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Diffstat (limited to 'vendor/exr')
74 files changed, 0 insertions, 20408 deletions
diff --git a/vendor/exr/.cargo-checksum.json b/vendor/exr/.cargo-checksum.json deleted file mode 100644 index ef70b80..0000000 --- a/vendor/exr/.cargo-checksum.json +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/vendor/exr/CONTRIBUTORS.md b/vendor/exr/CONTRIBUTORS.md deleted file mode 100644 index e4b9d3e..0000000 --- a/vendor/exr/CONTRIBUTORS.md +++ /dev/null @@ -1,11 +0,0 @@ -This is a list of contributors to the exrs project. - -* [Johannes Vollmer](https://github.com/johannesvollmer) -* [Mandeep Bhutani](https://github.com/mandeep) -* [Daniel Santana](https://github.com/dgsantana) -* [Karel Peeters](https://github.com/KarelPeeters) -* [Dorian Fevrier](https://github.com/Narann) -* [Andrey Fedotov](https://github.com/anfedotoff) -* [Sergey "Shnatsel" Davidoff](https://github.com/Shnatsel) - -Thank you for your time and efforts that you spent to improve the exrs project! diff --git a/vendor/exr/Cargo.lock b/vendor/exr/Cargo.lock deleted file mode 100644 index 1be759b..0000000 --- a/vendor/exr/Cargo.lock +++ /dev/null @@ -1,452 +0,0 @@ -# This file is automatically @generated by Cargo. -# It is not intended for manual editing. -version = 3 - -[[package]] -name = "adler" -version = "1.0.2" -source = "registry+https://github.com/rust-lang/crates.io-index" -checksum = "f26201604c87b1e01bd3d98f8d5d9a8fcbb815e8cedb41ffccbeb4bf593a35fe" - 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-[package] -edition = "2018" -rust-version = "1.61.0" -name = "exr" -version = "1.71.0" -authors = ["johannesvollmer <johannes596@t-online.de>"] -exclude = [ - "specification/*", - "specification/**", - "tests/images/*", - "tests/images/**", -] -description = "Read and write OpenEXR files without any unsafe code" -readme = "README.md" -keywords = [ - "exr", - "openexr", - "file", - "binary", - "io", -] -categories = [ - "encoding", - "filesystem", - "graphics", - "multimedia", -] -license = "BSD-3-Clause" -repository = "https://github.com/johannesvollmer/exrs" - -[profile.bench] -opt-level = 3 -lto = true -codegen-units = 1 -debug = true -debug-assertions = false -overflow-checks = false - -[profile.dev] -opt-level = 3 -lto = true -debug = true -debug-assertions = true -overflow-checks = true -incremental = true - -[profile.release] -opt-level = 3 -lto = true -codegen-units = 1 -debug = false -debug-assertions = false - -[profile.test] -opt-level = 3 -lto = true -debug = true -debug-assertions = true -overflow-checks = true -incremental = true - -[lib] -path = "src/lib.rs" -test = true -doctest = true -bench = true -doc = true -plugin = false -proc-macro = false - -[[bench]] -name = "read" -harness = false - -[[bench]] -name = "profiling" -harness = false - -[[bench]] -name = "write" -harness = false - -[[bench]] -name = "pixel_format_conversion" -harness = false - -[dependencies.bit_field] -version = "^0.10.1" - -[dependencies.flume] -version = "^0.11.0" -default-features = false - -[dependencies.half] -version = ">=2.1.0, <2.3" - -[dependencies.lebe] -version = "^0.5.2" - -[dependencies.miniz_oxide] -version = "^0.7.1" - -[dependencies.rayon-core] -version = "^1.11.0" - -[dependencies.smallvec] -version = "^1.7.0" - -[dependencies.zune-inflate] -version = "^0.2.3" -features = ["zlib"] -default-features = false - -[dev-dependencies.bencher] -version = "0.1.5" - -[dev-dependencies.image] -version = "0.24.3" -features = ["png"] -default-features = false - -[dev-dependencies.rand] -version = "0.8.5" - -[dev-dependencies.rayon] -version = "1.5.3" - -[dev-dependencies.walkdir] -version = "2.3.2" - -[badges.maintenance] -status = "actively-developed" diff --git a/vendor/exr/GUIDE.md b/vendor/exr/GUIDE.md deleted file mode 100644 index 4f3cfaa..0000000 --- a/vendor/exr/GUIDE.md +++ /dev/null @@ -1,588 +0,0 @@ -# Guide - -This document talks about the capabilities of OpenEXR and outlines the design of this library. -In addition to reading this guide, you should also have a look at the examples. - -Contents: -- Wording -- Why this is complicated -- One-liners for reading and writing simple images -- Reading a complex image -- The Image data structure -- Writing a complex image - -## Wording -Some names in this library differ from the classic OpenEXR conventions. -For example, an OpenEXR "multipart" is called a file with multiple "layers" in this library. -The old OpenEXR "layers" are called "grouped channels" instead. - -- `Image` Contains everything that an `.exr` file can contain. Includes metadata and multiple layers. -- `Layer` A grid of pixels that can be placed anywhere on the two-dimensional canvas -- `Channel` All samples of a single color component, such as red or blue. Also contains metadata. -- `Pixel` The color at an exact location in the image. Contains one sample for each channel. -- `Sample` The value (either f16, f32 or u32) of one channel at an exact location in the image. - Usually a simple number, such as the red value of the bottom left pixel. -- `Grouped Channels` Multiple channels may be grouped my prepending the same prefix to the name. - This behaviour is opt-in; it has to be enabled explicitly: - By default, channels are stored in a plain list, and channel names are unmodified. -- `pedantic: bool` When reading, pedantic being false will generally ignore - invalid information instead of aborting the reading process where possible. - When writing, pedantic being false will generally skip some expensive image validation checks. - -## OpenEXR | Complexity -This image format supports some features that you won't find in other image formats. -As a consequence, an exr file cannot necessarily be converted to other formats, -even when the loss of precision is acceptable. Furthermore, -an arbitrary exr image may include possibly unwanted data. -Supporting deep data, for example, might be unnecessary for some applications. - -To read an image, `exrs` must know which parts of an image you want to end up with, -and which parts of the file should be skipped. That's why you need -a little more code to read an exr file, compared to simpler file formats. - -### Possibly Undesired Features -- Arbitrary Channels: - `CMYK`, `YCbCr`, `LAB`, `XYZ` channels might not be interesting for you, - maybe you only want to accept `RGBA` images -- Deep Data: Multiple colors per pixel might not be interesting for you -- Resolution Levels: Mip Maps or Rip Maps might be unnecessary and can be skipped, - loading only the full resolution image instead -<!-- - TODO: Meta Data: Skip reading meta data --> - -# Simple Reading and Writing -There are a few very simple functions for the most common use cases. -For decoding an image file, use one of these functions -from the `exr::image::read` module (data structure complexity increasing): - -1. `read_first_rgba_layer_from_file(path, your_constructor, your_pixel_setter)` -1. `read_all_rgba_layers_from_file(path, your_constructor, your_pixel_setter)` -1. `read_first_flat_layer_from_file(path)` -1. `read_all_flat_layers_from_file(path)` -1. `read_all_data_from_file(path)` - -If you don't have a file path, or want to load any other channels than `rgba`, -then these simple functions will not suffice. The more complex approaches are -described later in this document. - -For encoding an image file, use one of these functions in the `exr::image::write` module: - -1. `write_rgba_file(path, width, height, |x,y| my_image.get_rgb_at(x,y))` -1. `write_rgb_file(path, width, height, |x,y| my_image.get_rgba_at(x,y))` - -These functions are only syntactic sugar. If you want to customize the data type, -the compression method, or write multiple layers, these simple functions will not suffice. -Again, the more complex approaches are described in the following paragraph. - -# Reading an Image - -Reading an image involves three steps: -1. Specify how to load an image by constructing an image reader. - 1. Start with `read()` - 1. Chain method calls to customize the reader -1. Call `from_file(path)`, `from_buffered(bytes)`, or `from_unbuffered(bytes)` - on the reader to actually load an image -1. Process the resulting image data structure or the error in your application - -The type of the resulting image depends on the reader you constructed. For example, -if you configure the reader to load mip map levels, the resulting image type -will contain an additional vector with the mip map levels. - -### Deep Data -The first choice to be made is whether you want to load deep data or not. -Deep data is where multiple colors are stored in one pixel at the same location. -Currently, deep data is not supported yet, so we always call `no_deep_data()`. - -```rust -fn main(){ - use exr::prelude::*; - let reader = read().no_deep_data(); -} -``` - -### Resolution Levels -Decide whether you want to load the largest resolution level, or all Mip Maps from the file. -Loading only the largest level actually skips portions of the image, which should be faster. - -Calling `largest_resolution_level()` will result in a single image (`FlatSamples`), -whereas calling `all_resolution_levels()` will result in multiple levels `Levels<FlatSamples>`. - -```rust -fn main(){ - use exr::prelude::*; - let reader = read().no_deep_data().largest_resolution_level(); - let reader = read().no_deep_data().all_resolution_levels(); -} -``` - -### Channels -Decide whether you want to load all channels in a dynamic list, or only load a fixed set of channels. - -Calling `all_channels()` will result in a `Vec<Channel<_>>`. - -```rust -fn main(){ - use exr::prelude::*; - let reader = read().no_deep_data().largest_resolution_level().all_channels(); -} -``` - -The alternative, `specific_channels()` allows you to exactly specify which channels should be loaded. -The usage follows the same builder pattern as the rest of the library. - -First, call `specific_channels()`. Then, for each channel you desire, -call either `required(channel_name)` or `optional(channel_name, default_value)`. -At last, call `collect_pixels()` to define how the pixels should be stored in an image. -This additional mechanism will not simply store the pixels in a `Vec<Pixel>`, but instead -works with a closure. This allows you to instantiate your own existing image type with -the pixel data from the file. - -```rust -fn main(){ - use exr::prelude::*; - - let reader = read() - .no_deep_data().largest_resolution_level() - - // load LAB channels, with chroma being optional - .specific_channels().required("L").optional("A", 0.0).optional("B", 0.0).collect_pixels( - - // create our image based on the resolution of the file - |resolution: Vec2<usize>, (l,a,b): &(ChannelDescription, Option<ChannelDescription>, Option<ChannelDescription>)|{ - if a.is_some() && b.is_some() { MyImage::new_lab(resolution) } - else { MyImage::new_luma(resolution) } - }, - - // insert a single pixel into out image - |my_image: &mut MyImage, position: Vec<usize>, (l,a,b): (f32, f16, f16)|{ - my_image.set_pixel_at(position.x(), position.y(), (l, a, b)); - } - - ); -} -``` - -The first closure is the constructor of your image, and the second closure is the setter for a single pixel in your image. -The tuple containing the channel descriptions and the pixel tuple depend on the channels that you defined earlier. -In this example, as we defined to load L,A and B, each pixel has three values. The arguments of the closure -can usually be inferred, so you don't need to declare the type of your image and the `Vec2<usize>`. -However, the type of the pixel needs to be defined. In this example, we define the pixel type to be `(f32, f16, f16)`. -All luma values will be converted to `f32` and all chroma values will be converted to `f16`. -The pixel type can be any combination of `f16`, `f32`, `u32` or `Sample` values, in a tuple with as many entries as there are channels. -The `Sample` type is a dynamic enum over the other types, which allows you to keep the original sample type of each image. - -_Note: Currently, up to 32 channels are supported, which is an implementation problem. -Open an issue if this is not enough for your use case. Alternatively, -you can always use `all_channels()`, which has no limitations._ - -####RGBA Channels -For rgba images, there is a predefined simpler alternative to `specific_channels` called `rgb_channels` and `rgba_channels`. -It works just the same as `specific_channels` and , but you don't need to specify the names of the channels explicitly. - -```rust -fn main(){ - use exr::prelude::*; - - let reader = read() - .no_deep_data().largest_resolution_level() - - // load rgba channels - // with alpha being optional, defaulting to 1.0 - .rgba_channels( - - // create our image based on the resolution of the file - |resolution, &(r,g,b,a)|{ - if a.is_some() { MyImage::new_with_alpha(resolution.x(), resolution.y()) } - else { MyImage::new_without_alpha(resolution.x(), resolution.y()) } - }, - - // insert a single pixel into out image - |my_image, position, (r,g,b,a): (f32, f32, f32, f16)|{ - my_image.set_pixel_at(position.x(), position.y(), (r,g,b,a)); - } - - ); -} -``` - - -### Layers -Use `all_layers()` to load a `Vec<Layer<_>>` or use `first_valid_layer()` to only load -the first `Layer<_>` that matches the previously defined requirements -(for example, the first layer without deep data and cmyk channels). - - -```rust -fn main() { - use exr::prelude::*; - - let image = read() - .no_deep_data().largest_resolution_level() - .all_channels().all_layers(); - - let image = read() - .no_deep_data().largest_resolution_level() - .all_channels().first_valid_layer(); -} -``` - -### Attributes -Currently, the only option is to load all attributes by calling `all_attributes()`. - -### Progress Notification -This library allows you to listen for the file reading progress by calling `on_progress(callback)`. -If you don't need this, you can just omit this call. - -```rust -fn main() { - use exr::prelude::*; - - let image = read().no_deep_data().largest_resolution_level() - .all_channels().first_valid_layer().all_attributes() - .on_progress(|progress: f64| println!("progress: {:.3}", progress)); -} -``` - -### Parallel Decompression -By default, this library uses all the available CPU cores if the pixels are compressed. -You can disable this behaviour by additionally calling `non_parallel()`. - -```rust -fn main() { -use exr::prelude::*; - - let image = read().no_deep_data().largest_resolution_level() - .all_channels().first_valid_layer().all_attributes() - .non_parallel(); -} -``` - -### Byte Sources -Any `std::io::Read` byte source can be used as input. However, this library also offers a simplification for files. -Call `from_file(path)` to load an image from a file. Internally, this wraps the file in a buffered reader. -Alternatively, you can call `from_buffered` or `from_unbuffered` (which wraps your reader in a buffered reader) to read an image. - -```rust -fn main() { -use exr::prelude::*; - - let read = read().no_deep_data().largest_resolution_level() - .all_channels().first_valid_layer().all_attributes(); - - let image = read.clone().from_file("D:/images/file.exr"); // also accepts `Path` and `PathBuf` and `String` - let image = read.clone().from_unbuffered(web_socket); - let image = read.clone().from_buffered(Cursor::new(byte_vec)); -} -``` - -### Results and Errors -The type of image returned depends on the options you picked. -The image is wrapped in a `Result<..., exr::error::Error>`. -This error type allows you to differentiate between three types of errors: -- `Error::Io(std::io::Error)` for file system errors (for example, "file does not exist" or "missing access rights") -- `Error::NotSupported(str)` for files that may be valid but contain features that are not supported yet -- `Error::Invalid(str)` for files that do not contain a valid exr image (files that are not exr or damaged exr) - -## Full Example -Loading all channels from the file: -```rust -fn main() { - use exr::prelude::*; - - // the type of the this image depends on the chosen options - let image = read() - .no_deep_data() // (currently required) - .largest_resolution_level() // or `all_resolution_levels()` - .all_channels() // or `rgba_channels` or `specific_channels() ...` - .all_layers() // or `first_valid_layer()` - .all_attributes() // (currently required) - .on_progress(|progress| println!("progress: {:.1}", progress * 100.0)) // optional - //.non_parallel() // optional. discouraged. just leave this line out - .from_file("image.exr").unwrap(); // or `from_buffered(my_byte_slice)` -} -``` - - -# The `Image` Data Structure - -For great flexibility, this crate does not offer a plain data structure to represent an exr image. -Instead, the `Image` data type has a generic parameter, allowing for different image contents. - -```rust -fn main(){ - // this image contains only a single layer - let single_layer_image: Image<Layer<_>> = Image::from_layer(my_layer); - - // this image contains an arbitrary number of layers (notice the S for plural on `Layers`) - let multi_layer_image: Image<Layers<_>> = Image::new(attributes, smallvec![ layer1, layer2 ]); - - // this image can contain the compile-time specified channels - let single_layer_rgb_image : Image<Layer<SpecificChannels<_, _>>> = Image::from_layer(Layer::new( - dimensions, attributes, encoding, - RgbaChannels::new(sample_types, rgba_pixels) - )); - - // this image can contain all channels from a file, even unexpected ones - let single_layer_image : Image<Layer<AnyChannels<_>>> = Image::from_layer(Layer::new( - dimensions, attributes, encoding, - AnyChannels::sort(smallvec![ channel_x, channel_y, channel_z ]) - )); - -} -``` - -The following pseudo code illustrates the image data structure. -The image should always be constructed using the constructor functions such as `Image::new(...)`, -because these functions watch out for invalid image contents. - -``` -Image { - attributes: ImageAttributes, - - // the layer data can be either a single layer a list of layers - layer_data: Layer | SmallVec<Layer> | Vec<Layer> | &[Layer] (writing only), -} - -Layer { - - // the channel data can either be a fixed set of known channels, or a dynamic list of arbitrary channels - channel_data: SpecificChannels | AnyChannels, - - attributes: LayerAttributes, - size: Vec2<usize>, - encoding: Encoding, -} - -SpecificChannels { - channels: [any tuple containing `ChannelDescription` or `Option<ChannelDescription>`], - - // the storage is usually a closure or a custom type which implements the `GetPixel` trait - storage: impl GetPixel | impl Fn(Vec2<usize>) -> Pixel, - where Pixel = any tuple containing f16 or f32 or u32 values -} - -AnyChannels { - list: SmallVec<AnyChannel> -} - -AnyChannel { - name: Text, - sample_data: FlatSamples | Levels, - quantize_linearly: bool, - sampling: Vec2<usize>, -} - -Levels = Singular(FlatSamples) | Mip(FlatSamples) | Rip(FlatSamples) -FlatSamples = F16(Vec<f16>) | F32(Vec<f32>) | U32(Vec<u32>) -``` - -As a consequence, one of the simpler image types is `Image<Layer<AnyChannels<FlatSamples>>>`. If you -enable loading multiple resolution levels, you will instead get the type `Image<Layer<AnyChannels<Levels<FlatSamples>>>>`. - -While you can put anything inside an image, -it can only be written if the content of the image implements certain traits. -This allows you to potentially write your own channel storage system. - - -# Writing an Image - -Writing an image involves three steps: -1. Construct the image data structure, starting with an `exrs::image::Image` -1. Call `image_data.write()` to obtain an image writer -1. Customize the writer, for example in order to listen for the progress -1. Write the image by calling `to_file(path)`, `to_buffered(bytes)`, or `to_unbuffered(bytes)` on the reader - - -### Image -You will currently need an `Image<_>` at the top level. The type parameter is the type of layer. - -The following variants are recommended: -- `Image::from_channels(resolution, channels)` where the pixel data must be `SpecificChannels` or `AnyChannels`. -- `Image::from_layer(layer)` where the layer data must be one `Layer`. -- `Image::empty(attributes).with_layer(layer1).with_layer(layer2)...` where the two layers can have different types -- `Image::new(image_attributes, layer_data)` where the layer data can be `Layers` or `Layer`. -- `Image::from_layers(image_attributes, layer_vec)` where the layer data can be `Layers`. - -```rust -fn main() { - use exr::prelude::*; - - // single layer constructors - let image = Image::from_layer(layer); - let image = Image::from_channels(resolution, channels); - - // use this if the layers have different types - let image = Image::empty(attributes).with_layer(layer1).with_layer(layer2); - - // use this if the layers have the same type and the above method does not work for you - let image = Image::from_layers(attributes, smallvec![ layer1, layer2 ]); - - // this constructor accepts any layers object if it implements a certain trait, use this for custom layers - let image = Image::new(attributes, layers); - - - // create an image writer - image.write() - - // print progress (optional, you can remove this line) - .on_progress(|progress:f64| println!("progress: {:.3}", progress)) - - // use only a single cpu (optional, you should remove this line) - // .non_parallel() - - // alternatively call to_buffered() or to_unbuffered() - // the file path can be str, String, Path, PathBuf - .to_file(path); -} -``` - -### Layers -The simple way to create layers is to use `Layers<_>` or `Layer<_>`. -The type parameter is the type of channels. - -Use `Layer::new(resolution, attributes, encoding, channels)` to create a layer. -Alternatively, use `smallvec![ layer1, layer2 ]` to create `Layers<_>`, which is a type alias for a list of layers. - -```rust -fn main() { - use exr::prelude::*; - - let layer = Layer::new( - (1024, 800), - LayerAttributes::named("first layer"), // name required, other attributes optional - Encoding::FAST_LOSSLESS, // or Encoding { .. } or Encoding::default() - channels - ); - - let image = Image::from_layer(layer); -} -``` - - -### Channels -You can create either `SpecificChannels` to write a fixed set of channels, or `AnyChannels` for a dynamic list of channels. - -```rust -fn main() { - use exr::prelude::*; - - let channels = AnyChannels::sort(smallvec![ channel1, channel2, channel3 ]); - let image = Image::from_channels((1024, 800), channels); -} -``` - -Alternatively, write specific channels. Start with `SpecificChannels::build()`, -then call `with_channel(name)` as many times as desired, then call `collect_pixels(..)` to define the colors. -You need to provide a closure that defines the content of the channels: Given the pixel location, -return a tuple with one element per channel. The tuple can contain `f16`, `f32` or `u32` values, -which then will be written to the file, without converting any value to a different type. - -```rust -fn main() { - use exr::prelude::*; - - let channels = SpecificChannels::build() - .with_channel("L").with_channel("B") - .with_pixel_fn(|position: Vec2<usize>| { - let (l, b) = my_image.lookup_color_at(position.x(), position.y()); - (l as f32, f16::from_f32(b)) - }); - - let image = Image::from_channels((1024, 800), channels); -} -``` - -#### RGB, RGBA -There is an even simpler alternative for rgba images, namely `SpecificChannels::rgb` and `SpecificChannels::rgba`: -This is mostly the same as the `SpecificChannels::build` option. - -The rgb method works with three channels per pixel, -whereas the rgba method works with four channels per pixel. The default alpha value of `1.0` will be used -if the image does not contain alpha. -```rust -fn main() { - use exr::prelude::*; - - let channels = SpecificChannels::rgba(|_position| - (0.4_f32, 0.2_f32, 0.1_f32, f16::ONE) - ); - - let channels = SpecificChannels::rgb(|_position| - (0.4_f32, 0.2_f32, 0.1_f32) - ); - - let image = Image::from_channels((1024, 800), channels); -} -``` - -### Channel -The type `AnyChannel` can describe every possible channel and contains all its samples for this layer. -Use `AnyChannel::new(channel_name, sample_data)` or `AnyChannel { .. }`. -The samples can currently only be `FlatSamples` or `Levels<FlatSamples>`, and in the future might be `DeepSamples`. - -### Samples -Currently, only flat samples are supported. These do not contain deep data. -Construct flat samples directly using `FlatSamples::F16(samples_vec)`, `FlatSamples::F32(samples_vec)`, or `FlatSamples::U32(samples_vec)`. -The vector contains all samples of the layer, row by row (from top to bottom), from left to right. - -### Levels -Optionally include Mip Maps or Rip Maps. -Construct directly using `Levels::Singular(flat_samples)` or `Levels::Mip { .. }` or `Levels::Rip { .. }`. -Put this into the channel, for example`AnyChannel::new("R", Levels::Singular(FlatSamples::F32(vec)))`. - -## Full example -Writing a flexible list of channels: -```rust -fn main(){ - // construct an image to write - let image = Image::from_layer( - Layer::new( // the only layer in this image - (1920, 1080), // resolution - LayerAttributes::named("main-rgb-layer"), // the layer has a name and other properties - Encoding::FAST_LOSSLESS, // compress slightly - AnyChannels::sort(smallvec![ // the channels contain the actual pixel data - AnyChannel::new("R", FlatSamples::F32(vec![0.6; 1920*1080 ])), // this channel contains all red values - AnyChannel::new("G", FlatSamples::F32(vec![0.7; 1920*1080 ])), // this channel contains all green values - AnyChannel::new("B", FlatSamples::F32(vec![0.9; 1920*1080 ])), // this channel contains all blue values - ]), - ) - ); - - image.write() - .on_progress(|progress| println!("progress: {:.1}", progress*100.0)) // optional - .to_file("image.exr").unwrap(); -} -``` - - -### Pixel Closures -When working with specific channels, the data is not stored directly. -Instead, you provide a closure that stores or loads pixels in your existing image data structure. - -If you really do not want to provide your own storage, you can use the predefined structures from -`exr::image::pixel_vec`, such as `PixelVec<(f32,f32,f16)>` or `create_pixel_vec`. -Use this only if you don't already have a pixel storage. - -```rust -fn main(){ - let read = read() - .no_deep_data().largest_resolution_level() - .rgba_channels( - PixelVec::<(f32,f32,f32,f16)>::constructor, // how to create an image - PixelVec::set_pixel, // how to update a single pixel in the image - )/* ... */; -} -``` - - -## Low Level Operations -The image abstraction builds up on some low level code. -You can use this low level directly, -as shown in the examples `custom_write.rs` and `custom_read.rs`. -This allows you to work with -raw OpenEXR pixel blocks and chunks directly, -or use custom parallelization mechanisms. - -You can find these low level operations in the `exr::block` module. -Start with the `block::read(...)` -and `block::write(...)` functions. - diff --git a/vendor/exr/LICENSE.md b/vendor/exr/LICENSE.md deleted file mode 100644 index 8d44870..0000000 --- a/vendor/exr/LICENSE.md +++ /dev/null @@ -1,33 +0,0 @@ -# Licenses - -This Rust implementation of the OpenEXR image format -and the exrs crate are not affiliated with the -[OpenEXR project](https://www.openexr.com/) or the -[ACADEMY SOFTWARE FOUNDATION](https://www.aswf.io/). - - -## The OpenEXR Image Format: [BSD-3-Clause](https://github.com/AcademySoftwareFoundation/openexr/blob/master/LICENSE.md) -Copyright (c) Contributors to the OpenEXR Project. All rights reserved. - -Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: - -1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. - -2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. - -3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. - -THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. - -## The `exrs` Project, and independent Rust implementation of the official OpenEXR Image Format: Also [BSD-3-Clause](https://github.com/AcademySoftwareFoundation/openexr/blob/master/LICENSE.md) -Copyright (c) Contributors to the exrs Project. All rights reserved. - -Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: - -1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. - -2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. - -3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. - -THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
\ No newline at end of file diff --git a/vendor/exr/README.md b/vendor/exr/README.md deleted file mode 100644 index 04e5419..0000000 --- a/vendor/exr/README.md +++ /dev/null @@ -1,303 +0,0 @@ -[](https://docs.rs/exr) -[](https://crates.io/crates/exr) -[](https://blog.rust-lang.org/2022/02/24/Rust-1.59.0.html) -[](https://github.com/johannesvollmer/exrs/actions?query=branch%3Amaster) -[](https://crates.io/crates/exr) -[](https://tokei.rs) - -# EXRS - -This library is a 100% Rust and 100% safe code library for -reading and writing OpenEXR images. - -[OpenEXR](http://www.openexr.com/) -is the de-facto standard image format in animation, VFX, and -other computer graphics pipelines, for it can represent an immense variety of pixel data with lossless compression. - -Features include: -- any number of layers placed anywhere in 2d space, like in Photoshop -- any set of channels in an image (rgb, xyz, lab, depth, motion, mask, anything, ...) -- three types of high dynamic range values (16bit float, 32bit float, 32bit unsigned integer) per channel -- uncompressed pixel data for fast file access -- lossless compression for any image type -- lossy compression for non-deep image types to produce very small files -- load specific sections of an image without processing the whole file -- compress and decompress image pixels on multiple threads in parallel -- add arbitrary meta data to any image, including custom byte data, with full backwards compatibility -- any number of samples per pixel ("deep data") (not yet supported) - -### Current Status - -This library has matured quite a bit, but should still be considered incomplete. -For example, deep data and DWA compression algorithms are not supported yet. - -If you encounter an exr file that cannot be opened by this crate but should be, -please leave an issue on this repository, containing the image file. - -The focus is set on supporting all feature and correctness; -some performance optimizations are to be done. - -__What we can do:__ - -- Supported OpenEXR Features - - [x] custom attributes - - [x] multi-part images (multiple layers, like Photoshop) - - [x] multi-resolution images (mip maps, rip maps) - - [x] access meta data and raw pixel blocks independently - - [x] automatically crop away transparent pixels of an image (opt-in) - - [ ] channel subsampling - - [ ] deep data - - [x] compression methods - - [x] uncompressed - - [x] zip line (lossless) - - [x] zip block (lossless) - - [x] rle (lossless) - - [x] piz (lossless) (huge thanks to @dgsantana) - - [x] pxr24 (lossless for f16 and u32) - - [x] little-endian architectures - - [ ] big-endian architectures __(help wanted)__ - - [x] b44, b44a (huge thanks to @narann) - - [ ] dwaa, dwab __(help wanted)__ - -- Nice Things - - [x] no unsafe code, no undefined behaviour - - [x] no CMake required or environment variables required - - [x] re-imagined exr api with low barrier of entry - (see `read_rgba_file`, `write_rgba_file`, `read_all_data_from_file`), - plus embracing common high-level Rust abstractions - - [x] a full-fledged image data structure that can contain any exr image, - can open any image with a single function call (`read_all_data_from_file`) - without knowing anything about the file in advance - - [x] decompress and decompress image sections either - in parallel or with low memory overhead - - [x] read and write progress callback - - [x] write blocks streams, one after another - - [x] memory mapping automatically supported - by using the generic `std::io::Read` and `std::io::Write` traits - - -<!-- detailed internal feature checklist: -- [x] Inspecting Metadata - - [x] Singlepart - - [x] Tiles - - [x] Scan lines - - [x] Deep Tiles - - [ ] Deep Scan Lines _(coded, but untested)_ - - [x] Multipart - - [x] Tiles - - [x] Scan lines - - [ ] Deep Tiles _(coded, but untested)_ - - [x] Deep Scan Lines - - [x] Multi Resolution - - [x] Singular Resolution - - [x] MipMaps - - [x] RipMaps _(coded, but untested)_ - - [x] Non-Standard Attributes - - [x] Reading those with known names and unknown names - - [x] Reading those with known types - - [x] Reading those with unknown types into a plain byte buffer - - [x] Nice API for preview attribute extraction - -- [ ] Decompressing Pixel Data - - [x] Any LineOrder - - [x] Any Pixel Type (`f16`, `f32`, `u32`) - - [x] Multipart - - [ ] Deep Data - - [x] Rip/Mip Maps _(coded, but untested)_ - - [ ] Nice API for RGBA conversion and displaying other color spaces? - - [ ] Compression Methods - - [x] Uncompressed - - [x] ZIPS - - [x] ZIP - - [x] RLE - - [x] PIZ - - [x] RXR24 - - [x] B44, B44A - - [ ] DWAA, DWAB - -- [ ] Writing images - - [x] Scan Lines - - [x] Tiles - - [x] Multipart - - [ ] Deep Data - - [x] User supplied line order - - [x] Rip/Mip Maps _(coded, but untested)_ - - [x] 100% correct meta data - - [x] Compression Methods - - [x] Uncompressed - - [x] ZIPS (lossless) - - [x] ZIP (lossless) - - [x] RLE (lossless) - - [x] PIZ (lossless) - - [x] PXR24 (lossless for f16 and u32) - - [x] B44, B44A - - [ ] DWAA, DWAB - -- [x] De/compressing multiple blocks in parallel - -- [ ] Profiling and real optimization - - [x] Memory Mapping - -- [x] IO Progress callback? -- [ ] SIMD -- [x] Detailed file validation - - [x] Channels with an x or y sampling rate other than 1 are allowed only in flat, scan-line based images. - - [x] If the headers include timeCode and chromaticities attributes, then the values of those attributes must also be the same for all parts of a file - - [x] Scan-line based images cannot be multi-resolution images. (encoded in type system) - - [x] Scan-line based images cannot have unspecified line order apparently? - - [x] layer name is required for multipart images - - [x] Enforce minimum length of 1 for arrays - - [x] [Validate data_window matches data size when writing images] is not required because one is inferred from the other - - [x] Channel names and layer names must be unique - -- [x] Explore different APIs - - [x] Let user decide how to store data - - [x] Loading Metadata and specific tiles or blocks separately ---> - - -### Usage - -Add this to your `Cargo.toml`: -```toml -[dependencies] -exr = "1.71.0" - -# also, optionally add this to your crate for smaller binary size -# and better runtime performance -[profile.release] -lto = true -``` - -The master branch of this repository always matches the `crates.io` version, -so you could also link the github repository master branch. - -### Example - -Example: [generate an rgb exr file](https://github.com/johannesvollmer/exrs/blob/master/examples/0_write_rgba.rs). - -```rust -extern crate exr; - -/// To write your image data, you need to specify how to retrieve a single pixel from it. -/// The closure may capture variables or generate data on the fly. -fn main() { - use exr::prelude::*; - - // write a file, with 32-bit float precision per channel - write_rgba_file( - - // this accepts paths or &str - "minimal_rgba.exr", - - // image resolution is 2k - 2048, 2048, - - // generate (or lookup in your own image) - // an f32 rgb color for each of the 2048x2048 pixels - // (you could also create f16 values here to save disk space) - |x,y| { - ( - x as f32 / 2048.0, // red - y as f32 / 2048.0, // green - 1.0 - (y as f32 / 2048.0), // blue - 1.0 // alpha - ) - } - - ).unwrap(); -} -``` - -See the [the examples folder](https://github.com/johannesvollmer/exrs/tree/master/examples) for more examples. - -Or read [the guide](https://github.com/johannesvollmer/exrs/tree/master/GUIDE.md). - - -### Goals - -`exrs` aims to provide a safe and convenient -interface to the OpenEXR file format. It is designed -to minimize the possibility of invalid files and runtime errors. -It contains a full-fledged image data structure that can contain any exr image, -but also grants access a low level block interface. - -This library does not try to be a general purpose image file or image processing library. -Therefore, color conversion, beautiful subsampling, and mip map generation are left to other crates for now. -As the original OpenEXR implementation supports those operations, this library may choose to support them later. -Furthermore, this implementation does not try to produce byte-exact file output -matching the original implementation, instead, it is only aimed for correct output. - -#### Safety - -This library uses no unsafe code. In fact, this crate is annotated with `#[forbid(unsafe_code)]`. -Some dependencies use unsafe code, though this is minimized by selecting dependencies carefully. - -All information from a file is handled with caution. -Allocations have a safe maximum size that will not be exceeded at once, -to reduce memory exhaustion attacks. - -### What I am proud of - -- Flexible API (choose how to store your data instead of receiving an allocated image) -- Safe API (almost impossible to accidentally write invalid files) -- "if it compiles, it runs" methodology -- [Awesome Contributors!](CONTRIBUTORS.md) - -### Wasm -This crate supports the `wasm-unknown-unknown` target. -Until WASM has threads, decoding and encoding will be slower for compressed files. -Of course, you will need to read from byte buffers instead of file handles. - -### Motivation - -This library does not support the toxic mindset of -rewriting existing C++ code in Rust just for the sake of switching the language. -The OpenEXR image format is defined by a proven -and battle-tested reference implementation. - -However, as an alternative to the official reference implementation, -this library has the opportunity to explore radically different -designs, no matter what language it is written in. Neat! - -Also, I really wanted to have a library -which had an 'X' in its name in my git repositories. - -Keep in mind that there are official Rust bindings to the C++ reference implementation, -and they offer several advantages over this Rust implementation: -- they support all the features and can read any file, no surprises -- they are constantly driven by industry giants, - so they have the higher probability of still being maintained in a decade -- they are battle tested and relied upon by a lot of existing projects - -### Specification - -This library is modeled after the -official [`OpenEXRFileLayout.pdf`](http://www.openexr.com/documentation.html) -document. Unspecified behavior is concluded from the C++ library. - -### Roadmap -1. Support all compression formats (missing format: DWAA/DWAB) -1. Support subsampling -1. Support Deep Data -1. Automatic conversion between color spaces -1. Profiling and other optimization -1. Tooling (Image Viewer App, Metadata Extraction Tool, ...) - -## Contributing -This project has awesome contributors and is welcoming for -contributions on [Github](https://github.com/johannesvollmer/exrs). - -### Running Tests - -To run all fast tests on your native system, use `cargo test`. - -To start fuzzing on your native system indefinitely, -use `cargo test --package exr --test fuzz fuzz -- --exact --ignored`. - -To run all fast tests on an emulated system, use one of the following commands. -Each command requires a running `docker` instance, -and `cross-rs` to be installed on your machine (`cargo install cross-rs`). -- Mips (Big Endian) `cross test --target mips-unknown-linux-gnu --verbose` - -To benchmark the library, simply run `cargo bench`.
\ No newline at end of file diff --git a/vendor/exr/benches/pixel_format_conversion.rs b/vendor/exr/benches/pixel_format_conversion.rs deleted file mode 100644 index 3d1ba93..0000000 --- a/vendor/exr/benches/pixel_format_conversion.rs +++ /dev/null @@ -1,119 +0,0 @@ -#[macro_use] -extern crate bencher; - -extern crate exr; -use exr::prelude::*; - -use bencher::Bencher; -use std::fs; -use std::io::Cursor; -use exr::image::pixel_vec::PixelVec; -use exr::io::Data; -use exr::block::samples::FromNativeSample; - -const F32_ZIPS_PATH: &'static str = "tests/images/valid/custom/crowskull/crow_zips.exr"; -const F32_UNCOMPRESSED_PATH: &'static str = "tests/images/valid/custom/crowskull/crow_uncompressed.exr"; -const F16_UNCOMPRESSED_PATH: &'static str = "tests/images/valid/custom/crowskull/crow_uncompressed_half.exr"; -const F16_ZIP_PATH: &'static str = "tests/images/valid/custom/crowskull/crow_zip_half.exr"; - -/// Read an image from an in-memory buffer into its native f32 format -fn read_f32_as_f32_uncompressed_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<f32>(bench, F32_UNCOMPRESSED_PATH, false); -} - -/// Read image and convert the samples to u32 (from native f32) -fn read_f32_as_u32_uncompressed_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<u32>(bench, F32_UNCOMPRESSED_PATH, false); -} - -/// f16 is not natively supported by CPUs, which introduces unique performance pitfalls -fn read_f32_as_f16_uncompressed_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<f16>(bench, F32_UNCOMPRESSED_PATH, false); -} - -fn read_f16_as_f16_uncompressed_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<f16>(bench, F16_UNCOMPRESSED_PATH, false); -} - -fn read_f16_as_f32_uncompressed_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<f32>(bench, F16_UNCOMPRESSED_PATH, false); -} - -fn read_f16_as_u32_uncompressed_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<u32>(bench, F16_UNCOMPRESSED_PATH, false); -} - - -fn read_f32_as_f16_zips_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<f16>(bench, F32_ZIPS_PATH, false); -} - -fn read_f16_as_f32_zip_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<f32>(bench, F16_ZIP_PATH, false); -} - -fn read_f32_as_f16_zips_nthreads(bench: &mut Bencher) { - bench_read_image_rgba_as::<f16>(bench, F32_ZIPS_PATH, true); -} - -fn read_f16_as_f32_zip_nthreads(bench: &mut Bencher) { - bench_read_image_rgba_as::<f32>(bench, F16_ZIP_PATH, true); -} - -fn read_f32_as_f32_zips_nthreads(bench: &mut Bencher) { - bench_read_image_rgba_as::<f32>(bench, F32_ZIPS_PATH, true); -} - -fn read_f16_as_f16_zip_nthreads(bench: &mut Bencher) { - bench_read_image_rgba_as::<f16>(bench, F16_ZIP_PATH, true); -} - -fn read_f32_as_f32_zips_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<f32>(bench, F32_ZIPS_PATH, false); -} - -fn read_f16_as_f16_zip_1thread(bench: &mut Bencher) { - bench_read_image_rgba_as::<f16>(bench, F16_ZIP_PATH, false); -} - -fn bench_read_image_rgba_as<T>(bench: &mut Bencher, path: &str, parallel: bool) { - let mut file = fs::read(path).unwrap(); - bencher::black_box(&mut file); - - bench.iter(||{ - let image = read_file_from_memory_as::<f16>(file.as_slice(), parallel); - bencher::black_box(image); - }) -} - -fn read_file_from_memory_as<T>(file: &[u8], parallel: bool) -> RgbaImage<PixelVec<(T, T, T, T)>> - where T: FromNativeSample -{ - let read = exr::prelude::read() - .no_deep_data().largest_resolution_level() - .rgba_channels(PixelVec::<(T, T, T, T)>::constructor, PixelVec::set_pixel) - .first_valid_layer().all_attributes(); - - let read = if parallel { read } else { read.non_parallel() }; - read.from_buffered(Cursor::new(file)).unwrap() -} - -benchmark_group!(pixel_format_conversion, - read_f32_as_f32_uncompressed_1thread, - read_f32_as_u32_uncompressed_1thread, - read_f32_as_f16_uncompressed_1thread, - read_f32_as_f16_zips_1thread, - read_f32_as_f16_zips_nthreads, - read_f32_as_f32_zips_nthreads, - read_f32_as_f32_zips_1thread, - - read_f16_as_f16_uncompressed_1thread, - read_f16_as_u32_uncompressed_1thread, - read_f16_as_f32_uncompressed_1thread, - read_f16_as_f32_zip_1thread, - read_f16_as_f32_zip_nthreads, - read_f16_as_f16_zip_nthreads, - read_f16_as_f16_zip_1thread, -); - -benchmark_main!(pixel_format_conversion);
\ No newline at end of file diff --git a/vendor/exr/benches/profiling.rs b/vendor/exr/benches/profiling.rs deleted file mode 100644 index 1ae8c0d..0000000 --- a/vendor/exr/benches/profiling.rs +++ /dev/null @@ -1,39 +0,0 @@ -#[macro_use] -extern crate bencher; - -extern crate exr; -use exr::prelude::*; - -use bencher::Bencher; -use std::fs; -use std::io::Cursor; -use exr::image::pixel_vec::PixelVec; - -const PROFILING_REPETITIONS: i32 = 1; // make this 100 for profiling longer periods - -/// This is a suuuper long benchmark, to allow you to hook up a profiler while running it -/// but this means we don't want it in our normal benchmarks -fn read_single_image_from_buffer_rgba_f32_as_f16(bench: &mut Bencher) { - - let mut file = fs::read("tests/images/valid/custom/crowskull/crow_uncompressed.exr").unwrap(); - bencher::black_box(&mut file); - - bench.iter(||{ - for _ in 0 .. PROFILING_REPETITIONS { - let image = exr::prelude::read() - .no_deep_data().largest_resolution_level() - .rgba_channels(PixelVec::<(f16,f16,f16,f16)>::constructor, PixelVec::set_pixel) - .first_valid_layer().all_attributes() - .non_parallel() - .from_buffered(Cursor::new(file.as_slice())).unwrap(); - - bencher::black_box(image); - } - }) -} - -benchmark_group!(profiling, - read_single_image_from_buffer_rgba_f32_as_f16 -); - -benchmark_main!(profiling);
\ No newline at end of file diff --git a/vendor/exr/benches/read.rs b/vendor/exr/benches/read.rs deleted file mode 100644 index 634f16e..0000000 --- a/vendor/exr/benches/read.rs +++ /dev/null @@ -1,172 +0,0 @@ -#[macro_use] -extern crate bencher; - -extern crate exr; -use exr::prelude::*; - -use bencher::Bencher; -use std::fs; -use std::io::Cursor; -use exr::image::pixel_vec::PixelVec; - -/// Read uncompressed (always single core) -fn read_single_image_uncompressed_non_parallel_rgba(bench: &mut Bencher) { - let mut file = fs::read("tests/images/valid/custom/crowskull/crow_uncompressed.exr").unwrap(); - bench.iter(||{ - bencher::black_box(&mut file); - - let image = exr::prelude::read() - .no_deep_data().largest_resolution_level() - .rgba_channels(PixelVec::<(f32,f32,f32,f32)>::constructor, PixelVec::set_pixel) - .all_layers().all_attributes() - .non_parallel() - .from_buffered(Cursor::new(file.as_slice())).unwrap(); - - bencher::black_box(image); - }) -} - -/// Read from in-memory in parallel -fn read_single_image_uncompressed_rgba(bench: &mut Bencher) { - let mut file = fs::read("tests/images/valid/custom/crowskull/crow_uncompressed.exr").unwrap(); - - bench.iter(||{ - bencher::black_box(&mut file); - - let image = exr::prelude::read() - .no_deep_data().largest_resolution_level() - .rgba_channels(PixelVec::<(f32,f32,f32,f32)>::constructor, PixelVec::set_pixel) - .all_layers().all_attributes() - .from_buffered(Cursor::new(file.as_slice())).unwrap(); - - bencher::black_box(image); - }) -} - -/// Read with multi-core RLE decompression -fn read_single_image_rle_all_channels(bench: &mut Bencher) { - let mut file = fs::read("tests/images/valid/custom/crowskull/crow_rle.exr").unwrap(); - - bench.iter(||{ - bencher::black_box(&mut file); - - let image = exr::prelude::read() - .no_deep_data() - .largest_resolution_level() - .all_channels() - .all_layers() - .all_attributes() - .from_buffered(Cursor::new(file.as_slice())).unwrap(); - - bencher::black_box(image); - }) -} - -/// Read without multi-core RLE decompression -fn read_single_image_rle_non_parallel_all_channels(bench: &mut Bencher) { - let mut file = fs::read("tests/images/valid/custom/crowskull/crow_rle.exr").unwrap(); - - bench.iter(||{ - bencher::black_box(&mut file); - - // copied from `read_all_flat_layers_from_file` and added `.non_parallel()` - let image = exr::prelude::read() - .no_deep_data() - .largest_resolution_level() - .all_channels() - .all_layers() - .all_attributes() - .non_parallel() - .from_buffered(Cursor::new(file.as_slice())).unwrap(); - - bencher::black_box(image); - }) -} - -/// Read with multi-core RLE decompression -fn read_single_image_rle_rgba(bench: &mut Bencher) { - let mut file = fs::read("tests/images/valid/custom/crowskull/crow_rle.exr").unwrap(); - - bench.iter(||{ - bencher::black_box(&mut file); - - let image = exr::prelude::read() - .no_deep_data() - .largest_resolution_level() - .rgba_channels(PixelVec::<(f32,f32,f32,f32)>::constructor, PixelVec::set_pixel) - .all_layers() - .all_attributes() - .from_buffered(Cursor::new(file.as_slice())).unwrap(); - - bencher::black_box(image); - }) -} - -/// Read without multi-core RLE decompression -fn read_single_image_rle_non_parallel_rgba(bench: &mut Bencher) { - let mut file = fs::read("tests/images/valid/custom/crowskull/crow_rle.exr").unwrap(); - - bench.iter(||{ - bencher::black_box(&mut file); - - // copied from `read_all_flat_layers_from_file` and added `.non_parallel()` - let image = exr::prelude::read() - .no_deep_data() - .largest_resolution_level() - .rgba_channels(PixelVec::<(f32,f32,f32,f32)>::constructor, PixelVec::set_pixel) - .all_layers() - .all_attributes() - .non_parallel() - .from_buffered(Cursor::new(file.as_slice())).unwrap(); - - bencher::black_box(image); - }) -} - -/// Read with multi-core zip decompression -fn read_single_image_zips_rgba(bench: &mut Bencher) { - let mut file = fs::read("tests/images/valid/custom/crowskull/crow_zips.exr").unwrap(); - - bench.iter(||{ - bencher::black_box(&mut file); - - let image = exr::prelude::read() - .no_deep_data().largest_resolution_level() - .rgba_channels(PixelVec::<(f32,f32,f32,f32)>::constructor, PixelVec::set_pixel) - .all_layers().all_attributes() - .from_buffered(Cursor::new(file.as_slice())).unwrap(); - - bencher::black_box(image); - }) -} - -/// Read without multi-core ZIP decompression -fn read_single_image_zips_non_parallel_rgba(bench: &mut Bencher) { - let mut file = fs::read("tests/images/valid/custom/crowskull/crow_zips.exr").unwrap(); - - bench.iter(||{ - bencher::black_box(&mut file); - - let image = exr::prelude::read() - .no_deep_data().largest_resolution_level() - .rgba_channels(PixelVec::<(f32,f32,f32,f32)>::constructor, PixelVec::set_pixel) - .all_layers().all_attributes() - .non_parallel() - .from_buffered(Cursor::new(file.as_slice())).unwrap(); - - bencher::black_box(image); - }) -} - -benchmark_group!(read, - read_single_image_uncompressed_rgba, - read_single_image_uncompressed_non_parallel_rgba, - read_single_image_rle_rgba, - read_single_image_rle_non_parallel_rgba, - read_single_image_rle_all_channels, - read_single_image_rle_non_parallel_all_channels, - read_single_image_zips_rgba, - read_single_image_zips_non_parallel_rgba, -); - -benchmark_main!(read);
\ No newline at end of file diff --git a/vendor/exr/benches/write.rs b/vendor/exr/benches/write.rs deleted file mode 100644 index 14331c5..0000000 --- a/vendor/exr/benches/write.rs +++ /dev/null @@ -1,80 +0,0 @@ -#[macro_use] -extern crate bencher; - -extern crate exr; -use exr::prelude::*; - -use bencher::Bencher; -use std::io::Cursor; - -fn write_parallel_any_channels_to_buffered(bench: &mut Bencher) { - let path = "tests/images/valid/custom/crowskull/crow_rle.exr"; - let image = read_all_flat_layers_from_file(path).unwrap(); - - bench.iter(||{ - let mut result = Vec::new(); - image.write().to_buffered(Cursor::new(&mut result)).unwrap(); - bencher::black_box(result); - }) -} - -fn write_parallel_zip1_to_buffered(bench: &mut Bencher) { - let path = "tests/images/valid/custom/crowskull/crow_rle.exr"; - - let mut image = read_first_flat_layer_from_file(path).unwrap(); - image.layer_data.encoding.compression = Compression::ZIP1; - - bench.iter(||{ - let mut result = Vec::new(); - image.write().to_buffered(Cursor::new(&mut result)).unwrap(); - bencher::black_box(result); - }) -} - -fn write_nonparallel_zip1_to_buffered(bench: &mut Bencher) { - let path = "tests/images/valid/custom/crowskull/crow_rle.exr"; - - let mut image = read_first_flat_layer_from_file(path).unwrap(); - image.layer_data.encoding.compression = Compression::ZIP1; - - bench.iter(||{ - let mut result = Vec::new(); - image.write().non_parallel().to_buffered(Cursor::new(&mut result)).unwrap(); - bencher::black_box(result); - }) -} - -fn write_parallel_zip16_to_buffered(bench: &mut Bencher) { - let path = "tests/images/valid/custom/crowskull/crow_rle.exr"; - - let mut image = read_first_flat_layer_from_file(path).unwrap(); - image.layer_data.encoding.compression = Compression::ZIP16; - - bench.iter(||{ - let mut result = Vec::new(); - image.write().to_buffered(Cursor::new(&mut result)).unwrap(); - bencher::black_box(result); - }) -} - -fn write_uncompressed_to_buffered(bench: &mut Bencher) { - let path = "tests/images/valid/custom/crowskull/crow_uncompressed.exr"; - let image = read_all_flat_layers_from_file(path).unwrap(); - assert!(image.layer_data.iter().all(|layer| layer.encoding.compression == Compression::Uncompressed)); - - bench.iter(||{ - let mut result = Vec::new(); - image.write().to_buffered(Cursor::new(&mut result)).unwrap(); - bencher::black_box(result); - }) -} - -benchmark_group!(write, - write_parallel_any_channels_to_buffered, - write_nonparallel_zip1_to_buffered, - write_parallel_zip1_to_buffered, - write_parallel_zip16_to_buffered, - write_uncompressed_to_buffered -); - -benchmark_main!(write);
\ No newline at end of file diff --git a/vendor/exr/examples/0a_write_rgba.rs b/vendor/exr/examples/0a_write_rgba.rs deleted file mode 100644 index daa4fcd..0000000 --- a/vendor/exr/examples/0a_write_rgba.rs +++ /dev/null @@ -1,36 +0,0 @@ -extern crate exr; - - -/// `exr` offers a few simplified functions for the most basic use cases. -/// `write_rgb_f32_file` is a such a function, which writes a plain rgba exr file. -/// -/// To write your image data, you need to specify how to retrieve a single pixel from it. -/// The closure may capture variables or generate data on the fly. -fn main() { - use exr::prelude::*; - - // write a file, with 32-bit float precision per channel - write_rgba_file( - - // this accepts paths or &str - "minimal_rgba.exr", - - // image resolution is 2k - 2048, 2048, - - // generate (or lookup in your own image) - // an f32 rgb color for each of the 2048x2048 pixels - // (you could also create f16 values here to save disk space) - |x,y| { - ( - x as f32 / 2048.0, // red - y as f32 / 2048.0, // green - 1.0 - (y as f32 / 2048.0), // blue - 1.0 // alpha - ) - } - - ).unwrap(); - - println!("created file minimal_rgb.exr"); -}
\ No newline at end of file diff --git a/vendor/exr/examples/0b_read_meta.rs b/vendor/exr/examples/0b_read_meta.rs deleted file mode 100644 index a20527f..0000000 --- a/vendor/exr/examples/0b_read_meta.rs +++ /dev/null @@ -1,22 +0,0 @@ - - -// exr imports -extern crate exr; - -/// Print the custom meta data of a file, excluding technical encoding meta data. -/// Prints compression method and tile size, but not purely technical data like chunk count. -fn main() { - use exr::prelude::*; - - let meta_data = MetaData::read_from_file( - "generated_rgba_with_meta.exr", - false // do not throw an error for invalid or missing attributes, skipping them instead - ).expect("run example `1_write_rgba_with_metadata` to generate the required file"); - - for (layer_index, image_layer) in meta_data.headers.iter().enumerate() { - println!( - "custom meta data of layer #{}:\n{:#?}", - layer_index, image_layer.own_attributes - ); - } -}
\ No newline at end of file diff --git a/vendor/exr/examples/0c_read_rgba.rs b/vendor/exr/examples/0c_read_rgba.rs deleted file mode 100644 index a2126f8..0000000 --- a/vendor/exr/examples/0c_read_rgba.rs +++ /dev/null @@ -1,30 +0,0 @@ -extern crate exr; - -/// `exr` offers a few simplified functions for the most basic use cases. -/// `read_first_rgba_layer_from_file` is a such a function, which loads rgba exr files. -/// To load the pixel data, you need to specify -/// how to create and how to set the pixels of your image. -fn main() { - let image = exr::prelude::read_first_rgba_layer_from_file( - "generated_rgba.exr", - - // instantiate your image type with the size of the image in file - |resolution, _| { - let default_pixel = [0.0, 0.0, 0.0, 0.0]; - let empty_line = vec![ default_pixel; resolution.width() ]; - let empty_image = vec![ empty_line; resolution.height() ]; - empty_image - }, - - // transfer the colors from the file to your image type, - // requesting all values to be converted to f32 numbers (you can also directly use f16 instead) - // and you could also use `Sample` instead of `f32` to keep the original data type from the file - |pixel_vector, position, (r,g,b, a): (f32, f32, f32, f32)| { - pixel_vector[position.y()][position.x()] = [r, g, b, a] - }, - - ).expect("run the `1_write_rgba` example to generate the required file"); - - // printing all pixels might kill the console, so only print some meta data about the image - println!("opened file generated_rgba.exr: {:#?}", image.layer_data.attributes); -}
\ No newline at end of file diff --git a/vendor/exr/examples/1a_write_rgba_with_metadata.rs b/vendor/exr/examples/1a_write_rgba_with_metadata.rs deleted file mode 100644 index 394410f..0000000 --- a/vendor/exr/examples/1a_write_rgba_with_metadata.rs +++ /dev/null @@ -1,64 +0,0 @@ - -// exr imports -extern crate exr; - -/// Write an rgba exr file, generating the pixel values on the fly. -/// This streams the generated pixel directly to the file, -/// never allocating the actual total pixel memory of the image. -fn main() { - use exr::prelude::*; - use exr::meta::attribute::*; - - // this function can generate a color for any pixel - let generate_pixels = |position: Vec2<usize>| ( - position.x() as f32 / 2048.0, // red - position.y() as f32 / 2048.0, // green - 1.0 - (position.y() as f32 / 2048.0), // blue - 1.0 // alpha - ); - - let mut layer_attributes = LayerAttributes::named("generated rgba main layer"); - layer_attributes.comments = Some(Text::from("This image was generated as part of an example")); - layer_attributes.owner = Some(Text::from("The holy lambda function")); - layer_attributes.software_name = Some(Text::from("EXRS Project")); - layer_attributes.exposure = Some(1.0); - layer_attributes.focus = Some(12.4); - layer_attributes.frames_per_second = Some((60, 1)); - layer_attributes.other.insert( - Text::from("Layer Purpose (Custom Layer Attribute)"), - AttributeValue::Text(Text::from("This layer contains the rgb pixel data")) - ); - - let layer = Layer::new( - (2*2048, 2*2048), - layer_attributes, - Encoding::SMALL_FAST_LOSSLESS, // use fast but lossy compression - - SpecificChannels::rgba(generate_pixels) - ); - - // crop away black and transparent pixels from the border, if any - let layer = layer - .crop_where_eq((0.0, 0.0, 0.0, 0.0)) - .or_crop_to_1x1_if_empty(); - - let mut image = Image::from_layer(layer); - image.attributes.pixel_aspect = 1.0; - - image.attributes.time_code = Some(TimeCode { - hours: 0, - minutes: 1, - seconds: 59, - frame: 29, - ..TimeCode::default() - }); - - image.attributes.other.insert( - Text::from("Mice Count (Custom Image Attribute)"), - AttributeValue::I32(23333) - ); - - // write it to a file with all cores in parallel - image.write().to_file("generated_rgba_with_meta.exr").unwrap(); - println!("created file generated_rgba_with_meta.exr"); -}
\ No newline at end of file diff --git a/vendor/exr/examples/1b_convert_exr_to_png.rs b/vendor/exr/examples/1b_convert_exr_to_png.rs deleted file mode 100644 index c78716e..0000000 --- a/vendor/exr/examples/1b_convert_exr_to_png.rs +++ /dev/null @@ -1,53 +0,0 @@ - -extern crate image as png; - -// exr imports -extern crate exr; - -/// Converts one rgba exr with one layer to one png, or fail. -fn main() { - use exr::prelude::*; - use exr::prelude as exrs; - - // read from the exr file directly into a new `png::RgbaImage` image without intermediate buffers - let reader = exrs::read() - .no_deep_data() - .largest_resolution_level() - .rgba_channels( - |resolution, _channels: &RgbaChannels| -> png::RgbaImage { - png::ImageBuffer::new( - resolution.width() as u32, - resolution.height() as u32 - ) - }, - - // set each pixel in the png buffer from the exr file - |png_pixels, position, (r,g,b,a): (f32,f32,f32,f32)| { // TODO implicit argument types! - png_pixels.put_pixel( - position.x() as u32, position.y() as u32, - png::Rgba([tone_map(r), tone_map(g), tone_map(b), (a * 255.0) as u8]) - ); - } - ) - .first_valid_layer() - .all_attributes(); - - // an image that contains a single layer containing an png rgba buffer - let image: Image<Layer<SpecificChannels<png::RgbaImage, RgbaChannels>>> = reader - .from_file("generated_rgba.exr") - .expect("run the `1_write_rgba` example to generate the required file"); - - - /// compress any possible f32 into the range of [0,1]. - /// and then convert it to an unsigned byte. - fn tone_map(linear: f32) -> u8 { - // TODO does the `image` crate expect gamma corrected data? - let clamped = (linear - 0.5).tanh() * 0.5 + 0.5; - (clamped * 255.0) as u8 - } - - // save the png buffer to a png file - let png_buffer = &image.layer_data.channel_data.pixels; - png_buffer.save("rgb.png").unwrap(); - println!("created image rgb.png") -}
\ No newline at end of file diff --git a/vendor/exr/examples/2_rgba_adjust_exposure.rs b/vendor/exr/examples/2_rgba_adjust_exposure.rs deleted file mode 100644 index c4e6097..0000000 --- a/vendor/exr/examples/2_rgba_adjust_exposure.rs +++ /dev/null @@ -1,80 +0,0 @@ - -// exr imports -extern crate exr; - -/// Read an rgba image, increase the exposure, and then write it back. -/// Uses multi-core compression where appropriate. -/// -/// All non-rgba channels and all layers except the first rgba layers will not be present in the new file. -fn main() { - use exr::prelude::*; - - /// This is an example of a custom image type. - /// You use your own image struct here. - // This struct trades sub-optimal memory-efficiency for clarity, - // because this is an example, and does not have to be perfectly efficient. - #[derive(Debug, PartialEq)] - struct CustomPixels { lines: Vec<Vec<RgbaF32Pixel>> } - type RgbaF32Pixel = (f32, f32, f32, f32); - - // read the image from a file - let mut image = read().no_deep_data() - .largest_resolution_level() - .rgba_channels( - // create our custom image based on the file info - |resolution, _channels| -> CustomPixels { - let default_rgba_pixel = (0.0, 0.0, 0.0, 0.0); - let default_line = vec![default_rgba_pixel; resolution.width()]; - let lines = vec![default_line; resolution.height()]; - CustomPixels { lines } - }, - - // request pixels with red, green, blue, and optionally and alpha values. - // transfer each pixel from the file to our image - |image, position, (r,g,b,a): RgbaF32Pixel| { - - // insert the values into our custom image - image.lines[position.y()][position.x()] = (r,g,b,a); - } - ) - .first_valid_layer() - .all_attributes() - .from_file("generated_rgba.exr") - .expect("run the `1_write_rgba` example to generate the required file"); - - let exposure_multiplier = 2.0; - - { // increase exposure of all pixels - for line in &mut image.layer_data.channel_data.pixels.lines { - for (r,g,b,_) in line { - // you should probably check the color space and white points - // for high quality color adjustments - *r *= exposure_multiplier; - *g *= exposure_multiplier; - *b *= exposure_multiplier; - } - } - - // also update meta data after modifying the image - if let Some(exposure) = &mut image.layer_data.attributes.exposure { - println!("increased exposure from {}s to {}s", exposure, *exposure * exposure_multiplier); - *exposure *= exposure_multiplier; - } - } - - // enable writing our custom pixel storage to a file - // FIXME this should be passed as a closure to the `write_with(|x| y)` call - impl GetPixel for CustomPixels { - type Pixel = RgbaF32Pixel; - fn get_pixel(&self, position: Vec2<usize>) -> Self::Pixel { - self.lines[position.y()][position.x()] - } - } - - // write the image to a file - image - .write().to_file("rgba_exposure_adjusted.exr") - .unwrap(); - - println!("created file rgba_exposure_adjusted.exr"); -}
\ No newline at end of file diff --git a/vendor/exr/examples/3a_write_dynamic_channels_with_metadata.rs b/vendor/exr/examples/3a_write_dynamic_channels_with_metadata.rs deleted file mode 100644 index aedbb75..0000000 --- a/vendor/exr/examples/3a_write_dynamic_channels_with_metadata.rs +++ /dev/null @@ -1,78 +0,0 @@ - -#[macro_use] -extern crate smallvec; -extern crate rand; -extern crate half; - -use rand::Rng; - -// exr imports -extern crate exr; - - -/// Generate a noisy image and write it to a file, -/// also attaching some meta data. -fn main() { - use exr::prelude::*; - - fn generate_f16_vector(size: Vec2<usize>) -> Vec<f16> { - let mut values = vec![ f16::from_f32(0.5); size.area() ]; - - for _ in 0..(1024*1024/3)/4 { - let index = rand::thread_rng().gen_range(0 .. values.len()); - let value = 1.0 / rand::random::<f32>() - 1.0; - let value = if !value.is_normal() || value > 1000.0 { 1000.0 } else { value }; - values[index] = f16::from_f32(value); - } - - values - } - - let size = (1024, 512); - - let r = AnyChannel::new( - "R", FlatSamples::F16(generate_f16_vector(size.into())) - ); - - let g = AnyChannel::new( - "G", FlatSamples::F16(generate_f16_vector(size.into())) - ); - - let b = AnyChannel::new( - "B", FlatSamples::F32(generate_f16_vector(size.into()).into_iter().map(f16::to_f32).collect()) - ); - - let a = AnyChannel::new( - "A", FlatSamples::F32(generate_f16_vector(size.into()).into_iter().map(f16::to_f32).collect()) - ); - - let mut layer_attributes = LayerAttributes::named("test-image"); - layer_attributes.owner = Some(Text::from("It's you!")); - layer_attributes.comments = Some(Text::from("This image was procedurally generated")); - - let layer = Layer::new( - size, - layer_attributes, - Encoding::default(), - AnyChannels::sort(smallvec![ r, g, b, a ]), - ); - - // crop away transparent pixels from the border - let layer = layer - - // channel order is (a,b,g,r), as channels are already sorted - .crop_where(|samples| samples[0].is_zero()) - - // throw error if the image is 100% transparent pixels and should be removed - .or_none_if_empty().expect("image is empty and cannot be cropped"); - - let image = Image::from_layer(layer); - - println!("writing image {:#?}", image); - - image.write() - .on_progress(|progress| println!("progress: {:.1}", progress*100.0)) - .to_file("noisy.exr").unwrap(); - - println!("created file noisy.exr"); -}
\ No newline at end of file diff --git a/vendor/exr/examples/3b_read_all_channels_with_metadata.rs b/vendor/exr/examples/3b_read_all_channels_with_metadata.rs deleted file mode 100644 index cd9fc04..0000000 --- a/vendor/exr/examples/3b_read_all_channels_with_metadata.rs +++ /dev/null @@ -1,35 +0,0 @@ - -// exr imports -extern crate exr; - -/// Read an image and print information about the image into the console. -/// This example shows how to read an image with multiple layers and arbitrary channels. -/// For example, a layer with XYZ channels, and additionally a separate Depth layer. -/// This example does not include resolution levels (mipmaps or ripmaps). -fn main() { - use exr::prelude::*; - - let image = read().no_deep_data() - .largest_resolution_level().all_channels().all_layers().all_attributes() - .on_progress(|progress| println!("progress: {:.1}", progress*100.0)) - .from_file("generated_rgba_with_meta.exr") - .expect("run example `1_write_rgba_with_metadata` to generate this image file"); - - println!("image was read: {:#?}", image); - - // output the average value for each channel of each layer - for layer in &image.layer_data { - for channel in &layer.channel_data.list { - - let sample_vec = &channel.sample_data; - let average = sample_vec.values_as_f32().sum::<f32>() / sample_vec.len() as f32; - - if let Some(layer_name) = &layer.attributes.layer_name { - println!("Channel `{}` of Layer `{}` has an average value of {}", channel.name, layer_name, average); - } - else { - println!("Channel `{}` has an average value of {}", channel.name, average); - } - } - } -}
\ No newline at end of file diff --git a/vendor/exr/examples/4a_write_custom_fixed_channels.rs b/vendor/exr/examples/4a_write_custom_fixed_channels.rs deleted file mode 100644 index 4eb6f8d..0000000 --- a/vendor/exr/examples/4a_write_custom_fixed_channels.rs +++ /dev/null @@ -1,41 +0,0 @@ - -// exr imports -extern crate exr; - -/// Create an image with strange channels and write it to a file. -fn main() { - use exr::prelude::*; - - let pixels = SpecificChannels::build() - .with_channel("Kharthanasus Korthus") - .with_channel("Y") - .with_channel("11023") - .with_channel("*?!") - .with_channel("`--\"") - .with_channel("\r\r\r\n\n") - .with_pixel_fn(|position|{ - if position.0 < 1000 { - (f16::from_f32(0.2), 0.666_f32, 4_u32, 1532434.0213_f32, 0.99999_f32, 3.142594_f32/4.0) - } - else { - (f16::from_f32(0.4), 0.777_f32, 8_u32, 102154.3_f32, 0.00001_f32, 3.142594_f32/4.0) - } - }); - - let image = Image::from_channels((2000, 1400), pixels); - - // print progress only if it advances more than 1% - let mut current_progress_percentage = 0; - - image.write() - .on_progress(|progress| { - let new_progress = (progress * 100.0) as usize; - if new_progress != current_progress_percentage { - current_progress_percentage = new_progress; - println!("progress: {}%", current_progress_percentage) - } - }) - .to_file("custom_channels.exr").unwrap(); - - println!("created file custom_channels.exr"); -}
\ No newline at end of file diff --git a/vendor/exr/examples/4b_read_custom_fixed_channels.rs b/vendor/exr/examples/4b_read_custom_fixed_channels.rs deleted file mode 100644 index a5fd273..0000000 --- a/vendor/exr/examples/4b_read_custom_fixed_channels.rs +++ /dev/null @@ -1,49 +0,0 @@ - -// exr imports -extern crate exr; - -/// Read an image and print information about the image into the console. -/// This example shows how to read an image with multiple layers and specific channels. -/// This example does not include resolution levels (mipmaps or ripmaps). -fn main() { - use exr::prelude::*; - - let image = read().no_deep_data() - .largest_resolution_level() - - .specific_channels() - .optional("A", f16::ONE) - .required("Y") // TODO also accept a closure with a detailed selection mechanism - .optional("right.Y", 0.0) - .collect_pixels( - |resolution, (a_channel, y_channel, y_right_channel)| { - println!("image contains alpha channel? {}", a_channel.is_some()); - println!("image contains stereoscopic luma channel? {}", y_right_channel.is_some()); - println!("the type of luma samples is {:?}", y_channel.sample_type); - - vec![vec![(f16::ZERO, 0.0, 0.0); resolution.width()]; resolution.height()] - }, - - // all samples will be converted to f32 (you can also use the enum `Sample` instead of `f32` here to retain the original data type from the file) - |vec, position, (a,y,yr): (f16, f32, f32)| { - vec[position.y()][position.x()] = (a, y, yr) - } - ) - - .all_layers() - .all_attributes() - .on_progress(|progress| println!("progress: {:.1}", progress*100.0)) - .from_file("custom_channels.exr") - .expect("run example `4_write_custom_fixed_channels` to generate this image file"); - - // output a random color of each channel of each layer - for layer in &image.layer_data { - let (alpha, luma, luma_right) = layer.channel_data.pixels.first().unwrap().first().unwrap(); - - println!( - "top left color of layer `{}`: (a, y, yr) = {:?}", - layer.attributes.layer_name.clone().unwrap_or_default(), - (alpha.to_f32(), luma, luma_right) - ) - } -}
\ No newline at end of file diff --git a/vendor/exr/examples/5a_write_multiple_layers.rs b/vendor/exr/examples/5a_write_multiple_layers.rs deleted file mode 100644 index 51e2aed..0000000 --- a/vendor/exr/examples/5a_write_multiple_layers.rs +++ /dev/null @@ -1,45 +0,0 @@ - -extern crate smallvec; -extern crate rand; -extern crate half; - - -// exr imports -extern crate exr; - -/// Writes multiple layers into one exr file -/// Note: this may not be supported by legacy software -fn main() { - use exr::prelude::*; - let size = Vec2(512, 512); - - - let layer1 = Layer::new( - size, - LayerAttributes::named("teal rgb"), - Encoding::FAST_LOSSLESS, - SpecificChannels::rgb(|_pos| (0_f32, 0.4_f32, 0.4_f32)), - ); - - let layer2 = Layer::new( - size, - LayerAttributes::named("orange rgba"), - Encoding::FAST_LOSSLESS, - SpecificChannels::rgba(|_pos| (0.8_f32, 0.5_f32, 0.1_f32, 1.0_f32)), - ); - - // define the visible area of the canvas - let attributes = ImageAttributes::new( - // the pixel section that should be shown - IntegerBounds::from_dimensions(size) - ); - - let image = Image::empty(attributes) - .with_layer(layer1) // add an rgb layer of type `SpecificChannels<ClosureA>` - .with_layer(layer2); // add an rgba layer of different type, `SpecificChannels<ClosureB>`, not possible with a vector - - println!("writing image..."); - image.write().to_file("layers.exr").unwrap(); - - println!("created file layers.exr"); -}
\ No newline at end of file diff --git a/vendor/exr/examples/5b_extract_exr_layers_as_pngs.rs b/vendor/exr/examples/5b_extract_exr_layers_as_pngs.rs deleted file mode 100644 index 1f14ea7..0000000 --- a/vendor/exr/examples/5b_extract_exr_layers_as_pngs.rs +++ /dev/null @@ -1,74 +0,0 @@ -extern crate image as png; -use std::cmp::Ordering; - -extern crate exr; - -/// For each layer in the exr file, -/// extract each channel as grayscale png, -/// including all multi-resolution levels. -// -// FIXME throws "access denied" sometimes, simply trying again usually works. -// -pub fn main() { - use exr::prelude::*; - - let path = "layers.exr"; - let now = ::std::time::Instant::now(); - - // load the exr file from disk with multi-core decompression - let image = read() - .no_deep_data().largest_resolution_level().all_channels().all_layers().all_attributes() - .from_file(path).expect("run example `5a_write_multiple_layers` to generate this image file"); - - // warning: highly unscientific benchmarks ahead! - println!("\nloaded file in {:?}s", now.elapsed().as_secs_f32()); - let _ = std::fs::create_dir_all("pngs/"); - println!("writing images..."); - - for (layer_index, layer) in image.layer_data.iter().enumerate() { - let layer_name = layer.attributes.layer_name.as_ref() - .map_or(String::from("main_layer"), Text::to_string); - - for channel in &layer.channel_data.list { - let data : Vec<f32> = channel.sample_data.values_as_f32().collect(); - save_f32_image_as_png(&data, layer.size, format!( - "pngs/{} ({}) {}_{}x{}.png", - layer_index, layer_name, channel.name, - layer.size.width(), layer.size.height(), - )) - } - } - - /// Save raw float data to a PNG file, doing automatic brightness adjustments per channel - fn save_f32_image_as_png(data: &[f32], size: Vec2<usize>, name: String) { - let mut png_buffer = png::GrayImage::new(size.width() as u32, size.height() as u32); - let mut sorted = Vec::from(data); - sorted.sort_by(|a, b| a.partial_cmp(b).unwrap_or(Ordering::Less)); - - // percentile normalization - let max = sorted[7 * sorted.len() / 8]; - let min = sorted[1 * sorted.len() / 8]; - - // primitive tone mapping - let tone = |v: f32| (v - 0.5).tanh() * 0.5 + 0.5; - let max_toned = tone(*sorted.last().unwrap()); - let min_toned = tone(*sorted.first().unwrap()); - - // for each pixel, tone map the value - for (x, y, pixel) in png_buffer.enumerate_pixels_mut() { - let v = data[y as usize * size.0 + x as usize]; - let v = (v - min) / (max - min); - let v = tone(v); - - let v = (v - min_toned) / (max_toned - min_toned); - - // TODO does the `image` crate expect gamma corrected data? - *pixel = png::Luma([(v.max(0.0).min(1.0) * 255.0) as u8]); - } - - png_buffer.save(&name).unwrap(); - } - - println!("extracted all layers to folder `./pngs/*.png`"); -} - diff --git a/vendor/exr/examples/5c_write_mip_maps.rs b/vendor/exr/examples/5c_write_mip_maps.rs deleted file mode 100644 index 1096c4e..0000000 --- a/vendor/exr/examples/5c_write_mip_maps.rs +++ /dev/null @@ -1,73 +0,0 @@ - -extern crate smallvec; -extern crate rand; -extern crate half; - - -// exr imports -extern crate exr; - - - -/// Writes two layers, each with multiple mip maps. -/// All mip maps have solid color for brevity. -fn main() { - use exr::prelude::*; - use exr::math::RoundingMode; - use smallvec::smallvec; - - let full_size = Vec2(512, 512); - let size_rounding = RoundingMode::Up; - - let mip_levels_sizes = exr::meta::mip_map_levels( - size_rounding, full_size - ).collect::<Vec<_>>(); - - let red_mip_levels = mip_levels_sizes.iter() - .map(|(_index, level_size)|{ - FlatSamples::F32(vec![0.1_f32; level_size.area() ]) - }) - .collect(); - - let green_mip_levels = mip_levels_sizes.iter() - .map(|(_index, level_size)|{ - FlatSamples::F32(vec![0.6_f32; level_size.area() ]) - }) - .collect(); - - let blue_mip_levels = mip_levels_sizes.iter() - .map(|(_index, level_size)|{ - FlatSamples::F32(vec![1.0_f32; level_size.area() ]) - }) - .collect(); - - let rgb_mip_maps = AnyChannels::sort(smallvec![ - AnyChannel::new("R", Levels::Mip { level_data: red_mip_levels, rounding_mode: size_rounding }), - AnyChannel::new("G", Levels::Mip { level_data: green_mip_levels, rounding_mode: size_rounding }), - AnyChannel::new("B", Levels::Mip { level_data: blue_mip_levels, rounding_mode: size_rounding }), - ]); - - let layer1 = Layer::new( - full_size, - LayerAttributes::named("teal rgb"), - Encoding::FAST_LOSSLESS, - rgb_mip_maps - ); - - let mut layer2 = layer1.clone(); - layer2.attributes.layer_name = Some("Copied Layer".into()); - layer2.encoding = Encoding::SMALL_FAST_LOSSLESS; - - // define the visible area of the canvas - let image_attributes = ImageAttributes::new( - IntegerBounds::from_dimensions(full_size) - ); - - let image = Image::empty(image_attributes) - .with_layer(layer1).with_layer(layer2); - - println!("writing image..."); - image.write().to_file("mip_maps.exr").unwrap(); - - println!("created file mip_maps.exr"); -}
\ No newline at end of file diff --git a/vendor/exr/examples/5d_write_legacy_layers.rs b/vendor/exr/examples/5d_write_legacy_layers.rs deleted file mode 100644 index 7276c7f..0000000 --- a/vendor/exr/examples/5d_write_legacy_layers.rs +++ /dev/null @@ -1,73 +0,0 @@ - -#[macro_use] -extern crate smallvec; -extern crate rand; -extern crate half; - - -// exr imports -extern crate exr; - -// TODO create a dedicated reader and writer for this scenario - -/// Generate an image with channel groups and write it to a file. -/// Some legacy software may group layers that contain a `.` in the layer name. -/// -/// Note: This is an OpenEXR legacy strategy. OpenEXR supports layers natively since 2013. -/// Use the natively supported exrs `Layer` types instead, if possible. -/// -fn main() { - use exr::prelude::*; - // TODO simplify handling these types of layers using read() and write() - - let size = Vec2(512, 512); - - let create_channel = |name: &str| -> AnyChannel<FlatSamples> { - let color: f16 = f16::from_bits(rand::random::<u16>()); - - AnyChannel::new( - name, - FlatSamples::F16(vec![color; size.area() ]) - ) - }; - - - // The channels have the following structure: - // - // - Object - // - Red - // - Green - // - Blue - // - Alpha - - // - Background - // - Red - // - Green - // - Blue - - let foreground_r = create_channel("Object.R"); - let foreground_g = create_channel("Object.G"); - let foreground_b = create_channel("Object.B"); - let foreground_a = create_channel("Object.A"); - - let background_r = create_channel("Background.R"); - let background_g = create_channel("Background.G"); - let background_b = create_channel("Background.B"); - - let layer = Layer::new( - size, - LayerAttributes::named("test-image"), - Encoding::FAST_LOSSLESS, - AnyChannels::sort(smallvec![ // the order does not actually matter - foreground_r, foreground_g, foreground_b, foreground_a, - background_r, background_g, background_b - ]), - ); - - let image = Image::from_layer(layer); - - println!("writing image {:#?}", image); - image.write().to_file("groups.exr").unwrap(); - - println!("created file groups.exr"); -}
\ No newline at end of file diff --git a/vendor/exr/examples/6_extract_mip_map_pngs.rs b/vendor/exr/examples/6_extract_mip_map_pngs.rs deleted file mode 100644 index 152c7c1..0000000 --- a/vendor/exr/examples/6_extract_mip_map_pngs.rs +++ /dev/null @@ -1,74 +0,0 @@ - -extern crate image as png; -use std::cmp::Ordering; - -extern crate exr; - -/// Extract all exr pixel information into pngs. -/// Writes each channel of each mip map of each layer as one grayscale png. -/// May appear black for single-color images. -pub fn main() { - use exr::prelude::*; - - let path = "mip_maps.exr"; - let start_time = ::std::time::Instant::now(); - - // load the exr file from disk with multi-core decompression - let image = read_all_data_from_file(path) - .expect("run example `5c_write_mip_maps` to generate this image file"); - - // warning: highly unscientific benchmarks ahead! - println!("\nloaded file in {:?}s", start_time.elapsed().as_secs_f32()); - let _ = std::fs::create_dir_all("pngs/"); - println!("writing images..."); - - for (layer_index, layer) in image.layer_data.iter().enumerate() { - let layer_name = layer.attributes.layer_name.as_ref() - .map_or(String::from("1"), Text::to_string); - - for channel in &layer.channel_data.list { - for (level, level_size) in layer.levels_with_resolution(&channel.sample_data) { - let data : Vec<f32> = level.values_as_f32().collect(); - - save_f32_image_as_png(&data, level_size, format!( - "pngs/{} ({}) {}.{}x{}.png", - layer_index, layer_name, channel.name, - level_size.width(), level_size.height(), - )) - } - } - } - - /// Save raw float data to a PNG file, doing automatic brightness adjustments per channel - fn save_f32_image_as_png(data: &[f32], size: Vec2<usize>, name: String) { - let mut png_buffer = png::GrayImage::new(size.width() as u32, size.height() as u32); - let mut sorted = Vec::from(data); - sorted.sort_by(|a, b| a.partial_cmp(b).unwrap_or(Ordering::Less)); - - // percentile normalization - let max = sorted[7 * sorted.len() / 8]; - let min = sorted[1 * sorted.len() / 8]; - - // primitive tone mapping - let tone = |v: f32| (v - 0.5).tanh() * 0.5 + 0.5; - let max_toned = tone(*sorted.last().unwrap()); - let min_toned = tone(*sorted.first().unwrap()); - - // for each pixel, tone map the value - for (x, y, pixel) in png_buffer.enumerate_pixels_mut() { - let v = data[y as usize * size.0 + x as usize]; - let v = (v - min) / (max - min); - let v = tone(v); - - let v = (v - min_toned) / (max_toned - min_toned); - - // TODO does the `image` crate expect gamma corrected data? - *pixel = png::Luma([(v.max(0.0).min(1.0) * 255.0) as u8]); - } - - png_buffer.save(&name).unwrap(); - } - - println!("extracted all layers to folder `./pngs/*.png`"); -} - diff --git a/vendor/exr/examples/7_crop_alpha_any_image.rs b/vendor/exr/examples/7_crop_alpha_any_image.rs deleted file mode 100644 index 726beda..0000000 --- a/vendor/exr/examples/7_crop_alpha_any_image.rs +++ /dev/null @@ -1,46 +0,0 @@ - -extern crate image as png; - -extern crate exr; - -/// Read an arbitrary image, crop away transparent pixels, -/// then write the cropped result to another file. -pub fn main() { - use exr::prelude::*; - - let path = "tests/images/valid/custom/oh crop.exr"; - - // loads any image (excluding deep data) - let image: FlatImage = read_all_flat_layers_from_file(path) - .expect("this file exists in the exrs repository. download that?"); - - // construct a cropped image - let image = Image { - attributes: image.attributes, - - // crop each layer - layer_data: image.layer_data.into_iter().map(|layer|{ - println!("cropping layer {:#?}", layer); - - // find the alpha channel of the layer - let alpha_channel_index = layer.channel_data.list.iter() - .position(|channel| channel.name.eq_case_insensitive("A")); - - // if has alpha, crop it where alpha is zero - if let Some(alpha_channel_index) = alpha_channel_index { - layer.crop_where(|pixel: FlatSamplesPixel| pixel[alpha_channel_index].is_zero()) - .or_crop_to_1x1_if_empty() // do not remove empty layers from image, because it could result in an image without content - .reallocate_cropped() // actually perform the crop operation - } - else { - // return the original layer, as no alpha channel can be used for cropping - layer - } - - }).collect::<Layers<_>>(), - }; - - image.write().to_file("cropped.exr").unwrap(); - println!("cropped file to cropped.exr"); -} - diff --git a/vendor/exr/examples/7_crop_alpha_rgba.rs b/vendor/exr/examples/7_crop_alpha_rgba.rs deleted file mode 100644 index 18478d3..0000000 --- a/vendor/exr/examples/7_crop_alpha_rgba.rs +++ /dev/null @@ -1,48 +0,0 @@ - -extern crate image as png; - -extern crate exr; - - -/// Read an rgba image, or fail if none can be found. -/// Then crop away transparent pixels, -/// and write the cropped result to another file. -/// This retains only the rgb pixels, and no other layers. -pub fn main() { - use exr::prelude::*; - use exr::image::pixel_vec::*; // import predefined pixel storage - - let path = "tests/images/valid/custom/oh crop.exr"; - - type DynamicRgbaPixel = (Sample, Sample, Sample, Sample); // `Sample` is an enum containing the original data type (f16,f32, or u32) - - // load an rgba image - // this specific example discards all but the first valid rgb layers and converts all pixels to f32 values - // TODO optional alpha channel! - let image: PixelImage<PixelVec<DynamicRgbaPixel>, RgbaChannels> = read_first_rgba_layer_from_file( - path, - PixelVec::<DynamicRgbaPixel>::constructor, - - // use this predefined rgba pixel container from the exr crate, requesting any type of pixels with 3 or 4 values - PixelVec::set_pixel - ).expect("this file exists in the exrs repository. download that?"); - - // construct a ~simple~ cropped image - let image: Image<Layer<CroppedChannels<SpecificChannels<PixelVec<DynamicRgbaPixel>, RgbaChannels>>>> = Image { - attributes: image.attributes, - - // crop each layer - layer_data: { - println!("cropping layer {:#?}", image.layer_data); - - // if has alpha, crop it where alpha is zero - image.layer_data - .crop_where(|(_r, _g, _b, alpha)| alpha.is_zero()) - .or_crop_to_1x1_if_empty() // do not remove empty layers from image, because it could result in an image without content - }, - }; - - image.write().to_file("cropped_rgba.exr").unwrap(); - println!("cropped file to cropped_rgba.exr"); -} - diff --git a/vendor/exr/examples/7_write_raw_blocks.rs b/vendor/exr/examples/7_write_raw_blocks.rs deleted file mode 100644 index 4cb2646..0000000 --- a/vendor/exr/examples/7_write_raw_blocks.rs +++ /dev/null @@ -1,115 +0,0 @@ - -#[macro_use] -extern crate smallvec; -extern crate rand; -extern crate half; - -use std::convert::TryInto; -use std::io::BufWriter; -use std::fs::File; -use exr::block::{UncompressedBlock}; -use exr::block::writer::ChunksWriter; - -// exr imports -extern crate exr; - -/// Generate a striped image on the fly and directly write that to a file without allocating the whole image at once. -/// On my machine, this program produces a 3GB file while only ever allocating 4MB memory (takes a while though). -fn main() { - use exr::prelude::*; - use attribute::*; - use exr::math::*; - - // pre-compute a list of random values - let random_values: Vec<f32> = (0..64) - .map(|_| rand::random::<f32>()) - .collect(); - - // resulting resolution (268 megapixels for 3GB files) - let size = (2048*8, 2048*8); - - // define meta data header that will be written - let header = exr::meta::header::Header::new( - "test-image".try_into().unwrap(), - size, - smallvec![ - attribute::ChannelDescription::new("B", SampleType::F32, true), - attribute::ChannelDescription::new("G", SampleType::F32, true), - attribute::ChannelDescription::new("R", SampleType::F32, true), - attribute::ChannelDescription::new("Z", SampleType::F32, true), - ], - ); - - // define encoding that will be written - let mut header = header.with_encoding( - Compression::Uncompressed, - - exr::meta::BlockDescription::Tiles(TileDescription { - tile_size: Vec2(64, 64), - level_mode: LevelMode::Singular, - rounding_mode: RoundingMode::Down - }), - - LineOrder::Increasing - ); - - // add some random meta data - header.own_attributes.exposure = Some(1.0); - - - let headers = smallvec![ header ]; - - // specify output path, and buffer it for better performance - let file = BufWriter::new(File::create("3GB.exr").unwrap()); - - let start_time = ::std::time::Instant::now(); - - // finally write the image - exr::block::write( - file, headers, true, - |meta_data, chunk_writer|{ - - - let blocks = meta_data.collect_ordered_blocks(|block_index|{ - let channel_description = &meta_data.headers[block_index.layer].channels; - - // fill the image file contents with one of the precomputed random values, - // picking a different one per channel - UncompressedBlock::from_lines(channel_description, block_index, |line_mut|{ - // TODO iterate mut instead?? - - let chan = line_mut.location.channel; - - if chan == 3 { // write time as depth (could also check for _meta.channels[chan].name == "Z") - line_mut.write_samples(|_| start_time.elapsed().as_secs_f32()) - .expect("write to line bug"); - } - - else { // write rgba color - line_mut - .write_samples(|sample_index| random_values[(sample_index + chan) % random_values.len()]) - .expect("write to line bug"); - } - }) - }); - - // print progress only if it advances more than 1% - let mut current_progress_percentage = 0; - - chunk_writer - .on_progress(|progress|{ - let new_progress = (progress * 100.0) as usize; - if new_progress != current_progress_percentage { - current_progress_percentage = new_progress; - println!("progress: {}%", current_progress_percentage) - } - }) - .compress_all_blocks_parallel(&meta_data, blocks)?; - - Ok(()) - } - ).unwrap(); - - // warning: highly unscientific benchmarks ahead! - println!("\ncreated file 3GB.exr in {:?}s", start_time.elapsed().as_secs_f32()); -} diff --git a/vendor/exr/examples/8_read_raw_blocks.rs b/vendor/exr/examples/8_read_raw_blocks.rs deleted file mode 100644 index 4864c98..0000000 --- a/vendor/exr/examples/8_read_raw_blocks.rs +++ /dev/null @@ -1,129 +0,0 @@ - -extern crate rand; -extern crate half; - -use std::io::{BufReader}; -use std::fs::File; -use exr::block::reader::ChunksReader; - -// exr imports -extern crate exr; - - -/// Collects the average pixel value for each channel. -/// Does not load the whole image into memory at once: only processes the image block by block. -/// On my machine, this program analyzes a 3GB file while only allocating 1.1MB. -fn main() { - use exr::prelude::*; - - let file = BufReader::new( - File::open("3GB.exr") - .expect("run example `7_write_raw_blocks` to generate this image file") - ); - - - // -- the following structs will hold the collected data from the image -- - - /// Collect averages for each layer in the image - #[derive(Debug)] - struct Layer { - #[allow(unused)] // note: is used in Debug impl - layer_name: Option<Text>, - - data_window: IntegerBounds, - - /// Collect one average float per channel in the layer - channels: Vec<Channel>, - } - - /// A single channel in the layer, holds a single average value - #[derive(Debug)] - struct Channel { - #[allow(unused)] // note: is used in Debug impl - channel_name: Text, - - sample_type: SampleType, // f32, u32, or f16 - average: f32, - } - - let start_time = ::std::time::Instant::now(); - - - // -- read the file, summing up the average pixel values -- - - // start reading the file, extracting the meta data of the image - let reader = exr::block::read(file, true).unwrap(); - - // print progress only if it advances more than 1% - let mut current_progress_percentage = 0; - - // create the empty data structure that will collect the analyzed results, - // based on the extracted meta data of the file - let mut averages = reader.headers().iter() - // create a layer for each header in the file - .map(|header| Layer { - layer_name: header.own_attributes.layer_name.clone(), - data_window: header.data_window(), - - // create a averaging channel for each channel in the file - channels: header.channels.list.iter() - .map(|channel| Channel { - channel_name: channel.name.clone(), - sample_type: channel.sample_type, - average: 0.0 - }) - .collect() - }) - .collect::<Vec<_>>(); - - // create a reader that loads only relevant chunks from the file, and also prints something on progress - let reader = reader - - // do not worry about multi-resolution levels or deep data - .filter_chunks(true, |meta_data, tile, block| { - let header = &meta_data.headers[block.layer]; - !header.deep && tile.is_largest_resolution_level() - }).unwrap() - - .on_progress(|progress|{ - let new_progress = (progress * 100.0) as usize; - if new_progress != current_progress_percentage { - current_progress_percentage = new_progress; - println!("progress: {}%", current_progress_percentage) - } - }); - - // read all pixel blocks from the image, decompressing in parallel - reader.decompress_parallel(true, |meta_data, block|{ - let header = &meta_data.headers[block.index.layer]; - - // collect all pixel values from the pixel block - for line in block.lines(&header.channels) { - let layer = &mut averages[line.location.layer]; - let channel = &mut layer.channels[line.location.channel]; - let channel_sample_count = layer.data_window.size.area() as f32; - - // now sum the average based on the values in this line section of pixels - match channel.sample_type { - SampleType::F16 => for value in line.read_samples::<f16>() { - channel.average += value?.to_f32() / channel_sample_count; - }, - - SampleType::F32 => for value in line.read_samples::<f32>() { - channel.average += value? / channel_sample_count; - }, - - SampleType::U32 => for value in line.read_samples::<u32>() { - channel.average += (value? as f32) / channel_sample_count; - }, - } - } - - Ok(()) - }).unwrap(); - - println!("average values: {:#?}", averages); - - // warning: highly unscientific benchmarks ahead! - println!("\nprocessed file in {:?}s", start_time.elapsed().as_secs_f32()); -}
\ No newline at end of file diff --git a/vendor/exr/examples/README.md b/vendor/exr/examples/README.md deleted file mode 100644 index 7e9453e..0000000 --- a/vendor/exr/examples/README.md +++ /dev/null @@ -1,24 +0,0 @@ -# Examples - -These are examples that demonstrate how to use `exrs`. - -Some of these examples read image files -that can be generated by running a different example beforehand. -The examples are named such that running all examples alphabetically -will generate any image before it is used. - -Only the cropping examples use images from the source repository's test folder. - -## Things you can find in the examples: -- Read image data into a custom data structure, without loosing any meta information: - `2_rgba_adjust_exposure` -- Access all pixel information in a file, fully dynamic: - `6_extract_mip_map_pngs` - - -## Older Versions -The examples for any specific `exrs` version can be found on the `docs.rs` page: -- [docs.rs/crate/exr/1.71.0/source/examples/](https://docs.rs/crate/exr/1.7.0/source/examples/) -- [docs.rs/crate/exr/1.7.0/source/examples/](https://docs.rs/crate/exr/1.7.0/source/examples/) -- [docs.rs/crate/exr/1.6.5/source/examples/](https://docs.rs/crate/exr/1.6.5/source/examples/) -- ...
