exportedMaterial.TextureScaleV;
current.Uvs[i] = new UV(num2, num3);
}
for (int j = 0; j < current.Uvs.Count; j++)
{
UV uV2 = current.Uvs[j];
this.sb.AppendFormat(CultureInfo.InvariantCulture.NumberFormat, "{0:0.##} {1:0.##} ", new object[]
{
uV2.U,
uV2.V
});
}
}
this.sb.Append("</float_array>\n");
this.sb.Append("<technique_common>\n");
this.sb.AppendFormat("<accessor source=\"#geom-{0}-map-array\" count=\"{1}\" stride=\"2\">\n", documentAndMaterialIdHash, num);
this.sb.Append("<param name=\"S\" type=\"float\"/>\n");
this.sb.Append("<param name=\"T\" type=\"float\"/>\n");
this.sb.Append("</accessor>\n");
this.sb.Append("</technique_common>\n");
this.sb.Append("</source>\n");
}
public void SetLibraryGeometries()
{
foreach (KeyValuePair <Tuple <Document, ElementId>, IList <ModelGeometry> > current in this.Geometries)
{
Tuple <Document, ElementId> key = current.Key;
if (current.Value != null && current.Value.Count > 0)
{
ModelMaterial exportedMaterial = this.Material[key];
string nodeName = exportedMaterial.Name;
GeometrySourcePositions(key.GetHashCode(), current.Value, nodeName);
GeometrySourceNormals(key.GetHashCode(), current.Value);
GeometrySourceMap(key.GetHashCode(), exportedMaterial, current.Value);
GeometryVertices(key.GetHashCode());
GeometryTrianglesWithMap(key.GetHashCode(), current.Value);
}
}
}
private ModelMaterial ExportMaterial(Tuple <Document, ElementId> documentAndMaterialId)
{
Document item = documentAndMaterialId.Item1;
ElementId item2 = documentAndMaterialId.Item2;
ModelMaterial exportedMaterial = new ModelMaterial();
Material material = item.GetElement(item2) as Material;
if (material != null && material.IsValidObject)
{
exportedMaterial.Name = textureFinder.CleanName(material.Name, userSetting);
if (material.Color.IsValid)
{
exportedMaterial.Color = System.Drawing.Color.FromArgb(material.Color.Red, material.Color.Green, material.Color.Blue);
}
exportedMaterial.Shininess = material.Shininess;
exportedMaterial.Transparency = material.Transparency;
if (material.AppearanceAssetId != ElementId.InvalidElementId)
{
Asset asset = (item.GetElement(material.AppearanceAssetId) as AppearanceAssetElement).GetRenderingAsset();
if (asset.Size == 0)
{
AssetSetIterator assetSetIterator = libraryAssetSet.ForwardIterator();
while (assetSetIterator.MoveNext())
{
Asset asset2 = assetSetIterator.Current as Asset;
if (asset2 != null && asset2.Name == asset.Name)
{
asset = asset2;
break;
}
}
}
textureFinder.FindDiffuseTexturePathFromAsset(exportedMaterial, asset);
AssetPropertyDoubleArray4d assetPropertyDoubleArray4d = asset.FindByName("generic_diffuse") as AssetPropertyDoubleArray4d;
if (assetPropertyDoubleArray4d != null)
{
exportedMaterial.Color = System.Drawing.Color.FromArgb((byte)(assetPropertyDoubleArray4d.GetValueAsDoubles().ElementAt(1) * 255.0), ((byte)(assetPropertyDoubleArray4d.GetValueAsDoubles().ElementAt(1) * 255.0)), (byte)(assetPropertyDoubleArray4d.GetValueAsDoubles().ElementAt(2) * 255.0));
}
}
}
return(exportedMaterial);
}
private void WriteXmlLibraryMaterials()
{
