static void UpdateVoxelSlices(ref MyVoxelMaterialEntry entry, IDynamicFileArrayTexture cm, string[] cmXZnY,
string[] cmY, IDynamicFileArrayTexture ng,
string[] ngXZnY, string[] ngY, IDynamicFileArrayTexture ext, string[] extXZnY, string[] extY)
{
int index = 0;
entry.SliceNear1.X = cm.GetOrAddSlice(cmXZnY[index]);
entry.SliceNear1.Y = cm.GetOrAddSlice(cmY[index]);
entry.SliceNear1.Z = ng.GetOrAddSlice(ngXZnY[index]);
entry.SliceNear1.W = ng.GetOrAddSlice(ngY[index]);
entry.SliceNear2.X = ext.GetOrAddSlice(extXZnY[index]);
entry.SliceNear2.Y = ext.GetOrAddSlice(extY[index]);
index = 1;
entry.SliceFar1.X = cm.GetOrAddSlice(cmXZnY[index]);
entry.SliceFar1.Y = cm.GetOrAddSlice(cmY[index]);
entry.SliceFar1.Z = ng.GetOrAddSlice(ngXZnY[index]);
entry.SliceFar1.W = ng.GetOrAddSlice(ngY[index]);
entry.SliceFar2.X = ext.GetOrAddSlice(extXZnY[index]);
entry.SliceFar2.Y = ext.GetOrAddSlice(extY[index]);
index = 2;
entry.SliceFar21.X = cm.GetOrAddSlice(cmXZnY[index]);
entry.SliceFar21.Y = cm.GetOrAddSlice(cmY[index]);
entry.SliceFar21.Z = ng.GetOrAddSlice(ngXZnY[index]);
entry.SliceFar21.W = ng.GetOrAddSlice(ngY[index]);
entry.SliceFar22.X = ext.GetOrAddSlice(extXZnY[index]);
entry.SliceFar22.Y = ext.GetOrAddSlice(extY[index]);
}
public void CreateOnStartup()
{
MyDynamicFileArrayTextureManager manager = MyManagers.DynamicFileArrayTextures;
FileArrayTextureVoxelCM = manager.CreateTexture("MyGlobalResources.FileArrayTextureVoxelCM",
MyFileTextureEnum.COLOR_METAL, MyGeneratedTexturePatterns.ColorMetal_BC7_SRgb, Format.BC7_UNorm_SRgb);
FileArrayTextureVoxelNG = manager.CreateTexture("MyGlobalResources.FileArrayTextureVoxelNG",
MyFileTextureEnum.NORMALMAP_GLOSS, MyGeneratedTexturePatterns.NormalGloss_BC7, Format.BC7_UNorm);
FileArrayTextureVoxelExt = manager.CreateTexture("MyGlobalResources.FileArrayTextureVoxelExt",
MyFileTextureEnum.EXTENSIONS, MyGeneratedTexturePatterns.Extension_BC7_SRgb, Format.BC7_UNorm_SRgb);
}
static Vector4I GetSlices(IDynamicFileArrayTexture tex, string[] filepaths)
{
Vector4I v;
v.X = tex.GetOrAddSlice(filepaths[0]);
v.Y = tex.GetOrAddSlice(filepaths[1]);
v.Z = tex.GetOrAddSlice(filepaths[2]);
v.W = 0;
return(v);
}
public void CreateOnStartup()
{
MyDynamicFileArrayTextureManager manager = MyManagers.DynamicFileArrayTextures;
FileArrayTextureVoxelCM = manager.CreateTexture("MyGlobalResources.FileArrayTextureVoxelCM",
MyFileTextureEnum.COLOR_METAL, MyGeneratedTexturePatterns.ColorMetal_BC7_SRgb, Format.BC7_UNorm_SRgb);
FileArrayTextureVoxelNG = manager.CreateTexture("MyGlobalResources.FileArrayTextureVoxelNG",
MyFileTextureEnum.NORMALMAP_GLOSS, MyGeneratedTexturePatterns.NormalGloss_BC7, Format.BC7_UNorm);
FileArrayTextureVoxelExt = manager.CreateTexture("MyGlobalResources.FileArrayTextureVoxelExt",
MyFileTextureEnum.EXTENSIONS, MyGeneratedTexturePatterns.Extension_BC7_SRgb, Format.BC7_UNorm_SRgb);