\ No newline at end of file diff --git a/vendor/exr/releasing.md b/vendor/exr/releasing.md deleted file mode 100644 index 582c81b..0000000 --- a/vendor/exr/releasing.md +++ /dev/null @@ -1,30 +0,0 @@ -# Release Checklist -Yanking shouldn't be the default. - -## Safety Checklist -1. No `unsafe` -1. Everything builds, not only `cargo test` -1. Builds with `--release` flag -1. All tests pass, all benchmarks run -1. All tests pass, including `#[ignore]` tests and fuzzing! -1. Images produced by running the examples can be opened in other software -1. Only safe `as` casts -1. Always have a max limit when allocating based on file contents - - limit max capacity `Vec::with_capacity( x.min(1024) )` - - careful with `vec![ 0; x ]` -1. Only unreachable `unwrap()`, `expect("")` and `assert`s -1. No `println!` outside of tests and examples -1. `assert_eq` and `debug_assert_eq` should have a message explaining the context, except in internal algorithms like compressors -1. ensure `#![warn(missing_docs)]` in `lib.rs` -1. Example in README.md should be up-to-date -1. GUIDE.md should be up-to-date -1. Update Dependencies while you're at it? - -## Tasks -1. Bump version in - - `cargo.toml` - - `README.md` - - `examples/README.md` - -1. Run `cargo publish` -
\ No newline at end of file diff --git a/vendor/exr/src/block/chunk.rs b/vendor/exr/src/block/chunk.rs deleted file mode 100644 index ff138f8..0000000 --- a/vendor/exr/src/block/chunk.rs +++ /dev/null @@ -1,379 +0,0 @@ - -//! Read and write already compressed pixel data blocks. -//! Does not include the process of compression and decompression. - -use crate::meta::attribute::{IntegerBounds}; - -/// A generic block of pixel information. -/// Contains pixel data and an index to the corresponding header. -/// All pixel data in a file is split into a list of chunks. -/// Also contains positioning information that locates this -/// data block in the referenced layer. -#[derive(Debug, Clone)] -pub struct Chunk { - - /// The index of the layer that the block belongs to. - /// This is required as the pixel data can appear in any order in a file. - // PDF says u64, but source code seems to be i32 - pub layer_index: usize, - - /// The compressed pixel contents. - pub compressed_block: CompressedBlock, -} - -/// The raw, possibly compressed pixel data of a file. -/// Each layer in a file can have a different type. -/// Also contains positioning information that locates this -/// data block in the corresponding layer. -/// Exists inside a `Chunk`. -#[derive(Debug, Clone)] -pub enum CompressedBlock { - - /// Scan line blocks of flat data. - ScanLine(CompressedScanLineBlock), - - /// Tiles of flat data. - Tile(CompressedTileBlock), - - /// Scan line blocks of deep data. - DeepScanLine(CompressedDeepScanLineBlock), - - /// Tiles of deep data. - DeepTile(CompressedDeepTileBlock), -} - -/// A `Block` of possibly compressed flat scan lines. -/// Corresponds to type attribute `scanlineimage`. -#[derive(Debug, Clone)] -pub struct CompressedScanLineBlock { - - /// The block's y coordinate is the pixel space y coordinate of the top scan line in the block. - /// The top scan line block in the image is aligned with the top edge of the data window. - pub y_coordinate: i32, - - /// One or more scan lines may be stored together as a scan line block. - /// The number of scan lines per block depends on how the pixel data are compressed. - /// For each line in the tile, for each channel, the row values are contiguous. - pub compressed_pixels: Vec<u8>, -} - -/// This `Block` is a tile of flat (non-deep) data. -/// Corresponds to type attribute `tiledimage`. -#[derive(Debug, Clone)] -pub struct CompressedTileBlock { - - /// The tile location. - pub coordinates: TileCoordinates, - - /// One or more scan lines may be stored together as a scan line block. - /// The number of scan lines per block depends on how the pixel data are compressed. - /// For each line in the tile, for each channel, the row values are contiguous. - pub compressed_pixels: Vec<u8>, -} - -/// Indicates the position and resolution level of a `TileBlock` or `DeepTileBlock`. -#[derive(Copy, Clone, Debug, Hash, Eq, PartialEq)] -pub struct TileCoordinates { - - /// Index of the tile, not pixel position. - pub tile_index: Vec2<usize>, - - /// Index of the Mip/Rip level. - pub level_index: Vec2<usize>, -} - -/// This `Block` consists of one or more deep scan lines. -/// Corresponds to type attribute `deepscanline`. -#[derive(Debug, Clone)] -pub struct CompressedDeepScanLineBlock { - - /// The block's y coordinate is the pixel space y coordinate of the top scan line in the block. - /// The top scan line block in the image is aligned with the top edge of the data window. - pub y_coordinate: i32, - - /// Count of samples. - pub decompressed_sample_data_size: usize, - - /// The pixel offset table is a list of integers, one for each pixel column within the data window. - /// Each entry in the table indicates the total number of samples required - /// to store the pixel in it as well as all pixels to the left of it. - pub compressed_pixel_offset_table: Vec<i8>, - - /// One or more scan lines may be stored together as a scan line block. - /// The number of scan lines per block depends on how the pixel data are compressed. - /// For each line in the tile, for each channel, the row values are contiguous. - pub compressed_sample_data: Vec<u8>, -} - -/// This `Block` is a tile of deep data. -/// Corresponds to type attribute `deeptile`. -#[derive(Debug, Clone)] -pub struct CompressedDeepTileBlock { - - /// The tile location. - pub coordinates: TileCoordinates, - - /// Count of samples. - pub decompressed_sample_data_size: usize, - - /// The pixel offset table is a list of integers, one for each pixel column within the data window. - /// Each entry in the table indicates the total number of samples required - /// to store the pixel in it as well as all pixels to the left of it. - pub compressed_pixel_offset_table: Vec<i8>, - - /// One or more scan lines may be stored together as a scan line block. - /// The number of scan lines per block depends on how the pixel data are compressed. - /// For each line in the tile, for each channel, the row values are contiguous. - pub compressed_sample_data: Vec<u8>, -} - - -use crate::io::*; - -impl TileCoordinates { - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - i32::write(usize_to_i32(self.tile_index.x()), write)?; - i32::write(usize_to_i32(self.tile_index.y()), write)?; - i32::write(usize_to_i32(self.level_index.x()), write)?; - i32::write(usize_to_i32(self.level_index.y()), write)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read(read: &mut impl Read) -> Result<Self> { - let tile_x = i32::read(read)?; - let tile_y = i32::read(read)?; - - let level_x = i32::read(read)?; - let level_y = i32::read(read)?; - - if level_x > 31 || level_y > 31 { - // there can be at most 31 levels, because the largest level would have a size of 2^31, - // which exceeds the maximum 32-bit integer value. - return Err(Error::invalid("level index exceeding integer maximum")); - } - - Ok(TileCoordinates { - tile_index: Vec2(tile_x, tile_y).to_usize("tile coordinate index")?, - level_index: Vec2(level_x, level_y).to_usize("tile coordinate level")? - }) - } - - /// The indices which can be used to index into the arrays of a data window. - /// These coordinates are only valid inside the corresponding one header. - /// Will start at 0 and always be positive. - pub fn to_data_indices(&self, tile_size: Vec2<usize>, max: Vec2<usize>) -> Result<IntegerBounds> { - let x = self.tile_index.x() * tile_size.width(); - let y = self.tile_index.y() * tile_size.height(); - - if x >= max.x() || y >= max.y() { - Err(Error::invalid("tile index")) - } - else { - Ok(IntegerBounds { - position: Vec2(usize_to_i32(x), usize_to_i32(y)), - size: Vec2( - calculate_block_size(max.x(), tile_size.width(), x)?, - calculate_block_size(max.y(), tile_size.height(), y)?, - ), - }) - } - } - - /// Absolute coordinates inside the global 2D space of a file, may be negative. - pub fn to_absolute_indices(&self, tile_size: Vec2<usize>, data_window: IntegerBounds) -> Result<IntegerBounds> { - let data = self.to_data_indices(tile_size, data_window.size)?; - Ok(data.with_origin(data_window.position)) - } - - /// Returns if this is the original resolution or a smaller copy. - pub fn is_largest_resolution_level(&self) -> bool { - self.level_index == Vec2(0, 0) - } -} - - - -use crate::meta::{MetaData, BlockDescription, calculate_block_size}; - -impl CompressedScanLineBlock { - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - debug_assert_ne!(self.compressed_pixels.len(), 0, "empty blocks should not be put in the file bug"); - - i32::write(self.y_coordinate, write)?; - u8::write_i32_sized_slice(write, &self.compressed_pixels)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read(read: &mut impl Read, max_block_byte_size: usize) -> Result<Self> { - let y_coordinate = i32::read(read)?; - let compressed_pixels = u8::read_i32_sized_vec(read, max_block_byte_size, Some(max_block_byte_size), "scan line block sample count")?; - Ok(CompressedScanLineBlock { y_coordinate, compressed_pixels }) - } -} - -impl CompressedTileBlock { - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - debug_assert_ne!(self.compressed_pixels.len(), 0, "empty blocks should not be put in the file bug"); - - self.coordinates.write(write)?; - u8::write_i32_sized_slice(write, &self.compressed_pixels)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read(read: &mut impl Read, max_block_byte_size: usize) -> Result<Self> { - let coordinates = TileCoordinates::read(read)?; - let compressed_pixels = u8::read_i32_sized_vec(read, max_block_byte_size, Some(max_block_byte_size), "tile block sample count")?; - Ok(CompressedTileBlock { coordinates, compressed_pixels }) - } -} - -impl CompressedDeepScanLineBlock { - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - debug_assert_ne!(self.compressed_sample_data.len(), 0, "empty blocks should not be put in the file bug"); - - i32::write(self.y_coordinate, write)?; - u64::write(self.compressed_pixel_offset_table.len() as u64, write)?; - u64::write(self.compressed_sample_data.len() as u64, write)?; // TODO just guessed - u64::write(self.decompressed_sample_data_size as u64, write)?; - i8::write_slice(write, &self.compressed_pixel_offset_table)?; - u8::write_slice(write, &self.compressed_sample_data)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read(read: &mut impl Read, max_block_byte_size: usize) -> Result<Self> { - let y_coordinate = i32::read(read)?; - let compressed_pixel_offset_table_size = u64_to_usize(u64::read(read)?); - let compressed_sample_data_size = u64_to_usize(u64::read(read)?); - let decompressed_sample_data_size = u64_to_usize(u64::read(read)?); - - // doc said i32, try u8 - let compressed_pixel_offset_table = i8::read_vec( - read, compressed_pixel_offset_table_size, - 6 * u16::MAX as usize, Some(max_block_byte_size), - "deep scan line block table size" - )?; - - let compressed_sample_data = u8::read_vec( - read, compressed_sample_data_size, - 6 * u16::MAX as usize, Some(max_block_byte_size), - "deep scan line block sample count" - )?; - - Ok(CompressedDeepScanLineBlock { - y_coordinate, - decompressed_sample_data_size, - compressed_pixel_offset_table, - compressed_sample_data, - }) - } -} - - -impl CompressedDeepTileBlock { - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - debug_assert_ne!(self.compressed_sample_data.len(), 0, "empty blocks should not be put in the file bug"); - - self.coordinates.write(write)?; - u64::write(self.compressed_pixel_offset_table.len() as u64, write)?; - u64::write(self.compressed_sample_data.len() as u64, write)?; // TODO just guessed - u64::write(self.decompressed_sample_data_size as u64, write)?; - i8::write_slice(write, &self.compressed_pixel_offset_table)?; - u8::write_slice(write, &self.compressed_sample_data)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read(read: &mut impl Read, hard_max_block_byte_size: usize) -> Result<Self> { - let coordinates = TileCoordinates::read(read)?; - let compressed_pixel_offset_table_size = u64_to_usize(u64::read(read)?); - let compressed_sample_data_size = u64_to_usize(u64::read(read)?); // TODO u64 just guessed - let decompressed_sample_data_size = u64_to_usize(u64::read(read)?); - - let compressed_pixel_offset_table = i8::read_vec( - read, compressed_pixel_offset_table_size, - 6 * u16::MAX as usize, Some(hard_max_block_byte_size), - "deep tile block table size" - )?; - - let compressed_sample_data = u8::read_vec( - read, compressed_sample_data_size, - 6 * u16::MAX as usize, Some(hard_max_block_byte_size), - "deep tile block sample count" - )?; - - Ok(CompressedDeepTileBlock { - coordinates, - decompressed_sample_data_size, - compressed_pixel_offset_table, - compressed_sample_data, - }) - } -} - -use crate::error::{UnitResult, Result, Error, u64_to_usize, usize_to_i32, i32_to_usize}; -use crate::math::Vec2; - -/// Validation of chunks is done while reading and writing the actual data. (For example in exr::full_image) -impl Chunk { - - /// Without validation, write this instance to the byte stream. - pub fn write(&self, write: &mut impl Write, header_count: usize) -> UnitResult { - debug_assert!(self.layer_index < header_count, "layer index bug"); // validation is done in full_image or simple_image - - if header_count != 1 { usize_to_i32(self.layer_index).write(write)?; } - else { assert_eq!(self.layer_index, 0, "invalid header index for single layer file"); } - - match self.compressed_block { - CompressedBlock::ScanLine (ref value) => value.write(write), - CompressedBlock::Tile (ref value) => value.write(write), - CompressedBlock::DeepScanLine (ref value) => value.write(write), - CompressedBlock::DeepTile (ref value) => value.write(write), - } - } - - /// Read the value without validating. - pub fn read(read: &mut impl Read, meta_data: &MetaData) -> Result<Self> { - let layer_number = i32_to_usize( - if meta_data.requirements.is_multilayer() { i32::read(read)? } // documentation says u64, but is i32 - else { 0_i32 }, // reference the first header for single-layer images - "chunk data part number" - )?; - - if layer_number >= meta_data.headers.len() { - return Err(Error::invalid("chunk data part number")); - } - - let header = &meta_data.headers[layer_number]; - let max_block_byte_size = header.max_block_byte_size(); - - let chunk = Chunk { - layer_index: layer_number, - compressed_block: match header.blocks { - // flat data - BlockDescription::ScanLines if !header.deep => CompressedBlock::ScanLine(CompressedScanLineBlock::read(read, max_block_byte_size)?), - BlockDescription::Tiles(_) if !header.deep => CompressedBlock::Tile(CompressedTileBlock::read(read, max_block_byte_size)?), - - // deep data - BlockDescription::ScanLines => CompressedBlock::DeepScanLine(CompressedDeepScanLineBlock::read(read, max_block_byte_size)?), - BlockDescription::Tiles(_) => CompressedBlock::DeepTile(CompressedDeepTileBlock::read(read, max_block_byte_size)?), - }, - }; - - Ok(chunk) - } -} - diff --git a/vendor/exr/src/block/lines.rs b/vendor/exr/src/block/lines.rs deleted file mode 100644 index 1cdf8ee..0000000 --- a/vendor/exr/src/block/lines.rs +++ /dev/null @@ -1,197 +0,0 @@ -//! Extract lines from a block of pixel bytes. - -use crate::math::*; -use std::io::{Cursor}; -use crate::error::{Result, UnitResult}; -use smallvec::SmallVec; -use std::ops::Range; -use crate::block::{BlockIndex}; -use crate::meta::attribute::ChannelList; - - -/// A single line of pixels. -/// Use [LineRef] or [LineRefMut] for easier type names. -#[derive(Clone, Copy, Eq, PartialEq, Debug)] -pub struct LineSlice<T> { - - // TODO also store enum SampleType, as it would always be matched in every place it is used - - /// Where this line is located inside the image. - pub location: LineIndex, - - /// The raw bytes of the pixel line, either `&[u8]` or `&mut [u8]`. - /// Must be re-interpreted as slice of f16, f32, or u32, - /// according to the channel data type. - pub value: T, -} - - -/// An reference to a single line of pixels. -/// May go across the whole image or just a tile section of it. -/// -/// This line contains an immutable slice that all samples will be read from. -pub type LineRef<'s> = LineSlice<&'s [u8]>; - -/// A reference to a single mutable line of pixels. -/// May go across the whole image or just a tile section of it. -/// -/// This line contains a mutable slice that all samples will be written to. -pub type LineRefMut<'s> = LineSlice<&'s mut [u8]>; - - -/// Specifies where a row of pixels lies inside an image. -/// This is a globally unique identifier which includes -/// the layer, channel index, and pixel location. -#[derive(Clone, Copy, Eq, PartialEq, Debug, Hash)] -pub struct LineIndex { - - /// Index of the layer. - pub layer: usize, - - /// The channel index of the layer. - pub channel: usize, - - /// Index of the mip or rip level in the image. - pub level: Vec2<usize>, - - /// Position of the most left pixel of the row. - pub position: Vec2<usize>, - - /// The width of the line; the number of samples in this row, - /// that is, the number of f16, f32, or u32 values. - pub sample_count: usize, -} - - -impl LineIndex { - - /// Iterates the lines of this block index in interleaved fashion: - /// For each line in this block, this iterator steps once through each channel. - /// This is how lines are stored in a pixel data block. - /// - /// Does not check whether `self.layer_index`, `self.level`, `self.size` and `self.position` are valid indices.__ - // TODO be sure this cannot produce incorrect data, as this is not further checked but only handled with panics - #[inline] - #[must_use] - pub fn lines_in_block(block: BlockIndex, channels: &ChannelList) -> impl Iterator<Item=(Range<usize>, LineIndex)> { - struct LineIter { - layer: usize, level: Vec2<usize>, width: usize, - end_y: usize, x: usize, channel_sizes: SmallVec<[usize; 8]>, - byte: usize, channel: usize, y: usize, - } - - // FIXME what about sub sampling?? - - impl Iterator for LineIter { - type Item = (Range<usize>, LineIndex); - // TODO size hint? - - fn next(&mut self) -> Option<Self::Item> { - if self.y < self.end_y { - - // compute return value before incrementing - let byte_len = self.channel_sizes[self.channel]; - let return_value = ( - (self.byte .. self.byte + byte_len), - LineIndex { - channel: self.channel, - layer: self.layer, - level: self.level, - position: Vec2(self.x, self.y), - sample_count: self.width, - } - ); - - { // increment indices - self.byte += byte_len; - self.channel += 1; - - if self.channel == self.channel_sizes.len() { - self.channel = 0; - self.y += 1; - } - } - - Some(return_value) - } - - else { - None - } - } - } - - let channel_line_sizes: SmallVec<[usize; 8]> = channels.list.iter() - .map(move |channel| block.pixel_size.0 * channel.sample_type.bytes_per_sample()) // FIXME is it fewer samples per tile or just fewer tiles for sampled images??? - .collect(); - - LineIter { - layer: block.layer, - level: block.level, - width: block.pixel_size.0, - x: block.pixel_position.0, - end_y: block.pixel_position.y() + block.pixel_size.height(), - channel_sizes: channel_line_sizes, - - byte: 0, - channel: 0, - y: block.pixel_position.y() - } - } -} - - - -impl<'s> LineRefMut<'s> { - - /// Writes the samples (f16, f32, u32 values) into this line value reference. - /// Use `write_samples` if there is not slice available. - #[inline] - #[must_use] - pub fn write_samples_from_slice<T: crate::io::Data>(self, slice: &[T]) -> UnitResult { - debug_assert_eq!(slice.len(), self.location.sample_count, "slice size does not match the line width"); - debug_assert_eq!(self.value.len(), self.location.sample_count * T::BYTE_SIZE, "sample type size does not match line byte size"); - - T::write_slice(&mut Cursor::new(self.value), slice) - } - - /// Iterate over all samples in this line, from left to right. - /// The supplied `get_line` function returns the sample value - /// for a given sample index within the line, - /// which starts at zero for each individual line. - /// Use `write_samples_from_slice` if you already have a slice of samples. - #[inline] - #[must_use] - pub fn write_samples<T: crate::io::Data>(self, mut get_sample: impl FnMut(usize) -> T) -> UnitResult { - debug_assert_eq!(self.value.len(), self.location.sample_count * T::BYTE_SIZE, "sample type size does not match line byte size"); - - let mut write = Cursor::new(self.value); - - for index in 0..self.location.sample_count { - T::write(get_sample(index), &mut write)?; - } - - Ok(()) - } -} - -impl LineRef<'_> { - - /// Read the samples (f16, f32, u32 values) from this line value reference. - /// Use `read_samples` if there is not slice available. - pub fn read_samples_into_slice<T: crate::io::Data>(self, slice: &mut [T]) -> UnitResult { - debug_assert_eq!(slice.len(), self.location.sample_count, "slice size does not match the line width"); - debug_assert_eq!(self.value.len(), self.location.sample_count * T::BYTE_SIZE, "sample type size does not match line byte size"); - - T::read_slice(&mut Cursor::new(self.value), slice) - } - - /// Iterate over all samples in this line, from left to right. - /// Use `read_sample_into_slice` if you already have a slice of samples. - pub fn read_samples<T: crate::io::Data>(&self) -> impl Iterator<Item = Result<T>> + '_ { - debug_assert_eq!(self.value.len(), self.location.sample_count * T::BYTE_SIZE, "sample type size does not match line byte size"); - - let mut read = self.value.clone(); // FIXME deep data - (0..self.location.sample_count).map(move |_| T::read(&mut read)) - } -}
\ No newline at end of file diff --git a/vendor/exr/src/block/mod.rs b/vendor/exr/src/block/mod.rs deleted file mode 100644 index 1d20aa8..0000000 --- a/vendor/exr/src/block/mod.rs +++ /dev/null @@ -1,257 +0,0 @@ -//! This is the low-level interface for the raw blocks of an image. -//! See `exr::image` module for a high-level interface. -//! -//! Handle compressed and uncompressed pixel byte blocks. Includes compression and decompression, -//! and reading a complete image into blocks. -//! -//! Start with the `block::read(...)` -//! and `block::write(...)` functions. - - -pub mod writer; -pub mod reader; - -pub mod lines; -pub mod samples; -pub mod chunk; - - -use std::io::{Read, Seek, Write}; -use crate::error::{Result, UnitResult, Error, usize_to_i32}; -use crate::meta::{Headers, MetaData, BlockDescription}; -use crate::math::Vec2; -use crate::compression::ByteVec; -use crate::block::chunk::{CompressedBlock, CompressedTileBlock, CompressedScanLineBlock, Chunk, TileCoordinates}; -use crate::meta::header::Header; -use crate::block::lines::{LineIndex, LineRef, LineSlice, LineRefMut}; -use crate::meta::attribute::ChannelList; - - -/// Specifies where a block of pixel data should be placed in the actual image. -/// This is a globally unique identifier which -/// includes the layer, level index, and pixel location. -#[derive(Clone, Copy, Eq, Hash, PartialEq, Debug)] -pub struct BlockIndex { - - /// Index of the layer. - pub layer: usize, - - /// Index of the top left pixel from the block within the data window. - pub pixel_position: Vec2<usize>, - - /// Number of pixels in this block, extending to the right and downwards. - /// Stays the same across all resolution levels. - pub pixel_size: Vec2<usize>, - - /// Index of the mip or rip level in the image. - pub level: Vec2<usize>, -} - -/// Contains a block of pixel data and where that data should be placed in the actual image. -#[derive(Clone, Eq, PartialEq, Debug)] -pub struct UncompressedBlock { - - /// Location of the data inside the image. - pub index: BlockIndex, - - /// Uncompressed pixel values of the whole block. - /// One or more scan lines may be stored together as a scan line block. - /// This byte vector contains all pixel rows, one after another. - /// For each line in the tile, for each channel, the row values are contiguous. - /// Stores all samples of the first channel, then all samples of the second channel, and so on. - pub data: ByteVec, -} - -/// Immediately reads the meta data from the file. -/// Then, returns a reader that can be used to read all pixel blocks. -/// From the reader, you can pull each compressed chunk from the file. -/// Alternatively, you can create a decompressor, and pull the uncompressed data from it. -/// The reader is assumed to be buffered. -pub fn read<R: Read + Seek>(buffered_read: R, pedantic: bool) -> Result<self::reader::Reader<R>> { - self::reader::Reader::read_from_buffered(buffered_read, pedantic) -} - -/// Immediately writes the meta data to the file. -/// Then, calls a closure with a writer that can be used to write all pixel blocks. -/// In the closure, you can push compressed chunks directly into the writer. -/// Alternatively, you can create a compressor, wrapping the writer, and push the uncompressed data to it. -/// The writer is assumed to be buffered. -pub fn write<W: Write + Seek>( - buffered_write: W, headers: Headers, compatibility_checks: bool, - write_chunks: impl FnOnce(MetaData, &mut self::writer::ChunkWriter<W>) -> UnitResult -) -> UnitResult { - self::writer::write_chunks_with(buffered_write, headers, compatibility_checks, write_chunks) -} - - - - -/// This iterator tells you the block indices of all blocks that must be in the image. -/// The order of the blocks depends on the `LineOrder` attribute -/// (unspecified line order is treated the same as increasing line order). -/// The blocks written to the file must be exactly in this order, -/// except for when the `LineOrder` is unspecified. -/// The index represents the block index, in increasing line order, within the header. -pub fn enumerate_ordered_header_block_indices(headers: &[Header]) -> impl '_ + Iterator<Item=(usize, BlockIndex)> { - headers.iter().enumerate().flat_map(|(layer_index, header)|{ - header.enumerate_ordered_blocks().map(move |(index_in_header, tile)|{ - let data_indices = header.get_absolute_block_pixel_coordinates(tile.location).expect("tile coordinate bug"); - - let block = BlockIndex { - layer: layer_index, - level: tile.location.level_index, - pixel_position: data_indices.position.to_usize("data indices start").expect("data index bug"), - pixel_size: data_indices.size, - }; - - (index_in_header, block) - }) - }) -} - - -impl UncompressedBlock { - - /// Decompress the possibly compressed chunk and returns an `UncompressedBlock`. - // for uncompressed data, the ByteVec in the chunk is moved all the way - #[inline] - #[must_use] - pub fn decompress_chunk(chunk: Chunk, meta_data: &MetaData, pedantic: bool) -> Result<Self> { - let header: &Header = meta_data.headers.get(chunk.layer_index) - .ok_or(Error::invalid("chunk layer index"))?; - - let tile_data_indices = header.get_block_data_indices(&chunk.compressed_block)?; - let absolute_indices = header.get_absolute_block_pixel_coordinates(tile_data_indices)?; - - absolute_indices.validate(Some(header.layer_size))?; - - match chunk.compressed_block { - CompressedBlock::Tile(CompressedTileBlock { compressed_pixels, .. }) | - CompressedBlock::ScanLine(CompressedScanLineBlock { compressed_pixels, .. }) => { - Ok(UncompressedBlock { - data: header.compression.decompress_image_section(header, compressed_pixels, absolute_indices, pedantic)?, - index: BlockIndex { - layer: chunk.layer_index, - pixel_position: absolute_indices.position.to_usize("data indices start")?, - level: tile_data_indices.level_index, - pixel_size: absolute_indices.size, - } - }) - }, - - _ => return Err(Error::unsupported("deep data not supported yet")) - } - } - - /// Consume this block by compressing it, returning a `Chunk`. - // for uncompressed data, the ByteVec in the chunk is moved all the way - #[inline] - #[must_use] - pub fn compress_to_chunk(self, headers: &[Header]) -> Result<Chunk> { - let UncompressedBlock { data, index } = self; - - let header: &Header = headers.get(index.layer) - .expect("block layer index bug"); - - let expected_byte_size = header.channels.bytes_per_pixel * self.index.pixel_size.area(); // TODO sampling?? - if expected_byte_size != data.len() { - panic!("get_line byte size should be {} but was {}", expected_byte_size, data.len()); - } - - let tile_coordinates = TileCoordinates { - // FIXME this calculation should not be made here but elsewhere instead (in meta::header?) - tile_index: index.pixel_position / header.max_block_pixel_size(), // TODO sampling?? - level_index: index.level, - }; - - let absolute_indices = header.get_absolute_block_pixel_coordinates(tile_coordinates)?; - absolute_indices.validate(Some(header.layer_size))?; - - if !header.compression.may_loose_data() { debug_assert_eq!( - &header.compression.decompress_image_section( - header, - header.compression.compress_image_section(header, data.clone(), absolute_indices)?, - absolute_indices, - true - ).unwrap(), - &data, - "compression method not round trippin'" - ); } - - let compressed_data = header.compression.compress_image_section(header, data, absolute_indices)?; - - Ok(Chunk { - layer_index: index.layer, - compressed_block : match header.blocks { - BlockDescription::ScanLines => CompressedBlock::ScanLine(CompressedScanLineBlock { - compressed_pixels: compressed_data, - - // FIXME this calculation should not be made here but elsewhere instead (in meta::header?) - y_coordinate: usize_to_i32(index.pixel_position.y()) + header.own_attributes.layer_position.y(), // TODO sampling?? - }), - - BlockDescription::Tiles(_) => CompressedBlock::Tile(CompressedTileBlock { - compressed_pixels: compressed_data, - coordinates: tile_coordinates, - }), - } - }) - } - - /// Iterate all the lines in this block. - /// Each line contains the all samples for one of the channels. - pub fn lines(&self, channels: &ChannelList) -> impl Iterator<Item=LineRef<'_>> { - LineIndex::lines_in_block(self.index, channels) - .map(move |(bytes, line)| LineSlice { location: line, value: &self.data[bytes] }) - } - - /* TODO pub fn lines_mut<'s>(&'s mut self, header: &Header) -> impl 's + Iterator<Item=LineRefMut<'s>> { - LineIndex::lines_in_block(self.index, &header.channels) - .map(move |(bytes, line)| LineSlice { location: line, value: &mut self.data[bytes] }) - }*/ - - /*// TODO make iterator - /// Call a closure for each line of samples in this uncompressed block. - pub fn for_lines( - &self, header: &Header, - mut accept_line: impl FnMut(LineRef<'_>) -> UnitResult - ) -> UnitResult { - for (bytes, line) in LineIndex::lines_in_block(self.index, &header.channels) { - let line_ref = LineSlice { location: line, value: &self.data[bytes] }; - accept_line(line_ref)?; - } - - Ok(()) - }*/ - - // TODO from iterator?? - /// Create an uncompressed block byte vector by requesting one line of samples after another. - pub fn collect_block_data_from_lines( - channels: &ChannelList, block_index: BlockIndex, - mut extract_line: impl FnMut(LineRefMut<'_>) - ) -> Vec<u8> - { - let byte_count = block_index.pixel_size.area() * channels.bytes_per_pixel; - let mut block_bytes = vec![0_u8; byte_count]; - - for (byte_range, line_index) in LineIndex::lines_in_block(block_index, channels) { - extract_line(LineRefMut { // TODO subsampling - value: &mut block_bytes[byte_range], - location: line_index, - }); - } - - block_bytes - } - - /// Create an uncompressed block by requesting one line of samples after another. - pub fn from_lines( - channels: &ChannelList, block_index: BlockIndex, - extract_line: impl FnMut(LineRefMut<'_>) - ) -> Self { - Self { - index: block_index, - data: Self::collect_block_data_from_lines(channels, block_index, extract_line) - } - } -}
\ No newline at end of file diff --git a/vendor/exr/src/block/reader.rs b/vendor/exr/src/block/reader.rs deleted file mode 100644 index bb9888e..0000000 --- a/vendor/exr/src/block/reader.rs +++ /dev/null @@ -1,527 +0,0 @@ -//! Composable structures to handle reading an image. - - -use std::convert::TryFrom; -use std::fmt::Debug; -use std::io::{Read, Seek}; -use rayon_core::{ThreadPool, ThreadPoolBuildError}; - -use smallvec::alloc::sync::Arc; - -use crate::block::{BlockIndex, UncompressedBlock}; -use crate::block::chunk::{Chunk, TileCoordinates}; -use crate::compression::Compression; -use crate::error::{Error, Result, u64_to_usize, UnitResult}; -use crate::io::{PeekRead, Tracking}; -use crate::meta::{MetaData, OffsetTables}; -use crate::meta::header::Header; - -/// Decode the meta data from a byte source, keeping the source ready for further reading. -/// Continue decoding the remaining bytes by calling `filtered_chunks` or `all_chunks`. -#[derive(Debug)] -pub struct Reader<R> { - meta_data: MetaData, - remaining_reader: PeekRead<Tracking<R>>, // TODO does R need to be Seek or is Tracking enough? -} - -impl<R: Read + Seek> Reader<R> { - - /// Start the reading process. - /// Immediately decodes the meta data into an internal field. - /// Access it via`meta_data()`. - pub fn read_from_buffered(read: R, pedantic: bool) -> Result<Self> { - let mut remaining_reader = PeekRead::new(Tracking::new(read)); - let meta_data = MetaData::read_validated_from_buffered_peekable(&mut remaining_reader, pedantic)?; - Ok(Self { meta_data, remaining_reader }) - } - - // must not be mutable, as reading the file later on relies on the meta data - /// The decoded exr meta data from the file. - pub fn meta_data(&self) -> &MetaData { &self.meta_data } - - /// The decoded exr meta data from the file. - pub fn headers(&self) -> &[Header] { &self.meta_data.headers } - - /// Obtain the meta data ownership. - pub fn into_meta_data(self) -> MetaData { self.meta_data } - - /// Prepare to read all the chunks from the file. - /// Does not decode the chunks now, but returns a decoder. - /// Reading all chunks reduces seeking the file, but some chunks might be read without being used. - pub fn all_chunks(mut self, pedantic: bool) -> Result<AllChunksReader<R>> { - let total_chunk_count = { - if pedantic { - let offset_tables = MetaData::read_offset_tables(&mut self.remaining_reader, &self.meta_data.headers)?; - validate_offset_tables(self.meta_data.headers.as_slice(), &offset_tables, self.remaining_reader.byte_position())?; - offset_tables.iter().map(|table| table.len()).sum() - } - else { - usize::try_from(MetaData::skip_offset_tables(&mut self.remaining_reader, &self.meta_data.headers)?) - .expect("too large chunk count for this machine") - } - }; - - Ok(AllChunksReader { - meta_data: self.meta_data, - remaining_chunks: 0 .. total_chunk_count, - remaining_bytes: self.remaining_reader, - pedantic - }) - } - - /// Prepare to read some the chunks from the file. - /// Does not decode the chunks now, but returns a decoder. - /// Reading only some chunks may seeking the file, potentially skipping many bytes. - // TODO tile indices add no new information to block index?? - pub fn filter_chunks(mut self, pedantic: bool, mut filter: impl FnMut(&MetaData, TileCoordinates, BlockIndex) -> bool) -> Result<FilteredChunksReader<R>> { - let offset_tables = MetaData::read_offset_tables(&mut self.remaining_reader, &self.meta_data.headers)?; - - // TODO regardless of pedantic, if invalid, read all chunks instead, and filter after reading each chunk? - if pedantic { - validate_offset_tables( - self.meta_data.headers.as_slice(), &offset_tables, - self.remaining_reader.byte_position() - )?; - } - - let mut filtered_offsets = Vec::with_capacity( - (self.meta_data.headers.len() * 32).min(2*2048) - ); - - // TODO detect whether the filter actually would skip chunks, and aviod sorting etc when not filtering is applied - - for (header_index, header) in self.meta_data.headers.iter().enumerate() { // offset tables are stored same order as headers - for (block_index, tile) in header.blocks_increasing_y_order().enumerate() { // in increasing_y order - let data_indices = header.get_absolute_block_pixel_coordinates(tile.location)?; - - let block = BlockIndex { - layer: header_index, - level: tile.location.level_index, - pixel_position: data_indices.position.to_usize("data indices start")?, - pixel_size: data_indices.size, - }; - - if filter(&self.meta_data, tile.location, block) { - filtered_offsets.push(offset_tables[header_index][block_index]) // safe indexing from `enumerate()` - } - }; - } - - filtered_offsets.sort_unstable(); // enables reading continuously if possible (already sorted where line order increasing) - - if pedantic { - // table is sorted. if any two neighbours are equal, we have duplicates. this is invalid. - if filtered_offsets.windows(2).any(|pair| pair[0] == pair[1]) { - return Err(Error::invalid("chunk offset table")) - } - } - - Ok(FilteredChunksReader { - meta_data: self.meta_data, - expected_filtered_chunk_count: filtered_offsets.len(), - remaining_filtered_chunk_indices: filtered_offsets.into_iter(), - remaining_bytes: self.remaining_reader - }) - } -} - - -fn validate_offset_tables(headers: &[Header], offset_tables: &OffsetTables, chunks_start_byte: usize) -> UnitResult { - let max_pixel_bytes: usize = headers.iter() // when compressed, chunks are smaller, but never larger than max - .map(|header| header.max_pixel_file_bytes()) - .sum(); - - // check that each offset is within the bounds - let end_byte = chunks_start_byte + max_pixel_bytes; - let is_invalid = offset_tables.iter().flatten().map(|&u64| u64_to_usize(u64)) - .any(|chunk_start| chunk_start < chunks_start_byte || chunk_start > end_byte); - - if is_invalid { Err(Error::invalid("offset table")) } - else { Ok(()) } -} - - - - -/// Decode the desired chunks and skip the unimportant chunks in the file. -/// The decoded chunks can be decompressed by calling -/// `decompress_parallel`, `decompress_sequential`, or `sequential_decompressor` or `parallel_decompressor`. -/// Call `on_progress` to have a callback with each block. -/// Also contains the image meta data. -#[derive(Debug)] -pub struct FilteredChunksReader<R> { - meta_data: MetaData, - expected_filtered_chunk_count: usize, - remaining_filtered_chunk_indices: std::vec::IntoIter<u64>, - remaining_bytes: PeekRead<Tracking<R>>, -} - -/// Decode all chunks in the file without seeking. -/// The decoded chunks can be decompressed by calling -/// `decompress_parallel`, `decompress_sequential`, or `sequential_decompressor` or `parallel_decompressor`. -/// Call `on_progress` to have a callback with each block. -/// Also contains the image meta data. -#[derive(Debug)] -pub struct AllChunksReader<R> { - meta_data: MetaData, - remaining_chunks: std::ops::Range<usize>, - remaining_bytes: PeekRead<Tracking<R>>, - pedantic: bool, -} - -/// Decode chunks in the file without seeking. -/// Calls the supplied closure for each chunk. -/// The decoded chunks can be decompressed by calling -/// `decompress_parallel`, `decompress_sequential`, or `sequential_decompressor`. -/// Also contains the image meta data. -#[derive(Debug)] -pub struct OnProgressChunksReader<R, F> { - chunks_reader: R, - decoded_chunks: usize, - callback: F, -} - -/// Decode chunks in the file. -/// The decoded chunks can be decompressed by calling -/// `decompress_parallel`, `decompress_sequential`, or `sequential_decompressor`. -/// Call `on_progress` to have a callback with each block. -/// Also contains the image meta data. -pub trait ChunksReader: Sized + Iterator<Item=Result<Chunk>> + ExactSizeIterator { - - /// The decoded exr meta data from the file. - fn meta_data(&self) -> &MetaData; - - /// The decoded exr headers from the file. - fn headers(&self) -> &[Header] { &self.meta_data().headers } - - /// The number of chunks that this reader will return in total. - /// Can be less than the total number of chunks in the file, if some chunks are skipped. - fn expected_chunk_count(&self) -> usize; - - /// Read the next compressed chunk from the file. - /// Equivalent to `.next()`, as this also is an iterator. - /// Returns `None` if all chunks have been read. - fn read_next_chunk(&mut self) -> Option<Result<Chunk>> { self.next() } - - /// Create a new reader that calls the provided progress - /// callback for each chunk that is read from the file. - /// If the file can be successfully decoded, - /// the progress will always at least once include 0.0 at the start and 1.0 at the end. - fn on_progress<F>(self, on_progress: F) -> OnProgressChunksReader<Self, F> where F: FnMut(f64) { - OnProgressChunksReader { chunks_reader: self, callback: on_progress, decoded_chunks: 0 } - } - - /// Decompress all blocks in the file, using multiple cpu cores, and call the supplied closure for each block. - /// The order of the blocks is not deterministic. - /// You can also use `parallel_decompressor` to obtain an iterator instead. - /// Will fallback to sequential processing where threads are not available, or where it would not speed up the process. - // FIXME try async + futures instead of rayon! Maybe even allows for external async decoding? (-> impl Stream<UncompressedBlock>) - fn decompress_parallel( - self, pedantic: bool, - mut insert_block: impl FnMut(&MetaData, UncompressedBlock) -> UnitResult - ) -> UnitResult - { - let mut decompressor = match self.parallel_decompressor(pedantic) { - Err(old_self) => return old_self.decompress_sequential(pedantic, insert_block), - Ok(decompressor) => decompressor, - }; - - while let Some(block) = decompressor.next() { - insert_block(decompressor.meta_data(), block?)?; - } - - debug_assert_eq!(decompressor.len(), 0, "compressed blocks left after decompressing all blocks"); - Ok(()) - } - - /// Return an iterator that decompresses the chunks with multiple threads. - /// The order of the blocks is not deterministic. - /// Use `ParallelBlockDecompressor::new` if you want to use your own thread pool. - /// By default, this uses as many threads as there are CPUs. - /// Returns the `self` if there is no need for parallel decompression. - fn parallel_decompressor(self, pedantic: bool) -> std::result::Result<ParallelBlockDecompressor<Self>, Self> { - ParallelBlockDecompressor::new(self, pedantic) - } - - /// Return an iterator that decompresses the chunks in this thread. - /// You can alternatively use `sequential_decompressor` if you prefer an external iterator. - fn decompress_sequential( - self, pedantic: bool, - mut insert_block: impl FnMut(&MetaData, UncompressedBlock) -> UnitResult - ) -> UnitResult - { - let mut decompressor = self.sequential_decompressor(pedantic); - while let Some(block) = decompressor.next() { - insert_block(decompressor.meta_data(), block?)?; - } - - debug_assert_eq!(decompressor.len(), 0, "compressed blocks left after decompressing all blocks"); - Ok(()) - } - - /// Prepare reading the chunks sequentially, only a single thread, but with less memory overhead. - fn sequential_decompressor(self, pedantic: bool) -> SequentialBlockDecompressor<Self> { - SequentialBlockDecompressor { remaining_chunks_reader: self, pedantic } - } -} - -impl<R, F> ChunksReader for OnProgressChunksReader<R, F> where R: ChunksReader, F: FnMut(f64) { - fn meta_data(&self) -> &MetaData { self.chunks_reader.meta_data() } - fn expected_chunk_count(&self) -> usize { self.chunks_reader.expected_chunk_count() } -} - -impl<R, F> ExactSizeIterator for OnProgressChunksReader<R, F> where R: ChunksReader, F: FnMut(f64) {} -impl<R, F> Iterator for OnProgressChunksReader<R, F> where R: ChunksReader, F: FnMut(f64) { - type Item = Result<Chunk>; - - fn next(&mut self) -> Option<Self::Item> { - self.chunks_reader.next().map(|item|{ - { - let total_chunks = self.expected_chunk_count() as f64; - let callback = &mut self.callback; - callback(self.decoded_chunks as f64 / total_chunks); - } - - self.decoded_chunks += 1; - item - }) - .or_else(||{ - debug_assert_eq!( - self.decoded_chunks, self.expected_chunk_count(), - "chunks reader finished but not all chunks are decompressed" - ); - - let callback = &mut self.callback; - callback(1.0); - None - }) - } - - fn size_hint(&self) -> (usize, Option<usize>) { - self.chunks_reader.size_hint() - } -} - -impl<R: Read + Seek> ChunksReader for AllChunksReader<R> { - fn meta_data(&self) -> &MetaData { &self.meta_data } - fn expected_chunk_count(&self) -> usize { self.remaining_chunks.end } -} - -impl<R: Read + Seek> ExactSizeIterator for AllChunksReader<R> {} -impl<R: Read + Seek> Iterator for AllChunksReader<R> { - type Item = Result<Chunk>; - - fn next(&mut self) -> Option<Self::Item> { - // read as many chunks as the file should contain (inferred from meta data) - let next_chunk = self.remaining_chunks.next() - .map(|_| Chunk::read(&mut self.remaining_bytes, &self.meta_data)); - - // if no chunks are left, but some bytes remain, return error - if self.pedantic && next_chunk.is_none() && self.remaining_bytes.peek_u8().is_ok() { - return Some(Err(Error::invalid("end of file expected"))); - } - - next_chunk - } - - fn size_hint(&self) -> (usize, Option<usize>) { - (self.remaining_chunks.len(), Some(self.remaining_chunks.len())) - } -} - -impl<R: Read + Seek> ChunksReader for FilteredChunksReader<R> { - fn meta_data(&self) -> &MetaData { &self.meta_data } - fn expected_chunk_count(&self) -> usize { self.expected_filtered_chunk_count } -} - -impl<R: Read + Seek> ExactSizeIterator for FilteredChunksReader<R> {} -impl<R: Read + Seek> Iterator for FilteredChunksReader<R> { - type Item = Result<Chunk>; - - fn next(&mut self) -> Option<Self::Item> { - // read as many chunks as we have desired chunk offsets - self.remaining_filtered_chunk_indices.next().map(|next_chunk_location|{ - self.remaining_bytes.skip_to( // no-op for seek at current position, uses skip_bytes for small amounts - usize::try_from(next_chunk_location) - .expect("too large chunk position for this machine") - )?; - - let meta_data = &self.meta_data; - Chunk::read(&mut self.remaining_bytes, meta_data) - }) - - // TODO remember last chunk index and then seek to index+size and check whether bytes are left? - } - - fn size_hint(&self) -> (usize, Option<usize>) { - (self.remaining_filtered_chunk_indices.len(), Some(self.remaining_filtered_chunk_indices.len())) - } -} - -/// Read all chunks from the file, decompressing each chunk immediately. -/// Implements iterator. -#[derive(Debug)] -pub struct SequentialBlockDecompressor<R: ChunksReader> { - remaining_chunks_reader: R, - pedantic: bool, -} - -impl<R: ChunksReader> SequentialBlockDecompressor<R> { - - /// The extracted meta data from the image file. - pub fn meta_data(&self) -> &MetaData { self.remaining_chunks_reader.meta_data() } - - /// Read and then decompress a single block of pixels from the byte source. - pub fn decompress_next_block(&mut self) -> Option<Result<UncompressedBlock>> { - self.remaining_chunks_reader.read_next_chunk().map(|compressed_chunk|{ - UncompressedBlock::decompress_chunk(compressed_chunk?, &self.remaining_chunks_reader.meta_data(), self.pedantic) - }) - } -} - -/// Decompress the chunks in a file in parallel. -/// The first call to `next` will fill the thread pool with jobs, -/// starting to decompress the next few blocks. -/// These jobs will finish, even if you stop reading more blocks. -/// Implements iterator. -#[derive(Debug)] -pub struct ParallelBlockDecompressor<R: ChunksReader> { - remaining_chunks: R, - sender: flume::Sender<Result<UncompressedBlock>>, - receiver: flume::Receiver<Result<UncompressedBlock>>, - currently_decompressing_count: usize, - max_threads: usize, - - shared_meta_data_ref: Arc<MetaData>, - pedantic: bool, - - pool: ThreadPool, -} - -impl<R: ChunksReader> ParallelBlockDecompressor<R> { - - /// Create a new decompressor. Does not immediately spawn any tasks. - /// Decompression starts after the first call to `next`. - /// Returns the chunks if parallel decompression should not be used. - /// Use `new_with_thread_pool` to customize the threadpool. - pub fn new(chunks: R, pedantic: bool) -> std::result::Result<Self, R> { - Self::new_with_thread_pool(chunks, pedantic, ||{ - rayon_core::ThreadPoolBuilder::new() - .thread_name(|index| format!("OpenEXR Block Decompressor Thread #{}", index)) - .build() - }) - } - - /// Create a new decompressor. Does not immediately spawn any tasks. - /// Decompression starts after the first call to `next`. - /// Returns the chunks if parallel decompression should not be used. - pub fn new_with_thread_pool<CreatePool>(chunks: R, pedantic: bool, try_create_thread_pool: CreatePool) - -> std::result::Result<Self, R> - where CreatePool: FnOnce() -> std::result::Result<ThreadPool, ThreadPoolBuildError> - { - // if no compression is used in the file, don't use a threadpool - if chunks.meta_data().headers.iter() - .all(|head|head.compression == Compression::Uncompressed) - { - return Err(chunks); - } - - // in case thread pool creation fails (for example on WASM currently), - // we revert to sequential decompression - let pool = match try_create_thread_pool() { - Ok(pool) => pool, - - // TODO print warning? - Err(_) => return Err(chunks), - }; - - let max_threads = pool.current_num_threads().max(1).min(chunks.len()) + 2; // ca one block for each thread at all times - - let (send, recv) = flume::unbounded(); // TODO bounded channel simplifies logic? - - Ok(Self { - shared_meta_data_ref: Arc::new(chunks.meta_data().clone()), - currently_decompressing_count: 0, - remaining_chunks: chunks, - sender: send, - receiver: recv, - pedantic, - max_threads, - - pool, - }) - } - - /// Fill the pool with decompression jobs. Returns the first job that finishes. - pub fn decompress_next_block(&mut self) -> Option<Result<UncompressedBlock>> { - - while self.currently_decompressing_count < self.max_threads { - let block = self.remaining_chunks.next(); - if let Some(block) = block { - let block = match block { - Ok(block) => block, - Err(error) => return Some(Err(error)) - }; - - let sender = self.sender.clone(); - let meta = self.shared_meta_data_ref.clone(); - let pedantic = self.pedantic; - - self.currently_decompressing_count += 1; - - self.pool.spawn(move || { - let decompressed_or_err = UncompressedBlock::decompress_chunk( - block, &meta, pedantic - ); - - // by now, decompressing could have failed in another thread. - // the error is then already handled, so we simply - // don't send the decompressed block and do nothing - let _ = sender.send(decompressed_or_err); - }); - } - else { - // there are no chunks left to decompress - break; - } - } - - if self.currently_decompressing_count > 0 { - let next = self.receiver.recv() - .expect("all decompressing senders hung up but more messages were expected"); - - self.currently_decompressing_count -= 1; - Some(next) - } - else { - debug_assert!(self.receiver.try_recv().is_err(), "uncompressed chunks left in channel after decompressing all chunks"); // TODO not reliable - debug_assert_eq!(self.len(), 0, "compressed chunks left after decompressing all chunks"); - None - } - } - - /// The extracted meta data of the image file. - pub fn meta_data(&self) -> &MetaData { self.remaining_chunks.meta_data() } -} - -impl<R: ChunksReader> ExactSizeIterator for SequentialBlockDecompressor<R> {} -impl<R: ChunksReader> Iterator for SequentialBlockDecompressor<R> { - type Item = Result<UncompressedBlock>; - fn next(&mut self) -> Option<Self::Item> { self.decompress_next_block() } - fn size_hint(&self) -> (usize, Option<usize>) { self.remaining_chunks_reader.size_hint() } -} - -impl<R: ChunksReader> ExactSizeIterator for ParallelBlockDecompressor<R> {} -impl<R: ChunksReader> Iterator for ParallelBlockDecompressor<R> { - type Item = Result<UncompressedBlock>; - fn next(&mut self) -> Option<Self::Item> { self.decompress_next_block() } - fn size_hint(&self) -> (usize, Option<usize>) { - let remaining = self.remaining_chunks.len() + self.currently_decompressing_count; - (remaining, Some(remaining)) - } -} - - - - - diff --git a/vendor/exr/src/block/samples.rs b/vendor/exr/src/block/samples.rs deleted file mode 100644 index 4352b11..0000000 --- a/vendor/exr/src/block/samples.rs +++ /dev/null @@ -1,248 +0,0 @@ -//! Extract pixel samples from a block of pixel bytes. - -use crate::prelude::*; -use half::prelude::HalfFloatSliceExt; - - -/// A single red, green, blue, or alpha value. -#[derive(Copy, Clone, Debug)] -pub enum Sample { - - /// A 16-bit float sample. - F16(f16), - - /// A 32-bit float sample. - F32(f32), - - /// An unsigned integer sample. - U32(u32) -} - -impl Sample { - - /// Create a sample containing a 32-bit float. - pub fn f32(f32: f32) -> Self { Sample::F32(f32) } - - /// Create a sample containing a 16-bit float. - pub fn f16(f16: f16) -> Self { Sample::F16(f16) } - - /// Create a sample containing a 32-bit integer. - pub fn u32(u32: u32) -> Self { Sample::U32(u32) } - - /// Convert the sample to an f16 value. This has lower precision than f32. - /// Note: An f32 can only represent integers up to `1024` as precise as a u32 could. - #[inline] - pub fn to_f16(self) -> f16 { - match self { - Sample::F16(sample) => sample, - Sample::F32(sample) => f16::from_f32(sample), - Sample::U32(sample) => f16::from_f32(sample as f32), - } - } - - /// Convert the sample to an f32 value. - /// Note: An f32 can only represent integers up to `8388608` as precise as a u32 could. - #[inline] - pub fn to_f32(self) -> f32 { - match self { - Sample::F32(sample) => sample, - Sample::F16(sample) => sample.to_f32(), - Sample::U32(sample) => sample as f32, - } - } - - /// Convert the sample to a u32. Rounds floats to integers the same way that `3.1 as u32` does. - #[inline] - pub fn to_u32(self) -> u32 { - match self { - Sample::F16(sample) => sample.to_f32() as u32, - Sample::F32(sample) => sample as u32, - Sample::U32(sample) => sample, - } - } - - /// Is this value not a number? - #[inline] - pub fn is_nan(self) -> bool { - match self { - Sample::F16(value) => value.is_nan(), - Sample::F32(value) => value.is_nan(), - Sample::U32(_) => false, - } - } - - /// Is this value zero or negative zero? - #[inline] - pub fn is_zero(&self) -> bool { - match *self { - Sample::F16(value) => value == f16::ZERO || value == f16::NEG_ZERO, - Sample::F32(value) => value == 0.0, - Sample::U32(value) => value == 0, - } - } -} - -impl PartialEq for Sample { - fn eq(&self, other: &Self) -> bool { - match *self { - Sample::F16(num) => num == other.to_f16(), - Sample::F32(num) => num == other.to_f32(), - Sample::U32(num) => num == other.to_u32(), - } - } -} - -// this is not recommended because it may hide whether a color is transparent or opaque and might be undesired for depth channels -impl Default for Sample { - fn default() -> Self { Sample::F32(0.0) } -} - -impl From<f16> for Sample { #[inline] fn from(f: f16) -> Self { Sample::F16(f) } } -impl From<f32> for Sample { #[inline] fn from(f: f32) -> Self { Sample::F32(f) } } -impl From<u32> for Sample { #[inline] fn from(f: u32) -> Self { Sample::U32(f) } } - -impl<T> From<Option<T>> for Sample where T: Into<Sample> + Default { - #[inline] fn from(num: Option<T>) -> Self { num.unwrap_or_default().into() } -} - - -impl From<Sample> for f16 { #[inline] fn from(s: Sample) -> Self { s.to_f16() } } -impl From<Sample> for f32 { #[inline] fn from(s: Sample) -> Self { s.to_f32() } } -impl From<Sample> for u32 { #[inline] fn from(s: Sample) -> Self { s.to_u32() } } - - -/// Create an arbitrary sample type from one of the defined sample types. -/// Should be compiled to a no-op where the file contains the predicted sample type. -/// The slice functions should be optimized into a `memcpy` where there is no conversion needed. -pub trait FromNativeSample: Sized + Copy + Default + 'static { - - /// Create this sample from a f16, trying to represent the same numerical value - fn from_f16(value: f16) -> Self; - - /// Create this sample from a f32, trying to represent the same numerical value - fn from_f32(value: f32) -> Self; - - /// Create this sample from a u32, trying to represent the same numerical value - fn from_u32(value: u32) -> Self; - - /// Convert all values from the slice into this type. - /// This function exists to allow the compiler to perform a vectorization optimization. - /// Note that this default implementation will **not** be vectorized by the compiler automatically. - /// For maximum performance you will need to override this function and implement it via - /// an explicit batched conversion such as [`convert_to_f32_slice`](https://docs.rs/half/2.3.1/half/slice/trait.HalfFloatSliceExt.html#tymethod.convert_to_f32_slice) - #[inline] - fn from_f16s(from: &[f16], to: &mut [Self]) { - assert_eq!(from.len(), to.len(), "slices must have the same length"); - for (from, to) in from.iter().zip(to.iter_mut()) { - *to = Self::from_f16(*from); - } - } - - /// Convert all values from the slice into this type. - /// This function exists to allow the compiler to perform a vectorization optimization. - /// Note that this default implementation will be vectorized by the compiler automatically. - #[inline] - fn from_f32s(from: &[f32], to: &mut [Self]) { - assert_eq!(from.len(), to.len(), "slices must have the same length"); - for (from, to) in from.iter().zip(to.iter_mut()) { - *to = Self::from_f32(*from); - } - } - - /// Convert all values from the slice into this type. - /// This function exists to allow the compiler to perform a vectorization optimization. - /// Note that this default implementation will be vectorized by the compiler automatically, - /// provided that the CPU supports the necessary conversion instructions. - /// For example, x86_64 lacks the instructions to convert `u32` to floats, - /// so this will inevitably be slow on x86_64. - #[inline] - fn from_u32s(from: &[u32], to: &mut [Self]) { - assert_eq!(from.len(), to.len(), "slices must have the same length"); - for (from, to) in from.iter().zip(to.iter_mut()) { - *to = Self::from_u32(*from); - } - } -} - -// TODO haven't i implemented this exact behaviour already somewhere else in this library...?? -impl FromNativeSample for f32 { - #[inline] fn from_f16(value: f16) -> Self { value.to_f32() } - #[inline] fn from_f32(value: f32) -> Self { value } - #[inline] fn from_u32(value: u32) -> Self { value as f32 } - - // f16 is a custom type - // so the compiler can not automatically vectorize the conversion - // that's why we need to specialize this function - #[inline] - fn from_f16s(from: &[f16], to: &mut [Self]) { - from.convert_to_f32_slice(to); - } -} - -impl FromNativeSample for u32 { - #[inline] fn from_f16(value: f16) -> Self { value.to_f32() as u32 } - #[inline] fn from_f32(value: f32) -> Self { value as u32 } - #[inline] fn from_u32(value: u32) -> Self { value } -} - -impl FromNativeSample for f16 { - #[inline] fn from_f16(value: f16) -> Self { value } - #[inline] fn from_f32(value: f32) -> Self { f16::from_f32(value) } - #[inline] fn from_u32(value: u32) -> Self { f16::from_f32(value as f32) } - - // f16 is a custom type - // so the compiler can not automatically vectorize the conversion - // that's why we need to specialize this function - #[inline] - fn from_f32s(from: &[f32], to: &mut [Self]) { - to.convert_from_f32_slice(from) - } -} - -impl FromNativeSample for Sample { - #[inline] fn from_f16(value: f16) -> Self { Self::from(value) } - #[inline] fn from_f32(value: f32) -> Self { Self::from(value) } - #[inline] fn from_u32(value: u32) -> Self { Self::from(value) } -} - - -/// Convert any type into one of the supported sample types. -/// Should be compiled to a no-op where the file contains the predicted sample type -pub trait IntoNativeSample: Copy + Default + Sync + 'static { - - /// Convert this sample to an f16, trying to represent the same numerical value. - fn to_f16(&self) -> f16; - - /// Convert this sample to an f32, trying to represent the same numerical value. - fn to_f32(&self) -> f32; - - /// Convert this sample to an u16, trying to represent the same numerical value. - fn to_u32(&self) -> u32; -} - -impl IntoNativeSample for f16 { - fn to_f16(&self) -> f16 { f16::from_f16(*self) } - fn to_f32(&self) -> f32 { f32::from_f16(*self) } - fn to_u32(&self) -> u32 { u32::from_f16(*self) } -} - -impl IntoNativeSample for f32 { - fn to_f16(&self) -> f16 { f16::from_f32(*self) } - fn to_f32(&self) -> f32 { f32::from_f32(*self) } - fn to_u32(&self) -> u32 { u32::from_f32(*self) } -} - -impl IntoNativeSample for u32 { - fn to_f16(&self) -> f16 { f16::from_u32(*self) } - fn to_f32(&self) -> f32 { f32::from_u32(*self) } - fn to_u32(&self) -> u32 { u32::from_u32(*self) } -} - -impl IntoNativeSample for Sample { - fn to_f16(&self) -> f16 { Sample::to_f16(*self) } - fn to_f32(&self) -> f32 { Sample::to_f32(*self) } - fn to_u32(&self) -> u32 { Sample::to_u32(*self) } -} - - - diff --git a/vendor/exr/src/block/writer.rs b/vendor/exr/src/block/writer.rs deleted file mode 100644 index 1227c69..0000000 --- a/vendor/exr/src/block/writer.rs +++ /dev/null @@ -1,468 +0,0 @@ -//! Composable structures to handle writing an image. - - -use std::fmt::Debug; -use std::io::Seek; -use std::iter::Peekable; -use std::ops::Not; -use rayon_core::{ThreadPool, ThreadPoolBuildError}; - -use smallvec::alloc::collections::BTreeMap; - -use crate::block::UncompressedBlock; -use crate::block::chunk::{Chunk}; -use crate::compression::Compression; -use crate::error::{Error, Result, UnitResult, usize_to_u64}; -use crate::io::{Data, Tracking, Write}; -use crate::meta::{Headers, MetaData, OffsetTables}; -use crate::meta::attribute::LineOrder; - -/// Write an exr file by writing one chunk after another in a closure. -/// In the closure, you are provided a chunk writer, which should be used to write all the chunks. -/// Assumes the your write destination is buffered. -pub fn write_chunks_with<W: Write + Seek>( - buffered_write: W, headers: Headers, pedantic: bool, - write_chunks: impl FnOnce(MetaData, &mut ChunkWriter<W>) -> UnitResult -) -> UnitResult { - // this closure approach ensures that after writing all chunks, the file is always completed and checked and flushed - let (meta, mut writer) = ChunkWriter::new_for_buffered(buffered_write, headers, pedantic)?; - write_chunks(meta, &mut writer)?; - writer.complete_meta_data() -} - -/// Can consume compressed pixel chunks, writing them a file. -/// Use `sequential_blocks_compressor` or `parallel_blocks_compressor` to compress your data, -/// or use `compress_all_blocks_sequential` or `compress_all_blocks_parallel`. -/// Use `on_progress` to obtain a new writer -/// that triggers a callback for each block. -// #[must_use] -#[derive(Debug)] -#[must_use] -pub struct ChunkWriter<W> { - header_count: usize, - byte_writer: Tracking<W>, - chunk_indices_byte_location: std::ops::Range<usize>, - chunk_indices_increasing_y: OffsetTables, - chunk_count: usize, // TODO compose? -} - -/// A new writer that triggers a callback -/// for each block written to the inner writer. -#[derive(Debug)] -#[must_use] -pub struct OnProgressChunkWriter<'w, W, F> { - chunk_writer: &'w mut W, - written_chunks: usize, - on_progress: F, -} - -/// Write chunks to a byte destination. -/// Then write each chunk with `writer.write_chunk(chunk)`. -pub trait ChunksWriter: Sized { - - /// The total number of chunks that the complete file will contain. - fn total_chunks_count(&self) -> usize; - - /// Any more calls will result in an error and have no effect. - /// If writing results in an error, the file and the writer - /// may remain in an invalid state and should not be used further. - /// Errors when the chunk at this index was already written. - fn write_chunk(&mut self, index_in_header_increasing_y: usize, chunk: Chunk) -> UnitResult; - - /// Obtain a new writer that calls the specified closure for each block that is written to this writer. - fn on_progress<F>(&mut self, on_progress: F) -> OnProgressChunkWriter<'_, Self, F> where F: FnMut(f64) { - OnProgressChunkWriter { chunk_writer: self, written_chunks: 0, on_progress } - } - - /// Obtain a new writer that can compress blocks to chunks, which are then passed to this writer. - fn sequential_blocks_compressor<'w>(&'w mut self, meta: &'w MetaData) -> SequentialBlocksCompressor<'w, Self> { - SequentialBlocksCompressor::new(meta, self) - } - - /// Obtain a new writer that can compress blocks to chunks on multiple threads, which are then passed to this writer. - /// Returns none if the sequential compressor should be used instead (thread pool creation failure or too large performance overhead). - fn parallel_blocks_compressor<'w>(&'w mut self, meta: &'w MetaData) -> Option<ParallelBlocksCompressor<'w, Self>> { - ParallelBlocksCompressor::new(meta, self) - } - - /// Compresses all blocks to the file. - /// The index of the block must be in increasing line order within the header. - /// Obtain iterator with `MetaData::collect_ordered_blocks(...)` or similar methods. - fn compress_all_blocks_sequential(mut self, meta: &MetaData, blocks: impl Iterator<Item=(usize, UncompressedBlock)>) -> UnitResult { - let mut writer = self.sequential_blocks_compressor(meta); - - // TODO check block order if line order is not unspecified! - for (index_in_header_increasing_y, block) in blocks { - writer.compress_block(index_in_header_increasing_y, block)?; - } - - // TODO debug_assert_eq!(self.is_complete()); - Ok(()) - } - - /// Compresses all blocks to the file. - /// The index of the block must be in increasing line order within the header. - /// Obtain iterator with `MetaData::collect_ordered_blocks(...)` or similar methods. - /// Will fallback to sequential processing where threads are not available, or where it would not speed up the process. - fn compress_all_blocks_parallel(mut self, meta: &MetaData, blocks: impl Iterator<Item=(usize, UncompressedBlock)>) -> UnitResult { - let mut parallel_writer = match self.parallel_blocks_compressor(meta) { - None => return self.compress_all_blocks_sequential(meta, blocks), - Some(writer) => writer, - }; - - // TODO check block order if line order is not unspecified! - for (index_in_header_increasing_y, block) in blocks { - parallel_writer.add_block_to_compression_queue(index_in_header_increasing_y, block)?; - } - - // TODO debug_assert_eq!(self.is_complete()); - Ok(()) - } -} - - -impl<W> ChunksWriter for ChunkWriter<W> where W: Write + Seek { - - /// The total number of chunks that the complete file will contain. - fn total_chunks_count(&self) -> usize { self.chunk_count } - - /// Any more calls will result in an error and have no effect. - /// If writing results in an error, the file and the writer - /// may remain in an invalid state and should not be used further. - /// Errors when the chunk at this index was already written. - fn write_chunk(&mut self, index_in_header_increasing_y: usize, chunk: Chunk) -> UnitResult { - let header_chunk_indices = &mut self.chunk_indices_increasing_y[chunk.layer_index]; - - if index_in_header_increasing_y >= header_chunk_indices.len() { - return Err(Error::invalid("too large chunk index")); - } - - let chunk_index_slot = &mut header_chunk_indices[index_in_header_increasing_y]; - if *chunk_index_slot != 0 { - return Err(Error::invalid(format!("chunk at index {} is already written", index_in_header_increasing_y))); - } - - *chunk_index_slot = usize_to_u64(self.byte_writer.byte_position()); - chunk.write(&mut self.byte_writer, self.header_count)?; - Ok(()) - } -} - -impl<W> ChunkWriter<W> where W: Write + Seek { - // -- the following functions are private, because they must be called in a strict order -- - - /// Writes the meta data and zeroed offset tables as a placeholder. - fn new_for_buffered(buffered_byte_writer: W, headers: Headers, pedantic: bool) -> Result<(MetaData, Self)> { - let mut write = Tracking::new(buffered_byte_writer); - let requirements = MetaData::write_validating_to_buffered(&mut write, headers.as_slice(), pedantic)?; - - // TODO: use increasing line order where possible, but this requires us to know whether we want to be parallel right now - /*// if non-parallel compression, we always use increasing order anyways - if !parallel || !has_compression { - for header in &mut headers { - if header.line_order == LineOrder::Unspecified { - header.line_order = LineOrder::Increasing; - } - } - }*/ - - let offset_table_size: usize = headers.iter().map(|header| header.chunk_count).sum(); - - let offset_table_start_byte = write.byte_position(); - let offset_table_end_byte = write.byte_position() + offset_table_size * u64::BYTE_SIZE; - - // skip offset tables, filling with 0, will be updated after the last chunk has been written - write.seek_write_to(offset_table_end_byte)?; - - let header_count = headers.len(); - let chunk_indices_increasing_y = headers.iter() - .map(|header| vec![0_u64; header.chunk_count]).collect(); - - let meta_data = MetaData { requirements, headers }; - - Ok((meta_data, ChunkWriter { - header_count, - byte_writer: write, - chunk_count: offset_table_size, - chunk_indices_byte_location: offset_table_start_byte .. offset_table_end_byte, - chunk_indices_increasing_y, - })) - } - - /// Seek back to the meta data, write offset tables, and flush the byte writer. - /// Leaves the writer seeked to the middle of the file. - fn complete_meta_data(mut self) -> UnitResult { - if self.chunk_indices_increasing_y.iter().flatten().any(|&index| index == 0) { - return Err(Error::invalid("some chunks are not written yet")) - } - - // write all offset tables - debug_assert_ne!(self.byte_writer.byte_position(), self.chunk_indices_byte_location.end, "offset table has already been updated"); - self.byte_writer.seek_write_to(self.chunk_indices_byte_location.start)?; - - for table in self.chunk_indices_increasing_y { - u64::write_slice(&mut self.byte_writer, table.as_slice())?; - } - - self.byte_writer.flush()?; // make sure we catch all (possibly delayed) io errors before returning - Ok(()) - } - -} - - -impl<'w, W, F> ChunksWriter for OnProgressChunkWriter<'w, W, F> where W: 'w + ChunksWriter, F: FnMut(f64) { - fn total_chunks_count(&self) -> usize { - self.chunk_writer.total_chunks_count() - } - - fn write_chunk(&mut self, index_in_header_increasing_y: usize, chunk: Chunk) -> UnitResult { - let total_chunks = self.total_chunks_count(); - let on_progress = &mut self.on_progress; - - // guarantee on_progress being called with 0 once - if self.written_chunks == 0 { on_progress(0.0); } - - self.chunk_writer.write_chunk(index_in_header_increasing_y, chunk)?; - - self.written_chunks += 1; - - on_progress({ - // guarantee finishing with progress 1.0 for last block at least once, float division might slightly differ from 1.0 - if self.written_chunks == total_chunks { 1.0 } - else { self.written_chunks as f64 / total_chunks as f64 } - }); - - Ok(()) - } -} - - -/// Write blocks that appear in any order and reorder them before writing. -#[derive(Debug)] -#[must_use] -pub struct SortedBlocksWriter<'w, W> { - chunk_writer: &'w mut W, - pending_chunks: BTreeMap<usize, (usize, Chunk)>, - unwritten_chunk_indices: Peekable<std::ops::Range<usize>>, - requires_sorting: bool, // using this instead of Option, because of borrowing -} - - -impl<'w, W> SortedBlocksWriter<'w, W> where W: ChunksWriter { - - /// New sorting writer. Returns `None` if sorting is not required. - pub fn new(meta_data: &MetaData, chunk_writer: &'w mut W) -> SortedBlocksWriter<'w, W> { - let requires_sorting = meta_data.headers.iter() - .any(|header| header.line_order != LineOrder::Unspecified); - - let total_chunk_count = chunk_writer.total_chunks_count(); - - SortedBlocksWriter { - pending_chunks: BTreeMap::new(), - unwritten_chunk_indices: (0 .. total_chunk_count).peekable(), - requires_sorting, - chunk_writer - } - } - - /// Write the chunk or stash it. In the closure, write all chunks that can be written now. - pub fn write_or_stash_chunk(&mut self, chunk_index_in_file: usize, chunk_y_index: usize, chunk: Chunk) -> UnitResult { - if self.requires_sorting.not() { - return self.chunk_writer.write_chunk(chunk_y_index, chunk); - } - - // write this chunk now if possible - if self.unwritten_chunk_indices.peek() == Some(&chunk_index_in_file){ - self.chunk_writer.write_chunk(chunk_y_index, chunk)?; - self.unwritten_chunk_indices.next().expect("peeked chunk index is missing"); - - // write all pending blocks that are immediate successors of this block - while let Some((next_chunk_y_index, next_chunk)) = self - .unwritten_chunk_indices.peek().cloned() - .and_then(|id| self.pending_chunks.remove(&id)) - { - self.chunk_writer.write_chunk(next_chunk_y_index, next_chunk)?; - self.unwritten_chunk_indices.next().expect("peeked chunk index is missing"); - } - } - - else { - // the argument block is not to be written now, - // and all the pending blocks are not next up either, - // so just stash this block - self.pending_chunks.insert(chunk_index_in_file, (chunk_y_index, chunk)); - } - - Ok(()) - } - - /// Where the chunks will be written to. - pub fn inner_chunks_writer(&self) -> &W { - &self.chunk_writer - } -} - - - -/// Compress blocks to a chunk writer in this thread. -#[derive(Debug)] -#[must_use] -pub struct SequentialBlocksCompressor<'w, W> { - meta: &'w MetaData, - chunks_writer: &'w mut W, -} - -impl<'w, W> SequentialBlocksCompressor<'w, W> where W: 'w + ChunksWriter { - - /// New blocks writer. - pub fn new(meta: &'w MetaData, chunks_writer: &'w mut W) -> Self { Self { meta, chunks_writer, } } - - /// This is where the compressed blocks are written to. - pub fn inner_chunks_writer(&'w self) -> &'w W { self.chunks_writer } - - /// Compress a single block immediately. The index of the block must be in increasing line order. - pub fn compress_block(&mut self, index_in_header_increasing_y: usize, block: UncompressedBlock) -> UnitResult { - self.chunks_writer.write_chunk( - index_in_header_increasing_y, - block.compress_to_chunk(&self.meta.headers)? - ) - } -} - -/// Compress blocks to a chunk writer with multiple threads. -#[derive(Debug)] -#[must_use] -pub struct ParallelBlocksCompressor<'w, W> { - meta: &'w MetaData, - sorted_writer: SortedBlocksWriter<'w, W>, - - sender: flume::Sender<Result<(usize, usize, Chunk)>>, - receiver: flume::Receiver<Result<(usize, usize, Chunk)>>, - pool: rayon_core::ThreadPool, - - currently_compressing_count: usize, - written_chunk_count: usize, // used to check for last chunk - max_threads: usize, - next_incoming_chunk_index: usize, // used to remember original chunk order -} - -impl<'w, W> ParallelBlocksCompressor<'w, W> where W: 'w + ChunksWriter { - - /// New blocks writer. Returns none if sequential compression should be used. - /// Use `new_with_thread_pool` to customize the threadpool. - pub fn new(meta: &'w MetaData, chunks_writer: &'w mut W) -> Option<Self> { - Self::new_with_thread_pool(meta, chunks_writer, ||{ - rayon_core::ThreadPoolBuilder::new() - .thread_name(|index| format!("OpenEXR Block Compressor Thread #{}", index)) - .build() - }) - } - - /// New blocks writer. Returns none if sequential compression should be used. - pub fn new_with_thread_pool<CreatePool>( - meta: &'w MetaData, chunks_writer: &'w mut W, try_create_thread_pool: CreatePool) - -> Option<Self> - where CreatePool: FnOnce() -> std::result::Result<ThreadPool, ThreadPoolBuildError> - { - if meta.headers.iter().all(|head|head.compression == Compression::Uncompressed) { - return None; - } - - // in case thread pool creation fails (for example on WASM currently), - // we revert to sequential compression - let pool = match try_create_thread_pool() { - Ok(pool) => pool, - - // TODO print warning? - Err(_) => return None, - }; - - let max_threads = pool.current_num_threads().max(1).min(chunks_writer.total_chunks_count()) + 2; // ca one block for each thread at all times - let (send, recv) = flume::unbounded(); // TODO bounded channel simplifies logic? - - Some(Self { - sorted_writer: SortedBlocksWriter::new(meta, chunks_writer), - next_incoming_chunk_index: 0, - currently_compressing_count: 0, - written_chunk_count: 0, - sender: send, - receiver: recv, - max_threads, - pool, - meta, - }) - } - - /// This is where the compressed blocks are written to. - pub fn inner_chunks_writer(&'w self) -> &'w W { self.sorted_writer.inner_chunks_writer() } - - // private, as may underflow counter in release mode - fn write_next_queued_chunk(&mut self) -> UnitResult { - debug_assert!(self.currently_compressing_count > 0, "cannot wait for chunks as there are none left"); - - let some_compressed_chunk = self.receiver.recv() - .expect("cannot receive compressed block"); - - self.currently_compressing_count -= 1; - let (chunk_file_index, chunk_y_index, chunk) = some_compressed_chunk?; - self.sorted_writer.write_or_stash_chunk(chunk_file_index, chunk_y_index, chunk)?; - - self.written_chunk_count += 1; - Ok(()) - } - - /// Wait until all currently compressing chunks in the compressor have been written. - pub fn write_all_queued_chunks(&mut self) -> UnitResult { - while self.currently_compressing_count > 0 { - self.write_next_queued_chunk()?; - } - - debug_assert_eq!(self.currently_compressing_count, 0, "counter does not match block count"); - Ok(()) - } - - /// Add a single block to the compressor queue. The index of the block must be in increasing line order. - /// When calling this function for the last block, this method waits until all the blocks have been written. - /// This only works when you write as many blocks as the image expects, otherwise you can use `wait_for_all_remaining_chunks`. - /// Waits for a block from the queue to be written, if the queue already has enough items. - pub fn add_block_to_compression_queue(&mut self, index_in_header_increasing_y: usize, block: UncompressedBlock) -> UnitResult { - - // if pipe is full, block to wait for a slot to free up - if self.currently_compressing_count >= self.max_threads { - self.write_next_queued_chunk()?; - } - - // add the argument chunk to the compression queueue - let index_in_file = self.next_incoming_chunk_index; - let sender = self.sender.clone(); - let meta = self.meta.clone(); - - self.pool.spawn(move ||{ - let compressed_or_err = block.compress_to_chunk(&meta.headers); - - // by now, decompressing could have failed in another thread. - // the error is then already handled, so we simply - // don't send the decompressed block and do nothing - let _ = sender.send(compressed_or_err.map(move |compressed| (index_in_file, index_in_header_increasing_y, compressed))); - }); - - self.currently_compressing_count += 1; - self.next_incoming_chunk_index += 1; - - // if this is the last chunk, wait for all chunks to complete before returning - if self.written_chunk_count + self.currently_compressing_count == self.inner_chunks_writer().total_chunks_count() { - self.write_all_queued_chunks()?; - debug_assert_eq!( - self.written_chunk_count, self.inner_chunks_writer().total_chunks_count(), - "written chunk count mismatch" - ); - } - - - Ok(()) - } -} - - - diff --git a/vendor/exr/src/compression/b44/mod.rs b/vendor/exr/src/compression/b44/mod.rs deleted file mode 100644 index 815e95e..0000000 --- a/vendor/exr/src/compression/b44/mod.rs +++ /dev/null @@ -1,989 +0,0 @@ -mod table; - -use crate::compression::{mod_p, ByteVec}; -use crate::error::usize_to_i32; -use crate::io::Data; -use crate::meta::attribute::ChannelList; -use crate::prelude::*; -use std::cmp::min; -use std::mem::size_of; -use table::{EXP_TABLE, LOG_TABLE}; -use lebe::io::{ReadPrimitive, WriteEndian}; - -const BLOCK_SAMPLE_COUNT: usize = 4; - -// As B44 compression is only use on f16 channels, we can have a conste for this value. -const BLOCK_X_BYTE_COUNT: usize = BLOCK_SAMPLE_COUNT * size_of::<u16>(); - -#[inline] -fn convert_from_linear(s: &mut [u16; 16]) { - for v in s { - *v = EXP_TABLE[*v as usize]; - } -} - -#[inline] -fn convert_to_linear(s: &mut [u16; 16]) { - for v in s { - *v = LOG_TABLE[*v as usize]; - } -} - -#[inline] -fn shift_and_round(x: i32, shift: i32) -> i32 { - let x = x << 1; - let a = (1 << shift) - 1; - let shift = shift + 1; - let b = (x >> shift) & 1; - (x + a + b) >> shift -} - -/// Pack a block of 4 by 4 16-bit pixels (32 bytes, the array `s`) into either 14 or 3 bytes. -fn pack(s: [u16; 16], b: &mut [u8], optimize_flat_fields: bool, exact_max: bool) -> usize { - - let mut t = [0u16; 16]; - - for i in 0..16 { - if (s[i] & 0x7c00) == 0x7c00 { - t[i] = 0x8000; - } else if (s[i] & 0x8000) != 0 { - t[i] = !s[i]; - } else { - t[i] = s[i] | 0x8000; - } - } - - let t_max = t.iter().max().unwrap(); - - // Compute a set of running differences, r[0] ... r[14]: - // Find a shift value such that after rounding off the - // rightmost bits and shifting all differences are between - // -32 and +31. Then bias the differences so that they - // end up between 0 and 63. - let mut shift = -1; - let mut d = [0i32; 16]; - let mut r = [0i32; 15]; - let mut r_min: i32; - let mut r_max: i32; - - const BIAS: i32 = 0x20; - - loop { - shift += 1; - - // Compute absolute differences, d[0] ... d[15], - // between t_max and t[0] ... t[15]. - // - // Shift and round the absolute differences. - d.iter_mut() - .zip(&t) - .for_each(|(d_v, t_v)| *d_v = shift_and_round((t_max - t_v).into(), shift)); - - // Convert d[0] .. d[15] into running differences - r[0] = d[0] - d[4] + BIAS; - r[1] = d[4] - d[8] + BIAS; - r[2] = d[8] - d[12] + BIAS; - - r[3] = d[0] - d[1] + BIAS; - r[4] = d[4] - d[5] + BIAS; - r[5] = d[8] - d[9] + BIAS; - r[6] = d[12] - d[13] + BIAS; - - r[7] = d[1] - d[2] + BIAS; - r[8] = d[5] - d[6] + BIAS; - r[9] = d[9] - d[10] + BIAS; - r[10] = d[13] - d[14] + BIAS; - - r[11] = d[2] - d[3] + BIAS; - r[12] = d[6] - d[7] + BIAS; - r[13] = d[10] - d[11] + BIAS; - r[14] = d[14] - d[15] + BIAS; - - r_min = r[0]; - r_max = r[0]; - - r.iter().copied().for_each(|v| { - if r_min > v { - r_min = v; - } - - if r_max < v { - r_max = v; - } - }); - - if !