this.streamWriter.Write("<library_materials>\n");
foreach (KeyValuePair <Tuple <Document, ElementId>, ModelMaterial> current in this.documentAndMaterialIdToExportedMaterial)
{
int hashCode = current.Key.GetHashCode();
ModelMaterial value = current.Value;
string text = this.Utf16ToUtf8(value.Name);
this.streamWriter.Write(string.Concat(new string[]
{
"<material id=\"material-",
hashCode.ToString(),
"\" name=\"",
text,
"\">\n"
}));
this.streamWriter.Write("<instance_effect url=\"#effect-" + hashCode.ToString() + "\" />\n");
this.streamWriter.Write("</material>\n");
}
this.streamWriter.Write("</library_materials>\n");
}
//TODO
private void WriteXmlLibraryGeometriesSeparate()
{
this.WriteXmlLibraryGeometriesBegin();
//迭代documentAndMaterialIdToGeometries
foreach (KeyValuePair <Tuple <Document, ElementId>, IList <ModelGeometry> > current in this.documentAndMaterialIdToGeometries)
{
//将文档，及元素ID赋值给key
Tuple <Document, ElementId> key = current.Key;
//迭代current.Value也即是ExportedGeometry
foreach (ModelGeometry current2 in current.Value)
{
//新建类型为ExportedGeometry的列表
IList <ModelGeometry> list = new List <ModelGeometry>();
//将导出模型加入到列表中。
list.Add(current2);
//判断列表非空并大于零
if (list != null && list.Count > 0)
{
ModelMaterial exportedMaterial = this.documentAndMaterialIdToExportedMaterial[key];
this.sb.Clear();
this.WriteXmlGeometryBegin(current2.GetHashCode(), exportedMaterial);
this.WriteXmlGeometrySourcePositions(current2.GetHashCode(), list);
this.WriteXmlGeometrySourceNormals(current2.GetHashCode(), list);
this.WriteXmlGeometrySourceMap(current2.GetHashCode(), exportedMaterial, list);
this.WriteXmlGeometryVertices(current2.GetHashCode());
this.WriteXmlGeometryTrianglesWithMap(current2.GetHashCode(), list);
this.WriteXmlGeometryEnd();
this.streamWriter.Write(this.sb.ToString());
}
list.Clear();
}
}
this.WriteXmlLibraryGeometriesEnd();
}
internal string b__24_0(ModelMaterial o)
{
return(o.TexturePath);
}
private void WriteXmlLibraryEffects()
{
this.streamWriter.Write("<library_effects>\n");
foreach (KeyValuePair <Tuple <Document, ElementId>, ModelMaterial> current in this.documentAndMaterialIdToExportedMaterial)
{
int hashCode = current.Key.GetHashCode();
ModelMaterial value = current.Value;
this.streamWriter.Write(string.Concat(new string[]
{
"<effect id=\"effect-",
hashCode.ToString(),
"\" name=\"",
this.Utf16ToUtf8(value.Name),
"\">\n"
}));
this.streamWriter.Write("<profile_COMMON>\n");
this.streamWriter.Write("<technique sid=\"common\">\n");
this.streamWriter.Write("<phong>\n");
this.streamWriter.Write("<ambient>\n");
this.streamWriter.Write("<color>0.1 0.1 0.1 1.0</color>\n");
this.streamWriter.Write("</ambient>\n");
this.streamWriter.Write("<diffuse>\n");
if (value.TexturePath.Length > 0)
{
this.streamWriter.Write("<texture texture=\"image-" + value.TexturePath.GetHashCode() + "\" texcoord=\"CHANNEL0\"/>\n");
}
else
{
this.streamWriter.Write(string.Concat(new string[]
{
"<color>",
Convert.ToString((double)value.Color.R / 255.0, CultureInfo.InvariantCulture.NumberFormat),
" ",