}
int GetArrayIndexFromFilepath(string filepath, MyChannel channel, Vector2I resolution)
{
IDynamicFileArrayTexture fileArrayTex = GetArrayTextureFromFilepath(filepath, channel, resolution);
if (fileArrayTex == null)
{
return(DEFAULT_ARRAY_TEXTURE_INDEX);
}
int index = fileArrayTex.GetOrAddSlice(filepath);
return(index);
}
public void DisposeTex(ref IDynamicFileArrayTexture inTex)
{
if (inTex == null)
{
return;
}
MyDynamicFileArrayTexture tex = (MyDynamicFileArrayTexture)inTex;
//if (m_texarraysAutodestroyed.Contains(tex))
// m_texarraysAutodestroyed.Remove(tex);
tex.Release();
m_objectsPool.Deallocate(tex);
inTex = null;
}
public MyMeshMaterialId GetOrCreateMaterialId(MyMeshMaterialInfo info)
{
Vector2I defaultTextureSize = GetDefaultTextureSize(info.ColorMetal_Texture, info.NormalGloss_Texture,
info.Extensions_Texture, info.Alphamask_Texture);
IDynamicFileArrayTexture cmArrayTex = GetArrayTextureFromFilepath(info.ColorMetal_Texture,
MyChannel.ColorMetal, defaultTextureSize);
int cmIndex = cmArrayTex.GetOrAddSlice(info.ColorMetal_Texture);
IDynamicFileArrayTexture ngArrayTex = GetArrayTextureFromFilepath(info.NormalGloss_Texture,
MyChannel.NormalGloss, defaultTextureSize);
int ngIndex = ngArrayTex.GetOrAddSlice(info.NormalGloss_Texture);
IDynamicFileArrayTexture extArrayTex = GetArrayTextureFromFilepath(info.Extensions_Texture,
MyChannel.Extension, defaultTextureSize);
int extIndex = extArrayTex.GetOrAddSlice(info.Extensions_Texture);
info.ColorMetal_Texture = cmArrayTex.Name;
info.NormalGloss_Texture = ngArrayTex.Name;
info.Extensions_Texture = extArrayTex.Name;
MyMaterialKey materialKey = new MyMaterialKey(info.ColorMetal_Texture, info.NormalGloss_Texture, info.Extensions_Texture,
info.Alphamask_Texture);
m_setDebugMaterials.Add(materialKey);
MyGeometryTextureSystemReference geoTextureRef;
geoTextureRef.ColorMetalTexture = cmArrayTex;
geoTextureRef.ColorMetalIndex = cmIndex;
geoTextureRef.NormalGlossTexture = ngArrayTex;
geoTextureRef.NormalGlossIndex = ngIndex;
geoTextureRef.ExtensionTexture = extArrayTex;
geoTextureRef.ExtensionIndex = extIndex;
geoTextureRef.AlphamaskTexture = null;
geoTextureRef.AlphamaskIndex = DEFAULT_ARRAY_TEXTURE_INDEX;
if (!string.IsNullOrEmpty(info.Alphamask_Texture))
{
IDynamicFileArrayTexture alphamaskArrayTex = GetArrayTextureFromFilepath(info.Alphamask_Texture,
MyChannel.Alphamask, defaultTextureSize);
int alphamaskIndex = alphamaskArrayTex.GetOrAddSlice(info.Alphamask_Texture);
info.Alphamask_Texture = alphamaskArrayTex.Name;
geoTextureRef.AlphamaskTexture = alphamaskArrayTex;
geoTextureRef.AlphamaskIndex = alphamaskIndex;
}
geoTextureRef.IsUsed = true;
info.GeometryTextureRef = geoTextureRef;
return(MyMeshMaterials1.GetMaterialId(ref info));
}
static void FillVoxelMaterialEntry(ref MyVoxelMaterialEntry entry, ref MyVoxelMaterial1 voxelMaterial1)