(r_min < 0 || r_max > 0x3f) { - break; - } - } - - if r_min == BIAS && r_max == BIAS && optimize_flat_fields { - // Special case - all pixels have the same value. - // We encode this in 3 instead of 14 bytes by - // storing the value 0xfc in the third output byte, - // which cannot occur in the 14-byte encoding. - b[0] = (t[0] >> 8) as u8; - b[1] = t[0] as u8; - b[2] = 0xfc; - - return 3; - } - - if exact_max { - // Adjust t[0] so that the pixel whose value is equal - // to t_max gets represented as accurately as possible. - t[0] = t_max - (d[0] << shift) as u16; - } - - // Pack t[0], shift and r[0] ... r[14] into 14 bytes: - b[0] = (t[0] >> 8) as u8; - b[1] = t[0] as u8; - - b[2] = ((shift << 2) | (r[0] >> 4)) as u8; - b[3] = ((r[0] << 4) | (r[1] >> 2)) as u8; - b[4] = ((r[1] << 6) | r[2]) as u8; - - b[5] = ((r[3] << 2) | (r[4] >> 4)) as u8; - b[6] = ((r[4] << 4) | (r[5] >> 2)) as u8; - b[7] = ((r[5] << 6) | r[6]) as u8; - - b[8] = ((r[7] << 2) | (r[8] >> 4)) as u8; - b[9] = ((r[8] << 4) | (r[9] >> 2)) as u8; - b[10] = ((r[9] << 6) | r[10]) as u8; - - b[11] = ((r[11] << 2) | (r[12] >> 4)) as u8; - b[12] = ((r[12] << 4) | (r[13] >> 2)) as u8; - b[13] = ((r[13] << 6) | r[14]) as u8; - - return 14; -} - -// Tiny macro to simply get block array value as a u32. -macro_rules! b32 { - ($b:expr, $i:expr) => { - $b[$i] as u32 - }; -} - -// 0011 1111 -const SIX_BITS: u32 = 0x3f; - -// Unpack a 14-byte block into 4 by 4 16-bit pixels. -fn unpack14(b: &[u8], s: &mut [u16; 16]) { - debug_assert_eq!(b.len(), 14); - debug_assert_ne!(b[2], 0xfc); - - s[0] = ((b32!(b, 0) << 8) | b32!(b, 1)) as u16; - - let shift = b32!(b, 2) >> 2; - let bias = 0x20 << shift; - - s[4] = (s[0] as u32 + ((((b32!(b, 2) << 4) | (b32!(b, 3) >> 4)) & SIX_BITS) << shift) - bias) as u16; - s[8] = (s[4] as u32 + ((((b32!(b, 3) << 2) | (b32!(b, 4) >> 6)) & SIX_BITS) << shift) - bias) as u16; - s[12] = (s[8] as u32 + ((b32!(b, 4) & SIX_BITS) << shift) - bias) as u16; - - s[1] = (s[0] as u32 + ((b32!(b, 5) >> 2) << shift) - bias) as u16; - s[5] = (s[4] as u32 + ((((b32!(b, 5) << 4) | (b32!(b, 6) >> 4)) & SIX_BITS) << shift) - bias) as u16; - s[9] = (s[8] as u32 + ((((b32!(b, 6) << 2) | (b32!(b, 7) >> 6)) & SIX_BITS) << shift) - bias) as u16; - s[13] = (s[12] as u32 + ((b32!(b, 7) & SIX_BITS) << shift) - bias) as u16; - - s[2] = (s[1] as u32 + ((b32!(b, 8) >> 2) << shift) - bias) as u16; - s[6] = (s[5] as u32 + ((((b32!(b, 8) << 4) | (b32!(b, 9) >> 4)) & SIX_BITS) << shift) - bias) as u16; - s[10] = (s[9] as u32 + ((((b32!(b, 9) << 2) | (b32!(b, 10) >> 6)) & SIX_BITS) << shift) - bias) as u16; - s[14] = (s[13] as u32 + ((b32!(b, 10) & SIX_BITS) << shift) - bias) as u16; - - s[3] = (s[2] as u32 + ((b32!(b, 11) >> 2) << shift) - bias) as u16; - s[7] = (s[6] as u32 + ((((b32!(b, 11) << 4) | (b32!(b, 12) >> 4)) & SIX_BITS) << shift) - bias) as u16; - s[11] = (s[10] as u32 + ((((b32!(b, 12) << 2) | (b32!(b, 13) >> 6)) & SIX_BITS) << shift) - bias) as u16; - s[15] = (s[14] as u32 + ((b32!(b, 13) & SIX_BITS) << shift) - bias) as u16; - - for i in 0..16 { - if (s[i] & 0x8000) != 0 { - s[i] &= 0x7fff; - } else { - s[i] = !s[i]; - } - } -} - -// Unpack a 3-byte block `b` into 4 by 4 identical 16-bit pixels in `s` array. -fn unpack3(b: &[u8], s: &mut [u16; 16]) { - // this assertion panics for fuzzed images. - // assuming this debug assertion is an overly strict check to catch potential compression errors. - // disabling because it panics when fuzzed. - // when commenting out, it simply works (maybe it should return an error instead?). - // debug_assert_eq!(b[2], 0xfc); - - // Get the 16-bit value from the block. - let mut value = ((b32!(b, 0) << 8) | b32!(b, 1)) as u16; - - if (value & 0x8000) != 0 { - value &= 0x7fff; - } else { - value = !value; - } - - s.fill(value); // All pixels have save value. -} - -#[derive(Debug)] -struct ChannelData { - tmp_start_index: usize, - tmp_end_index: usize, - resolution: Vec2<usize>, - y_sampling: usize, - sample_type: SampleType, - quantize_linearly: bool, - samples_per_pixel: usize, -} - -// TODO: Unsafe seems to be required to efficiently copy whole slice of u16 ot u8. For now, we use -// a less efficient, yet safe, implementation. -#[inline] -fn memcpy_u16_to_u8(src: &[u16], mut dst: &mut [u8]) { - use lebe::prelude::*; - dst.write_as_native_endian(src).expect("byte copy error"); -} - -#[inline] -fn memcpy_u8_to_u16(mut src: &[u8], dst: &mut [u16]) { - use lebe::prelude::*; - src.read_from_native_endian_into(dst).expect("byte copy error"); -} - -#[inline] -fn cpy_u8(src: &[u16], src_i: usize, dst: &mut [u8], dst_i: usize, n: usize) { - memcpy_u16_to_u8(&src[src_i..src_i + n], &mut dst[dst_i..dst_i + 2 * n]); -} - -pub fn decompress( - channels: &ChannelList, - compressed: ByteVec, - rectangle: IntegerBounds, - expected_byte_size: usize, - _pedantic: bool, -) -> Result<ByteVec> { - debug_assert_eq!( - expected_byte_size, - rectangle.size.area() * channels.bytes_per_pixel, - "expected byte size does not match header" // TODO compute instead of passing argument? - ); - - debug_assert!(!channels.list.is_empty(), "no channels found"); - - if compressed.is_empty() { - return Ok(Vec::new()); - } - - // Extract channel information needed for decompression. - let mut channel_data: Vec<ChannelData> = Vec::with_capacity(channels.list.len()); - let mut tmp_read_index = 0; - - for channel in channels.list.iter() { - let channel = ChannelData { - tmp_start_index: tmp_read_index, - tmp_end_index: tmp_read_index, - resolution: channel.subsampled_resolution(rectangle.size), - y_sampling: channel.sampling.y(), - sample_type: channel.sample_type, - quantize_linearly: channel.quantize_linearly, - samples_per_pixel: channel.sampling.area(), - }; - - tmp_read_index += channel.resolution.area() - * channel.samples_per_pixel - * channel.sample_type.bytes_per_sample(); - - channel_data.push(channel); - } - - // Temporary buffer is used to decompress B44 datas the way they are stored in the compressed - // buffer (channel by channel). We interleave the final result later. - let mut tmp = Vec::with_capacity(expected_byte_size); - - // Index in the compressed buffer. - let mut in_i = 0usize; - - let mut remaining = compressed.len(); - - for channel in &channel_data { - - debug_assert_eq!(remaining, compressed.len()-in_i); - - // Compute information for current channel. - let sample_count = channel.resolution.area() * channel.samples_per_pixel; - let byte_count = sample_count * channel.sample_type.bytes_per_sample(); - - // Sample types that does not support B44 compression (u32 and f32) are raw copied. - // In this branch, "compressed" array is actually raw, uncompressed data. - if channel.sample_type != SampleType::F16 { - - debug_assert_eq!(channel.sample_type.bytes_per_sample(), 4); - - if remaining < byte_count { - return Err(Error::invalid("not enough data")); - } - - tmp.extend_from_slice(&compressed[in_i..(in_i + byte_count)]); - - in_i += byte_count; - remaining -= byte_count; - - continue; - } - - // HALF channel - // The rest of the code assume we are manipulating u16 (2 bytes) values. - debug_assert_eq!(channel.sample_type, SampleType::F16); - debug_assert_eq!(channel.sample_type.bytes_per_sample(), size_of::<u16>()); - - // Increase buffer to get new uncompressed datas. - tmp.resize(tmp.len() + byte_count, 0); - - let x_sample_count = channel.resolution.x() * channel.samples_per_pixel; - let y_sample_count = channel.resolution.y() * channel.samples_per_pixel; - - let bytes_per_sample = size_of::<u16>(); - - let x_byte_count = x_sample_count * bytes_per_sample; - let cd_start = channel.tmp_start_index; - - for y in (0..y_sample_count).step_by(BLOCK_SAMPLE_COUNT) { - // Compute index in output (decompressed) buffer. We have 4 rows, because we will - // uncompress 4 by 4 data blocks. - let mut row0 = cd_start + y * x_byte_count; - let mut row1 = row0 + x_byte_count; - let mut row2 = row1 + x_byte_count; - let mut row3 = row2 + x_byte_count; - - // Move in pixel x line, 4 by 4. - for x in (0..x_sample_count).step_by(BLOCK_SAMPLE_COUNT) { - - // Extract the 4 by 4 block of 16-bit floats from the compressed buffer. - let mut s = [0u16; 16]; - - if remaining < 3 { - return Err(Error::invalid("not enough data")); - } - - // If shift exponent is 63, call unpack14 (ignoring unused bits) - if compressed[in_i + 2] >= (13 << 2) { - if remaining < 3 { - return Err(Error::invalid("not enough data")); - } - - unpack3(&compressed[in_i..(in_i + 3)], &mut s); - - in_i += 3; - remaining -= 3; - } else { - if remaining < 14 { - return Err(Error::invalid("not enough data")); - } - - unpack14(&compressed[in_i..(in_i + 14)], &mut s); - - in_i += 14; - remaining -= 14; - } - - if channel.quantize_linearly { - convert_to_linear(&mut s); - } - - // Get resting samples from the line to copy in temp buffer (without going outside channel). - let x_resting_sample_count = match x + 3 < x_sample_count { - true => BLOCK_SAMPLE_COUNT, - false => x_sample_count - x, - }; - - debug_assert!(x_resting_sample_count > 0); - debug_assert!(x_resting_sample_count <= BLOCK_SAMPLE_COUNT); - - // Copy rows (without going outside channel). - if y + 3 < y_sample_count { - cpy_u8(&s, 0, &mut tmp, row0, x_resting_sample_count); - cpy_u8(&s, 4, &mut tmp, row1, x_resting_sample_count); - cpy_u8(&s, 8, &mut tmp, row2, x_resting_sample_count); - cpy_u8(&s, 12, &mut tmp, row3, x_resting_sample_count); - } else { - debug_assert!(y < y_sample_count); - - cpy_u8(&s, 0, &mut tmp, row0, x_resting_sample_count); - - if y + 1 < y_sample_count { - cpy_u8(&s, 4, &mut tmp, row1, x_resting_sample_count); - } - - if y + 2 < y_sample_count { - cpy_u8(&s, 8, &mut tmp, row2, x_resting_sample_count); - } - } - - // Update row's array index to 4 next pixels. - row0 += BLOCK_X_BYTE_COUNT; - row1 += BLOCK_X_BYTE_COUNT; - row2 += BLOCK_X_BYTE_COUNT; - row3 += BLOCK_X_BYTE_COUNT; - } - } - } - - debug_assert_eq!(tmp.len(), expected_byte_size); - - // Interleave uncompressed channel data. - let mut out = Vec::with_capacity(expected_byte_size); - - for y in rectangle.position.y()..rectangle.end().y() { - for channel in &mut channel_data { - if mod_p(y, usize_to_i32(channel.y_sampling)) != 0 { - continue; - } - - // Find data location in temporary buffer. - let x_sample_count = channel.resolution.x() * channel.samples_per_pixel; - let bytes_per_line = x_sample_count * channel.sample_type.bytes_per_sample(); - let next_tmp_end_index = channel.tmp_end_index + bytes_per_line; - let channel_bytes = &tmp[channel.tmp_end_index..next_tmp_end_index]; - - channel.tmp_end_index = next_tmp_end_index; - - // TODO do not convert endianness for f16-only images - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - // We can support uncompressed data in the machine's native format - // if all image channels are of type HALF, and if the Xdr and the - // native representations of a half have the same size. - - if channel.sample_type == SampleType::F16 { - // TODO simplify this and make it memcpy on little endian systems - // https://github.com/AcademySoftwareFoundation/openexr/blob/a03aca31fa1ce85d3f28627dbb3e5ded9494724a/src/lib/OpenEXR/ImfB44Compressor.cpp#L943 - for mut f16_bytes in channel_bytes.chunks(std::mem::size_of::<f16>()) { - let native_endian_f16_bits = u16::read_from_little_endian(&mut f16_bytes).expect("memory read failed"); - out.write_as_native_endian(&native_endian_f16_bits).expect("memory write failed"); - } - } - else { - u8::write_slice(&mut out, channel_bytes) - .expect("write to in-memory failed"); - } - } - } - - for index in 1..channel_data.len() { - debug_assert_eq!( - channel_data[index - 1].tmp_end_index, - channel_data[index].tmp_start_index - ); - } - - debug_assert_eq!(out.len(), expected_byte_size); - - // TODO do not convert endianness for f16-only images - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - Ok(super::convert_little_endian_to_current(out, channels, rectangle)) -} - -pub fn compress( - channels: &ChannelList, - uncompressed: ByteVec, - rectangle: IntegerBounds, - optimize_flat_fields: bool, -) -> Result<ByteVec> { - if uncompressed.is_empty() { - return Ok(Vec::new()); - } - - // TODO do not convert endianness for f16-only images - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - let uncompressed = super::convert_current_to_little_endian(uncompressed, channels, rectangle); - let uncompressed = uncompressed.as_slice(); // TODO no alloc - - let mut channel_data = Vec::new(); - - let mut tmp_end_index = 0; - for channel in &channels.list { - let number_samples = channel.subsampled_resolution(rectangle.size); - - let sample_count = channel.subsampled_resolution(rectangle.size).area(); - let byte_count = sample_count * channel.sample_type.bytes_per_sample(); - - let channel = ChannelData { - tmp_start_index: tmp_end_index, - tmp_end_index, - y_sampling: channel.sampling.y(), - resolution: number_samples, - sample_type: channel.sample_type, - quantize_linearly: channel.quantize_linearly, - samples_per_pixel: channel.sampling.area(), - }; - - tmp_end_index += byte_count; - channel_data.push(channel); - } - - let mut tmp = vec![0_u8; uncompressed.len()]; - - debug_assert_eq!(tmp_end_index, tmp.len()); - - let mut remaining_uncompressed_bytes = uncompressed; - - for y in rectangle.position.y()..rectangle.end().y() { - for channel in &mut channel_data { - if mod_p(y, usize_to_i32(channel.y_sampling)) != 0 { - continue; - } - - let x_sample_count = channel.resolution.x() * channel.samples_per_pixel; - let bytes_per_line = x_sample_count * channel.sample_type.bytes_per_sample(); - let next_tmp_end_index = channel.tmp_end_index + bytes_per_line; - let target = &mut tmp[channel.tmp_end_index..next_tmp_end_index]; - - channel.tmp_end_index = next_tmp_end_index; - - // TODO do not convert endianness for f16-only images - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - // We can support uncompressed data in the machine's native format - // if all image channels are of type HALF, and if the Xdr and the - // native representations of a half have the same size. - - if channel.sample_type == SampleType::F16 { - - // TODO simplify this and make it memcpy on little endian systems - // https://github.com/AcademySoftwareFoundation/openexr/blob/a03aca31fa1ce85d3f28627dbb3e5ded9494724a/src/lib/OpenEXR/ImfB44Compressor.cpp#L640 - - for mut out_f16_bytes in target.chunks_mut(2) { - let native_endian_f16_bits = u16::read_from_native_endian(&mut remaining_uncompressed_bytes).expect("memory read failed"); - out_f16_bytes.write_as_little_endian(&native_endian_f16_bits).expect("memory write failed"); - } - } - else { - u8::read_slice(&mut remaining_uncompressed_bytes, target) - .expect("in-memory read failed"); - } - } - } - - // Generate a whole buffer that we will crop to proper size once compression is done. - let mut b44_compressed = vec![0; std::cmp::max(2048, uncompressed.len())]; - let mut b44_end = 0; // Buffer byte index for storing next compressed values. - - for channel in &channel_data { - // U32 and F32 channels are raw copied. - if channel.sample_type != SampleType::F16 { - - debug_assert_eq!(channel.sample_type.bytes_per_sample(), 4); - - // Raw byte copy. - let slice = &tmp[channel.tmp_start_index..channel.tmp_end_index]; - slice.iter().copied().for_each(|b| { - b44_compressed[b44_end] = b; - b44_end += 1; - }); - - continue; - } - - // HALF channel - debug_assert_eq!(channel.sample_type, SampleType::F16); - debug_assert_eq!(channel.sample_type.bytes_per_sample(), size_of::<u16>()); - - let x_sample_count = channel.resolution.x() * channel.samples_per_pixel; - let y_sample_count = channel.resolution.y() * channel.samples_per_pixel; - - let x_byte_count = x_sample_count * size_of::<u16>(); - let cd_start = channel.tmp_start_index; - - for y in (0..y_sample_count).step_by(BLOCK_SAMPLE_COUNT) { - // - // Copy the next 4x4 pixel block into array s. - // If the width, cd.nx, or the height, cd.ny, of - // the pixel data in _tmpBuffer is not divisible - // by 4, then pad the data by repeating the - // rightmost column and the bottom row. - // - - // Compute row index in temp buffer. - let mut row0 = cd_start + y * x_byte_count; - let mut row1 = row0 + x_byte_count; - let mut row2 = row1 + x_byte_count; - let mut row3 = row2 + x_byte_count; - - if y + 3 >= y_sample_count { - if y + 1 >= y_sample_count { - row1 = row0; - } - - if y + 2 >= y_sample_count { - row2 = row1; - } - - row3 = row2; - } - - for x in (0..x_sample_count).step_by(BLOCK_SAMPLE_COUNT) { - let mut s = [0u16; 16]; - - if x + 3 >= x_sample_count { - let n = x_sample_count - x; - - for i in 0..BLOCK_SAMPLE_COUNT { - let j = min(i, n - 1) * 2; - - // TODO: Make [u8; 2] to u16 fast. - s[i + 0] = u16::from_ne_bytes([tmp[row0 + j], tmp[row0 + j + 1]]); - s[i + 4] = u16::from_ne_bytes([tmp[row1 + j], tmp[row1 + j + 1]]); - s[i + 8] = u16::from_ne_bytes([tmp[row2 + j], tmp[row2 + j + 1]]); - s[i + 12] = u16::from_ne_bytes([tmp[row3 + j], tmp[row3 + j + 1]]); - } - } else { - memcpy_u8_to_u16(&tmp[row0..(row0 + BLOCK_X_BYTE_COUNT)], &mut s[0..4]); - memcpy_u8_to_u16(&tmp[row1..(row1 + BLOCK_X_BYTE_COUNT)], &mut s[4..8]); - memcpy_u8_to_u16(&tmp[row2..(row2 + BLOCK_X_BYTE_COUNT)], &mut s[8..12]); - memcpy_u8_to_u16(&tmp[row3..(row3 + BLOCK_X_BYTE_COUNT)], &mut s[12..16]); - } - - // Move to next block. - row0 += BLOCK_X_BYTE_COUNT; - row1 += BLOCK_X_BYTE_COUNT; - row2 += BLOCK_X_BYTE_COUNT; - row3 += BLOCK_X_BYTE_COUNT; - - // Compress the contents of array `s` and append the results to the output buffer. - if channel.quantize_linearly { - convert_from_linear(&mut s); - } - - b44_end += pack( - s, - &mut b44_compressed[b44_end..(b44_end + 14)], - optimize_flat_fields, - !channel.quantize_linearly, - ); - } - } - } - - b44_compressed.resize(b44_end, 0); - - Ok(b44_compressed) -} - -#[cfg(test)] -mod test { - use crate::compression::b44; - use crate::compression::b44::{convert_from_linear, convert_to_linear}; - use crate::compression::ByteVec; - use crate::image::validate_results::ValidateResult; - use crate::meta::attribute::ChannelList; - use crate::prelude::f16; - use crate::prelude::*; - - #[test] - fn test_convert_from_to_linear() { - // Create two identical arrays with random floats. - let mut s1 = [0u16; 16]; - - for i in 0..16 { - s1[i] = f16::from_f32(rand::random::<f32>()).to_bits(); - } - - let s2 = s1.clone(); - - // Apply two reversible conversion. - convert_from_linear(&mut s1); - convert_to_linear(&mut s1); - - // And check. - for (u1, u2) in s1.iter().zip(&s2) { - let f1 = f16::from_bits(*u1).to_f64(); - let f2 = f16::from_bits(*u2).to_f64(); - assert!((f1 - f2).abs() < 0.01); - } - } - - fn test_roundtrip_noise_with( - channels: ChannelList, - rectangle: IntegerBounds, - ) -> (ByteVec, ByteVec, ByteVec) { - let byte_count = channels - .list - .iter() - .map(|c| { - c.subsampled_resolution(rectangle.size).area() * c.sample_type.bytes_per_sample() - }) - .sum(); - - assert!(byte_count > 0); - - let pixel_bytes: ByteVec = (0..byte_count).map(|_| rand::random()).collect(); - - assert_eq!(pixel_bytes.len(), byte_count); - - let compressed = b44::compress(&channels, pixel_bytes.clone(), rectangle, true).unwrap(); - - let decompressed = - b44::decompress(&channels, compressed.clone(), rectangle, pixel_bytes.len(), true).unwrap(); - - assert_eq!(decompressed.len(), pixel_bytes.len()); - - (pixel_bytes, compressed, decompressed) - } - - #[test] - fn roundtrip_noise_f16() { - let channel = ChannelDescription { - sample_type: SampleType::F16, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }; - - // Two similar channels. - let channels = ChannelList::new(smallvec![channel.clone(), channel]); - - let rectangle = IntegerBounds { - position: Vec2(-30, 100), - size: Vec2(322, 731), - }; - - let (pixel_bytes, compressed, decompressed) = - test_roundtrip_noise_with(channels, rectangle); - - // On my tests, B44 give a size of 44.08% the original data (this assert implies enough - // pixels to be relevant). - assert_eq!(pixel_bytes.len(), 941528); - assert_eq!(compressed.len(), 415044); - assert_eq!(decompressed.len(), 941528); - } - - #[test] - fn roundtrip_noise_f16_tiny() { - let channel = ChannelDescription { - sample_type: SampleType::F16, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }; - - // Two similar channels. - let channels = ChannelList::new(smallvec![channel.clone(), channel]); - - let rectangle = IntegerBounds { - position: Vec2(0, 0), - size: Vec2(3, 2), - }; - - let (pixel_bytes, compressed, decompressed) = - test_roundtrip_noise_with(channels, rectangle); - - // B44 being 4 by 4 block, compression is less efficient for tiny images. - assert_eq!(pixel_bytes.len(), 24); - assert_eq!(compressed.len(), 28); - assert_eq!(decompressed.len(), 24); - } - - #[test] - fn roundtrip_noise_f32() { - let channel = ChannelDescription { - sample_type: SampleType::F32, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }; - - // Two similar channels. - let channels = ChannelList::new(smallvec![channel.clone(), channel]); - - let rectangle = IntegerBounds { - position: Vec2(-30, 100), - size: Vec2(322, 731), - }; - - let (pixel_bytes, compressed, decompressed) = - test_roundtrip_noise_with(channels, rectangle); - - assert_eq!(pixel_bytes.len(), 1883056); - assert_eq!(compressed.len(), 1883056); - assert_eq!(decompressed.len(), 1883056); - assert_eq!(pixel_bytes, decompressed); - } - - #[test] - fn roundtrip_noise_f32_tiny() { - let channel = ChannelDescription { - sample_type: SampleType::F32, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }; - - // Two similar channels. - let channels = ChannelList::new(smallvec![channel.clone(), channel]); - - let rectangle = IntegerBounds { - position: Vec2(0, 0), - size: Vec2(3, 2), - }; - - let (pixel_bytes, compressed, decompressed) = - test_roundtrip_noise_with(channels, rectangle); - - assert_eq!(pixel_bytes.len(), 48); - assert_eq!(compressed.len(), 48); - assert_eq!(decompressed.len(), 48); - assert_eq!(pixel_bytes, decompressed); - } - - #[test] - fn roundtrip_noise_u32() { - let channel = ChannelDescription { - sample_type: SampleType::U32, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }; - - // Two similar channels. - let channels = ChannelList::new(smallvec![channel.clone(), channel]); - - let rectangle = IntegerBounds { - position: Vec2(-30, 100), - size: Vec2(322, 731), - }; - - let (pixel_bytes, compressed, decompressed) = - test_roundtrip_noise_with(channels, rectangle); - - assert_eq!(pixel_bytes.len(), 1883056); - assert_eq!(compressed.len(), 1883056); - assert_eq!(decompressed.len(), 1883056); - assert_eq!(pixel_bytes, decompressed); - } - - #[test] - fn roundtrip_noise_u32_tiny() { - let channel = ChannelDescription { - sample_type: SampleType::U32, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }; - - // Two similar channels. - let channels = ChannelList::new(smallvec![channel.clone(), channel]); - - let rectangle = IntegerBounds { - position: Vec2(0, 0), - size: Vec2(3, 2), - }; - - let (pixel_bytes, compressed, decompressed) = - test_roundtrip_noise_with(channels, rectangle); - - assert_eq!(pixel_bytes.len(), 48); - assert_eq!(compressed.len(), 48); - assert_eq!(decompressed.len(), 48); - assert_eq!(pixel_bytes, decompressed); - } - - #[test] - fn roundtrip_noise_mix_f32_f16_u32() { - let channels = ChannelList::new(smallvec![ - ChannelDescription { - sample_type: SampleType::F32, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }, - ChannelDescription { - sample_type: SampleType::F16, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }, - ChannelDescription { - sample_type: SampleType::U32, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - } - ]); - - let rectangle = IntegerBounds { - position: Vec2(-30, 100), - size: Vec2(322, 731), - }; - - let (pixel_bytes, compressed, decompressed) = - test_roundtrip_noise_with(channels, rectangle); - - assert_eq!(pixel_bytes.len(), 2353820); - assert_eq!(compressed.len(), 2090578); - assert_eq!(decompressed.len(), 2353820); - } - - #[test] - fn roundtrip_noise_mix_f32_f16_u32_tiny() { - let channels = ChannelList::new(smallvec![ - ChannelDescription { - sample_type: SampleType::F32, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }, - ChannelDescription { - sample_type: SampleType::F16, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - }, - ChannelDescription { - sample_type: SampleType::U32, - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1, 1), - } - ]); - - let rectangle = IntegerBounds { - position: Vec2(0, 0), - size: Vec2(3, 2), - }; - - let (pixel_bytes, compressed, decompressed) = - test_roundtrip_noise_with(channels, rectangle); - - assert_eq!(pixel_bytes.len(), 60); - assert_eq!(compressed.len(), 62); - assert_eq!(decompressed.len(), 60); - } - - #[test] - fn border_on_multiview() { - // This test is hard to reproduce, so we use the direct image. - let path = "tests/images/valid/openexr/MultiView/Adjuster.exr"; - - let read_image = read() - .no_deep_data() - .all_resolution_levels() - .all_channels() - .all_layers() - .all_attributes() - .non_parallel(); - - let image = read_image.clone().from_file(path).unwrap(); - - let mut tmp_bytes = Vec::new(); - image - .write() - .non_parallel() - .to_buffered(std::io::Cursor::new(&mut tmp_bytes)) - .unwrap(); - - let image2 = read_image - .from_buffered(std::io::Cursor::new(tmp_bytes)) - .unwrap(); - - image.assert_equals_result(&image2); - } -} diff --git a/vendor/exr/src/compression/b44/table.rs b/vendor/exr/src/compression/b44/table.rs deleted file mode 100644 index 4afb564..0000000 --- a/vendor/exr/src/compression/b44/table.rs +++ /dev/null @@ -1,10 +0,0 @@ -// File content generated from: -// https://github.com/AcademySoftwareFoundation/openexr/blob/master/src/lib/OpenEXR/b44ExpLogTable.h -// When Rust support it, we should use `const fn` to compute the array at compile time. - -const TABLE_SIZE: usize = 1 << 16; - -pub const EXP_TABLE: [u16; TABLE_SIZE] = [ - 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 0x3c00, 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0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, 0x0000, -]; pub const LOG_TABLE: [u16; TABLE_SIZE] = [ 0xfc00, 0xd829, 0xd7f9, 0xd7c5, 0xd7a0, 0xd783, 0xd76c, 0xd758, 0xd747, 0xd738, 0xd72b, 0xd71e, 0xd713, 0xd709, 0xd700, 0xd6f7, 0xd6ee, 0xd6e7, 0xd6df, 0xd6d8, 0xd6d2, 0xd6cc, 0xd6c6, 0xd6c0, 0xd6bb, 0xd6b5, 0xd6b0, 0xd6ab, 0xd6a7, 0xd6a2, 0xd69e, 0xd69a, 0xd696, 0xd692, 0xd68e, 0xd68a, 0xd687, 0xd683, 0xd680, 0xd67c, 0xd679, 0xd676, 0xd673, 0xd670, 0xd66d, 0xd66a, 0xd667, 0xd665, 0xd662, 0xd65f, 0xd65d, 0xd65a, 0xd658, 0xd655, 0xd653, 0xd650, 0xd64e, 0xd64c, 0xd64a, 0xd647, 0xd645, 0xd643, 0xd641, 0xd63f, 0xd63d, 0xd63b, 0xd639, 0xd637, 0xd635, 0xd633, 0xd632, 0xd630, 0xd62e, 0xd62c, 0xd62a, 0xd629, 0xd627, 0xd625, 0xd624, 0xd622, 0xd620, 0xd61f, 0xd61d, 0xd61c, 0xd61a, 0xd619, 0xd617, 0xd616, 0xd614, 0xd613, 0xd611, 0xd610, 0xd60f, 0xd60d, 0xd60c, 0xd60a, 0xd609, 0xd608, 0xd606, 0xd605, 0xd604, 0xd603, 0xd601, 0xd600, 0xd5ff, 0xd5fe, 0xd5fc, 0xd5fb, 0xd5fa, 0xd5f9, 0xd5f8, 0xd5f7, 0xd5f5, 0xd5f4, 0xd5f3, 0xd5f2, 0xd5f1, 0xd5f0, 0xd5ef, 0xd5ee, 0xd5ed, 0xd5eb, 0xd5ea, 0xd5e9, 0xd5e8, 0xd5e7, 0xd5e6, 0xd5e5, 0xd5e4, 0xd5e3, 0xd5e2, 0xd5e1, 0xd5e0, 0xd5df, 0xd5de, 0xd5dd, 0xd5dd, 0xd5dc, 0xd5db, 0xd5da, 0xd5d9, 0xd5d8, 0xd5d7, 0xd5d6, 0xd5d5, 0xd5d4, 0xd5d3, 0xd5d3, 0xd5d2, 0xd5d1, 0xd5d0, 0xd5cf, 0xd5ce, 0xd5cd, 0xd5cd, 0xd5cc, 0xd5cb, 0xd5ca, 0xd5c9, 0xd5c9, 0xd5c8, 0xd5c7, 0xd5c6, 0xd5c5, 0xd5c5, 0xd5c4, 0xd5c3, 0xd5c2, 0xd5c1, 0xd5c1, 0xd5c0, 0xd5bf, 0xd5be, 0xd5be, 0xd5bd, 0xd5bc, 0xd5bc, 0xd5bb, 0xd5ba, 0xd5b9, 0xd5b9, 0xd5b8, 0xd5b7, 0xd5b7, 0xd5b6, 0xd5b5, 0xd5b4, 0xd5b4, 0xd5b3, 0xd5b2, 0xd5b2, 0xd5b1, 0xd5b0, 0xd5b0, 0xd5af, 0xd5ae, 0xd5ae, 0xd5ad, 0xd5ac, 0xd5ac, 0xd5ab, 0xd5ab, 0xd5aa, 0xd5a9, 0xd5a9, 0xd5a8, 0xd5a7, 0xd5a7, 0xd5a6, 0xd5a6, 0xd5a5, 0xd5a4, 0xd5a4, 0xd5a3, 0xd5a3, 0xd5a2, 0xd5a1, 0xd5a1, 0xd5a0, 0xd5a0, 0xd59f, 0xd59e, 0xd59e, 0xd59d, 0xd59d, 0xd59c, 0xd59c, 0xd59b, 0xd59a, 0xd59a, 0xd599, 0xd599, 0xd598, 0xd598, 0xd597, 0xd597, 0xd596, 0xd595, 0xd595, 0xd594, 0xd594, 0xd593, 0xd593, 0xd592, 0xd592, 0xd591, 0xd591, 0xd590, 0xd590, 0xd58f, 0xd58f, 0xd58e, 0xd58e, 0xd58d, 0xd58d, 0xd58c, 0xd58c, 0xd58b, 0xd58b, 0xd58a, 0xd58a, 0xd589, 0xd589, 0xd588, 0xd588, 0xd587, 0xd587, 0xd586, 0xd586, 0xd585, 0xd585, 0xd584, 0xd584, 0xd583, 0xd583, 0xd582, 0xd582, 0xd581, 0xd581, 0xd581, 0xd580, 0xd580, 0xd57f, 0xd57f, 0xd57e, 0xd57e, 0xd57d, 0xd57d, 0xd57c, 0xd57c, 0xd57c, 0xd57b, 0xd57b, 0xd57a, 0xd57a, 0xd579, 0xd579, 0xd579, 0xd578, 0xd578, 0xd577, 0xd577, 0xd576, 0xd576, 0xd576, 0xd575, 0xd575, 0xd574, 0xd574, 0xd573, 0xd573, 0xd573, 0xd572, 0xd572, 0xd571, 0xd571, 0xd571, 0xd570, 0xd570, 0xd56f, 0xd56f, 0xd56f, 0xd56e, 0xd56e, 0xd56d, 0xd56d, 0xd56d, 0xd56c, 0xd56c, 0xd56b, 0xd56b, 0xd56b, 0xd56a, 0xd56a, 0xd56a, 0xd569, 0xd569, 0xd568, 0xd568, 0xd568, 0xd567, 0xd567, 0xd566, 0xd566, 0xd566, 0xd565, 0xd565, 0xd565, 0xd564, 0xd564, 0xd564, 0xd563, 0xd563, 0xd562, 0xd562, 0xd562, 0xd561, 0xd561, 0xd561, 0xd560, 0xd560, 0xd560, 0xd55f, 0xd55f, 0xd55f, 0xd55e, 0xd55e, 0xd55d, 0xd55d, 0xd55d, 0xd55c, 0xd55c, 0xd55c, 0xd55b, 0xd55b, 0xd55b, 0xd55a, 0xd55a, 0xd55a, 0xd559, 0xd559, 0xd559, 0xd558, 0xd558, 0xd558, 0xd557, 0xd557, 0xd557, 0xd556, 0xd556, 0xd556, 0xd555, 0xd555, 0xd555, 0xd554, 0xd554, 0xd554, 0xd553, 0xd553, 0xd553, 0xd552, 0xd552, 0xd552, 0xd551, 0xd551, 0xd551, 0xd551, 0xd550, 0xd550, 0xd550, 0xd54f, 0xd54f, 0xd54f, 0xd54e, 0xd54e, 0xd54e, 0xd54d, 0xd54d, 0xd54d, 0xd54d, 0xd54c, 0xd54c, 0xd54c, 0xd54b, 0xd54b, 0xd54b, 0xd54a, 0xd54a, 0xd54a, 0xd549, 0xd549, 0xd549, 0xd549, 0xd548, 0xd548, 0xd548, 0xd547, 0xd547, 0xd547, 0xd547, 0xd546, 0xd546, 0xd546, 0xd545, 0xd545, 0xd545, 0xd545, 0xd544, 0xd544, 0xd544, 0xd543, 0xd543, 0xd543, 0xd543, 0xd542, 0xd542, 0xd542, 0xd541, 0xd541, 0xd541, 0xd541, 0xd540, 0xd540, 0xd540, 0xd53f, 0xd53f, 0xd53f, 0xd53f, 0xd53e, 0xd53e, 0xd53e, 0xd53e, 0xd53d, 0xd53d, 0xd53d, 0xd53c, 0xd53c, 0xd53c, 0xd53c, 0xd53b, 0xd53b, 0xd53b, 0xd53b, 0xd53a, 0xd53a, 0xd53a, 0xd53a, 0xd539, 0xd539, 0xd539, 0xd538, 0xd538, 0xd538, 0xd538, 0xd537, 0xd537, 0xd537, 0xd537, 0xd536, 0xd536, 0xd536, 0xd536, 0xd535, 0xd535, 0xd535, 0xd535, 0xd534, 0xd534, 0xd534, 0xd534, 0xd533, 0xd533, 0xd533, 0xd533, 0xd532, 0xd532, 0xd532, 0xd532, 0xd531, 0xd531, 0xd531, 0xd531, 0xd530, 0xd530, 0xd530, 0xd530, 0xd52f, 0xd52f, 0xd52f, 0xd52f, 0xd52e, 0xd52e, 0xd52e, 0xd52e, 0xd52d, 0xd52d, 0xd52d, 0xd52d, 0xd52d, 0xd52c, 0xd52c, 0xd52c, 0xd52c, 0xd52b, 0xd52b, 0xd52b, 0xd52b, 0xd52a, 0xd52a, 0xd52a, 0xd52a, 0xd529, 0xd529, 0xd529, 0xd529, 0xd529, 0xd528, 0xd528, 0xd528, 0xd528, 0xd527, 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+0,0 @@ - -//! Contains the compression attribute definition -//! and methods to compress and decompress data. - - -// private modules make non-breaking changes easier -mod zip; -mod rle; -mod piz; -mod pxr24; -mod b44; - - -use std::convert::TryInto; -use std::mem::size_of; -use half::f16; -use crate::meta::attribute::{IntegerBounds, SampleType, ChannelList}; -use crate::error::{Result, Error, usize_to_i32}; -use crate::meta::header::Header; - - -/// A byte vector. -pub type ByteVec = Vec<u8>; - -/// A byte slice. -pub type Bytes<'s> = &'s [u8]; - -/// Specifies which compression method to use. -/// Use uncompressed data for fastest loading and writing speeds. -/// Use RLE compression for fast loading and writing with slight memory savings. -/// Use ZIP compression for slow processing with large memory savings. -#[derive(Debug, Clone, Copy, PartialEq)] -pub enum Compression { - - /// Store uncompressed values. - /// Produces large files that can be read and written very quickly. - /// Consider using RLE instead, as it provides some compression with almost equivalent speed. - Uncompressed, - - /// Produces slightly smaller files - /// that can still be read and written rather quickly. - /// The compressed file size is usually between 60 and 75 percent of the uncompressed size. - /// Works best for images with large flat areas, such as masks and abstract graphics. - /// This compression method is lossless. - RLE, - - /// Uses ZIP compression to compress each line. Slowly produces small images - /// which can be read with moderate speed. This compression method is lossless. - /// Might be slightly faster but larger than `ZIP16´. - ZIP1, // TODO ZIP { individual_lines: bool, compression_level: Option<u8> } // TODO specify zip compression level? - - /// Uses ZIP compression to compress blocks of 16 lines. Slowly produces small images - /// which can be read with moderate speed. This compression method is lossless. - /// Might be slightly slower but smaller than `ZIP1´. - ZIP16, // TODO collapse with ZIP1 - - /// PIZ compression works well for noisy and natural images. Works better with larger tiles. - /// Only supported for flat images, but not for deep data. - /// This compression method is lossless. - // A wavelet transform is applied to the pixel data, and the result is Huffman- - // encoded. This scheme tends to provide the best compression ratio for the types of - // images that are typically processed at Industrial Light & Magic. Files are - // compressed and decompressed at roughly the same speed. For photographic - // images with film grain, the files are reduced to between 35 and 55 percent of their - // uncompressed size. - // PIZ compression works well for scan-line based files, and also for tiled files with - // large tiles, but small tiles do not shrink much. (PIZ-compressed data start with a - // relatively long header; if the input to the compressor is short, adding the header - // tends to offset any size reduction of the input.) - PIZ, - - /// Like `ZIP1`, but reduces precision of `f32` images to `f24`. - /// Therefore, this is lossless compression for `f16` and `u32` data, lossy compression for `f32` data. - /// This compression method works well for depth - /// buffers and similar images, where the possible range of values is very large, but - /// where full 32-bit floating-point accuracy is not necessary. Rounding improves - /// compression significantly by eliminating the pixels' 8 least significant bits, which - /// tend to be very noisy, and therefore difficult to compress. - /// This produces really small image files. Only supported for flat images, not for deep data. - // After reducing 32-bit floating-point data to 24 bits by rounding (while leaving 16-bit - // floating-point data unchanged), differences between horizontally adjacent pixels - // are compressed with zlib, similar to ZIP. PXR24 compression preserves image - // channels of type HALF and UINT exactly, but the relative error of FLOAT data - // increases to about ???. - PXR24, // TODO specify zip compression level? - - /// This is a lossy compression method for f16 images. - /// It's the predecessor of the `B44A` compression, - /// which has improved compression rates for uniformly colored areas. - /// You should probably use `B44A` instead of the plain `B44`. - /// - /// Only supported for flat images, not for deep data. - // lossy 4-by-4 pixel block compression, - // flat fields are compressed more - // Channels of type HALF are split into blocks of four by four pixels or 32 bytes. Each - // block is then packed into 14 bytes, reducing the data to 44 percent of their - // uncompressed size. When B44 compression is applied to RGB images in - // combination with luminance/chroma encoding (see below), the size of the - // compressed pixels is about 22 percent of the size of the original RGB data. - // Channels of type UINT or FLOAT are not compressed. - // Decoding is fast enough to allow real-time playback of B44-compressed OpenEXR - // image sequences on commodity hardware. - // The size of a B44-compressed file depends on the number of pixels in the image, - // but not on the data in the pixels. All images with the same resolution and the same - // set of channels have the same size. This can be advantageous for systems that - // support real-time playback of image sequences; the predictable file size makes it - // easier to allocate space on storage media efficiently. - // B44 compression is only supported for flat images. - B44, // TODO B44 { optimize_uniform_areas: bool } - - /// This is a lossy compression method for f16 images. - /// All f32 and u32 channels will be stored without compression. - /// All the f16 pixels are divided into 4x4 blocks. - /// Each block is then compressed as a whole. - /// - /// The 32 bytes of a block will require only ~14 bytes after compression, - /// independent of the actual pixel contents. With chroma subsampling, - /// a block will be compressed to ~7 bytes. - /// Uniformly colored blocks will be compressed to ~3 bytes. - /// - /// The 512 bytes of an f32 block will not be compressed at all. - /// - /// Should be fast enough for realtime playback. - /// Only supported for flat images, not for deep data. - B44A, // TODO collapse with B44 - - /// __This lossy compression is not yet supported by this implementation.__ - // lossy DCT based compression, in blocks - // of 32 scanlines. More efficient for partial buffer access. - DWAA(Option<f32>), // TODO does this have a default value? make this non optional? default Compression Level setting is 45.0 - - /// __This lossy compression is not yet supported by this implementation.__ - // lossy DCT based compression, in blocks - // of 256 scanlines. More efficient space - // wise and faster to decode full frames - // than DWAA_COMPRESSION. - DWAB(Option<f32>), // TODO collapse with B44. default Compression Level setting is 45.0 -} - -impl std::fmt::Display for Compression { - fn fmt(&self, formatter: &mut std::fmt::Formatter<'_>) -> std::fmt::Result { - write!(formatter, "{} compression", match self { - Compression::Uncompressed => "no", - Compression::RLE => "rle", - Compression::ZIP1 => "zip line", - Compression::ZIP16 => "zip block", - Compression::B44 => "b44", - Compression::B44A => "b44a", - Compression::DWAA(_) => "dwaa", - Compression::DWAB(_) => "dwab", - Compression::PIZ => "piz", - Compression::PXR24 => "pxr24", - }) - } -} - - - -impl Compression { - - /// Compress the image section of bytes. - pub fn compress_image_section(self, header: &Header, uncompressed_native_endian: ByteVec, pixel_section: IntegerBounds) -> Result<ByteVec> { - let max_tile_size = header.max_block_pixel_size(); - - assert!(pixel_section.validate(Some(max_tile_size)).is_ok(), "decompress tile coordinate bug"); - if header.deep { assert!(self.supports_deep_data()) } - - use self::Compression::*; - let compressed_little_endian = match self { - Uncompressed => { - return Ok(convert_current_to_little_endian( - uncompressed_native_endian, &header.channels, pixel_section - )) - }, - - // we need to clone here, because we might have to fallback to the uncompressed data later (when compressed data is larger than raw data) - ZIP16 => zip::compress_bytes(&header.channels, uncompressed_native_endian.clone(), pixel_section), - ZIP1 => zip::compress_bytes(&header.channels, uncompressed_native_endian.clone(), pixel_section), - RLE => rle::compress_bytes(&header.channels, uncompressed_native_endian.clone(), pixel_section), - PIZ => piz::compress(&header.channels, uncompressed_native_endian.clone(), pixel_section), - PXR24 => pxr24::compress(&header.channels, uncompressed_native_endian.clone(), pixel_section), - B44 => b44::compress(&header.channels, uncompressed_native_endian.clone(), pixel_section, false), - B44A => b44::compress(&header.channels, uncompressed_native_endian.clone(), pixel_section, true), - _ => return Err(Error::unsupported(format!("yet unimplemented compression method: {}", self))) - }; - - let compressed_little_endian = compressed_little_endian.map_err(|_| - Error::invalid(format!("pixels cannot be compressed ({})", self)) - )?; - - if self == Uncompressed || compressed_little_endian.len() < uncompressed_native_endian.len() { - // only write compressed if it actually is smaller than raw - Ok(compressed_little_endian) - } - else { - // if we do not use compression, manually convert uncompressed data - Ok(convert_current_to_little_endian(uncompressed_native_endian, &header.channels, pixel_section)) - } - } - - /// Decompress the image section of bytes. - pub fn decompress_image_section(self, header: &Header, compressed: ByteVec, pixel_section: IntegerBounds, pedantic: bool) -> Result<ByteVec> { - let max_tile_size = header.max_block_pixel_size(); - - assert!(pixel_section.validate(Some(max_tile_size)).is_ok(), "decompress tile coordinate bug"); - if header.deep { assert!(self.supports_deep_data()) } - - let expected_byte_size = pixel_section.size.area() * header.channels.bytes_per_pixel; // FIXME this needs to account for subsampling anywhere - - // note: always true where self == Uncompressed - if compressed.len() == expected_byte_size { - // the compressed data was larger than the raw data, so the small raw data has been written - Ok(convert_little_endian_to_current(compressed, &header.channels, pixel_section)) - } - else { - use self::Compression::*; - let bytes = match self { - Uncompressed => Ok(convert_little_endian_to_current(compressed, &header.channels, pixel_section)), - ZIP16 => zip::decompress_bytes(&header.channels, compressed, pixel_section, expected_byte_size, pedantic), - ZIP1 => zip::decompress_bytes(&header.channels, compressed, pixel_section, expected_byte_size, pedantic), - RLE => rle::decompress_bytes(&header.channels, compressed, pixel_section, expected_byte_size, pedantic), - PIZ => piz::decompress(&header.channels, compressed, pixel_section, expected_byte_size, pedantic), - PXR24 => pxr24::decompress(&header.channels, compressed, pixel_section, expected_byte_size, pedantic), - B44 | B44A => b44::decompress(&header.channels, compressed, pixel_section, expected_byte_size, pedantic), - _ => return Err(Error::unsupported(format!("yet unimplemented compression method: {}", self))) - }; - - // map all errors to compression errors - let bytes = bytes - .map_err(|decompression_error| match decompression_error { - Error::NotSupported(message) => - Error::unsupported(format!("yet unimplemented compression special case ({})", message)), - - error => Error::invalid(format!( - "compressed {:?} data ({})", - self, error.to_string() - )), - })?; - - if bytes.len() != expected_byte_size { - Err(Error::invalid("decompressed data")) - } - - else { Ok(bytes) } - } - } - - /// For scan line images and deep scan line images, one or more scan lines may be - /// stored together as a scan line block. The number of scan lines per block - /// depends on how the pixel data are compressed. - pub fn scan_lines_per_block(self) -> usize { - use self::Compression::*; - match self { - Uncompressed | RLE | ZIP1 => 1, - ZIP16 | PXR24 => 16, - PIZ | B44 | B44A | DWAA(_) => 32, - DWAB(_) => 256, - } - } - - /// Deep data can only be compressed using RLE or ZIP compression. - pub fn supports_deep_data(self) -> bool { - use self::Compression::*; - match self { - Uncompressed | RLE | ZIP1 => true, - _ => false, - } - } - - /// Most compression methods will reconstruct the exact pixel bytes, - /// but some might throw away unimportant data for specific types of samples. - pub fn is_lossless_for(self, sample_type: SampleType) -> bool { - use self::Compression::*; - match self { - PXR24 => sample_type != SampleType::F32, // pxr reduces f32 to f24 - B44 | B44A => sample_type != SampleType::F16, // b44 only compresses f16 values, others are left uncompressed - Uncompressed | RLE | ZIP1 | ZIP16 | PIZ => true, - DWAB(_) | DWAA(_) => false, - } - } - - /// Most compression methods will reconstruct the exact pixel bytes, - /// but some might throw away unimportant data in some cases. - pub fn may_loose_data(self) -> bool { - use self::Compression::*; - match self { - Uncompressed | RLE | ZIP1 | ZIP16 | PIZ => false, - PXR24 | B44 | B44A | DWAB(_) | DWAA(_) => true, - } - } - - /// Most compression methods will reconstruct the exact pixel bytes, - /// but some might replace NaN with zeroes. - pub fn supports_nan(self) -> bool { - use self::Compression::*; - match self { - B44 | B44A | DWAB(_) | DWAA(_) => false, // TODO dwa might support it? - _ => true - } - } - -} - -// see https://github.com/AcademySoftwareFoundation/openexr/blob/6a9f8af6e89547bcd370ae3cec2b12849eee0b54/OpenEXR/IlmImf/ImfMisc.cpp#L1456-L1541 - -#[allow(unused)] // allows the extra parameters to be unused -fn convert_current_to_little_endian(mut bytes: ByteVec, channels: &ChannelList, rectangle: IntegerBounds) -> ByteVec { - #[cfg(target = "big_endian")] - reverse_block_endianness(&mut byte_vec, channels, rectangle); - - bytes -} - -#[allow(unused)] // allows the extra parameters to be unused -fn convert_little_endian_to_current(mut bytes: ByteVec, channels: &ChannelList, rectangle: IntegerBounds) -> ByteVec { - #[cfg(target = "big_endian")] - reverse_block_endianness(&mut bytes, channels, rectangle); - - bytes -} - -#[allow(unused)] // unused when on little endian system -fn reverse_block_endianness(bytes: &mut [u8], channels: &ChannelList, rectangle: IntegerBounds){ - let mut remaining_bytes: &mut [u8] = bytes; - - for y in rectangle.position.y() .. rectangle.end().y() { - for channel in &channels.list { - let line_is_subsampled = mod_p(y, usize_to_i32(channel.sampling.y())) != 0; - if line_is_subsampled { continue; } - - let sample_count = rectangle.size.width() / channel.sampling.x(); - - match channel.sample_type { - SampleType::F16 => remaining_bytes = chomp_convert_n::<f16>(reverse_2_bytes, remaining_bytes, sample_count), - SampleType::F32 => remaining_bytes = chomp_convert_n::<f32>(reverse_4_bytes, remaining_bytes, sample_count), - SampleType::U32 => remaining_bytes = chomp_convert_n::<u32>(reverse_4_bytes, remaining_bytes, sample_count), - } - } - } - - #[inline] - fn chomp_convert_n<T>(convert_single_value: fn(&mut[u8]), mut bytes: &mut [u8], count: usize) -> &mut [u8] { - let type_size = size_of::<T>(); - let (line_bytes, rest) = bytes.split_at_mut(count * type_size); - let value_byte_chunks = line_bytes.chunks_exact_mut(type_size); - - for value_bytes in value_byte_chunks { - convert_single_value(value_bytes); - } - - rest - } - - debug_assert!(remaining_bytes.is_empty(), "not all bytes were converted to little endian"); -} - -#[inline] -fn reverse_2_bytes(bytes: &mut [u8]){ - // this code seems like it could be optimized easily by the compiler - let two_bytes: [u8; 2] = bytes.try_into().expect("invalid byte count"); - bytes.copy_from_slice(&[two_bytes[1], two_bytes[0]]); -} - -#[inline] -fn reverse_4_bytes(bytes: &mut [u8]){ - let four_bytes: [u8; 4] = bytes.try_into().expect("invalid byte count"); - bytes.copy_from_slice(&[four_bytes[3], four_bytes[2], four_bytes[1], four_bytes[0]]); -} - -#[inline] -fn div_p (x: i32, y: i32) -> i32 { - if x >= 0 { - if y >= 0 { x / y } - else { -(x / -y) } - } - else { - if y >= 0 { -((y-1-x) / y) } - else { (-y-1-x) / -y } - } -} - -#[inline] -fn mod_p(x: i32, y: i32) -> i32 { - x - y * div_p(x, y) -} - -/// A collection of functions used to prepare data for compression. -mod optimize_bytes { - - /// Integrate over all differences to the previous value in order to reconstruct sample values. - pub fn differences_to_samples(buffer: &mut [u8]) { - // The naive implementation is very simple: - // - // for index in 1..buffer.len() { - // buffer[index] = (buffer[index - 1] as i32 + buffer[index] as i32 - 128) as u8; - // } - // - // But we process elements in pairs to take advantage of instruction-level parallelism. - // When computations within a pair do not depend on each other, they can be processed in parallel. - // Since this function is responsible for a very large chunk of execution time, - // this tweak alone improves decoding performance of RLE images by 20%. - if let Some(first) = buffer.get(0) { - let mut previous = *first as i16; - for chunk in &mut buffer[1..].chunks_exact_mut(2) { - // no bounds checks here due to indices and chunk size being constant - let diff0 = chunk[0] as i16; - let diff1 = chunk[1] as i16; - // these two computations do not depend on each other, unlike in the naive version, - // so they can be executed by the CPU in parallel via instruction-level parallelism - let sample0 = (previous + diff0 - 128) as u8; - let sample1 = (previous + diff0 + diff1 - 128 * 2) as u8; - chunk[0] = sample0; - chunk[1] = sample1; - previous = sample1 as i16; - } - // handle the remaining element at the end not processed by the loop over pairs, if present - for elem in &mut buffer[1..].chunks_exact_mut(2).into_remainder().iter_mut() { - let sample = (previous + *elem as i16 - 128) as u8; - *elem = sample; - previous = sample as i16; - } - } - } - - /// Derive over all values in order to produce differences to the previous value. - pub fn samples_to_differences(buffer: &mut [u8]){ - // naive version: - // for index in (1..buffer.len()).rev() { - // buffer[index] = (buffer[index] as i32 - buffer[index - 1] as i32 + 128) as u8; - // } - // - // But we process elements in batches to take advantage of autovectorization. - // If the target platform has no vector instructions (e.g. 32-bit ARM without `-C target-cpu=native`) - // this will instead take advantage of instruction-level parallelism. - if let Some(first) = buffer.get(0) { - let mut previous = *first as i16; - // Chunk size is 16 because we process bytes (8 bits), - // and 8*16 = 128 bits is the size of a typical SIMD register. - // Even WASM has 128-bit SIMD registers. - for chunk in &mut buffer[1..].chunks_exact_mut(16) { - // no bounds checks here due to indices and chunk size being constant - let sample0 = chunk[0] as i16; - let sample1 = chunk[1] as i16; - let sample2 = chunk[2] as i16; - let sample3 = chunk[3] as i16; - let sample4 = chunk[4] as i16; - let sample5 = chunk[5] as i16; - let sample6 = chunk[6] as i16; - let sample7 = chunk[7] as i16; - let sample8 = chunk[8] as i16; - let sample9 = chunk[9] as i16; - let sample10 = chunk[10] as i16; - let sample11 = chunk[11] as i16; - let sample12 = chunk[12] as i16; - let sample13 = chunk[13] as i16; - let sample14 = chunk[14] as i16; - let sample15 = chunk[15] as i16; - // Unlike in decoding, computations in here are truly independent from each other, - // which enables the compiler to vectorize this loop. - // Even if the target platform has no vector instructions, - // so using more parallelism doesn't imply doing more work, - // and we're not really limited in how wide we can go. - chunk[0] = (sample0 - previous + 128) as u8; - chunk[1] = (sample1 - sample0 + 128) as u8; - chunk[2] = (sample2 - sample1 + 128) as u8; - chunk[3] = (sample3 - sample2 + 128) as u8; - chunk[4] = (sample4 - sample3 + 128) as u8; - chunk[5] = (sample5 - sample4 + 128) as u8; - chunk[6] = (sample6 - sample5 + 128) as u8; - chunk[7] = (sample7 - sample6 + 128) as u8; - chunk[8] = (sample8 - sample7 + 128) as u8; - chunk[9] = (sample9 - sample8 + 128) as u8; - chunk[10] = (sample10 - sample9 + 128) as u8; - chunk[11] = (sample11 - sample10 + 128) as u8; - chunk[12] = (sample12 - sample11 + 128) as u8; - chunk[13] = (sample13 - sample12 + 128) as u8; - chunk[14] = (sample14 - sample13 + 128) as u8; - chunk[15] = (sample15 - sample14 + 128) as u8; - previous = sample15; - } - // Handle the remaining element at the end not processed by the loop over batches, if present - // This is what the iterator-based version of this function would look like without vectorization - for elem in &mut buffer[1..].chunks_exact_mut(16).into_remainder().iter_mut() { - let diff = (*elem as i16 - previous + 128) as u8; - previous = *elem as i16; - *elem = diff; - } - } - } - - use std::cell::Cell; - thread_local! { - // A buffer for reusing between invocations of interleaving and deinterleaving. - // Allocating memory is cheap, but zeroing or otherwise initializing it is not. - // Doing it hundreds of times (once per block) would be expensive. - // This optimization brings down the time spent in interleaving from 15% to 5%. - static SCRATCH_SPACE: Cell<Vec<u8>> = Cell::new(Vec::new()); - } - - fn with_reused_buffer<F>(length: usize, mut func: F) where F: FnMut(&mut [u8]) { - SCRATCH_SPACE.with(|scratch_space| { - // reuse a buffer if we've already initialized one - let mut buffer = scratch_space.take(); - if buffer.len() < length { - // Efficiently create a zeroed Vec by requesting zeroed memory from the OS. - // This is slightly faster than a `memcpy()` plus `memset()` that would happen otherwise, - // but is not a big deal either way since it's not a hot codepath. - buffer = vec![0u8; length]; - } - - // call the function - func(&mut buffer[..length]); - - // save the internal buffer for reuse - scratch_space.set(buffer); - }); - } - - /// Interleave the bytes such that the second half of the array is every other byte. - pub fn interleave_byte_blocks(separated: &mut [u8]) { - with_reused_buffer(separated.len(), |interleaved| { - - // Split the two halves that we are going to interleave. - let (first_half, second_half) = separated.split_at((separated.len() + 1) / 2); - // The first half can be 1 byte longer than the second if the length of the input is odd, - // but the loop below only processes numbers in pairs. - // To handle it, preserve the last element of the first slice, to be handled after the loop. - let first_half_last = first_half.last(); - // Truncate the first half to match the lenght of the second one; more optimizer-friendly - let first_half_iter = &first_half[..second_half.len()]; - - // Main loop that performs the interleaving - for ((first, second), interleaved) in first_half_iter.iter().zip(second_half.iter()) - .zip(interleaved.chunks_exact_mut(2)) { - // The length of each chunk is known to be 2 at compile time, - // and each index is also a constant. - // This allows the compiler to remove the bounds checks. - interleaved[0] = *first; - interleaved[1] = *second; - } - - // If the length of the slice was odd, restore the last element of the first half that we saved - if interleaved.len() % 2 == 1 { - if let Some(value) = first_half_last { - // we can unwrap() here because we just checked that the lenght is non-zero: - // `% 2 == 1` will fail for zero - *interleaved.last_mut().unwrap() = *value; - } - } - - // write out the results - separated.copy_from_slice(&interleaved); - }); - } - -/// Separate the bytes such that the second half contains every other byte. -/// This performs deinterleaving - the inverse of interleaving. -pub fn separate_bytes_fragments(source: &mut [u8]) { - with_reused_buffer(source.len(), |separated| { - - // Split the two halves that we are going to interleave. - let (first_half, second_half) = separated.split_at_mut((source.len() + 1) / 2); - // The first half can be 1 byte longer than the second if the length of the input is odd, - // but the loop below only processes numbers in pairs. - // To handle it, preserve the last element of the input, to be handled after the loop. - let last = source.last(); - let first_half_iter = &mut first_half[..second_half.len()]; - - // Main loop that performs the deinterleaving - for ((first, second), interleaved) in first_half_iter.iter_mut().zip(second_half.iter_mut()) - .zip(source.chunks_exact(2)) { - // The length of each chunk is known to be 2 at compile time, - // and each index is also a constant. - // This allows the compiler to remove the bounds checks. - *first = interleaved[0]; - *second = interleaved[1]; - } - - // If the length of the slice was odd, restore the last element of the input that we saved - if source.len() % 2 == 1 { - if let Some(value) = last { - // we can unwrap() here because we just checked that the lenght is non-zero: - // `% 2 == 1` will fail for zero - *first_half.last_mut().unwrap() = *value; - } - } - - // write out the results - source.copy_from_slice(&separated); - }); -} - - - #[cfg(test)] - pub mod test { - - #[test] - fn roundtrip_interleave(){ - let source = vec![ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 ]; - let mut modified = source.clone(); - - super::separate_bytes_fragments(&mut modified); - super::interleave_byte_blocks(&mut modified); - - assert_eq!(source, modified); - } - - #[test] - fn roundtrip_derive(){ - let source = vec![ 0, 1, 2, 7, 4, 5, 6, 7, 13, 9, 10 ]; - let mut modified = source.clone(); - - super::samples_to_differences(&mut modified); - super::differences_to_samples(&mut modified); - - assert_eq!(source, modified); - } - - } -} - - -#[cfg(test)] -pub mod test { - use super::*; - use crate::meta::attribute::ChannelDescription; - use crate::block::samples::IntoNativeSample; - - #[test] - fn roundtrip_endianness_mixed_channels(){ - let a32 = ChannelDescription::new("A", SampleType::F32, true); - let y16 = ChannelDescription::new("Y", SampleType::F16, true); - let channels = ChannelList::new(smallvec![ a32, y16 ]); - - let data = vec![ - 23582740683_f32.to_ne_bytes().as_slice(), - 35827420683_f32.to_ne_bytes().as_slice(), - 27406832358_f32.to_f16().to_ne_bytes().as_slice(), - 74062358283_f32.to_f16().to_ne_bytes().as_slice(), - - 52582740683_f32.to_ne_bytes().as_slice(), - 45827420683_f32.to_ne_bytes().as_slice(), - 15406832358_f32.to_f16().to_ne_bytes().as_slice(), - 65062358283_f32.to_f16().to_ne_bytes().as_slice(), - ].into_iter().flatten().map(|x| *x).collect(); - - roundtrip_convert_endianness( - data, &channels, - IntegerBounds::from_dimensions((2, 2)) - ); - } - - fn roundtrip_convert_endianness( - current_endian: ByteVec, channels: &ChannelList, rectangle: IntegerBounds - ){ - let little_endian = convert_current_to_little_endian( - current_endian.clone(), channels, rectangle - ); - - let current_endian_decoded = convert_little_endian_to_current( - little_endian.clone(), channels, rectangle - ); - - assert_eq!(current_endian, current_endian_decoded, "endianness conversion failed"); - } -}
\ No newline at end of file diff --git a/vendor/exr/src/compression/piz/huffman.rs b/vendor/exr/src/compression/piz/huffman.rs deleted file mode 100644 index a01cbf2..0000000 --- a/vendor/exr/src/compression/piz/huffman.rs +++ /dev/null @@ -1,988 +0,0 @@ -//! 16-bit Huffman compression and decompression. -//! Huffman compression and decompression routines written -//! by Christian Rouet for his PIZ image file format. -// see https://github.com/AcademySoftwareFoundation/openexr/blob/88246d991e0318c043e6f584f7493da08a31f9f8/OpenEXR/IlmImf/ImfHuf.cpp - -use crate::math::RoundingMode; -use crate::error::{Error, Result, UnitResult, u64_to_usize, u32_to_usize}; -use crate::io::Data; -use std::{ - cmp::Ordering, - collections::BinaryHeap, - io::{Cursor, Read, Write}, -}; -use std::convert::TryFrom; -use smallvec::SmallVec; - - -pub fn decompress(compressed: &[u8], expected_size: usize) -> Result<Vec<u16>> { - let mut remaining_compressed = compressed; - - let min_code_index = usize::try_from(u32::read(&mut remaining_compressed)?)?; - let max_code_index_32 = u32::read(&mut remaining_compressed)?; - let _table_size = usize::try_from(u32::read(&mut remaining_compressed)?)?; // TODO check this and return Err? - let bit_count = usize::try_from(u32::read(&mut remaining_compressed)?)?; - let _skipped = u32::read(&mut remaining_compressed)?; // what is this - - let max_code_index = usize::try_from(max_code_index_32).unwrap(); - if min_code_index >= ENCODING_TABLE_SIZE || max_code_index >= ENCODING_TABLE_SIZE { - return Err(Error::invalid(INVALID_TABLE_SIZE)); - } - - if RoundingMode::Up.divide(bit_count, 8) > remaining_compressed.len() { - return Err(Error::invalid(NOT_ENOUGH_DATA)); - } - - let encoding_table = read_encoding_table(&mut remaining_compressed, min_code_index, max_code_index)?; - if bit_count > 8 * remaining_compressed.len() { return Err(Error::invalid(INVALID_BIT_COUNT)); } - - let decoding_table = build_decoding_table(&encoding_table, min_code_index, max_code_index)?; - - let result = decode_with_tables( - &encoding_table, - &decoding_table, - &remaining_compressed, - i32::try_from(bit_count)?, - max_code_index_32, - expected_size, - )?; - - Ok(result) -} - -pub fn compress(uncompressed: &[u16]) -> Result<Vec<u8>> { - if uncompressed.is_empty() { return Ok(vec![]); } - - let mut frequencies = count_frequencies(uncompressed); - let (min_code_index, max_code_index) = build_encoding_table(&mut frequencies); - - let mut result = Cursor::new(Vec::with_capacity(uncompressed.len())); - u32::write_slice(&mut result, &[0; 5])?; // we come back to these later after we know more about the compressed data - - let table_start = result.position(); - pack_encoding_table( - &frequencies, - min_code_index, - max_code_index, - &mut result, - )?; - - let data_start = result.position(); - let bit_count = encode_with_frequencies( - &frequencies, - uncompressed, - max_code_index, - &mut result - )?; - - // write meta data after this - result.set_position(0); - let table_length = data_start - table_start; - - u32::try_from(min_code_index)?.write(&mut result)?; - u32::try_from(max_code_index)?.write(&mut result)?; - u32::try_from(table_length)?.write(&mut result)?; - u32::try_from(bit_count)?.write(&mut result)?; - 0_u32.write(&mut result)?; - - Ok(result.into_inner()) -} - - -const ENCODE_BITS: u64 = 16; // literal (value) bit length -const DECODE_BITS: u64 = 14; // decoding bit size (>= 8) - -const ENCODING_TABLE_SIZE: usize = ((1 << ENCODE_BITS) + 1) as usize; -const DECODING_TABLE_SIZE: usize = (1 << DECODE_BITS) as usize; -const DECODE_MASK: u64 = DECODING_TABLE_SIZE as u64 - 1; - -const SHORT_ZEROCODE_RUN: u64 = 59; -const LONG_ZEROCODE_RUN: u64 = 63; -const SHORTEST_LONG_RUN: u64 = 2 + LONG_ZEROCODE_RUN - SHORT_ZEROCODE_RUN; -const LONGEST_LONG_RUN: u64 = 255 + SHORTEST_LONG_RUN; - - -#[derive(Clone, Debug, Eq, PartialEq)] -enum Code { - Empty, - Short(ShortCode), - Long(SmallVec<[u32; 2]>), // often 2, sometimes 4, rarely 8 -} - -#[derive(Clone, Debug, Eq, PartialEq)] -struct ShortCode { - value: u32, - len: u8, -} - -impl ShortCode { - #[inline] fn len(&self) -> u64 { u64::from(self.len) } -} - -/// Decode (uncompress) n bits based on encoding & decoding tables: -fn decode_with_tables( - encoding_table: &[u64], - decoding_table: &[Code], - mut input: &[u8], - input_bit_count: i32, - run_length_code: u32, - expected_output_size: usize, -) -> Result<Vec<u16>> -{ - let mut output = Vec::with_capacity(expected_output_size); - let mut code_bits = 0_u64; - let mut code_bit_count = 0_u64; - - while input.len() > 0 { - read_byte(&mut code_bits, &mut code_bit_count, &mut input)?; - - // Access decoding table - while code_bit_count >= DECODE_BITS { - let code_index = (code_bits >> (code_bit_count - DECODE_BITS)) & DECODE_MASK; - let code = &decoding_table[u64_to_usize(code_index)]; - - // Get short code - if let Code::Short(code) = code { - code_bit_count -= code.len(); - - read_code_into_vec( - code.value, - run_length_code, - &mut code_bits, - &mut code_bit_count, - &mut input, - &mut output, - expected_output_size, - )?; - } - else if let Code::Long(ref long_codes) = code { - debug_assert_ne!(long_codes.len(), 0); - - let long_code = long_codes.iter() - .filter_map(|&long_code|{ - let encoded_long_code = encoding_table[u32_to_usize(long_code)]; - let length = length(encoded_long_code); - - while code_bit_count < length && input.len() > 0 { - let err = read_byte(&mut code_bits, &mut code_bit_count, &mut input); - if let Err(err) = err { return Some(Err(err)); } - } - - if code_bit_count >= length { - let required_code = (code_bits >> (code_bit_count - length)) & ((1 << length) - 1); - - if self::code(encoded_long_code) == required_code { - code_bit_count -= length; - return Some(Ok(long_code)); - } - } - - None - - }) - .next() - .ok_or(Error::invalid(INVALID_CODE))?; - - read_code_into_vec( - long_code?, - run_length_code, - &mut code_bits, - &mut code_bit_count, - &mut input, - &mut output, - expected_output_size, - )?; - } - else { - return Err(Error::invalid(INVALID_CODE)); - } - } - } - - let count = u64::try_from((8 - input_bit_count) & 7)?; - code_bits >>= count; - code_bit_count -= count; - - while code_bit_count > 0 { - let index = (code_bits << (DECODE_BITS - code_bit_count)) & DECODE_MASK; - let code = &decoding_table[u64_to_usize(index)]; - - if let Code::Short(short_code) = code { - if short_code.len() > code_bit_count { return Err(Error::invalid("code")) }; // FIXME why does this happen?? - code_bit_count -= short_code.len(); // FIXME may throw "attempted to subtract with overflow" - - read_code_into_vec( - short_code.value, - run_length_code, - &mut code_bits, - &mut code_bit_count, - &mut input, - &mut output, - expected_output_size, - )?; - } - else { - return Err(Error::invalid(INVALID_CODE)); - } - } - - if output.len() != expected_output_size { - return Err(Error::invalid(NOT_ENOUGH_DATA)); - } - - Ok(output) -} - -/// Build a decoding hash table based on the encoding table code: -/// - short codes (<= HUF_DECBITS) are resolved with a single table access; -/// - long code entry allocations are not optimized, because long codes are -/// unfrequent; -/// - decoding tables are used by hufDecode(); -fn build_decoding_table( - encoding_table: &[u64], - min_code_index: usize, - max_code_index: usize, -) -> Result<Vec<Code>> -{ - let mut decoding_table = vec![Code::Empty; DECODING_TABLE_SIZE]; // not an array because of code not being copy - - for (code_index, &encoded_code) in encoding_table[..= max_code_index].iter().enumerate().skip(min_code_index) { - let code_index = u32::try_from(code_index).unwrap(); - - let code = code(encoded_code); - let length = length(encoded_code); - - if code >> length != 0 { - return Err(Error::invalid(INVALID_TABLE_ENTRY)); - } - - if length > DECODE_BITS { - let long_code = &mut decoding_table[u64_to_usize(code >> (length - DECODE_BITS))]; - - match long_code { - Code::Empty => *long_code = Code::Long(smallvec![code_index]), - Code::Long(lits) => lits.push(code_index), - _ => { return Err(Error::invalid(INVALID_TABLE_ENTRY)); } - } - } - else if length != 0 { - let default_value = Code::Short(ShortCode { - value: code_index, - len: length as u8, - }); - - let start_index = u64_to_usize(code << (DECODE_BITS - length)); - let count = u64_to_usize(1 << (DECODE_BITS - length)); - - for value in &mut decoding_table[start_index .. start_index + count] { - *value = default_value.clone(); - } - } - } - - Ok(decoding_table) -} - -/// Run-length-decompresses all zero runs from the packed table to the encoding table -fn read_encoding_table( - packed: &mut impl Read, - min_code_index: usize, - max_code_index: usize, -) -> Result<Vec<u64>> -{ - let mut code_bits = 0_u64; - let mut code_bit_count = 0_u64; - - // TODO push() into encoding table instead of index stuff? - let mut encoding_table = vec![0_u64; ENCODING_TABLE_SIZE]; - let mut code_index = min_code_index; - while code_index <= max_code_index { - let code_len = read_bits(6, &mut code_bits, &mut code_bit_count, packed)?; - encoding_table[code_index] = code_len; - - if code_len == LONG_ZEROCODE_RUN { - let zerun_bits = read_bits(8, &mut code_bits, &mut code_bit_count, packed)?; - let zerun = usize::try_from(zerun_bits + SHORTEST_LONG_RUN).unwrap(); - - if code_index + zerun > max_code_index + 1 { - return Err(Error::invalid(TABLE_TOO_LONG)); - } - - for value in &mut encoding_table[code_index..code_index + zerun] { - *value = 0; - } - - code_index += zerun; - } - else if code_len >= SHORT_ZEROCODE_RUN { - let duplication_count = usize::try_from(code_len - SHORT_ZEROCODE_RUN + 2).unwrap(); - if code_index + duplication_count > max_code_index + 1 { - return Err(Error::invalid(TABLE_TOO_LONG)); - } - - for value in &mut encoding_table[code_index .. code_index + duplication_count] { - *value = 0; - } - - code_index += duplication_count; - } - else { - code_index += 1; - } - } - - build_canonical_table(&mut encoding_table); - Ok(encoding_table) -} - -// TODO Use BitStreamReader for all the bit reads?! -#[inline] -fn read_bits( - count: u64, - code_bits: &mut u64, - code_bit_count: &mut u64, - input: &mut impl Read, -) -> Result<u64> -{ - while *code_bit_count < count { - read_byte(code_bits, code_bit_count, input)?; - } - - *code_bit_count -= count; - Ok((*code_bits >> *code_bit_count) & ((1 << count) - 1)) -} - -#[inline] -fn read_byte(code_bits: &mut u64, bit_count: &mut u64, input: &mut impl Read) -> UnitResult { - *code_bits = (*code_bits << 8) | u8::read(input)? as u64; - *bit_count += 8; - Ok(()) -} - -#[inline] -fn read_code_into_vec( - code: u32, - run_length_code: u32, - code_bits: &mut u64, - code_bit_count: &mut u64, - read: &mut impl Read, - out: &mut Vec<u16>, - max_len: usize, -) -> UnitResult -{ - if code == run_length_code { // code may be too large for u16 - if *code_bit_count < 8 { - read_byte(code_bits, code_bit_count, read)?; - } - - *code_bit_count -= 8; - - let code_repetitions = usize::from((*code_bits >> *code_bit_count) as u8); - - if out.len() + code_repetitions > max_len { - return Err(Error::invalid(TOO_MUCH_DATA)); - } - else if out.is_empty() { - return Err(Error::invalid(NOT_ENOUGH_DATA)); - } - - let repeated_code = *out.last().unwrap(); - out.extend(std::iter::repeat(repeated_code).take(code_repetitions)); - } - else if out.len() < max_len { // implies that code is not larger than u16??? - out.push(u16::try_from(code)?); - } - else { - return Err(Error::invalid(TOO_MUCH_DATA)); - } - - Ok(()) -} - -fn count_frequencies(data: &[u16]) -> Vec<u64> { - let mut frequencies = vec![0_u64; ENCODING_TABLE_SIZE]; - - for value in data { - frequencies[*value as usize] += 1; - } - - frequencies -} - -fn write_bits( - count: u64, - bits: u64, - code_bits: &mut u64, - code_bit_count: &mut u64, - mut out: impl Write, -) -> UnitResult -{ - *code_bits = (*code_bits << count) | bits; - *code_bit_count += count; - - while *code_bit_count >= 8 { - *code_bit_count -= 8; - out.write(&[ - (*code_bits >> *code_bit_count) as u8 // TODO make sure never or always wraps? - ])?; - } - - Ok(()) -} - -fn write_code(scode: u64, code_bits: &mut u64, code_bit_count: &mut u64, mut out: impl Write) -> UnitResult { - write_bits(length(scode), code(scode), code_bits, code_bit_count, &mut out) -} - -#[inline(always)] -fn send_code( - scode: u64, - run_count: u64, - run_code: u64, - code_bits: &mut u64, - code_bit_count: &mut u64, - mut out: impl Write, -) -> UnitResult -{ - // Output a run of runCount instances of the symbol sCount. - // Output the symbols explicitly, or if that is shorter, output - // the sCode symbol once followed by a runCode symbol and runCount - // expressed as an 8-bit number. - if length(scode) + length(run_code) + 8 < length(scode) * run_count { - write_code(scode, code_bits, code_bit_count, &mut out)?; - write_code(run_code, code_bits, code_bit_count, &mut out)?; - write_bits(8, run_count, code_bits, code_bit_count, &mut out)?; - } - else { - for _ in 0 ..= run_count { - write_code(scode, code_bits, code_bit_count, &mut out)?; - } - } - - Ok(()) -} - -fn encode_with_frequencies( - frequencies: &[u64], - uncompressed: &[u16], - run_length_code: usize, - mut out: &mut Cursor<Vec<u8>>, -) -> Result<u64> -{ - let mut code_bits = 0; - let mut code_bit_count = 0; - - let mut run_start_value = uncompressed[0]; - let mut run_length = 0; - - let start_position = out.position(); - - // Loop on input values - for ¤t_value in &uncompressed[1..] { - // Count same values or send code - if run_start_value == current_value && run_length < 255 { - run_length += 1; - } - else { - send_code( - frequencies[run_start_value as usize], - run_length, - frequencies[run_length_code], - &mut code_bits, - &mut code_bit_count, - &mut out, - )?; - - run_length = 0; - } - - run_start_value = current_value; - } - - // Send remaining code - send_code( - frequencies[run_start_value as usize], - run_length, - frequencies[run_length_code], - &mut code_bits, - &mut code_bit_count, - &mut out, - )?; - - let data_length = out.position() - start_position; // we shouldn't count the last byte write - - if code_bit_count != 0 { - out.write(&[ - (code_bits << (8 - code_bit_count) & 0xff) as u8 - ])?; - } - - Ok(data_length * 8 + code_bit_count) -} - -/// -/// Pack an encoding table: -/// - only code lengths, not actual codes, are stored -/// - runs of zeroes are compressed as follows: -/// -/// unpacked packed -/// -------------------------------- -/// 1 zero 0 (6 bits) -/// 2 zeroes 59 -/// 3 zeroes 60 -/// 4 zeroes 61 -/// 5 zeroes 62 -/// n zeroes (6 or more) 63 n-6 (6 + 8 bits) -/// -fn pack_encoding_table( - frequencies: &[u64], - min_index: usize, - max_index: usize, - mut out: &mut Cursor<Vec<u8>>, -) -> UnitResult -{ - let mut code_bits = 0_u64; - let mut code_bit_count = 0_u64; - - let mut frequency_index = min_index; - while frequency_index <= max_index { // TODO slice iteration? - let code_length = length(frequencies[frequency_index]); - - if code_length == 0 { - let mut zero_run = 1; - - while frequency_index < max_index && zero_run < LONGEST_LONG_RUN { - if length(frequencies[frequency_index + 1]) > 0 { - break; - } - - frequency_index += 1; - zero_run += 1; - } - - if zero_run >= 2 { - if zero_run >= SHORTEST_LONG_RUN { - write_bits(6, LONG_ZEROCODE_RUN, &mut code_bits, &mut code_bit_count, &mut out)?; - write_bits(8, zero_run - SHORTEST_LONG_RUN, &mut code_bits, &mut code_bit_count, &mut out)?; - } - else { - write_bits(6, SHORT_ZEROCODE_RUN + zero_run - 2, &mut code_bits, &mut code_bit_count, &mut out)?; - } - - frequency_index += 1; // we must increment or else this may go very wrong - continue; - } - } - - write_bits(6, code_length, &mut code_bits, &mut code_bit_count, &mut out)?; - frequency_index += 1; - } - - if code_bit_count > 0 { - out.write(&[ - (code_bits << (8 - code_bit_count)) as u8 - ])?; - } - - Ok(()) -} - -/// Build a "canonical" Huffman code table: -/// - for each (uncompressed) symbol, code contains the length -/// of the corresponding code (in the compressed data) -/// - canonical codes are computed and stored in code -/// - the rules for constructing canonical codes are as follows: -/// * shorter codes (if filled with zeroes to the right) -/// have a numerically higher value than longer codes -/// * for codes with the same length, numerical values -/// increase with numerical symbol values -/// - because the canonical code table can be constructed from -/// symbol lengths alone, the code table can be transmitted -/// without sending the actual code values -/// - see http://www.compressconsult.com/huffman/ -fn build_canonical_table(code_table: &mut [u64]) { - debug_assert_eq!(code_table.len(), ENCODING_TABLE_SIZE); - - let mut count_per_code = [0_u64; 59]; - - for &code in code_table.iter() { - count_per_code[u64_to_usize(code)] += 1; - } - - // For each i from 58 through 1, compute the - // numerically lowest code with length i, and - // store that code in n[i]. - { - let mut code = 0_u64; // TODO use foldr? - for count in &mut count_per_code.iter_mut().rev() { - let next_code = (code + *count) >> 1; - *count = code; - code = next_code; - } - } - - // code[i] contains the length, l, of the - // code for symbol i. Assign the next available - // code of length l to the symbol and store both - // l and the code in code[i]. // TODO iter + filter ? - for symbol_length in code_table.iter_mut() { - let current_length = *symbol_length; - let code_index = u64_to_usize(current_length); - if current_length > 0 { - *symbol_length = current_length | (count_per_code[code_index] << 6); - count_per_code[code_index] += 1; - } - } -} - - -/// Compute Huffman codes (based on frq input) and store them in frq: -/// - code structure is : [63:lsb - 6:msb] | [5-0: bit length]; -/// - max code length is 58 bits; -/// - codes outside the range [im-iM] have a null length (unused values); -/// - original frequencies are destroyed; -/// - encoding tables are used by hufEncode() and hufBuildDecTable(); -/// -/// NB: The following code "(*a == *b) && (a > b))" was added to ensure -/// elements in the heap with the same value are sorted by index. -/// This is to ensure, the STL make_heap()/pop_heap()/push_heap() methods -/// produced a resultant sorted heap that is identical across OSes. -fn build_encoding_table( - frequencies: &mut [u64], // input frequencies, output encoding table -) -> (usize, usize) // return frequency max min range -{ - debug_assert_eq!(frequencies.len(), ENCODING_TABLE_SIZE); - - /// Frequency with position, used for MinHeap. - #[derive(Eq, PartialEq, Copy, Clone)] - struct HeapFrequency { - position: usize, - frequency: u64, - } - - impl Ord for HeapFrequency { - fn cmp(&self, other: &Self) -> Ordering { - other.frequency.cmp(&self.frequency) - .then_with(|| other.position.cmp(&self.position)) - } - } - - impl PartialOrd for HeapFrequency { - fn partial_cmp(&self, other: &Self) -> Option<Ordering> { Some(self.cmp(other)) } - } - - // This function assumes that when it is called, array frq - // indicates the frequency of all possible symbols in the data - // that are to be Huffman-encoded. (frq[i] contains the number - // of occurrences of symbol i in the data.) - // - // The loop below does three things: - // - // 1) Finds the minimum and maximum indices that point - // to non-zero entries in frq: - // - // frq[im] != 0, and frq[i] == 0 for all i < im - // frq[iM] != 0, and frq[i] == 0 for all i > iM - // - // 2) Fills array fHeap with pointers to all non-zero - // entries in frq. - // - // 3) Initializes array hlink such that hlink[i] == i - // for all array entries. - - // We need to use vec here or we overflow the stack. - let mut links = vec![0_usize; ENCODING_TABLE_SIZE]; - let mut frequency_heap = vec![0_usize; ENCODING_TABLE_SIZE]; - - // This is a good solution since we don't have usize::MAX items (no panics or UB), - // and since this is short-circuit, it stops at the first in order non zero element. - let min_frequency_index = frequencies.iter().position(|f| *f != 0).unwrap_or(0); - - let mut max_frequency_index = 0; - let mut frequency_count = 0; - - // assert bounds check to optimize away bounds check in loops - assert!(links.len() >= ENCODING_TABLE_SIZE); - assert!