Convert.ToString((double)value.Color.G / 255.0, CultureInfo.InvariantCulture.NumberFormat),
" ",
Convert.ToString((double)value.Color.B / 255.0, CultureInfo.InvariantCulture.NumberFormat),
" 1.0</color>\n"
}));
}
this.streamWriter.Write("</diffuse>\n");
this.streamWriter.Write("<specular>\n");
this.streamWriter.Write("<color>1.0 1.0 1.0 1.0</color>\n");
this.streamWriter.Write("</specular>\n");
this.streamWriter.Write("<shininess>\n");
this.streamWriter.Write("<float>" + Convert.ToString(value.Shininess, CultureInfo.InvariantCulture.NumberFormat) + "</float>\n");
this.streamWriter.Write("</shininess>\n");
this.streamWriter.Write("<reflective>\n");
this.streamWriter.Write("<color>0 0 0 1.0</color>\n");
this.streamWriter.Write("</reflective>\n");
this.streamWriter.Write("<reflectivity>\n");
this.streamWriter.Write("<float>1.0</float>\n");
this.streamWriter.Write("</reflectivity>\n");
this.streamWriter.Write("<transparent opaque=\"RGB_ZERO\">\n");
this.streamWriter.Write("<color>1.0 1.0 1.0 1.0</color>\n");
this.streamWriter.Write("</transparent>\n");
this.streamWriter.Write("<transparency>\n");
this.streamWriter.Write("<float>" + Convert.ToString(value.Transparency, CultureInfo.InvariantCulture.NumberFormat) + "</float>\n");
this.streamWriter.Write("</transparency>\n");
this.streamWriter.Write("</phong>\n");
this.streamWriter.Write("</technique>\n");
this.streamWriter.Write("</profile_COMMON>\n");
this.streamWriter.Write("</effect>\n");
}
this.streamWriter.Write("</library_effects>\n");
}
private void WriteXmlGeometryBegin(int documentAndMaterialIdHash, ModelMaterial exportedMaterial)
{
this.sb.AppendFormat("<geometry id=\"geom-{0}\" name=\"{1}\">\n", documentAndMaterialIdHash, this.Utf16ToUtf8(exportedMaterial.Name));
this.sb.Append("<mesh>\n");
}
private void GeometrySourceMap(int documentAndMaterialIdHash, ModelMaterial exportedMaterial, IList <ModelGeometry> geometries)
{
}
/// <summary>
/// GetTexturePath2 获取贴图路径
/// </summary>
internal string GetTexturePath2(ModelMaterial o)
{
return(o.TexturePath);
}
/// <summary>
/// GetTexturePath2 获取贴图路径
/// </summary>
internal string GetTexturePath1(ModelMaterial o) //GetTexturePath1
{
return(o.TexturePath);
}
/// <summary>
/// IsValidTexturePath 判断贴图路径是否为空。
/// </summary>
internal bool IsValidTexturePath(ModelMaterial m)
{
return(m.TexturePath != string.Empty);
}
/// <summary>
/// 从Asset资源中查找漫反射纹理路径
/// </summary>
/// <param name="exportedMaterial">被导出的材质</param>
/// <param name="asset">Asset资源</param>
public void FindDiffuseTexturePathFromAsset(ModelMaterial exportedMaterial, Asset asset)
{
//判读asset是否为空
if (asset == null)
{
//为空结束函数。
return;
}
try
{
//不为空 创建新的变量asset2，并调用本类中的查找贴图资源，条件为asset变量。
Asset assetTexture = FindTextureAsset(asset);
//判断 assetTexture 是否为空
if (assetTexture != null)
{
//非空则查找资源中的"unifiedbitmap_Bitmap"文件并修复文件路径为绝对路径。
exportedMaterial.TexturePath = (assetTexture.FindByName("unifiedbitmap_Bitmap") as AssetPropertyString).Value;
exportedMaterial.TexturePath = FixTexturePath(exportedMaterial.TexturePath);
//定义资源属性距离
