public override void ApplyBatchKeyMaterial(bool innerLayer)
{
DecrementTextureUsage();
var modifiedBatchKey = BatchKey;
if (sideEntity.NativeObject == null)
{
modifiedBatchKey.sourceMaterial =
MaterialGeneration_Geometry.GetMaterial(ShapeDescriptor.Empty,
transferMode: 0,
isOpaqueSurface: true,
MaterialGeneration_Geometry.SurfaceTypes.Normal,
incrementUsageCounter: false);
}
else if (innerLayer)
{
switch (dataSource)
{
case LevelEntity_Side.DataSources.Primary:
#if USE_TEXTURE_ARRAYS
modifiedBatchKey.sourceShapeDescriptor = sideEntity.NativeObject.Primary.Texture;
#endif
modifiedBatchKey.sourceMaterial =
MaterialGeneration_Geometry.GetMaterial(sideEntity.NativeObject.Primary.Texture,
sideEntity.NativeObject.PrimaryTransferMode,
sideEntity.NativeObject.SurfaceShouldBeOpaque(dataSource, sideEntity.ParentLevel.Level),
MaterialGeneration_Geometry.SurfaceTypes.Normal,
incrementUsageCounter: true);
#if USE_TEXTURE_ARRAYS
lastTextureIndex = MaterialGeneration_Geometry.GetTextureArrayIndex(
sideEntity.NativeObject.Primary.Texture,
sideEntity.NativeObject.PrimaryTransferMode,
sideEntity.NativeObject.SurfaceShouldBeOpaque(dataSource, sideEntity.ParentLevel.Level),
MaterialGeneration_Geometry.SurfaceTypes.Normal);
#endif
break;
case LevelEntity_Side.DataSources.Secondary:
#if USE_TEXTURE_ARRAYS
modifiedBatchKey.sourceShapeDescriptor = sideEntity.NativeObject.Secondary.Texture;
#endif
modifiedBatchKey.sourceMaterial =
MaterialGeneration_Geometry.GetMaterial(sideEntity.NativeObject.Secondary.Texture,
sideEntity.NativeObject.SecondaryTransferMode,
sideEntity.NativeObject.SurfaceShouldBeOpaque(dataSource, sideEntity.ParentLevel.Level),
MaterialGeneration_Geometry.SurfaceTypes.Normal,
incrementUsageCounter: true);
#if USE_TEXTURE_ARRAYS
lastTextureIndex = MaterialGeneration_Geometry.GetTextureArrayIndex(
sideEntity.NativeObject.Secondary.Texture,
sideEntity.NativeObject.SecondaryTransferMode,
sideEntity.NativeObject.SurfaceShouldBeOpaque(dataSource, sideEntity.ParentLevel.Level),
MaterialGeneration_Geometry.SurfaceTypes.Normal);
#endif
break;
case LevelEntity_Side.DataSources.Transparent:
#if USE_TEXTURE_ARRAYS
modifiedBatchKey.sourceShapeDescriptor = sideEntity.NativeObject.Transparent.Texture;
#endif
modifiedBatchKey.sourceMaterial =
MaterialGeneration_Geometry.GetMaterial(sideEntity.NativeObject.Transparent.Texture,
sideEntity.NativeObject.TransparentTransferMode,
sideEntity.NativeObject.SurfaceShouldBeOpaque(dataSource, sideEntity.ParentLevel.Level),
MaterialGeneration_Geometry.SurfaceTypes.Normal,
incrementUsageCounter: true);
#if USE_TEXTURE_ARRAYS
lastTextureIndex = MaterialGeneration_Geometry.GetTextureArrayIndex(
sideEntity.NativeObject.Transparent.Texture,
sideEntity.NativeObject.TransparentTransferMode,
sideEntity.NativeObject.SurfaceShouldBeOpaque(dataSource, sideEntity.ParentLevel.Level),
MaterialGeneration_Geometry.SurfaceTypes.Normal);
#endif
break;
default:
throw new NotImplementedException($"DataSource '{dataSource}' is not implemented.");
}
}
else
{
#if USE_TEXTURE_ARRAYS
modifiedBatchKey.layeredTransparentSideShapeDescriptor = sideEntity.NativeObject.Transparent.Texture;
#endif
modifiedBatchKey.layeredTransparentSideSourceMaterial =
MaterialGeneration_Geometry.GetMaterial(sideEntity.NativeObject.Transparent.Texture,
sideEntity.NativeObject.TransparentTransferMode,
sideEntity.NativeObject.SurfaceShouldBeOpaque(dataSource, sideEntity.ParentLevel.Level),
MaterialGeneration_Geometry.SurfaceTypes.LayeredTransparentOuter,
incrementUsageCounter: true);
#if USE_TEXTURE_ARRAYS
lastLayeredTransparentSideTextureIndex = MaterialGeneration_Geometry.GetTextureArrayIndex(
sideEntity.NativeObject.Transparent.Texture,