(frequencies.len() >= ENCODING_TABLE_SIZE); - - for index in min_frequency_index..ENCODING_TABLE_SIZE { - links[index] = index; // TODO for x in links.iter().enumerate() - - if frequencies[index] != 0 { - frequency_heap[frequency_count] = index; - max_frequency_index = index; - frequency_count += 1; - } - } - - - // Add a pseudo-symbol, with a frequency count of 1, to frq; - // adjust the fHeap and hlink array accordingly. Function - // hufEncode() uses the pseudo-symbol for run-length encoding. - - max_frequency_index += 1; - frequencies[max_frequency_index] = 1; - frequency_heap[frequency_count] = max_frequency_index; - frequency_count += 1; - - // Build an array, scode, such that scode[i] contains the number - // of bits assigned to symbol i. Conceptually this is done by - // constructing a tree whose leaves are the symbols with non-zero - // frequency: - // - // Make a heap that contains all symbols with a non-zero frequency, - // with the least frequent symbol on top. - // - // Repeat until only one symbol is left on the heap: - // - // Take the two least frequent symbols off the top of the heap. - // Create a new node that has first two nodes as children, and - // whose frequency is the sum of the frequencies of the first - // two nodes. Put the new node back into the heap. - // - // The last node left on the heap is the root of the tree. For each - // leaf node, the distance between the root and the leaf is the length - // of the code for the corresponding symbol. - // - // The loop below doesn't actually build the tree; instead we compute - // the distances of the leaves from the root on the fly. When a new - // node is added to the heap, then that node's descendants are linked - // into a single linear list that starts at the new node, and the code - // lengths of the descendants (that is, their distance from the root - // of the tree) are incremented by one. - let mut heap = BinaryHeap::with_capacity(frequency_count); - for index in frequency_heap.drain(..frequency_count) { - heap.push(HeapFrequency { position: index, frequency: frequencies[index] }); - } - - let mut s_code = vec![0_u64; ENCODING_TABLE_SIZE]; - - while frequency_count > 1 { - // Find the indices, mm and m, of the two smallest non-zero frq - // values in fHeap, add the smallest frq to the second-smallest - // frq, and remove the smallest frq value from fHeap. - let (high_position, low_position) = { - let smallest_frequency = heap.pop().expect("heap empty bug"); - frequency_count -= 1; - - let mut second_smallest_frequency = heap.peek_mut().expect("heap empty bug"); - second_smallest_frequency.frequency += smallest_frequency.frequency; - - (second_smallest_frequency.position, smallest_frequency.position) - }; - - // The entries in scode are linked into lists with the - // entries in hlink serving as "next" pointers and with - // the end of a list marked by hlink[j] == j. - // - // Traverse the lists that start at scode[m] and scode[mm]. - // For each element visited, increment the length of the - // corresponding code by one bit. (If we visit scode[j] - // during the traversal, then the code for symbol j becomes - // one bit longer.) - // - // Merge the lists that start at scode[m] and scode[mm] - // into a single list that starts at scode[m]. - - // Add a bit to all codes in the first list. - let mut index = high_position; // TODO fold() - loop { - s_code[index] += 1; - debug_assert!(s_code[index] <= 58); - - // merge the two lists - if links[index] == index { - links[index] = low_position; - break; - } - - index = links[index]; - } - - // Add a bit to all codes in the second list - let mut index = low_position; // TODO fold() - loop { - s_code[index] += 1; - debug_assert!(s_code[index] <= 58); - - if links[index] == index { - break; - } - - index = links[index]; - } - } - - // Build a canonical Huffman code table, replacing the code - // lengths in scode with (code, code length) pairs. Copy the - // code table from scode into frq. - build_canonical_table(&mut s_code); - frequencies.copy_from_slice(&s_code); - - (min_frequency_index, max_frequency_index) -} - - -#[inline] fn length(code: u64) -> u64 { code & 63 } -#[inline] fn code(code: u64) -> u64 { code >> 6 } - -const INVALID_BIT_COUNT: &'static str = "invalid number of bits"; -const INVALID_TABLE_ENTRY: &'static str = "invalid code table entry"; -const NOT_ENOUGH_DATA: &'static str = "decoded data are shorter than expected"; -const INVALID_TABLE_SIZE: &'static str = "unexpected end of code table data"; -const TABLE_TOO_LONG: &'static str = "code table is longer than expected"; -const INVALID_CODE: &'static str = "invalid code"; -const TOO_MUCH_DATA: &'static str = "decoded data are longer than expected"; - - -#[cfg(test)] -mod test { - use super::*; - use rand::{Rng, SeedableRng}; - - const UNCOMPRESSED_ARRAY: [u16; 100] = [ - 3852, 2432, 33635, 49381, 10100, 15095, 62693, 63738, 62359, 5013, 7715, 59875, 28182, - 34449, 19983, 20399, 63407, 29486, 4877, 26738, 44815, 14042, 46091, 48228, 25682, 35412, - 7582, 65069, 6632, 54124, 13798, 27503, 52154, 61961, 30474, 46880, 39097, 15754, 52897, - 42371, 54053, 14178, 48276, 34591, 42602, 32126, 42062, 31474, 16274, 55991, 2882, 17039, - 56389, 20835, 57057, 54081, 3414, 33957, 52584, 10222, 25139, 40002, 44980, 1602, 48021, - 19703, 6562, 61777, 41582, 201, 31253, 51790, 15888, 40921, 3627, 12184, 16036, 26349, - 3159, 29002, 14535, 50632, 18118, 33583, 18878, 59470, 32835, 9347, 16991, 21303, 26263, - 8312, 14017, 41777, 43240, 3500, 60250, 52437, 45715, 61520, - ]; - - const UNCOMPRESSED_ARRAY_SPECIAL: [u16; 100] = [ - 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 28182, - 0, 65534, 0, 65534, 0, 65534, 0, 65534, 0, 0, 0, 0, 0, - 0, 0, 0, 54124, 13798, 27503, 52154, 61961, 30474, 46880, 39097, 15754, 52897, - 42371, 54053, 14178, 48276, 34591, 42602, 32126, 42062, 31474, 16274, 55991, 2882, 17039, - 56389, 20835, 57057, 54081, 3414, 33957, 52584, 10222, 25139, 40002, 44980, 1602, 48021, - 19703, 6562, 61777, 41582, 201, 31253, 51790, 15888, 40921, 3627, 12184, 16036, 26349, - 3159, 29002, 14535, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, - 65534, 65534, 65534, 65534, 65534, 65534, 65534, 65534, 65534, - ]; - - const COMPRESSED_ARRAY: [u8; 703] = [ - 0xc9, 0x0, 0x0, 0x0, 0x2e, 0xfe, 0x0, 0x0, 0x56, 0x2, 0x0, 0x0, 0xa2, 0x2, 0x0, 0x0, 0x0, - 0x0, 0x0, 0x0, 0x1f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xd6, 0x47, - 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0x28, 0x1f, 0xff, 0xff, 0xed, 0x87, 0xff, 0xff, 0xf0, - 0x91, 0xff, 0xf8, 0x1f, 0xf4, 0xf1, 0xff, 0x78, 0x1f, 0xfd, 0xa1, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xfa, 0xc7, 0xfe, 0x4, 0x7f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xed, 0x1f, 0xf3, 0xf1, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xe8, 0x7, 0xfd, 0xf8, - 0x7f, 0xff, 0xff, 0xff, 0xfd, 0x10, 0x7f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0x51, 0xff, - 0xff, 0xff, 0xff, 0xfe, 0x1, 0xff, 0x73, 0x1f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xff, 0xff, 0xfe, 0x0, 0x7f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xfc, 0xa4, 0x7f, 0xf5, 0x7, 0xfc, 0x48, 0x7f, 0xe0, 0x47, 0xff, 0xff, - 0xf5, 0x91, 0xff, 0xff, 0xff, 0xff, 0xf1, 0xf1, 0xff, 0xff, 0xff, 0xff, 0xf8, 0x21, 0xff, - 0x7f, 0x1f, 0xf8, 0xd1, 0xff, 0xe7, 0x1f, 0xff, 0xff, 0xff, 0xff, 0xbc, 0x1f, 0xf2, 0x91, - 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0x1c, 0x1f, 0xff, 0xff, 0xff, 0xff, 0xe7, - 0x1f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xfc, 0x8c, 0x7f, 0xff, 0xff, 0xc, 0x1f, 0xff, 0xff, - 0xe5, 0x7, 0xff, 0xff, 0xfa, 0x81, 0xff, 0xff, 0xff, 0x20, 0x7f, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xff, 0xff, 0xfe, 0xbc, 0x7f, 0xff, 0xff, 0xff, 0xfc, 0x38, 0x7f, 0xff, - 0xff, 0xff, 0xfc, 0xd0, 0x7f, 0xd3, 0xc7, 0xff, 0xff, 0xf7, 0x91, 0xff, 0xff, 0xff, 0xff, - 0xfe, 0xc1, 0xff, 0xff, 0xff, 0xff, 0xf9, 0x61, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xc7, - 0x87, 0xff, 0xff, 0xfd, 0x81, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xf1, 0x87, 0xff, 0xff, - 0xff, 0xff, 0xfe, 0x87, 0xff, 0x58, 0x7f, 0xff, 0xff, 0xff, 0xfd, 0xec, 0x7f, 0xff, 0xff, - 0xff, 0xfe, 0xd0, 0x7f, 0xff, 0xff, 0xff, 0xff, 0x6c, 0x7f, 0xcb, 0x47, 0xff, 0xff, 0xf3, - 0x61, 0xff, 0xff, 0xff, 0x80, 0x7f, 0xe1, 0xc7, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0x1f, - 0x1f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0x18, 0x1f, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xfd, 0xcc, 0x7f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xf8, 0x11, 0xff, 0xff, - 0xff, 0xff, 0xf8, 0x41, 0xff, 0xbc, 0x1f, 0xff, 0xff, 0xc4, 0x47, 0xff, 0xff, 0xf2, 0x91, - 0xff, 0xe0, 0x1f, 0xff, 0xff, 0xff, 0xff, 0x6d, 0x1f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xff, 0xff, 0x2, 0x1f, 0xf9, 0xe1, 0xff, 0xff, 0xff, 0xff, 0xfc, 0xe1, - 0xff, 0xff, 0xfd, 0xb0, 0x7f, 0xff, 0xff, 0xff, 0xff, 0xff, 0xe1, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xff, 0x5a, 0x1f, 0xfc, 0x81, 0xbf, 0x29, 0x1b, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xf3, 0x61, 0xbf, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xc8, 0x1b, - 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xf6, 0xb1, 0xbf, 0xff, 0xfd, 0x80, 0x6f, 0xff, - 0xff, 0xf, 0x1b, 0xf8, 0xc1, 0xbf, 0xff, 0xfc, 0xb4, 0x6f, 0xff, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xda, 0x46, 0xfc, 0x54, 0x6f, 0xc9, 0x6, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0x21, 0x1b, 0xff, 0xff, 0xe0, 0x86, 0xff, 0xff, - 0xff, 0xff, 0xe2, 0xc6, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, - 0xff, 0xff, 0xff, 0xff, 0xff, 0xf3, 0x91, 0xbf, 0xff, 0xfe, 0x24, 0x6f, 0xff, 0xff, 0x6b, - 0x1b, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xfd, 0xb1, 0xbf, 0xfa, 0x1b, 0xfb, 0x11, - 0xbf, 0xff, 0xfe, 0x8, 0x6f, 0xff, 0xff, 0x42, 0x1b, 0xff, 0xff, 0xff, 0xff, 0xb9, 0x1b, - 0xff, 0xff, 0xcf, 0xc6, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xff, 0xf1, 0x31, - 0x86, 0x10, 0x9, 0xb4, 0xe4, 0x4c, 0xf7, 0xef, 0x42, 0x87, 0x6a, 0xb5, 0xc2, 0x34, 0x9e, - 0x2f, 0x12, 0xae, 0x21, 0x68, 0xf2, 0xa8, 0x74, 0x37, 0xe1, 0x98, 0x14, 0x59, 0x57, 0x2c, - 0x24, 0x3b, 0x35, 0x6c, 0x1b, 0x8b, 0xcc, 0xe6, 0x13, 0x38, 0xc, 0x8e, 0xe2, 0xc, 0xfe, - 0x49, 0x73, 0xbc, 0x2b, 0x7b, 0x9, 0x27, 0x79, 0x14, 0xc, 0x94, 0x42, 0xf8, 0x7c, 0x1, - 0x8d, 0x26, 0xde, 0x87, 0x26, 0x71, 0x50, 0x45, 0xc6, 0x28, 0x40, 0xd5, 0xe, 0x8d, 0x8, - 0x1e, 0x4c, 0xa4, 0x79, 0x57, 0xf0, 0xc3, 0x6d, 0x5c, 0x6d, 0xc0, - ]; - - fn fill(rng: &mut impl Rng, size: usize) -> Vec<u16> { - if rng.gen_bool(0.2) { - let value = if rng.gen_bool(0.5) { 0 } else { u16::MAX }; - return vec![ value; size ]; - } - - let mut data = vec![0_u16; size]; - - data.iter_mut().for_each(|v| { - *v = rng.gen_range(0_u16 .. u16::MAX); - }); - - data - } - - /// Test using both input and output from a custom ILM OpenEXR test. - #[test] - fn compression_comparation() { - let raw = compress(&UNCOMPRESSED_ARRAY).unwrap(); - assert_eq!(raw, COMPRESSED_ARRAY.to_vec()); - } - - #[test] - fn round_trip() { - let mut random = rand::rngs::StdRng::from_seed(SEED); - let raw = fill(&mut random, u16::MAX as usize); - - let compressed = compress(&raw).unwrap(); - let uncompressed = decompress(&compressed, raw.len()).unwrap(); - - assert_eq!(uncompressed, raw); - } - - #[test] - fn repetitions_special() { - let raw = UNCOMPRESSED_ARRAY_SPECIAL; - - let compressed = compress(&raw).unwrap(); - let uncompressed = decompress(&compressed, raw.len()).unwrap(); - - assert_eq!(uncompressed, raw.to_vec()); - } - - #[test] - fn round_trip100() { - let mut random = rand::rngs::StdRng::from_seed(SEED); - - for size_multiplier in 1..10 { - let raw = fill(&mut random, size_multiplier * 50_000); - - let compressed = compress(&raw).unwrap(); - let uncompressed = decompress(&compressed, raw.len()).unwrap(); - - assert_eq!(uncompressed, raw); - } - } - - #[test] - fn test_zeroes(){ - let uncompressed: &[u16] = &[ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ]; - - let compressed = compress(uncompressed).unwrap(); - let decompressed = decompress(&compressed, uncompressed.len()).unwrap(); - - assert_eq!(uncompressed, decompressed.as_slice()); - } - - const SEED: [u8; 32] = [ - 12,155,32,34,112,109,98,54, - 12,255,32,34,112,109,98,55, - 12,155,32,34,12,109,98,54, - 12,35,32,34,112,109,48,54, - ]; -} diff --git a/vendor/exr/src/compression/piz/mod.rs b/vendor/exr/src/compression/piz/mod.rs deleted file mode 100644 index 1d77663..0000000 --- a/vendor/exr/src/compression/piz/mod.rs +++ /dev/null @@ -1,437 +0,0 @@ - - -//! The PIZ compression method is a wavelet compression, -//! based on the PIZ image format, customized for OpenEXR. -// inspired by https://github.com/AcademySoftwareFoundation/openexr/blob/master/OpenEXR/IlmImf/ImfPizCompressor.cpp - -mod huffman; -mod wavelet; - -use crate::prelude::*; -use crate::io::Data; -use crate::meta::attribute::*; -use crate::compression::{ByteVec, Bytes, mod_p}; -use crate::error::{usize_to_i32, usize_to_u16}; -use std::convert::TryFrom; - - -const U16_RANGE: usize = (1_i32 << 16_i32) as usize; -const BITMAP_SIZE: usize = (U16_RANGE as i32 >> 3_i32) as usize; - -#[derive(Debug)] -struct ChannelData { - tmp_start_index: usize, - tmp_end_index: usize, - - resolution: Vec2<usize>, - y_sampling: usize, - samples_per_pixel: usize, -} - - -pub fn decompress( - channels: &ChannelList, - compressed: ByteVec, - rectangle: IntegerBounds, - expected_byte_size: usize, // TODO remove expected byte size as it can be computed with `rectangle.size.area() * channels.bytes_per_pixel` - pedantic: bool -) -> Result<ByteVec> -{ - let expected_u16_count = expected_byte_size / 2; - debug_assert_eq!(expected_byte_size, rectangle.size.area() * channels.bytes_per_pixel); - debug_assert!(!channels.list.is_empty()); - - if compressed.is_empty() { - return Ok(Vec::new()); - } - - debug_assert_ne!(expected_u16_count, 0); - - let mut bitmap = vec![0_u8; BITMAP_SIZE]; // FIXME use bit_vec! - - let mut remaining_input = compressed.as_slice(); - let min_non_zero = u16::read(&mut remaining_input)? as usize; - let max_non_zero = u16::read(&mut remaining_input)? as usize; - - if max_non_zero >= BITMAP_SIZE || min_non_zero >= BITMAP_SIZE { - return Err(Error::invalid("compression data")); - } - - if min_non_zero <= max_non_zero { - u8::read_slice(&mut remaining_input, &mut bitmap[min_non_zero ..= max_non_zero])?; - } - - let (lookup_table, max_value) = reverse_lookup_table_from_bitmap(&bitmap); - - { - let length = i32::read(&mut remaining_input)?; - if pedantic && length as i64 != remaining_input.len() as i64 { - // TODO length might be smaller than remaining?? - return Err(Error::invalid("compression data")); - } - } - - let mut tmp_u16_buffer = huffman::decompress(remaining_input, expected_u16_count)?; - - let mut channel_data: SmallVec<[ChannelData; 6]> = { - let mut tmp_read_index = 0; - - let channel_data = channels.list.iter().map(|channel| { - let channel_data = ChannelData { - tmp_start_index: tmp_read_index, - tmp_end_index: tmp_read_index, - y_sampling: channel.sampling.y(), - resolution: channel.subsampled_resolution(rectangle.size), - samples_per_pixel: channel.sample_type.bytes_per_sample() / SampleType::F16.bytes_per_sample() - }; - - tmp_read_index += channel_data.resolution.area() * channel_data.samples_per_pixel; - channel_data - }).collect(); - - debug_assert_eq!(tmp_read_index, expected_u16_count); - channel_data - }; - - for channel in &channel_data { - let u16_count = channel.resolution.area() * channel.samples_per_pixel; - let u16s = &mut tmp_u16_buffer[channel.tmp_start_index .. channel.tmp_start_index + u16_count]; - - for offset in 0..channel.samples_per_pixel { // if channel is 32 bit, compress interleaved as two 16 bit values - wavelet::decode( - &mut u16s[offset..], - channel.resolution, - Vec2(channel.samples_per_pixel, channel.resolution.x() * channel.samples_per_pixel), - max_value - )?; - } - } - - // Expand the pixel data to their original range - apply_lookup_table(&mut tmp_u16_buffer, &lookup_table); - - // let out_buffer_size = (max_scan_line_size * scan_line_count) + 65536 + 8192; // TODO not use expected byte size? - let mut out = Vec::with_capacity(expected_byte_size); - - for y in rectangle.position.y() .. rectangle.end().y() { - for channel in &mut channel_data { - if mod_p(y, usize_to_i32(channel.y_sampling)) != 0 { - continue; - } - - let u16s_per_line = channel.resolution.x() * channel.samples_per_pixel; - let next_tmp_end_index = channel.tmp_end_index + u16s_per_line; - let values = &tmp_u16_buffer[channel.tmp_end_index .. next_tmp_end_index]; - channel.tmp_end_index = next_tmp_end_index; - - // TODO do not convert endianness for f16-only images - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - // We can support uncompressed data in the machine's native format - // if all image channels are of type HALF, and if the Xdr and the - // native representations of a half have the same size. - u16::write_slice(&mut out, values).expect("write to in-memory failed"); - } - } - - for (previous, current) in channel_data.iter().zip(channel_data.iter().skip(1)) { - debug_assert_eq!(previous.tmp_end_index, current.tmp_start_index); - } - - debug_assert_eq!(channel_data.last().unwrap().tmp_end_index, tmp_u16_buffer.len()); - debug_assert_eq!(out.len(), expected_byte_size); - - // TODO optimize for when all channels are f16! - // we should be able to omit endianness conversions in that case - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - Ok(super::convert_little_endian_to_current(out, channels, rectangle)) -} - - - -pub fn compress( - channels: &ChannelList, - uncompressed: ByteVec, - rectangle: IntegerBounds -) -> Result<ByteVec> -{ - if uncompressed.is_empty() { - return Ok(Vec::new()); - } - - // TODO do not convert endianness for f16-only images - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - let uncompressed = super::convert_current_to_little_endian(uncompressed, channels, rectangle); - let uncompressed = uncompressed.as_slice();// TODO no alloc - - let mut tmp = vec![0_u16; uncompressed.len() / 2 ]; - let mut channel_data: SmallVec<[ChannelData; 6]> = { - let mut tmp_end_index = 0; - - let vec = channels.list.iter().map(|channel| { - let number_samples = channel.subsampled_resolution(rectangle.size); - let byte_size = channel.sample_type.bytes_per_sample() / SampleType::F16.bytes_per_sample(); - let byte_count = byte_size * number_samples.area(); - - let channel = ChannelData { - tmp_end_index, - tmp_start_index: tmp_end_index, - y_sampling: channel.sampling.y(), - resolution: number_samples, - samples_per_pixel: byte_size, - }; - - tmp_end_index += byte_count; - channel - }).collect(); - - debug_assert_eq!(tmp_end_index, tmp.len()); - vec - }; - - let mut remaining_uncompressed_bytes = uncompressed; - for y in rectangle.position.y() .. rectangle.end().y() { - for channel in &mut channel_data { - if mod_p(y, usize_to_i32(channel.y_sampling)) != 0 { continue; } - let u16s_per_line = channel.resolution.x() * channel.samples_per_pixel; - let next_tmp_end_index = channel.tmp_end_index + u16s_per_line; - let target = &mut tmp[channel.tmp_end_index .. next_tmp_end_index]; - channel.tmp_end_index = next_tmp_end_index; - - // TODO do not convert endianness for f16-only images - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - // We can support uncompressed data in the machine's native format - // if all image channels are of type HALF, and if the Xdr and the - // native representations of a half have the same size. - u16::read_slice(&mut remaining_uncompressed_bytes, target).expect("in-memory read failed"); - } - } - - - let (min_non_zero, max_non_zero, bitmap) = bitmap_from_data(&tmp); - let (max_value, table) = forward_lookup_table_from_bitmap(&bitmap); - apply_lookup_table(&mut tmp, &table); - - let mut piz_compressed = Vec::with_capacity(uncompressed.len() / 2); - u16::try_from(min_non_zero)?.write(&mut piz_compressed)?; - u16::try_from(max_non_zero)?.write(&mut piz_compressed)?; - - if min_non_zero <= max_non_zero { - piz_compressed.extend_from_slice(&bitmap[min_non_zero ..= max_non_zero]); - } - - for channel in channel_data { - for offset in 0 .. channel.samples_per_pixel { - wavelet::encode( - &mut tmp[channel.tmp_start_index + offset .. channel.tmp_end_index], - channel.resolution, - Vec2(channel.samples_per_pixel, channel.resolution.x() * channel.samples_per_pixel), - max_value - )?; - } - } - - let huffman_compressed: Vec<u8> = huffman::compress(&tmp)?; - u8::write_i32_sized_slice(&mut piz_compressed, &huffman_compressed).expect("in-memory write failed"); - - Ok(piz_compressed) -} - - -pub fn bitmap_from_data(data: &[u16]) -> (usize, usize, Vec<u8>) { - let mut bitmap = vec![0_u8; BITMAP_SIZE]; - - for value in data { - bitmap[*value as usize >> 3] |= 1 << (*value as u8 & 7); - } - - bitmap[0] = bitmap[0] & !1; // zero is not explicitly stored in the bitmap; we assume that the data always contain zeroes - - let min_index = bitmap.iter().position(|&value| value != 0); - let max_index = min_index.map(|min| // only if min was found - min + bitmap[min..].iter().rposition(|&value| value != 0).expect("[min] not found") - ); - - (min_index.unwrap_or(0), max_index.unwrap_or(0), bitmap) -} - -pub fn forward_lookup_table_from_bitmap(bitmap: &[u8]) -> (u16, Vec<u16>) { - debug_assert_eq!(bitmap.len(), BITMAP_SIZE); - - let mut table = vec![0_u16; U16_RANGE]; - let mut count = 0_usize; - - for (index, entry) in table.iter_mut().enumerate() { - if index == 0 || bitmap[index >> 3] as usize & (1 << (index & 7)) != 0 { - *entry = usize_to_u16(count).unwrap(); - count += 1; - } - } - - (usize_to_u16(count - 1).unwrap(), table) -} - -fn reverse_lookup_table_from_bitmap(bitmap: Bytes<'_>) -> (Vec<u16>, u16) { - let mut table = Vec::with_capacity(U16_RANGE); - - for index in 0 .. U16_RANGE { // cannot use iter because filter removes capacity sizehint - if index == 0 || ((bitmap[index >> 3] as usize & (1 << (index & 7))) != 0) { - table.push(usize_to_u16(index).unwrap()); - } - } - - debug_assert!(!table.is_empty()); - let max_value = usize_to_u16(table.len() - 1).unwrap(); - - // fill remaining up to u16 range - assert!(table.len() <= U16_RANGE); - table.resize(U16_RANGE, 0); - - (table, max_value) -} - -fn apply_lookup_table(data: &mut [u16], table: &[u16]) { - for data in data { - *data = table[*data as usize]; - } -} - -#[cfg(test)] -mod test { - use crate::prelude::*; - use crate::compression::ByteVec; - use crate::compression::piz; - use crate::meta::attribute::*; - - fn test_roundtrip_noise_with(channels: ChannelList, rectangle: IntegerBounds){ - let pixel_bytes: ByteVec = (0 .. 37).map(|_| rand::random()).collect::<Vec<u8>>().into_iter() - .cycle().take(channels.bytes_per_pixel * rectangle.size.area()) - .collect(); - - let compressed = piz::compress(&channels, pixel_bytes.clone(), rectangle).unwrap(); - let decompressed = piz::decompress(&channels, compressed, rectangle, pixel_bytes.len(), true).unwrap(); - - assert_eq!(pixel_bytes, decompressed); - } - - - #[test] - fn roundtrip_any_sample_type(){ - for &sample_type in &[SampleType::F16, SampleType::F32, SampleType::U32] { - let channel = ChannelDescription { - sample_type, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }; - - let channels = ChannelList::new(smallvec![ channel.clone(), channel ]); - - let rectangle = IntegerBounds { - position: Vec2(-30, 100), - size: Vec2(1080, 720), - }; - - test_roundtrip_noise_with(channels, rectangle); - } - } - - #[test] - fn roundtrip_two_channels(){ - let channel = ChannelDescription { - sample_type: SampleType::F16, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }; - - let channel2 = ChannelDescription { - sample_type: SampleType::F32, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }; - - let channels = ChannelList::new(smallvec![ channel, channel2 ]); - - let rectangle = IntegerBounds { - position: Vec2(-3, 1), - size: Vec2(223, 3132), - }; - - test_roundtrip_noise_with(channels, rectangle); - } - - - - #[test] - fn roundtrip_seven_channels(){ - let channels = ChannelList::new(smallvec![ - ChannelDescription { - sample_type: SampleType::F32, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }, - - ChannelDescription { - sample_type: SampleType::F32, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }, - - ChannelDescription { - sample_type: SampleType::F32, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }, - - ChannelDescription { - sample_type: SampleType::F16, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }, - - ChannelDescription { - sample_type: SampleType::F32, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }, - - ChannelDescription { - sample_type: SampleType::F32, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }, - - ChannelDescription { - sample_type: SampleType::U32, - - name: Default::default(), - quantize_linearly: false, - sampling: Vec2(1,1) - }, - ]); - - let rectangle = IntegerBounds { - position: Vec2(-3, 1), - size: Vec2(1323, 132), - }; - - test_roundtrip_noise_with(channels, rectangle); - } - -}
\ No newline at end of file diff --git a/vendor/exr/src/compression/piz/wavelet.rs b/vendor/exr/src/compression/piz/wavelet.rs deleted file mode 100644 index 76f996e..0000000 --- a/vendor/exr/src/compression/piz/wavelet.rs +++ /dev/null @@ -1,422 +0,0 @@ - -//! Wavelet encoding and decoding. -// see https://github.com/AcademySoftwareFoundation/openexr/blob/8cd1b9210855fa4f6923c1b94df8a86166be19b1/OpenEXR/IlmImf/ImfWav.cpp - -use crate::error::IoResult; -use crate::math::Vec2; - -#[allow(unused)] -#[inline] -pub fn encode(buffer: &mut [u16], count: Vec2<usize>, size: Vec2<usize>, max_value: u16) -> IoResult<()> { - if is_14_bit(max_value) { encode_14_or_16_bit(buffer, count, size, true) } - else { encode_14_or_16_bit(buffer, count, size, false) } -} - -#[allow(unused)] -#[inline] -pub fn encode_14_or_16_bit( - buffer: &mut [u16], - Vec2(count_x, count_y): Vec2<usize>, - Vec2(offset_x, offset_y): Vec2<usize>, - is_14_bit: bool // true if maximum buffer[i] value < (1 << 14) -) -> IoResult<()> -{ - let count = count_x.min(count_y); - let encode = if is_14_bit { encode_14bit } else { encode_16bit }; // assume inlining and constant propagation - - let mut p: usize = 1; // TODO i32? - let mut p2: usize = 2; // TODO what is p?? - - while p2 <= count { - - let mut position_y = 0; - let end_y = 0 + offset_y * (count_y - p2); - let (offset1_x, offset1_y) = (offset_x * p, offset_y * p); - let (offset2_x, offset2_y) = (offset_x * p2, offset_y * p2); - - // y-loop - while position_y <= end_y { // TODO: for py in (index..ey).nth(offset_2.0) - - let mut position_x = position_y; - let end_x = position_x + offset_x * (count_x - p2); - - // x-loop - while position_x <= end_x { - let pos_right = position_x + offset1_x; - let pos_top = position_x + offset1_y; - let pos_top_right = pos_top + offset1_x; - - assert!(position_x < buffer.len()); - assert!(pos_right < buffer.len()); - assert!(pos_top < buffer.len()); - assert!(pos_top_right < buffer.len()); - - if is_14_bit { - debug_assert!(self::is_14_bit(buffer[position_x])); - debug_assert!(self::is_14_bit(buffer[pos_right])); - } - - let (center, right) = encode(buffer[position_x], buffer[pos_right]); - let (top, top_right) = encode(buffer[pos_top], buffer[pos_top_right]); - - let (center, top) = encode(center, top); - let (right, top_right) = encode(right, top_right); - - buffer[position_x] = center; // TODO rustify - buffer[pos_top] = top; - buffer[pos_right] = right; - buffer[pos_top_right] = top_right; - - position_x += offset2_x; - } - - // encode remaining odd pixel column - if count_x & p != 0 { - let pos_top = position_x + offset1_y; - let (center, top) = encode(buffer[position_x], buffer[pos_top]); - - buffer[position_x] = center; - buffer[pos_top] = top; - } - - position_y += offset2_y; - } - - // encode possibly remaining odd row - if count_y & p != 0 { - let mut position_x = position_y; - let end_x = position_y + offset_x * (count_x - p2); - - while position_x <= end_x { - let pos_right = position_x + offset1_x; - let (center, right) = encode(buffer[position_x], buffer[pos_right]); - - buffer[pos_right] = right; - buffer[position_x] = center; - - position_x += offset2_x; - } - } - - p = p2; - p2 <<= 1; - } - - Ok(()) -} - -#[inline] -pub fn decode(buffer: &mut [u16], count: Vec2<usize>, size: Vec2<usize>, max_value: u16) -> IoResult<()> { - if is_14_bit(max_value) { decode_14_or_16_bit(buffer, count, size, true) } - else { decode_14_or_16_bit(buffer, count, size, false) } -} - -#[inline] -pub fn decode_14_or_16_bit( - buffer: &mut [u16], - Vec2(count_x, count_y): Vec2<usize>, - Vec2(offset_x, offset_y): Vec2<usize>, - is_14_bit: bool // true if maximum buffer[i] value < (1 << 14) -) -> IoResult<()> -{ - let count = count_x.min(count_y); - let decode = if is_14_bit { decode_14bit } else { decode_16bit }; // assume inlining and constant propagation - - let mut p: usize = 1; // TODO i32? - let mut p2: usize; // TODO i32? - - // search max level - while p <= count { - p <<= 1; - } - - p >>= 1; - p2 = p; - p >>= 1; - - while p >= 1 { - - let mut position_y = 0; - let end_y = 0 + offset_y * (count_y - p2); - - let (offset1_x, offset1_y) = (offset_x * p, offset_y * p); - let (offset2_x, offset2_y) = (offset_x * p2, offset_y * p2); - - debug_assert_ne!(offset_x, 0, "offset should not be zero"); - debug_assert_ne!(offset_y, 0, "offset should not be zero"); - - while position_y <= end_y { - let mut position_x = position_y; - let end_x = position_x + offset_x * (count_x - p2); - - while position_x <= end_x { - let pos_right = position_x + offset1_x; - let pos_top = position_x + offset1_y; - let pos_top_right = pos_top + offset1_x; - - assert!(position_x < buffer.len()); - assert!(pos_right < buffer.len()); - assert!(pos_top < buffer.len()); - assert!(pos_top_right < buffer.len()); - - let (center, top) = decode(buffer[position_x], buffer[pos_top]); - let (right, top_right) = decode(buffer[pos_right], buffer[pos_top_right]); - - let (center, right) = decode(center, right); - let (top, top_right) = decode(top, top_right); - - buffer[position_x] = center; // TODO rustify - buffer[pos_top] = top; - buffer[pos_right] = right; - buffer[pos_top_right] = top_right; - - position_x += offset2_x; - } - - // decode last odd remaining x value - if count_x & p != 0 { - let pos_top = position_x + offset1_y; - let (center, top) = decode(buffer[position_x], buffer[pos_top]); - - buffer[position_x] = center; - buffer[pos_top] = top; - } - - position_y += offset2_y; - } - - // decode remaining odd row - if count_y & p != 0 { - let mut position_x = position_y; - let end_x = position_x + offset_x * (count_x - p2); - - while position_x <= end_x { - let pos_right = position_x + offset1_x; - let (center, right) = decode(buffer[position_x], buffer[pos_right]); - - buffer[position_x] = center; - buffer[pos_right] = right; - - position_x += offset2_x; - } - } - - p2 = p; - p >>= 1; - } - - Ok(()) -} - -#[inline] -fn is_14_bit(value: u16) -> bool { - value < (1 << 14) -} - -/// Untransformed data values should be less than (1 << 14). -#[inline] -#[allow(unused)] -fn encode_14bit(a: u16, b: u16) -> (u16, u16) { - let (a, b) = (a as i16, b as i16); - - let m = (a + b) >> 1; - let d = a - b; - - (m as u16, d as u16) // TODO explicitly wrap? -} - -#[inline] -#[allow(unused)] -fn decode_14bit(l: u16, h: u16) -> (u16, u16) { - let (l, h) = (l as i16, h as i16); - - let hi = h as i32; - let ai = l as i32 + (hi & 1) + (hi >> 1); - - let a = ai as i16; // TODO explicitly wrap? - let b = (ai - hi) as i16; // TODO explicitly wrap? - - (a as u16, b as u16) // TODO explicitly wrap? -} - - -const BIT_COUNT: i32 = 16; -const OFFSET: i32 = 1 << (BIT_COUNT - 1); -const MOD_MASK: i32 = (1 << BIT_COUNT) - 1; - -#[inline] -fn encode_16bit(a: u16, b: u16) -> (u16, u16) { - let (a, b) = (a as i32, b as i32); - - let a_offset = (a + OFFSET) & MOD_MASK; - let mut m = (a_offset + b) >> 1; - let d = a_offset - b; - - if d < 0 { m = (m + OFFSET) & MOD_MASK; } - let d = d & MOD_MASK; - - (m as u16, d as u16) // TODO explicitly wrap? -} - -#[inline] -fn decode_16bit(l: u16, h: u16) -> (u16, u16) { - let (m, d) = (l as i32, h as i32); - - let b = (m - (d >> 1)) & MOD_MASK; - let a = (d + b - OFFSET) & MOD_MASK; - - (a as u16, b as u16) // TODO explicitly wrap? -} - - - -#[cfg(test)] -mod test { - use crate::math::Vec2; - use crate::compression::piz::wavelet::is_14_bit; - - #[test] - fn roundtrip_14_bit_values(){ - let data = [ - (13, 54), (3, 123), (423, 53), (1, 23), (23, 515), (513, 43), - (16374, 16381), (16284, 3), (2, 1), (0, 0), (0, 4), (3, 0) - ]; - - for &values in &data { - let (l, h) = super::encode_14bit(values.0, values.1); - let result = super::decode_14bit(l, h); - assert_eq!(values, result); - } - } - - #[test] - fn roundtrip_16_bit_values(){ - let data = [ - (13, 54), (3, 123), (423, 53), (1, 23), (23, 515), (513, 43), - (16385, 56384), (18384, 36384), (2, 1), (0, 0), (0, 4), (3, 0) - ]; - - for &values in &data { - let (l, h) = super::encode_16bit(values.0, values.1); - let result = super::decode_16bit(l, h); - assert_eq!(values, result); - } - } - - #[test] - fn roundtrip_14bit_image(){ - let data: [u16; 6 * 4] = [ - 13, 54, 3, 123, 423, 53, - 1, 23, 23, 515, 513, 43, - 16374, 16381, 16284, 3, 2, 1, - 0, 0, 0, 4, 3, 0, - ]; - - let max = *data.iter().max().unwrap(); - debug_assert!(is_14_bit(max)); - - let mut transformed = data.clone(); - - super::encode(&mut transformed, Vec2(6, 4), Vec2(1,6), max).unwrap(); - super::decode(&mut transformed, Vec2(6, 4), Vec2(1,6), max).unwrap(); - - assert_eq!(data, transformed); - } - - #[test] - fn roundtrip_16bit_image(){ - let data: [u16; 6 * 4] = [ - 13, 54, 3, 123, 423, 53, - 1, 23, 23, 515, 513, 43, - 16385, 56384, 18384, 36384, 2, 1, - 0, 0, 0, 4, 3, 0, - ]; - - let max = *data.iter().max().unwrap(); - debug_assert!(!is_14_bit(max)); - - let mut transformed = data.clone(); - - super::encode(&mut transformed, Vec2(6, 4), Vec2(1,6), max).unwrap(); - super::decode(&mut transformed, Vec2(6, 4), Vec2(1,6), max).unwrap(); - - assert_eq!(data, transformed); - } - - /// inspired by https://github.com/AcademySoftwareFoundation/openexr/blob/master/OpenEXR/IlmImfTest/testWav.cpp - #[test] - fn ground_truth(){ - test_size(1, 1); - test_size(2, 2); - test_size(32, 32); - test_size(1024, 16); - test_size(16, 1024); - test_size(997, 37); - test_size(37, 997); - test_size(1024, 1024); - test_size(997, 997); - - fn test_size(x: usize, y: usize) { - let xy = Vec2(x, y); - roundtrip(noise_14bit(xy), xy); - roundtrip(noise_16bit(xy), xy); - roundtrip(solid(xy, 0), xy); - roundtrip(solid(xy, 1), xy); - roundtrip(solid(xy, 0xffff), xy); - roundtrip(solid(xy, 0x3fff), xy); - roundtrip(solid(xy, 0x3ffe), xy); - roundtrip(solid(xy, 0x3fff), xy); - roundtrip(solid(xy, 0xfffe), xy); - roundtrip(solid(xy, 0xffff), xy); - roundtrip(verticals(xy, 0xffff), xy); - roundtrip(verticals(xy, 0x3fff), xy); - roundtrip(horizontals(xy, 0xffff), xy); - roundtrip(horizontals(xy, 0x3fff), xy); - roundtrip(diagonals(xy, 0xffff), xy); - roundtrip(diagonals(xy, 0x3fff), xy); - } - - fn roundtrip(data: Vec<u16>, size: Vec2<usize>){ - assert_eq!(data.len(), size.area()); - - let max = *data.iter().max().unwrap(); - let offset = Vec2(1, size.0); - - let mut transformed = data.clone(); - super::encode(&mut transformed, size, offset, max).unwrap(); - super::decode(&mut transformed, size, offset, max).unwrap(); - - assert_eq!(data, transformed); - } - - fn noise_14bit(size: Vec2<usize>) -> Vec<u16> { - (0..size.area()).map(|_| (rand::random::<i32>() & 0x3fff) as u16).collect() - } - - fn noise_16bit(size: Vec2<usize>) -> Vec<u16> { - (0..size.area()).map(|_| rand::random::<u16>()).collect() - } - - fn solid(size: Vec2<usize>, value: u16) -> Vec<u16> { - vec![value; size.area()] - } - - fn verticals(size: Vec2<usize>, max_value: u16) -> Vec<u16> { - std::iter::repeat_with(|| (0 .. size.0).map(|x| if x & 1 != 0 { 0 } else { max_value })) - .take(size.1).flatten().collect() - } - - fn horizontals(size: Vec2<usize>, max_value: u16) -> Vec<u16> { - (0 .. size.1) - .flat_map(|y| std::iter::repeat(if y & 1 != 0 { 0 } else { max_value }).take(size.0)) - .collect() - } - - fn diagonals(size: Vec2<usize>, max_value: u16) -> Vec<u16> { - (0 .. size.1).flat_map(|y| { - (0 .. size.0).map(move |x| if (x + y) & 1 != 0 { 0 } else { max_value }) - }).collect() - } - - } -}
\ No newline at end of file diff --git a/vendor/exr/src/compression/pxr24.rs b/vendor/exr/src/compression/pxr24.rs deleted file mode 100644 index 9461c6a..0000000 --- a/vendor/exr/src/compression/pxr24.rs +++ /dev/null @@ -1,261 +0,0 @@ - -//! Lossy compression for F32 data, but lossless compression for U32 and F16 data. -// see https://github.com/AcademySoftwareFoundation/openexr/blob/master/OpenEXR/IlmImf/ImfPxr24Compressor.cpp - -// This compressor is based on source code that was contributed to -// OpenEXR by Pixar Animation Studios. The compression method was -// developed by Loren Carpenter. - - -// The compressor preprocesses the pixel data to reduce entropy, and then calls zlib. -// Compression of HALF and UINT channels is lossless, but compressing -// FLOAT channels is lossy: 32-bit floating-point numbers are converted -// to 24 bits by rounding the significand to 15 bits. -// -// When the compressor is invoked, the caller has already arranged -// the pixel data so that the values for each channel appear in a -// contiguous block of memory. The compressor converts the pixel -// values to unsigned integers: For UINT, this is a no-op. HALF -// values are simply re-interpreted as 16-bit integers. FLOAT -// values are converted to 24 bits, and the resulting bit patterns -// are interpreted as integers. The compressor then replaces each -// value with the difference between the value and its left neighbor. -// This turns flat fields in the image into zeroes, and ramps into -// strings of similar values. Next, each difference is split into -// 2, 3 or 4 bytes, and the bytes are transposed so that all the -// most significant bytes end up in a contiguous block, followed -// by the second most significant bytes, and so on. The resulting -// string of bytes is compressed with zlib. - -use super::*; - -use crate::error::Result; -use lebe::io::ReadPrimitive; - - -// scanline decompression routine, see https://github.com/openexr/openexr/blob/master/OpenEXR/IlmImf/ImfScanLineInputFile.cpp -// 1. Uncompress the data, if necessary (If the line is uncompressed, it's in XDR format, regardless of the compressor's output format.) -// 3. Convert one scan line's worth of pixel data back from the machine-independent representation -// 4. Fill the frame buffer with pixel data, respective to sampling and whatnot - - -#[cfg_attr(target_endian = "big", allow(unused, unreachable_code))] -pub fn compress(channels: &ChannelList, remaining_bytes: ByteVec, area: IntegerBounds) -> Result<ByteVec> { - #[cfg(target_endian = "big")] { - return Err(Error::unsupported( - "PXR24 compression method not supported yet on big endian processor architecture" - )) - } - - if remaining_bytes.is_empty() { return Ok(Vec::new()); } - - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - let remaining_bytes = super::convert_current_to_little_endian(remaining_bytes, channels, area); - let mut remaining_bytes = remaining_bytes.as_slice(); // TODO less allocation - - let bytes_per_pixel: usize = channels.list.iter() - .map(|channel| match channel.sample_type { - SampleType::F16 => 2, SampleType::F32 => 3, SampleType::U32 => 4, - }) - .sum(); - - let mut raw = vec![0_u8; bytes_per_pixel * area.size.area()]; - - { - let mut write = raw.as_mut_slice(); - - // TODO this loop should be an iterator in the `IntegerBounds` class, as it is used in all compressio methods - for y in area.position.1..area.end().1 { - for channel in &channels.list { - if mod_p(y, usize_to_i32(channel.sampling.1)) != 0 { continue; } - - // this apparently can't be a closure in Rust 1.43 due to borrowing ambiguity - let sample_count_x = channel.subsampled_resolution(area.size).0; - macro_rules! split_off_write_slice { () => {{ - let (slice, rest) = write.split_at_mut(sample_count_x); - write = rest; - slice - }}; } - - let mut previous_pixel: u32 = 0; - - match channel.sample_type { - SampleType::F16 => { - let out_byte_tuples = split_off_write_slice!().iter_mut() - .zip(split_off_write_slice!()); - - for (out_byte_0, out_byte_1) in out_byte_tuples { - let pixel = u16::read_from_native_endian(&mut remaining_bytes).unwrap() as u32; - let [byte_1, byte_0] = (pixel.wrapping_sub(previous_pixel) as u16).to_ne_bytes(); - - *out_byte_0 = byte_0; - *out_byte_1 = byte_1; - previous_pixel = pixel; - } - }, - - SampleType::U32 => { - let out_byte_quadruplets = split_off_write_slice!().iter_mut() - .zip(split_off_write_slice!()) - .zip(split_off_write_slice!()) - .zip(split_off_write_slice!()); - - for (((out_byte_0, out_byte_1), out_byte_2), out_byte_3) in out_byte_quadruplets { - let pixel = u32::read_from_native_endian(&mut remaining_bytes).unwrap(); - let [byte_3, byte_2, byte_1, byte_0] = pixel.wrapping_sub(previous_pixel).to_ne_bytes(); - - *out_byte_0 = byte_0; - *out_byte_1 = byte_1; - *out_byte_2 = byte_2; - *out_byte_3 = byte_3; - previous_pixel = pixel; - } - }, - - SampleType::F32 => { - let out_byte_triplets = split_off_write_slice!().iter_mut() - .zip(split_off_write_slice!()) - .zip(split_off_write_slice!()); - - for ((out_byte_0, out_byte_1), out_byte_2) in out_byte_triplets { - let pixel = f32_to_f24(f32::read_from_native_endian(&mut remaining_bytes).unwrap()); - let [byte_2, byte_1, byte_0, _] = pixel.wrapping_sub(previous_pixel).to_ne_bytes(); - previous_pixel = pixel; - - *out_byte_0 = byte_0; - *out_byte_1 = byte_1; - *out_byte_2 = byte_2; - } - }, - } - } - } - - debug_assert_eq!(write.len(), 0, "bytes left after compression"); - } - - Ok(miniz_oxide::deflate::compress_to_vec_zlib(raw.as_slice(), 4)) -} - -#[cfg_attr(target_endian = "big", allow(unused, unreachable_code))] -pub fn decompress(channels: &ChannelList, bytes: ByteVec, area: IntegerBounds, expected_byte_size: usize, pedantic: bool) -> Result<ByteVec> { - #[cfg(target_endian = "big")] { - return Err(Error::unsupported( - "PXR24 decompression method not supported yet on big endian processor architecture" - )) - } - - let options = zune_inflate::DeflateOptions::default().set_limit(expected_byte_size).set_size_hint(expected_byte_size); - let mut decoder = zune_inflate::DeflateDecoder::new_with_options(&bytes, options); - let raw = decoder.decode_zlib() - .map_err(|_| Error::invalid("zlib-compressed data malformed"))?; // TODO share code with zip? - - let mut read = raw.as_slice(); - let mut out = Vec::with_capacity(expected_byte_size.min(2048*4)); - - for y in area.position.1 .. area.end().1 { - for channel in &channels.list { - if mod_p(y, usize_to_i32(channel.sampling.1)) != 0 { continue; } - - let sample_count_x = channel.subsampled_resolution(area.size).0; - let mut read_sample_line = ||{ - if sample_count_x > read.len() { return Err(Error::invalid("not enough data")) } - let (samples, rest) = read.split_at(sample_count_x); - read = rest; - Ok(samples) - }; - - let mut pixel_accumulation: u32 = 0; - - match channel.sample_type { - SampleType::F16 => { - let sample_byte_pairs = read_sample_line()?.iter() - .zip(read_sample_line()?); - - for (&in_byte_0, &in_byte_1) in sample_byte_pairs { - let difference = u16::from_ne_bytes([in_byte_1, in_byte_0]) as u32; - pixel_accumulation = pixel_accumulation.overflowing_add(difference).0; - out.extend_from_slice(&(pixel_accumulation as u16).to_ne_bytes()); - } - }, - - SampleType::U32 => { - let sample_byte_quads = read_sample_line()?.iter() - .zip(read_sample_line()?) - .zip(read_sample_line()?) - .zip(read_sample_line()?); - - for (((&in_byte_0, &in_byte_1), &in_byte_2), &in_byte_3) in sample_byte_quads { - let difference = u32::from_ne_bytes([in_byte_3, in_byte_2, in_byte_1, in_byte_0]); - pixel_accumulation = pixel_accumulation.overflowing_add(difference).0; - out.extend_from_slice(&pixel_accumulation.to_ne_bytes()); - } - }, - - SampleType::F32 => { - let sample_byte_triplets = read_sample_line()?.iter() - .zip(read_sample_line()?).zip(read_sample_line()?); - - for ((&in_byte_0, &in_byte_1), &in_byte_2) in sample_byte_triplets { - let difference = u32::from_ne_bytes([0, in_byte_2, in_byte_1, in_byte_0]); - pixel_accumulation = pixel_accumulation.overflowing_add(difference).0; - out.extend_from_slice(&pixel_accumulation.to_ne_bytes()); - } - } - } - } - } - - if pedantic && !read.is_empty() { - return Err(Error::invalid("too much data")); - } - - Ok(super::convert_little_endian_to_current(out, channels, area)) -} - - - - -/// Conversion from 32-bit to 24-bit floating-point numbers. -/// Reverse conversion is just a simple 8-bit left shift. -pub fn f32_to_f24(float: f32) -> u32 { - let bits = float.to_bits(); - - let sign = bits & 0x80000000; - let exponent = bits & 0x7f800000; - let mantissa = bits & 0x007fffff; - - let result = if exponent == 0x7f800000 { - if mantissa != 0 { - // F is a NAN; we preserve the sign bit and - // the 15 leftmost bits of the significand, - // with one exception: If the 15 leftmost - // bits are all zero, the NAN would turn - // into an infinity, so we have to set at - // least one bit in the significand. - - let mantissa = mantissa >> 8; - (exponent >> 8) | mantissa | if mantissa == 0 { 1 } else { 0 } - } - else { // F is an infinity. - exponent >> 8 - } - } - else { // F is finite, round the significand to 15 bits. - let result = ((exponent | mantissa) + (mantissa & 0x00000080)) >> 8; - - if result >= 0x7f8000 { - // F was close to FLT_MAX, and the significand was - // rounded up, resulting in an exponent overflow. - // Avoid the overflow by truncating the significand - // instead of rounding it. - - (exponent | mantissa) >> 8 - } - else { - result - } - }; - - return (sign >> 8) | result; -}
\ No newline at end of file diff --git a/vendor/exr/src/compression/rle.rs b/vendor/exr/src/compression/rle.rs deleted file mode 100644 index e96ce72..0000000 --- a/vendor/exr/src/compression/rle.rs +++ /dev/null @@ -1,112 +0,0 @@ -use super::*; -use super::optimize_bytes::*; -use super::Error; -use super::Result; - -// inspired by https://github.com/openexr/openexr/blob/master/OpenEXR/IlmImf/ImfRle.cpp - -const MIN_RUN_LENGTH : usize = 3; -const MAX_RUN_LENGTH : usize = 127; - - -pub fn decompress_bytes( - channels: &ChannelList, - compressed: ByteVec, - rectangle: IntegerBounds, - expected_byte_size: usize, - pedantic: bool, -) -> Result<ByteVec> { - let mut remaining = compressed.as_slice(); - let mut decompressed = Vec::with_capacity(expected_byte_size.min(8*2048)); - - while !remaining.is_empty() && decompressed.len() != expected_byte_size { - let count = take_1(&mut remaining)? as i8 as i32; - - if count < 0 { - // take the next '-count' bytes as-is - let values = take_n(&mut remaining, (-count) as usize)?; - decompressed.extend_from_slice(values); - } - else { - // repeat the next value 'count + 1' times - let value = take_1(&mut remaining)?; - decompressed.resize(decompressed.len() + count as usize + 1, value); - } - } - - if pedantic && !remaining.is_empty() { - return Err(Error::invalid("data amount")); - } - - differences_to_samples(&mut decompressed); - interleave_byte_blocks(&mut decompressed); - Ok(super::convert_little_endian_to_current(decompressed, channels, rectangle))// TODO no alloc -} - -pub fn compress_bytes(channels: &ChannelList, uncompressed: ByteVec, rectangle: IntegerBounds) -> Result<ByteVec> { - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - let mut data = super::convert_current_to_little_endian(uncompressed, channels, rectangle);// TODO no alloc - - separate_bytes_fragments(&mut data); - samples_to_differences(&mut data); - - let mut compressed = Vec::with_capacity(data.len()); - let mut run_start = 0; - let mut run_end = 1; - - while run_start < data.len() { - while - run_end < data.len() - && data[run_start] == data[run_end] - && (run_end - run_start) as i32 - 1 < MAX_RUN_LENGTH as i32 - { - run_end += 1; - } - - if run_end - run_start >= MIN_RUN_LENGTH { - compressed.push(((run_end - run_start) as i32 - 1) as u8); - compressed.push(data[run_start]); - run_start = run_end; - - } else { - while - run_end < data.len() && ( - (run_end + 1 >= data.len() || data[run_end] != data[run_end + 1]) - || (run_end + 2 >= data.len() || data[run_end + 1] != data[run_end + 2]) - ) && run_end - run_start < MAX_RUN_LENGTH - { - run_end += 1; - } - - compressed.push((run_start as i32 - run_end as i32) as u8); - compressed.extend_from_slice(&data[run_start .. run_end]); - - run_start = run_end; - run_end += 1; - } - } - - Ok(compressed) -} - -fn take_1(slice: &mut &[u8]) -> Result<u8> { - if !slice.is_empty() { - let result = slice[0]; - *slice = &slice[1..]; - Ok(result) - - } else { - Err(Error::invalid("compressed data")) - } -} - -fn take_n<'s>(slice: &mut &'s [u8], n: usize) -> Result<&'s [u8]> { - if n <= slice.len() { - let (front, back) = slice.split_at(n); - *slice = back; - Ok(front) - - } else { - Err(Error::invalid("compressed data")) - } -} diff --git a/vendor/exr/src/compression/zip.rs b/vendor/exr/src/compression/zip.rs deleted file mode 100644 index 0e9899c..0000000 --- a/vendor/exr/src/compression/zip.rs +++ /dev/null @@ -1,41 +0,0 @@ - -// see https://github.com/openexr/openexr/blob/master/OpenEXR/IlmImf/ImfCompressor.cpp - - -use super::*; -use super::optimize_bytes::*; -use crate::error::Result; - -// scanline decompression routine, see https://github.com/openexr/openexr/blob/master/OpenEXR/IlmImf/ImfScanLineInputFile.cpp -// 1. Uncompress the data, if necessary (If the line is uncompressed, it's in XDR format, regardless of the compressor's output format.) -// 3. Convert one scan line's worth of pixel data back from the machine-independent representation -// 4. Fill the frame buffer with pixel data, respective to sampling and whatnot - - -pub fn decompress_bytes( - channels: &ChannelList, - data: ByteVec, - rectangle: IntegerBounds, - expected_byte_size: usize, - _pedantic: bool, -) -> Result<ByteVec> { - let options = zune_inflate::DeflateOptions::default().set_limit(expected_byte_size).set_size_hint(expected_byte_size); - let mut decoder = zune_inflate::DeflateDecoder::new_with_options(&data, options); - let mut decompressed = decoder.decode_zlib() - .map_err(|_| Error::invalid("zlib-compressed data malformed"))?; - - differences_to_samples(&mut decompressed); - interleave_byte_blocks(&mut decompressed); - - Ok(super::convert_little_endian_to_current(decompressed, channels, rectangle))// TODO no alloc -} - -pub fn compress_bytes(channels: &ChannelList, uncompressed: ByteVec, rectangle: IntegerBounds) -> Result<ByteVec> { - // see https://github.com/AcademySoftwareFoundation/openexr/blob/3bd93f85bcb74c77255f28cdbb913fdbfbb39dfe/OpenEXR/IlmImf/ImfTiledOutputFile.cpp#L750-L842 - let mut packed = convert_current_to_little_endian(uncompressed, channels, rectangle); - - separate_bytes_fragments(&mut packed); - samples_to_differences(&mut packed); - - Ok(miniz_oxide::deflate::compress_to_vec_zlib(packed.as_slice(), 4)) -} diff --git a/vendor/exr/src/error.rs b/vendor/exr/src/error.rs deleted file mode 100644 index 4ab141f..0000000 --- a/vendor/exr/src/error.rs +++ /dev/null @@ -1,136 +0,0 @@ - -//! Error type definitions. - -use std::borrow::Cow; -use std::io::ErrorKind; -pub use std::io::Error as IoError; -pub use std::io::Result as IoResult; -use std::convert::TryFrom; -use std::error; -use std::fmt; -use std::num::TryFromIntError; - - -// Export types - -/// A result that may contain an exr error. -pub type Result<T> = std::result::Result<T, Error>; - -/// A result that, if ok, contains nothing, and otherwise contains an exr error. -pub type UnitResult = Result<()>; - - -/// An error that may happen while reading or writing an exr file. -/// Distinguishes between three types of errors: -/// unsupported features, invalid data, and file system errors. -#[derive(Debug)] -pub enum Error { - - /// Reading or Writing the file has been aborted by the caller. - /// This error will never be triggered by this crate itself, - /// only by users of this library. - /// It exists to be returned from a progress callback. - Aborted, // FIXME remove?? is not used really? - - /// The contents of the file are not supported by - /// this specific implementation of open exr, - /// even though the data may be valid. - NotSupported(Cow<'static, str>), - - /// The contents of the image are contradicting or insufficient. - /// Also returned for `ErrorKind::UnexpectedEof` errors. - Invalid(Cow<'static, str>), - - /// The underlying byte stream could not be read successfully, - /// probably due to file system related errors. - Io(IoError), -} - - -impl Error { - - /// Create an error of the variant `Invalid`. - pub(crate) fn invalid(message: impl Into<Cow<'static, str>>) -> Self { - Error::Invalid(message.into()) - } - - /// Create an error of the variant `NotSupported`. - pub(crate) fn unsupported(message: impl Into<Cow<'static, str>>) -> Self { - Error::NotSupported(message.into()) - } -} - -/// Enable using the `?` operator on `std::io::Result`. -impl From<IoError> for Error { - fn from(error: IoError) -> Self { - if error.kind() == ErrorKind::UnexpectedEof { - Error::invalid("reference to missing bytes") - } - else { - Error::Io(error) - } - } -} - -// TODO use `usize::try_from(x)?` everywhere -impl From<TryFromIntError> for Error { - fn from(_: TryFromIntError) -> Self { - Error::invalid("invalid size") - } -} - -impl error::Error for Error { - fn source(&self) -> Option<&(dyn error::Error + 'static)> { - match *self { - Error::Io(ref err) => Some(err), - _ => None, - } - } -} - -impl fmt::Display for Error { - fn fmt(&self, formatter: &mut fmt::Formatter<'_>) -> fmt::Result { - match self { - Error::Io(err) => err.fmt(formatter), - Error::NotSupported(message) => write!(formatter, "not supported: {}", message), - Error::Invalid(message) => write!(formatter, "invalid: {}", message), - Error::Aborted => write!(formatter, "cancelled"), - } - } -} - -/// Return error on invalid range. -#[inline] -pub(crate) fn i32_to_usize(value: i32, error_message: &'static str) -> Result<usize> { - usize::try_from(value).map_err(|_| Error::invalid(error_message)) -} - -/// Return error on invalid range. -#[inline] -pub(crate) fn usize_to_u16(value: usize) -> Result<u16> { - Ok(u16::try_from(value)?) -} - -/// Panic on overflow. -#[inline] -pub(crate) fn u64_to_usize(value: u64) -> usize { - usize::try_from(value).expect("(u64 as usize) overflowed") -} - -/// Panic on overflow. -#[inline] -pub(crate) fn u32_to_usize(value: u32) -> usize { - usize::try_from(value).expect("(u32 as usize) overflowed") -} - -/// Panic on overflow. -#[inline] -pub(crate) fn usize_to_i32(value: usize) -> i32 { - i32::try_from(value).expect("(usize as i32) overflowed") -} - -/// Panic on overflow. -#[inline] -pub(crate) fn usize_to_u64(value: usize) -> u64 { - u64::try_from(value).expect("(usize as u64) overflowed") -} diff --git a/vendor/exr/src/image/channel_groups.rs b/vendor/exr/src/image/channel_groups.rs deleted file mode 100644 index 7d74375..0000000 --- a/vendor/exr/src/image/channel_groups.rs +++ /dev/null @@ -1,267 +0,0 @@ - -use std::collections::HashMap; -use crate::image::write::channels::{WritableChannels, ChannelsWriter}; -use crate::meta::attribute::{LevelMode, ChannelList, Text, TextSlice, ChannelInfo}; -use crate::meta::header::Header; -use crate::image::read::layers::{ReadChannels, ChannelsReader}; -use crate::block::{BlockIndex, UncompressedBlock}; -use crate::block::lines::{collect_uncompressed_block_from_lines, LineIndex}; -use std::io::{Cursor, Read}; -use crate::error::{Result, UnitResult}; -use crate::block::chunk::TileCoordinates; -use crate::prelude::SmallVec; - - - - - -pub struct ChannelGroups<ChannelGroup> { - channel_group: Option<ChannelGroup>, - children: HashMap<Text, Self> -} - - -impl<ChannelGroup> ChannelGroups<ChannelGroup> { - - - // pub fn visit_groups_mut(&mut self, visitor: impl Fn(&mut Channels)) { - // } - - - - pub fn groups(&self) -> SmallVec<[&ChannelGroup; 12]> { - let children = self.children.iter().flat_map(|group| group.groups()); - self.channel_group.iter().chain(children).collect() - } - - pub fn lookup_group(&self, group_name: &TextSlice) -> Option<&ChannelGroup> { - let dot_index = group_name.iter().position('.'); - if let Some(dot_index) = dot_index { - let group_name = &group_name[.. dot_index]; - let child_name = &group_name[dot_index + 1 ..]; - self.children.get(group_name) - .and_then(|child| child.lookup(child_name)) - } - else { - self.channel_group.lookup(name) - } - } - - - /*pub fn insert_group(&mut self, full_name: &TextSlice, value: ChannelGroup) { - let dot_index = full_name.iter().position('.'); - if let Some(dot_index) = dot_index { - let group_name = &group_name[.. dot_index]; - let name_rest = &group_name[dot_index + 1 ..]; - - self.children.entry(Text::from_slice_unchecked(group_name)) - .or_insert(|| ); - - // self.children.insert(Text::from_slice_unchecked(group_name), value) - // .and_then(|child| child.lookup(name_rest)); - } - else { - self.channel_group.lookup(name); - } - }*/ - - pub fn map<T>(self, mapper: impl FnMut(ChannelGroup) -> T) -> ChannelGroups<T> { - ChannelGroups { - children: self.channel_group.iter().map(&mapper).collect(), - channel_group: self.channel_group.map(mapper), - } - } -} - - -pub fn parse_channel_list_groups<T>(channels: impl Iterator<Item=(Text, T)>) - -> ChannelGroups<SmallVec<(Text, T)>> -{ - fn insert_into_groups(groups: &mut ChannelGroups<SmallVec<(Text, T)>>, name: Text, value: T) { - let dot_index = name.as_slice().iter().position('.'); - - if let Some(dot_index) = dot_index { - // insert into child group - - let group_name = Text::from_slice_unchecked(&name.as_slice()[.. dot_index]); - let child_channel = Text::from_slice_unchecked(&name.as_slice()[dot_index + 1 ..]); - - let child_group = groups.children.entry(group_name) - .or_insert(ChannelGroups { channel_group: None, children: Default::default() }); - - insert_into_groups(child_group, child_channel, value); - } - - else { - // insert directly into group - - if groups.channel_group.is_none() { - groups.channel_group = Some(SmallVec::new()); - } - - groups.channel_group.unwrap().push(value); - } - } - - let mut result = ChannelGroups { channel_group: None, children: HashMap::default() }; - for (name, value) in channels { insert_into_groups(&mut result, name, value); } - result -} - - -impl<'slf, ChannelGroup> WritableChannels<'slf> for ChannelGroups<ChannelGroup> - where ChannelGroup: WritableChannels<'slf> -{ - fn infer_channel_list(&self) -> ChannelList { - // TODO what about empty groups with NO channels?? - - let child_channels = self.children.iter().flat_map(|(group_name, child)| { - let mut child_channels = child.infer_channel_list().list; - for channel in &mut child_channels { channel.name.push_front(group_name) }; - child_channels - }); - - let mut own_channels = self.channel_group - .map(|chans| chans.infer_channel_list().list) - .unwrap_or_default(); - - own_channels.extend(child_channels); - own_channels.sort_unstable(); // TODO only once at end - ChannelList::new(own_channels) // might be empty, but will be checked in MetaData::validate() - } - - fn level_mode(&self) -> LevelMode { - fn find_mode_or_none(channels: &Self) -> Option<LevelMode> { - channels.channel_group.map(WritableChannels::level_mode).or_else(|| { - channels.children.iter().map(find_mode_or_none).next() - }) - } - - let mode = find_mode_or_none(self) - .expect("empty channel groups (check failed)"); // TODO only happens for empty channels, right? panic maybe? - - if let Some(chans) = self.channel_group.as_ref() { - debug_assert_eq!(chans.level_mode(), mode, "level mode must be equal for all legacy channel groups") - } - - debug_assert!( - self.children.values() - .flat_map(find_mode_or_none) - .all(|child_mode| child_mode == mode), - - "level mode must be equal for all legacy channel groups" - ); - - mode - } - - type Writer = GroupChannelsWriter<'slf, ChannelGroup>; - - fn create_writer(&'slf self, header: &Header) -> Self::Writer { - let channels = header.channels.list.iter() - .map(|channel_info|{ - // hashmap order is not guaranteed? so look up each channel group manually instead of generating new - let channels = self.lookup_group(channel_info.name.as_slice()) - .expect("channels not found bug"); - - channels.create_writer(header) // channel_info.name.clone() - }) - .collect(); - - GroupChannelsWriter { channels_list: channels } - } -} - -struct GroupChannelsWriter<'c, ChannelGroupWriter> { - channels_list: Vec<&'c ChannelGroupWriter>, -} - -impl<'c, Channels> ChannelsWriter for GroupChannelsWriter<'c, Channels> where Channels: ChannelsWriter { - fn extract_uncompressed_block(&self, header: &Header, block: BlockIndex) -> Vec<u8> { - let mut blocks_per_channel: Vec<Cursor<Vec<u8>>> = self - .channels_list.iter() - .map(|channels| Cursor::new(channels.extract_uncompressed_block(header, block))) - .collect(); - - UncompressedBlock::uncompressed_block_from_lines(header, block, |line|{ - let channel_reader = &mut blocks_per_channel[line.location.channel]; // TODO subsampling - - // read from specific channel into total byte block - // this assumes that the lines in the callback are iterated in strictly increasing order - // because each channel reader is consumed - channel_reader.read_exact(line.value) - .expect("collecting grouped channel byte block failed"); - }) - } -} - - -struct ReadChannelGroups<ReadChannelGroup> { - read_channels: ReadChannelGroup -} - -struct ChannelGroupsReader<ChannelGroupReader> { - channels: ChannelGroups<usize>, - indexed_channels: Vec<ChannelGroupReader>, -} - -impl<'s, ReadChannelGroup> ReadChannels<'s> for ReadChannelGroups<ReadChannelGroup> - where ReadChannelGroup: ReadChannels<'s> -{ - type Reader = ChannelGroupsReader<ReadChannelGroup::Reader>; - - fn create_channels_reader(&'s self, header: &Header) -> Result<Self::Reader> { - let swap = |(a,b)| (b,a); - let channel_groups = parse_channel_list_groups( - header.channels.list.iter().enumerate().map(swap) - ); - - let mut indexed_channels = Vec::new(); - let channel_groups = channel_groups.map(|channels| { - - let mut channels_header = header.clone(); // TODO no clone? - channels_header.channels = ChannelList::new(channels.iter().map(|(name, index)|{ - let mut channel_info = header.channels.list[index].clone(); - channel_info.name = name; - channel_info - }).collect()); // FIXME does not comply to `header.chunk_count` and that stuff?? change ReadChannels fn signature? - - indexed_channels.push(self.read_channels.create_channels_reader(&channels_header)); - - // FIXME this is not the original order indexed_channels.len() - 1 - indexed_channels[] - }); - - Ok(ChannelGroupsReader { - channels: channel_groups, - indexed_channels, - }) - - /*Ok(ChannelGroupsReader { - channels: header.channels.list.iter().map(|channel| { - let mut channels_header = header.clone(); - - let reader = self.read_channels.create_channels_reader(&channels_header); - (channels_header, reader) - }).collect(), - })*/ - } -} - -impl<ChannelGroupReader> ChannelsReader for ChannelGroupsReader<ChannelGroupReader> where ChannelGroupReader: ChannelsReader { - type Channels = ChannelGroups<ChannelGroupReader::Channels>; - - fn filter_block(&self, tile: (usize, &TileCoordinates)) -> bool { - self.indexed_channels.iter().any(|channel| channel.filter_block(tile)) - } - - fn read_block(&mut self, header: &Header, block: UncompressedBlock) -> UnitResult { - block.for_lines(|line|{ - - }) - } - - fn into_channels(self) -> Self::Channels { - - } -}
\ No newline at end of file diff --git a/vendor/exr/src/image/crop.rs b/vendor/exr/src/image/crop.rs deleted file mode 100644 index 63aadbf..0000000 --- a/vendor/exr/src/image/crop.rs +++ /dev/null @@ -1,801 +0,0 @@ -//! Crop away unwanted pixels. Includes automatic detection of bounding rectangle. -//! Currently does not support deep data and resolution levels. - -use crate::meta::attribute::{IntegerBounds, LevelMode, ChannelList}; -use crate::math::{Vec2, RoundingMode}; -use crate::image::{Layer, FlatSamples, SpecificChannels, AnyChannels, FlatSamplesPixel, AnyChannel}; -use crate::image::write::channels::{GetPixel, WritableChannels, ChannelsWriter}; -use crate::meta::header::{LayerAttributes, Header}; -use crate::block::BlockIndex; - -/// Something that has a two-dimensional rectangular shape -pub trait GetBounds { - - /// The bounding rectangle of this pixel grid. - fn bounds(&self) -> IntegerBounds; -} - -/// Inspect the pixels in this image to determine where to crop some away -pub trait InspectSample: GetBounds { - - /// The type of pixel in this pixel grid. - type Sample; - - /// Index is not in world coordinates, but within the data window. - /// Position `(0,0)` always represents the top left pixel. - fn inspect_sample(&self, local_index: Vec2<usize>) -> Self::Sample; -} - -/// Crop some pixels ways when specifying a smaller rectangle -pub trait Crop: Sized { - - /// The type of this image after cropping (probably the same as before) - type Cropped; - - /// Crop the image to exclude unwanted pixels. - /// Panics for invalid (larger than previously) bounds. - /// The bounds are specified in absolute coordinates. - /// Does not reduce allocation size of the current image, but instead only adjust a few boundary numbers. - /// Use `reallocate_cropped()` on the return value to actually reduce the memory footprint. - fn crop(self, bounds: IntegerBounds) -> Self::Cropped; - - /// Reduce your image to a smaller part, usually to save memory. - /// Crop if bounds are specified, return the original if no bounds are specified. - /// Does not reduce allocation size of the current image, but instead only adjust a few boundary numbers. - /// Use `reallocate_cropped()` on the return value to actually reduce the memory footprint. - fn try_crop(self, bounds: Option<IntegerBounds>) -> CropResult<Self::Cropped, Self> { - match bounds { - Some(bounds) => CropResult::Cropped(self.crop(bounds)), - None => CropResult::Empty { original: self }, - } - } -} - -/// Cropping an image fails if the image is fully transparent. -/// Use [`or_crop_to_1x1_if_empty`] or [`or_none_if_empty`] to obtain a normal image again. -#[must_use] -#[derive(Debug, Clone, Copy, Eq, PartialEq)] -pub enum CropResult<Cropped, Old> { - - /// The image contained some pixels and has been cropped or left untouched - Cropped (Cropped), - - /// All pixels in the image would be discarded, removing the whole image - Empty { - - /// The fully discarded image which caused the cropping to fail - original: Old - } -} - -/// Crop away unwanted pixels from the border if they match the specified rule. -pub trait CropWhere<Sample>: Sized { - - /// The type of the cropped image (probably the same as the original image). - type Cropped; - - /// Crop away unwanted pixels from the border if they match the specified rule. - /// Does not reduce allocation size of the current image, but instead only adjust a few boundary numbers. - /// Use `reallocate_cropped()` on the return value to actually reduce the memory footprint. - fn crop_where(self, discard_if: impl Fn(Sample) -> bool) -> CropResult<Self::Cropped, Self>; - - /// Crop away unwanted pixels from the border if they match the specified color. - /// If you want discard based on a rule, use `crop_where` with a closure instead. - /// Does not reduce allocation size of the current image, but instead only adjust a few boundary numbers. - /// Use `reallocate_cropped()` on the return value to actually reduce the memory footprint. - fn crop_where_eq(self, discard_color: impl Into<Sample>) -> CropResult<Self::Cropped, Self> where Sample: PartialEq; - - /// Convert this data to cropped data without discarding any pixels. - fn crop_nowhere(self) -> Self::Cropped; -} - -impl<Channels> Crop for Layer<Channels> { - type Cropped = Layer<CroppedChannels<Channels>>; - - fn crop(self, bounds: IntegerBounds) -> Self::Cropped { - CroppedChannels::crop_layer(bounds, self) - } -} - -impl<T> CropWhere<T::Sample> for T where T: Crop + InspectSample { - type Cropped = <Self as Crop>::Cropped; - - fn crop_where(self, discard_if: impl Fn(T::Sample) -> bool) -> CropResult<Self::Cropped, Self> { - let smaller_bounds = { - let keep_if = |position| !discard_if(self.inspect_sample(position)); - try_find_smaller_bounds(self.bounds(), keep_if) - }; - - self.try_crop(smaller_bounds) - } - - fn crop_where_eq(self, discard_color: impl Into<T::Sample>) -> CropResult<Self::Cropped, Self> where T::Sample: PartialEq { - let discard_color: T::Sample = discard_color.into(); - self.crop_where(|sample| sample == discard_color) - } - - fn crop_nowhere(self) -> Self::Cropped { - let current_bounds = self.bounds(); - self.crop(current_bounds) - } -} - -/// A smaller window into an existing pixel storage -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct CroppedChannels<Channels> { - - /// The uncropped pixel storage - pub full_channels: Channels, - - /// The uncropped pixel storage bounds - pub full_bounds: IntegerBounds, - - /// The cropped pixel storage bounds - pub cropped_bounds: IntegerBounds, -} - -impl<Channels> CroppedChannels<Channels> { - - /// Wrap a layer in a cropped view with adjusted bounds, but without reallocating your pixels - pub fn crop_layer(new_bounds: IntegerBounds, layer: Layer<Channels>) -> Layer<CroppedChannels<Channels>> { - Layer { - channel_data: CroppedChannels { - cropped_bounds: new_bounds, - full_bounds: layer.absolute_bounds(), - full_channels: layer.channel_data, - }, - - size: new_bounds.size, - - attributes: LayerAttributes { - layer_position: new_bounds.position, - .. layer.attributes - }, - - encoding: layer.encoding - } - } -} - -// TODO make cropped view readable if you only need a specific section of the image? - -// make cropped view writable: - -impl<'slf, Channels:'slf> WritableChannels<'slf> for CroppedChannels<Channels> where Channels: WritableChannels<'slf> { - fn infer_channel_list(&self) -> ChannelList { - self.full_channels.infer_channel_list() // no need for adjustments, as the layer content already reflects the changes - } - - fn infer_level_modes(&self) -> (LevelMode, RoundingMode) { - self.full_channels.infer_level_modes() - } - - type Writer = CroppedWriter<Channels::Writer>; - - fn create_writer(&'slf self, header: &Header) -> Self::Writer { - let offset = (self.cropped_bounds.position - self.full_bounds.position) - .to_usize("invalid cropping bounds for cropped view").unwrap(); - - CroppedWriter { channels: self.full_channels.create_writer(header), offset } - } -} - -/// A writer for the cropped view layer -#[derive(Debug, Clone, PartialEq)] -pub struct CroppedWriter<ChannelsWriter> { - channels: ChannelsWriter, - offset: Vec2<usize> -} - -impl<'c, Channels> ChannelsWriter for CroppedWriter<Channels> where Channels: ChannelsWriter { - fn extract_uncompressed_block(&self, header: &Header, block: BlockIndex) -> Vec<u8> { - let block = BlockIndex { - pixel_position: block.pixel_position + self.offset, - .. block - }; - - self.channels.extract_uncompressed_block(header, block) - } -} - -impl<Samples, Channels> InspectSample for Layer<SpecificChannels<Samples, Channels>> where Samples: GetPixel { - type Sample = Samples::Pixel; - fn inspect_sample(&self, local_index: Vec2<usize>) -> Samples::Pixel { - self.channel_data.pixels.get_pixel(local_index) - } -} - -impl InspectSample for Layer<AnyChannels<FlatSamples>> { - type Sample = FlatSamplesPixel; - - fn inspect_sample(&self, local_index: Vec2<usize>) -> FlatSamplesPixel { - self.sample_vec_at(local_index) - } -} - -// ALGORITHM IDEA: for arbitrary channels, find the most desired channel, -// and process that first, keeping the processed bounds as starting point for the other layers - -/// Realize a cropped view of the original data, -/// by actually removing the unwanted original pixels, -/// reducing the memory consumption. -/// Currently not supported for `SpecificChannels`. -pub trait ApplyCroppedView { - - /// The simpler type after cropping is realized - type Reallocated; - - /// Make the cropping real by reallocating the underlying storage, - /// with the goal of reducing total memory usage. - /// Currently not supported for `SpecificChannels`. - fn reallocate_cropped(self) -> Self::Reallocated; -} - -impl ApplyCroppedView for Layer<CroppedChannels<AnyChannels<FlatSamples>>> { - type Reallocated = Layer<AnyChannels<FlatSamples>>; - - fn reallocate_cropped(self) -> Self::Reallocated { - let cropped_absolute_bounds = self.channel_data.cropped_bounds; - let cropped_relative_bounds = cropped_absolute_bounds.with_origin(-self.channel_data.full_bounds.position); - - assert!(self.absolute_bounds().contains(cropped_absolute_bounds), "bounds not valid for layer dimensions"); - assert!(cropped_relative_bounds.size.area() > 0, "the cropped image would be empty"); - - Layer { - channel_data: if cropped_relative_bounds.size == self.channel_data.full_bounds.size { - assert_eq!(cropped_absolute_bounds.position, self.channel_data.full_bounds.position, "crop bounds size equals, but position does not"); - - // the cropping would not remove any pixels - self.channel_data.full_channels - } - else { - let start_x = cropped_relative_bounds.position.x() as usize; // safe, because just checked above - let start_y = cropped_relative_bounds.position.y() as usize; // safe, because just checked above - let x_range = start_x .. start_x + cropped_relative_bounds.size.width(); - let old_width = self.channel_data.full_bounds.size.width(); - let new_height = cropped_relative_bounds.size.height(); - - let channels = self.channel_data.full_channels.list.into_iter().map(|channel: AnyChannel<FlatSamples>| { - fn crop_samples<T:Copy>(samples: Vec<T>, old_width: usize, new_height: usize, x_range: std::ops::Range<usize>, y_start: usize) -> Vec<T> { - let filtered_lines = samples.chunks_exact(old_width).skip(y_start).take(new_height); - let trimmed_lines = filtered_lines.map(|line| &line[x_range.clone()]); - trimmed_lines.flatten().map(|x|*x).collect() // TODO does this use memcpy? - } - - let samples = match channel.sample_data { - FlatSamples::F16(samples) => FlatSamples::F16(crop_samples( - samples, old_width, new_height, x_range.clone(), start_y - )), - - FlatSamples::F32(samples) => FlatSamples::F32(crop_samples( - samples, old_width, new_height, x_range.clone(), start_y - )), - - FlatSamples::U32(samples) => FlatSamples::U32(crop_samples( - samples, old_width, new_height, x_range.clone(), start_y - )), - }; - - AnyChannel { sample_data: samples, ..channel } - }).collect(); - - AnyChannels { list: channels } - }, - - attributes: self.attributes, - encoding: self.encoding, - size: self.size, - } - } -} - - - -/// Return the smallest bounding rectangle including all pixels that satisfy the predicate. -/// Worst case: Fully transparent image, visits each pixel once. -/// Best case: Fully opaque image, visits two pixels. -/// Returns `None` if the image is fully transparent. -/// Returns `[(0,0), size]` if the image is fully opaque. -/// Designed to be cache-friendly linear search. Optimized for row-major image vectors. -pub fn try_find_smaller_bounds(current_bounds: IntegerBounds, pixel_at: impl Fn(Vec2<usize>) -> bool) -> Option<IntegerBounds> { - assert_ne!(current_bounds.size.area(), 0, "cannot find smaller bounds of an image with zero width or height"); - let Vec2(width, height) = current_bounds.size; - - // scans top to bottom (left to right) - let first_top_left_pixel = (0 .. height) - .flat_map(|y| (0 .. width).map(move |x| Vec2(x,y))) - .find(|&position| pixel_at(position))?; // return none if no pixel should be kept - - // scans bottom to top (right to left) - let first_bottom_right_pixel = (first_top_left_pixel.y() + 1 .. height) // excluding the top line - .flat_map(|y| (0 .. width).map(move |x| Vec2(x, y))) // x search cannot start at first_top.x, because this must catch all bottom pixels - .rev().find(|&position| pixel_at(position)) - .unwrap_or(first_top_left_pixel); // did not find any at bottom, but we know top has some pixel - - // now we know exactly how much we can throw away top and bottom, - // but we don't know exactly about left or right - let top = first_top_left_pixel.y(); - let bottom = first_bottom_right_pixel.y(); - - // we only now some arbitrary left and right bounds which we need to refine. - // because the actual image contents might be wider than the corner points. - // we know that we do not need to look in the center between min x and max x, - // as these must be included in any case. - let mut min_left_x = first_top_left_pixel.x().min(first_bottom_right_pixel.x()); - let mut max_right_x = first_bottom_right_pixel.x().max(first_top_left_pixel.x()); - - // requires for loop, because bounds change while searching - for y in top ..= bottom { - - // escape the loop if there is nothing left to crop - if min_left_x == 0 && max_right_x == width - 1 { break; } - - // search from right image edge towards image center, until known max x, for existing pixels, - // possibly including some pixels that would have been cropped otherwise - if max_right_x != width - 1 { - max_right_x = (max_right_x + 1 .. width).rev() // excluding current max - .find(|&x| pixel_at(Vec2(x, y))) - .unwrap_or(max_right_x); - } - - // search from left image edge towards image center, until known min x, for existing pixels, - // possibly including some pixels that would have been cropped otherwise - if min_left_x != 0 { - min_left_x = (0 .. min_left_x) // excluding current min - .find(|&x| pixel_at(Vec2(x, y))) - .unwrap_or(min_left_x); - } - } - - // TODO add 1px margin to avoid interpolation issues? - let local_start = Vec2(min_left_x, top); - let local_end = Vec2(max_right_x + 1, bottom + 1); - Some(IntegerBounds::new( - current_bounds.position + local_start.to_i32(), - local_end - local_start - )) -} - -impl<S> GetBounds for Layer<S> { - fn bounds(&self) -> IntegerBounds { - self.absolute_bounds() - } -} - -impl<Cropped, Original> CropResult<Cropped, Original> { - - /// If the image was fully empty, return `None`, otherwise return `Some(cropped_image)`. - pub fn or_none_if_empty(self) -> Option<Cropped> { - match self { - CropResult::Cropped (cropped) => Some(cropped), - CropResult::Empty { .. } => None, - } - } - - /// If the image was fully empty, crop to one single pixel of all the transparent pixels instead, - /// leaving the layer intact while reducing memory usage. - pub fn or_crop_to_1x1_if_empty(self) -> Cropped where Original: Crop<Cropped=Cropped> + GetBounds { - match self { - CropResult::Cropped (cropped) => cropped, - CropResult::Empty { original } => { - let bounds = original.bounds(); - if bounds.size == Vec2(0,0) { panic!("layer has width and height of zero") } - original.crop(IntegerBounds::new(bounds.position, Vec2(1,1))) - }, - } - } -} - - - -#[cfg(test)] -mod test { - use super::*; - - #[test] - fn find_bounds() { - fn find_bounds(offset: Vec2<i32>, lines: &Vec<Vec<i32>>) -> IntegerBounds { - if let Some(first_line) = lines.first() { - assert!(lines.iter().all(|line| line.len() == first_line.len()), "invalid test input"); - IntegerBounds::new(offset, (first_line.len(), lines.len())) - } - else { - IntegerBounds::new(offset, (0,0)) - } - } - - fn assert_found_smaller_bounds(offset: Vec2<i32>, uncropped_lines: Vec<Vec<i32>>, expected_cropped_lines: Vec<Vec<i32>>) { - let old_bounds = find_bounds(offset, &uncropped_lines); - - let found_bounds = try_find_smaller_bounds( - old_bounds, - |position| uncropped_lines[position.y()][position.x()] != 0 - ).unwrap(); - - let found_bounds = found_bounds.with_origin(-offset); // make indices local - - let cropped_lines: Vec<Vec<i32>> = - uncropped_lines[found_bounds.position.y() as usize .. found_bounds.end().y() as usize] - .iter().map(|uncropped_line|{ - uncropped_line[found_bounds.position.x() as usize .. found_bounds.end().x() as usize].to_vec() - }).collect(); - - assert_eq!