AssetPropertyDistance assetPropertyDistance;
//判断资产中是否包含“texture_RealWorldScaleX”
if (assetTexture.FindByName("texture_RealWorldScaleX") != null)
{
//"包含texture_RealWorldScaleX"则将值赋值给assetPropertyDistance
assetPropertyDistance = (assetTexture.FindByName("texture_RealWorldScaleX") as AssetPropertyDistance);
}
else
{
//否则 "unifiedbitmap_RealWorldScaleX 真实世界尺度" 将未定义赋值给assetPropertyDistance
assetPropertyDistance = (assetTexture.FindByName("unifiedbitmap_RealWorldScaleX") as AssetPropertyDistance);
}
//判断距离属性非空，转换后的值（资源距离属性附加单位距离）除以1 得到小数，赋值给纹理U比例尺
if (assetPropertyDistance != null)
{
exportedMaterial.TextureScaleU = 1.0 / UnitUtils.ConvertToInternalUnits(assetPropertyDistance.Value, assetPropertyDistance.DisplayUnitType);
}
//创建新的资源距离属性2重复上述步骤，将纹理缩放赋值给exportedMaterial.TextureScaleV
AssetPropertyDistance assetPropertyDistance2;
if (assetTexture.FindByName("texture_RealWorldScaleY") != null)
{
assetPropertyDistance2 = (assetTexture.FindByName("texture_RealWorldScaleY") as AssetPropertyDistance);
}
else
{
assetPropertyDistance2 = (assetTexture.FindByName("unifiedbitmap_RealWorldScaleY") as AssetPropertyDistance);
}
if (assetPropertyDistance2 != null)
{
exportedMaterial.TextureScaleV = 1.0 / UnitUtils.ConvertToInternalUnits(assetPropertyDistance2.Value, assetPropertyDistance.DisplayUnitType);
}
//判断是否存在texture_RealWorldOffsetX 存在 创建assetPropertyDistance3，不存在默认使用未定义。
//将纹理贴图偏移量加上单位赋值给exportedMaterial.TextureOffsetU
AssetPropertyDistance assetPropertyDistance3;
if (assetTexture.FindByName("texture_RealWorldOffsetX") != null)
{
assetPropertyDistance3 = (assetTexture.FindByName("texture_RealWorldOffsetX") as AssetPropertyDistance);
}
else
{
assetPropertyDistance3 = (assetTexture.FindByName("unifiedbitmap_RealWorldOffsetX") as AssetPropertyDistance);
}
if (assetPropertyDistance3 != null)
{
exportedMaterial.TextureOffsetU = UnitUtils.ConvertToInternalUnits(assetPropertyDistance3.Value, assetPropertyDistance3.DisplayUnitType);
}
AssetPropertyDistance assetPropertyDistance4;
if (assetTexture.FindByName("texture_RealWorldOffsetY") != null)
{
assetPropertyDistance4 = (assetTexture.FindByName("texture_RealWorldOffsetY") as AssetPropertyDistance);
}
else
{
assetPropertyDistance4 = (assetTexture.FindByName("unifiedbitmap_RealWorldOffsetY") as AssetPropertyDistance);
}
if (assetPropertyDistance4 != null)
{
exportedMaterial.TextureOffsetV = UnitUtils.ConvertToInternalUnits(assetPropertyDistance4.Value, assetPropertyDistance4.DisplayUnitType);
}
//查找texture_WAngle 并赋值给assetPropertyDoubl不存在则使用默认未定义。之后赋值给exportedMaterial.TextureRotationAngle加上某个数值。
AssetPropertyDouble assetPropertyDouble;
if (assetTexture.FindByName("texture_WAngle") != null)
{
assetPropertyDouble = (assetTexture.FindByName("texture_WAngle") as AssetPropertyDouble);
}
else
{
assetPropertyDouble = (assetTexture.FindByName("unifiedbitmap_WAngle") as AssetPropertyDouble);
}
if (assetPropertyDouble != null)
{
exportedMaterial.TextureRotationAngle = assetPropertyDouble.Value;
exportedMaterial.TextureRotationAngle *= 0.017453292519943295;
}
}
}
catch (Exception)
{
}
}