sideEntity.NativeObject.TransparentTransferMode,
sideEntity.NativeObject.SurfaceShouldBeOpaque(dataSource, sideEntity.ParentLevel.Level),
MaterialGeneration_Geometry.SurfaceTypes.LayeredTransparentOuter);
#endif
}
if (innerLayer)
{
var UVs = SurfaceMesh.uv.Select(uv => new Vector4(uv.x, uv.y, lastLightIndex, lastTextureIndex)).ToArray();
SurfaceMesh.SetUVs(0, UVs);
}
else
{
var UVs = SurfaceMesh.uv.Select(uv => new Vector4(uv.x, uv.y, lastLayeredTransparentSideLightIndex, lastLayeredTransparentSideTextureIndex)).ToArray();
SurfaceMesh.SetUVs(1, UVs);
}
BatchKey = modifiedBatchKey;
}
public override void ApplyBatchKeyMaterial(bool innerLayer = true)
{
DecrementTextureUsage();
var modifiedBatchKey = BatchKey;
switch (dataSource)
{
case LevelEntity_Polygon.DataSources.Floor:
#if USE_TEXTURE_ARRAYS
modifiedBatchKey.sourceShapeDescriptor = polygonEntity.NativeObject.FloorTexture;
#endif
modifiedBatchKey.sourceMaterial =
MaterialGeneration_Geometry.GetMaterial(
polygonEntity.NativeObject.FloorTexture,
polygonEntity.NativeObject.FloorTransferMode,
isOpaqueSurface: true,
MaterialGeneration_Geometry.SurfaceTypes.Normal,
incrementUsageCounter: true);
#if USE_TEXTURE_ARRAYS
lastTextureIndex = MaterialGeneration_Geometry.GetTextureArrayIndex(
polygonEntity.NativeObject.FloorTexture,
polygonEntity.NativeObject.FloorTransferMode,
isOpaqueSurface: true,
MaterialGeneration_Geometry.SurfaceTypes.Normal);
#endif
break;
case LevelEntity_Polygon.DataSources.Ceiling:
#if USE_TEXTURE_ARRAYS
modifiedBatchKey.sourceShapeDescriptor = polygonEntity.NativeObject.CeilingTexture;
#endif
modifiedBatchKey.sourceMaterial =
MaterialGeneration_Geometry.GetMaterial(
polygonEntity.NativeObject.CeilingTexture,
polygonEntity.NativeObject.CeilingTransferMode,
isOpaqueSurface: true,
MaterialGeneration_Geometry.SurfaceTypes.Normal,
incrementUsageCounter: true);
#if USE_TEXTURE_ARRAYS
lastTextureIndex = MaterialGeneration_Geometry.GetTextureArrayIndex(
polygonEntity.NativeObject.CeilingTexture,
polygonEntity.NativeObject.CeilingTransferMode,
isOpaqueSurface: true,
MaterialGeneration_Geometry.SurfaceTypes.Normal);
#endif
break;
case LevelEntity_Polygon.DataSources.Media:
var mediaShapeDescriptor = new ShapeDescriptor((ushort)polygonEntity.NativeObject.FloorTexture);
switch (BatchKey.sourceMedia.NativeObject.Type)
{
case MediaType.Water:
mediaShapeDescriptor.Collection = 17;
mediaShapeDescriptor.Bitmap = 19;
break;
case MediaType.Lava:
mediaShapeDescriptor.Collection = 18;
mediaShapeDescriptor.Bitmap = 12;
break;
case MediaType.Goo:
mediaShapeDescriptor.Collection = 21;
mediaShapeDescriptor.Bitmap = 5;
break;
case MediaType.Sewage:
mediaShapeDescriptor.Collection = 19;
mediaShapeDescriptor.Bitmap = 13;
break;
case MediaType.Jjaro:
mediaShapeDescriptor.Collection = 20;
mediaShapeDescriptor.Bitmap = 13;
break;
}
#if USE_TEXTURE_ARRAYS
modifiedBatchKey.sourceShapeDescriptor = mediaShapeDescriptor;
#endif
modifiedBatchKey.sourceMaterial =
MaterialGeneration_Geometry.GetMaterial(
mediaShapeDescriptor,
(short)TransferModes.Normal,
isOpaqueSurface: true,
MaterialGeneration_Geometry.SurfaceTypes.Media,
incrementUsageCounter: false);
#if USE_TEXTURE_ARRAYS
lastTextureIndex = MaterialGeneration_Geometry.GetTextureArrayIndex(
mediaShapeDescriptor,
(short)TransferModes.Normal,
isOpaqueSurface: true,
MaterialGeneration_Geometry.SurfaceTypes.Media);
#endif
break;
default:
throw new NotImplementedException($"DataSource '{dataSource}' is not implemented.");
}
var UVs = SurfaceMesh.uv.Select(uv => new Vector4(uv.x, uv.y, lastLightIndex, lastTextureIndex)).ToArray();
SurfaceMesh.SetUVs(0, UVs);
BatchKey = modifiedBatchKey;
}