(cropped_lines, expected_cropped_lines); - } - - assert_found_smaller_bounds( - Vec2(-3,-3), - - vec![ - vec![ 2, 3, 4 ], - vec![ 2, 3, 4 ], - ], - - vec![ - vec![ 2, 3, 4 ], - vec![ 2, 3, 4 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-3,-3), - - vec![ - vec![ 2 ], - ], - - vec![ - vec![ 2 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-3,-3), - - vec![ - vec![ 0 ], - vec![ 2 ], - vec![ 0 ], - vec![ 0 ], - ], - - vec![ - vec![ 2 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-3,-3), - - vec![ - vec![ 0, 0, 0, 3, 0 ], - ], - - vec![ - vec![ 3 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(3,3), - - vec![ - vec![ 0, 1, 1, 2, 1, 0 ], - vec![ 0, 1, 3, 1, 1, 0 ], - vec![ 0, 1, 1, 1, 1, 0 ], - ], - - vec![ - vec![ 1, 1, 2, 1 ], - vec![ 1, 3, 1, 1 ], - vec![ 1, 1, 1, 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(3,3), - - vec![ - vec![ 0, 0, 0, 0 ], - vec![ 1, 1, 2, 1 ], - vec![ 1, 3, 1, 1 ], - vec![ 1, 1, 1, 1 ], - vec![ 0, 0, 0, 0 ], - ], - - vec![ - vec![ 1, 1, 2, 1 ], - vec![ 1, 3, 1, 1 ], - vec![ 1, 1, 1, 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(3,3), - - vec![ - vec![ 0, 1, 1, 2, 1, 0 ], - vec![ 0, 0, 3, 1, 0, 0 ], - vec![ 0, 1, 1, 1, 1, 0 ], - ], - - vec![ - vec![ 1, 1, 2, 1 ], - vec![ 0, 3, 1, 0 ], - vec![ 1, 1, 1, 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(3,3), - - vec![ - vec![ 0, 0, 1, 2, 0, 0 ], - vec![ 0, 1, 3, 1, 1, 0 ], - vec![ 0, 0, 1, 1, 0, 0 ], - ], - - vec![ - vec![ 0, 1, 2, 0 ], - vec![ 1, 3, 1, 1 ], - vec![ 0, 1, 1, 0 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(1,3), - - vec![ - vec![ 1, 0, 0, 0, ], - vec![ 0, 0, 0, 0, ], - vec![ 0, 0, 0, 0, ], - ], - - vec![ - vec![ 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(1,3), - - vec![ - vec![ 0, 0, 0, 0, ], - vec![ 0, 1, 0, 0, ], - vec![ 0, 0, 0, 0, ], - ], - - vec![ - vec![ 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-1,-3), - - vec![ - vec![ 0, 0, 0, 0, ], - vec![ 0, 0, 0, 1, ], - vec![ 0, 0, 0, 0, ], - ], - - vec![ - vec![ 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-1,-3), - - vec![ - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 1, 1, 1, 0, 0 ], - vec![ 0, 0, 1, 1, 1, 0, 0 ], - vec![ 0, 0, 1, 1, 1, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - ], - - vec![ - vec![ 1, 1, 1 ], - vec![ 1, 1, 1 ], - vec![ 1, 1, 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(1000,-300), - - vec![ - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 1, 1, 1, 0, 0 ], - vec![ 0, 1, 1, 1, 1, 1, 0 ], - vec![ 0, 0, 1, 1, 1, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - ], - - vec![ - vec![ 0, 1, 1, 1, 0 ], - vec![ 1, 1, 1, 1, 1 ], - vec![ 0, 1, 1, 1, 0 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-10,-300), - - vec![ - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 1, 0, 1, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 1, 0, 1, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - ], - - vec![ - vec![ 1, 0, 1 ], - vec![ 0, 0, 0 ], - vec![ 1, 0, 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-10,-300), - - vec![ - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 1, 0, 1, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - ], - - vec![ - vec![ 1, 0, 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-10,-300), - - vec![ - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 1, 0, 0, 0 ], - vec![ 0, 0, 0, 2, 0, 0, 0 ], - vec![ 0, 0, 3, 3, 3, 0, 0 ], - vec![ 0, 0, 0, 4, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - ], - - vec![ - vec![ 0, 1, 0 ], - vec![ 0, 2, 0 ], - vec![ 3, 3, 3 ], - vec![ 0, 4, 0 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-10,-300), - - vec![ - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 1, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 1, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - ], - - vec![ - vec![ 0, 0, 1 ], - vec![ 0, 0, 0 ], - vec![ 0, 0, 0 ], - vec![ 1, 0, 0 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-10,-300), - - vec![ - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 1, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 1, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - ], - - vec![ - vec![ 1, 0, 0, 0 ], - vec![ 0, 0, 0, 0 ], - vec![ 0, 0, 0, 1 ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-10,-300), - - vec![ - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 1, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - vec![ 0, 0, 1, 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0, 0, 0, 0 ], - ], - - vec![ - vec![ 1 ], - vec![ 0 ], - vec![ 0 ], - vec![ 1 ], - ] - ); - - - assert_found_smaller_bounds( - Vec2(-1,-3), - - vec![ - vec![ 0, 0, 1, 0, ], - vec![ 0, 0, 0, 1, ], - vec![ 0, 0, 0, 0, ], - ], - - vec![ - vec![ 1, 0, ], - vec![ 0, 1, ], - ] - ); - - assert_found_smaller_bounds( - Vec2(-1,-3), - - vec![ - vec![ 1, 0, 0, 0, ], - vec![ 0, 1, 0, 0, ], - vec![ 0, 0, 0, 0, ], - vec![ 0, 0, 0, 0, ], - ], - - vec![ - vec![ 1, 0, ], - vec![ 0, 1, ], - ] - ); - } - - - #[test] - fn find_no_bounds() { - let pixels = vec![ - vec![ 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0 ], - vec![ 0, 0, 0, 0 ], - ]; - - let bounds = try_find_smaller_bounds( - IntegerBounds::new((0,0), (4,3)), - |position| pixels[position.y()][position.x()] != 0 - ); - - assert_eq!(bounds, None) - } - -} - - - - diff --git a/vendor/exr/src/image/mod.rs b/vendor/exr/src/image/mod.rs deleted file mode 100644 index db75050..0000000 --- a/vendor/exr/src/image/mod.rs +++ /dev/null @@ -1,1326 +0,0 @@ - -//! Data structures that represent a complete exr image. -//! Contains generic structs that must be nested to obtain a complete image type. -//! -//! -//! For example, an rgba image containing multiple layers -//! can be represented using `Image<Layers<SpecificChannels<MyPixelStorage>>>`. -//! An image containing a single layer with arbitrary channels and no deep data -//! can be represented using `Image<Layer<AnyChannels<FlatSamples>>>`. -//! -//! -//! These and other predefined types are included in this module as -//! 1. `PixelImage`: A single layer, fixed set of arbitrary channels. -//! 1. `PixelLayersImage`: Multiple layers, fixed set of arbitrary channels. -//! 1. `RgbaImage`: A single layer, fixed set of channels: rgb, optional a. -//! 1. `RgbaLayersImage`: Multiple layers, fixed set of channels: rgb, optional a. -//! 1. `FlatImage`: Multiple layers, any channels, no deep data. -//! 1. `AnyImage`: All supported data (multiple layers, arbitrary channels, no deep data yet) -//! -//! You can also use your own types inside an image, -//! for example if you want to use a custom sample storage. -//! -//! This is the high-level interface for the pixels of an image. -//! See `exr::blocks` module for a low-level interface. - -pub mod read; -pub mod write; -pub mod crop; -pub mod pixel_vec; -pub mod recursive; -// pub mod channel_groups; - - -use crate::meta::header::{ImageAttributes, LayerAttributes}; -use crate::meta::attribute::{Text, LineOrder}; -use half::f16; -use crate::math::{Vec2, RoundingMode}; -use crate::compression::Compression; -use smallvec::{SmallVec}; -use crate::error::Error; - -/// Don't do anything -pub(crate) fn ignore_progress(_progress: f64){} - -/// This image type contains all supported exr features and can represent almost any image. -/// It currently does not support deep data yet. -pub type AnyImage = Image<Layers<AnyChannels<Levels<FlatSamples>>>>; - -/// This image type contains the most common exr features and can represent almost any plain image. -/// Does not contain resolution levels. Does not support deep data. -pub type FlatImage = Image<Layers<AnyChannels<FlatSamples>>>; - -/// This image type contains multiple layers, with each layer containing a user-defined type of pixels. -pub type PixelLayersImage<Storage, Channels> = Image<Layers<SpecificChannels<Storage, Channels>>>; - -/// This image type contains a single layer containing a user-defined type of pixels. -pub type PixelImage<Storage, Channels> = Image<Layer<SpecificChannels<Storage, Channels>>>; - -/// This image type contains multiple layers, with each layer containing a user-defined type of rgba pixels. -pub type RgbaLayersImage<Storage> = PixelLayersImage<Storage, RgbaChannels>; - -/// This image type contains a single layer containing a user-defined type of rgba pixels. -pub type RgbaImage<Storage> = PixelImage<Storage, RgbaChannels>; - -/// Contains information about the channels in an rgba image, in the order `(red, green, blue, alpha)`. -/// The alpha channel is not required. May be `None` if the image did not contain an alpha channel. -pub type RgbaChannels = (ChannelDescription, ChannelDescription, ChannelDescription, Option<ChannelDescription>); - -/// Contains information about the channels in an rgb image, in the order `(red, green, blue)`. -pub type RgbChannels = (ChannelDescription, ChannelDescription, ChannelDescription); - -/// The complete exr image. -/// `Layers` can be either a single `Layer` or `Layers`. -#[derive(Debug, Clone, PartialEq)] -pub struct Image<Layers> { - - /// Attributes that apply to the whole image file. - /// These attributes appear in each layer of the file. - /// Excludes technical meta data. - /// Each layer in this image also has its own attributes. - pub attributes: ImageAttributes, - - /// The layers contained in the image file. - /// Can be either a single `Layer` or a list of layers. - pub layer_data: Layers, -} - -/// A list of layers. `Channels` can be `SpecificChannels` or `AnyChannels`. -pub type Layers<Channels> = SmallVec<[Layer<Channels>; 2]>; - -/// A single Layer, including fancy attributes and compression settings. -/// `Channels` can be either `SpecificChannels` or `AnyChannels` -#[derive(Debug, Clone, PartialEq)] -pub struct Layer<Channels> { - - /// The actual pixel data. Either `SpecificChannels` or `AnyChannels` - pub channel_data: Channels, - - /// Attributes that apply to this layer. - /// May still contain attributes that should be considered global for an image file. - /// Excludes technical meta data: Does not contain data window size, line order, tiling, or compression attributes. - /// The image also has attributes, which do not differ per layer. - pub attributes: LayerAttributes, - - /// The pixel resolution of this layer. - /// See `layer.attributes` for more attributes, like for example layer position. - pub size: Vec2<usize>, - - /// How the pixels are split up and compressed. - pub encoding: Encoding -} - -/// How the pixels are split up and compressed. -#[derive(Copy, Clone, Debug, PartialEq)] -pub struct Encoding { - - /// How the pixel data of all channels in this layer is compressed. May be `Compression::Uncompressed`. - /// See `layer.attributes` for more attributes. - pub compression: Compression, - - /// Describes how the pixels of this layer are divided into smaller blocks. - /// Either splits the image into its scan lines or splits the image into tiles of the specified size. - /// A single block can be loaded without processing all bytes of a file. - pub blocks: Blocks, - - /// In what order the tiles of this header occur in the file. - /// Does not change any actual image orientation. - /// See `layer.attributes` for more attributes. - pub line_order: LineOrder, -} - -/// How the image pixels are split up into separate blocks. -#[derive(Copy, Clone, Debug, PartialEq, Eq)] -pub enum Blocks { - - /// The image is divided into scan line blocks. - /// The number of scan lines in a block depends on the compression method. - ScanLines, - - /// The image is divided into tile blocks. - /// Also specifies the size of each tile in the image - /// and whether this image contains multiple resolution levels. - /// - /// The inner `Vec2` describes the size of each tile. - /// Stays the same number of pixels across all levels. - Tiles (Vec2<usize>) -} - - -/// A grid of pixels. The pixels are written to your custom pixel storage. -/// `PixelStorage` can be anything, from a flat `Vec<f16>` to `Vec<Vec<AnySample>>`, as desired. -/// In order to write this image to a file, your `PixelStorage` must implement [`GetPixel`]. -#[derive(Debug, Clone, PartialEq, Eq)] -pub struct SpecificChannels<Pixels, ChannelsDescription> { - - /// A description of the channels in the file, as opposed to the channels in memory. - /// Should always be a tuple containing `ChannelDescription`s, one description for each channel. - pub channels: ChannelsDescription, // TODO this is awkward. can this be not a type parameter please? maybe vec<option<chan_info>> ?? - - /// Your custom pixel storage - // TODO should also support `Levels<YourStorage>`, where levels are desired! - pub pixels: Pixels, // TODO rename to "pixels"? -} - - -/// A dynamic list of arbitrary channels. -/// `Samples` can currently only be `FlatSamples` or `Levels<FlatSamples>`. -#[derive(Debug, Clone, PartialEq)] -pub struct AnyChannels<Samples> { - - /// This list must be sorted alphabetically, by channel name. - /// Use `AnyChannels::sorted` for automatic sorting. - pub list: SmallVec<[AnyChannel<Samples>; 4]> -} - -/// A single arbitrary channel. -/// `Samples` can currently only be `FlatSamples` or `Levels<FlatSamples>` -#[derive(Debug, Clone, PartialEq)] -pub struct AnyChannel<Samples> { - - /// One of "R", "G", or "B" most of the time. - pub name: Text, - - /// The actual pixel data. - /// Can be `FlatSamples` or `Levels<FlatSamples>`. - pub sample_data: Samples, - - /// This attribute only tells lossy compression methods - /// whether this value should be quantized exponentially or linearly. - /// - /// Should be `false` for red, green, blue and luma channels, as they are not perceived linearly. - /// Should be `true` for hue, chroma, saturation, and alpha channels. - pub quantize_linearly: bool, - - /// How many of the samples are skipped compared to the other channels in this layer. - /// - /// Can be used for chroma subsampling for manual lossy data compression. - /// Values other than 1 are allowed only in flat, scan-line based images. - /// If an image is deep or tiled, the sampling rates for all of its channels must be 1. - pub sampling: Vec2<usize>, -} - -/// One or multiple resolution levels of the same image. -/// `Samples` can be `FlatSamples`. -#[derive(Debug, Clone, PartialEq, Eq)] -pub enum Levels<Samples> { - - /// A single image without smaller versions of itself. - /// If you only want to handle exclusively this case, use `Samples` directly, and not `Levels<Samples>`. - Singular(Samples), - - /// Contains uniformly scaled smaller versions of the original. - Mip - { - /// Whether to round up or down when calculating Mip/Rip levels. - rounding_mode: RoundingMode, - - /// The smaller versions of the original. - level_data: LevelMaps<Samples> - }, - - /// Contains any possible combination of smaller versions of the original. - Rip - { - /// Whether to round up or down when calculating Mip/Rip levels. - rounding_mode: RoundingMode, - - /// The smaller versions of the original. - level_data: RipMaps<Samples> - }, -} - -/// A list of resolution levels. `Samples` can currently only be `FlatSamples`. -// or `DeepAndFlatSamples` (not yet implemented). -pub type LevelMaps<Samples> = Vec<Samples>; - -/// In addition to the full resolution image, -/// this layer also contains smaller versions, -/// and each smaller version has further versions with varying aspect ratios. -/// `Samples` can currently only be `FlatSamples`. -#[derive(Debug, Clone, PartialEq, Eq)] -pub struct RipMaps<Samples> { - - /// A flattened list containing the individual levels - pub map_data: LevelMaps<Samples>, - - /// The number of levels that were generated along the x-axis and y-axis. - pub level_count: Vec2<usize>, -} - - -// TODO deep data -/*#[derive(Clone, PartialEq)] -pub enum DeepAndFlatSamples { - Deep(DeepSamples), - Flat(FlatSamples) -}*/ - -/// A vector of non-deep values (one value per pixel per channel). -/// Stores row after row in a single vector. -/// The precision of all values is either `f16`, `f32` or `u32`. -/// -/// Since this is close to the pixel layout in the byte file, -/// this will most likely be the fastest storage. -/// Using a different storage, for example `SpecificChannels`, -/// will probably be slower. -#[derive(Clone, PartialEq)] // debug is implemented manually -pub enum FlatSamples { - - /// A vector of non-deep `f16` values. - F16(Vec<f16>), - - /// A vector of non-deep `f32` values. - F32(Vec<f32>), - - /// A vector of non-deep `u32` values. - U32(Vec<u32>), -} - - -/*#[derive(Clone, PartialEq)] -pub enum DeepSamples { - F16(Vec<Vec<f16>>), - F32(Vec<Vec<f32>>), - U32(Vec<Vec<u32>>), -}*/ - -use crate::block::samples::*; -use crate::meta::attribute::*; -use crate::error::Result; -use crate::block::samples::Sample; -use crate::image::write::channels::*; -use crate::image::write::layers::WritableLayers; -use crate::image::write::samples::{WritableSamples}; -use crate::meta::{mip_map_levels, rip_map_levels}; -use crate::io::Data; -use crate::image::recursive::{NoneMore, Recursive, IntoRecursive}; -use std::marker::PhantomData; -use std::ops::Not; -use crate::image::validate_results::{ValidationOptions}; - - -impl<Channels> Layer<Channels> { - /// Sometimes called "data window" - pub fn absolute_bounds(&self) -> IntegerBounds { - IntegerBounds::new(self.attributes.layer_position, self.size) - } -} - - -impl<SampleStorage, Channels> SpecificChannels<SampleStorage, Channels> { - /// Create some pixels with channel information. - /// The `Channels` must be a tuple containing either `ChannelDescription` or `Option<ChannelDescription>`. - /// The length of the tuple dictates the number of channels in the sample storage. - pub fn new(channels: Channels, source_samples: SampleStorage) -> Self - where - SampleStorage: GetPixel, - SampleStorage::Pixel: IntoRecursive, - Channels: Sync + Clone + IntoRecursive, - <Channels as IntoRecursive>::Recursive: WritableChannelsDescription<<SampleStorage::Pixel as IntoRecursive>::Recursive>, - { - SpecificChannels { channels, pixels: source_samples } - } -} - -/// Convert this type into one of the known sample types. -/// Also specify the preferred native type, which dictates the default sample type in the image. -pub trait IntoSample: IntoNativeSample { - - /// The native sample types that this type should be converted to. - const PREFERRED_SAMPLE_TYPE: SampleType; -} - -impl IntoSample for f16 { const PREFERRED_SAMPLE_TYPE: SampleType = SampleType::F16; } -impl IntoSample for f32 { const PREFERRED_SAMPLE_TYPE: SampleType = SampleType::F32; } -impl IntoSample for u32 { const PREFERRED_SAMPLE_TYPE: SampleType = SampleType::U32; } - -/// Used to construct a `SpecificChannels`. -/// Call `with_named_channel` as many times as desired, -/// and then call `with_pixels` to define the colors. -#[derive(Debug)] -pub struct SpecificChannelsBuilder<RecursiveChannels, RecursivePixel> { - channels: RecursiveChannels, - px: PhantomData<RecursivePixel> -} - -/// This check can be executed at compile time -/// if the channel names are `&'static str` and the compiler is smart enough. -pub trait CheckDuplicates { - - /// Check for duplicate channel names. - fn already_contains(&self, name: &Text) -> bool; -} - -impl CheckDuplicates for NoneMore { - fn already_contains(&self, _: &Text) -> bool { false } -} - -impl<Inner: CheckDuplicates> CheckDuplicates for Recursive<Inner, ChannelDescription> { - fn already_contains(&self, name: &Text) -> bool { - &self.value.name == name || self.inner.already_contains(name) - } -} - -impl SpecificChannels<(),()> -{ - /// Start building some specific channels. On the result of this function, - /// call `with_named_channel` as many times as desired, - /// and then call `with_pixels` to define the colors. - pub fn build() -> SpecificChannelsBuilder<NoneMore, NoneMore> { - SpecificChannelsBuilder { channels: NoneMore, px: Default::default() } - } -} - -impl<RecursiveChannels: CheckDuplicates, RecursivePixel> SpecificChannelsBuilder<RecursiveChannels, RecursivePixel> -{ - /// Add another channel to this image. Does not add the actual pixels, - /// but instead only declares the presence of the channel. - /// Panics if the name contains unsupported characters. - /// Panics if a channel with the same name already exists. - /// Use `Text::new_or_none()` to manually handle these cases. - /// Use `with_channel_details` instead if you want to specify more options than just the name of the channel. - /// The generic parameter can usually be inferred from the closure in `with_pixels`. - pub fn with_channel<Sample: IntoSample>(self, name: impl Into<Text>) - -> SpecificChannelsBuilder<Recursive<RecursiveChannels, ChannelDescription>, Recursive<RecursivePixel, Sample>> - { - self.with_channel_details::<Sample>(ChannelDescription::named(name, Sample::PREFERRED_SAMPLE_TYPE)) - } - - /// Add another channel to this image. Does not add the actual pixels, - /// but instead only declares the presence of the channel. - /// Use `with_channel` instead if you only want to specify the name of the channel. - /// Panics if a channel with the same name already exists. - /// The generic parameter can usually be inferred from the closure in `with_pixels`. - pub fn with_channel_details<Sample: Into<Sample>>(self, channel: ChannelDescription) - -> SpecificChannelsBuilder<Recursive<RecursiveChannels, ChannelDescription>, Recursive<RecursivePixel, Sample>> - { - // duplicate channel names are checked later, but also check now to make sure there are no problems with the `SpecificChannelsWriter` - assert!(self.channels.already_contains(&channel.name).not(), "channel name `{}` is duplicate", channel.name); - - SpecificChannelsBuilder { - channels: Recursive::new(self.channels, channel), - px: PhantomData::default() - } - } - - /// Specify the actual pixel contents of the image. - /// You can pass a closure that returns a color for each pixel (`Fn(Vec2<usize>) -> Pixel`), - /// or you can pass your own image if it implements `GetPixel`. - /// The pixel type must be a tuple with the correct number of entries, depending on the number of channels. - /// The tuple entries can be either `f16`, `f32`, `u32` or `Sample`. - /// Use `with_pixel_fn` instead of this function, to get extra type safety for your pixel closure. - pub fn with_pixels<Pixels>(self, get_pixel: Pixels) -> SpecificChannels<Pixels, RecursiveChannels> - where Pixels: GetPixel, <Pixels as GetPixel>::Pixel: IntoRecursive<Recursive=RecursivePixel>, - { - SpecificChannels { - channels: self.channels, - pixels: get_pixel - } - } - - /// Specify the contents of the image. - /// The pixel type must be a tuple with the correct number of entries, depending on the number of channels. - /// The tuple entries can be either `f16`, `f32`, `u32` or `Sample`. - /// Use `with_pixels` instead of this function, if you want to pass an object that is not a closure. - /// - /// Usually, the compiler can infer the type of the pixel (for example, `f16,f32,f32`) from the closure. - /// If that's not possible, you can specify the type of the channels - /// when declaring the channel (for example, `with_named_channel::<f32>("R")`). - pub fn with_pixel_fn<Pixel, Pixels>(self, get_pixel: Pixels) -> SpecificChannels<Pixels, RecursiveChannels> - where Pixels: Sync + Fn(Vec2<usize>) -> Pixel, Pixel: IntoRecursive<Recursive=RecursivePixel>, - { - SpecificChannels { - channels: self.channels, - pixels: get_pixel - } - } -} - -impl<SampleStorage> SpecificChannels< - SampleStorage, (ChannelDescription, ChannelDescription, ChannelDescription, ChannelDescription) -> -{ - - /// Create an image with red, green, blue, and alpha channels. - /// You can pass a closure that returns a color for each pixel (`Fn(Vec2<usize>) -> (R,G,B,A)`), - /// or you can pass your own image if it implements `GetPixel<Pixel=(R,G,B,A)>`. - /// Each of `R`, `G`, `B` and `A` can be either `f16`, `f32`, `u32`, or `Sample`. - pub fn rgba<R, G, B, A>(source_samples: SampleStorage) -> Self - where R: IntoSample, G: IntoSample, - B: IntoSample, A: IntoSample, - SampleStorage: GetPixel<Pixel=(R, G, B, A)> - { - SpecificChannels { - channels: ( - ChannelDescription::named("R", R::PREFERRED_SAMPLE_TYPE), - ChannelDescription::named("G", G::PREFERRED_SAMPLE_TYPE), - ChannelDescription::named("B", B::PREFERRED_SAMPLE_TYPE), - ChannelDescription::named("A", A::PREFERRED_SAMPLE_TYPE), - ), - pixels: source_samples - } - } -} - -impl<SampleStorage> SpecificChannels< - SampleStorage, (ChannelDescription, ChannelDescription, ChannelDescription) -> -{ - - /// Create an image with red, green, and blue channels. - /// You can pass a closure that returns a color for each pixel (`Fn(Vec2<usize>) -> (R,G,B)`), - /// or you can pass your own image if it implements `GetPixel<Pixel=(R,G,B)>`. - /// Each of `R`, `G` and `B` can be either `f16`, `f32`, `u32`, or `Sample`. - pub fn rgb<R, G, B>(source_samples: SampleStorage) -> Self - where R: IntoSample, G: IntoSample, B: IntoSample, - SampleStorage: GetPixel<Pixel=(R, G, B)> - { - SpecificChannels { - channels: ( - ChannelDescription::named("R", R::PREFERRED_SAMPLE_TYPE), - ChannelDescription::named("G", G::PREFERRED_SAMPLE_TYPE), - ChannelDescription::named("B", B::PREFERRED_SAMPLE_TYPE), - ), - pixels: source_samples - } - } -} - - -/// A list of samples representing a single pixel. -/// Does not heap allocate for images with 8 or fewer channels. -pub type FlatSamplesPixel = SmallVec<[Sample; 8]>; - -// TODO also deep samples? -impl Layer<AnyChannels<FlatSamples>> { - - /// Use `samples_at` if you can borrow from this layer - pub fn sample_vec_at(&self, position: Vec2<usize>) -> FlatSamplesPixel { - self.samples_at(position).collect() - } - - /// Lookup all channels of a single pixel in the image - pub fn samples_at(&self, position: Vec2<usize>) -> FlatSampleIterator<'_> { - FlatSampleIterator { - layer: self, - channel_index: 0, - position - } - } -} - -/// Iterate over all channels of a single pixel in the image -#[derive(Debug, Copy, Clone, PartialEq)] -pub struct FlatSampleIterator<'s> { - layer: &'s Layer<AnyChannels<FlatSamples>>, - channel_index: usize, - position: Vec2<usize>, -} - -impl Iterator for FlatSampleIterator<'_> { - type Item = Sample; - - fn next(&mut self) -> Option<Self::Item> { - if self.channel_index < self.layer.channel_data.list.len() { - let channel = &self.layer.channel_data.list[self.channel_index]; - let sample = channel.sample_data.value_by_flat_index(self.position.flat_index_for_size(self.layer.size)); - self.channel_index += 1; - Some(sample) - } - else { None } - } - - fn nth(&mut self, pos: usize) -> Option<Self::Item> { - self.channel_index += pos; - self.next() - } - - fn size_hint(&self) -> (usize, Option<usize>) { - let remaining = self.layer.channel_data.list.len().saturating_sub(self.channel_index); - (remaining, Some(remaining)) - } -} - -impl ExactSizeIterator for FlatSampleIterator<'_> {} - -impl<SampleData> AnyChannels<SampleData>{ - - /// A new list of arbitrary channels. Sorts the list to make it alphabetically stable. - pub fn sort(mut list: SmallVec<[AnyChannel<SampleData>; 4]>) -> Self { - list.sort_unstable_by_key(|channel| channel.name.clone()); // TODO no clone? - Self { list } - } -} - -// FIXME check content size of layer somewhere??? before writing? -impl<LevelSamples> Levels<LevelSamples> { - - /// Get a resolution level by index, sorted by size, decreasing. - pub fn get_level(&self, level: Vec2<usize>) -> Result<&LevelSamples> { - match self { - Levels::Singular(block) => { - debug_assert_eq!(level, Vec2(0,0), "singular image cannot write leveled blocks bug"); - Ok(block) - }, - - Levels::Mip { level_data, .. } => { - debug_assert_eq!(level.x(), level.y(), "mip map levels must be equal on x and y bug"); - level_data.get(level.x()).ok_or(Error::invalid("block mip level index")) - }, - - Levels::Rip { level_data, .. } => { - level_data.get_by_level(level).ok_or(Error::invalid("block rip level index")) - } - } - } - - /// Get a resolution level by index, sorted by size, decreasing. - // TODO storage order for RIP maps? - pub fn get_level_mut(&mut self, level: Vec2<usize>) -> Result<&mut LevelSamples> { - match self { - Levels::Singular(ref mut block) => { - debug_assert_eq!(level, Vec2(0,0), "singular image cannot write leveled blocks bug"); - Ok(block) - }, - - Levels::Mip { level_data, .. } => { - debug_assert_eq!(level.x(), level.y(), "mip map levels must be equal on x and y bug"); - level_data.get_mut(level.x()).ok_or(Error::invalid("block mip level index")) - }, - - Levels::Rip { level_data, .. } => { - level_data.get_by_level_mut(level).ok_or(Error::invalid("block rip level index")) - } - } - } - - /// Get a slice of all resolution levels, sorted by size, decreasing. - pub fn levels_as_slice(&self) -> &[LevelSamples] { - match self { - Levels::Singular(data) => std::slice::from_ref(data), - Levels::Mip { level_data, .. } => level_data, - Levels::Rip { level_data, .. } => &level_data.map_data, - } - } - - /// Get a mutable slice of all resolution levels, sorted by size, decreasing. - pub fn levels_as_slice_mut(&mut self) -> &mut [LevelSamples] { - match self { - Levels::Singular(data) => std::slice::from_mut(data), - Levels::Mip { level_data, .. } => level_data, - Levels::Rip { level_data, .. } => &mut level_data.map_data, - } - } - - // TODO simplify working with levels in general! like level_size_by_index and such - - /*pub fn levels_with_size(&self, rounding: RoundingMode, max_resolution: Vec2<usize>) -> Vec<(Vec2<usize>, &S)> { - match self { - Levels::Singular(ref data) => vec![ (max_resolution, data) ], - Levels::Mip(ref maps) => mip_map_levels(rounding, max_resolution).map(|(_index, size)| size).zip(maps).collect(), - Levels::Rip(ref rip_maps) => rip_map_levels(rounding, max_resolution).map(|(_index, size)| size).zip(&rip_maps.map_data).collect(), - } - }*/ - - /// Whether this stores multiple resolution levels. - pub fn level_mode(&self) -> LevelMode { - match self { - Levels::Singular(_) => LevelMode::Singular, - Levels::Mip { .. } => LevelMode::MipMap, - Levels::Rip { .. } => LevelMode::RipMap, - } - } -} - -impl<Samples> RipMaps<Samples> { - - /// Flatten the 2D level index to a one dimensional index. - pub fn get_level_index(&self, level: Vec2<usize>) -> usize { - level.flat_index_for_size(self.level_count) - } - - /// Return a level by level index. Level `0` has the largest resolution. - pub fn get_by_level(&self, level: Vec2<usize>) -> Option<&Samples> { - self.map_data.get(self.get_level_index(level)) - } - - /// Return a mutable level reference by level index. Level `0` has the largest resolution. - pub fn get_by_level_mut(&mut self, level: Vec2<usize>) -> Option<&mut Samples> { - let index = self.get_level_index(level); - self.map_data.get_mut(index) - } -} - -impl FlatSamples { - - /// The number of samples in the image. Should be the width times the height. - /// Might vary when subsampling is used. - pub fn len(&self) -> usize { - match self { - FlatSamples::F16(vec) => vec.len(), - FlatSamples::F32(vec) => vec.len(), - FlatSamples::U32(vec) => vec.len(), - } - } - - /// Views all samples in this storage as f32. - /// Matches the underlying sample type again for every sample, - /// match yourself if performance is critical! Does not allocate. - pub fn values_as_f32<'s>(&'s self) -> impl 's + Iterator<Item = f32> { - self.values().map(|sample| sample.to_f32()) - } - - /// All samples in this storage as iterator. - /// Matches the underlying sample type again for every sample, - /// match yourself if performance is critical! Does not allocate. - pub fn values<'s>(&'s self) -> impl 's + Iterator<Item = Sample> { - (0..self.len()).map(move |index| self.value_by_flat_index(index)) - } - - /// Lookup a single value, by flat index. - /// The flat index can be obtained using `Vec2::flatten_for_width` - /// which computes the index in a flattened array of pixel rows. - pub fn value_by_flat_index(&self, index: usize) -> Sample { - match self { - FlatSamples::F16(vec) => Sample::F16(vec[index]), - FlatSamples::F32(vec) => Sample::F32(vec[index]), - FlatSamples::U32(vec) => Sample::U32(vec[index]), - } - } -} - - -impl<'s, ChannelData:'s> Layer<ChannelData> { - - /// Create a layer with the specified size, attributes, encoding and channels. - /// The channels can be either `SpecificChannels` or `AnyChannels`. - pub fn new( - dimensions: impl Into<Vec2<usize>>, - attributes: LayerAttributes, - encoding: Encoding, - channels: ChannelData - ) -> Self - where ChannelData: WritableChannels<'s> - { - Layer { channel_data: channels, attributes, size: dimensions.into(), encoding } - } - - // TODO test pls wtf - /// Panics for images with Scanline encoding. - pub fn levels_with_resolution<'l, L>(&self, levels: &'l Levels<L>) -> Box<dyn 'l + Iterator<Item=(&'l L, Vec2<usize>)>> { - match levels { - Levels::Singular(level) => Box::new(std::iter::once((level, self.size))), - - Levels::Mip { rounding_mode, level_data } => Box::new(level_data.iter().zip( - mip_map_levels(*rounding_mode, self.size) - .map(|(_index, size)| size) - )), - - Levels::Rip { rounding_mode, level_data } => Box::new(level_data.map_data.iter().zip( - rip_map_levels(*rounding_mode, self.size) - .map(|(_index, size)| size) - )), - } - } -} - -impl Encoding { - - /// No compression. Massive space requirements. - /// Fast, because it minimizes data shuffling and reallocation. - pub const UNCOMPRESSED: Encoding = Encoding { - compression: Compression::Uncompressed, - blocks: Blocks::ScanLines, // longest lines, faster memcpy - line_order: LineOrder::Increasing // presumably fastest? - }; - - /// Run-length encoding with tiles of 64x64 pixels. This is the recommended default encoding. - /// Almost as fast as uncompressed data, but optimizes single-colored areas such as mattes and masks. - pub const FAST_LOSSLESS: Encoding = Encoding { - compression: Compression::RLE, - blocks: Blocks::Tiles(Vec2(64, 64)), // optimize for RLE compression - line_order: LineOrder::Unspecified - }; - - /// ZIP compression with blocks of 16 lines. Slow, but produces small files without visible artefacts. - pub const SMALL_LOSSLESS: Encoding = Encoding { - compression: Compression::ZIP16, - blocks: Blocks::ScanLines, // largest possible, but also with high probability of parallel workers - line_order: LineOrder::Increasing - }; - - /// PIZ compression with tiles of 256x256 pixels. Small images, not too slow. - pub const SMALL_FAST_LOSSLESS: Encoding = Encoding { - compression: Compression::PIZ, - blocks: Blocks::Tiles(Vec2(256, 256)), - line_order: LineOrder::Unspecified - }; -} - -impl Default for Encoding { - fn default() -> Self { Encoding::FAST_LOSSLESS } -} - -impl<'s, LayerData: 's> Image<LayerData> where LayerData: WritableLayers<'s> { - /// Create an image with one or multiple layers. The layer can be a `Layer`, or `Layers` small vector, or `Vec<Layer>` or `&[Layer]`. - pub fn new(image_attributes: ImageAttributes, layer_data: LayerData) -> Self { - Image { attributes: image_attributes, layer_data } - } -} - -// explorable constructor alias -impl<'s, Channels: 's> Image<Layers<Channels>> where Channels: WritableChannels<'s> { - /// Create an image with multiple layers. The layer can be a `Vec<Layer>` or `Layers` (a small vector). - pub fn from_layers(image_attributes: ImageAttributes, layer_data: impl Into<Layers<Channels>>) -> Self { - Self::new(image_attributes, layer_data.into()) - } -} - - -impl<'s, ChannelData:'s> Image<Layer<ChannelData>> where ChannelData: WritableChannels<'s> { - - /// Uses the display position and size to the channel position and size of the layer. - pub fn from_layer(layer: Layer<ChannelData>) -> Self { - let bounds = IntegerBounds::new(layer.attributes.layer_position, layer.size); - Self::new(ImageAttributes::new(bounds), layer) - } - - /// Uses empty attributes. - pub fn from_encoded_channels(size: impl Into<Vec2<usize>>, encoding: Encoding, channels: ChannelData) -> Self { - // layer name is not required for single-layer images - Self::from_layer(Layer::new(size, LayerAttributes::default(), encoding, channels)) - } - - /// Uses empty attributes and fast compression. - pub fn from_channels(size: impl Into<Vec2<usize>>, channels: ChannelData) -> Self { - Self::from_encoded_channels(size, Encoding::default(), channels) - } -} - - -impl Image<NoneMore> { - - /// Create an empty image, to be filled with layers later on. Add at least one layer to obtain a valid image. - /// Call `with_layer(another_layer)` for each layer you want to add to this image. - pub fn empty(attributes: ImageAttributes) -> Self { Self { attributes, layer_data: NoneMore } } -} - -impl<'s, InnerLayers: 's> Image<InnerLayers> where - InnerLayers: WritableLayers<'s>, -{ - /// Add another layer to this image. The layer type does - /// not have to equal the existing layers in this image. - pub fn with_layer<NewChannels>(self, layer: Layer<NewChannels>) - -> Image<Recursive<InnerLayers, Layer<NewChannels>>> - where NewChannels: 's + WritableChannels<'s> - { - Image { - attributes: self.attributes, - layer_data: Recursive::new(self.layer_data, layer) - } - } -} - - -impl<'s, SampleData: 's> AnyChannel<SampleData> { - - /// Create a new channel without subsampling. - /// - /// Automatically flags this channel for specialized compression - /// if the name is "R", "G", "B", "Y", or "L", - /// as they typically encode values that are perceived non-linearly. - /// Construct the value yourself using `AnyChannel { .. }`, if you want to control this flag. - pub fn new(name: impl Into<Text>, sample_data: SampleData) -> Self where SampleData: WritableSamples<'s> { - let name: Text = name.into(); - - AnyChannel { - quantize_linearly: ChannelDescription::guess_quantization_linearity(&name), - name, sample_data, - sampling: Vec2(1, 1), - } - } - - /*/// This is the same as `AnyChannel::new()`, but additionally ensures that the closure type is correct. - pub fn from_closure<V>(name: Text, sample_data: S) -> Self - where S: Sync + Fn(Vec2<usize>) -> V, V: InferSampleType + Data - { - Self::new(name, sample_data) - }*/ -} - -impl std::fmt::Debug for FlatSamples { - fn fmt(&self, formatter: &mut std::fmt::Formatter<'_>) -> std::fmt::Result { - if self.len() <= 6 { - match self { - FlatSamples::F16(vec) => vec.fmt(formatter), - FlatSamples::F32(vec) => vec.fmt(formatter), - FlatSamples::U32(vec) => vec.fmt(formatter), - } - } - else { - match self { - FlatSamples::F16(vec) => write!(formatter, "[f16; {}]", vec.len()), - FlatSamples::F32(vec) => write!(formatter, "[f32; {}]", vec.len()), - FlatSamples::U32(vec) => write!(formatter, "[u32; {}]", vec.len()), - } - } - } -} - - - -/// Compare the result of a round trip test with the original method. -/// Supports lossy compression methods. -// #[cfg(test)] TODO do not ship this code -pub mod validate_results { - use crate::prelude::*; - use smallvec::Array; - use crate::prelude::recursive::*; - use crate::image::write::samples::WritableSamples; - use std::ops::Not; - use crate::block::samples::IntoNativeSample; - - - /// Compare two objects, but with a few special quirks. - /// Intended mainly for unit testing. - pub trait ValidateResult { - - /// Compare self with the other. Panics if not equal. - /// - /// Exceptional behaviour: - /// This does not work the other way around! This method is not symmetrical! - /// Returns whether the result is correct for this image. - /// For lossy compression methods, uses approximate equality. - /// Intended for unit testing. - /// - /// Warning: If you use `SpecificChannels`, the comparison might be inaccurate - /// for images with mixed compression methods. This is to be used with `AnyChannels` mainly. - fn assert_equals_result(&self, result: &Self) { - self.validate_result(result, ValidationOptions::default(), || String::new()).unwrap(); - } - - /// Compare self with the other. - /// Exceptional behaviour: - /// - Any two NaN values are considered equal, regardless of bit representation. - /// - If a `lossy` is specified, any two values that differ only by a small amount will be considered equal. - /// - If `nan_to_zero` is true, and __self is NaN/Infinite and the other value is zero, they are considered equal__ - /// (because some compression methods replace nan with zero) - /// - /// This does not work the other way around! This method is not symmetrical! - fn validate_result( - &self, lossy_result: &Self, - options: ValidationOptions, - // this is a lazy string, because constructing a string is only necessary in the case of an error, - // but eats up memory and allocation time every time. this was measured. - context: impl Fn() -> String - ) -> ValidationResult; - } - - /// Whether to do accurate or approximate comparison. - #[derive(Default, Debug, Eq, PartialEq, Hash, Copy, Clone)] - pub struct ValidationOptions { - allow_lossy: bool, - nan_converted_to_zero: bool, - } - - /// If invalid, contains the error message. - pub type ValidationResult = std::result::Result<(), String>; - - - impl<C> ValidateResult for Image<C> where C: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - if self.attributes != other.attributes { Err(location() + "| image > attributes") } - else { self.layer_data.validate_result(&other.layer_data, options, || location() + "| image > layer data") } - } - } - - impl<S> ValidateResult for Layer<AnyChannels<S>> - where AnyChannel<S>: ValidateResult, S: for<'a> WritableSamples<'a> - { - fn validate_result(&self, other: &Self, _overridden: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - let location = || format!("{} (layer `{:?}`)", location(), self.attributes.layer_name); - if self.attributes != other.attributes { Err(location() + " > attributes") } - else if self.encoding != other.encoding { Err(location() + " > encoding") } - else if self.size != other.size { Err(location() + " > size") } - else if self.channel_data.list.len() != other.channel_data.list.len() { Err(location() + " > channel count") } - else { - for (own_chan, other_chan) in self.channel_data.list.iter().zip(other.channel_data.list.iter()) { - own_chan.validate_result( - other_chan, - - ValidationOptions { - // no tolerance for lossless channels - allow_lossy: other.encoding.compression - .is_lossless_for(other_chan.sample_data.sample_type()).not(), - - // consider nan and zero equal if the compression method does not support nan - nan_converted_to_zero: other.encoding.compression.supports_nan().not() - }, - - || format!("{} > channel `{}`", location(), own_chan.name) - )?; - } - Ok(()) - } - } - } - - impl<Px, Desc> ValidateResult for Layer<SpecificChannels<Px, Desc>> - where SpecificChannels<Px, Desc>: ValidateResult - { - /// This does an approximate comparison for all channels, - /// even if some channels can be compressed without loss. - fn validate_result(&self, other: &Self, _overridden: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - let location = || format!("{} (layer `{:?}`)", location(), self.attributes.layer_name); - - // TODO dedup with above - if self.attributes != other.attributes { Err(location() + " > attributes") } - else if self.encoding != other.encoding { Err(location() + " > encoding") } - else if self.size != other.size { Err(location() + " > size") } - else { - let options = ValidationOptions { - // no tolerance for lossless channels - // pxr only looses data for f32 values, B44 only for f16, not other any other types - allow_lossy: other.encoding.compression.may_loose_data(),// TODO check specific channels sample types - - // consider nan and zero equal if the compression method does not support nan - nan_converted_to_zero: other.encoding.compression.supports_nan().not() - }; - - self.channel_data.validate_result(&other.channel_data, options, || location() + " > channel_data")?; - Ok(()) - } - } - } - - impl<S> ValidateResult for AnyChannels<S> where S: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - self.list.validate_result(&other.list, options, location) - } - } - - impl<S> ValidateResult for AnyChannel<S> where S: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - if self.name != other.name { Err(location() + " > name") } - else if self.quantize_linearly != other.quantize_linearly { Err(location() + " > quantize_linearly") } - else if self.sampling != other.sampling { Err(location() + " > sampling") } - else { - self.sample_data.validate_result(&other.sample_data, options, || location() + " > sample_data") - } - } - } - - impl<Pxs, Chans> ValidateResult for SpecificChannels<Pxs, Chans> where Pxs: ValidateResult, Chans: Eq { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - if self.channels != other.channels { Err(location() + " > specific channels") } - else { self.pixels.validate_result(&other.pixels, options, || location() + " > specific pixels") } - } - } - - impl<S> ValidateResult for Levels<S> where S: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - self.levels_as_slice().validate_result(&other.levels_as_slice(), options, || location() + " > levels") - } - } - - impl ValidateResult for FlatSamples { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - use FlatSamples::*; - match (self, other) { - (F16(values), F16(other_values)) => values.as_slice().validate_result(&other_values.as_slice(), options, ||location() + " > f16 samples"), - (F32(values), F32(other_values)) => values.as_slice().validate_result(&other_values.as_slice(), options, ||location() + " > f32 samples"), - (U32(values), U32(other_values)) => values.as_slice().validate_result(&other_values.as_slice(), options, ||location() + " > u32 samples"), - (own, other) => Err(format!("{}: samples type mismatch. expected {:?}, found {:?}", location(), own.sample_type(), other.sample_type())) - } - } - } - - impl<T> ValidateResult for &[T] where T: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - if self.len() != other.len() { Err(location() + " count") } - else { - for (index, (slf, other)) in self.iter().zip(other.iter()).enumerate() { - slf.validate_result(other, options, ||format!("{} element [{}] of {}", location(), index, self.len()))?; - } - Ok(()) - } - } - } - - impl<A: Array> ValidateResult for SmallVec<A> where A::Item: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - self.as_slice().validate_result(&other.as_slice(), options, location) - } - } - - impl<A> ValidateResult for Vec<A> where A: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - self.as_slice().validate_result(&other.as_slice(), options, location) - } - } - - impl<A,B,C,D> ValidateResult for (A, B, C, D) where A: Clone+ ValidateResult, B: Clone+ ValidateResult, C: Clone+ ValidateResult, D: Clone+ ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - self.clone().into_recursive().validate_result(&other.clone().into_recursive(), options, location) - } - } - - impl<A,B,C> ValidateResult for (A, B, C) where A: Clone+ ValidateResult, B: Clone+ ValidateResult, C: Clone+ ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - self.clone().into_recursive().validate_result(&other.clone().into_recursive(), options, location) - } - } - - // // (low priority because it is only used in the tests) - /*TODO - impl<Tuple> SimilarToLossy for Tuple where - Tuple: Clone + IntoRecursive, - <Tuple as IntoRecursive>::Recursive: SimilarToLossy, - { - fn similar_to_lossy(&self, other: &Self, max_difference: f32) -> bool { - self.clone().into_recursive().similar_to_lossy(&other.clone().into_recursive(), max_difference) - } // TODO no clone? - }*/ - - - // implement for recursive types - impl ValidateResult for NoneMore { - fn validate_result(&self, _: &Self, _: ValidationOptions, _: impl Fn()->String) -> ValidationResult { Ok(()) } - } - - impl<Inner, T> ValidateResult for Recursive<Inner, T> where Inner: ValidateResult, T: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - self.value.validate_result(&other.value, options, &location).and_then(|()| - self.inner.validate_result(&other.inner, options, &location) - ) - } - } - - impl<S> ValidateResult for Option<S> where S: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - match (self, other) { - (None, None) => Ok(()), - (Some(value), Some(other)) => value.validate_result(other, options, location), - _ => Err(location() + ": option mismatch") - } - } - } - - impl ValidateResult for f32 { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - if self == other || (self.is_nan() && other.is_nan()) || (options.nan_converted_to_zero && !self.is_normal() && *other == 0.0) { - return Ok(()); - } - - if options.allow_lossy { - let epsilon = 0.06; - let max_difference = 0.1; - - let adaptive_threshold = epsilon * (self.abs() + other.abs()); - let tolerance = adaptive_threshold.max(max_difference); - let difference = (self - other).abs(); - - return if difference <= tolerance { Ok(()) } - else { Err(format!("{}: expected ~{}, found {} (adaptive tolerance {})", location(), self, other, tolerance)) }; - } - - Err(format!("{}: expected exactly {}, found {}", location(), self, other)) - } - } - - impl ValidateResult for f16 { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - if self.to_bits() == other.to_bits() { Ok(()) } else { - self.to_f32().validate_result(&other.to_f32(), options, location) - } - } - } - - impl ValidateResult for u32 { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - if self == other { Ok(()) } else { // todo to float conversion resulting in nan/infinity? - self.to_f32().validate_result(&other.to_f32(), options, location) - } - } - } - - impl ValidateResult for Sample { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn()->String) -> ValidationResult { - use Sample::*; - match (self, other) { - (F16(a), F16(b)) => a.validate_result(b, options, ||location() + " (f16)"), - (F32(a), F32(b)) => a.validate_result(b, options, ||location() + " (f32)"), - (U32(a), U32(b)) => a.validate_result(b, options, ||location() + " (u32)"), - (_,_) => Err(location() + ": sample type mismatch") - } - } - } - - - #[cfg(test)] - mod test_value_result { - use std::f32::consts::*; - use std::io::Cursor; - use crate::image::pixel_vec::PixelVec; - use crate::image::validate_results::{ValidateResult, ValidationOptions}; - use crate::meta::attribute::LineOrder::Increasing; - use crate::image::{FlatSamples}; - - fn expect_valid<T>(original: &T, result: &T, allow_lossy: bool, nan_converted_to_zero: bool) where T: ValidateResult { - original.validate_result( - result, - ValidationOptions { allow_lossy, nan_converted_to_zero }, - || String::new() - ).unwrap(); - } - - fn expect_invalid<T>(original: &T, result: &T, allow_lossy: bool, nan_converted_to_zero: bool) where T: ValidateResult { - assert!(original.validate_result( - result, - ValidationOptions { allow_lossy, nan_converted_to_zero }, - || String::new() - ).is_err()); - } - - #[test] - fn test_f32(){ - let original:&[f32] = &[0.0, 0.1, 0.2, 0.3, 0.4, 0.5, -20.4, f32::NAN]; - let lossy:&[f32] = &[0.0, 0.2, 0.2, 0.3, 0.4, 0.5, -20.5, f32::NAN]; - - expect_valid(&original, &original, true, true); - expect_valid(&original, &original, true, false); - expect_valid(&original, &original, false, true); - expect_valid(&original, &original, false, false); - - expect_invalid(&original, &lossy, false, false); - expect_valid(&original, &lossy, true, false); - - expect_invalid(&original, &&original[..original.len()-2], true, true); - - // test relative comparison with some large values - expect_valid(&1_000_f32, &1_001_f32, true, false); - expect_invalid(&1_000_f32, &1_200_f32, true, false); - - expect_valid(&10_000_f32, &10_100_f32, true, false); - expect_invalid(&10_000_f32, &12_000_f32, true, false); - - expect_valid(&33_120_f32, &30_120_f32, true, false); - expect_invalid(&33_120_f32, &20_120_f32, true, false); - } - - #[test] - fn test_nan(){ - let original:&[f32] = &[ 0.0, f32::NAN, f32::NAN ]; - let lossy:&[f32] = &[ 0.0, f32::NAN, 0.0 ]; - - expect_valid(&original, &lossy, true, true); - expect_invalid(&lossy, &original, true, true); - - expect_valid(&lossy, &lossy, true, true); - expect_valid(&lossy, &lossy, false, true); - } - - #[test] - fn test_error(){ - - fn print_error<T: ValidateResult>(original: &T, lossy: &T, allow_lossy: bool){ - let message = original - .validate_result( - &lossy, - ValidationOptions { allow_lossy, .. Default::default() }, - || String::new() // type_name::<T>().to_string() - ) - .unwrap_err(); - - println!("message: {}", message); - } - - let original:&[f32] = &[ 0.0, f32::NAN, f32::NAN ]; - let lossy:&[f32] = &[ 0.0, f32::NAN, 0.0 ]; - print_error(&original, &lossy, false); - - print_error(&2.0, &1.0, true); - print_error(&2.0, &1.0, false); - - print_error(&FlatSamples::F32(vec![0.1,0.1]), &FlatSamples::F32(vec![0.1,0.2]), false); - print_error(&FlatSamples::U32(vec![0,0]), &FlatSamples::F32(vec![0.1,0.2]), false); - - { - let image = crate::prelude::read_all_data_from_file("tests/images/valid/openexr/MultiResolution/Kapaa.exr").unwrap(); - - let mut mutated = image.clone(); - let samples = mutated.layer_data.first_mut().unwrap() - .channel_data.list.first_mut().unwrap().sample_data.levels_as_slice_mut().first_mut().unwrap(); - - match samples { - FlatSamples::F16(vals) => vals[100] = vals[1], - FlatSamples::F32(vals) => vals[100] = vals[1], - FlatSamples::U32(vals) => vals[100] = vals[1], - } - - print_error(&image, &mutated, false); - } - - // TODO check out more nested behaviour! - } - - #[test] - fn test_uncompressed(){ - use crate::prelude::*; - - let original_pixels: [(f32,f32,f32); 4] = [ - (0.0, -1.1, PI), - (0.0, -1.1, TAU), - (0.0, -1.1, f32::EPSILON), - (f32::NAN, 10000.1, -1024.009), - ]; - - let mut file_bytes = Vec::new(); - let original_image = Image::from_encoded_channels( - (2,2), - Encoding { - compression: Compression::Uncompressed, - line_order: Increasing, // FIXME unspecified may be optimized to increasing, which destroys test eq - .. Encoding::default() - }, - SpecificChannels::rgb(PixelVec::new(Vec2(2,2), original_pixels.to_vec())) - ); - - original_image.write().to_buffered(Cursor::new(&mut file_bytes)).unwrap(); - - let lossy_image = read().no_deep_data().largest_resolution_level() - .rgb_channels(PixelVec::<(f32,f32,f32)>::constructor, PixelVec::set_pixel) - .first_valid_layer().all_attributes().from_buffered(Cursor::new(&file_bytes)).unwrap(); - - original_image.assert_equals_result(&original_image); - lossy_image.assert_equals_result(&lossy_image); - original_image.assert_equals_result(&lossy_image); - lossy_image.assert_equals_result(&original_image); - } - - #[test] - fn test_compiles(){ - use crate::prelude::*; - - fn accepts_validatable_value(_: &impl ValidateResult){} - - let object: Levels<FlatSamples> = Levels::Singular(FlatSamples::F32(Vec::default())); - accepts_validatable_value(&object); - - let object: AnyChannels<Levels<FlatSamples>> = AnyChannels::sort(SmallVec::default()); - accepts_validatable_value(&object); - - let layer: Layer<AnyChannels<Levels<FlatSamples>>> = Layer::new((0,0), Default::default(), Default::default(), object); - accepts_validatable_value(&layer); - - let layers: Layers<AnyChannels<Levels<FlatSamples>>> = Default::default(); - accepts_validatable_value(&layers); - - let object: Image<Layer<AnyChannels<Levels<FlatSamples>>>> = Image::from_layer(layer); - object.assert_equals_result(&object); - } - } -} - - diff --git a/vendor/exr/src/image/pixel_vec.rs b/vendor/exr/src/image/pixel_vec.rs deleted file mode 100644 index 3447bf2..0000000 --- a/vendor/exr/src/image/pixel_vec.rs +++ /dev/null @@ -1,97 +0,0 @@ - -//! Provides a predefined pixel storage. -//! Currently only contains a simple flattened vector storage. -//! Use the functions `create_pixel_vec::<YourPixelTuple>` and -//! `set_pixel_in_vec::<YourPixelTuple>` for reading a predefined pixel vector. -//! Use the function `PixelVec::new` to create a pixel vector which can be written to a file. - -use super::*; - -/// Store all samples in a single array. -/// All samples will be converted to the type `T`. -/// This supports all the sample types, `f16`, `f32`, and `u32`. -/// -/// The flattened vector contains all rows one after another. -/// In each row, for each pixel, its red, green, blue, and then alpha -/// samples are stored one after another. -/// -/// Use `PixelVec.compute_pixel_index(position)` -/// to compute the flat index of a specific pixel. -#[derive(Eq, PartialEq, Clone)] -pub struct PixelVec<T> { - - /// The resolution of this layer. - pub resolution: Vec2<usize>, - - /// The flattened vector contains all rows one after another. - /// In each row, for each pixel, its red, green, blue, and then alpha - /// samples are stored one after another. - /// - /// Use `Flattened::compute_pixel_index(image, position)` - /// to compute the flat index of a specific pixel. - pub pixels: Vec<T>, -} - -impl<Pixel> PixelVec<Pixel> { - - /// Create a new flattened pixel storage, filled with default pixels. - /// Accepts a `Channels` parameter, which is not used, so that it can be passed as a function pointer instead of calling it. - pub fn constructor<Channels>(resolution: Vec2<usize>, _: &Channels) -> Self where Pixel: Default + Clone { - PixelVec { resolution, pixels: vec![Pixel::default(); resolution.area()] } - } - - /// Examine a pixel of a `PixelVec<T>` image. - /// Can usually be used as a function reference instead of calling it directly. - #[inline] - pub fn get_pixel(&self, position: Vec2<usize>) -> &Pixel where Pixel: Sync { - &self.pixels[self.compute_pixel_index(position)] - } - - /// Update a pixel of a `PixelVec<T>` image. - /// Can usually be used as a function reference instead of calling it directly. - #[inline] - pub fn set_pixel(&mut self, position: Vec2<usize>, pixel: Pixel) { - let index = self.compute_pixel_index(position); - self.pixels[index] = pixel; - } - - /// Create a new flattened pixel storage, checking the length of the provided pixels vector. - pub fn new(resolution: impl Into<Vec2<usize>>, pixels: Vec<Pixel>) -> Self { - let size = resolution.into(); - assert_eq!(size.area(), pixels.len(), "expected {} samples, but vector length is {}", size.area(), pixels.len()); - Self { resolution: size, pixels } - } - - /// Compute the flat index of a specific pixel. Returns a range of either 3 or 4 samples. - /// The computed index can be used with `PixelVec.samples[index]`. - /// Panics for invalid sample coordinates. - #[inline] - pub fn compute_pixel_index(&self, position: Vec2<usize>) -> usize { - position.flat_index_for_size(self.resolution) - } -} - -use crate::image::validate_results::{ValidateResult, ValidationResult}; - -impl<Px> ValidateResult for PixelVec<Px> where Px: ValidateResult { - fn validate_result(&self, other: &Self, options: ValidationOptions, location: impl Fn() -> String) -> ValidationResult { - if self.resolution != other.resolution { Err(location() + " > resolution") } - else { self.pixels.as_slice().validate_result(&other.pixels.as_slice(), options, || location() + " > pixels") } - } -} - -impl<Px> GetPixel for PixelVec<Px> where Px: Clone + Sync { - type Pixel = Px; - fn get_pixel(&self, position: Vec2<usize>) -> Self::Pixel { - self.get_pixel(position).clone() - } -} - -use std::fmt::*; - -impl<T> Debug for PixelVec<T> { - #[inline] fn fmt(&self, formatter: &mut Formatter<'_>) -> std::fmt::Result { - write!(formatter, "[{}; {}]", std::any::type_name::<T>(), self.pixels.len()) - } -} - diff --git a/vendor/exr/src/image/read/any_channels.rs b/vendor/exr/src/image/read/any_channels.rs deleted file mode 100644 index 054a7c3..0000000 --- a/vendor/exr/src/image/read/any_channels.rs +++ /dev/null @@ -1,128 +0,0 @@ -//! How to read arbitrary channels. - -use crate::image::*; -use crate::meta::header::{Header}; -use crate::error::{Result, UnitResult}; -use crate::block::UncompressedBlock; -use crate::block::lines::{LineRef}; -use crate::math::Vec2; -use crate::meta::attribute::{Text, ChannelDescription}; -use crate::image::read::layers::{ReadChannels, ChannelsReader}; -use crate::block::chunk::TileCoordinates; - -/// A template that creates an [AnyChannelsReader] for each layer in the image. -/// This loads all channels for each layer. -/// The `ReadSamples` can, for example, be [ReadFlatSamples] or [ReadAllLevels<ReadFlatSamples>]. -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct ReadAnyChannels<ReadSamples> { - - /// The sample reading specification - pub read_samples: ReadSamples -} - -/// A template that creates a new [`SampleReader`] for each channel in each layer. -pub trait ReadSamples { - - /// The type of the temporary samples reader - type Reader: SamplesReader; - - /// Create a single reader for a single channel of a layer - fn create_sample_reader(&self, header: &Header, channel: &ChannelDescription) -> Result<Self::Reader>; -} - -/// Processes pixel blocks from a file and accumulates them into a collection of arbitrary channels. -/// Loads all channels for each layer. -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct AnyChannelsReader<SamplesReader> { - - /// Stores a separate sample reader per channel in the layer - sample_channels_reader: SmallVec<[AnyChannelReader<SamplesReader>; 4]>, -} - -/// Processes pixel blocks from a file and accumulates them into a single arbitrary channel. -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct AnyChannelReader<SamplesReader> { - - /// The custom reader that accumulates the pixel data for a single channel - samples: SamplesReader, - - /// Temporarily accumulated meta data. - name: Text, - - /// Temporarily accumulated meta data. - sampling_rate: Vec2<usize>, - - /// Temporarily accumulated meta data. - quantize_linearly: bool, -} - -/// Processes pixel blocks from a file and accumulates them into a single pixel channel. -/// For example, stores thousands of "Red" pixel values for a single layer. -pub trait SamplesReader { - - /// The type of resulting sample storage - type Samples; - - /// Specify whether a single block of pixels should be loaded from the file - fn filter_block(&self, tile: TileCoordinates) -> bool; - - /// Load a single pixel line, which has not been filtered, into the reader, accumulating the sample data - fn read_line(&mut self, line: LineRef<'_>) -> UnitResult; - - /// Deliver the final accumulated sample storage for the image - fn into_samples(self) -> Self::Samples; -} - - -impl<'s, S: 's + ReadSamples> ReadChannels<'s> for ReadAnyChannels<S> { - type Reader = AnyChannelsReader<S::Reader>; - - fn create_channels_reader(&self, header: &Header) -> Result<Self::Reader> { - let samples: Result<_> = header.channels.list.iter() - .map(|channel: &ChannelDescription| Ok(AnyChannelReader { - samples: self.read_samples.create_sample_reader(header, channel)?, - name: channel.name.clone(), - sampling_rate: channel.sampling, - quantize_linearly: channel.quantize_linearly - })) - .collect(); - - Ok(AnyChannelsReader { sample_channels_reader: samples? }) - } -} - -impl<S: SamplesReader> ChannelsReader for AnyChannelsReader<S> { - type Channels = AnyChannels<S::Samples>; - - fn filter_block(&self, tile: TileCoordinates) -> bool { - self.sample_channels_reader.iter().any(|channel| channel.samples.filter_block(tile)) - } - - fn read_block(&mut self, header: &Header, decompressed: UncompressedBlock) -> UnitResult { - /*for (bytes, line) in LineIndex::lines_in_block(decompressed.index, header) { - let channel = self.sample_channels_reader.get_mut(line.channel).unwrap(); - channel.samples.read_line(LineSlice { location: line, value: &decompressed.data[bytes] })?; - } - - Ok(())*/ - for line in decompressed.lines(&header.channels) { - self.sample_channels_reader[line.location.channel].samples.read_line(line)?; - } - - Ok(()) - } - - fn into_channels(self) -> Self::Channels { - AnyChannels { // not using `new()` as the channels are already sorted - list: self.sample_channels_reader.into_iter() - .map(|channel| AnyChannel { - sample_data: channel.samples.into_samples(), - - name: channel.name, - quantize_linearly: channel.quantize_linearly, - sampling: channel.sampling_rate - }) - .collect() - } - } -} diff --git a/vendor/exr/src/image/read/image.rs b/vendor/exr/src/image/read/image.rs deleted file mode 100644 index fce2f52..0000000 --- a/vendor/exr/src/image/read/image.rs +++ /dev/null @@ -1,209 +0,0 @@ -//! The last wrapper of image readers, finally containing the [`from_file(path)`] method. -//! This completes the builder and reads a complete image. - -use crate::image::*; -use crate::meta::header::{Header, ImageAttributes}; -use crate::error::{Result, UnitResult}; -use crate::block::{UncompressedBlock, BlockIndex}; -use crate::block::chunk::TileCoordinates; -use std::path::Path; -use std::io::{Read, BufReader}; -use std::io::Seek; -use crate::meta::MetaData; -use crate::block::reader::ChunksReader; - -/// Specify whether to read the image in parallel, -/// whether to use pedantic error handling, -/// and a callback for the reading progress. -#[derive(Debug, Clone)] -pub struct ReadImage<OnProgress, ReadLayers> { - on_progress: OnProgress, - read_layers: ReadLayers, - pedantic: bool, - parallel: bool, -} - -impl<F, L> ReadImage<F, L> where F: FnMut(f64) -{ - /// Uses relaxed error handling and parallel decompression. - pub fn new(read_layers: L, on_progress: F) -> Self { - Self { - on_progress, read_layers, - pedantic: false, parallel: true, - } - } - - /// Specify that any missing or unusual information should result in an error. - /// Otherwise, `exrs` will try to compute or ignore missing information. - /// - /// If pedantic is true, then an error will be returned as soon as anything is missing in the file, - /// or two values in the image contradict each other. If pedantic is false, - /// then only fatal errors will be thrown. By default, reading an image is not pedantic, - /// which means that slightly invalid files might still be readable. - /// For example, if some attribute is missing but can be recomputed, this flag decides whether an error is thrown. - /// Or if the pedantic flag is true and there are still bytes left after the decompression algorithm finished, - /// an error is thrown, because this should not happen and something might be wrong with the file. - /// Or if your application is a target of attacks, or if you want to emulate the original C++ library, - /// you might want to switch to pedantic reading. - pub fn pedantic(self) -> Self { Self { pedantic: true, ..self } } - - /// Specify that multiple pixel blocks should never be decompressed using multiple threads at once. - /// This might be slower but uses less memory and less synchronization. - pub fn non_parallel(self) -> Self { Self { parallel: false, ..self } } - - /// Specify a function to be called regularly throughout the loading process. - /// Replaces all previously specified progress functions in this reader. - pub fn on_progress<OnProgress>(self, on_progress: OnProgress) -> ReadImage<OnProgress, L> - where OnProgress: FnMut(f64) - { - ReadImage { - on_progress, - read_layers: self.read_layers, - pedantic: self.pedantic, - parallel: self.parallel - } - } - - - /// Read the exr image from a file. - /// Use [`ReadImage::read_from_unbuffered`] instead, if you do not have a file. - #[inline] - #[must_use] - pub fn from_file<Layers>(self, path: impl AsRef<Path>) -> Result<Image<Layers>> - where for<'s> L: ReadLayers<'s, Layers = Layers> - { - self.from_unbuffered(std::fs::File::open(path)?) - } - - /// Buffer the reader and then read the exr image from it. - /// Use [`ReadImage::read_from_buffered`] instead, if your reader is an in-memory reader. - /// Use [`ReadImage::read_from_file`] instead, if you have a file path. - #[inline] - #[must_use] - pub fn from_unbuffered<Layers>(self, unbuffered: impl Read + Seek) -> Result<Image<Layers>> - where for<'s> L: ReadLayers<'s, Layers = Layers> - { - self.from_buffered(BufReader::new(unbuffered)) - } - - /// Read the exr image from a buffered reader. - /// Use [`ReadImage::read_from_file`] instead, if you have a file path. - /// Use [`ReadImage::read_from_unbuffered`] instead, if this is not an in-memory reader. - // TODO Use Parallel<> Wrapper to only require sendable byte source where parallel decompression is required - #[must_use] - pub fn from_buffered<Layers>(self, buffered: impl Read + Seek) -> Result<Image<Layers>> - where for<'s> L: ReadLayers<'s, Layers = Layers> - { - let chunks = crate::block::read(buffered, self.pedantic)?; - self.from_chunks(chunks) - } - - /// Read the exr image from an initialized chunks reader - /// that has already extracted the meta data from the file. - /// Use [`ReadImage::read_from_file`] instead, if you have a file path. - /// Use [`ReadImage::read_from_buffered`] instead, if this is an in-memory reader. - // TODO Use Parallel<> Wrapper to only require sendable byte source where parallel decompression is required - #[must_use] - pub fn from_chunks<Layers>(mut self, chunks_reader: crate::block::reader::Reader<impl Read + Seek>) -> Result<Image<Layers>> - where for<'s> L: ReadLayers<'s, Layers = Layers> - { - let Self { pedantic, parallel, ref mut on_progress, ref mut read_layers } = self; - - let layers_reader = read_layers.create_layers_reader(chunks_reader.headers())?; - let mut image_collector = ImageWithAttributesReader::new(chunks_reader.headers(), layers_reader)?; - - let block_reader = chunks_reader - .filter_chunks(pedantic, |meta, tile, block| { - image_collector.filter_block(meta, tile, block) - })? - .on_progress(on_progress); - - // TODO propagate send requirement further upwards - if parallel { - block_reader.decompress_parallel(pedantic, |meta_data, block|{ - image_collector.read_block(&meta_data.headers, block) - })?; - } - else { - block_reader.decompress_sequential(pedantic, |meta_data, block|{ - image_collector.read_block(&meta_data.headers, block) - })?; - } - - Ok(image_collector.into_image()) - } -} - -/// Processes blocks from a file and collects them into a complete `Image`. -#[derive(Debug, Clone, PartialEq)] -pub struct ImageWithAttributesReader<L> { - image_attributes: ImageAttributes, - layers_reader: L, -} - -impl<L> ImageWithAttributesReader<L> where L: LayersReader { - - /// A new image reader with image attributes. - pub fn new(headers: &[Header], layers_reader: L) -> Result<Self> - { - Ok(ImageWithAttributesReader { - image_attributes: headers.first().as_ref().expect("invalid headers").shared_attributes.clone(), - layers_reader, - }) - } - - /// Specify whether a single block of pixels should be loaded from the file - fn filter_block(&self, meta: &MetaData, tile: TileCoordinates, block: BlockIndex) -> bool { - self.layers_reader.filter_block(meta, tile, block) - } - - /// Load a single pixel block, which has not been filtered, into the reader, accumulating the image - fn read_block(&mut self, headers: &[Header], block: UncompressedBlock) -> UnitResult { - self.layers_reader.read_block(headers, block) - } - - /// Deliver the complete accumulated image - fn into_image(self) -> Image<L::Layers> { - Image { - attributes: self.image_attributes, - layer_data: self.layers_reader.into_layers() - } - } -} - - -/// A template that creates a `LayerReader` for each layer in the file. -pub trait ReadLayers<'s> { - - /// The type of the resulting Layers - type Layers; - - /// The type of the temporary layer reader - type Reader: LayersReader<Layers = Self::Layers>; - - /// Create a single reader for a single layer - fn create_layers_reader(&'s self, headers: &[Header]) -> Result<Self::Reader>; - - /// Specify that all attributes should be read from an image. - /// Use `from_file(path)` on the return value of this method to actually decode an image. - fn all_attributes(self) -> ReadImage<fn(f64), Self> where Self: Sized { - ReadImage::new(self, ignore_progress) - } -} - -/// Processes pixel blocks from a file and accumulates them into a single image layer. -pub trait LayersReader { - - /// The type of resulting layers - type Layers; - - /// Specify whether a single block of pixels should be loaded from the file - fn filter_block(&self, meta: &MetaData, tile: TileCoordinates, block: BlockIndex) -> bool; - - /// Load a single pixel block, which has not been filtered, into the reader, accumulating the layer - fn read_block(&mut self, headers: &[Header], block: UncompressedBlock) -> UnitResult; - - /// Deliver the final accumulated layers for the image - fn into_layers(self) -> Self::Layers; -} - diff --git a/vendor/exr/src/image/read/layers.rs b/vendor/exr/src/image/read/layers.rs deleted file mode 100644 index 75159c2..0000000 --- a/vendor/exr/src/image/read/layers.rs +++ /dev/null @@ -1,204 +0,0 @@ -//! How to read either a single or a list of layers. - -use crate::image::*; -use crate::meta::header::{Header, LayerAttributes}; -use crate::error::{Result, UnitResult, Error}; -use crate::block::{UncompressedBlock, BlockIndex}; -use crate::math::Vec2; -use crate::image::read::image::{ReadLayers, LayersReader}; -use crate::block::chunk::TileCoordinates; -use crate::meta::MetaData; - -/// Specify to read all channels, aborting if any one is invalid. -/// [`ReadRgbaChannels`] or [`ReadAnyChannels<ReadFlatSamples>`]. -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct ReadAllLayers<ReadChannels> { - - /// The channel reading specification - pub read_channels: ReadChannels, -} - -/// Specify to read only the first layer which meets the previously specified requirements -// FIXME do not throw error on deep data but just skip it! -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct ReadFirstValidLayer<ReadChannels> { - - /// The channel reading specification - pub read_channels: ReadChannels, -} - -/// A template that creates a [`ChannelsReader`] once for all channels per layer. -pub trait ReadChannels<'s> { - - /// The type of the temporary channels reader - type Reader: ChannelsReader; - - /// Create a single reader for all channels of a specific layer - fn create_channels_reader(&'s self, header: &Header) -> Result<Self::Reader>; - - - /// Read only the first layer which meets the previously specified requirements - /// For example, skips layers with deep data, if specified earlier. - /// Aborts if the image contains no layers. - // TODO test if this filters non-deep layers while ignoring deep data layers! - fn first_valid_layer(self) -> ReadFirstValidLayer<Self> where Self:Sized { ReadFirstValidLayer { read_channels: self } } - -// FIXME do not throw error on deep data but just skip it! - - - /// Reads all layers, including an empty list. Aborts if any of the layers are invalid, - /// even if only one of the layers contains unexpected data. - fn all_layers(self) -> ReadAllLayers<Self> where Self:Sized { ReadAllLayers { read_channels: self } } - - // TODO pub fn all_valid_layers(self) -> ReadAllValidLayers<Self> { ReadAllValidLayers { read_channels: self } } -} - - -/// Processes pixel blocks from a file and accumulates them into a list of layers. -/// For example, `ChannelsReader` can be -/// [`SpecificChannelsReader`] or [`AnyChannelsReader<FlatSamplesReader>`]. -#[derive(Debug, Clone, PartialEq)] -pub struct AllLayersReader<ChannelsReader> { - layer_readers: SmallVec<[LayerReader<ChannelsReader>; 2]>, // TODO unpack struct? -} - -/// Processes pixel blocks from a file and accumulates them into a single layers, using only the first. -/// For example, `ChannelsReader` can be -/// `SpecificChannelsReader` or `AnyChannelsReader<FlatSamplesReader>`. -#[derive(Debug, Clone, PartialEq)] -pub struct FirstValidLayerReader<ChannelsReader> { - layer_reader: LayerReader<ChannelsReader>, - layer_index: usize, -} - -/// Processes pixel blocks from a file and accumulates them into a single layers. -/// For example, `ChannelsReader` can be -/// `SpecificChannelsReader` or `AnyChannelsReader<FlatSamplesReader>`. -#[derive(Debug, Clone, PartialEq)] -pub struct LayerReader<ChannelsReader> { - channels_reader: ChannelsReader, - attributes: LayerAttributes, - size: Vec2<usize>, - encoding: Encoding -} - -/// Processes pixel blocks from a file and accumulates them into multiple channels per layer. -pub trait ChannelsReader { - - /// The type of the resulting channel collection - type Channels; - - /// Specify whether a single block of pixels should be loaded from the file - fn filter_block(&self, tile: TileCoordinates) -> bool; - - /// Load a single pixel block, which has not been filtered, into the reader, accumulating the channel data - fn read_block(&mut self, header: &Header, block: UncompressedBlock) -> UnitResult; - - /// Deliver the final accumulated channel collection for the image - fn into_channels(self) -> Self::Channels; -} - - -impl<C> LayerReader<C> { - fn new(header: &Header, channels_reader: C) -> Result<Self> { - Ok(LayerReader { - channels_reader, - attributes: header.own_attributes.clone(), - size: header.layer_size, - encoding: Encoding { - compression: header.compression, - line_order: header.line_order, - blocks: match header.blocks { - crate::meta::BlockDescription::ScanLines => Blocks::ScanLines, - crate::meta::BlockDescription::Tiles(TileDescription { tile_size, .. }) => Blocks::Tiles(tile_size) - }, - }, - }) - } -} - -impl<'s, C> ReadLayers<'s> for ReadAllLayers<C> where C: ReadChannels<'s> { - type Layers = Layers<<C::Reader as ChannelsReader>::Channels>; - type Reader = AllLayersReader<C::Reader>; - - fn create_layers_reader(&'s self, headers: &[Header]) -> Result<Self::Reader> { - let readers: Result<_> = headers.iter() - .map(|header| LayerReader::new(header, self.read_channels.create_channels_reader(header)?)) - .collect(); - - Ok(AllLayersReader { - layer_readers: readers? - }) - } -} - -impl<C> LayersReader for AllLayersReader<C> where C: ChannelsReader { - type Layers = Layers<C::Channels>; - - fn filter_block(&self, _: &MetaData, tile: TileCoordinates, block: BlockIndex) -> bool { - let layer = self.layer_readers.get(block.layer).expect("invalid layer index argument"); - layer.channels_reader.filter_block(tile) - } - - fn read_block(&mut self, headers: &[Header], block: UncompressedBlock) -> UnitResult { - self.layer_readers - .get_mut(block.index.layer).expect("invalid layer index argument") - .channels_reader.read_block(headers.get(block.index.layer).expect("invalid header index in block"), block) - } - - fn into_layers(self) -> Self::Layers { - self.layer_readers - .into_iter() - .map(|layer| Layer { - channel_data: layer.channels_reader.into_channels(), - attributes: layer.attributes, - size: layer.size, - encoding: layer.encoding - }) - .collect() - } -} - - -impl<'s, C> ReadLayers<'s> for ReadFirstValidLayer<C> where C: ReadChannels<'s> { - type Layers = Layer<<C::Reader as ChannelsReader>::Channels>; - type Reader = FirstValidLayerReader<C::Reader>; - - fn create_layers_reader(&'s self, headers: &[Header]) -> Result<Self::Reader> { - headers.iter().enumerate() - .flat_map(|(index, header)| - self.read_channels.create_channels_reader(header) - .and_then(|reader| Ok(FirstValidLayerReader { - layer_reader: LayerReader::new(header, reader)?, - layer_index: index - })) - .ok() - ) - .next() - .ok_or(Error::invalid("no layer in the image matched your specified requirements")) - } -} - - -impl<C> LayersReader for FirstValidLayerReader<C> where C: ChannelsReader { - type Layers = Layer<C::Channels>; - - fn filter_block(&self, _: &MetaData, tile: TileCoordinates, block: BlockIndex) -> bool { - block.layer == self.layer_index && self.layer_reader.channels_reader.filter_block(tile) - } - - fn read_block(&mut self, headers: &[Header], block: UncompressedBlock) -> UnitResult { - debug_assert_eq!