Elements.Assets This supports full blown keyframes, each with different type - hold, linear interpolation or even curves with tangents for each frame This should support majority of animation needs, but also is the most expensive to evaluate This type of animation track can have key frames with different duration, but no interpolation between them All of the frames are effectively "Hold" type of animation. This can be very useful when the values are more sparse but don't require being interpolated between. This type of animation track doesn't store any duration information - every element takes same amount of time This can be very efficient for homogenous animations, where the frames are all baked - no curves and no durations Clips a span of samples to a given amplitude. The type of sample to process. The sample buffer to clip. The maximum amplitude that is allowed to appear in the buffer. Represents a simple polygon's edge A list of shape outline points. Extra points inserted within the shape's area to control or increase triangulation. A list of subtraction shapes fully contained inside this shape. Shapes added to this list will be used to create holes during triangulation. Any that are outside or intersect the shape outline are invalid. Create a polygon from a list of at least 3 points with no duplicates. A list of unique points Create a polygon from a list of at least 3 points with no duplicates. A list of unique points Create a polygon from a list of at least 3 points with no duplicates. A list of unique points. Create a polygon from a list of at least 3 points with no duplicates. A list of unique points. Create a polygon from a list of at least 3 points with no duplicates. A list of unique points. Creates a polygon from a list of at least 3 Vector3 points, with no duplicates. The input points. An offset to apply to all of the provided points. The scale of the provided points. 0.5f is half size. 2.0f is 2x the normal size. Creates a polygon from a list of at least 3 Vector3 points, with no duplicates. The input points. Produces a which contains all of the shape's points. Triangulates the shape and adds all of the points (in triangle list layout) to the provided output. The output list. Triangulates the shape and adds all of the triangles to the provided output. The output list. Rotates a triangle pair one vertex CW 
                   n2                    n2
              P +-----+             P +-----+
                | t  /|               |\  t |
                |   / |               | \   |
              n1|  /  |n3           n1|  \  |n3
                | /   |    after CW   |   \ |
                |/ oT |               | oT \|
                +-----+ oP            +-----+
                   n4                    n4
Update neighbor pointers Exhaustive search to update neighbor pointers Legalized triangle by rotating clockwise around point(0) Legalize triagnle by rotating clockwise around oPoint Mark edge as constrained The point counter-clockwise to given point The point counter-clockwise to given point The neighbor clockwise to given point An empty with uninitialized (null). Negate this point and return a new instance of it. Add a point to this point. Subtract a point from this point. Multiply this point by a scalar. Get the length of this point (the norm). Convert this point into a unit point (normalizes it). Returns the Length. The winding of a set of points. Converts a FreeType vector to our product's vector format Converts a FreeType vector to our Engine's static vector configuration Block Compresses a BitMap2D. Format to compress to Expressed as 0-100(percent), from the asset variant system The maximum number of threads to use for this operation Block Compressed BitMap Given an int based percentage for quality, convert it to a float suitable for compressonator. quality, expressed as a percentage 0-100. Quality value suitable for compressonator 0 - 1.0 Compressonator recommends a quality of 0.05f for BC6H and BC7. However, the first step of Error Correction kicks in at 0.25f. We've seen some artifacts/errors on 0.05, so our minimum is now 25. This is Expressed as a percentage (0-100) so 5. For other block compression formats, compressonator defaults to max quality. Expressed as a percentage (0-100) Given a compression option, return the recommended quality. The recommended quality is usually right now. However, should this change in the future, this method allows us to do it in a way that makes change control and documentation easier. target compression format Recommened quality for this compression format. Compressonator uses 0, to mean "automatic". Automatic will cause compressonator to calculate a thread value itself. The Division factor applied to max thread counts for expensive compressonator operations Given a regular maxThreads settings, calculate an appropriate adjustment for expensive compressonator operations. Incoming maxThreads from an asset generator Target texture format Appropriate max threads value for this operation. Block Compresses a BitmapCube Format to compress to Expressed as 0-100(percent), from the asset variant system The maximum number of threads to use for this operation Block Compressed BitmapCube The asset variant's identifier and file. The primary entry point for asset variant generation. The path to the specific file that a variant must be generated for. The descriptor of the variant to be generated, such as compression settings, etc. Maximum number of threads to compute the variant across. Delegate for when the variant generation has completed. A list of variants to filter from the generation process. A list of computed variants. Throws an exception when an unsupported variant descriptor has been provided. Single buffer (position/scale/color/SH) Chunk data. This is needed for normalized buffers Indicates if any of the buffers require the chunk data - they're normalized buffers Is this compression format block compressed? Target compression format true if it can be block compressed. false otherwise Block compression is handled by Is this compression format crunch compressed? Crunch compression is handled by Target compression format true if it can be crunch compressed. false otherwise Is this compression format for Normal Maps? Target compression format true for normal map, false otherwise All normal maps are also non-perceptual as marked in Is this compression format "perceptual"? Target Compression Format true for perceptual, false otherwise Perceptual is sent as a flag to Crunch Compression The default quality for most assets is the maximum, 100. Gets the Recommended compression quality for this TextureCompression format. Target compression format quality, expressed as a percentage 0-100. The specific texture compression to be used. The overall compression quality. Mainly used to determine compression quality for BC7 and similar. Whether this texture should have mipmaps generated. What color preprocess to use on this texture. What alpha preprocess to use on this texture. Generates variants of a given source asset. Only gets called if no such variant exists. The resulting variant data. This indicates that we want to load the original asset and not one of the generated variants. Not all assets will have original asset - only some can do this. Indicates if this is a valid variant description If the variant isn't valid, this will indicate why it's not a valid one. A unique string identifier in a form of a query that fully identifiers this particular variant. A composite variant is a description that doesn't represent an asset itself, but rather a set of multiple files. To actually load this variant, multiple files need to be loaded. The version of this variant. Whenever the variants change, this will increment for that variant type. This sets the VariantVersion to latest version of that variant