public void AddSubMesh(Mesh subMesh, MeshChecker checker)
{
foreach (var v in subMeshList)
{
if (v.meshObject == subMesh)
{
return;
}
}
SubMeshData data = new SubMeshData();
data.meshObject = subMesh;
data.format = GetMeshFormat(subMesh);
data.name = subMesh.name;
data.vertexCount = subMesh.vertexCount;
data.tranCount = subMesh.triangles.Length / 3;
subMeshList.Add(data);
//重算总体顶点以及面数
checkMap[checker.meshSubMeshCount] = subMeshList.Count;
checkMap[checker.meshVertexCount] = subMeshList.Sum(x => x.vertexCount);
checkMap[checker.meshTrangleCount] = subMeshList.Sum(x => x.tranCount);
}
public override void InitDetailCheckObject(Object obj)
{
MeshChecker checker = currentChecker as MeshChecker;
Mesh mesh = obj as Mesh;
ModelImporter importer = AssetImporter.GetAtPath(assetPath) as ModelImporter;
//Mesh的object直接指向FBX根物体
checkObject = AssetDatabase.LoadAssetAtPath <Object>(assetPath);
checkMap[checker.previewItem] = AssetPreview.GetMiniThumbnail(checkObject);
string readable = buildInType;
string compression = buildInType;
string tangent = buildInType;
string optimize = buildInType;
string normal = buildInType;
string blendshape = buildInType;
string animation = buildInType;
string genCollider = buildInType;
string keepQuads = buildInType;
string swapUVs = buildInType;
string generateLightMapUVs = buildInType;
float scale = 1.0f;
if (importer != null)
{
readable = importer.isReadable.ToString();
optimize = importer.optimizeMesh.ToString();
blendshape = importer.importBlendShapes.ToString();
animation = importer.animationType.ToString();
normal = importer.importNormals.ToString();
tangent = importer.importTangents.ToString();
compression = importer.meshCompression.ToString();
genCollider = importer.addCollider.ToString();
swapUVs = importer.swapUVChannels.ToString();
generateLightMapUVs = importer.generateSecondaryUV.ToString();
scale = importer.globalScale;
}
checkMap.Add(checker.meshSubMeshCount, 0);
checkMap.Add(checker.meshVertexCount, 0);
checkMap.Add(checker.meshTrangleCount, 0);
if (mesh == null && checker.isReloadCheckItem)
{
List <string> oriSubMeshList = subMeshList.Select(x => x.name).ToList();
subMeshList.Clear();
foreach (var v in EditorUtility.CollectDependencies(new Object[] { obj }))
{
if (v is Mesh)
{
mesh = v as Mesh;
if (oriSubMeshList.Contains(mesh.name))
{
AddSubMesh(mesh, checker);
}
}
}
}
checkMap.Add(checker.meshFormat, GetMeshFormat(mesh));
checkMap.Add(checker.meshReadable, readable);
checkMap.Add(checker.meshImortBlendShaps, blendshape);
checkMap.Add(checker.meshGenCollider, genCollider);
checkMap.Add(checker.meshSwapUVs, swapUVs);
checkMap.Add(checker.meshGenLightMapUVs, generateLightMapUVs);
checkMap.Add(checker.meshKeepQuads, keepQuads);
checkMap.Add(checker.meshOptimized, optimize);
checkMap.Add(checker.meshAnimSetting, animation);
checkMap.Add(checker.meshCompression, compression);
checkMap.Add(checker.meshTanSetting, tangent);
checkMap.Add(checker.meshNormalSetting, normal);
checkMap.Add(checker.meshScaleFactor, scale);
}
public MeshDetail(Object obj, MeshChecker checker) : base(obj, checker)
{
}