(block.index.layer, self.layer_index, "block should have been filtered out"); - self.layer_reader.channels_reader.read_block(&headers[self.layer_index], block) - } - - fn into_layers(self) -> Self::Layers { - Layer { - channel_data: self.layer_reader.channels_reader.into_channels(), - attributes: self.layer_reader.attributes, - size: self.layer_reader.size, - encoding: self.layer_reader.encoding - } - } -} - diff --git a/vendor/exr/src/image/read/levels.rs b/vendor/exr/src/image/read/levels.rs deleted file mode 100644 index 5705903..0000000 --- a/vendor/exr/src/image/read/levels.rs +++ /dev/null @@ -1,219 +0,0 @@ -//! How to read a set of resolution levels. - -use crate::meta::*; -use crate::image::*; -use crate::error::*; -use crate::meta::attribute::*; -use crate::image::read::any_channels::*; -use crate::block::chunk::TileCoordinates; -use crate::image::read::specific_channels::*; -use crate::image::recursive::*; -use crate::math::Vec2; -use crate::block::lines::LineRef; -use crate::block::samples::*; -use crate::meta::header::{Header}; - - -// Note: In the resulting image, the `FlatSamples` are placed -// directly inside the channels, without `LargestLevel<>` indirection -/// Specify to read only the highest resolution level, skipping all smaller variations. -/// The sample storage can be [`ReadFlatSamples`]. -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct ReadLargestLevel<DeepOrFlatSamples> { - - /// The sample reading specification - pub read_samples: DeepOrFlatSamples -} - - -// FIXME rgba levels??? - -// Read the largest level, directly, without intermediate structs -impl<DeepOrFlatSamples> ReadLargestLevel<DeepOrFlatSamples> { - - /// Read all arbitrary channels in each layer. - pub fn all_channels(self) -> ReadAnyChannels<DeepOrFlatSamples> { ReadAnyChannels { read_samples: self.read_samples } } // Instead of Self, the `FlatSamples` are used directly - - /// Read only layers that contain rgba channels. Skips any other channels in the layer. - /// The alpha channel will contain the value `1.0` if no alpha channel can be found in the image. - /// - /// Using two closures, define how to store the pixels. - /// The first closure creates an image, and the second closure inserts a single pixel. - /// The type of the pixel can be defined by the second closure; - /// it must be a tuple containing four values, each being either `f16`, `f32`, `u32` or `Sample`. - /// - /// Throws an error for images with deep data or subsampling. - /// Use `specific_channels` or `all_channels` if you want to read something other than rgba. - pub fn rgba_channels<R,G,B,A, Create, Set, Pixels>( - self, create_pixels: Create, set_pixel: Set - ) -> CollectPixels< - ReadOptionalChannel<ReadRequiredChannel<ReadRequiredChannel<ReadRequiredChannel<NoneMore, R>, G>, B>, A>, - (R, G, B, A), Pixels, Create, Set - > - where - R: FromNativeSample, G: FromNativeSample, B: FromNativeSample, A: FromNativeSample, - Create: Fn(Vec2<usize>, &RgbaChannels) -> Pixels, - Set: Fn(&mut Pixels, Vec2<usize>, (R,G,B,A)), - { - self.specific_channels() - .required("R").required("G").required("B") - .optional("A", A::from_f32(1.0)) - .collect_pixels(create_pixels, set_pixel) - } - - /// Read only layers that contain rgb channels. Skips any other channels in the layer. - /// - /// Using two closures, define how to store the pixels. - /// The first closure creates an image, and the second closure inserts a single pixel. - /// The type of the pixel can be defined by the second closure; - /// it must be a tuple containing three values, each being either `f16`, `f32`, `u32` or `Sample`. - /// - /// Throws an error for images with deep data or subsampling. - /// Use `specific_channels` or `all_channels` if you want to read something other than rgb. - pub fn rgb_channels<R,G,B, Create, Set, Pixels>( - self, create_pixels: Create, set_pixel: Set - ) -> CollectPixels< - ReadRequiredChannel<ReadRequiredChannel<ReadRequiredChannel<NoneMore, R>, G>, B>, - (R, G, B), Pixels, Create, Set - > - where - R: FromNativeSample, G: FromNativeSample, B: FromNativeSample, - Create: Fn(Vec2<usize>, &RgbChannels) -> Pixels, - Set: Fn(&mut Pixels, Vec2<usize>, (R,G,B)), - { - self.specific_channels() - .required("R").required("G").required("B") - .collect_pixels(create_pixels, set_pixel) - } - - /// Read only layers that contain the specified channels, skipping any other channels in the layer. - /// Further specify which channels should be included by calling `.required("ChannelName")` - /// or `.optional("ChannelName", default_value)` on the result of this function. - /// Call `collect_pixels` afterwards to define the pixel container for your set of channels. - /// - /// Throws an error for images with deep data or subsampling. - pub fn specific_channels(self) -> ReadZeroChannels { - ReadZeroChannels { } - } -} - -/// Specify to read all contained resolution levels from the image, if any. -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct ReadAllLevels<DeepOrFlatSamples> { - - /// The sample reading specification - pub read_samples: DeepOrFlatSamples -} - -impl<ReadDeepOrFlatSamples> ReadAllLevels<ReadDeepOrFlatSamples> { - - /// Read all arbitrary channels in each layer. - pub fn all_channels(self) -> ReadAnyChannels<Self> { ReadAnyChannels { read_samples: self } } - - // TODO specific channels for multiple resolution levels - -} - -/*pub struct ReadLevels<S> { - read_samples: S, -}*/ - -/// Processes pixel blocks from a file and accumulates them into multiple levels per channel. -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct AllLevelsReader<SamplesReader> { - levels: Levels<SamplesReader>, -} - -/// A template that creates a [`SamplesReader`] once for each resolution level. -pub trait ReadSamplesLevel { - - /// The type of the temporary level reader - type Reader: SamplesReader; - - /// Create a single reader for a single resolution level - fn create_samples_level_reader(&self, header: &Header, channel: &ChannelDescription, level: Vec2<usize>, resolution: Vec2<usize>) -> Result<Self::Reader>; -} - - -impl<S: ReadSamplesLevel> ReadSamples for ReadAllLevels<S> { - type Reader = AllLevelsReader<S::Reader>; - - fn create_sample_reader(&self, header: &Header, channel: &ChannelDescription) -> Result<Self::Reader> { - let data_size = header.layer_size / channel.sampling; - - let levels = { - if let crate::meta::BlockDescription::Tiles(tiles) = &header.blocks { - match tiles.level_mode { - LevelMode::Singular => Levels::Singular(self.read_samples.create_samples_level_reader(header, channel, Vec2(0,0), header.layer_size)?), - - LevelMode::MipMap => Levels::Mip { - rounding_mode: tiles.rounding_mode, - level_data: { - let round = tiles.rounding_mode; - let maps: Result<LevelMaps<S::Reader>> = mip_map_levels(round, data_size) - .map(|(index, level_size)| self.read_samples.create_samples_level_reader(header, channel, Vec2(index, index), level_size)) - .collect(); - - maps? - }, - }, - - // TODO put this into Levels::new(..) ? - LevelMode::RipMap => Levels::Rip { - rounding_mode: tiles.rounding_mode, - level_data: { - let round = tiles.rounding_mode; - let level_count_x = compute_level_count(round, data_size.width()); - let level_count_y = compute_level_count(round, data_size.height()); - let maps: Result<LevelMaps<S::Reader>> = rip_map_levels(round, data_size) - .map(|(index, level_size)| self.read_samples.create_samples_level_reader(header, channel, index, level_size)) - .collect(); - - RipMaps { - map_data: maps?, - level_count: Vec2(level_count_x, level_count_y) - } - }, - }, - } - } - - // scan line blocks never have mip maps - else { - Levels::Singular(self.read_samples.create_samples_level_reader(header, channel, Vec2(0, 0), data_size)?) - } - }; - - Ok(AllLevelsReader { levels }) - } -} - - -impl<S: SamplesReader> SamplesReader for AllLevelsReader<S> { - type Samples = Levels<S::Samples>; - - fn filter_block(&self, _: TileCoordinates) -> bool { - true - } - - fn read_line(&mut self, line: LineRef<'_>) -> UnitResult { - self.levels.get_level_mut(line.location.level)?.read_line(line) - } - - fn into_samples(self) -> Self::Samples { - match self.levels { - Levels::Singular(level) => Levels::Singular(level.into_samples()), - Levels::Mip { rounding_mode, level_data } => Levels::Mip { - rounding_mode, level_data: level_data.into_iter().map(|s| s.into_samples()).collect(), - }, - - Levels::Rip { rounding_mode, level_data } => Levels::Rip { - rounding_mode, - level_data: RipMaps { - level_count: level_data.level_count, - map_data: level_data.map_data.into_iter().map(|s| s.into_samples()).collect(), - } - }, - } - } -} diff --git a/vendor/exr/src/image/read/mod.rs b/vendor/exr/src/image/read/mod.rs deleted file mode 100644 index c03fc90..0000000 --- a/vendor/exr/src/image/read/mod.rs +++ /dev/null @@ -1,207 +0,0 @@ - -//! Read an exr image. -//! -//! For great flexibility and customization, use the `read()` function. -//! The return value of the `read()` function must be further customized before reading a file. - -//! -//! For very simple applications, you can alternatively use one of these functions: -//! -//! 1. `read_first_rgba_layer_from_file(path, your_constructor, your_pixel_setter)`: -//! You specify how to store the pixels. -//! The first layer containing rgba channels is then loaded from the file. -//! Fails if no rgba layer can be found. -//! -//! 1. `read_all_rgba_layers_from_file(path, your_constructor, your_pixel_setter)`: -//! You specify how to store the pixels. -//! All layers containing rgba channels are then loaded from the file. -//! Fails if any layer in the image does not contain rgba channels. -//! -//! 1. `read_first_flat_layer_from_file(path)`: -//! The first layer containing non-deep data with arbitrary channels is loaded from the file. -//! Fails if no non-deep layer can be found. -//! -//! 1. `read_all_flat_layers_from_file(path)`: -//! All layers containing non-deep data with arbitrary channels are loaded from the file. -//! Fails if any layer in the image contains deep data. -//! -//! 1. `read_all_data_from_file(path)`: -//! All layers with arbitrary channels and all resolution levels are extracted from the file. -//! -//! Note: Currently does not support deep data, and currently fails -//! if any layer in the image contains deep data. -//! - -// The following three stages are internally used to read an image. -// 1. `ReadImage` - The specification. Contains everything the user wants to tell us about loading an image. -// The data in this structure will be instantiated and might be borrowed. -// 2. `ImageReader` - The temporary reader. Based on the specification of the blueprint, -// a reader is instantiated, once for each layer. -// This data structure accumulates the image data from the file. -// It also owns temporary data and references the blueprint. -// 3. `Image` - The clean image. The accumulated data from the Reader -// is converted to the clean image structure, without temporary data. - -pub mod image; -pub mod layers; -pub mod any_channels; -pub mod levels; -pub mod samples; -pub mod specific_channels; - -use crate::error::{Result}; -use crate::image::read::samples::{ReadFlatSamples}; -use std::path::Path; -use crate::image::{AnyImage, AnyChannels, FlatSamples, Image, Layer, FlatImage, PixelLayersImage, RgbaChannels}; -use crate::image::read::image::ReadLayers; -use crate::image::read::layers::ReadChannels; -use crate::math::Vec2; -use crate::prelude::{PixelImage}; -use crate::block::samples::FromNativeSample; - - -/// All resolution levels, all channels, all layers. -/// Does not support deep data yet. Uses parallel decompression and relaxed error handling. -/// Inspect the source code of this function if you need customization. -pub fn read_all_data_from_file(path: impl AsRef<Path>) -> Result<AnyImage> { - read() - .no_deep_data() // TODO deep data - .all_resolution_levels() - .all_channels() - .all_layers() - .all_attributes() - .from_file(path) -} - -// FIXME do not throw error on deep data but just skip it! -/// No deep data, no resolution levels, all channels, all layers. -/// Uses parallel decompression and relaxed error handling. -/// Inspect the source code of this function if you need customization. -pub fn read_all_flat_layers_from_file(path: impl AsRef<Path>) -> Result<FlatImage> { - read() - .no_deep_data() - .largest_resolution_level() - .all_channels() - .all_layers() - .all_attributes() - .from_file(path) -} - -/// No deep data, no resolution levels, all channels, first layer. -/// Uses parallel decompression and relaxed error handling. -/// Inspect the source code of this function if you need customization. -pub fn read_first_flat_layer_from_file(path: impl AsRef<Path>) -> Result<Image<Layer<AnyChannels<FlatSamples>>>> { - read() - .no_deep_data() - .largest_resolution_level() - .all_channels() - .first_valid_layer() - .all_attributes() - .from_file(path) -} - -/// No deep data, no resolution levels, rgba channels, all layers. -/// If a single layer does not contain rgba data, this method returns an error. -/// Uses parallel decompression and relaxed error handling. -/// `Create` and `Set` can be closures, see the examples for more information. -/// Inspect the source code of this function if you need customization. -/// The alpha channel will contain the value `1.0` if no alpha channel can be found in the image. -/// -/// Using two closures, define how to store the pixels. -/// The first closure creates an image, and the second closure inserts a single pixel. -/// The type of the pixel can be defined by the second closure; -/// it must be a tuple containing four values, each being either `f16`, `f32`, `u32` or `Sample`. -// FIXME Set and Create should not need to be static -pub fn read_all_rgba_layers_from_file<R,G,B,A, Set:'static, Create:'static, Pixels: 'static>( - path: impl AsRef<Path>, create: Create, set_pixel: Set -) - -> Result<PixelLayersImage<Pixels, RgbaChannels>> - where - R: FromNativeSample, G: FromNativeSample, B: FromNativeSample, A: FromNativeSample, - Create: Fn(Vec2<usize>, &RgbaChannels) -> Pixels, // TODO type alias? CreateRgbaPixels<Pixels=Pixels>, - Set: Fn(&mut Pixels, Vec2<usize>, (R,G,B,A)), -{ - read() - .no_deep_data() - .largest_resolution_level() - .rgba_channels(create, set_pixel) - .all_layers() - .all_attributes() - .from_file(path) -} - -/// No deep data, no resolution levels, rgba channels, choosing the first layer with rgba channels. -/// Uses parallel decompression and relaxed error handling. -/// `Create` and `Set` can be closures, see the examples for more information. -/// Inspect the source code of this function if you need customization. -/// The alpha channel will contain the value `1.0` if no alpha channel can be found in the image. -/// -/// Using two closures, define how to store the pixels. -/// The first closure creates an image, and the second closure inserts a single pixel. -/// The type of the pixel can be defined by the second closure; -/// it must be a tuple containing four values, each being either `f16`, `f32`, `u32` or `Sample`. -// FIXME Set and Create should not need to be static -pub fn read_first_rgba_layer_from_file<R,G,B,A, Set:'static, Create:'static, Pixels: 'static>( - path: impl AsRef<Path>, create: Create, set_pixel: Set -) - -> Result<PixelImage<Pixels, RgbaChannels>> - where - R: FromNativeSample, G: FromNativeSample, B: FromNativeSample, A: FromNativeSample, - Create: Fn(Vec2<usize>, &RgbaChannels) -> Pixels, // TODO type alias? CreateRgbaPixels<Pixels=Pixels>, - Set: Fn(&mut Pixels, Vec2<usize>, (R,G,B,A)), -{ - read() - .no_deep_data() - .largest_resolution_level() - .rgba_channels(create, set_pixel) - .first_valid_layer() - .all_attributes() - .from_file(path) -} - - -/// Utilizes the builder pattern to configure an image reader. This is the initial struct. -#[derive(Copy, Clone, Debug, Eq, PartialEq)] -pub struct ReadBuilder; - -/// Create a reader which can be used to load an exr image. -/// Allows you to exactly specify how to load the image, for example: -/// -/// ```no_run -/// use exr::prelude::*; -/// -/// // the type of the this image depends on the chosen options -/// let image = read() -/// .no_deep_data() // (currently required) -/// .largest_resolution_level() // or `all_resolution_levels()` -/// .all_channels() // or `rgba_channels(constructor, setter)` -/// .all_layers() // or `first_valid_layer()` -/// .all_attributes() // (currently required) -/// .on_progress(|progress| println!("progress: {:.1}", progress*100.0)) // optional -/// .from_file("image.exr").unwrap(); // or `from_buffered(my_byte_slice)` -/// ``` -/// -/// You can alternatively use one of the following simpler functions: -/// 1. `read_first_flat_layer_from_file` -/// 1. `read_all_rgba_layers_from_file` -/// 1. `read_all_flat_layers_from_file` -/// 1. `read_all_data_from_file` -/// -// TODO not panic but skip deep layers! -pub fn read() -> ReadBuilder { ReadBuilder } - -impl ReadBuilder { - - /// Specify to handle only one sample per channel, disabling "deep data". - // TODO not panic but skip deep layers! - pub fn no_deep_data(self) -> ReadFlatSamples { ReadFlatSamples } - - // pub fn any_resolution_levels() -> ReadBuilder<> {} - - // TODO - // e. g. `let sum = reader.any_channels_with(|sample, sum| sum += sample)` - // e. g. `let floats = reader.any_channels_with(|sample, f32_samples| f32_samples[index] = sample as f32)` - // pub fn no_deep_data_with <S> (self, storage: S) -> FlatSamplesWith<S> { } - - // pub fn flat_and_deep_data(self) -> ReadAnySamples { ReadAnySamples } -} diff --git a/vendor/exr/src/image/read/samples.rs b/vendor/exr/src/image/read/samples.rs deleted file mode 100644 index e03c3cc..0000000 --- a/vendor/exr/src/image/read/samples.rs +++ /dev/null @@ -1,122 +0,0 @@ -//! How to read samples (a grid of `f32`, `f16` or `u32` values). - -use crate::image::*; -use crate::meta::header::{Header}; -use crate::error::{Result, UnitResult}; -use crate::block::lines::LineRef; -use crate::math::Vec2; -use crate::meta::attribute::{ChannelDescription, SampleType}; -use crate::image::read::any_channels::{SamplesReader, ReadSamples}; -use crate::image::read::levels::{ReadSamplesLevel, ReadAllLevels, ReadLargestLevel}; -use crate::block::chunk::TileCoordinates; -// use crate::image::read::layers::ReadChannels; - -/// Specify to read only flat samples and no "deep data" -// FIXME do not throw error on deep data but just skip it! -#[derive(Debug, Copy, Clone, Eq, PartialEq)] -pub struct ReadFlatSamples; -// pub struct ReadAnySamples; - -impl ReadFlatSamples { - - // TODO - // e. g. `let sum = reader.any_channels_with(|sample, sum| sum += sample)` - // pub fn any_channels_with <S> (self, storage: S) -> { } - - /// Specify to read only the highest resolution level, skipping all smaller variations. - pub fn largest_resolution_level(self) -> ReadLargestLevel<Self> { ReadLargestLevel { read_samples: self } } - - /// Specify to read all contained resolution levels from the image, if any. - pub fn all_resolution_levels(self) -> ReadAllLevels<Self> { ReadAllLevels { read_samples: self } } - - // TODO pub fn specific_resolution_level<F: Fn(&[Vec2<usize>])->usize >(self, select_level: F) -> ReadLevelBy<Self> { ReadAllLevels { read_samples: self } } -} - - -/*pub struct AnySamplesReader { TODO - resolution: Vec2<usize>, - samples: DeepAndFlatSamples -}*/ - -/// Processes pixel blocks from a file and accumulates them into a grid of samples, for example "Red" or "Alpha". -#[derive(Debug, Clone, PartialEq)] -pub struct FlatSamplesReader { - level: Vec2<usize>, - resolution: Vec2<usize>, - samples: FlatSamples -} - - -// only used when samples is directly inside a channel, without levels -impl ReadSamples for ReadFlatSamples { - type Reader = FlatSamplesReader; - - fn create_sample_reader(&self, header: &Header, channel: &ChannelDescription) -> Result<Self::Reader> { - self.create_samples_level_reader(header, channel, Vec2(0, 0), header.layer_size) - } -} - -impl ReadSamplesLevel for ReadFlatSamples { - type Reader = FlatSamplesReader; - - fn create_samples_level_reader(&self, _header: &Header, channel: &ChannelDescription, level: Vec2<usize>, resolution: Vec2<usize>) -> Result<Self::Reader> { - Ok(FlatSamplesReader { - level, resolution, // TODO sampling - samples: match channel.sample_type { - SampleType::F16 => FlatSamples::F16(vec![f16::ZERO; resolution.area()]), - SampleType::F32 => FlatSamples::F32(vec![0.0; resolution.area()]), - SampleType::U32 => FlatSamples::U32(vec![0; resolution.area()]), - } - }) - } -} - - -impl SamplesReader for FlatSamplesReader { - type Samples = FlatSamples; - - fn filter_block(&self, tile: TileCoordinates) -> bool { - tile.level_index == self.level - } - - fn read_line(&mut self, line: LineRef<'_>) -> UnitResult { - let index = line.location; - let resolution = self.resolution; - - // the index is generated by ourselves and must always be correct - debug_assert_eq!(index.level, self.level, "line should have been filtered"); - debug_assert!(index.position.x() + index.sample_count <= resolution.width(), "line index calculation bug"); - debug_assert!(index.position.y() < resolution.height(), "line index calculation bug"); - debug_assert_ne!(resolution.0, 0, "sample size bug"); - - let start_index = index.position.y() * resolution.width() + index.position.x(); - let end_index = start_index + index.sample_count; - - debug_assert!( - start_index < end_index && end_index <= self.samples.len(), - "for resolution {:?}, this is an invalid line: {:?}", - self.resolution, line.location - ); - - match &mut self.samples { - FlatSamples::F16(samples) => - line.read_samples_into_slice(&mut samples[start_index .. end_index]) - .expect("writing line bytes failed"), - - FlatSamples::F32(samples) => - line.read_samples_into_slice(&mut samples[start_index .. end_index]) - .expect("writing line bytes failed"), - - FlatSamples::U32(samples) => - line.read_samples_into_slice(&mut samples[start_index .. end_index]) - .expect("writing line bytes failed"), - } - - Ok(()) - } - - fn into_samples(self) -> FlatSamples { - self.samples - } -} - diff --git a/vendor/exr/src/image/read/specific_channels.rs b/vendor/exr/src/image/read/specific_channels.rs deleted file mode 100644 index 375691c..0000000 --- a/vendor/exr/src/image/read/specific_channels.rs +++ /dev/null @@ -1,463 +0,0 @@ -//! How to read arbitrary but specific selection of arbitrary channels. -//! This is not a zero-cost abstraction. - -use crate::image::recursive::*; -use crate::block::samples::*; -use crate::image::*; -use crate::math::*; -use crate::meta::header::*; -use crate::error::*; -use crate::block::UncompressedBlock; -use crate::image::read::layers::{ChannelsReader, ReadChannels}; -use crate::block::chunk::TileCoordinates; - -use std::marker::PhantomData; -use crate::io::Read; - - -/// Can be attached one more channel reader. -/// Call `required` or `optional` on this object to declare another channel to be read from the file. -/// Call `collect_pixels` at last to define how the previously declared pixels should be stored. -pub trait ReadSpecificChannel: Sized + CheckDuplicates { - - /// A separate internal reader for the pixels. Will be of type `Recursive<_, SampleReader<_>>`, - /// depending on the pixels of the specific channel combination. - type RecursivePixelReader: RecursivePixelReader; - - /// Create a separate internal reader for the pixels of the specific channel combination. - fn create_recursive_reader(&self, channels: &ChannelList) -> Result<Self::RecursivePixelReader>; - - /// Plan to read an additional channel from the image, with the specified name. - /// If the channel cannot be found in the image when the image is read, the image will not be loaded. - /// The generic parameter can usually be inferred from the closure in `collect_pixels`. - fn required<Sample>(self, channel_name: impl Into<Text>) -> ReadRequiredChannel<Self, Sample> { - let channel_name = channel_name.into(); - assert!(self.already_contains(&channel_name).not(), "a channel with the name `{}` is already defined", channel_name); - ReadRequiredChannel { channel_name, previous_channels: self, px: Default::default() } - } - - /// Plan to read an additional channel from the image, with the specified name. - /// If the file does not contain this channel, the specified default sample will be returned instead. - /// You can check whether the channel has been loaded by - /// checking the presence of the optional channel description before instantiating your own image. - /// The generic parameter can usually be inferred from the closure in `collect_pixels`. - fn optional<Sample>(self, channel_name: impl Into<Text>, default_sample: Sample) - -> ReadOptionalChannel<Self, Sample> - { - let channel_name = channel_name.into(); - assert!(self.already_contains(&channel_name).not(), "a channel with the name `{}` is already defined", channel_name); - ReadOptionalChannel { channel_name, previous_channels: self, default_sample } - } - - /// Using two closures, define how to store the pixels. - /// The first closure creates an image, and the second closure inserts a single pixel. - /// The type of the pixel can be defined by the second closure; - /// it must be a tuple containing `f16`, `f32`, `u32` or `Sample` values. - /// See the examples for more information. - fn collect_pixels<Pixel, PixelStorage, CreatePixels, SetPixel>( - self, create_pixels: CreatePixels, set_pixel: SetPixel - ) -> CollectPixels<Self, Pixel, PixelStorage, CreatePixels, SetPixel> - where - <Self::RecursivePixelReader as RecursivePixelReader>::RecursivePixel: IntoTuple<Pixel>, - <Self::RecursivePixelReader as RecursivePixelReader>::RecursiveChannelDescriptions: IntoNonRecursive, - CreatePixels: Fn( - Vec2<usize>, - &<<Self::RecursivePixelReader as RecursivePixelReader>::RecursiveChannelDescriptions as IntoNonRecursive>::NonRecursive - ) -> PixelStorage, - SetPixel: Fn(&mut PixelStorage, Vec2<usize>, Pixel), - { - CollectPixels { read_channels: self, set_pixel, create_pixels, px: Default::default() } - } -} - -/// A reader containing sub-readers for reading the pixel content of an image. -pub trait RecursivePixelReader { - - /// The channel descriptions from the image. - /// Will be converted to a tuple before being stored in `SpecificChannels<_, ChannelDescriptions>`. - type RecursiveChannelDescriptions; - - /// Returns the channel descriptions based on the channels in the file. - fn get_descriptions(&self) -> Self::RecursiveChannelDescriptions; - - /// The pixel type. Will be converted to a tuple at the end of the process. - type RecursivePixel: Copy + Default + 'static; - - /// Read the line of pixels. - fn read_pixels<'s, FullPixel>( - &self, bytes: &'s[u8], pixels: &mut [FullPixel], - get_pixel: impl Fn(&mut FullPixel) -> &mut Self::RecursivePixel - ); -} - -// does not use the generic `Recursive` struct to reduce the number of angle brackets in the public api -/// Used to read another specific channel from an image. -/// Contains the previous `ReadChannels` objects. -#[derive(Clone, Debug)] -pub struct ReadOptionalChannel<ReadChannels, Sample> { - previous_channels: ReadChannels, - channel_name: Text, - default_sample: Sample, -} - -// does not use the generic `Recursive` struct to reduce the number of angle brackets in the public api -/// Used to read another specific channel from an image. -/// Contains the previous `ReadChannels` objects. -#[derive(Clone, Debug)] -pub struct ReadRequiredChannel<ReadChannels, Sample> { - previous_channels: ReadChannels, - channel_name: Text, - px: PhantomData<Sample>, -} - -/// Specifies how to collect all the specified channels into a number of individual pixels. -#[derive(Copy, Clone, Debug)] -pub struct CollectPixels<ReadChannels, Pixel, PixelStorage, CreatePixels, SetPixel> { - read_channels: ReadChannels, - create_pixels: CreatePixels, - set_pixel: SetPixel, - px: PhantomData<(Pixel, PixelStorage)>, -} - -impl<Inner: CheckDuplicates, Sample> CheckDuplicates for ReadRequiredChannel<Inner, Sample> { - fn already_contains(&self, name: &Text) -> bool { - &self.channel_name == name || self.previous_channels.already_contains(name) - } -} - -impl<Inner: CheckDuplicates, Sample> CheckDuplicates for ReadOptionalChannel<Inner, Sample> { - fn already_contains(&self, name: &Text) -> bool { - &self.channel_name == name || self.previous_channels.already_contains(name) - } -} - -impl<'s, InnerChannels, Pixel, PixelStorage, CreatePixels, SetPixel: 's> -ReadChannels<'s> for CollectPixels<InnerChannels, Pixel, PixelStorage, CreatePixels, SetPixel> - where - InnerChannels: ReadSpecificChannel, - <InnerChannels::RecursivePixelReader as RecursivePixelReader>::RecursivePixel: IntoTuple<Pixel>, - <InnerChannels::RecursivePixelReader as RecursivePixelReader>::RecursiveChannelDescriptions: IntoNonRecursive, - CreatePixels: Fn(Vec2<usize>, &<<InnerChannels::RecursivePixelReader as RecursivePixelReader>::RecursiveChannelDescriptions as IntoNonRecursive>::NonRecursive) -> PixelStorage, - SetPixel: Fn(&mut PixelStorage, Vec2<usize>, Pixel), -{ - type Reader = SpecificChannelsReader< - PixelStorage, &'s SetPixel, - InnerChannels::RecursivePixelReader, - Pixel, - >; - - fn create_channels_reader(&'s self, header: &Header) -> Result<Self::Reader> { - if header.deep { return Err(Error::invalid("`SpecificChannels` does not support deep data yet")) } - - let pixel_reader = self.read_channels.create_recursive_reader(&header.channels)?; - let channel_descriptions = pixel_reader.get_descriptions().into_non_recursive();// TODO not call this twice - - let create = &self.create_pixels; - let pixel_storage = create(header.layer_size, &channel_descriptions); - - Ok(SpecificChannelsReader { - set_pixel: &self.set_pixel, - pixel_storage, - pixel_reader, - px: Default::default() - }) - } -} - -/// The reader that holds the temporary data that is required to read some specified channels. -#[derive(Copy, Clone, Debug)] -pub struct SpecificChannelsReader<PixelStorage, SetPixel, PixelReader, Pixel> { - set_pixel: SetPixel, - pixel_storage: PixelStorage, - pixel_reader: PixelReader, - px: PhantomData<Pixel> -} - -impl<PixelStorage, SetPixel, PxReader, Pixel> -ChannelsReader for SpecificChannelsReader<PixelStorage, SetPixel, PxReader, Pixel> - where PxReader: RecursivePixelReader, - PxReader::RecursivePixel: IntoTuple<Pixel>, - PxReader::RecursiveChannelDescriptions: IntoNonRecursive, - SetPixel: Fn(&mut PixelStorage, Vec2<usize>, Pixel), -{ - type Channels = SpecificChannels<PixelStorage, <PxReader::RecursiveChannelDescriptions as IntoNonRecursive>::NonRecursive>; - - fn filter_block(&self, tile: TileCoordinates) -> bool { tile.is_largest_resolution_level() } // TODO all levels - - fn read_block(&mut self, header: &Header, block: UncompressedBlock) -> UnitResult { - let mut pixels = vec![PxReader::RecursivePixel::default(); block.index.pixel_size.width()]; // TODO allocate once in self - - let byte_lines = block.data.chunks_exact(header.channels.bytes_per_pixel * block.index.pixel_size.width()); - debug_assert_eq!(byte_lines.len(), block.index.pixel_size.height(), "invalid block lines split"); - - for (y_offset, line_bytes) in byte_lines.enumerate() { // TODO sampling - // this two-step copy method should be very cache friendly in theory, and also reduce sample_type lookup count - self.pixel_reader.read_pixels(line_bytes, &mut pixels, |px| px); - - for (x_offset, pixel) in pixels.iter().enumerate() { - let set_pixel = &self.set_pixel; - set_pixel(&mut self.pixel_storage, block.index.pixel_position + Vec2(x_offset, y_offset), pixel.into_tuple()); - } - } - - Ok(()) - } - - fn into_channels(self) -> Self::Channels { - SpecificChannels { channels: self.pixel_reader.get_descriptions().into_non_recursive(), pixels: self.pixel_storage } - } -} - - -/// Read zero channels from an image. Call `with_named_channel` on this object -/// to read as many channels as desired. -pub type ReadZeroChannels = NoneMore; - -impl ReadSpecificChannel for NoneMore { - type RecursivePixelReader = NoneMore; - fn create_recursive_reader(&self, _: &ChannelList) -> Result<Self::RecursivePixelReader> { Ok(NoneMore) } -} - -impl<DefaultSample, ReadChannels> ReadSpecificChannel for ReadOptionalChannel<ReadChannels, DefaultSample> - where ReadChannels: ReadSpecificChannel, DefaultSample: FromNativeSample + 'static, -{ - type RecursivePixelReader = Recursive<ReadChannels::RecursivePixelReader, OptionalSampleReader<DefaultSample>>; - - fn create_recursive_reader(&self, channels: &ChannelList) -> Result<Self::RecursivePixelReader> { - debug_assert!(self.previous_channels.already_contains(&self.channel_name).not(), "duplicate channel name: {}", self.channel_name); - - let inner_samples_reader = self.previous_channels.create_recursive_reader(channels)?; - let reader = channels.channels_with_byte_offset() - .find(|(_, channel)| channel.name == self.channel_name) - .map(|(channel_byte_offset, channel)| SampleReader { - channel_byte_offset, channel: channel.clone(), - px: Default::default() - }); - - Ok(Recursive::new(inner_samples_reader, OptionalSampleReader { - reader, default_sample: self.default_sample, - })) - } -} - -impl<Sample, ReadChannels> ReadSpecificChannel for ReadRequiredChannel<ReadChannels, Sample> - where ReadChannels: ReadSpecificChannel, Sample: FromNativeSample + 'static -{ - type RecursivePixelReader = Recursive<ReadChannels::RecursivePixelReader, SampleReader<Sample>>; - - fn create_recursive_reader(&self, channels: &ChannelList) -> Result<Self::RecursivePixelReader> { - let previous_samples_reader = self.previous_channels.create_recursive_reader(channels)?; - let (channel_byte_offset, channel) = channels.channels_with_byte_offset() - .find(|(_, channel)| channel.name == self.channel_name) - .ok_or_else(|| Error::invalid(format!( - "layer does not contain all of your specified channels (`{}` is missing)", - self.channel_name - )))?; - - Ok(Recursive::new(previous_samples_reader, SampleReader { channel_byte_offset, channel: channel.clone(), px: Default::default() })) - } -} - -/// Reader for a single channel. Generic over the concrete sample type (f16, f32, u32). -#[derive(Clone, Debug)] -pub struct SampleReader<Sample> { - - /// to be multiplied with line width! - channel_byte_offset: usize, - - channel: ChannelDescription, - px: PhantomData<Sample> -} - -/// Reader for a single channel. Generic over the concrete sample type (f16, f32, u32). -/// Can also skip reading a channel if it could not be found in the image. -#[derive(Clone, Debug)] -pub struct OptionalSampleReader<DefaultSample> { - reader: Option<SampleReader<DefaultSample>>, - default_sample: DefaultSample, -} - -impl<Sample: FromNativeSample> SampleReader<Sample> { - fn read_own_samples<'s, FullPixel>( - &self, bytes: &'s[u8], pixels: &mut [FullPixel], - get_sample: impl Fn(&mut FullPixel) -> &mut Sample - ){ - let start_index = pixels.len() * self.channel_byte_offset; - let byte_count = pixels.len() * self.channel.sample_type.bytes_per_sample(); - let mut own_bytes_reader = &mut &bytes[start_index .. start_index + byte_count]; // TODO check block size somewhere - let mut samples_out = pixels.iter_mut().map(|pixel| get_sample(pixel)); - - // match the type once for the whole line, not on every single sample - match self.channel.sample_type { - SampleType::F16 => read_and_convert_all_samples_batched( - &mut own_bytes_reader, &mut samples_out, - Sample::from_f16s - ), - - SampleType::F32 => read_and_convert_all_samples_batched( - &mut own_bytes_reader, &mut samples_out, - Sample::from_f32s - ), - - SampleType::U32 => read_and_convert_all_samples_batched( - &mut own_bytes_reader, &mut samples_out, - Sample::from_u32s - ), - } - - debug_assert!(samples_out.next().is_none(), "not all samples have been converted"); - debug_assert!(own_bytes_reader.is_empty(), "bytes left after reading all samples"); - } -} - - -/// Does the same as `convert_batch(in_bytes.chunks().map(From::from_bytes))`, but vectorized. -/// Reads the samples for one line, using the sample type specified in the file, -/// and then converts those to the desired sample types. -/// Uses batches to allow vectorization, converting multiple values with one instruction. -fn read_and_convert_all_samples_batched<'t, From, To>( - mut in_bytes: impl Read, - out_samples: &mut impl ExactSizeIterator<Item=&'t mut To>, - convert_batch: fn(&[From], &mut [To]) -) where From: Data + Default + Copy, To: 't + Default + Copy -{ - // this is not a global! why is this warning triggered? - #[allow(non_upper_case_globals)] - const batch_size: usize = 16; - - let total_sample_count = out_samples.len(); - let batch_count = total_sample_count / batch_size; - let remaining_samples_count = total_sample_count % batch_size; - - let len_error_msg = "sample count was miscalculated"; - let byte_error_msg = "error when reading from in-memory slice"; - - // write samples from a given slice to the output iterator. should be inlined. - let output_n_samples = &mut move |samples: &[To]| { - for converted_sample in samples { - *out_samples.next().expect(len_error_msg) = *converted_sample; - } - }; - - // read samples from the byte source into a given slice. should be inlined. - // todo: use #[inline] when available - // error[E0658]: attributes on expressions are experimental, - // see issue #15701 <https://github.com/rust-lang/rust/issues/15701> for more information - let read_n_samples = &mut move |samples: &mut [From]| { - Data::read_slice(&mut in_bytes, samples).expect(byte_error_msg); - }; - - // temporary arrays with fixed size, operations should be vectorized within these arrays - let mut source_samples_batch: [From; batch_size] = Default::default(); - let mut desired_samples_batch: [To; batch_size] = Default::default(); - - // first convert all whole batches, size statically known to be 16 element arrays - for _ in 0 .. batch_count { - read_n_samples(&mut source_samples_batch); - convert_batch(source_samples_batch.as_slice(), desired_samples_batch.as_mut_slice()); - output_n_samples(&desired_samples_batch); - } - - // then convert a partial remaining batch, size known only at runtime - if remaining_samples_count != 0 { - let source_samples_batch = &mut source_samples_batch[..remaining_samples_count]; - let desired_samples_batch = &mut desired_samples_batch[..remaining_samples_count]; - - read_n_samples(source_samples_batch); - convert_batch(source_samples_batch, desired_samples_batch); - output_n_samples(desired_samples_batch); - } -} - -#[cfg(test)] -mod test { - use super::*; - - #[test] - fn equals_naive_f32(){ - for total_array_size in [3, 7, 30, 41, 120, 10_423] { - let input_f32s = (0..total_array_size).map(|_| rand::random::<f32>()).collect::<Vec<f32>>(); - let in_f32s_bytes = input_f32s.iter().cloned().flat_map(f32::to_le_bytes).collect::<Vec<u8>>(); - - let mut out_f16_samples_batched = vec![ - f16::from_f32(rand::random::<f32>()); - total_array_size - ]; - - read_and_convert_all_samples_batched( - &mut in_f32s_bytes.as_slice(), - &mut out_f16_samples_batched.iter_mut(), - f16::from_f32s - ); - - let out_f16_samples_naive = input_f32s.iter() - .cloned().map(f16::from_f32); - - assert!(out_f16_samples_naive.eq(out_f16_samples_batched)); - } - } -} - - -impl RecursivePixelReader for NoneMore { - type RecursiveChannelDescriptions = NoneMore; - fn get_descriptions(&self) -> Self::RecursiveChannelDescriptions { NoneMore } - - type RecursivePixel = NoneMore; - - fn read_pixels<'s, FullPixel>( - &self, _: &'s[u8], _: &mut [FullPixel], - _: impl Fn(&mut FullPixel) -> &mut NoneMore - ){} -} - -impl<Sample, InnerReader: RecursivePixelReader> - RecursivePixelReader - for Recursive<InnerReader, SampleReader<Sample>> - where Sample: FromNativeSample + 'static -{ - type RecursiveChannelDescriptions = Recursive<InnerReader::RecursiveChannelDescriptions, ChannelDescription>; - fn get_descriptions(&self) -> Self::RecursiveChannelDescriptions { Recursive::new(self.inner.get_descriptions(), self.value.channel.clone()) } - - type RecursivePixel = Recursive<InnerReader::RecursivePixel, Sample>; - - fn read_pixels<'s, FullPixel>( - &self, bytes: &'s[u8], pixels: &mut [FullPixel], - get_pixel: impl Fn(&mut FullPixel) -> &mut Self::RecursivePixel - ) { - self.value.read_own_samples(bytes, pixels, |px| &mut get_pixel(px).value); - self.inner.read_pixels(bytes, pixels, |px| &mut get_pixel(px).inner); - } -} - -impl<Sample, InnerReader: RecursivePixelReader> -RecursivePixelReader -for Recursive<InnerReader, OptionalSampleReader<Sample>> - where Sample: FromNativeSample + 'static -{ - type RecursiveChannelDescriptions = Recursive<InnerReader::RecursiveChannelDescriptions, Option<ChannelDescription>>; - fn get_descriptions(&self) -> Self::RecursiveChannelDescriptions { Recursive::new( - self.inner.get_descriptions(), self.value.reader.as_ref().map(|reader| reader.channel.clone()) - ) } - - type RecursivePixel = Recursive<InnerReader::RecursivePixel, Sample>; - - fn read_pixels<'s, FullPixel>( - &self, bytes: &'s[u8], pixels: &mut [FullPixel], - get_pixel: impl Fn(&mut FullPixel) -> &mut Self::RecursivePixel - ) { - if let Some(reader) = &self.value.reader { - reader.read_own_samples(bytes, pixels, |px| &mut get_pixel(px).value); - } - else { - // if this channel is optional and was not found in the file, fill the default sample - for pixel in pixels.iter_mut() { - get_pixel(pixel).value = self.value.default_sample; - } - } - - self.inner.read_pixels(bytes, pixels, |px| &mut get_pixel(px).inner); - } -} - - diff --git a/vendor/exr/src/image/recursive.rs b/vendor/exr/src/image/recursive.rs deleted file mode 100644 index 25a980f..0000000 --- a/vendor/exr/src/image/recursive.rs +++ /dev/null @@ -1,178 +0,0 @@ -//! A generic wrapper which can be used to represent recursive types. -//! Supports conversion from and to tuples of the same size. - -/// No more recursion. Can be used within any `Recursive<NoneMore, YourValue>` type. -#[derive(Copy, Clone, Debug, Default, Eq, PartialEq)] -pub struct NoneMore; - -/// A recursive type-level linked list of `Value` entries. -/// Mainly used to represent an arbitrary number of channels. -/// The recursive architecture removes the need to implement traits for many different tuples. -#[derive(Copy, Clone, Debug, Default, Eq, PartialEq)] -pub struct Recursive<Inner, Value> { - /// The remaining values of this linked list, - /// probably either `NoneMore` or another instance of the same `Recursive<Inner - 1, Value>`. - pub inner: Inner, - - /// The next item in this linked list. - pub value: Value, -} - -impl<Inner, Value> Recursive<Inner, Value> { - /// Create a new recursive type. Equivalent to the manual constructor, but less verbose. - pub fn new(inner: Inner, value: Value) -> Self { Self { inner, value } } -} - -/// Convert this recursive type into a tuple. -/// This is nice as it will require less typing for the same type. -/// A type might or might not be convertible to the specified `Tuple` type. -pub trait IntoTuple<Tuple> { - /// Convert this recursive type to a nice tuple. - fn into_tuple(self) -> Tuple; -} - -/// Convert this recursive type into a tuple. -/// This is nice as it will require less typing for the same type. -/// A type will be converted to the specified `Self::NonRecursive` type. -pub trait IntoNonRecursive { - /// The resulting tuple type. - type NonRecursive; - - /// Convert this recursive type to a nice tuple. - fn into_non_recursive(self) -> Self::NonRecursive; -} - -/// Create a recursive type from this tuple. -pub trait IntoRecursive { - /// The recursive type resulting from this tuple. - type Recursive; - - /// Create a recursive type from this tuple. - fn into_recursive(self) -> Self::Recursive; -} - -impl IntoRecursive for NoneMore { - type Recursive = Self; - fn into_recursive(self) -> Self::Recursive { self } -} - -impl<Inner: IntoRecursive, Value> IntoRecursive for Recursive<Inner, Value> { - type Recursive = Recursive<Inner::Recursive, Value>; - fn into_recursive(self) -> Self::Recursive { Recursive::new(self.inner.into_recursive(), self.value) } -} - -// Automatically implement IntoTuple so we have to generate less code in the macros -impl<I: IntoNonRecursive> IntoTuple<I::NonRecursive> for I { - fn into_tuple(self) -> <I as IntoNonRecursive>::NonRecursive { - self.into_non_recursive() - } -} - -//Implement traits for the empty tuple, the macro doesn't handle that -impl IntoRecursive for () { - type Recursive = NoneMore; - fn into_recursive(self) -> Self::Recursive { NoneMore } -} - -impl IntoNonRecursive for NoneMore { - type NonRecursive = (); - - fn into_non_recursive(self) -> Self::NonRecursive { - () - } -} - -/// Generates the recursive type corresponding to this tuple: -/// ```nocheck -/// gen_recursive_type!(A, B, C) -/// => Recursive<Recursive<Recursive<NoneMore, A>, B>, C> -/// ``` -macro_rules! gen_recursive_type { - () => { NoneMore }; - ($last:ident $(,$not_last:ident)*) => { - Recursive<gen_recursive_type!($($not_last),*), $last> - }; -} - -/// Generates the recursive value corresponding to the given indices: -/// ```nocheck -/// gen_recursive_value(self; 1, 0) -/// => Recursive { inner: Recursive { inner: NoneMore, value: self.0 }, value: self.1 } -/// ``` -macro_rules! gen_recursive_value { - ($self:ident;) => { NoneMore }; - ($self:ident; $last:tt $(,$not_last:tt)*) => { - Recursive { inner: gen_recursive_value!($self; $($not_last),*), value: $self.$last } - }; -} - -/// Generates the into_tuple value corresponding to the given type names: -/// ```nocheck -/// gen_tuple_value(self; A, B, C) -/// => (self.inner.inner.value, self.inner.value, self.value) -/// ``` -macro_rules! gen_tuple_value { - ($self:ident; $($all:ident),* ) => { - gen_tuple_value!(@ $self; (); $($all),* ) - }; - - (@ $self:ident; ($($state:expr),*);) => { ($($state .value,)*) }; - (@ $self:ident; ($($state:expr),*); $last:ident $(,$not_last:ident)* ) => { - gen_tuple_value!(@ $self; ($($state .inner,)* $self); $($not_last),* ) - }; -} - -/// Generate the trait implementations given a sequence of type names in both directions and the indices backwards: -/// ```nocheck -/// generate_single(A, B, C; C, B, A; 2, 1, 0) -/// ``` -macro_rules! generate_single { - ( $($name_fwd:ident),* ; $($name_back:ident),* ; $($index_back:tt),*) => { - impl<$($name_fwd),*> IntoNonRecursive for gen_recursive_type!($($name_back),*) { - type NonRecursive = ($($name_fwd,)*); - fn into_non_recursive(self) -> Self::NonRecursive { - gen_tuple_value!(self; $($name_fwd),*) - } - } - - impl<$($name_fwd),*> IntoRecursive for ($($name_fwd,)*) { - type Recursive = gen_recursive_type!($($name_back),*); - fn into_recursive(self) -> Self::Recursive { - gen_recursive_value!(self; $($index_back),*) - } - } - }; -} - -generate_single!(A; A; 0); -generate_single!(A,B; B,A; 1,0); -generate_single!(A,B,C; C,B,A; 2,1,0); -generate_single!(A,B,C,D; D,C,B,A; 3,2,1,0); -generate_single!(A,B,C,D,E; E,D,C,B,A; 4,3,2,1,0); -generate_single!(A,B,C,D,E,F; F,E,D,C,B,A; 5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G; G,F,E,D,C,B,A; 6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H; H,G,F,E,D,C,B,A; 7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I; I,H,G,F,E,D,C,B,A; 8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J; J,I,H,G,F,E,D,C,B,A; 9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K; K,J,I,H,G,F,E,D,C,B,A; 10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L; L,K,J,I,H,G,F,E,D,C,B,A; 11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M; M,L,K,J,I,H,G,F,E,D,C,B,A; 12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N; N,M,L,K,J,I,H,G,F,E,D,C,B,A; 13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O; O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P; P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q; Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R; R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S; S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T; T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U; U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V; V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W; W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X; X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y; Y,X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z; Z,Y,X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z,A1; A1,Z,Y,X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z,A1,B1; B1,A1,Z,Y,X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z,A1,B1,C1; C1,B1,A1,Z,Y,X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 28,27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z,A1,B1,C1,D1; D1,C1,B1,A1,Z,Y,X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 29,28,27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z,A1,B1,C1,D1,E1; E1,D1,C1,B1,A1,Z,Y,X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 30,29,28,27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); -generate_single!(A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,W,X,Y,Z,A1,B1,C1,D1,E1,F1; F1,E1,D1,C1,B1,A1,Z,Y,X,W,V,U,T,S,R,Q,P,O,N,M,L,K,J,I,H,G,F,E,D,C,B,A; 31,30,29,28,27,26,25,24,23,22,21,20,19,18,17,16,15,14,13,12,11,10,9,8,7,6,5,4,3,2,1,0); diff --git a/vendor/exr/src/image/write/channels.rs b/vendor/exr/src/image/write/channels.rs deleted file mode 100644 index 2450f09..0000000 --- a/vendor/exr/src/image/write/channels.rs +++ /dev/null @@ -1,407 +0,0 @@ -//! How to read arbitrary channels and rgb channels. - -use crate::prelude::*; -use crate::io::*; -use crate::math::*; -use crate::meta::{header::*, attribute::*}; -use crate::block::*; -use crate::image::recursive::*; -use crate::block::samples::*; -use crate::image::write::samples::*; - -use std::marker::PhantomData; - - -/// Enables an image containing this list of channels to be written to a file. -pub trait WritableChannels<'slf> { - - /// Generate the file meta data for this list of channel - fn infer_channel_list(&self) -> ChannelList; - - /// Generate the file meta data of whether and how resolution levels should be stored in the file - fn infer_level_modes(&self) -> (LevelMode, RoundingMode); - - /// The type of temporary writer - type Writer: ChannelsWriter; - - /// Create a temporary writer for this list of channels - fn create_writer(&'slf self, header: &Header) -> Self::Writer; -} - -/// A temporary writer for a list of channels -pub trait ChannelsWriter: Sync { - - /// Deliver a block of pixels, containing all channel data, to be stored in the file - fn extract_uncompressed_block(&self, header: &Header, block: BlockIndex) -> Vec<u8>; // TODO return uncompressed block? -} - - -/// Define how to get a pixel from your custom pixel storage. -/// Can be a closure of type [`Sync + Fn(Vec2<usize>) -> YourPixel`]. -pub trait GetPixel: Sync { - - /// The pixel tuple containing `f32`, `f16`, `u32` and `Sample` values. - /// The length of the tuple must match the number of channels in the image. - type Pixel; - - /// Inspect a single pixel at the requested position. - /// Will be called exactly once for each pixel in the image. - /// The position will not exceed the image dimensions. - /// Might be called from multiple threads at the same time. - fn get_pixel(&self, position: Vec2<usize>) -> Self::Pixel; -} - -impl<F, P> GetPixel for F where F: Sync + Fn(Vec2<usize>) -> P { - type Pixel = P; - fn get_pixel(&self, position: Vec2<usize>) -> P { self(position) } -} - -impl<'samples, Samples> WritableChannels<'samples> for AnyChannels<Samples> - where Samples: 'samples + WritableSamples<'samples> -{ - fn infer_channel_list(&self) -> ChannelList { - ChannelList::new(self.list.iter().map(|channel| ChannelDescription { - name: channel.name.clone(), - sample_type: channel.sample_data.sample_type(), - quantize_linearly: channel.quantize_linearly, - sampling: channel.sampling - }).collect()) - } - - fn infer_level_modes(&self) -> (LevelMode, RoundingMode) { - let mode = self.list.iter().next().expect("zero channels in list").sample_data.infer_level_modes(); - - debug_assert!( - std::iter::repeat(mode).zip(self.list.iter().skip(1)) - .all(|(first, other)| other.sample_data.infer_level_modes() == first), - - "level mode must be the same across all levels (do not nest resolution levels!)" - ); - - mode - } - - type Writer = AnyChannelsWriter<Samples::Writer>; - fn create_writer(&'samples self, header: &Header) -> Self::Writer { - let channels = self.list.iter() - .map(|chan| chan.sample_data.create_samples_writer(header)) - .collect(); - - AnyChannelsWriter { channels } - } -} - -/// A temporary writer for an arbitrary list of channels -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct AnyChannelsWriter<SamplesWriter> { - channels: SmallVec<[SamplesWriter; 4]> -} - -impl<Samples> ChannelsWriter for AnyChannelsWriter<Samples> where Samples: SamplesWriter { - fn extract_uncompressed_block(&self, header: &Header, block_index: BlockIndex) -> Vec<u8> { - UncompressedBlock::collect_block_data_from_lines(&header.channels, block_index, |line_ref| { - self.channels[line_ref.location.channel].extract_line(line_ref) - }) - } -} - - - - - - -impl<'c, Channels, Storage> -WritableChannels<'c> for SpecificChannels<Storage, Channels> -where - Storage: 'c + GetPixel, - Storage::Pixel: IntoRecursive, - Channels: 'c + Sync + Clone + IntoRecursive, - <Channels as IntoRecursive>::Recursive: WritableChannelsDescription<<Storage::Pixel as IntoRecursive>::Recursive>, -{ - fn infer_channel_list(&self) -> ChannelList { - let mut vec = self.channels.clone().into_recursive().channel_descriptions_list(); - vec.sort_unstable_by_key(|channel:&ChannelDescription| channel.name.clone()); // TODO no clone? - - debug_assert!( - // check for equal neighbors in sorted vec - vec.iter().zip(vec.iter().skip(1)).all(|(prev, next)| prev.name != next.name), - "specific channels contain duplicate channel names" - ); - - ChannelList::new(vec) - } - - fn infer_level_modes(&self) -> (LevelMode, RoundingMode) { - (LevelMode::Singular, RoundingMode::Down) // TODO - } - - type Writer = SpecificChannelsWriter< - 'c, - <<Channels as IntoRecursive>::Recursive as WritableChannelsDescription<<Storage::Pixel as IntoRecursive>::Recursive>>::RecursiveWriter, - Storage, - Channels - >; - - fn create_writer(&'c self, header: &Header) -> Self::Writer { - SpecificChannelsWriter { - channels: self, - recursive_channel_writer: self.channels.clone().into_recursive().create_recursive_writer(&header.channels), - } - } -} - - - -/// A temporary writer for a layer of channels, alpha being optional -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct SpecificChannelsWriter<'channels, PixelWriter, Storage, Channels> { - channels: &'channels SpecificChannels<Storage, Channels>, // TODO this need not be a reference?? impl writer for specific_channels directly? - recursive_channel_writer: PixelWriter, -} - - -impl<'channels, PxWriter, Storage, Channels> ChannelsWriter -for SpecificChannelsWriter<'channels, PxWriter, Storage, Channels> - where - Channels: Sync, - Storage: GetPixel, - Storage::Pixel: IntoRecursive, - PxWriter: Sync + RecursivePixelWriter<<Storage::Pixel as IntoRecursive>::Recursive>, -{ - fn extract_uncompressed_block(&self, header: &Header, block_index: BlockIndex) -> Vec<u8> { - let block_bytes = block_index.pixel_size.area() * header.channels.bytes_per_pixel; - let mut block_bytes = vec![0_u8; block_bytes]; - - let width = block_index.pixel_size.0; - let line_bytes = width * header.channels.bytes_per_pixel; - let byte_lines = block_bytes.chunks_exact_mut(line_bytes); - assert_eq!(byte_lines.len(), block_index.pixel_size.height(), "invalid block line splits"); - - //dbg!(width, line_bytes, header.channels.bytes_per_pixel, byte_lines.len()); - - let mut pixel_line = Vec::with_capacity(width); - - for (y, line_bytes) in byte_lines.enumerate() { - pixel_line.clear(); - pixel_line.extend((0 .. width).map(|x| - self.channels.pixels.get_pixel(block_index.pixel_position + Vec2(x, y)).into_recursive() - )); - - self.recursive_channel_writer.write_pixels(line_bytes, pixel_line.as_slice(), |px| px); - } - - block_bytes - } -} - -/// A tuple containing either `ChannelsDescription` or `Option<ChannelsDescription>` entries. -/// Use an `Option` if you want to dynamically omit a single channel (probably only for roundtrip tests). -/// The number of entries must match the number of channels. -pub trait WritableChannelsDescription<Pixel>: Sync { - - /// A type that has a recursive entry for each channel in the image, - /// which must accept the desired pixel type. - type RecursiveWriter: RecursivePixelWriter<Pixel>; - - /// Create the temporary writer, accepting the sorted list of channels from `channel_descriptions_list`. - fn create_recursive_writer(&self, channels: &ChannelList) -> Self::RecursiveWriter; - - /// Return all the channels that should actually end up in the image, in any order. - fn channel_descriptions_list(&self) -> SmallVec<[ChannelDescription; 5]>; -} - -impl WritableChannelsDescription<NoneMore> for NoneMore { - type RecursiveWriter = NoneMore; - fn create_recursive_writer(&self, _: &ChannelList) -> Self::RecursiveWriter { NoneMore } - fn channel_descriptions_list(&self) -> SmallVec<[ChannelDescription; 5]> { SmallVec::new() } -} - -impl<InnerDescriptions, InnerPixel, Sample: IntoNativeSample> - WritableChannelsDescription<Recursive<InnerPixel, Sample>> - for Recursive<InnerDescriptions, ChannelDescription> - where InnerDescriptions: WritableChannelsDescription<InnerPixel> -{ - type RecursiveWriter = RecursiveWriter<InnerDescriptions::RecursiveWriter, Sample>; - - fn create_recursive_writer(&self, channels: &ChannelList) -> Self::RecursiveWriter { - // this linear lookup is required because the order of the channels changed, due to alphabetical sorting - let (start_byte_offset, target_sample_type) = channels.channels_with_byte_offset() - .find(|(_offset, channel)| channel.name == self.value.name) - .map(|(offset, channel)| (offset, channel.sample_type)) - .expect("a channel has not been put into channel list"); - - Recursive::new(self.inner.create_recursive_writer(channels), SampleWriter { - start_byte_offset, target_sample_type, - px: PhantomData::default() - }) - } - - fn channel_descriptions_list(&self) -> SmallVec<[ChannelDescription; 5]> { - let mut inner_list = self.inner.channel_descriptions_list(); - inner_list.push(self.value.clone()); - inner_list - } -} - -impl<InnerDescriptions, InnerPixel, Sample: IntoNativeSample> -WritableChannelsDescription<Recursive<InnerPixel, Sample>> -for Recursive<InnerDescriptions, Option<ChannelDescription>> - where InnerDescriptions: WritableChannelsDescription<InnerPixel> -{ - type RecursiveWriter = OptionalRecursiveWriter<InnerDescriptions::RecursiveWriter, Sample>; - - fn create_recursive_writer(&self, channels: &ChannelList) -> Self::RecursiveWriter { - // this linear lookup is required because the order of the channels changed, due to alphabetical sorting - - let channel = self.value.as_ref().map(|required_channel| - channels.channels_with_byte_offset() - .find(|(_offset, channel)| channel == &required_channel) - .map(|(offset, channel)| (offset, channel.sample_type)) - .expect("a channel has not been put into channel list") - ); - - Recursive::new( - self.inner.create_recursive_writer(channels), - channel.map(|(start_byte_offset, target_sample_type)| SampleWriter { - start_byte_offset, target_sample_type, - px: PhantomData::default(), - }) - ) - } - - fn channel_descriptions_list(&self) -> SmallVec<[ChannelDescription; 5]> { - let mut inner_list = self.inner.channel_descriptions_list(); - if let Some(value) = &self.value { inner_list.push(value.clone()); } - inner_list - } -} - -/// Write pixels to a slice of bytes. The top level writer contains all the other channels, -/// the most inner channel is `NoneMore`. -pub trait RecursivePixelWriter<Pixel>: Sync { - - /// Write pixels to a slice of bytes. Recursively do this for all channels. - fn write_pixels<FullPixel>(&self, bytes: &mut [u8], pixels: &[FullPixel], get_pixel: impl Fn(&FullPixel) -> &Pixel); -} - -type RecursiveWriter<Inner, Sample> = Recursive<Inner, SampleWriter<Sample>>; -type OptionalRecursiveWriter<Inner, Sample> = Recursive<Inner, Option<SampleWriter<Sample>>>; - -/// Write the pixels of a single channel, unconditionally. Generic over the concrete sample type (f16, f32, u32). -#[derive(Debug, Clone)] -pub struct SampleWriter<Sample> { - target_sample_type: SampleType, - start_byte_offset: usize, - px: PhantomData<Sample>, -} - -impl<Sample> SampleWriter<Sample> where Sample: IntoNativeSample { - fn write_own_samples(&self, bytes: &mut [u8], samples: impl ExactSizeIterator<Item=Sample>) { - let byte_start_index = samples.len() * self.start_byte_offset; - let byte_count = samples.len() * self.target_sample_type.bytes_per_sample(); - let ref mut byte_writer = &mut bytes[byte_start_index..byte_start_index + byte_count]; - - let write_error_msg = "invalid memory buffer length when writing"; - - // match outside the loop to avoid matching on every single sample - match self.target_sample_type { - // TODO does this boil down to a `memcpy` where the sample type equals the type parameter? - SampleType::F16 => for sample in samples { sample.to_f16().write(byte_writer).expect(write_error_msg); }, - SampleType::F32 => for sample in samples { sample.to_f32().write(byte_writer).expect(write_error_msg); }, - SampleType::U32 => for sample in samples { sample.to_u32().write(byte_writer).expect(write_error_msg); }, - }; - - debug_assert!(byte_writer.is_empty(), "all samples are written, but more were expected"); - } -} - -impl RecursivePixelWriter<NoneMore> for NoneMore { - fn write_pixels<FullPixel>(&self, _: &mut [u8], _: &[FullPixel], _: impl Fn(&FullPixel) -> &NoneMore) {} -} - -impl<Inner, InnerPixel, Sample: IntoNativeSample> - RecursivePixelWriter<Recursive<InnerPixel, Sample>> - for RecursiveWriter<Inner, Sample> - where Inner: RecursivePixelWriter<InnerPixel> -{ - // TODO impl exact size iterator <item = Self::Pixel> - fn write_pixels<FullPixel>(&self, bytes: &mut [u8], pixels: &[FullPixel], get_pixel: impl Fn(&FullPixel) -> &Recursive<InnerPixel, Sample>){ - self.value.write_own_samples(bytes, pixels.iter().map(|px| get_pixel(px).value)); - self.inner.write_pixels(bytes, pixels, |px| &get_pixel(px).inner); - } -} - -impl<Inner, InnerPixel, Sample> RecursivePixelWriter<Recursive<InnerPixel, Sample>> - for OptionalRecursiveWriter<Inner, Sample> - where Inner: RecursivePixelWriter<InnerPixel>, - Sample: IntoNativeSample -{ - fn write_pixels<FullPixel>(&self, bytes: &mut [u8], pixels: &[FullPixel], get_pixel: impl Fn(&FullPixel) -> &Recursive<InnerPixel, Sample>) { - if let Some(writer) = &self.value { - writer.write_own_samples(bytes, pixels.iter().map(|px| get_pixel(px).value)); - } - - self.inner.write_pixels(bytes, pixels, |px| &get_pixel(px).inner); - } -} - - - - - - - -#[cfg(test)] -pub mod test { - use crate::image::write::channels::WritableChannels; - use crate::image::SpecificChannels; - use crate::prelude::{f16}; - use crate::meta::attribute::{ChannelDescription, SampleType}; - use crate::image::pixel_vec::PixelVec; - - #[test] - fn compiles(){ - let x = 3_f32; - let y = f16::from_f32(4.0); - let z = 2_u32; - let s = 1.3_f32; - let px = (x,y,z,s); - - assert_is_writable_channels( - SpecificChannels::rgba(|_pos| px) - ); - - assert_is_writable_channels(SpecificChannels::rgba( - PixelVec::new((3, 2), vec![px, px, px, px, px, px]) - )); - - let px = (2333_u32, 4_f32); - assert_is_writable_channels( - SpecificChannels::build() - .with_channel("A") - .with_channel("C") - .with_pixels(PixelVec::new((3, 2), vec![px, px, px, px, px, px])) - ); - - let px = (3_f32, f16::ONE, 2333_u32, 4_f32); - assert_is_writable_channels(SpecificChannels::new( - ( - ChannelDescription::named("x", SampleType::F32), - ChannelDescription::named("y", SampleType::F16), - Some(ChannelDescription::named("z", SampleType::U32)), - Some(ChannelDescription::named("p", SampleType::F32)), - ), - - PixelVec::new((3, 2), vec![px, px, px, px, px, px]) - )); - - - - fn assert_is_writable_channels<'s>(_channels: impl WritableChannels<'s>){} - - } -} - - - - diff --git a/vendor/exr/src/image/write/layers.rs b/vendor/exr/src/image/write/layers.rs deleted file mode 100644 index 85648ff..0000000 --- a/vendor/exr/src/image/write/layers.rs +++ /dev/null @@ -1,188 +0,0 @@ -//! How to write either a single or a list of layers. - -use crate::meta::header::{ImageAttributes, Header}; -use crate::meta::{Headers, compute_chunk_count}; -use crate::block::BlockIndex; -use crate::image::{Layers, Layer}; -use crate::meta::attribute::{TileDescription}; -use crate::prelude::{SmallVec}; -use crate::image::write::channels::{WritableChannels, ChannelsWriter}; -use crate::image::recursive::{Recursive, NoneMore}; - -/// Enables an image containing this list of layers to be written to a file. -pub trait WritableLayers<'slf> { - - /// Generate the file meta data for this list of layers - fn infer_headers(&self, image_attributes: &ImageAttributes) -> Headers; - - /// The type of temporary writer - type Writer: LayersWriter; - - /// Create a temporary writer for this list of layers - fn create_writer(&'slf self, headers: &[Header]) -> Self::Writer; -} - -/// A temporary writer for a list of channels -pub trait LayersWriter: Sync { - - /// Deliver a block of pixels from a single layer to be stored in the file - fn extract_uncompressed_block(&self, headers: &[Header], block: BlockIndex) -> Vec<u8>; -} - -/// A temporary writer for an arbitrary list of layers -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct AllLayersWriter<ChannelsWriter> { - layers: SmallVec<[LayerWriter<ChannelsWriter>; 2]> -} - -/// A temporary writer for a single layer -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct LayerWriter<ChannelsWriter> { - channels: ChannelsWriter, // impl ChannelsWriter -} - -// impl for smallvec -impl<'slf, Channels: 'slf> WritableLayers<'slf> for Layers<Channels> where Channels: WritableChannels<'slf> { - fn infer_headers(&self, image_attributes: &ImageAttributes) -> Headers { - slice_infer_headers(self.as_slice(), image_attributes) - } - - type Writer = AllLayersWriter<Channels::Writer>; - fn create_writer(&'slf self, headers: &[Header]) -> Self::Writer { - slice_create_writer(self.as_slice(), headers) - } -} - -fn slice_infer_headers<'slf, Channels:'slf + WritableChannels<'slf>>( - slice: &[Layer<Channels>], image_attributes: &ImageAttributes -) -> Headers -{ - slice.iter().map(|layer| layer.infer_headers(image_attributes).remove(0)).collect() // TODO no array-vs-first -} - -fn slice_create_writer<'slf, Channels:'slf + WritableChannels<'slf>>( - slice: &'slf [Layer<Channels>], headers: &[Header] -) -> AllLayersWriter<Channels::Writer> -{ - AllLayersWriter { - layers: slice.iter().zip(headers.chunks_exact(1)) // TODO no array-vs-first - .map(|(layer, header)| layer.create_writer(header)) - .collect() - } -} - - -impl<'slf, Channels: WritableChannels<'slf>> WritableLayers<'slf> for Layer<Channels> { - fn infer_headers(&self, image_attributes: &ImageAttributes) -> Headers { - let blocks = match self.encoding.blocks { - crate::image::Blocks::ScanLines => crate::meta::BlockDescription::ScanLines, - crate::image::Blocks::Tiles(tile_size) => { - let (level_mode, rounding_mode) = self.channel_data.infer_level_modes(); - crate::meta::BlockDescription::Tiles(TileDescription { level_mode, rounding_mode, tile_size, }) - }, - }; - - let chunk_count = compute_chunk_count( - self.encoding.compression, self.size, blocks - ); - - let header = Header { - channels: self.channel_data.infer_channel_list(), - compression: self.encoding.compression, - - blocks, - chunk_count, - - line_order: self.encoding.line_order, - layer_size: self.size, - shared_attributes: image_attributes.clone(), - own_attributes: self.attributes.clone(), - - - deep: false, // TODO deep data - deep_data_version: None, - max_samples_per_pixel: None, - }; - - smallvec![ header ]// TODO no array-vs-first - } - - type Writer = LayerWriter</*'l,*/ Channels::Writer>; - fn create_writer(&'slf self, headers: &[Header]) -> Self::Writer { - let channels = self.channel_data - .create_writer(headers.first().expect("inferred header error")); // TODO no array-vs-first - - LayerWriter { channels } - } -} - -impl<C> LayersWriter for AllLayersWriter<C> where C: ChannelsWriter { - fn extract_uncompressed_block(&self, headers: &[Header], block: BlockIndex) -> Vec<u8> { - self.layers[block.layer].extract_uncompressed_block(std::slice::from_ref(&headers[block.layer]), block) // TODO no array-vs-first - } -} - -impl<C> LayersWriter for LayerWriter<C> where C: ChannelsWriter { - fn extract_uncompressed_block(&self, headers: &[Header], block: BlockIndex) -> Vec<u8> { - self.channels.extract_uncompressed_block(headers.first().expect("invalid inferred header"), block) // TODO no array-vs-first - } -} - - - - - -impl<'slf> WritableLayers<'slf> for NoneMore { - fn infer_headers(&self, _: &ImageAttributes) -> Headers { SmallVec::new() } - - type Writer = NoneMore; - fn create_writer(&'slf self, _: &[Header]) -> Self::Writer { NoneMore } -} - -impl<'slf, InnerLayers, Channels> WritableLayers<'slf> for Recursive<InnerLayers, Layer<Channels>> - where InnerLayers: WritableLayers<'slf>, Channels: WritableChannels<'slf> -{ - fn infer_headers(&self, image_attributes: &ImageAttributes) -> Headers { - let mut headers = self.inner.infer_headers(image_attributes); - headers.push(self.value.infer_headers(image_attributes).remove(0)); // TODO no unwrap - headers - } - - type Writer = RecursiveLayersWriter<InnerLayers::Writer, Channels::Writer>; - - fn create_writer(&'slf self, headers: &[Header]) -> Self::Writer { - let (own_header, inner_headers) = headers.split_last() - .expect("header has not been inferred correctly"); - - let layer_index = inner_headers.len(); - RecursiveLayersWriter { - inner: self.inner.create_writer(inner_headers), - value: (layer_index, self.value.create_writer(std::slice::from_ref(own_header))) // TODO no slice - } - } -} - -type RecursiveLayersWriter<InnerLayersWriter, ChannelsWriter> = Recursive<InnerLayersWriter, (usize, LayerWriter<ChannelsWriter>)>; - -impl LayersWriter for NoneMore { - fn extract_uncompressed_block(&self, _: &[Header], _: BlockIndex) -> Vec<u8> { - panic!("recursive length mismatch bug"); - } -} - -impl<InnerLayersWriter, Channels> LayersWriter for RecursiveLayersWriter<InnerLayersWriter, Channels> - where InnerLayersWriter: LayersWriter, Channels: ChannelsWriter -{ - fn extract_uncompressed_block(&self, headers: &[Header], block: BlockIndex) -> Vec<u8> { - let (layer_index, layer) = &self.value; - if *layer_index == block.layer { - let header = headers.get(*layer_index).expect("layer index bug"); - layer.extract_uncompressed_block(std::slice::from_ref(header), block) // TODO no slice? - } - else { - self.inner.extract_uncompressed_block(headers, block) - } - } -} - - diff --git a/vendor/exr/src/image/write/mod.rs b/vendor/exr/src/image/write/mod.rs deleted file mode 100644 index 3c20060..0000000 --- a/vendor/exr/src/image/write/mod.rs +++ /dev/null @@ -1,184 +0,0 @@ - -//! Write an exr image to a file. -//! -//! First, call `my_image.write()`. The resulting value can be customized, like this: -//! ```no_run -//! use exr::prelude::*; -//! # let my_image: FlatImage = unimplemented!(); -//! -//! my_image.write() -//! .on_progress(|progress| println!("progress: {:.1}", progress*100.0)) -//! .to_file("image.exr").unwrap(); -//! ``` -//! - -pub mod layers; -pub mod samples; -pub mod channels; - - - -use crate::meta::Headers; -use crate::error::UnitResult; -use std::io::{Seek, BufWriter}; -use crate::io::Write; -use crate::image::{Image, ignore_progress, SpecificChannels, IntoSample}; -use crate::image::write::layers::{WritableLayers, LayersWriter}; -use crate::math::Vec2; -use crate::block::writer::ChunksWriter; - -/// An oversimplified function for "just write the damn file already" use cases. -/// Have a look at the examples to see how you can write an image with more flexibility (it's not that hard). -/// Use `write_rgb_file` if you do not need an alpha channel. -/// -/// Each of `R`, `G`, `B` and `A` can be either `f16`, `f32`, `u32`, or `Sample`. -// TODO explain pixel tuple f32,f16,u32 -pub fn write_rgba_file<R,G,B,A>( - path: impl AsRef<std::path::Path>, width: usize, height: usize, - colors: impl Sync + Fn(usize, usize) -> (R, G, B, A) -) -> UnitResult - where R: IntoSample, G: IntoSample, B: IntoSample, A: IntoSample, -{ - let channels = SpecificChannels::rgba(|Vec2(x,y)| colors(x,y)); - Image::from_channels((width, height), channels).write().to_file(path) -} - -/// An oversimplified function for "just write the damn file already" use cases. -/// Have a look at the examples to see how you can write an image with more flexibility (it's not that hard). -/// Use `write_rgb_file` if you do not need an alpha channel. -/// -/// Each of `R`, `G`, and `B` can be either `f16`, `f32`, `u32`, or `Sample`. -// TODO explain pixel tuple f32,f16,u32 -pub fn write_rgb_file<R,G,B>( - path: impl AsRef<std::path::Path>, width: usize, height: usize, - colors: impl Sync + Fn(usize, usize) -> (R, G, B) -) -> UnitResult - where R: IntoSample, G: IntoSample, B: IntoSample -{ - let channels = SpecificChannels::rgb(|Vec2(x,y)| colors(x,y)); - Image::from_channels((width, height), channels).write().to_file(path) -} - - - -/// Enables an image to be written to a file. Call `image.write()` where this trait is implemented. -pub trait WritableImage<'img, WritableLayers>: Sized { - - /// Create a temporary writer which can be configured and used to write the image to a file. - fn write(self) -> WriteImageWithOptions<'img, WritableLayers, fn(f64)>; -} - -impl<'img, WritableLayers> WritableImage<'img, WritableLayers> for &'img Image<WritableLayers> { - fn write(self) -> WriteImageWithOptions<'img, WritableLayers, fn(f64)> { - WriteImageWithOptions { - image: self, - check_compatibility: true, - parallel: true, - on_progress: ignore_progress - } - } -} - -/// A temporary writer which can be configured and used to write an image to a file. -// temporary writer with options -#[derive(Debug, Clone, PartialEq)] -pub struct WriteImageWithOptions<'img, Layers, OnProgress> { - image: &'img Image<Layers>, - on_progress: OnProgress, - check_compatibility: bool, - parallel: bool, -} - - -impl<'img, L, F> WriteImageWithOptions<'img, L, F> - where L: WritableLayers<'img>, F: FnMut(f64) -{ - /// Generate file meta data for this image. The meta data structure is close to the data in the file. - pub fn infer_meta_data(&self) -> Headers { // TODO this should perform all validity checks? and none after that? - self.image.layer_data.infer_headers(&self.image.attributes) - } - - /// Do not compress multiple pixel blocks on multiple threads at once. - /// Might use less memory and synchronization, but will be slower in most situations. - pub fn non_parallel(self) -> Self { Self { parallel: false, ..self } } - - /// Skip some checks that ensure a file can be opened by other exr software. - /// For example, it is no longer checked that no two headers or two attributes have the same name, - /// which might be an expensive check for images with an exorbitant number of headers. - /// - /// If you write an uncompressed file and need maximum speed, it might save a millisecond to disable the checks, - /// if you know that your file is not invalid any ways. I do not recommend this though, - /// as the file might not be readably by any other exr library after that. - /// __You must care for not producing an invalid file yourself.__ - pub fn skip_compatibility_checks(self) -> Self { Self { check_compatibility: false, ..self } } - - /// Specify a function to be called regularly throughout the writing process. - /// Replaces all previously specified progress functions in this reader. - pub fn on_progress<OnProgress>(self, on_progress: OnProgress) -> WriteImageWithOptions<'img, L, OnProgress> - where OnProgress: FnMut(f64) - { - WriteImageWithOptions { - on_progress, - image: self.image, - check_compatibility: self.check_compatibility, - parallel: self.parallel - } - } - - /// Write the exr image to a file. - /// Use `to_unbuffered` instead, if you do not have a file. - /// If an error occurs, attempts to delete the partially written file. - #[inline] - #[must_use] - pub fn to_file(self, path: impl AsRef<std::path::Path>) -> UnitResult { - crate::io::attempt_delete_file_on_write_error(path.as_ref(), move |write| - self.to_unbuffered(write) - ) - } - - /// Buffer the writer and then write the exr image to it. - /// Use `to_buffered` instead, if your writer is an in-memory buffer. - /// Use `to_file` instead, if you have a file path. - /// If your writer cannot seek, you can write to an in-memory vector of bytes first, using `to_buffered`. - #[inline] - #[must_use] - pub fn to_unbuffered(self, unbuffered: impl Write + Seek) -> UnitResult { - self.to_buffered(BufWriter::new(unbuffered)) - } - - /// Write the exr image to a writer. - /// Use `to_file` instead, if you have a file path. - /// Use `to_unbuffered` instead, if this is not an in-memory writer. - /// If your writer cannot seek, you can write to an in-memory vector of bytes first. - #[must_use] - pub fn to_buffered(self, write: impl Write + Seek) -> UnitResult { - let headers = self.infer_meta_data(); - let layers = self.image.layer_data.create_writer(&headers); - - crate::block::write( - write, headers, self.check_compatibility, - move |meta, chunk_writer|{ - - let blocks = meta.collect_ordered_block_data(|block_index| - layers.extract_uncompressed_block(&meta.headers, block_index) - ); - - let chunk_writer = chunk_writer.on_progress(self.on_progress); - if self.parallel { chunk_writer.compress_all_blocks_parallel(&meta, blocks)?; } - else { chunk_writer.compress_all_blocks_sequential(&meta, blocks)?; } - /*let blocks_writer = chunk_writer.as_blocks_writer(&meta); - - // TODO propagate send requirement further upwards - if self.parallel { - blocks_writer.compress_all_blocks_parallel(blocks)?; - } - else { - blocks_writer.compress_all_blocks_sequential(blocks)?; - }*/ - - Ok(()) - } - ) - } -} - diff --git a/vendor/exr/src/image/write/samples.rs b/vendor/exr/src/image/write/samples.rs deleted file mode 100644 index e74105b..0000000 --- a/vendor/exr/src/image/write/samples.rs +++ /dev/null @@ -1,205 +0,0 @@ -//! How to write samples (a grid of `f32`, `f16` or `u32` values). - -use crate::meta::attribute::{LevelMode, SampleType, TileDescription}; -use crate::meta::header::Header; -use crate::block::lines::LineRefMut; -use crate::image::{FlatSamples, Levels, RipMaps}; -use crate::math::{Vec2, RoundingMode}; -use crate::meta::{rip_map_levels, mip_map_levels, rip_map_indices, mip_map_indices, BlockDescription}; - -/// Enable an image with this sample grid to be written to a file. -/// Also can contain multiple resolution levels. -/// Usually contained within `Channels`. -pub trait WritableSamples<'slf> { - // fn is_deep(&self) -> bool; - - /// Generate the file meta data regarding the number type of this storage - fn sample_type(&self) -> SampleType; - - /// Generate the file meta data regarding resolution levels - fn infer_level_modes(&self) -> (LevelMode, RoundingMode); - - /// The type of the temporary writer for this sample storage - type Writer: SamplesWriter; - - /// Create a temporary writer for this sample storage - fn create_samples_writer(&'slf self, header: &Header) -> Self::Writer; -} - -/// Enable an image with this single level sample grid to be written to a file. -/// Only contained within `Levels`. -pub trait WritableLevel<'slf> { - - /// Generate the file meta data regarding the number type of these samples - fn sample_type(&self) -> SampleType; - - /// The type of the temporary writer for this single level of samples - type Writer: SamplesWriter; - - /// Create a temporary writer for this single level of samples - fn create_level_writer(&'slf self, size: Vec2<usize>) -> Self::Writer; -} - -/// A temporary writer for one or more resolution levels containing samples -pub trait SamplesWriter: Sync { - - /// Deliver a single short horizontal list of samples for a specific channel. - fn extract_line(&self, line: LineRefMut<'_>); -} - -/// A temporary writer for a predefined non-deep sample storage -#[derive(Debug, Copy, Clone, PartialEq)] -pub struct FlatSamplesWriter<'samples> { - resolution: Vec2<usize>, // respects resolution level - samples: &'samples FlatSamples -} - - - -// used if no layers are used and the flat samples are directly inside the channels -impl<'samples> WritableSamples<'samples> for FlatSamples { - fn sample_type(&self) -> SampleType { - match self { - FlatSamples::F16(_) => SampleType::F16, - FlatSamples::F32(_) => SampleType::F32, - FlatSamples::U32(_) => SampleType::U32, - } - } - - fn infer_level_modes(&self) -> (LevelMode, RoundingMode) { (LevelMode::Singular, RoundingMode::Down) } - - type Writer = FlatSamplesWriter<'samples>; //&'s FlatSamples; - fn create_samples_writer(&'samples self, header: &Header) -> Self::Writer { - FlatSamplesWriter { - resolution: header.layer_size, - samples: self - } - } -} - -// used if layers are used and the flat samples are inside the levels -impl<'samples> WritableLevel<'samples> for FlatSamples { - fn sample_type(&self) -> SampleType { - match self { - FlatSamples::F16(_) => SampleType::F16, - FlatSamples::F32(_) => SampleType::F32, - FlatSamples::U32(_) => SampleType::U32, - } - } - - type Writer = FlatSamplesWriter<'samples>; - fn create_level_writer(&'samples self, size: Vec2<usize>) -> Self::Writer { - FlatSamplesWriter { - resolution: size, - samples: self - } - } -} - -impl<'samples> SamplesWriter for FlatSamplesWriter<'samples> { - fn extract_line(&self, line: LineRefMut<'_>) { - let image_width = self.resolution.width(); // header.layer_size.width(); - debug_assert_ne!