bool CheckNormalsOption(CustomModelData d)
{
bool bCheck = d.normals != (ModelImporterNormals)baseNormalsOption;
// 같은대 조건이 Calculate이면
if (!bCheck && baseNormalsOption == NORMALS.Calculate)
{
if (d.smoothingAngle < baseSmoothingAngle)
{
bCheck = true;
}
}
return(bCheck);
}
void GetModelDataFromFolders()
{
modelGUID.Clear();
savedModelData.Clear();
modelGUID.AddRange(AssetDatabase.FindAssets("t:Model", new string[] { selectedFolder }));
foreach (string GUID in modelGUID)
{
CustomModelData data = new CustomModelData();
if (data.InitFromGUID(GUID))
{
savedModelData.Add(data);
}
}
}
//Indexx Format(16)
bool CheckIndexFormat(CustomModelData d)
{
return(d.IndexFormat != baseIndexFormat);
}
bool CheckVertexColor(CustomModelData d)
{
return(d.vertextColorSet != BOOLTobool(baseVertexColorSet));
}
bool CheckUVCount(CustomModelData d)
{
return(d.useUVCount >= baseUVCount);
}
bool CheckMaterialSearch(CustomModelData d)
{
return(d.materialSearch != (ModelImporterMaterialSearch)baseMaterialSearch);
}
bool CheckMaterialNaming(CustomModelData d)
{
return(d.materialName != (ModelImporterMaterialName)baseMaterialName);
}
bool CheckMeshCompression(CustomModelData d)
{
return(d.meshCompression != baseMeshCompression);
}
bool CheckImportMaterials(CustomModelData d)
{
return(d.importMaterials != BOOLTobool(baseImportMaterials));
}
bool CheckGenerateLightmapUVs(CustomModelData d)
{
return(d.generateLightmapUVs != BOOLTobool(baseGenerateLightmapUVs));
}
//bool CheckKeepQuads(CustomModelData d)
//{
// return d.keepQuads != BOOLTobool(baseKeepQuads);
//}
bool CheckSwapUVs(CustomModelData d)
{
return(d.swapUV != BOOLTobool(baseSwapUVs));
}
bool CheckGenerateColliders(CustomModelData d)
{
return(d.generateColliders != BOOLTobool(baseGenerateColliders));
}
bool CheckImportBlendShapes(CustomModelData d)
{
return(d.importBlendShapes != BOOLTobool(baseImportBlendShapes));
}
bool CheckOptimizeMesh(CustomModelData d)
{
return(d.optimizeMesh != BOOLTobool(baseOptimizeMesh));
}
bool CheckReadWriteEnabled(CustomModelData d)
{
return(d.readWriteEnabled != BOOLTobool(baseReadWriteEnabled));
}
bool CheckImportAnimation(CustomModelData d)
{
return(d.ImportAnimation != BOOLTobool(baseImportAnimation));
}
string GetStringWrongFilterType(CustomModelData t)
{
string strWrongType = " ";
if (t.nWrongCheckType != 0)
{
if (GetCheckType(t.nWrongCheckType, CheckType.CheckScaleFactor))
{
strWrongType += "1 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckMeshCompression))
{
strWrongType += "2 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckReadWriteEnabled))
{
strWrongType += "3 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckOptimizeMesh))
{
strWrongType += "4 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckImportBlendShapes))
{
strWrongType += "5 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckGenerateColliders))
{
strWrongType += "6 ";
}
//if (GetCheckType(CheckType.CheckKeepQuads))
//{
// AddModelData(CheckType.CheckScaleFactor, savedModelData.Where(t => CheckKeepQuads(t)));
//}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckSwapUVs))
{
strWrongType += "7 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckGenerateLightmapUVs))
{
strWrongType += "8 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckImportMaterials))
{
strWrongType += "9 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckTangents))
{
strWrongType += "10 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckMaterialNaming))
{
strWrongType += "11 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckMaterialSearch))
{
strWrongType += "12 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckUVCount))
{
strWrongType += "13 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckVertexColor))
{
strWrongType += "14 ";
}
if (GetCheckType(t.nWrongCheckType, CheckType.CheckNormalsOption))
{
strWrongType += "15 ";
}
//Index Format
if (GetCheckType(t.nWrongCheckType, CheckType.CheckIndexFormat))
{
strWrongType += "16 ";
}
//Import Animation
if (GetCheckType(t.nWrongCheckType, CheckType.CheckImportAnimation))
{
strWrongType += "17 ";
}
}
return(strWrongType);
}
bool CheckTangents(CustomModelData d)
{
return(d.tangents != (ModelImporterTangents)baseTangents);
}