{
entry.DistancesAndScale = voxelMaterial1.DistanceAndScale;
entry.DistancesAndScaleFar = new Vector3(voxelMaterial1.DistanceAndScaleFar.X, voxelMaterial1.DistanceAndScaleFar.Y, 1);
entry.DistancesAndScaleFar2 = new Vector3(voxelMaterial1.DistanceAndScaleFar.Z, voxelMaterial1.DistanceAndScaleFar.W, 2);
entry.DistancesAndScaleFar3 = new Vector3(voxelMaterial1.DistanceAndScaleFar3.X, voxelMaterial1.DistanceAndScaleFar3.Y, 3);
entry.Far3Color = voxelMaterial1.Far3Color;
entry.ExtensionDetailScale = voxelMaterial1.ExtensionDetailScale;
IDynamicFileArrayTexture texColorMetal = MyGlobalResources.FileArrayTextureVoxelCM;
IDynamicFileArrayTexture texNormalGloss = MyGlobalResources.FileArrayTextureVoxelNG;
IDynamicFileArrayTexture texExt = MyGlobalResources.FileArrayTextureVoxelExt;
MyVoxelMaterialDetailSet set = voxelMaterial1.Resource;
UpdateVoxelSlices(ref entry, texColorMetal, set.ColorMetalXZnY_Filepaths, set.ColorMetalY_Filepaths,
texNormalGloss, set.NormalGlossXZnY_Filepaths, set.NormalGlossY_Filepaths,
texExt, set.ExtY_Filepaths, set.ExtY_Filepaths);
}
static void UpdateVoxelSlices(ref MyVoxelMaterialEntry entry, IDynamicFileArrayTexture cm, string[] cmXZnY,
string[] cmY, IDynamicFileArrayTexture ng,
string[] ngXZnY, string[] ngY, IDynamicFileArrayTexture ext, string[] extXZnY, string[] extY)
{
int index = 0;
entry.SliceNear1.X = cm.GetOrAddSlice(cmXZnY[index]);
entry.SliceNear1.Y = cm.GetOrAddSlice(cmY[index]);
entry.SliceNear1.Z = ng.GetOrAddSlice(ngXZnY[index]);
entry.SliceNear1.W = ng.GetOrAddSlice(ngY[index]);
entry.SliceNear2.X = ext.GetOrAddSlice(extXZnY[index]);
entry.SliceNear2.Y = ext.GetOrAddSlice(extY[index]);
index = 1;
entry.SliceFar1.X = cm.GetOrAddSlice(cmXZnY[index]);
entry.SliceFar1.Y = cm.GetOrAddSlice(cmY[index]);
entry.SliceFar1.Z = ng.GetOrAddSlice(ngXZnY[index]);
entry.SliceFar1.W = ng.GetOrAddSlice(ngY[index]);
entry.SliceFar2.X = ext.GetOrAddSlice(extXZnY[index]);
entry.SliceFar2.Y = ext.GetOrAddSlice(extY[index]);
index = 2;
entry.SliceFar21.X = cm.GetOrAddSlice(cmXZnY[index]);
entry.SliceFar21.Y = cm.GetOrAddSlice(cmY[index]);
entry.SliceFar21.Z = ng.GetOrAddSlice(ngXZnY[index]);
entry.SliceFar21.W = ng.GetOrAddSlice(ngY[index]);
entry.SliceFar22.X = ext.GetOrAddSlice(extXZnY[index]);
entry.SliceFar22.Y = ext.GetOrAddSlice(extY[index]);
}
static Vector4I GetSlices(IDynamicFileArrayTexture tex, string[] filepaths)
{
Vector4I v;
v.X = tex.GetOrAddSlice(filepaths[0]);
v.Y = tex.GetOrAddSlice(filepaths[1]);
v.Z = tex.GetOrAddSlice(filepaths[2]);
v.W = 0;
return v;
}
public void DisposeTex(ref IDynamicFileArrayTexture inTex)
{
if (inTex == null)
return;
MyDynamicFileArrayTexture tex = (MyDynamicFileArrayTexture)inTex;
//if (m_texarraysAutodestroyed.Contains(tex))
// m_texarraysAutodestroyed.Remove(tex);
tex.Release();
m_objectsPool.Deallocate(tex);
inTex = null;
}