(image_width, 0, "image width calculation bug"); - - let start_index = line.location.position.y() * image_width + line.location.position.x(); - let end_index = start_index + line.location.sample_count; - - debug_assert!( - start_index < end_index && end_index <= self.samples.len(), - "for resolution {:?}, this is an invalid line: {:?}", - self.resolution, line.location - ); - - match self.samples { - FlatSamples::F16(samples) => line.write_samples_from_slice(&samples[start_index .. end_index]), - FlatSamples::F32(samples) => line.write_samples_from_slice(&samples[start_index .. end_index]), - FlatSamples::U32(samples) => line.write_samples_from_slice(&samples[start_index .. end_index]), - }.expect("writing line bytes failed"); - } -} - - -impl<'samples, LevelSamples> WritableSamples<'samples> for Levels<LevelSamples> - where LevelSamples: WritableLevel<'samples> -{ - fn sample_type(&self) -> SampleType { - let sample_type = self.levels_as_slice().first().expect("no levels found").sample_type(); - - debug_assert!( - self.levels_as_slice().iter().skip(1).all(|ty| ty.sample_type() == sample_type), - "sample types must be the same across all levels" - ); - - sample_type - } - - fn infer_level_modes(&self) -> (LevelMode, RoundingMode) { - match self { - Levels::Singular(_) => (LevelMode::Singular, RoundingMode::Down), - Levels::Mip { rounding_mode, .. } => (LevelMode::MipMap, *rounding_mode), - Levels::Rip { rounding_mode, .. } => (LevelMode::RipMap, *rounding_mode), - } - } - - type Writer = LevelsWriter<LevelSamples::Writer>; - fn create_samples_writer(&'samples self, header: &Header) -> Self::Writer { - let rounding = match header.blocks { - BlockDescription::Tiles(TileDescription { rounding_mode, .. }) => Some(rounding_mode), - BlockDescription::ScanLines => None, - }; - - LevelsWriter { - levels: match self { - Levels::Singular(level) => Levels::Singular(level.create_level_writer(header.layer_size)), - Levels::Mip { level_data, rounding_mode } => { - debug_assert_eq!( - level_data.len(), - mip_map_indices(rounding.expect("mip maps only with tiles"), header.layer_size).count(), - "invalid mip map count" - ); - - Levels::Mip { // TODO store level size in image?? - rounding_mode: *rounding_mode, - level_data: level_data.iter() - .zip(mip_map_levels(rounding.expect("mip maps only with tiles"), header.layer_size)) - // .map(|level| level.create_samples_writer(header)) - .map(|(level, (_level_index, level_size))| level.create_level_writer(level_size)) - .collect() - } - }, - Levels::Rip { level_data, rounding_mode } => { - debug_assert_eq!(level_data.map_data.len(), level_data.level_count.area(), "invalid rip level count"); - debug_assert_eq!( - level_data.map_data.len(), - rip_map_indices(rounding.expect("rip maps only with tiles"), header.layer_size).count(), - "invalid rip map count" - ); - - Levels::Rip { - rounding_mode: *rounding_mode, - level_data: RipMaps { - level_count: level_data.level_count, - map_data: level_data.map_data.iter() - .zip(rip_map_levels(rounding.expect("rip maps only with tiles"), header.layer_size)) - .map(|(level, (_level_index, level_size))| level.create_level_writer(level_size)) - .collect(), - } - } - } - } - } - } -} - -/// A temporary writer for multiple resolution levels -#[derive(Debug, Clone, Eq, PartialEq)] -pub struct LevelsWriter<SamplesWriter> { - levels: Levels<SamplesWriter>, -} - -impl<Samples> SamplesWriter for LevelsWriter<Samples> where Samples: SamplesWriter { - fn extract_line(&self, line: LineRefMut<'_>) { - self.levels.get_level(line.location.level).expect("invalid level index") // TODO compute level size from line index?? - .extract_line(line) - } -} diff --git a/vendor/exr/src/io.rs b/vendor/exr/src/io.rs deleted file mode 100644 index 1fb863b..0000000 --- a/vendor/exr/src/io.rs +++ /dev/null @@ -1,447 +0,0 @@ - -//! Specialized binary input and output. -//! Uses the error handling for this crate. - -#![doc(hidden)] -pub use ::std::io::{Read, Write}; - -use half::slice::{HalfFloatSliceExt}; -use lebe::prelude::*; -use ::half::f16; -use crate::error::{Error, Result, UnitResult, IoResult}; -use std::io::{Seek, SeekFrom}; -use std::path::Path; -use std::fs::File; -use std::convert::TryFrom; - - -/// Skip reading uninteresting bytes without allocating. -#[inline] -pub fn skip_bytes(read: &mut impl Read, count: usize) -> IoResult<()> { - let count = u64::try_from(count).unwrap(); - - let skipped = std::io::copy( - &mut read.by_ref().take(count), - &mut std::io::sink() - )?; - - // the reader may have ended before we skipped the desired number of bytes - if skipped < count { - return Err(std::io::Error::new( - std::io::ErrorKind::UnexpectedEof, - "cannot skip more bytes than exist" - )); - } - - debug_assert_eq!(skipped, count, "skip bytes bug"); - Ok(()) -} - -/// If an error occurs while writing, attempts to delete the partially written file. -/// Creates a file just before the first write operation, not when this function is called. -#[inline] -pub fn attempt_delete_file_on_write_error<'p>(path: &'p Path, write: impl FnOnce(LateFile<'p>) -> UnitResult) -> UnitResult { - match write(LateFile::from(path)) { - Err(error) => { // FIXME deletes existing file if creation of new file fails? - let _deleted = std::fs::remove_file(path); // ignore deletion errors - Err(error) - }, - - ok => ok, - } -} - -#[derive(Debug)] -pub struct LateFile<'p> { - path: &'p Path, - file: Option<File> -} - -impl<'p> From<&'p Path> for LateFile<'p> { - fn from(path: &'p Path) -> Self { Self { path, file: None } } -} - -impl<'p> LateFile<'p> { - fn file(&mut self) -> std::io::Result<&mut File> { - if self.file.is_none() { self.file = Some(File::create(self.path)?); } - Ok(self.file.as_mut().unwrap()) // will not be reached if creation fails - } -} - -impl<'p> std::io::Write for LateFile<'p> { - fn write(&mut self, buffer: &[u8]) -> std::io::Result<usize> { - self.file()?.write(buffer) - } - - fn flush(&mut self) -> std::io::Result<()> { - if let Some(file) = &mut self.file { file.flush() } - else { Ok(()) } - } -} - -impl<'p> Seek for LateFile<'p> { - fn seek(&mut self, position: SeekFrom) -> std::io::Result<u64> { - self.file()?.seek(position) - } -} - - -/// Peek a single byte without consuming it. -#[derive(Debug)] -pub struct PeekRead<T> { - - /// Cannot be exposed as it will not contain peeked values anymore. - inner: T, - - peeked: Option<IoResult<u8>>, -} - -impl<T: Read> PeekRead<T> { - - /// Wrap a reader to make it peekable. - #[inline] - pub fn new(inner: T) -> Self { - Self { inner, peeked: None } - } - - /// Read a single byte and return that without consuming it. - /// The next `read` call will include that byte. - #[inline] - pub fn peek_u8(&mut self) -> &IoResult<u8> { - self.peeked = self.peeked.take().or_else(|| Some(u8::read_from_little_endian(&mut self.inner))); - self.peeked.as_ref().unwrap() // unwrap cannot fail because we just set it - } - - /// Skip a single byte if it equals the specified value. - /// Returns whether the value was found. - /// Consumes the peeked result if an error occurred. - #[inline] - pub fn skip_if_eq(&mut self, value: u8) -> IoResult<bool> { - match self.peek_u8() { - Ok(peeked) if *peeked == value => { - self.peeked = None; // consume the byte - Ok(true) - }, - - Ok(_) => Ok(false), - - // return the error otherwise. - // unwrap is safe because this branch cannot be reached otherwise. - // we need to take() from self because io errors cannot be cloned. - Err(_) => Err(self.peeked.take().unwrap().err().unwrap()) - } - } -} - - -impl<T: Read> Read for PeekRead<T> { - fn read(&mut self, target_buffer: &mut [u8]) -> IoResult<usize> { - if target_buffer.is_empty() { - return Ok(0) - } - - match self.peeked.take() { - None => self.inner.read(target_buffer), - Some(peeked) => { - target_buffer[0] = peeked?; - - // indexing [1..] is safe because an empty buffer already returned ok - Ok(1 + self.inner.read(&mut target_buffer[1..])?) - } - } - } -} - -impl<T: Read + Seek> PeekRead<Tracking<T>> { - - /// Seek this read to the specified byte position. - /// Discards any previously peeked value. - pub fn skip_to(&mut self, position: usize) -> std::io::Result<()> { - self.inner.seek_read_to(position)?; - self.peeked = None; - Ok(()) - } -} - -impl<T: Read> PeekRead<Tracking<T>> { - - /// Current number of bytes read. - pub fn byte_position(&self) -> usize { - self.inner.byte_position() - } -} - -/// Keep track of what byte we are at. -/// Used to skip back to a previous place after writing some information. -#[derive(Debug)] -pub struct Tracking<T> { - - /// Do not expose to prevent seeking without updating position - inner: T, - - position: usize, -} - -impl<T: Read> Read for Tracking<T> { - fn read(&mut self, buffer: &mut [u8]) -> std::io::Result<usize> { - let count = self.inner.read(buffer)?; - self.position += count; - Ok(count) - } -} - -impl<T: Write> Write for Tracking<T> { - fn write(&mut self, buffer: &[u8]) -> std::io::Result<usize> { - let count = self.inner.write(buffer)?; - self.position += count; - Ok(count) - } - - fn flush(&mut self) -> std::io::Result<()> { - self.inner.flush() - } -} - -impl<T> Tracking<T> { - - /// If `inner` is a reference, if must never be seeked directly, - /// but only through this `Tracking` instance. - pub fn new(inner: T) -> Self { - Tracking { inner, position: 0 } - } - - /// Current number of bytes written or read. - pub fn byte_position(&self) -> usize { - self.position - } -} - -impl<T: Read + Seek> Tracking<T> { - - /// Set the reader to the specified byte position. - /// If it is only a couple of bytes, no seek system call is performed. - pub fn seek_read_to(&mut self, target_position: usize) -> std::io::Result<()> { - let delta = target_position as i128 - self.position as i128; // FIXME panicked at 'attempt to subtract with overflow' - debug_assert!(delta.abs() < usize::MAX as i128); - - if delta > 0 && delta < 16 { // TODO profile that this is indeed faster than a syscall! (should be because of bufread buffer discard) - skip_bytes(self, delta as usize)?; - self.position += delta as usize; - } - else if delta != 0 { - self.inner.seek(SeekFrom::Start(u64::try_from(target_position).unwrap()))?; - self.position = target_position; - } - - Ok(()) - } -} - -impl<T: Write + Seek> Tracking<T> { - - /// Move the writing cursor to the specified target byte index. - /// If seeking forward, this will write zeroes. - pub fn seek_write_to(&mut self, target_position: usize) -> std::io::Result<()> { - if target_position < self.position { - self.inner.seek(SeekFrom::Start(u64::try_from(target_position).unwrap()))?; - } - else if target_position > self.position { - std::io::copy( - &mut std::io::repeat(0).take(u64::try_from(target_position - self.position).unwrap()), - self - )?; - } - - self.position = target_position; - Ok(()) - } -} - - -/// Generic trait that defines common binary operations such as reading and writing for this type. -pub trait Data: Sized + Default + Clone { - - /// Number of bytes this would consume in an exr file. - const BYTE_SIZE: usize = ::std::mem::size_of::<Self>(); - - /// Read a value of type `Self`. - fn read(read: &mut impl Read) -> Result<Self>; - - /// Read as many values of type `Self` as fit into the specified slice. - /// If the slice cannot be filled completely, returns `Error::Invalid`. - fn read_slice(read: &mut impl Read, slice: &mut[Self]) -> UnitResult; - - /// Read as many values of type `Self` as specified with `data_size`. - /// - /// This method will not allocate more memory than `soft_max` at once. - /// If `hard_max` is specified, it will never read any more than that. - /// Returns `Error::Invalid` if reader does not contain the desired number of elements. - #[inline] - fn read_vec(read: &mut impl Read, data_size: usize, soft_max: usize, hard_max: Option<usize>, purpose: &'static str) -> Result<Vec<Self>> { - let mut vec = Vec::with_capacity(data_size.min(soft_max)); - Self::read_into_vec(read, &mut vec, data_size, soft_max, hard_max, purpose)?; - Ok(vec) - } - - /// Write this value to the writer. - fn write(self, write: &mut impl Write) -> UnitResult; - - /// Write all values of that slice to the writer. - fn write_slice(write: &mut impl Write, slice: &[Self]) -> UnitResult; - - - /// Read as many values of type `Self` as specified with `data_size` into the provided vector. - /// - /// This method will not allocate more memory than `soft_max` at once. - /// If `hard_max` is specified, it will never read any more than that. - /// Returns `Error::Invalid` if reader does not contain the desired number of elements. - #[inline] - fn read_into_vec(read: &mut impl Read, data: &mut Vec<Self>, data_size: usize, soft_max: usize, hard_max: Option<usize>, purpose: &'static str) -> UnitResult { - if let Some(max) = hard_max { - if data_size > max { - return Err(Error::invalid(purpose)) - } - } - - let soft_max = hard_max.unwrap_or(soft_max).min(soft_max); - let end = data.len() + data_size; - - // do not allocate more than $chunks memory at once - // (most of the time, this loop will run only once) - while data.len() < end { - let chunk_start = data.len(); - let chunk_end = (chunk_start + soft_max).min(data_size); - - data.resize(chunk_end, Self::default()); - Self::read_slice(read, &mut data[chunk_start .. chunk_end])?; // safe because of `min(data_size)`` - } - - Ok(()) - } - - /// Write the length of the slice and then its contents. - #[inline] - fn write_i32_sized_slice<W: Write>(write: &mut W, slice: &[Self]) -> UnitResult { - i32::try_from(slice.len())?.write(write)?; - Self::write_slice(write, slice) - } - - /// Read the desired element count and then read that many items into a vector. - /// - /// This method will not allocate more memory than `soft_max` at once. - /// If `hard_max` is specified, it will never read any more than that. - /// Returns `Error::Invalid` if reader does not contain the desired number of elements. - #[inline] - fn read_i32_sized_vec(read: &mut impl Read, soft_max: usize, hard_max: Option<usize>, purpose: &'static str) -> Result<Vec<Self>> { - let size = usize::try_from(i32::read(read)?)?; - Self::read_vec(read, size, soft_max, hard_max, purpose) - } - - /// Fill the slice with this value. - #[inline] - fn fill_slice(self, slice: &mut [Self]) where Self: Copy { - // hopefully compiles down to a single memset call - for value in slice { - *value = self; - } - } -} - - -macro_rules! implement_data_for_primitive { - ($kind: ident) => { - impl Data for $kind { - #[inline] - fn read(read: &mut impl Read) -> Result<Self> { - Ok(read.read_from_little_endian()?) - } - - #[inline] - fn write(self, write: &mut impl Write) -> Result<()> { - write.write_as_little_endian(&self)?; - Ok(()) - } - - #[inline] - fn read_slice(read: &mut impl Read, slice: &mut [Self]) -> Result<()> { - read.read_from_little_endian_into(slice)?; - Ok(()) - } - - #[inline] - fn write_slice(write: &mut impl Write, slice: &[Self]) -> Result<()> { - write.write_as_little_endian(slice)?; - Ok(()) - } - } - }; -} - -implement_data_for_primitive!(u8); -implement_data_for_primitive!(i8); -implement_data_for_primitive!(i16); -implement_data_for_primitive!(u16); -implement_data_for_primitive!(u32); -implement_data_for_primitive!(i32); -implement_data_for_primitive!(i64); -implement_data_for_primitive!(u64); -implement_data_for_primitive!(f32); -implement_data_for_primitive!(f64); - - -impl Data for f16 { - #[inline] - fn read(read: &mut impl Read) -> Result<Self> { - u16::read(read).map(f16::from_bits) - } - - #[inline] - fn read_slice(read: &mut impl Read, slice: &mut [Self]) -> Result<()> { - let bits = slice.reinterpret_cast_mut(); - u16::read_slice(read, bits) - } - - #[inline] - fn write(self, write: &mut impl Write) -> Result<()> { - self.to_bits().write(write) - } - - #[inline] - fn write_slice(write: &mut impl Write, slice: &[Self]) -> Result<()> { - let bits = slice.reinterpret_cast(); - u16::write_slice(write, bits) - } -} - - -#[cfg(test)] -mod test { - use crate::io::PeekRead; - use std::io::Read; - - #[test] - fn peek(){ - use lebe::prelude::*; - let buffer: &[u8] = &[0,1,2,3]; - let mut peek = PeekRead::new(buffer); - - assert_eq!(peek.peek_u8().as_ref().unwrap(), &0); - assert_eq!(peek.peek_u8().as_ref().unwrap(), &0); - assert_eq!(peek.peek_u8().as_ref().unwrap(), &0); - assert_eq!(u8::read_from_little_endian(&mut peek).unwrap(), 0_u8); - - assert_eq!(peek.read(&mut [0,0]).unwrap(), 2); - - assert_eq!(peek.peek_u8().as_ref().unwrap(), &3); - assert_eq!(u8::read_from_little_endian(&mut peek).unwrap(), 3_u8); - - assert!(peek.peek_u8().is_err()); - assert!(peek.peek_u8().is_err()); - assert!(peek.peek_u8().is_err()); - assert!(peek.peek_u8().is_err()); - - assert!(u8::read_from_little_endian(&mut peek).is_err()); - } -} - - diff --git a/vendor/exr/src/lib.rs b/vendor/exr/src/lib.rs deleted file mode 100644 index cebb80e..0000000 --- a/vendor/exr/src/lib.rs +++ /dev/null @@ -1,100 +0,0 @@ - - -//! Read and write OpenEXR images. -//! This library uses no foreign code or unsafe Rust. -//! -//! See the [README.md](https://github.com/johannesvollmer/exrs/blob/master/README.md) for crate information. -//! Read __the [GUIDE.md](https://github.com/johannesvollmer/exrs/blob/master/GUIDE.md) for a API introduction__. -//! Check out the [examples](https://github.com/johannesvollmer/exrs/tree/master/examples) for a first impression. - -#![warn( - rust_2018_idioms, - future_incompatible, - unused_extern_crates, - unused, - - missing_copy_implementations, - missing_debug_implementations, - - clippy::all, - clippy::restriction, - clippy::pedantic, - clippy::nursery, - clippy::cargo, -)] - -#![deny( - unused_variables, - unused_assignments, - dead_code, - unused_must_use, - missing_copy_implementations, - trivial_numeric_casts, - redundant_semicolons -)] - -#![forbid(unsafe_code)] -#![warn(missing_docs)] - -pub mod io; // public to allow for custom attribute byte parsing - -pub mod math; -pub mod compression; -pub mod meta; -pub mod image; - -pub mod error; -pub mod block; - -#[macro_use] -extern crate smallvec; - -/// Export the most important items from `exrs`. -/// _Note: This includes a type called `Result`, possibly overwriting the default `std::Result` type usage._ -pub mod prelude { - - /// Import this specifically if you want to be explicit but still use the extension traits. - pub mod traits { - pub use crate::image::write::{WritableImage, channels::GetPixel}; - pub use crate::image::read::{ - read, any_channels::ReadSamples, image::ReadLayers, - image::ReadImage, layers::ReadChannels, - specific_channels::{ReadSpecificChannel} - }; - - pub use crate::image::crop::{Crop, CropWhere, CropResult, InspectSample, CroppedChannels, ApplyCroppedView}; - } - - pub use traits::*; - - pub use crate::image::write::{write_rgb_file, write_rgba_file}; - pub use crate::image::read::{ - read_first_rgba_layer_from_file, - read_all_rgba_layers_from_file, - read_all_data_from_file, - read_all_flat_layers_from_file, - read_first_flat_layer_from_file - }; - - // image data structures - pub use crate::image::*; - pub use crate::meta::{ attribute, MetaData, header::{ LayerAttributes, ImageAttributes } }; - pub use crate::block::samples::Sample; - pub use crate::meta::attribute::{ - AttributeValue, Compression, Text, IntegerBounds, - LineOrder, SampleType, TileDescription, ChannelDescription - }; - - // common math - pub use crate::math::Vec2; - - // error handling - pub use crate::error::{ Result, Error }; - - // re-export external stuff - pub use half::f16; - pub use smallvec::SmallVec; -} - - - diff --git a/vendor/exr/src/math.rs b/vendor/exr/src/math.rs deleted file mode 100644 index 9f21bf1..0000000 --- a/vendor/exr/src/math.rs +++ /dev/null @@ -1,213 +0,0 @@ - -// calculations inspired by -// https://github.com/AcademySoftwareFoundation/openexr/blob/master/OpenEXR/IlmImf/ImfTiledMisc.cpp - -//! Simple math utilities. - -use std::convert::TryFrom; -use crate::error::{i32_to_usize}; -use crate::error::Result; -use std::ops::{Add, Sub, Div, Mul}; -use std::fmt::Debug; - -/// Simple two-dimensional vector of any numerical type. -/// Supports only few mathematical operations -/// as this is used mainly as data struct. -#[derive(Clone, Copy, Debug, PartialEq, Eq, Hash, Default)] -pub struct Vec2<T> (pub T, pub T); - -impl<T> Vec2<T> { - - /// Returns the vector with the maximum of either coordinates. - pub fn max(self, other: Self) -> Self where T: Ord { - Vec2(self.0.max(other.0), self.1.max(other.1)) - } - - /// Returns the vector with the minimum of either coordinates. - pub fn min(self, other: Self) -> Self where T: Ord { - Vec2(self.0.min(other.0), self.1.min(other.1)) - } - - /// Try to convert all components of this vector to a new type, - /// yielding either a vector of that new type, or an error. - pub fn try_from<S>(value: Vec2<S>) -> std::result::Result<Self, T::Error> where T: TryFrom<S> { - let x = T::try_from(value.0)?; - let y = T::try_from(value.1)?; - Ok(Vec2(x, y)) - } - - - - /// Seeing this vector as a dimension or size (width and height), - /// this returns the area that this dimensions contains (`width * height`). - #[inline] pub fn area(self) -> T where T: std::ops::Mul<T, Output = T> { - self.0 * self.1 - } - - /// The first component of this 2D vector. - #[inline] pub fn x(self) -> T { self.0 } - - /// The second component of this 2D vector. - #[inline] pub fn y(self) -> T { self.1 } - - /// The first component of this 2D vector. - #[inline] pub fn width(self) -> T { self.0 } - - /// The second component of this 2D vector. - #[inline] pub fn height(self) -> T { self.1 } - - // TODO use this! - /// Convert this two-dimensional coordinate to an index suited for one-dimensional flattened image arrays. - /// Works for images that store the pixels row by row, one after another, in a single array. - /// In debug mode, panics for an index out of bounds. - #[inline] pub fn flat_index_for_size(self, resolution: Vec2<T>) -> T - where T: Copy + Debug + Ord + Mul<Output=T> + Add<Output=T> - { - debug_assert!( - self.x() < resolution.width() && self.y() < resolution.height(), - "Vec2 index {:?} is invalid for resolution {:?}", self, resolution - ); - - let Vec2(x, y) = self; - y * resolution.width() + x - } -} - - - -impl Vec2<i32> { - - /// Try to convert to [`Vec2<usize>`], returning an error on negative numbers. - pub fn to_usize(self, error_message: &'static str) -> Result<Vec2<usize>> { - let x = i32_to_usize(self.0, error_message)?; - let y = i32_to_usize(self.1, error_message)?; - Ok(Vec2(x, y)) - } - -} - -impl Vec2<usize> { - - /// Panics for too large values - pub fn to_i32(self) -> Vec2<i32> { - let x = i32::try_from(self.0).expect("vector x coordinate too large"); - let y = i32::try_from(self.1).expect("vector y coordinate too large"); - Vec2(x, y) - } - -} - - -impl<T: std::ops::Add<T>> std::ops::Add<Vec2<T>> for Vec2<T> { - type Output = Vec2<T::Output>; - fn add(self, other: Vec2<T>) -> Self::Output { - Vec2(self.0 + other.0, self.1 + other.1) - } -} - -impl<T: std::ops::Sub<T>> std::ops::Sub<Vec2<T>> for Vec2<T> { - type Output = Vec2<T::Output>; - fn sub(self, other: Vec2<T>) -> Self::Output { - Vec2(self.0 - other.0, self.1 - other.1) - } -} - -impl<T: std::ops::Div<T>> std::ops::Div<Vec2<T>> for Vec2<T> { - type Output = Vec2<T::Output>; - fn div(self, other: Vec2<T>) -> Self::Output { - Vec2(self.0 / other.0, self.1 / other.1) - } -} - -impl<T: std::ops::Mul<T>> std::ops::Mul<Vec2<T>> for Vec2<T> { - type Output = Vec2<T::Output>; - fn mul(self, other: Vec2<T>) -> Self::Output { - Vec2(self.0 * other.0, self.1 * other.1) - } -} - -impl<T> std::ops::Neg for Vec2<T> where T: std::ops::Neg<Output=T> { - type Output = Vec2<T>; - fn neg(self) -> Self::Output { Vec2(-self.0, -self.1) } -} - -impl<T> From<(T, T)> for Vec2<T> { - fn from((x, y): (T, T)) -> Self { Vec2(x, y) } -} - -impl<T> From<Vec2<T>> for (T, T) { - fn from(vec2: Vec2<T>) -> Self { (vec2.0, vec2.1) } -} - -/// Computes `floor(log(x)/log(2))`. Returns 0 where argument is 0. -// TODO does rust std not provide this? -pub(crate) fn floor_log_2(mut number: u32) -> u32 { - let mut log = 0; - - // TODO check if this unrolls properly? - while number > 1 { - log += 1; - number >>= 1; - } - - log -} - - -/// Computes `ceil(log(x)/log(2))`. Returns 0 where argument is 0. -// taken from https://github.com/openexr/openexr/blob/master/OpenEXR/IlmImf/ImfTiledMisc.cpp -// TODO does rust std not provide this? -pub(crate) fn ceil_log_2(mut number: u32) -> u32 { - let mut log = 0; - let mut round_up = 0; - - // TODO check if this unrolls properly - while number > 1 { - if number & 1 != 0 { - round_up = 1; - } - - log += 1; - number >>= 1; - } - - log + round_up -} - - -/// Round up or down in specific calculations. -#[derive(Debug, Clone, Copy, Eq, PartialEq, Hash)] -pub enum RoundingMode { - - /// Round down. - Down, - - /// Round up. - Up, -} - -impl RoundingMode { - pub(crate) fn log2(self, number: u32) -> u32 { - match self { - RoundingMode::Down => self::floor_log_2(number), - RoundingMode::Up => self::ceil_log_2(number), - } - } - - /// Only works for positive numbers. - pub(crate) fn divide<T>(self, dividend: T, divisor: T) -> T - where T: Copy + Add<Output = T> + Sub<Output = T> + Div<Output = T> + From<u8> + std::cmp::PartialOrd - { - assert!( - dividend >= T::from(0) && divisor >= T::from(1), - "division with rounding up only works for positive numbers" - ); - - match self { - RoundingMode::Up => (dividend + divisor - T::from(1_u8)) / divisor, // only works for positive numbers - RoundingMode::Down => dividend / divisor, - } - } -} - -// TODO log2 tests diff --git a/vendor/exr/src/meta/attribute.rs b/vendor/exr/src/meta/attribute.rs deleted file mode 100644 index 5b71e82..0000000 --- a/vendor/exr/src/meta/attribute.rs +++ /dev/null @@ -1,2226 +0,0 @@ - -//! Contains all meta data attributes. -//! Each layer can have any number of [`Attribute`]s, including custom attributes. - -use smallvec::SmallVec; - - -/// Contains one of all possible attributes. -/// Includes a variant for custom attributes. -#[derive(Debug, Clone, PartialEq)] -pub enum AttributeValue { - - /// Channel meta data. - ChannelList(ChannelList), - - /// Color space definition. - Chromaticities(Chromaticities), - - /// Compression method of this layer. - Compression(Compression), - - /// This image is an environment map. - EnvironmentMap(EnvironmentMap), - - /// Film roll information. - KeyCode(KeyCode), - - /// Order of the bocks in the file. - LineOrder(LineOrder), - - /// A 3x3 matrix of floats. - Matrix3x3(Matrix3x3), - - /// A 4x4 matrix of floats. - Matrix4x4(Matrix4x4), - - /// 8-bit rgba Preview of the image. - Preview(Preview), - - /// An integer dividend and divisor. - Rational(Rational), - - /// Deep or flat and tiled or scan line. - BlockType(BlockType), - - /// List of texts. - TextVector(Vec<Text>), - - /// How to tile up the image. - TileDescription(TileDescription), - - /// Timepoint and more. - TimeCode(TimeCode), - - /// A string of byte-chars. - Text(Text), - - /// 64-bit float - F64(f64), - - /// 32-bit float - F32(f32), - - /// 32-bit signed integer - I32(i32), - - /// 2D integer rectangle. - IntegerBounds(IntegerBounds), - - /// 2D float rectangle. - FloatRect(FloatRect), - - /// 2D integer vector. - IntVec2(Vec2<i32>), - - /// 2D float vector. - FloatVec2(Vec2<f32>), - - /// 3D integer vector. - IntVec3((i32, i32, i32)), - - /// 3D float vector. - FloatVec3((f32, f32, f32)), - - /// A custom attribute. - /// Contains the type name of this value. - Custom { - - /// The name of the type this attribute is an instance of. - kind: Text, - - /// The value, stored in little-endian byte order, of the value. - /// Use the `exr::io::Data` trait to extract binary values from this vector. - bytes: Vec<u8> - }, -} - -/// A byte array with each byte being a char. -/// This is not UTF an must be constructed from a standard string. -// TODO is this ascii? use a rust ascii crate? -#[derive(Clone, PartialEq, Ord, PartialOrd, Default)] // hash implemented manually -pub struct Text { - bytes: TextBytes, -} - -/// Contains time information for this frame within a sequence. -/// Also defined methods to compile this information into a -/// `TV60`, `TV50` or `Film24` bit sequence, packed into `u32`. -/// -/// Satisfies the [SMPTE standard 12M-1999](https://en.wikipedia.org/wiki/SMPTE_timecode). -/// For more in-depth information, see [philrees.co.uk/timecode](http://www.philrees.co.uk/articles/timecode.htm). -#[derive(Copy, Debug, Clone, Eq, PartialEq, Hash, Default)] -pub struct TimeCode { - - /// Hours 0 - 23 are valid. - pub hours: u8, - - /// Minutes 0 - 59 are valid. - pub minutes: u8, - - /// Seconds 0 - 59 are valid. - pub seconds: u8, - - /// Frame Indices 0 - 29 are valid. - pub frame: u8, - - /// Whether this is a drop frame. - pub drop_frame: bool, - - /// Whether this is a color frame. - pub color_frame: bool, - - /// Field Phase. - pub field_phase: bool, - - /// Flags for `TimeCode.binary_groups`. - pub binary_group_flags: [bool; 3], - - /// The user-defined control codes. - /// Every entry in this array can use at most 3 bits. - /// This results in a maximum value of 15, including 0, for each `u8`. - pub binary_groups: [u8; 8] -} - -/// layer type, specifies block type and deepness. -#[derive(Debug, Clone, Copy, Eq, PartialEq, Hash)] -pub enum BlockType { - - /// Corresponds to the string value `scanlineimage`. - ScanLine, - - /// Corresponds to the string value `tiledimage`. - Tile, - - /// Corresponds to the string value `deepscanline`. - DeepScanLine, - - /// Corresponds to the string value `deeptile`. - DeepTile, -} - -/// The string literals used to represent a `BlockType` in a file. -pub mod block_type_strings { - - /// Type attribute text value of flat scan lines - pub const SCAN_LINE: &'static [u8] = b"scanlineimage"; - - /// Type attribute text value of flat tiles - pub const TILE: &'static [u8] = b"tiledimage"; - - /// Type attribute text value of deep scan lines - pub const DEEP_SCAN_LINE: &'static [u8] = b"deepscanline"; - - /// Type attribute text value of deep tiles - pub const DEEP_TILE: &'static [u8] = b"deeptile"; -} - - -pub use crate::compression::Compression; - -/// The integer rectangle describing where an layer is placed on the infinite 2D global space. -pub type DataWindow = IntegerBounds; - -/// The integer rectangle limiting which part of the infinite 2D global space should be displayed. -pub type DisplayWindow = IntegerBounds; - -/// An integer dividend and divisor, together forming a ratio. -pub type Rational = (i32, u32); - -/// A float matrix with four rows and four columns. -pub type Matrix4x4 = [f32; 4*4]; - -/// A float matrix with three rows and three columns. -pub type Matrix3x3 = [f32; 3*3]; - -/// A rectangular section anywhere in 2D integer space. -/// Valid from minimum coordinate (including) `-1,073,741,822` -/// to maximum coordinate (including) `1,073,741,822`, the value of (`i32::MAX/2 -1`). -#[derive(Clone, Copy, Debug, Eq, PartialEq, Default, Hash)] -pub struct IntegerBounds { - - /// The top left corner of this rectangle. - /// The `Box2I32` includes this pixel if the size is not zero. - pub position: Vec2<i32>, - - /// How many pixels to include in this `Box2I32`. - /// Extends to the right and downwards. - /// Does not include the actual boundary, just like `Vec::len()`. - pub size: Vec2<usize>, -} - -/// A rectangular section anywhere in 2D float space. -#[derive(Clone, Copy, Debug, PartialEq)] -pub struct FloatRect { - - /// The top left corner location of the rectangle (inclusive) - pub min: Vec2<f32>, - - /// The bottom right corner location of the rectangle (inclusive) - pub max: Vec2<f32> -} - -/// A List of channels. Channels must be sorted alphabetically. -#[derive(Clone, Debug, Eq, PartialEq, Hash)] -pub struct ChannelList { - - /// The channels in this list. - pub list: SmallVec<[ChannelDescription; 5]>, - - /// The number of bytes that one pixel in this image needs. - // FIXME this needs to account for subsampling anywhere? - pub bytes_per_pixel: usize, // FIXME only makes sense for flat images! - - /// The sample type of all channels, if all channels have the same type. - pub uniform_sample_type: Option<SampleType>, -} - -/// A single channel in an layer. -/// Does not contain the actual pixel data, -/// but instead merely describes it. -#[derive(Clone, Debug, Eq, PartialEq, Hash)] -pub struct ChannelDescription { - - /// One of "R", "G", or "B" most of the time. - pub name: Text, - - /// U32, F16 or F32. - pub sample_type: SampleType, - - /// This attribute only tells lossy compression methods - /// whether this value should be quantized exponentially or linearly. - /// - /// Should be `false` for red, green, or blue channels. - /// Should be `true` for hue, chroma, saturation, or alpha channels. - pub quantize_linearly: bool, - - /// How many of the samples are skipped compared to the other channels in this layer. - /// - /// Can be used for chroma subsampling for manual lossy data compression. - /// Values other than 1 are allowed only in flat, scan-line based images. - /// If an image is deep or tiled, x and y sampling rates for all of its channels must be 1. - pub sampling: Vec2<usize>, -} - -/// The type of samples in this channel. -#[derive(Clone, Debug, Eq, PartialEq, Copy, Hash)] -pub enum SampleType { - - /// This channel contains 32-bit unsigned int values. - U32, - - /// This channel contains 16-bit float values. - F16, - - /// This channel contains 32-bit float values. - F32, -} - -/// The color space of the pixels. -/// -/// If a file doesn't have a chromaticities attribute, display software -/// should assume that the file's primaries and the white point match `Rec. ITU-R BT.709-3`. -#[derive(Debug, Clone, Copy, PartialEq)] -pub struct Chromaticities { - - /// "Red" location on the CIE XY chromaticity diagram. - pub red: Vec2<f32>, - - /// "Green" location on the CIE XY chromaticity diagram. - pub green: Vec2<f32>, - - /// "Blue" location on the CIE XY chromaticity diagram. - pub blue: Vec2<f32>, - - /// "White" location on the CIE XY chromaticity diagram. - pub white: Vec2<f32> -} - -/// If this attribute is present, it describes -/// how this texture should be projected onto an environment. -#[derive(Debug, Clone, Copy, Eq, PartialEq, Hash)] -pub enum EnvironmentMap { - - /// This image is an environment map projected like a world map. - LatitudeLongitude, - - /// This image contains the six sides of a cube. - Cube, -} - -/// Uniquely identifies a motion picture film frame. -#[derive(Debug, Clone, Copy, Eq, PartialEq, Hash)] -pub struct KeyCode { - - /// Identifies a film manufacturer. - pub film_manufacturer_code: i32, - - /// Identifies a film type. - pub film_type: i32, - - /// Specifies the film roll prefix. - pub film_roll_prefix: i32, - - /// Specifies the film count. - pub count: i32, - - /// Specifies the perforation offset. - pub perforation_offset: i32, - - /// Specifies the perforation count of each single frame. - pub perforations_per_frame: i32, - - /// Specifies the perforation count of each single film. - pub perforations_per_count: i32, -} - -/// In what order the `Block`s of pixel data appear in a file. -#[derive(Debug, Clone, Copy, Eq, PartialEq, Hash)] -pub enum LineOrder { - - /// The blocks in the file are ordered in descending rows from left to right. - /// When compressing in parallel, this option requires potentially large amounts of memory. - /// In that case, use `LineOrder::Unspecified` for best performance. - Increasing, - - /// The blocks in the file are ordered in ascending rows from right to left. - /// When compressing in parallel, this option requires potentially large amounts of memory. - /// In that case, use `LineOrder::Unspecified` for best performance. - Decreasing, - - /// The blocks are not ordered in a specific way inside the file. - /// In multi-core file writing, this option offers the best performance. - Unspecified, -} - -/// A small `rgba` image of `i8` values that approximates the real exr image. -// TODO is this linear? -#[derive(Clone, Eq, PartialEq)] -pub struct Preview { - - /// The dimensions of the preview image. - pub size: Vec2<usize>, - - /// An array with a length of 4 × width × height. - /// The pixels are stored in `LineOrder::Increasing`. - /// Each pixel consists of the four `u8` values red, green, blue, alpha. - pub pixel_data: Vec<i8>, -} - -/// Describes how the layer is divided into tiles. -/// Specifies the size of each tile in the image -/// and whether this image contains multiple resolution levels. -#[derive(Debug, Clone, Copy, Eq, PartialEq, Hash)] -pub struct TileDescription { - - /// The size of each tile. - /// Stays the same number of pixels across all levels. - pub tile_size: Vec2<usize>, - - /// Whether to also store smaller versions of the image. - pub level_mode: LevelMode, - - /// Whether to round up or down when calculating Mip/Rip levels. - pub rounding_mode: RoundingMode, -} - -/// Whether to also store increasingly smaller versions of the original image. -#[derive(Debug, Clone, Copy, Eq, PartialEq, Hash)] -pub enum LevelMode { - - /// Only a single level. - Singular, - - /// Levels with a similar aspect ratio. - MipMap, - - /// Levels with all possible aspect ratios. - RipMap, -} - - -/// The raw bytes that make up a string in an exr file. -/// Each `u8` is a single char. -// will mostly be "R", "G", "B" or "deepscanlineimage" -pub type TextBytes = SmallVec<[u8; 24]>; - -/// A byte slice, interpreted as text -pub type TextSlice = [u8]; - - -use crate::io::*; -use crate::meta::{sequence_end}; -use crate::error::*; -use crate::math::{RoundingMode, Vec2}; -use half::f16; -use std::convert::{TryFrom}; -use std::borrow::Borrow; -use std::hash::{Hash, Hasher}; -use bit_field::BitField; - - -fn invalid_type() -> Error { - Error::invalid("attribute type mismatch") -} - - -impl Text { - - /// Create a `Text` from an `str` reference. - /// Returns `None` if this string contains unsupported chars. - pub fn new_or_none(string: impl AsRef<str>) -> Option<Self> { - let vec : Option<TextBytes> = string.as_ref().chars() - .map(|character| u8::try_from(character as u64).ok()) - .collect(); - - vec.map(Self::from_bytes_unchecked) - } - - /// Create a `Text` from an `str` reference. - /// Panics if this string contains unsupported chars. - pub fn new_or_panic(string: impl AsRef<str>) -> Self { - Self::new_or_none(string).expect("exr::Text contains unsupported characters") - } - - /// Create a `Text` from a slice of bytes, - /// without checking any of the bytes. - pub fn from_slice_unchecked(text: &TextSlice) -> Self { - Self::from_bytes_unchecked(SmallVec::from_slice(text)) - } - - /// Create a `Text` from the specified bytes object, - /// without checking any of the bytes. - pub fn from_bytes_unchecked(bytes: TextBytes) -> Self { - Text { bytes } - } - - /// The internal ASCII bytes this text is made of. - pub fn as_slice(&self) -> &TextSlice { - self.bytes.as_slice() - } - - /// Check whether this string is valid, adjusting `long_names` if required. - /// If `long_names` is not provided, text length will be entirely unchecked. - pub fn validate(&self, null_terminated: bool, long_names: Option<&mut bool>) -> UnitResult { - Self::validate_bytes(self.as_slice(), null_terminated, long_names) - } - - /// Check whether some bytes are valid, adjusting `long_names` if required. - /// If `long_names` is not provided, text length will be entirely unchecked. - pub fn validate_bytes(text: &TextSlice, null_terminated: bool, long_names: Option<&mut bool>) -> UnitResult { - if null_terminated && text.is_empty() { - return Err(Error::invalid("text must not be empty")); - } - - if let Some(long) = long_names { - if text.len() >= 256 { return Err(Error::invalid("text must not be longer than 255")); } - if text.len() >= 32 { *long = true; } - } - - Ok(()) - } - - /// The byte count this string would occupy if it were encoded as a null-terminated string. - pub fn null_terminated_byte_size(&self) -> usize { - self.bytes.len() + sequence_end::byte_size() - } - - /// The byte count this string would occupy if it were encoded as a size-prefixed string. - pub fn i32_sized_byte_size(&self) -> usize { - self.bytes.len() + i32::BYTE_SIZE - } - - /// Write the length of a string and then the contents with that length. - pub fn write_i32_sized<W: Write>(&self, write: &mut W) -> UnitResult { - debug_assert!(self.validate( false, None).is_ok(), "text size bug"); - i32::write(usize_to_i32(self.bytes.len()), write)?; - Self::write_unsized_bytes(self.bytes.as_slice(), write) - } - - /// Without validation, write this instance to the byte stream. - fn write_unsized_bytes<W: Write>(bytes: &[u8], write: &mut W) -> UnitResult { - u8::write_slice(write, bytes)?; - Ok(()) - } - - /// Read the length of a string and then the contents with that length. - pub fn read_i32_sized<R: Read>(read: &mut R, max_size: usize) -> Result<Self> { - let size = i32_to_usize(i32::read(read)?, "vector size")?; - Ok(Text::from_bytes_unchecked(SmallVec::from_vec(u8::read_vec(read, size, 1024, Some(max_size), "text attribute length")?))) - } - - /// Read the contents with that length. - pub fn read_sized<R: Read>(read: &mut R, size: usize) -> Result<Self> { - const SMALL_SIZE: usize = 24; - - // for small strings, read into small vec without heap allocation - if size <= SMALL_SIZE { - let mut buffer = [0_u8; SMALL_SIZE]; - let data = &mut buffer[..size]; - - read.read_exact(data)?; - Ok(Text::from_bytes_unchecked(SmallVec::from_slice(data))) - } - - // for large strings, read a dynamic vec of arbitrary size - else { - Ok(Text::from_bytes_unchecked(SmallVec::from_vec(u8::read_vec(read, size, 1024, None, "text attribute length")?))) - } - } - - /// Write the string contents and a null-terminator. - pub fn write_null_terminated<W: Write>(&self, write: &mut W) -> UnitResult { - Self::write_null_terminated_bytes(self.as_slice(), write) - } - - /// Write the string contents and a null-terminator. - fn write_null_terminated_bytes<W: Write>(bytes: &[u8], write: &mut W) -> UnitResult { - debug_assert!(!bytes.is_empty(), "text is empty bug"); // required to avoid mixup with "sequece_end" - - Text::write_unsized_bytes(bytes, write)?; - sequence_end::write(write)?; - Ok(()) - } - - /// Read a string until the null-terminator is found. Then skips the null-terminator. - pub fn read_null_terminated<R: Read>(read: &mut R, max_len: usize) -> Result<Self> { - let mut bytes = smallvec![ u8::read(read)? ]; // null-terminated strings are always at least 1 byte - - loop { - match u8::read(read)? { - 0 => break, - non_terminator => bytes.push(non_terminator), - } - - if bytes.len() > max_len { - return Err(Error::invalid("text too long")) - } - } - - Ok(Text { bytes }) - } - - /// Allows any text length since it is only used for attribute values, - /// but not attribute names, attribute type names, or channel names. - fn read_vec_of_i32_sized( - read: &mut PeekRead<impl Read>, - total_byte_size: usize - ) -> Result<Vec<Text>> - { - let mut result = Vec::with_capacity(2); - - // length of the text-vector can be inferred from attribute size - let mut processed_bytes = 0; - - while processed_bytes < total_byte_size { - let text = Text::read_i32_sized(read, total_byte_size)?; - processed_bytes += ::std::mem::size_of::<i32>(); // size i32 of the text - processed_bytes += text.bytes.len(); - result.push(text); - } - - // the expected byte size did not match the actual text byte size - if processed_bytes != total_byte_size { - return Err(Error::invalid("text array byte size")) - } - - Ok(result) - } - - /// Allows any text length since it is only used for attribute values, - /// but not attribute names, attribute type names, or channel names. - fn write_vec_of_i32_sized_texts<W: Write>(write: &mut W, texts: &[Text]) -> UnitResult { - // length of the text-vector can be inferred from attribute size - for text in texts { - text.write_i32_sized(write)?; - } - - Ok(()) - } - - /// The underlying bytes that represent this text. - pub fn bytes(&self) -> &[u8] { - self.bytes.as_slice() - } - - /// Iterate over the individual chars in this text, similar to `String::chars()`. - /// Does not do any heap-allocation but borrows from this instance instead. - pub fn chars(&self) -> impl '_ + Iterator<Item = char> { - self.bytes.iter().map(|&byte| byte as char) - } - - /// Compare this `exr::Text` with a plain `&str`. - pub fn eq(&self, string: &str) -> bool { - string.chars().eq(self.chars()) - } - - /// Compare this `exr::Text` with a plain `&str` ignoring capitalization. - pub fn eq_case_insensitive(&self, string: &str) -> bool { - // this is technically not working for a "turkish i", but those cannot be encoded in exr files anyways - let self_chars = self.chars().map(|char| char.to_ascii_lowercase()); - let string_chars = string.chars().flat_map(|ch| ch.to_lowercase()); - - string_chars.eq(self_chars) - } -} - -impl PartialEq<str> for Text { - fn eq(&self, other: &str) -> bool { - self.eq(other) - } -} - -impl PartialEq<Text> for str { - fn eq(&self, other: &Text) -> bool { - other.eq(self) - } -} - -impl Eq for Text {} - -impl Borrow<TextSlice> for Text { - fn borrow(&self) -> &TextSlice { - self.as_slice() - } -} - -// forwarding implementation. guarantees `text.borrow().hash() == text.hash()` (required for Borrow) -impl Hash for Text { - fn hash<H: Hasher>(&self, state: &mut H) { - self.bytes.hash(state) - } -} - -impl Into<String> for Text { - fn into(self) -> String { - self.to_string() - } -} - -impl<'s> From<&'s str> for Text { - - /// Panics if the string contains an unsupported character - fn from(str: &'s str) -> Self { - Self::new_or_panic(str) - } -} - - -/* TODO (currently conflicts with From<&str>) -impl<'s> TryFrom<&'s str> for Text { - type Error = String; - - fn try_from(value: &'s str) -> std::result::Result<Self, Self::Error> { - Text::new_or_none(value) - .ok_or_else(|| format!( - "exr::Text does not support all characters in the string `{}`", - value - )) - } -}*/ - - -impl ::std::fmt::Debug for Text { - fn fmt(&self, f: &mut ::std::fmt::Formatter<'_>) -> ::std::fmt::Result { - write!(f, "exr::Text(\"{}\")", self) - } -} - -// automatically implements to_string for us -impl ::std::fmt::Display for Text { - fn fmt(&self, f: &mut ::std::fmt::Formatter<'_>) -> ::std::fmt::Result { - use std::fmt::Write; - - for &byte in self.bytes.iter() { - f.write_char(byte as char)?; - } - - Ok(()) - } -} - - -impl ChannelList { - - /// Does not validate channel order. - pub fn new(channels: SmallVec<[ChannelDescription; 5]>) -> Self { - let uniform_sample_type = { - if let Some(first) = channels.first() { - let has_uniform_types = channels.iter().skip(1) - .all(|chan| chan.sample_type == first.sample_type); - - if has_uniform_types { Some(first.sample_type) } else { None } - } - else { None } - }; - - ChannelList { - bytes_per_pixel: channels.iter().map(|channel| channel.sample_type.bytes_per_sample()).sum(), - list: channels, uniform_sample_type, - } - } - - /// Iterate over the channels, and adds to each channel the byte offset of the channels sample type. - /// Assumes the internal channel list is properly sorted. - pub fn channels_with_byte_offset(&self) -> impl Iterator<Item=(usize, &ChannelDescription)> { - self.list.iter().scan(0, |byte_position, channel|{ - let previous_position = *byte_position; - *byte_position += channel.sample_type.bytes_per_sample(); - Some((previous_position, channel)) - }) - } - - /// Return the index of the channel with the exact name, case sensitive, or none. - /// Potentially uses less than linear time. - pub fn find_index_of_channel(&self, exact_name: &Text) -> Option<usize> { - self.list.binary_search_by_key(&exact_name.bytes(), |chan| chan.name.bytes()).ok() - } - - // TODO use this in compression methods - /*pub fn pixel_section_indices(&self, bounds: IntegerBounds) -> impl '_ + Iterator<Item=(&Channel, usize, usize)> { - (bounds.position.y() .. bounds.end().y()).flat_map(|y| { - self.list - .filter(|channel| mod_p(y, usize_to_i32(channel.sampling.1)) == 0) - .flat_map(|channel|{ - (bounds.position.x() .. bounds.end().x()) - .filter(|x| mod_p(*x, usize_to_i32(channel.sampling.0)) == 0) - .map(|x| (channel, x, y)) - }) - }) - }*/ -} - -impl BlockType { - - /// The corresponding attribute type name literal - const TYPE_NAME: &'static [u8] = type_names::TEXT; - - /// Return a `BlockType` object from the specified attribute text value. - pub fn parse(text: Text) -> Result<Self> { - match text.as_slice() { - block_type_strings::SCAN_LINE => Ok(BlockType::ScanLine), - block_type_strings::TILE => Ok(BlockType::Tile), - - block_type_strings::DEEP_SCAN_LINE => Ok(BlockType::DeepScanLine), - block_type_strings::DEEP_TILE => Ok(BlockType::DeepTile), - - _ => Err(Error::invalid("block type attribute value")), - } - } - - /// Without validation, write this instance to the byte stream. - pub fn write(&self, write: &mut impl Write) -> UnitResult { - u8::write_slice(write, self.to_text_bytes())?; - Ok(()) - } - - /// Returns the raw attribute text value this type is represented by in a file. - pub fn to_text_bytes(&self) -> &[u8] { - match self { - BlockType::ScanLine => block_type_strings::SCAN_LINE, - BlockType::Tile => block_type_strings::TILE, - BlockType::DeepScanLine => block_type_strings::DEEP_SCAN_LINE, - BlockType::DeepTile => block_type_strings::DEEP_TILE, - } - } - - /// Number of bytes this would consume in an exr file. - pub fn byte_size(&self) -> usize { - self.to_text_bytes().len() - } -} - - -impl IntegerBounds { - - /// Create a box with no size located at (0,0). - pub fn zero() -> Self { - Self::from_dimensions(Vec2(0, 0)) - } - - /// Create a box with a size starting at zero. - pub fn from_dimensions(size: impl Into<Vec2<usize>>) -> Self { - Self::new(Vec2(0,0), size) - } - - /// Create a box with a size and an origin point. - pub fn new(start: impl Into<Vec2<i32>>, size: impl Into<Vec2<usize>>) -> Self { - Self { position: start.into(), size: size.into() } - } - - /// Returns the top-right coordinate of the rectangle. - /// The row and column described by this vector are not included in the rectangle, - /// just like `Vec::len()`. - pub fn end(self) -> Vec2<i32> { - self.position + self.size.to_i32() // larger than max int32 is panic - } - - /// Returns the maximum coordinate that a value in this rectangle may have. - pub fn max(self) -> Vec2<i32> { - self.end() - Vec2(1,1) - } - - /// Validate this instance. - pub fn validate(&self, max_size: Option<Vec2<usize>>) -> UnitResult { - if let Some(max_size) = max_size { - if self.size.width() > max_size.width() || self.size.height() > max_size.height() { - return Err(Error::invalid("window attribute dimension value")); - } - } - - let min_i64 = Vec2(self.position.x() as i64, self.position.y() as i64); - - let max_i64 = Vec2( - self.position.x() as i64 + self.size.width() as i64, - self.position.y() as i64 + self.size.height() as i64, - ); - - Self::validate_min_max_u64(min_i64, max_i64) - } - - fn validate_min_max_u64(min: Vec2<i64>, max: Vec2<i64>) -> UnitResult { - let max_box_size_as_i64 = (i32::MAX / 2) as i64; // as defined in the original c++ library - - if max.x() >= max_box_size_as_i64 - || max.y() >= max_box_size_as_i64 - || min.x() <= -max_box_size_as_i64 - || min.y() <= -max_box_size_as_i64 - { - return Err(Error::invalid("window size exceeding integer maximum")); - } - - Ok(()) - } - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { - 4 * i32::BYTE_SIZE - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - let Vec2(x_min, y_min) = self.position; - let Vec2(x_max, y_max) = self.max(); - - x_min.write(write)?; - y_min.write(write)?; - x_max.write(write)?; - y_max.write(write)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - let x_min = i32::read(read)?; - let y_min = i32::read(read)?; - let x_max = i32::read(read)?; - let y_max = i32::read(read)?; - - let min = Vec2(x_min.min(x_max), y_min.min(y_max)); - let max = Vec2(x_min.max(x_max), y_min.max(y_max)); - - // prevent addition overflow - Self::validate_min_max_u64( - Vec2(min.x() as i64, min.y() as i64), - Vec2(max.x() as i64, max.y() as i64), - )?; - - // add one to max because the max inclusive, but the size is not - let size = Vec2(max.x() + 1 - min.x(), max.y() + 1 - min.y()); - let size = size.to_usize("box coordinates")?; - - Ok(IntegerBounds { position: min, size }) - } - - /// Create a new rectangle which is offset by the specified origin. - pub fn with_origin(self, origin: Vec2<i32>) -> Self { // TODO rename to "move" or "translate"? - IntegerBounds { position: self.position + origin, .. self } - } - - /// Returns whether the specified rectangle is equal to or inside this rectangle. - pub fn contains(self, subset: Self) -> bool { - subset.position.x() >= self.position.x() - && subset.position.y() >= self.position.y() - && subset.end().x() <= self.end().x() - && subset.end().y() <= self.end().y() - } -} - - -impl FloatRect { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { - 4 * f32::BYTE_SIZE - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - self.min.x().write(write)?; - self.min.y().write(write)?; - self.max.x().write(write)?; - self.max.y().write(write)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - let x_min = f32::read(read)?; - let y_min = f32::read(read)?; - let x_max = f32::read(read)?; - let y_max = f32::read(read)?; - - Ok(FloatRect { - min: Vec2(x_min, y_min), - max: Vec2(x_max, y_max) - }) - } -} - -impl SampleType { - - /// How many bytes a single sample takes up. - pub fn bytes_per_sample(&self) -> usize { - match self { - SampleType::F16 => f16::BYTE_SIZE, - SampleType::F32 => f32::BYTE_SIZE, - SampleType::U32 => u32::BYTE_SIZE, - } - } - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { - i32::BYTE_SIZE - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - match *self { - SampleType::U32 => 0_i32, - SampleType::F16 => 1_i32, - SampleType::F32 => 2_i32, - }.write(write)?; - - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - // there's definitely going to be more than 255 different pixel types in the future - Ok(match i32::read(read)? { - 0 => SampleType::U32, - 1 => SampleType::F16, - 2 => SampleType::F32, - _ => return Err(Error::invalid("pixel type attribute value")), - }) - } -} - -impl ChannelDescription { - /// Choose whether to compress samples linearly or not, based on the channel name. - /// Luminance-based channels will be compressed differently than linear data such as alpha. - pub fn guess_quantization_linearity(name: &Text) -> bool { - !( - name.eq_case_insensitive("R") || name.eq_case_insensitive("G") || - name.eq_case_insensitive("B") || name.eq_case_insensitive("L") || - name.eq_case_insensitive("Y") || name.eq_case_insensitive("X") || - name.eq_case_insensitive("Z") - ) - } - - /// Create a new channel with the specified properties and a sampling rate of (1,1). - /// Automatically chooses the linearity for compression based on the channel name. - pub fn named(name: impl Into<Text>, sample_type: SampleType) -> Self { - let name = name.into(); - let linearity = Self::guess_quantization_linearity(&name); - Self::new(name, sample_type, linearity) - } - - /*pub fn from_name<T: Into<Sample> + Default>(name: impl Into<Text>) -> Self { - Self::named(name, T::default().into().sample_type()) - }*/ - - /// Create a new channel with the specified properties and a sampling rate of (1,1). - pub fn new(name: impl Into<Text>, sample_type: SampleType, quantize_linearly: bool) -> Self { - Self { name: name.into(), sample_type, quantize_linearly, sampling: Vec2(1, 1) } - } - - /// The count of pixels this channel contains, respecting subsampling. - // FIXME this must be used everywhere - pub fn subsampled_pixels(&self, dimensions: Vec2<usize>) -> usize { - self.subsampled_resolution(dimensions).area() - } - - /// The resolution pf this channel, respecting subsampling. - pub fn subsampled_resolution(&self, dimensions: Vec2<usize>) -> Vec2<usize> { - dimensions / self.sampling - } - - /// Number of bytes this would consume in an exr file. - pub fn byte_size(&self) -> usize { - self.name.null_terminated_byte_size() - + SampleType::byte_size() - + 1 // is_linear - + 3 // reserved bytes - + 2 * u32::BYTE_SIZE // sampling x, y - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - Text::write_null_terminated(&self.name, write)?; - self.sample_type.write(write)?; - - match self.quantize_linearly { - false => 0_u8, - true => 1_u8, - }.write(write)?; - - i8::write_slice(write, &[0_i8, 0_i8, 0_i8])?; - i32::write(usize_to_i32(self.sampling.x()), write)?; - i32::write(usize_to_i32(self.sampling.y()), write)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - let name = Text::read_null_terminated(read, 256)?; - let sample_type = SampleType::read(read)?; - - let is_linear = match u8::read(read)? { - 1 => true, - 0 => false, - _ => return Err(Error::invalid("channel linearity attribute value")), - }; - - let mut reserved = [0_i8; 3]; - i8::read_slice(read, &mut reserved)?; - - let x_sampling = i32_to_usize(i32::read(read)?, "x channel sampling")?; - let y_sampling = i32_to_usize(i32::read(read)?, "y channel sampling")?; - - Ok(ChannelDescription { - name, sample_type, - quantize_linearly: is_linear, - sampling: Vec2(x_sampling, y_sampling), - }) - } - - /// Validate this instance. - pub fn validate(&self, allow_sampling: bool, data_window: IntegerBounds, strict: bool) -> UnitResult { - self.name.validate(true, None)?; // TODO spec says this does not affect `requirements.long_names` but is that true? - - if self.sampling.x() == 0 || self.sampling.y() == 0 { - return Err(Error::invalid("zero sampling factor")); - } - - if strict && !allow_sampling && self.sampling != Vec2(1,1) { - return Err(Error::invalid("subsampling is only allowed in flat scan line images")); - } - - if data_window.position.x() % self.sampling.x() as i32 != 0 || data_window.position.y() % self.sampling.y() as i32 != 0 { - return Err(Error::invalid("channel sampling factor not dividing data window position")); - } - - if data_window.size.x() % self.sampling.x() != 0 || data_window.size.y() % self.sampling.y() != 0 { - return Err(Error::invalid("channel sampling factor not dividing data window size")); - } - - if self.sampling != Vec2(1,1) { - // TODO this must only be implemented in the crate::image module and child modules, - // should not be too difficult - - return Err(Error::unsupported("channel subsampling not supported yet")); - } - - Ok(()) - } -} - -impl ChannelList { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size(&self) -> usize { - self.list.iter().map(ChannelDescription::byte_size).sum::<usize>() + sequence_end::byte_size() - } - - /// Without validation, write this instance to the byte stream. - /// Assumes channels are sorted alphabetically and all values are validated. - pub fn write(&self, write: &mut impl Write) -> UnitResult { - for channel in &self.list { - channel.write(write)?; - } - - sequence_end::write(write)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read(read: &mut PeekRead<impl Read>) -> Result<Self> { - let mut channels = SmallVec::new(); - while !sequence_end::has_come(read)? { - channels.push(ChannelDescription::read(read)?); - } - - Ok(ChannelList::new(channels)) - } - - /// Check if channels are valid and sorted. - pub fn validate(&self, allow_sampling: bool, data_window: IntegerBounds, strict: bool) -> UnitResult { - let mut iter = self.list.iter().map(|chan| chan.validate(allow_sampling, data_window, strict).map(|_| &chan.name)); - let mut previous = iter.next().ok_or(Error::invalid("at least one channel is required"))??; - - for result in iter { - let value = result?; - if strict && previous == value { return Err(Error::invalid("channel names are not unique")); } - else if previous > value { return Err(Error::invalid("channel names are not sorted alphabetically")); } - else { previous = value; } - } - - Ok(()) - } -} - -fn u8_to_decimal32(binary: u8) -> u32 { - let units = binary as u32 % 10; - let tens = (binary as u32 / 10) % 10; - units | (tens << 4) -} - -// assumes value fits into u8 -fn u8_from_decimal32(coded: u32) -> u8 { - ((coded & 0x0f) + 10 * ((coded >> 4) & 0x0f)) as u8 -} - -// https://github.com/AcademySoftwareFoundation/openexr/blob/master/src/lib/OpenEXR/ImfTimeCode.cpp -impl TimeCode { - - /// Number of bytes this would consume in an exr file. - pub const BYTE_SIZE: usize = 2 * u32::BYTE_SIZE; - - /// Returns an error if this time code is considered invalid. - pub fn validate(&self, strict: bool) -> UnitResult { - if strict { - if self.frame > 29 { Err(Error::invalid("time code frame larger than 29")) } - else if self.seconds > 59 { Err(Error::invalid("time code seconds larger than 59")) } - else if self.minutes > 59 { Err(Error::invalid("time code minutes larger than 59")) } - else if self.hours > 23 { Err(Error::invalid("time code hours larger than 23")) } - else if self.binary_groups.iter().any(|&group| group > 15) { - Err(Error::invalid("time code binary group value too large for 3 bits")) - } - else { Ok(()) } - } - else { Ok(()) } - } - - - /// Pack the SMPTE time code into a u32 value, according to TV60 packing. - /// This is the encoding which is used within a binary exr file. - pub fn pack_time_as_tv60_u32(&self) -> Result<u32> { - // validate strictly to prevent set_bit panic! below - self.validate(true)?; - - Ok(*0_u32 - .set_bits(0..6, u8_to_decimal32(self.frame)) - .set_bit(6, self.drop_frame) - .set_bit(7, self.color_frame) - .set_bits(8..15, u8_to_decimal32(self.seconds)) - .set_bit(15, self.field_phase) - .set_bits(16..23, u8_to_decimal32(self.minutes)) - .set_bit(23, self.binary_group_flags[0]) - .set_bits(24..30, u8_to_decimal32(self.hours)) - .set_bit(30, self.binary_group_flags[1]) - .set_bit(31, self.binary_group_flags[2]) - ) - } - - /// Unpack a time code from one TV60 encoded u32 value and the encoded user data. - /// This is the encoding which is used within a binary exr file. - pub fn from_tv60_time(tv60_time: u32, user_data: u32) -> Self { - Self { - frame: u8_from_decimal32(tv60_time.get_bits(0..6)), // cast cannot fail, as these are less than 8 bits - drop_frame: tv60_time.get_bit(6), - color_frame: tv60_time.get_bit(7), - seconds: u8_from_decimal32(tv60_time.get_bits(8..15)), // cast cannot fail, as these are less than 8 bits - field_phase: tv60_time.get_bit(15), - minutes: u8_from_decimal32(tv60_time.get_bits(16..23)), // cast cannot fail, as these are less than 8 bits - hours: u8_from_decimal32(tv60_time.get_bits(24..30)), // cast cannot fail, as these are less than 8 bits - binary_group_flags: [ - tv60_time.get_bit(23), - tv60_time.get_bit(30), - tv60_time.get_bit(31), - ], - - binary_groups: Self::unpack_user_data_from_u32(user_data) - } - } - - /// Pack the SMPTE time code into a u32 value, according to TV50 packing. - /// This encoding does not support the `drop_frame` flag, it will be lost. - pub fn pack_time_as_tv50_u32(&self) -> Result<u32> { - Ok(*self.pack_time_as_tv60_u32()? - - // swap some fields by replacing some bits in the packed u32 - .set_bit(6, false) - .set_bit(15, self.binary_group_flags[0]) - .set_bit(30, self.binary_group_flags[1]) - .set_bit(23, self.binary_group_flags[2]) - .set_bit(31, self.field_phase) - ) - } - - /// Unpack a time code from one TV50 encoded u32 value and the encoded user data. - /// This encoding does not support the `drop_frame` flag, it will always be false. - pub fn from_tv50_time(tv50_time: u32, user_data: u32) -> Self { - Self { - drop_frame: false, // do not use bit [6] - - // swap some fields: - field_phase: tv50_time.get_bit(31), - binary_group_flags: [ - tv50_time.get_bit(15), - tv50_time.get_bit(30), - tv50_time.get_bit(23), - ], - - .. Self::from_tv60_time(tv50_time, user_data) - } - } - - - /// Pack the SMPTE time code into a u32 value, according to FILM24 packing. - /// This encoding does not support the `drop_frame` and `color_frame` flags, they will be lost. - pub fn pack_time_as_film24_u32(&self) -> Result<u32> { - Ok(*self.pack_time_as_tv60_u32()? - .set_bit(6, false) - .set_bit(7, false) - ) - } - - /// Unpack a time code from one TV60 encoded u32 value and the encoded user data. - /// This encoding does not support the `drop_frame` and `color_frame` flags, they will always be `false`. - pub fn from_film24_time(film24_time: u32, user_data: u32) -> Self { - Self { - drop_frame: false, // bit [6] - color_frame: false, // bit [7] - .. Self::from_tv60_time(film24_time, user_data) - } - } - - - // in rust, group index starts at zero, not at one. - fn user_data_bit_indices(group_index: usize) -> std::ops::Range<usize> { - let min_bit = 4 * group_index; - min_bit .. min_bit + 4 // +4, not +3, as `Range` is exclusive - } - - /// Pack the user data `u8` array into one u32. - /// User data values are clamped to the valid range (maximum value is 4). - pub fn pack_user_data_as_u32(&self) -> u32 { - let packed = self.binary_groups.iter().enumerate().fold(0_u32, |mut packed, (group_index, group_value)| - *packed.set_bits(Self::user_data_bit_indices(group_index), *group_value.min(&15) as u32) - ); - - debug_assert_eq!(Self::unpack_user_data_from_u32(packed), self.binary_groups, "round trip user data encoding"); - packed - } - - // Unpack the encoded u32 user data to an array of bytes, each byte having a value from 0 to 4. - fn unpack_user_data_from_u32(user_data: u32) -> [u8; 8] { - (0..8).map(|group_index| user_data.get_bits(Self::user_data_bit_indices(group_index)) as u8) - .collect::<SmallVec<[u8;8]>>().into_inner().expect("array index bug") - } - - - /// Write this time code to the byte stream, encoded as TV60 integers. - /// Returns an `Error::Invalid` if the fields are out of the allowed range. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - self.pack_time_as_tv60_u32()?.write(write)?; // will validate - self.pack_user_data_as_u32().write(write)?; - Ok(()) - } - - /// Read the time code, without validating, extracting from TV60 integers. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - let time_and_flags = u32::read(read)?; - let user_data = u32::read(read)?; - Ok(Self::from_tv60_time(time_and_flags, user_data)) - } -} - -impl Chromaticities { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { - 8 * f32::BYTE_SIZE - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - self.red.x().write(write)?; - self.red.y().write(write)?; - - self.green.x().write(write)?; - self.green.y().write(write)?; - - self.blue.x().write(write)?; - self.blue.y().write(write)?; - - self.white.x().write(write)?; - self.white.y().write(write)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - Ok(Chromaticities { - red: Vec2(f32::read(read)?, f32::read(read)?), - green: Vec2(f32::read(read)?, f32::read(read)?), - blue: Vec2(f32::read(read)?, f32::read(read)?), - white: Vec2(f32::read(read)?, f32::read(read)?), - }) - } -} - -impl Compression { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { u8::BYTE_SIZE } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(self, write: &mut W) -> UnitResult { - use self::Compression::*; - match self { - Uncompressed => 0_u8, - RLE => 1_u8, - ZIP1 => 2_u8, - ZIP16 => 3_u8, - PIZ => 4_u8, - PXR24 => 5_u8, - B44 => 6_u8, - B44A => 7_u8, - DWAA(_) => 8_u8, - DWAB(_) => 9_u8, - }.write(write)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - use self::Compression::*; - Ok(match u8::read(read)? { - 0 => Uncompressed, - 1 => RLE, - 2 => ZIP1, - 3 => ZIP16, - 4 => PIZ, - 5 => PXR24, - 6 => B44, - 7 => B44A, - 8 => DWAA(None), - 9 => DWAB(None), - _ => return Err(Error::unsupported("unknown compression method")), - }) - } -} - -impl EnvironmentMap { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { - u8::BYTE_SIZE - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(self, write: &mut W) -> UnitResult { - use self::EnvironmentMap::*; - match self { - LatitudeLongitude => 0_u8, - Cube => 1_u8 - }.write(write)?; - - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - use self::EnvironmentMap::*; - Ok(match u8::read(read)? { - 0 => LatitudeLongitude, - 1 => Cube, - _ => return Err(Error::invalid("environment map attribute value")), - }) - } -} - -impl KeyCode { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { - 6 * i32::BYTE_SIZE - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - self.film_manufacturer_code.write(write)?; - self.film_type.write(write)?; - self.film_roll_prefix.write(write)?; - self.count.write(write)?; - self.perforation_offset.write(write)?; - self.perforations_per_count.write(write)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - Ok(KeyCode { - film_manufacturer_code: i32::read(read)?, - film_type: i32::read(read)?, - film_roll_prefix: i32::read(read)?, - count: i32::read(read)?, - perforation_offset: i32::read(read)?, - perforations_per_frame: i32::read(read)?, - perforations_per_count: i32::read(read)?, - }) - } -} - -impl LineOrder { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { - u8::BYTE_SIZE - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(self, write: &mut W) -> UnitResult { - use self::LineOrder::*; - match self { - Increasing => 0_u8, - Decreasing => 1_u8, - Unspecified => 2_u8, - }.write(write)?; - - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - use self::LineOrder::*; - Ok(match u8::read(read)? { - 0 => Increasing, - 1 => Decreasing, - 2 => Unspecified, - _ => return Err(Error::invalid("line order attribute value")), - }) - } -} - - - - -impl Preview { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size(&self) -> usize { - 2 * u32::BYTE_SIZE + self.pixel_data.len() - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - u32::write(self.size.width() as u32, write)?; - u32::write(self.size.height() as u32, write)?; - - i8::write_slice(write, &self.pixel_data)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - let width = u32::read(read)? as usize; - let height = u32::read(read)? as usize; - - if let Some(pixel_count) = width.checked_mul(height) { - // Multiply by the number of bytes per pixel. - if let Some(byte_count) = pixel_count.checked_mul(4) { - let pixel_data = i8::read_vec( - read, - byte_count, - 1024 * 1024 * 4, - None, - "preview attribute pixel count", - )?; - - let preview = Preview { - size: Vec2(width, height), - pixel_data, - }; - - return Ok(preview); - } - } - - return Err(Error::invalid( - format!("Overflow while calculating preview image Attribute size \ - (width: {}, height: {}).", - width, - height))); - } - - /// Validate this instance. - pub fn validate(&self, strict: bool) -> UnitResult { - if strict && (self.size.area() * 4 != self.pixel_data.len()) { - return Err(Error::invalid("preview dimensions do not match content length")) - } - - Ok(()) - } -} - -impl ::std::fmt::Debug for Preview { - fn fmt(&self, f: &mut ::std::fmt::Formatter<'_>) -> ::std::fmt::Result { - write!(f, "Preview ({}x{} px)", self.size.width(), self.size.height()) - } -} - -impl TileDescription { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { - 2 * u32::BYTE_SIZE + 1 // size x,y + (level mode + rounding mode) - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - u32::write(self.tile_size.width() as u32, write)?; - u32::write(self.tile_size.height() as u32, write)?; - - let level_mode = match self.level_mode { - LevelMode::Singular => 0_u8, - LevelMode::MipMap => 1_u8, - LevelMode::RipMap => 2_u8, - }; - - let rounding_mode = match self.rounding_mode { - RoundingMode::Down => 0_u8, - RoundingMode::Up => 1_u8, - }; - - let mode: u8 = level_mode + (rounding_mode * 16); - mode.write(write)?; - Ok(()) - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - let x_size = u32::read(read)? as usize; - let y_size = u32::read(read)? as usize; - - let mode = u8::read(read)?; - - // wow you really saved that one byte here - // mode = level_mode + (rounding_mode * 16) - let level_mode = mode & 0b00001111; // wow that works - let rounding_mode = mode >> 4; // wow that works - - let level_mode = match level_mode { - 0 => LevelMode::Singular, - 1 => LevelMode::MipMap, - 2 => LevelMode::RipMap, - _ => return Err(Error::invalid("tile description level mode")), - }; - - let rounding_mode = match rounding_mode { - 0 => RoundingMode::Down, - 1 => RoundingMode::Up, - _ => return Err(Error::invalid("tile description rounding mode")), - }; - - Ok(TileDescription { tile_size: Vec2(x_size, y_size), level_mode, rounding_mode, }) - } - - /// Validate this instance. - pub fn validate(&self) -> UnitResult { - let max = i32::MAX as i64 / 2; - - if self.tile_size.width() == 0 || self.tile_size.height() == 0 - || self.tile_size.width() as i64 >= max || self.tile_size.height() as i64 >= max - { - return Err(Error::invalid("tile size")) - } - - Ok(()) - } -} - - -/// Number of bytes this attribute would consume in an exr file. -// TODO instead of pre calculating byte size, write to a tmp buffer whose length is inspected before actually writing? -pub fn byte_size(name: &Text, value: &AttributeValue) -> usize { - name.null_terminated_byte_size() - + value.kind_name().len() + sequence_end::byte_size() - + i32::BYTE_SIZE // serialized byte size - + value.byte_size() -} - -/// Without validation, write this attribute to the byte stream. -pub fn write<W: Write>(name: &[u8], value: &AttributeValue, write: &mut W) -> UnitResult { - Text::write_null_terminated_bytes(name, write)?; - Text::write_null_terminated_bytes(value.kind_name(), write)?; - i32::write(value.byte_size() as i32, write)?; - value.write(write) -} - -/// Read the attribute without validating. The result may be `Ok` even if this single attribute is invalid. -pub fn read(read: &mut PeekRead<impl Read>, max_size: usize) -> Result<(Text, Result<AttributeValue>)> { - let name = Text::read_null_terminated(read, max_size)?; - let kind = Text::read_null_terminated(read, max_size)?; - let size = i32_to_usize(i32::read(read)?, "attribute size")?; - let value = AttributeValue::read(read, kind, size)?; - Ok((name, value)) -} - -/// Validate this attribute. -pub fn validate(name: &Text, value: &AttributeValue, long_names: &mut bool, allow_sampling: bool, data_window: IntegerBounds, strict: bool) -> UnitResult { - name.validate(true, Some(long_names))?; // only name text has length restriction - value.validate(allow_sampling, data_window, strict) // attribute value text length is never restricted -} - - -impl AttributeValue { - - /// Number of bytes this would consume in an exr file. - pub fn byte_size(&self) -> usize { - use self::AttributeValue::*; - - match *self { - IntegerBounds(_) => self::IntegerBounds::byte_size(), - FloatRect(_) => self::FloatRect::byte_size(), - - I32(_) => i32::BYTE_SIZE, - F32(_) => f32::BYTE_SIZE, - F64(_) => f64::BYTE_SIZE, - - Rational(_) => { i32::BYTE_SIZE + u32::BYTE_SIZE }, - TimeCode(_) => self::TimeCode::BYTE_SIZE, - - IntVec2(_) => { 2 * i32::BYTE_SIZE }, - FloatVec2(_) => { 2 * f32::BYTE_SIZE }, - IntVec3(_) => { 3 * i32::BYTE_SIZE }, - FloatVec3(_) => { 3 * f32::BYTE_SIZE }, - - ChannelList(ref channels) => channels.byte_size(), - Chromaticities(_) => self::Chromaticities::byte_size(), - Compression(_) => self::Compression::byte_size(), - EnvironmentMap(_) => self::EnvironmentMap::byte_size(), - - KeyCode(_) => self::KeyCode::byte_size(), - LineOrder(_) => self::LineOrder::byte_size(), - - Matrix3x3(ref value) => value.len() * f32::BYTE_SIZE, - Matrix4x4(ref value) => value.len() * f32::BYTE_SIZE, - - Preview(ref value) => value.byte_size(), - - // attribute value texts never have limited size. - // also, don't serialize size, as it can be inferred from attribute size - Text(ref value) => value.bytes.len(), - - TextVector(ref value) => value.iter().map(self::Text::i32_sized_byte_size).sum(), - TileDescription(_) => self::TileDescription::byte_size(), - Custom { ref bytes, .. } => bytes.len(), - BlockType(ref kind) => kind.byte_size() - } - } - - /// The exr name string of the type that an attribute can have. - pub fn kind_name(&self) -> &[u8] { - use self::AttributeValue::*; - use self::type_names as ty; - - match *self { - IntegerBounds(_) => ty::I32BOX2, - FloatRect(_) => ty::F32BOX2, - I32(_) => ty::I32, - F32(_) => ty::F32, - F64(_) => ty::F64, - Rational(_) => ty::RATIONAL, - TimeCode(_) => ty::TIME_CODE, - IntVec2(_) => ty::I32VEC2, - FloatVec2(_) => ty::F32VEC2, - IntVec3(_) => ty::I32VEC3, - FloatVec3(_) => ty::F32VEC3, - ChannelList(_) => ty::CHANNEL_LIST, - Chromaticities(_) => ty::CHROMATICITIES, - Compression(_) => ty::COMPRESSION, - EnvironmentMap(_) => ty::ENVIRONMENT_MAP, - KeyCode(_) => ty::KEY_CODE, - LineOrder(_) => ty::LINE_ORDER, - Matrix3x3(_) => ty::F32MATRIX3X3, - Matrix4x4(_) => ty::F32MATRIX4X4, - Preview(_) => ty::PREVIEW, - Text(_) => ty::TEXT, - TextVector(_) => ty::TEXT_VECTOR, - TileDescription(_) => ty::TILES, - Custom { ref kind, .. } => &kind.bytes, - BlockType(_) => super::BlockType::TYPE_NAME, - } - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(&self, write: &mut W) -> UnitResult { - use self::AttributeValue::*; - match *self { - IntegerBounds(value) => value.write(write)?, - FloatRect(value) => value.write(write)?, - - I32(value) => value.write(write)?, - F32(value) => value.write(write)?, - F64(value) => value.write(write)?, - - Rational((a, b)) => { a.write(write)?; b.write(write)?; }, - TimeCode(codes) => { codes.write(write)?; }, - - IntVec2(Vec2(x, y)) => { x.write(write)?; y.write(write)?; }, - FloatVec2(Vec2(x, y)) => { x.write(write)?; y.write(write)?; }, - IntVec3((x, y, z)) => { x.write(write)?; y.write(write)?; z.write(write)?; }, - FloatVec3((x, y, z)) => { x.write(write)?; y.write(write)?; z.write(write)?; }, - - ChannelList(ref channels) => channels.write(write)?, - Chromaticities(ref value) => value.write(write)?, - Compression(value) => value.write(write)?, - EnvironmentMap(value) => value.write(write)?, - - KeyCode(value) => value.write(write)?, - LineOrder(value) => value.write(write)?, - - Matrix3x3(mut value) => f32::write_slice(write, &mut value)?, - Matrix4x4(mut value) => f32::write_slice(write, &mut value)?, - - Preview(ref value) => { value.write(write)?; }, - - // attribute value texts never have limited size. - // also, don't serialize size, as it can be inferred from attribute size - Text(ref value) => u8::write_slice(write, value.bytes.as_slice())?, - - TextVector(ref value) => self::Text::write_vec_of_i32_sized_texts(write, value)?, - TileDescription(ref value) => value.write(write)?, - Custom { ref bytes, .. } => u8::write_slice(write, &bytes)?, // write.write(&bytes).map(|_| ()), - BlockType(kind) => kind.write(write)? - }; - - Ok(()) - } - - /// Read the value without validating. - /// Returns `Ok(Ok(attribute))` for valid attributes. - /// Returns `Ok(Err(Error))` for invalid attributes from a valid byte source. - /// Returns `Err(Error)` for invalid byte sources, for example for invalid files. - pub fn read(read: &mut PeekRead<impl Read>, kind: Text, byte_size: usize) -> Result<Result<Self>> { - use self::AttributeValue::*; - use self::type_names as ty; - - // always read bytes - let attribute_bytes = u8::read_vec(read, byte_size, 128, None, "attribute value size")?; - // TODO no allocation for small attributes // : SmallVec<[u8; 64]> = smallvec![0; byte_size]; - - let parse_attribute = move || { - let reader = &mut attribute_bytes.as_slice(); - - Ok(match kind.bytes.as_slice() { - ty::I32BOX2 => IntegerBounds(self::IntegerBounds::read(reader)?), - ty::F32BOX2 => FloatRect(self::FloatRect::read(reader)?), - - ty::I32 => I32(i32::read(reader)?), - ty::F32 => F32(f32::read(reader)?), - ty::F64 => F64(f64::read(reader)?), - - ty::RATIONAL => Rational({ - let a = i32::read(reader)?; - let b = u32::read(reader)?; - (a, b) - }), - - ty::TIME_CODE => TimeCode(self::TimeCode::read(reader)?), - - ty::I32VEC2 => IntVec2({ - let a = i32::read(reader)?; - let b = i32::read(reader)?; - Vec2(a, b) - }), - - ty::F32VEC2 => FloatVec2({ - let a = f32::read(reader)?; - let b = f32::read(reader)?; - Vec2(a, b) - }), - - ty::I32VEC3 => IntVec3({ - let a = i32::read(reader)?; - let b = i32::read(reader)?; - let c = i32::read(reader)?; - (a, b, c) - }), - - ty::F32VEC3 => FloatVec3({ - let a = f32::read(reader)?; - let b = f32::read(reader)?; - let c = f32::read(reader)?; - (a, b, c) - }), - - ty::CHANNEL_LIST => ChannelList(self::ChannelList::read(&mut PeekRead::new(attribute_bytes.as_slice()))?), - ty::CHROMATICITIES => Chromaticities(self::Chromaticities::read(reader)?), - ty::COMPRESSION => Compression(self::Compression::read(reader)?), - ty::ENVIRONMENT_MAP => EnvironmentMap(self::EnvironmentMap::read(reader)?), - - ty::KEY_CODE => KeyCode(self::KeyCode::read(reader)?), - ty::LINE_ORDER => LineOrder(self::LineOrder::read(reader)?), - - ty::F32MATRIX3X3 => Matrix3x3({ - let mut result = [0.0_f32; 9]; - f32::read_slice(reader, &mut result)?; - result - }), - - ty::F32MATRIX4X4 => Matrix4x4({ - let mut result = [0.0_f32; 16]; - f32::read_slice(reader, &mut result)?; - result - }), - - ty::PREVIEW => Preview(self::Preview::read(reader)?), - ty::TEXT => Text(self::Text::read_sized(reader, byte_size)?), - - // the number of strings can be inferred from the total attribute size - ty::TEXT_VECTOR => TextVector(self::Text::read_vec_of_i32_sized( - &mut PeekRead::new(attribute_bytes.as_slice()), - byte_size - )?), - - ty::TILES => TileDescription(self::TileDescription::read(reader)?), - - _ => Custom { kind: kind.clone(), bytes: attribute_bytes.clone() } // TODO no clone - }) - }; - - Ok(parse_attribute()) - } - - /// Validate this instance. - pub fn validate(&self, allow_sampling: bool, data_window: IntegerBounds, strict: bool) -> UnitResult { - use self::AttributeValue::*; - - match *self { - ChannelList(ref channels) => channels.validate(allow_sampling, data_window, strict)?, - TileDescription(ref value) => value.validate()?, - Preview(ref value) => value.validate(strict)?, - TimeCode(ref time_code) => time_code.validate(strict)?, - - TextVector(ref vec) => if strict && vec.is_empty() { - return Err(Error::invalid("text vector may not be empty")) - }, - - _ => {} - }; - - Ok(()) - } - - - /// Return `Ok(i32)` if this attribute is an i32. - pub fn to_i32(&self) -> Result<i32> { - match *self { - AttributeValue::I32(value) => Ok(value), - _ => Err(invalid_type()) - } - } - - /// Return `Ok(f32)` if this attribute is an f32. - pub fn to_f32(&self) -> Result<f32> { - match *self { - AttributeValue::F32(value) => Ok(value), - _ => Err(invalid_type()) - } - } - - /// Return `Ok(Text)` if this attribute is a text. - pub fn into_text(self) -> Result<Text> { - match self { - AttributeValue::Text(value) => Ok(value), - _ => Err(invalid_type()) - } - } - - /// Return `Ok(Text)` if this attribute is a text. - pub fn to_text(&self) -> Result<&Text> { - match self { - AttributeValue::Text(value) => Ok(value), - _ => Err(invalid_type()) - } - } - - /// Return `Ok(Chromaticities)` if this attribute is a chromaticities attribute. - pub fn to_chromaticities(&self) -> Result<Chromaticities> { - match *self { - AttributeValue::Chromaticities(value) => Ok(value), - _ => Err(invalid_type()) - } - } - - /// Return `Ok(TimeCode)` if this attribute is a time code. - pub fn to_time_code(&self) -> Result<TimeCode> { - match *self { - AttributeValue::TimeCode(value) => Ok(value), - _ => Err(invalid_type()) - } - } -} - - - -/// Contains string literals identifying the type of an attribute. -pub mod type_names { - macro_rules! define_attribute_type_names { - ( $($name: ident : $value: expr),* ) => { - $( - /// The byte-string name of this attribute type as it appears in an exr file. - pub const $name: &'static [u8] = $value; - )* - }; - } - - define_attribute_type_names! { - I32BOX2: b"box2i", - F32BOX2: b"box2f", - I32: b"int", - F32: b"float", - F64: b"double", - RATIONAL: b"rational", - TIME_CODE: b"timecode", - I32VEC2: b"v2i", - F32VEC2: b"v2f", - I32VEC3: b"v3i", - F32VEC3: b"v3f", - CHANNEL_LIST: b"chlist", - CHROMATICITIES: b"chromaticities", - COMPRESSION: b"compression", - ENVIRONMENT_MAP:b"envmap", - KEY_CODE: b"keycode", - LINE_ORDER: b"lineOrder", - F32MATRIX3X3: b"m33f", - F32MATRIX4X4: b"m44f", - PREVIEW: b"preview", - TEXT: b"string", - TEXT_VECTOR: b"stringvector", - TILES: b"tiledesc" - } -} - - -#[cfg(test)] -mod test { - use super::*; - use ::std::io::Cursor; - use rand::{random, thread_rng, Rng}; - - #[test] - fn text_ord() { - for _ in 0..1024 { - let text1 = Text::from_bytes_unchecked((0..4).map(|_| rand::random::<u8>()).collect()); - let text2 = Text::from_bytes_unchecked((0..4).map(|_| rand::random::<u8>()).collect()); - - assert_eq!(text1.to_string().cmp(&text2.to_string()), text1.cmp(&text2), "in text {:?} vs {:?}", text1, text2); - } - } - - #[test] - fn rounding_up(){ - let round_up = RoundingMode::Up; - assert_eq!(round_up.divide(10, 10), 1, "divide equal"); - assert_eq!(round_up.divide(10, 2), 5, "divide even"); - assert_eq!(round_up.divide(10, 5), 2, "divide even"); - - assert_eq!(round_up.divide(8, 5), 2, "round up"); - assert_eq!(round_up.divide(10, 3), 4, "round up"); - assert_eq!(round_up.divide(100, 50), 2, "divide even"); - assert_eq!(round_up.divide(100, 49), 3, "round up"); - } - - #[test] - fn rounding_down(){ - let round_down = RoundingMode::Down; - assert_eq!(round_down.divide(8, 5), 1, "round down"); - assert_eq!(round_down.divide(10, 3), 3, "round down"); - assert_eq!(round_down.divide(100, 50), 2, "divide even"); - assert_eq!(round_down.divide(100, 49), 2, "round down"); - assert_eq!(round_down.divide(100, 51), 1, "round down"); - } - - #[test] - fn tile_description_write_read_roundtrip(){ - let tiles = [ - TileDescription { - tile_size: Vec2(31, 7), - level_mode: LevelMode::MipMap, - rounding_mode: RoundingMode::Down, - }, - - TileDescription { - tile_size: Vec2(0, 0), - level_mode: LevelMode::Singular, - rounding_mode: RoundingMode::Up, - }, - - TileDescription { - tile_size: Vec2(4294967294, 4294967295), - level_mode: LevelMode::RipMap, - rounding_mode: RoundingMode::Down, - }, - ]; - - for tile in &tiles { - let mut bytes = Vec::new(); - tile.write(&mut bytes).unwrap(); - - let new_tile = TileDescription::read(&mut Cursor::new(bytes)).unwrap(); - assert_eq!(*tile, new_tile, "tile round trip"); - } - } - - #[test] - fn attribute_write_read_roundtrip_and_byte_size(){ - let attributes = [ - ( - Text::from("greeting"), - AttributeValue::Text(Text::from("hello")), - ), - ( - Text::from("age"), - AttributeValue::I32(923), - ), - ( - Text::from("leg count"), - AttributeValue::F64(9.114939599234), - ), - ( - Text::from("rabbit area"), - AttributeValue::FloatRect(FloatRect { - min: Vec2(23.4234, 345.23), - max: Vec2(68623.0, 3.12425926538), - }), - ), - ( - Text::from("rabbit area int"), - AttributeValue::IntegerBounds(IntegerBounds { - position: Vec2(23, 345), - size: Vec2(68623, 3), - }), - ), - ( - Text::from("rabbit area int"), - AttributeValue::IntegerBounds(IntegerBounds { - position: Vec2(-(i32::MAX / 2 - 1), -(i32::MAX / 2 - 1)), - size: Vec2(i32::MAX as usize - 2, i32::MAX as usize - 2), - }), - ), - ( - Text::from("rabbit area int 2"), - AttributeValue::IntegerBounds(IntegerBounds { - position: Vec2(0, 0), - size: Vec2(i32::MAX as usize / 2 - 1, i32::MAX as usize / 2 - 1), - }), - ), - ( - Text::from("tests are difficult"), - AttributeValue::TextVector(vec![ - Text::from("sdoifjpsdv"), - Text::from("sdoifjpsdvxxxx"), - Text::from("sdoifjasd"), - Text::from("sdoifj"), - Text::from("sdoifjddddddddasdasd"), - ]), - ), - ( - Text::from("what should we eat tonight"), - AttributeValue::Preview(Preview { - size: Vec2(10, 30), - pixel_data: vec![31; 10 * 30 * 4], - }), - ), - ( - Text::from("leg count, again"), - AttributeValue::ChannelList(ChannelList::new(smallvec![ - ChannelDescription { - name: Text::from("Green"), - sample_type: SampleType::F16, - quantize_linearly: false, - sampling: Vec2(1,2) - }, - ChannelDescription { - name: Text::from("Red"), - sample_type: SampleType::F32, - quantize_linearly: true, - sampling: Vec2(1,2) - }, - ChannelDescription { - name: Text::from("Purple"), - sample_type: SampleType::U32, - quantize_linearly: false, - sampling: Vec2(0,0) - } - ], - )), - ), - ]; - - for (name, value) in &attributes { - let mut bytes = Vec::new(); - super::write(name.as_slice(), value, &mut bytes).unwrap(); - assert_eq!(super::byte_size(name, value), bytes.len(), "attribute.byte_size() for {:?}", (name, value)); - - let new_attribute = super::read(&mut PeekRead::new(Cursor::new(bytes)), 300).unwrap(); - assert_eq!((name.clone(), value.clone()), (new_attribute.0, new_attribute.1.unwrap()), "attribute round trip"); - } - - - { - let (name, value) = ( - Text::from("asdkaspfokpaosdkfpaokswdpoakpsfokaposdkf"), - AttributeValue::I32(0), - ); - - let mut long_names = false; - super::validate(&name, &value, &mut long_names, false, IntegerBounds::zero(), false).unwrap(); - assert!(long_names); - } - - { - let (name, value) = ( - Text::from("sdöksadöofkaspdolkpöasolfkcöalsod,kfcöaslodkcpöasolkfposdöksadöofkaspdolkpöasolfkcöalsod,kfcöaslodkcpöasolkfposdöksadöofkaspdolkpöasolfkcöalsod,kfcöaslodkcpöasolkfposdöksadöofkaspdolkpöasolfkcöalsod,kfcöaslodkcpöasolkfposdöksadöofkaspdolkpöasolfkcöalsod,kfcöaslodkcpöasolkfposdöksadöofkaspdolkpöasolfkcöalsod,kfcöaslodkcpöasolkfpo"), - AttributeValue::I32(0), - ); - - super::validate(&name, &value, &mut false, false, IntegerBounds::zero(), false).expect_err("name length check failed"); - } - } - - #[test] - fn time_code_pack(){ - let mut rng = thread_rng(); - - let codes = std::iter::repeat_with(|| TimeCode { - hours: rng.gen_range(0 .. 24), - minutes: rng.gen_range(0 .. 60), - seconds: rng.gen_range(0 .. 60), - frame: rng.gen_range(0 .. 29), - drop_frame: random(), - color_frame: random(), - field_phase: random(), - binary_group_flags: [random(),random(),random()], - binary_groups: std::iter::repeat_with(|| rng.gen_range(0 .. 16)).take(8) - .collect::<SmallVec<[u8;8]>>().into_inner().unwrap() - }); - - for code in codes.take(500) { - code.validate(true).expect("invalid timecode test input"); - - { // through tv60 packing, roundtrip - let packed_tv60 = code.pack_time_as_tv60_u32().expect("invalid timecode test input"); - let packed_user = code.pack_user_data_as_u32(); - assert_eq!(TimeCode::from_tv60_time(packed_tv60, packed_user), code); - } - - { // through bytes, roundtrip - let mut bytes = Vec::<u8>::new(); - code.write(&mut bytes).unwrap(); - let decoded = TimeCode::read(&mut bytes.as_slice()).unwrap(); - assert_eq!(code, decoded); - } - - { - let tv50_code = TimeCode { - drop_frame: false, // apparently, tv50 does not support drop frame, so do not use this value - .. code - }; - - let packed_tv50 = code.pack_time_as_tv50_u32().expect("invalid timecode test input"); - let packed_user = code.pack_user_data_as_u32(); - assert_eq!(TimeCode::from_tv50_time(packed_tv50, packed_user), tv50_code); - } - - { - let film24_code = TimeCode { - // apparently, film24 does not support some flags, so do not use those values - color_frame: false, - drop_frame: false, - .. code - }; - - let packed_film24 = code.pack_time_as_film24_u32().expect("invalid timecode test input"); - let packed_user = code.pack_user_data_as_u32(); - assert_eq!(TimeCode::from_film24_time(packed_film24, packed_user), film24_code); - } - } - } - -} diff --git a/vendor/exr/src/meta/header.rs b/vendor/exr/src/meta/header.rs deleted file mode 100644 index b322b18..0000000 --- a/vendor/exr/src/meta/header.rs +++ /dev/null @@ -1,1197 +0,0 @@ - -//! Contains collections of common attributes. -//! Defines some data types that list all standard attributes. - -use std::collections::HashMap; -use crate::meta::attribute::*; // FIXME shouldn't this need some more imports???? -use crate::meta::*; -use crate::math::Vec2; - -// TODO rename header to LayerDescription! - -/// Describes a single layer in a file. -/// A file can have any number of layers. -/// The meta data contains one header per layer. -#[derive(Clone, Debug, PartialEq)] -pub struct Header { - - /// List of channels in this layer. - pub channels: ChannelList, - - /// How the pixel data of all channels in this layer is compressed. May be `Compression::Uncompressed`. - pub compression: Compression, - - /// Describes how the pixels of this layer are divided into smaller blocks. - /// A single block can be loaded without processing all bytes of a file. - /// - /// Also describes whether a file contains multiple resolution levels: mip maps or rip maps. - /// This allows loading not the full resolution, but the smallest sensible resolution. - // - // Required if file contains deep data or multiple layers. - // Note: This value must agree with the version field's tile bit and deep data bit. - // In this crate, this attribute will always have a value, for simplicity. - pub blocks: BlockDescription, - - /// In what order the tiles of this header occur in the file. - pub line_order: LineOrder, - - /// The resolution of this layer. Equivalent to the size of the `DataWindow`. - pub layer_size: Vec2<usize>, - - /// Whether this layer contains deep data. - pub deep: bool, - - /// This library supports only deep data version 1. - pub deep_data_version: Option<i32>, - - /// Number of chunks, that is, scan line blocks or tiles, that this image has been divided into. - /// This number is calculated once at the beginning - /// of the read process or when creating a header object. - /// - /// This value includes all chunks of all resolution levels. - /// - /// - /// __Warning__ - /// _This value is relied upon. You should probably use `Header::with_encoding`, - /// which automatically updates the chunk count._ - pub chunk_count: usize, - - // Required for deep data (deepscanline and deeptile) layers. - // Note: Since the value of "maxSamplesPerPixel" - // maybe be unknown at the time of opening the - // file, the value “ -1 ” is written to the file to - // indicate an unknown value. When the file is - // closed, this will be overwritten with the correct value. - // If file writing does not complete - // correctly due to an error, the value -1 will - // remain. In this case, the value must be derived - // by decoding each chunk in the layer - /// Maximum number of samples in a single pixel in a deep image. - pub max_samples_per_pixel: Option<usize>, - - /// Includes mandatory fields like pixel aspect or display window - /// which must be the same for all layers. - pub shared_attributes: ImageAttributes, - - /// Does not include the attributes required for reading the file contents. - /// Excludes standard fields that must be the same for all headers. - pub own_attributes: LayerAttributes, -} - -/// Includes mandatory fields like pixel aspect or display window -/// which must be the same for all layers. -/// For more attributes, see struct `LayerAttributes`. -#[derive(Clone, PartialEq, Debug)] -pub struct ImageAttributes { - - /// The rectangle anywhere in the global infinite 2D space - /// that clips all contents of the file. - pub display_window: IntegerBounds, - - /// Aspect ratio of each pixel in this header. - pub pixel_aspect: f32, - - /// The chromaticities attribute of the image. See the `Chromaticities` type. - pub chromaticities: Option<Chromaticities>, - - /// The time code of the image. - pub time_code: Option<TimeCode>, - - /// Contains custom attributes. - /// Does not contain the attributes already present in the `ImageAttributes`. - /// Contains only attributes that are standardized to be the same for all headers: chromaticities and time codes. - pub other: HashMap<Text, AttributeValue>, -} - -/// Does not include the attributes required for reading the file contents. -/// Excludes standard fields that must be the same for all headers. -/// For more attributes, see struct `ImageAttributes`. -#[derive(Clone, PartialEq)] -pub struct LayerAttributes { - - /// The name of this layer. - /// Required if this file contains deep data or multiple layers. - // As this is an attribute value, it is not restricted in length, may even be empty - pub layer_name: Option<Text>, - - /// The top left corner of the rectangle that positions this layer - /// within the global infinite 2D space of the whole file. - /// This represents the position of the `DataWindow`. - pub layer_position: Vec2<i32>, - - /// Part of the perspective projection. Default should be `(0, 0)`. - // TODO same for all layers? - pub screen_window_center: Vec2<f32>, - - // TODO same for all layers? - /// Part of the perspective projection. Default should be `1`. - pub screen_window_width: f32, - - /// The white luminance of the colors. - /// Defines the luminance in candelas per square meter, Nits, of the rgb value `(1, 1, 1)`. - // If the chromaticities and the whiteLuminance of an RGB image are - // known, then it is possible to convert the image's pixels from RGB - // to CIE XYZ tristimulus values (see function RGBtoXYZ() in header - // file ImfChromaticities.h). - pub white_luminance: Option<f32>, - - /// The adopted neutral of the colors. Specifies the CIE (x,y) frequency coordinates that should - /// be considered neutral during color rendering. Pixels in the image - /// whose CIE (x,y) frequency coordinates match the adopted neutral value should - /// be mapped to neutral values on the given display. - pub adopted_neutral: Option<Vec2<f32>>, - - /// Name of the color transform function that is applied for rendering the image. - pub rendering_transform_name: Option<Text>, - - /// Name of the color transform function that computes the look modification of the image. - pub look_modification_transform_name: Option<Text>, - - /// The horizontal density, in pixels per inch. - /// The image's vertical output density can be computed using `horizontal_density * pixel_aspect_ratio`. - pub horizontal_density: Option<f32>, - - /// Name of the owner. - pub owner: Option<Text>, - - /// Additional textual information. - pub comments: Option<Text>, - - /// The date of image creation, in `YYYY:MM:DD hh:mm:ss` format. - // TODO parse! - pub capture_date: Option<Text>, - - /// Time offset from UTC. - pub utc_offset: Option<f32>, - - /// Geographical image location. - pub longitude: Option<f32>, - - /// Geographical image location. - pub latitude: Option<f32>, - - /// Geographical image location. - pub altitude: Option<f32>, - - /// Camera focus in meters. - pub focus: Option<f32>, - - /// Exposure time in seconds. - pub exposure: Option<f32>, - - /// Camera aperture measured in f-stops. Equals the focal length - /// of the lens divided by the diameter of the iris opening. - pub aperture: Option<f32>, - - /// Iso-speed of the camera sensor. - pub iso_speed: Option<f32>, - - /// If this is an environment map, specifies how to interpret it. - pub environment_map: Option<EnvironmentMap>, - - /// Identifies film manufacturer, film type, film roll and frame position within the roll. - pub film_key_code: Option<KeyCode>, - - /// Specifies how texture map images are extrapolated. - /// Values can be `black`, `clamp`, `periodic`, or `mirror`. - pub wrap_mode_name: Option<Text>, - - /// Frames per second if this is a frame in a sequence. - pub frames_per_second: Option<Rational>, - - /// Specifies the view names for multi-view, for example stereo, image files. - pub multi_view_names: Option<Vec<Text>>, - - /// The matrix that transforms 3D points from the world to the camera coordinate space. - /// Left-handed coordinate system, y up, z forward. - pub world_to_camera: Option<Matrix4x4>, - - /// The matrix that transforms 3D points from the world to the "Normalized Device Coordinate" space. - /// Left-handed coordinate system, y up, z forward. - pub world_to_normalized_device: Option<Matrix4x4>, - - /// Specifies whether the pixels in a deep image are sorted and non-overlapping. - pub deep_image_state: Option<Rational>, - - /// If the image was cropped, contains the original data window. - pub original_data_window: Option<IntegerBounds>, - - /// An 8-bit rgba image representing the rendered image. - pub preview: Option<Preview>, - - /// Name of the view, which is typically either `"right"` or `"left"` for a stereoscopic image. - pub view_name: Option<Text>, - - /// The name of the software that produced this image. - pub software_name: Option<Text>, - - /// The near clip plane of the virtual camera projection. - pub near_clip_plane: Option<f32>, - - /// The far clip plane of the virtual camera projection. - pub far_clip_plane: Option<f32>, - - /// The field of view angle, along the horizontal axis, in degrees. - pub horizontal_field_of_view: Option<f32>, - - /// The field of view angle, along the horizontal axis, in degrees. - pub vertical_field_of_view: Option<f32>, - - /// Contains custom attributes. - /// Does not contain the attributes already present in the `Header` or `LayerAttributes` struct. - /// Does not contain attributes that are standardized to be the same for all layers: no chromaticities and no time codes. - pub other: HashMap<Text, AttributeValue>, -} - - -impl LayerAttributes { - - /// Create default layer attributes with a data position of zero. - pub fn named(layer_name: impl Into<Text>) -> Self { - Self { - layer_name: Some(layer_name.into()), - .. Self::default() - } - } - - /// Set the data position of this layer. - pub fn with_position(self, data_position: Vec2<i32>) -> Self { - Self { layer_position: data_position, ..self } - } - - /// Set all common camera projection attributes at once. - pub fn with_camera_frustum( - self, - world_to_camera: Matrix4x4, - world_to_normalized_device: Matrix4x4, - field_of_view: impl Into<Vec2<f32>>, - depth_clip_range: std::ops::Range<f32>, - ) -> Self - { - let fov = field_of_view.into(); - - Self { - world_to_normalized_device: Some(world_to_normalized_device), - world_to_camera: Some(world_to_camera), - horizontal_field_of_view: Some(fov.x()), - vertical_field_of_view: Some(fov.y()), - near_clip_plane: Some(depth_clip_range.start), - far_clip_plane: Some(depth_clip_range.end), - ..self - } - } -} - -impl ImageAttributes { - - /// Set the display position and size of this image. - pub fn new(display_window: IntegerBounds) -> Self { - Self { - pixel_aspect: 1.0, - chromaticities: None, - time_code: None, - other: Default::default(), - display_window, - } - } - - /// Set the display position to zero and use the specified size for this image. - pub fn with_size(size: impl Into<Vec2<usize>>) -> Self { - Self::new(IntegerBounds::from_dimensions(size)) - } -} - - - - -impl Header { - - /// Create a new Header with the specified name, display window and channels. - /// Use `Header::with_encoding` and the similar methods to add further properties to the header. - /// - /// The other settings are left to their default values: - /// - RLE compression - /// - display window equal to data window - /// - tiles (64 x 64 px) - /// - unspecified line order - /// - no custom attributes - pub fn new(name: Text, data_size: impl Into<Vec2<usize>>, channels: SmallVec<[ChannelDescription; 5]>) -> Self { - let data_size: Vec2<usize> = data_size.into(); - - let compression = Compression::RLE; - let blocks = BlockDescription::Tiles(TileDescription { - tile_size: Vec2(64, 64), - level_mode: LevelMode::Singular, - rounding_mode: RoundingMode::Down - }); - - Self { - layer_size: data_size, - compression, - blocks, - - channels: ChannelList::new(channels), - line_order: LineOrder::Unspecified, - - shared_attributes: ImageAttributes::with_size(data_size), - own_attributes: LayerAttributes::named(name), - - chunk_count: compute_chunk_count(compression, data_size, blocks), - - deep: false, - deep_data_version: None, - max_samples_per_pixel: None, - } - } - - /// Set the display window, that is, the global clipping rectangle. - /// __Must be the same for all headers of a file.__ - pub fn with_display_window(mut self, display_window: IntegerBounds) -> Self { - self.shared_attributes.display_window = display_window; - self - } - - /// Set the offset of this layer. - pub fn with_position(mut self, position: Vec2<i32>) -> Self { - self.own_attributes.layer_position = position; - self - } - - /// Set compression, tiling, and line order. Automatically computes chunk count. - pub fn with_encoding(self, compression: Compression, blocks: BlockDescription, line_order: LineOrder) -> Self { - Self { - chunk_count: compute_chunk_count(compression, self.layer_size, blocks), - compression, blocks, line_order, - .. self - } - } - - /// Set **all** attributes of the header that are not shared with all other headers in the image. - pub fn with_attributes(self, own_attributes: LayerAttributes) -> Self { - Self { own_attributes, .. self } - } - - /// Set **all** attributes of the header that are shared with all other headers in the image. - pub fn with_shared_attributes(self, shared_attributes: ImageAttributes) -> Self { - Self { shared_attributes, .. self } - } - - /// Iterate over all blocks, in the order specified by the headers line order attribute. - /// Unspecified line order is treated as increasing line order. - /// Also enumerates the index of each block in the header, as if it were sorted in increasing line order. - pub fn enumerate_ordered_blocks(&self) -> impl Iterator<Item=(usize, TileIndices)> + Send { - let increasing_y = self.blocks_increasing_y_order().enumerate(); - - // TODO without box? - let ordered: Box<dyn Send + Iterator<Item=(usize, TileIndices)>> = { - if self.line_order == LineOrder::Decreasing { Box::new(increasing_y.rev()) } - else { Box::new(increasing_y) } - }; - - ordered - } - - /*/// Iterate over all blocks, in the order specified by the headers line order attribute. - /// Also includes an index of the block if it were `LineOrder::Increasing`, starting at zero for this header. - pub fn enumerate_ordered_blocks(&self) -> impl Iterator<Item = (usize, TileIndices)> + Send { - let increasing_y = self.blocks_increasing_y_order().enumerate(); - - let ordered: Box<dyn Send + Iterator<Item = (usize, TileIndices)>> = { - if self.line_order == LineOrder::Decreasing { - Box::new(increasing_y.rev()) // TODO without box? - } - else { - Box::new(increasing_y) - } - }; - - ordered - }*/ - - /// Iterate over all tile indices in this header in `LineOrder::Increasing` order. - pub fn blocks_increasing_y_order(&self) -> impl Iterator<Item = TileIndices> + ExactSizeIterator + DoubleEndedIterator { - fn tiles_of(image_size: Vec2<usize>, tile_size: Vec2<usize>, level_index: Vec2<usize>) -> impl Iterator<Item=TileIndices> { - fn divide_and_rest(total_size: usize, block_size: usize) -> impl Iterator<Item=(usize, usize)> { - let block_count = compute_block_count(total_size, block_size); - (0..block_count).map(move |block_index| ( - block_index, calculate_block_size(total_size, block_size, block_index).expect("block size calculation bug") - )) - } - - divide_and_rest(image_size.height(), tile_size.height()).flat_map(move |(y_index, tile_height)|{ - divide_and_rest(image_size.width(), tile_size.width()).map(move |(x_index, tile_width)|{ - TileIndices { - size: Vec2(tile_width, tile_height), - location: TileCoordinates { tile_index: Vec2(x_index, y_index), level_index, }, - } - }) - }) - } - - let vec: Vec<TileIndices> = { - if let BlockDescription::Tiles(tiles) = self.blocks { - match tiles.level_mode { - LevelMode::Singular => { - tiles_of(self.layer_size, tiles.tile_size, Vec2(0, 0)).collect() - }, - LevelMode::MipMap => { - mip_map_levels(tiles.rounding_mode, self.layer_size) - .flat_map(move |(level_index, level_size)|{ - tiles_of(level_size, tiles.tile_size, Vec2(level_index, level_index)) - }) - .collect() - }, - LevelMode::RipMap => { - rip_map_levels(tiles.rounding_mode, self.layer_size) - .flat_map(move |(level_index, level_size)| { - tiles_of(level_size, tiles.tile_size, level_index) - }) - .collect() - } - } - } - else { - let tiles = Vec2(self.layer_size.0, self.compression.scan_lines_per_block()); - tiles_of(self.layer_size, tiles, Vec2(0, 0)).collect() - } - }; - - vec.into_iter() // TODO without collect - } - - /* TODO - /// The block indices of this header, ordered as they would appear in the file. - pub fn ordered_block_indices<'s>(&'s self, layer_index: usize) -> impl 's + Iterator<Item=BlockIndex> { - self.enumerate_ordered_blocks().map(|(chunk_index, tile)|{ - let data_indices = self.get_absolute_block_pixel_coordinates(tile.location).expect("tile coordinate bug"); - - BlockIndex { - layer: layer_index, - level: tile.location.level_index, - pixel_position: data_indices.position.to_usize("data indices start").expect("data index bug"), - pixel_size: data_indices.size, - } - }) - }*/ - - // TODO reuse this function everywhere - /// The default pixel resolution of a single block (tile or scan line block). - /// Not all blocks have this size, because they may be cutoff at the end of the image. - pub fn max_block_pixel_size(&self) -> Vec2<usize> { - match self.blocks { - BlockDescription::ScanLines => Vec2(self.layer_size.0, self.compression.scan_lines_per_block()), - BlockDescription::Tiles(tiles) => tiles.tile_size, - } - } - - /// Calculate the position of a block in the global infinite 2D space of a file. May be negative. - pub fn get_block_data_window_pixel_coordinates(&self, tile: TileCoordinates) -> Result<IntegerBounds> { - let data = self.get_absolute_block_pixel_coordinates(tile)?; - Ok(data.with_origin(self.own_attributes.layer_position)) - } - - /// Calculate the pixel index rectangle inside this header. Is not negative. Starts at `0`. - pub fn get_absolute_block_pixel_coordinates(&self, tile: TileCoordinates) -> Result<IntegerBounds> { - if let BlockDescription::Tiles(tiles) = self.blocks { - let Vec2(data_width, data_height) = self.layer_size; - - let data_width = compute_level_size(tiles.rounding_mode, data_width, tile.level_index.x()); - let data_height = compute_level_size(tiles.rounding_mode, data_height, tile.level_index.y()); - let absolute_tile_coordinates = tile.to_data_indices(tiles.tile_size, Vec2(data_width, data_height))?; - - if absolute_tile_coordinates.position.x() as i64 >= data_width as i64 || absolute_tile_coordinates.position.y() as i64 >= data_height as i64 { - return Err(Error::invalid("data block tile index")) - } - - Ok(absolute_tile_coordinates) - } - else { // this is a scanline image - debug_assert_eq!(tile.tile_index.0, 0, "block index calculation bug"); - - let (y, height) = calculate_block_position_and_size( - self.layer_size.height(), - self.compression.scan_lines_per_block(), - tile.tile_index.y() - )?; - - Ok(IntegerBounds { - position: Vec2(0, usize_to_i32(y)), - size: Vec2(self.layer_size.width(), height) - }) - } - - // TODO deep data? - } - - /// Return the tile index, converting scan line block coordinates to tile indices. - /// Starts at `0` and is not negative. - pub fn get_block_data_indices(&self, block: &CompressedBlock) -> Result<TileCoordinates> { - Ok(match block { - CompressedBlock::Tile(ref tile) => { - tile.coordinates - }, - - CompressedBlock::ScanLine(ref block) => { - let size = self.compression.scan_lines_per_block() as i32; - - let diff = block.y_coordinate.checked_sub(self.own_attributes.layer_position.y()).ok_or(Error::invalid("invalid header"))?; - let y = diff.checked_div(size).ok_or(Error::invalid("invalid header"))?; - - if y < 0 { - return Err(Error::invalid("scan block y coordinate")); - } - - TileCoordinates { - tile_index: Vec2(0, y as usize), - level_index: Vec2(0, 0) - } - }, - - _ => return Err(Error::unsupported("deep data not supported yet")) - }) - } - - /// Computes the absolute tile coordinate data indices, which start at `0`. - pub fn get_scan_line_block_tile_coordinates(&self, block_y_coordinate: i32) -> Result<TileCoordinates> { - let size = self.compression.scan_lines_per_block() as i32; - - let diff = block_y_coordinate.checked_sub(self.own_attributes.layer_position.1).ok_or(Error::invalid("invalid header"))?; - let y = diff.checked_div(size).ok_or(Error::invalid("invalid header"))?; - - if y < 0 { - return Err(Error::invalid("scan block y coordinate")); - } - - Ok(TileCoordinates { - tile_index: Vec2(0, y as usize), - level_index: Vec2(0, 0) - }) - } - - /// Maximum byte length of an uncompressed or compressed block, used for validation. - pub fn max_block_byte_size(&self) -> usize { - self.channels.bytes_per_pixel * match self.blocks { - BlockDescription::Tiles(tiles) => tiles.tile_size.area(), - BlockDescription::ScanLines => self.compression.scan_lines_per_block() * self.layer_size.width() - // TODO What about deep data??? - } - } - - /// Returns the number of bytes that the pixels of this header will require - /// when stored without compression. Respects multi-resolution levels and subsampling. - pub fn total_pixel_bytes(&self) -> usize { - assert!(!self.deep); - - let pixel_count_of_levels = |size: Vec2<usize>| -> usize { - match self.blocks { - BlockDescription::ScanLines => size.area(), - BlockDescription::Tiles(tile_description) => match tile_description.level_mode { - LevelMode::Singular => size.area(), - - LevelMode::MipMap => mip_map_levels(tile_description.rounding_mode, size) - .map(|(_, size)| size.area()).sum(), - - LevelMode::RipMap => rip_map_levels(tile_description.rounding_mode, size) - .map(|(_, size)| size.area()).sum(), - } - } - }; - - self.channels.list.iter() - .map(|channel: &ChannelDescription| - pixel_count_of_levels(channel.subsampled_resolution(self.layer_size)) * channel.sample_type.bytes_per_sample() - ) - .sum() - - } - - /// Approximates the maximum number of bytes that the pixels of this header will consume in a file. - /// Due to compression, the actual byte size may be smaller. - pub fn max_pixel_file_bytes(&self) -> usize { - assert!(!self.deep); - - self.chunk_count * 64 // at most 64 bytes overhead for each chunk (header index, tile description, chunk size, and more) - + self.total_pixel_bytes() - } - - /// Validate this instance. - pub fn validate(&self, is_multilayer: bool, long_names: &mut bool, strict: bool) -> UnitResult { - - self.data_window().validate(None)?; - self.shared_attributes.display_window.validate(None)?; - - if strict { - if is_multilayer { - if self.own_attributes.layer_name.is_none() { - return Err(missing_attribute("layer name for multi layer file")); - } - } - - if self.blocks == BlockDescription::ScanLines && self.line_order == LineOrder::Unspecified { - return Err(Error::invalid("unspecified line order in scan line images")); - } - - if self.layer_size == Vec2(0, 0) { - return Err(Error::invalid("empty data window")); - } - - if self.shared_attributes.display_window.size == Vec2(0,0) { - return Err(Error::invalid("empty display window")); - } - - if !self.shared_attributes.pixel_aspect.is_normal() || self.shared_attributes.pixel_aspect < 1.0e-6 || self.shared_attributes.pixel_aspect > 1.0e6 { - return Err(Error::invalid("pixel aspect ratio")); - } - - if self.own_attributes.screen_window_width < 0.0 { - return Err(Error::invalid("screen window width")); - } - } - - let allow_subsampling = !self.deep && self.blocks == BlockDescription::ScanLines; - self.channels.validate(allow_subsampling, self.data_window(), strict)?; - - for (name, value) in &self.shared_attributes.other { - attribute::validate(name, value, long_names, allow_subsampling, self.data_window(), strict)?; - } - - for (name, value) in &self.own_attributes.other { - attribute::validate(name, value, long_names, allow_subsampling, self.data_window(), strict)?; - } - - // this is only to check whether someone tampered with our precious values, to avoid writing an invalid file - if self.chunk_count != compute_chunk_count(self.compression, self.layer_size, self.blocks) { - return Err(Error::invalid("chunk count attribute")); // TODO this may be an expensive check? - } - - // check if attribute names appear twice - if strict { - for (name, _) in &self.shared_attributes.other { - if self.own_attributes.other.contains_key(name) { - return Err(Error::invalid(format!("duplicate attribute name: `{}`", name))); - } - } - - for &reserved in header::standard_names::ALL.iter() { - let name = Text::from_bytes_unchecked(SmallVec::from_slice(reserved)); - if self.own_attributes.other.contains_key(&name) || self.shared_attributes.other.contains_key(&name) { - return Err(Error::invalid(format!( - "attribute name `{}` is reserved and cannot be custom", - Text::from_bytes_unchecked(reserved.into()) - ))); - } - } - } - - if self.deep { - if strict { - if self.own_attributes.layer_name.is_none() { - return Err(missing_attribute("layer name for deep file")); - } - - if self.max_samples_per_pixel.is_none() { - return Err(Error::invalid("missing max samples per pixel attribute for deepdata")); - } - } - - match self.deep_data_version { - Some(1) => {}, - Some(_) => return Err(Error::unsupported("deep data version")), - None => return Err(missing_attribute("deep data version")), - } - - if !self.compression.supports_deep_data() { - return Err(Error::invalid("compression method does not support deep data")); - } - } - - Ok(()) - } - - /// Read the headers without validating them. - pub fn read_all(read: &mut PeekRead<impl Read>, version: &Requirements, pedantic: bool) -> Result<Headers> { - if !version.is_multilayer() { - Ok(smallvec![ Header::read(read, version, pedantic)? ]) - } - else { - let mut headers = SmallVec::new(); - - while !sequence_end::has_come(read)? { - headers.push(Header::read(read, version, pedantic)?); - } - - Ok(headers) - } - } - - /// Without validation, write the headers to the byte stream. - pub fn write_all(headers: &[Header], write: &mut impl Write, is_multilayer: bool) -> UnitResult { - for header in headers { - header.write(write)?; - } - - if is_multilayer { - sequence_end::write(write)?; - } - - Ok(()) - } - - /// Read the value without validating. - pub fn read(read: &mut PeekRead<impl Read>, requirements: &Requirements, pedantic: bool) -> Result<Self> { - let max_string_len = if requirements.has_long_names { 256 } else { 32 }; // TODO DRY this information - - // these required attributes will be filled when encountered while parsing - let mut tiles = None; - let mut block_type = None; - let mut version = None; - let mut chunk_count = None; - let mut max_samples_per_pixel = None; - let mut channels = None; - let mut compression = None; - let mut data_window = None; - let mut display_window = None; - let mut line_order = None; - - let mut dwa_compression_level = None; - - let mut layer_attributes = LayerAttributes::default(); - let mut image_attributes = ImageAttributes::new(IntegerBounds::zero()); - - // read each attribute in this header - while !sequence_end::has_come(read)? { - let (attribute_name, value) = attribute::read(read, max_string_len)?; - - // if the attribute value itself is ok, record it - match value { - Ok(value) => { - use crate::meta::header::standard_names as name; - use crate::meta::attribute::AttributeValue::*; - - // if the attribute is a required attribute, set the corresponding variable directly. - // otherwise, add the attribute to the vector of custom attributes - - // the following attributes will only be set if the type matches the commonly used type for that attribute - match (attribute_name.as_slice(), value) { - (name::BLOCK_TYPE, Text(value)) => block_type = Some(attribute::BlockType::parse(value)?), - (name::TILES, TileDescription(value)) => tiles = Some(value), - (name::CHANNELS, ChannelList(value)) => channels = Some(value), - (name::COMPRESSION, Compression(value)) => compression = Some(value), - (name::DATA_WINDOW, IntegerBounds(value)) => data_window = Some(value), - (name::DISPLAY_WINDOW, IntegerBounds(value)) => display_window = Some(value), - (name::LINE_ORDER, LineOrder(value)) => line_order = Some(value), - (name::DEEP_DATA_VERSION, I32(value)) => version = Some(value), - - (name::MAX_SAMPLES, I32(value)) => max_samples_per_pixel = Some( - i32_to_usize(value, "max sample count")? - ), - - (name::CHUNKS, I32(value)) => chunk_count = Some( - i32_to_usize(value, "chunk count")? - ), - - (name::NAME, Text(value)) => layer_attributes.layer_name = Some(value), - (name::WINDOW_CENTER, FloatVec2(value)) => layer_attributes.screen_window_center = value, - (name::WINDOW_WIDTH, F32(value)) => layer_attributes.screen_window_width = value, - - (name::WHITE_LUMINANCE, F32(value)) => layer_attributes.white_luminance = Some(value), - (name::ADOPTED_NEUTRAL, FloatVec2(value)) => layer_attributes.adopted_neutral = Some(value), - (name::RENDERING_TRANSFORM, Text(value)) => layer_attributes.rendering_transform_name = Some(value), - (name::LOOK_MOD_TRANSFORM, Text(value)) => layer_attributes.look_modification_transform_name = Some(value), - (name::X_DENSITY, F32(value)) => layer_attributes.horizontal_density = Some(value), - - (name::OWNER, Text(value)) => layer_attributes.owner = Some(value), - (name::COMMENTS, Text(value)) => layer_attributes.comments = Some(value), - (name::CAPTURE_DATE, Text(value)) => layer_attributes.capture_date = Some(value), - (name::UTC_OFFSET, F32(value)) => layer_attributes.utc_offset = Some(value), - (name::LONGITUDE, F32(value)) => layer_attributes.longitude = Some(value), - (name::LATITUDE, F32(value)) => layer_attributes.latitude = Some(value), - (name::ALTITUDE, F32(value)) => layer_attributes.altitude = Some(value), - (name::FOCUS, F32(value)) => layer_attributes.focus = Some(value), - (name::EXPOSURE_TIME, F32(value)) => layer_attributes.exposure = Some(value), - (name::APERTURE, F32(value)) => layer_attributes.aperture = Some(value), - (name::ISO_SPEED, F32(value)) => layer_attributes.iso_speed = Some(value), - (name::ENVIRONMENT_MAP, EnvironmentMap(value)) => layer_attributes.environment_map = Some(value), - (name::KEY_CODE, KeyCode(value)) => layer_attributes.film_key_code = Some(value), - (name::WRAP_MODES, Text(value)) => layer_attributes.wrap_mode_name = Some(value), - (name::FRAMES_PER_SECOND, Rational(value)) => layer_attributes.frames_per_second = Some(value), - (name::MULTI_VIEW, TextVector(value)) => layer_attributes.multi_view_names = Some(value), - (name::WORLD_TO_CAMERA, Matrix4x4(value)) => layer_attributes.world_to_camera = Some(value), - (name::WORLD_TO_NDC, Matrix4x4(value)) => layer_attributes.world_to_normalized_device = Some(value), - (name::DEEP_IMAGE_STATE, Rational(value)) => layer_attributes.deep_image_state = Some(value), - (name::ORIGINAL_DATA_WINDOW, IntegerBounds(value)) => layer_attributes.original_data_window = Some(value), - (name::DWA_COMPRESSION_LEVEL, F32(value)) => dwa_compression_level = Some(value), - (name::PREVIEW, Preview(value)) => layer_attributes.preview = Some(value), - (name::VIEW, Text(value)) => layer_attributes.view_name = Some(value), - - (name::NEAR, F32(value)) => layer_attributes.near_clip_plane = Some(value), - (name::FAR, F32(value)) => layer_attributes.far_clip_plane = Some(value), - (name::FOV_X, F32(value)) => layer_attributes.horizontal_field_of_view = Some(value), - (name::FOV_Y, F32(value)) => layer_attributes.vertical_field_of_view = Some(value), - (name::SOFTWARE, Text(value)) => layer_attributes.software_name = Some(value), - - (name::PIXEL_ASPECT, F32(value)) => image_attributes.pixel_aspect = value, - (name::TIME_CODE, TimeCode(value)) => image_attributes.time_code = Some(value), - (name::CHROMATICITIES, Chromaticities(value)) => image_attributes.chromaticities = Some(value), - - // insert unknown attributes of these types into image attributes, - // as these must be the same for all headers - (_, value @ Chromaticities(_)) | - (_, value @ TimeCode(_)) => { - image_attributes.other.insert(attribute_name, value); - }, - - // insert unknown attributes into layer attributes - (_, value) => { - layer_attributes.other.insert(attribute_name, value); - }, - - } - }, - - // in case the attribute value itself is not ok, but the rest of the image is - // only abort reading the image if desired - Err(error) => { - if pedantic { return Err(error); } - } - } - } - - // construct compression with parameters from properties - let compression = match (dwa_compression_level, compression) { - (Some(level), Some(Compression::DWAA(_))) => Some(Compression::DWAA(Some(level))), - (Some(level), Some(Compression::DWAB(_))) => Some(Compression::DWAB(Some(level))), - (_, other) => other, - // FIXME dwa compression level gets lost if any other compression is used later in the process - }; - - let compression = compression.ok_or(missing_attribute("compression"))?; - image_attributes.display_window = display_window.ok_or(missing_attribute("display window"))?; - - let data_window = data_window.ok_or(missing_attribute("data window"))?; - data_window.validate(None)?; // validate now to avoid errors when computing the chunk_count - layer_attributes.layer_position = data_window.position; - - - // validate now to avoid errors when computing the chunk_count - if let Some(tiles) = tiles { tiles.validate()?; } - let blocks = match block_type { - None if requirements.is_single_layer_and_tiled => { - BlockDescription::Tiles(tiles.ok_or(missing_attribute("tiles"))?) - }, - Some(BlockType::Tile) | Some(BlockType::DeepTile) => { - BlockDescription::Tiles(tiles.ok_or(missing_attribute("tiles"))?) - }, - - _ => BlockDescription::ScanLines, - }; - - let computed_chunk_count = compute_chunk_count(compression, data_window.size, blocks); - if chunk_count.is_some() && pedantic && chunk_count != Some(computed_chunk_count) { - return Err(Error::invalid("chunk count not matching data size")); - } - - let header = Header { - compression, - - // always compute ourselves, because we cannot trust anyone out there 😱 - chunk_count: computed_chunk_count, - - layer_size: data_window.size, - - shared_attributes: image_attributes, - own_attributes: layer_attributes, - - channels: channels.ok_or(missing_attribute("channels"))?, - line_order: line_order.unwrap_or(LineOrder::Unspecified), - - blocks, - max_samples_per_pixel, - deep_data_version: version, - deep: block_type == Some(BlockType::DeepScanLine) || block_type == Some(BlockType::DeepTile), - }; - - Ok(header) - } - - /// Without validation, write this instance to the byte stream. - pub fn write(&self, write: &mut impl Write) -> UnitResult { - - macro_rules! write_attributes { - ( $($name: ident : $variant: ident = $value: expr),* ) => { $( - attribute::write($name, & $variant ($value .clone()), write)?; // TODO without clone - )* }; - } - - macro_rules! write_optional_attributes { - ( $($name: ident : $variant: ident = $value: expr),* ) => { $( - if let Some(value) = $value { - attribute::write($name, & $variant (value.clone()), write)?; // TODO without clone - }; - )* }; - } - - use crate::meta::header::standard_names::*; - use AttributeValue::*; - - let (block_type, tiles) = match self.blocks { - BlockDescription::ScanLines => (attribute::BlockType::ScanLine, None), - BlockDescription::Tiles(tiles) => (attribute::BlockType::Tile, Some(tiles)) - }; - - fn usize_as_i32(value: usize) -> AttributeValue { - I32(i32::try_from(value).expect("u32 exceeds i32 range")) - } - - write_optional_attributes!( - TILES: TileDescription = &tiles, - DEEP_DATA_VERSION: I32 = &self.deep_data_version, - MAX_SAMPLES: usize_as_i32 = &self.max_samples_per_pixel - ); - - write_attributes!( - // chunks is not actually required, but always computed in this library anyways - CHUNKS: usize_as_i32 = &self.chunk_count, - - BLOCK_TYPE: BlockType = &block_type, - CHANNELS: ChannelList = &self.channels, - COMPRESSION: Compression = &self.compression, - LINE_ORDER: LineOrder = &self.line_order, - DATA_WINDOW: IntegerBounds = &self.data_window(), - - DISPLAY_WINDOW: IntegerBounds = &self.shared_attributes.display_window, - PIXEL_ASPECT: F32 = &self.shared_attributes.pixel_aspect, - - WINDOW_CENTER: FloatVec2 = &self.own_attributes.screen_window_center, - WINDOW_WIDTH: F32 = &self.own_attributes.screen_window_width - ); - - write_optional_attributes!( - NAME: Text = &self.own_attributes.layer_name, - WHITE_LUMINANCE: F32 = &self.own_attributes.white_luminance, - ADOPTED_NEUTRAL: FloatVec2 = &self.own_attributes.adopted_neutral, - RENDERING_TRANSFORM: Text = &self.own_attributes.rendering_transform_name, - LOOK_MOD_TRANSFORM: Text = &self.own_attributes.look_modification_transform_name, - X_DENSITY: F32 = &self.own_attributes.horizontal_density, - OWNER: Text = &self.own_attributes.owner, - COMMENTS: Text = &self.own_attributes.comments, - CAPTURE_DATE: Text = &self.own_attributes.capture_date, - UTC_OFFSET: F32 = &self.own_attributes.utc_offset, - LONGITUDE: F32 = &self.own_attributes.longitude, - LATITUDE: F32 = &self.own_attributes.latitude, - ALTITUDE: F32 = &self.own_attributes.altitude, - FOCUS: F32 = &self.own_attributes.focus, - EXPOSURE_TIME: F32 = &self.own_attributes.exposure, - APERTURE: F32 = &self.own_attributes.aperture, - ISO_SPEED: F32 = &self.own_attributes.iso_speed, - ENVIRONMENT_MAP: EnvironmentMap = &self.own_attributes.environment_map, - KEY_CODE: KeyCode = &self.own_attributes.film_key_code, - TIME_CODE: TimeCode = &self.shared_attributes.time_code, - WRAP_MODES: Text = &self.own_attributes.wrap_mode_name, - FRAMES_PER_SECOND: Rational = &self.own_attributes.frames_per_second, - MULTI_VIEW: TextVector = &self.own_attributes.multi_view_names, - WORLD_TO_CAMERA: Matrix4x4 = &self.own_attributes.world_to_camera, - WORLD_TO_NDC: Matrix4x4 = &self.own_attributes.world_to_normalized_device, - DEEP_IMAGE_STATE: Rational = &self.own_attributes.deep_image_state, - ORIGINAL_DATA_WINDOW: IntegerBounds = &self.own_attributes.original_data_window, - CHROMATICITIES: Chromaticities = &self.shared_attributes.chromaticities, - PREVIEW: Preview = &self.own_attributes.preview, - VIEW: Text = &self.own_attributes.view_name, - NEAR: F32 = &self.own_attributes.near_clip_plane, - FAR: F32 = &self.own_attributes.far_clip_plane, - FOV_X: F32 = &self.own_attributes.horizontal_field_of_view, - FOV_Y: F32 = &self.own_attributes.vertical_field_of_view, - SOFTWARE: Text = &self.own_attributes.software_name - ); - - // dwa writes compression parameters as attribute. - match self.compression { - attribute::Compression::DWAA(Some(level)) | - attribute::Compression::DWAB(Some(level)) => - attribute::write(DWA_COMPRESSION_LEVEL, &F32(level), write)?, - - _ => {} - }; - - - for (name, value) in &self.shared_attributes.other { - attribute::write(name.as_slice(), value, write)?; - } - - for (name, value) in &self.own_attributes.other { - attribute::write(name.as_slice(), value, write)?; - } - - sequence_end::write(write)?; - Ok(()) - } - - /// The rectangle describing the bounding box of this layer - /// within the infinite global 2D space of the file. - pub fn data_window(&self) -> IntegerBounds { - IntegerBounds::new(self.own_attributes.layer_position, self.layer_size) - } -} - - - -/// Collection of required attribute names. -pub mod standard_names { - macro_rules! define_required_attribute_names { - ( $($name: ident : $value: expr),* ) => { - - /// A list containing all reserved names. - pub const ALL: &'static [&'static [u8]] = &[ - $( $value ),* - ]; - - $( - /// The byte-string name of this required attribute as it appears in an exr file. - pub const $name: &'static [u8] = $value; - )* - }; - } - - define_required_attribute_names! { - TILES: b"tiles", - NAME: b"name", - BLOCK_TYPE: b"type", - DEEP_DATA_VERSION: b"version", - CHUNKS: b"chunkCount", - MAX_SAMPLES: b"maxSamplesPerPixel", - CHANNELS: b"channels", - COMPRESSION: b"compression", - DATA_WINDOW: b"dataWindow", - DISPLAY_WINDOW: b"displayWindow", - LINE_ORDER: b"lineOrder", - PIXEL_ASPECT: b"pixelAspectRatio", - WINDOW_CENTER: b"screenWindowCenter", - WINDOW_WIDTH: b"screenWindowWidth", - WHITE_LUMINANCE: b"whiteLuminance", - ADOPTED_NEUTRAL: b"adoptedNeutral", - RENDERING_TRANSFORM: b"renderingTransform", - LOOK_MOD_TRANSFORM: b"lookModTransform", - X_DENSITY: b"xDensity", - OWNER: b"owner", - COMMENTS: b"comments", - CAPTURE_DATE: b"capDate", - UTC_OFFSET: b"utcOffset", - LONGITUDE: b"longitude", - LATITUDE: b"latitude", - ALTITUDE: b"altitude", - FOCUS: b"focus", - EXPOSURE_TIME: b"expTime", - APERTURE: b"aperture", - ISO_SPEED: b"isoSpeed", - ENVIRONMENT_MAP: b"envmap", - KEY_CODE: b"keyCode", - TIME_CODE: b"timeCode", - WRAP_MODES: b"wrapmodes", - FRAMES_PER_SECOND: b"framesPerSecond", - MULTI_VIEW: b"multiView", - WORLD_TO_CAMERA: b"worldToCamera", - WORLD_TO_NDC: b"worldToNDC", - DEEP_IMAGE_STATE: b"deepImageState", - ORIGINAL_DATA_WINDOW: b"originalDataWindow", - DWA_COMPRESSION_LEVEL: b"dwaCompressionLevel", - PREVIEW: b"preview", - VIEW: b"view", - CHROMATICITIES: b"chromaticities", - NEAR: b"near", - FAR: b"far", - FOV_X: b"fieldOfViewHorizontal", - FOV_Y: b"fieldOfViewVertical", - SOFTWARE: b"software" - } -} - - -impl Default for LayerAttributes { - fn default() -> Self { - Self { - layer_position: Vec2(0, 0), - screen_window_center: Vec2(0.0, 0.0), - screen_window_width: 1.0, - layer_name: None, - white_luminance: None, - adopted_neutral: None, - rendering_transform_name: None, - look_modification_transform_name: None, - horizontal_density: None, - owner: None, - comments: None, - capture_date: None, - utc_offset: None, - longitude: None, - latitude: None, - altitude: None, - focus: None, - exposure: None, - aperture: None, - iso_speed: None, - environment_map: None, - film_key_code: None, - wrap_mode_name: None, - frames_per_second: None, - multi_view_names: None, - world_to_camera: None, - world_to_normalized_device: None, - deep_image_state: None, - original_data_window: None, - preview: None, - view_name: None, - software_name: None, - near_clip_plane: None, - far_clip_plane: None, - horizontal_field_of_view: None, - vertical_field_of_view: None, - other: Default::default() - } - } -} - -impl std::fmt::Debug for LayerAttributes { - fn fmt(&self, formatter: &mut std::fmt::Formatter<'_>) -> std::fmt::Result { - let default_self = Self::default(); - - let mut debug = formatter.debug_struct("LayerAttributes (default values omitted)"); - - // always debug the following field - debug.field("name", &self.layer_name); - - macro_rules! debug_non_default_fields { - ( $( $name: ident ),* ) => { $( - - if self.$name != default_self.$name { - debug.field(stringify!($name), &self.$name); - } - - )* }; - } - - // only debug these fields if they are not the default value - debug_non_default_fields! { - screen_window_center, screen_window_width, - white_luminance, adopted_neutral, horizontal_density, - rendering_transform_name, look_modification_transform_name, - owner, comments, - capture_date, utc_offset, - longitude, latitude, altitude, - focus, exposure, aperture, iso_speed, - environment_map, film_key_code, wrap_mode_name, - frames_per_second, multi_view_names, - world_to_camera, world_to_normalized_device, - deep_image_state, original_data_window, - preview, view_name, - vertical_field_of_view, horizontal_field_of_view, - near_clip_plane, far_clip_plane, software_name - } - - for (name, value) in &self.other { - debug.field(&format!("\"{}\"", name), value); - } - - // debug.finish_non_exhaustive() TODO - debug.finish() - } -} diff --git a/vendor/exr/src/meta/mod.rs b/vendor/exr/src/meta/mod.rs deleted file mode 100644 index 0c36af8..0000000 --- a/vendor/exr/src/meta/mod.rs +++ /dev/null @@ -1,821 +0,0 @@ - -//! Describes all meta data possible in an exr file. -//! Contains functionality to read and write meta data from bytes. -//! Browse the `exr::image` module to get started with the high-level interface. - -pub mod attribute; -pub mod header; - - -use crate::io::*; -use ::smallvec::SmallVec; -use self::attribute::*; -use crate::block::chunk::{TileCoordinates, CompressedBlock}; -use crate::error::*; -use std::fs::File; -use std::io::{BufReader}; -use crate::math::*; -use std::collections::{HashSet}; -use std::convert::TryFrom; -use crate::meta::header::{Header}; -use crate::block::{BlockIndex, UncompressedBlock}; - - -// TODO rename MetaData to ImageInfo? - -/// Contains the complete meta data of an exr image. -/// Defines how the image is split up in the file, -/// the number and type of images and channels, -/// and various other attributes. -/// The usage of custom attributes is encouraged. -#[derive(Debug, Clone, PartialEq)] -pub struct MetaData { - - /// Some flags summarizing the features that must be supported to decode the file. - pub requirements: Requirements, - - /// One header to describe each layer in this file. - // TODO rename to layer descriptions? - pub headers: Headers, -} - - -/// List of `Header`s. -pub type Headers = SmallVec<[Header; 3]>; - -/// List of `OffsetTable`s. -pub type OffsetTables = SmallVec<[OffsetTable; 3]>; - - -/// The offset table is an ordered list of indices referencing pixel data in the exr file. -/// For each pixel tile in the image, an index exists, which points to the byte-location -/// of the corresponding pixel data in the file. That index can be used to load specific -/// portions of an image without processing all bytes in a file. For each header, -/// an offset table exists with its indices ordered by `LineOrder::Increasing`. -// If the multipart bit is unset and the chunkCount attribute is not present, -// the number of entries in the chunk table is computed using the -// dataWindow, tileDesc, and compression attribute. -// -// If the multipart bit is set, the header must contain a -// chunkCount attribute, that contains the length of the offset table. -pub type OffsetTable = Vec<u64>; - - -/// A summary of requirements that must be met to read this exr file. -/// Used to determine whether this file can be read by a given reader. -/// It includes the OpenEXR version number. This library aims to support version `2.0`. -#[derive(Clone, Copy, Eq, PartialEq, Debug, Hash)] -pub struct Requirements { - - /// This library supports reading version 1 and 2, and writing version 2. - // TODO write version 1 for simple images - pub file_format_version: u8, - - /// If true, this image has tiled blocks and contains only a single layer. - /// If false and not deep and not multilayer, this image is a single layer image with scan line blocks. - pub is_single_layer_and_tiled: bool, - - // in c or bad c++ this might have been relevant (omg is he allowed to say that) - /// Whether this file has strings with a length greater than 31. - /// Strings can never be longer than 255. - pub has_long_names: bool, - - /// This image contains at least one layer with deep data. - pub has_deep_data: bool, - - /// Whether this file contains multiple layers. - pub has_multiple_layers: bool, -} - - -/// Locates a rectangular section of pixels in an image. -#[derive(Copy, Clone, Debug, Hash, Eq, PartialEq)] -pub struct TileIndices { - - /// Index of the tile. - pub location: TileCoordinates, - - /// Pixel size of the tile. - pub size: Vec2<usize>, -} - -/// How the image pixels are split up into separate blocks. -#[derive(Copy, Clone, Debug, PartialEq, Eq, Hash)] -pub enum BlockDescription { - - /// The image is divided into scan line blocks. - /// The number of scan lines in a block depends on the compression method. - ScanLines, - - /// The image is divided into tile blocks. - /// Also specifies the size of each tile in the image - /// and whether this image contains multiple resolution levels. - Tiles(TileDescription) -} - - -/*impl TileIndices { - pub fn cmp(&self, other: &Self) -> Ordering { - match self.location.level_index.1.cmp(&other.location.level_index.1) { - Ordering::Equal => { - match self.location.level_index.0.cmp(&other.location.level_index.0) { - Ordering::Equal => { - match self.location.tile_index.1.cmp(&other.location.tile_index.1) { - Ordering::Equal => { - self.location.tile_index.0.cmp(&other.location.tile_index.0) - }, - - other => other, - } - }, - - other => other - } - }, - - other => other - } - } -}*/ - -impl BlockDescription { - - /// Whether this image is tiled. If false, this image is divided into scan line blocks. - pub fn has_tiles(&self) -> bool { - match self { - BlockDescription::Tiles { .. } => true, - _ => false - } - } -} - - - - - -/// The first four bytes of each exr file. -/// Used to abort reading non-exr files. -pub mod magic_number { - use super::*; - - /// The first four bytes of each exr file. - pub const BYTES: [u8; 4] = [0x76, 0x2f, 0x31, 0x01]; - - /// Without validation, write this instance to the byte stream. - pub fn write(write: &mut impl Write) -> Result<()> { - u8::write_slice(write, &self::BYTES) - } - - /// Consumes four bytes from the reader and returns whether the file may be an exr file. - // TODO check if exr before allocating BufRead - pub fn is_exr(read: &mut impl Read) -> Result<bool> { - let mut magic_num = [0; 4]; - u8::read_slice(read, &mut magic_num)?; - Ok(magic_num == self::BYTES) - } - - /// Validate this image. If it is an exr file, return `Ok(())`. - pub fn validate_exr(read: &mut impl Read) -> UnitResult { - if self::is_exr(read)? { - Ok(()) - - } else { - Err(Error::invalid("file identifier missing")) - } - } -} - -/// A `0_u8` at the end of a sequence. -pub mod sequence_end { - use super::*; - - /// Number of bytes this would consume in an exr file. - pub fn byte_size() -> usize { - 1 - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(write: &mut W) -> UnitResult { - 0_u8.write(write) - } - - /// Peeks the next byte. If it is zero, consumes the byte and returns true. - pub fn has_come(read: &mut PeekRead<impl Read>) -> Result<bool> { - Ok(read.skip_if_eq(0)?) - } -} - -fn missing_attribute(name: &str) -> Error { - Error::invalid(format!("missing or invalid {} attribute", name)) -} - - -/// Compute the number of tiles required to contain all values. -pub fn compute_block_count(full_res: usize, tile_size: usize) -> usize { - // round up, because if the image is not evenly divisible by the tiles, - // we add another tile at the end (which is only partially used) - RoundingMode::Up.divide(full_res, tile_size) -} - -/// Compute the start position and size of a block inside a dimension. -#[inline] -pub fn calculate_block_position_and_size(total_size: usize, block_size: usize, block_index: usize) -> Result<(usize, usize)> { - let block_position = block_size * block_index; - - Ok(( - block_position, - calculate_block_size(total_size, block_size, block_position)? - )) -} - -/// Calculate the size of a single block. If this is the last block, -/// this only returns the required size, which is always smaller than the default block size. -// TODO use this method everywhere instead of convoluted formulas -#[inline] -pub fn calculate_block_size(total_size: usize, block_size: usize, block_position: usize) -> Result<usize> { - if block_position >= total_size { - return Err(Error::invalid("block index")) - } - - if block_position + block_size <= total_size { - Ok(block_size) - } - else { - Ok(total_size - block_position) - } -} - - -/// Calculate number of mip levels in a given resolution. -// TODO this should be cached? log2 may be very expensive -pub fn compute_level_count(round: RoundingMode, full_res: usize) -> usize { - usize::try_from(round.log2(u32::try_from(full_res).unwrap())).unwrap() + 1 -} - -/// Calculate the size of a single mip level by index. -// TODO this should be cached? log2 may be very expensive -pub fn compute_level_size(round: RoundingMode, full_res: usize, level_index: usize) -> usize { - assert!(level_index < std::mem::size_of::<usize>() * 8, "largest level size exceeds maximum integer value"); - round.divide(full_res, 1 << level_index).max(1) -} - -/// Iterates over all rip map level resolutions of a given size, including the indices of each level. -/// The order of iteration conforms to `LineOrder::Increasing`. -// TODO cache these? -// TODO compute these directly instead of summing up an iterator? -pub fn rip_map_levels(round: RoundingMode, max_resolution: Vec2<usize>) -> impl Iterator<Item=(Vec2<usize>, Vec2<usize>)> { - rip_map_indices(round, max_resolution).map(move |level_indices|{ - // TODO progressively divide instead?? - let width = compute_level_size(round, max_resolution.width(), level_indices.x()); - let height = compute_level_size(round, max_resolution.height(), level_indices.y()); - (level_indices, Vec2(width, height)) - }) -} - -/// Iterates over all mip map level resolutions of a given size, including the indices of each level. -/// The order of iteration conforms to `LineOrder::Increasing`. -// TODO cache all these level values when computing table offset size?? -// TODO compute these directly instead of summing up an iterator? -pub fn mip_map_levels(round: RoundingMode, max_resolution: Vec2<usize>) -> impl Iterator<Item=(usize, Vec2<usize>)> { - mip_map_indices(round, max_resolution) - .map(move |level_index|{ - // TODO progressively divide instead?? - let width = compute_level_size(round, max_resolution.width(), level_index); - let height = compute_level_size(round, max_resolution.height(), level_index); - (level_index, Vec2(width, height)) - }) -} - -/// Iterates over all rip map level indices of a given size. -/// The order of iteration conforms to `LineOrder::Increasing`. -pub fn rip_map_indices(round: RoundingMode, max_resolution: Vec2<usize>) -> impl Iterator<Item=Vec2<usize>> { - let (width, height) = ( - compute_level_count(round, max_resolution.width()), - compute_level_count(round, max_resolution.height()) - ); - - (0..height).flat_map(move |y_level|{ - (0..width).map(move |x_level|{ - Vec2(x_level, y_level) - }) - }) -} - -/// Iterates over all mip map level indices of a given size. -/// The order of iteration conforms to `LineOrder::Increasing`. -pub fn mip_map_indices(round: RoundingMode, max_resolution: Vec2<usize>) -> impl Iterator<Item=usize> { - 0..compute_level_count(round, max_resolution.width().max(max_resolution.height())) -} - -/// Compute the number of chunks that an image is divided into. May be an expensive operation. -// If not multilayer and chunkCount not present, -// the number of entries in the chunk table is computed -// using the dataWindow and tileDesc attributes and the compression format -pub fn compute_chunk_count(compression: Compression, data_size: Vec2<usize>, blocks: BlockDescription) -> usize { - - if let BlockDescription::Tiles(tiles) = blocks { - let round = tiles.rounding_mode; - let Vec2(tile_width, tile_height) = tiles.tile_size; - - // TODO cache all these level values?? - use crate::meta::attribute::LevelMode::*; - match tiles.level_mode { - Singular => { - let tiles_x = compute_block_count(data_size.width(), tile_width); - let tiles_y = compute_block_count(data_size.height(), tile_height); - tiles_x * tiles_y - } - - MipMap => { - mip_map_levels(round, data_size).map(|(_, Vec2(level_width, level_height))| { - compute_block_count(level_width, tile_width) * compute_block_count(level_height, tile_height) - }).sum() - }, - - RipMap => { - rip_map_levels(round, data_size).map(|(_, Vec2(level_width, level_height))| { - compute_block_count(level_width, tile_width) * compute_block_count(level_height, tile_height) - }).sum() - } - } - } - - // scan line blocks never have mip maps - else { - compute_block_count(data_size.height(), compression.scan_lines_per_block()) - } -} - - - -impl MetaData { - - /// Read the exr meta data from a file. - /// Use `read_from_unbuffered` instead if you do not have a file. - /// Does not validate the meta data. - #[must_use] - pub fn read_from_file(path: impl AsRef<::std::path::Path>, pedantic: bool) -> Result<Self> { - Self::read_from_unbuffered(File::open(path)?, pedantic) - } - - /// Buffer the reader and then read the exr meta data from it. - /// Use `read_from_buffered` if your reader is an in-memory reader. - /// Use `read_from_file` if you have a file path. - /// Does not validate the meta data. - #[must_use] - pub fn read_from_unbuffered(unbuffered: impl Read, pedantic: bool) -> Result<Self> { - Self::read_from_buffered(BufReader::new(unbuffered), pedantic) - } - - /// Read the exr meta data from a reader. - /// Use `read_from_file` if you have a file path. - /// Use `read_from_unbuffered` if this is not an in-memory reader. - /// Does not validate the meta data. - #[must_use] - pub fn read_from_buffered(buffered: impl Read, pedantic: bool) -> Result<Self> { - let mut read = PeekRead::new(buffered); - MetaData::read_unvalidated_from_buffered_peekable(&mut read, pedantic) - } - - /// Does __not validate__ the meta data completely. - #[must_use] - pub(crate) fn read_unvalidated_from_buffered_peekable(read: &mut PeekRead<impl Read>, pedantic: bool) -> Result<Self> { - magic_number::validate_exr(read)?; - - let requirements = Requirements::read(read)?; - - // do this check now in order to fast-fail for newer versions and features than version 2 - requirements.validate()?; - - let headers = Header::read_all(read, &requirements, pedantic)?; - - // TODO check if supporting requirements 2 always implies supporting requirements 1 - Ok(MetaData { requirements, headers }) - } - - /// Validates the meta data. - #[must_use] - pub(crate) fn read_validated_from_buffered_peekable( - read: &mut PeekRead<impl Read>, pedantic: bool - ) -> Result<Self> { - let meta_data = Self::read_unvalidated_from_buffered_peekable(read, !pedantic)?; - MetaData::validate(meta_data.headers.as_slice(), pedantic)?; - Ok(meta_data) - } - - /// Validates the meta data and writes it to the stream. - /// If pedantic, throws errors for files that may produce errors in other exr readers. - /// Returns the automatically detected minimum requirement flags. - pub(crate) fn write_validating_to_buffered(write: &mut impl Write, headers: &[Header], pedantic: bool) -> Result<Requirements> { - // pedantic validation to not allow slightly invalid files - // that still could be read correctly in theory - let minimal_requirements = Self::validate(headers, pedantic)?; - - magic_number::write(write)?; - minimal_requirements.write(write)?; - Header::write_all(headers, write, minimal_requirements.has_multiple_layers)?; - Ok(minimal_requirements) - } - - /// Read one offset table from the reader for each header. - pub fn read_offset_tables(read: &mut PeekRead<impl Read>, headers: &Headers) -> Result<OffsetTables> { - headers.iter() - .map(|header| u64::read_vec(read, header.chunk_count, u16::MAX as usize, None, "offset table size")) - .collect() - } - - /// Skip the offset tables by advancing the reader by the required byte count. - // TODO use seek for large (probably all) tables! - pub fn skip_offset_tables(read: &mut PeekRead<impl Read>, headers: &Headers) -> Result<usize> { - let chunk_count: usize = headers.iter().map(|header| header.chunk_count).sum(); - crate::io::skip_bytes(read, chunk_count * u64::BYTE_SIZE)?; // TODO this should seek for large tables - Ok(chunk_count) - } - - /// This iterator tells you the block indices of all blocks that must be in the image. - /// The order of the blocks depends on the `LineOrder` attribute - /// (unspecified line order is treated the same as increasing line order). - /// The blocks written to the file must be exactly in this order, - /// except for when the `LineOrder` is unspecified. - /// The index represents the block index, in increasing line order, within the header. - pub fn enumerate_ordered_header_block_indices(&self) -> impl '_ + Iterator<Item=(usize, BlockIndex)> { - crate::block::enumerate_ordered_header_block_indices(&self.headers) - } - - /// Go through all the block indices in the correct order and call the specified closure for each of these blocks. - /// That way, the blocks indices are filled with real block data and returned as an iterator. - /// The closure returns the an `UncompressedBlock` for each block index. - pub fn collect_ordered_blocks<'s>(&'s self, mut get_block: impl 's + FnMut(BlockIndex) -> UncompressedBlock) - -> impl 's + Iterator<Item=(usize, UncompressedBlock)> - { - self.enumerate_ordered_header_block_indices().map(move |(index_in_header, block_index)|{ - (index_in_header, get_block(block_index)) - }) - } - - /// Go through all the block indices in the correct order and call the specified closure for each of these blocks. - /// That way, the blocks indices are filled with real block data and returned as an iterator. - /// The closure returns the byte data for each block index. - pub fn collect_ordered_block_data<'s>(&'s self, mut get_block_data: impl 's + FnMut(BlockIndex) -> Vec<u8>) - -> impl 's + Iterator<Item=(usize, UncompressedBlock)> - { - self.collect_ordered_blocks(move |block_index| - UncompressedBlock { index: block_index, data: get_block_data(block_index) } - ) - } - - /// Validates this meta data. Returns the minimal possible requirements. - pub fn validate(headers: &[Header], pedantic: bool) -> Result<Requirements> { - if headers.len() == 0 { - return Err(Error::invalid("at least one layer is required")); - } - - let deep = false; // TODO deep data - let is_multilayer = headers.len() > 1; - let first_header_has_tiles = headers.iter().next() - .map_or(false, |header| header.blocks.has_tiles()); - - let mut minimal_requirements = Requirements { - // according to the spec, version 2 should only be necessary if `is_multilayer || deep`. - // but the current open exr library does not support images with version 1, so always use version 2. - file_format_version: 2, - - // start as low as possible, later increasing if required - has_long_names: false, - - is_single_layer_and_tiled: !is_multilayer && first_header_has_tiles, - has_multiple_layers: is_multilayer, - has_deep_data: deep, - }; - - for header in headers { - if header.deep { // TODO deep data (and then remove this check) - return Err(Error::unsupported("deep data not supported yet")); - } - - header.validate(is_multilayer, &mut minimal_requirements.has_long_names, pedantic)?; - } - - // TODO validation fn! - /*if let Some(max) = max_pixel_bytes { - let byte_size: usize = headers.iter() - .map(|header| header.total_pixel_bytes()) - .sum(); - - if byte_size > max { - return Err(Error::invalid("image larger than specified maximum")); - } - }*/ - - if pedantic { // check for duplicate header names - let mut header_names = HashSet::with_capacity(headers.len()); - for header in headers { - if !header_names.insert(&header.own_attributes.layer_name) { - return Err(Error::invalid(format!( - "duplicate layer name: `{}`", - header.own_attributes.layer_name.as_ref().expect("header validation bug") - ))); - } - } - } - - if pedantic { - let must_share = headers.iter().flat_map(|header| header.own_attributes.other.iter()) - .any(|(_, value)| value.to_chromaticities().is_ok() || value.to_time_code().is_ok()); - - if must_share { - return Err(Error::invalid("chromaticities and time code attributes must must not exist in own attributes but shared instead")); - } - } - - if pedantic && headers.len() > 1 { // check for attributes that should not differ in between headers - let first_header = headers.first().expect("header count validation bug"); - let first_header_attributes = &first_header.shared_attributes; - - for header in &headers[1..] { - if &header.shared_attributes != first_header_attributes { - return Err(Error::invalid("display window, pixel aspect, chromaticities, and time code attributes must be equal for all headers")) - } - } - } - - debug_assert!(minimal_requirements.validate().is_ok(), "inferred requirements are invalid"); - Ok(minimal_requirements) - } -} - - - - -impl Requirements { - - // this is actually used for control flow, as the number of headers may be 1 in a multilayer file - /// Is this file declared to contain multiple layers? - pub fn is_multilayer(&self) -> bool { - self.has_multiple_layers - } - - /// Read the value without validating. - pub fn read<R: Read>(read: &mut R) -> Result<Self> { - use ::bit_field::BitField; - - let version_and_flags = u32::read(read)?; - - // take the 8 least significant bits, they contain the file format version number - let version = (version_and_flags & 0x000F) as u8; - - // the 24 most significant bits are treated as a set of boolean flags - let is_single_tile = version_and_flags.get_bit(9); - let has_long_names = version_and_flags.get_bit(10); - let has_deep_data = version_and_flags.get_bit(11); - let has_multiple_layers = version_and_flags.get_bit(12); - - // all remaining bits except 9, 10, 11 and 12 are reserved and should be 0 - // if a file has any of these bits set to 1, it means this file contains - // a feature that we don't support - let unknown_flags = version_and_flags >> 13; // all flags excluding the 12 bits we already parsed - - if unknown_flags != 0 { // TODO test if this correctly detects unsupported files - return Err(Error::unsupported("too new file feature flags")); - } - - let version = Requirements { - file_format_version: version, - is_single_layer_and_tiled: is_single_tile, has_long_names, - has_deep_data, has_multiple_layers, - }; - - Ok(version) - } - - /// Without validation, write this instance to the byte stream. - pub fn write<W: Write>(self, write: &mut W) -> UnitResult { - use ::bit_field::BitField; - - // the 8 least significant bits contain the file format version number - // and the flags are set to 0 - let mut version_and_flags = self.file_format_version as u32; - - // the 24 most significant bits are treated as a set of boolean flags - version_and_flags.set_bit(9, self.is_single_layer_and_tiled); - version_and_flags.set_bit(10, self.has_long_names); - version_and_flags.set_bit(11, self.has_deep_data); - version_and_flags.set_bit(12, self.has_multiple_layers); - // all remaining bits except 9, 10, 11 and 12 are reserved and should be 0 - - version_and_flags.write(write)?; - Ok(()) - } - - /// Validate this instance. - pub fn validate(&self) -> UnitResult { - if self.file_format_version == 2 { - - match ( - self.is_single_layer_and_tiled, self.has_deep_data, self.has_multiple_layers, - self.file_format_version - ) { - // Single-part scan line. One normal scan line image. - (false, false, false, 1..=2) => Ok(()), - - // Single-part tile. One normal tiled image. - (true, false, false, 1..=2) => Ok(()), - - // Multi-part (new in 2.0). - // Multiple normal images (scan line and/or tiled). - (false, false, true, 2) => Ok(()), - - // Single-part deep data (new in 2.0). - // One deep tile or deep scan line part - (false, true, false, 2) => Ok(()), - - // Multi-part deep data (new in 2.0). - // Multiple parts (any combination of: - // tiles, scan lines, deep tiles and/or deep scan lines). - (false, true, true, 2) => Ok(()), - - _ => Err(Error::invalid("file feature flags")) - } - } - else { - Err(Error::unsupported("file versions other than 2.0 are not supported")) - } - } -} - - -#[cfg(test)] -mod test { - use super::*; - use crate::meta::header::{ImageAttributes, LayerAttributes}; - - #[test] - fn round_trip_requirements() { - let requirements = Requirements { - file_format_version: 2, - is_single_layer_and_tiled: true, - has_long_names: false, - has_deep_data: true, - has_multiple_layers: false - }; - - let mut data: Vec<u8> = Vec::new(); - requirements.write(&mut data).unwrap(); - let read = Requirements::read(&mut data.as_slice()).unwrap(); - assert_eq!(requirements, read); - } - - #[test] - fn round_trip(){ - let header = Header { - channels: ChannelList::new(smallvec![ - ChannelDescription { - name: Text::from("main"), - sample_type: SampleType::U32, - quantize_linearly: false, - sampling: Vec2(1, 1) - } - ], - ), - compression: Compression::Uncompressed, - line_order: LineOrder::Increasing, - deep_data_version: Some(1), - chunk_count: compute_chunk_count(Compression::Uncompressed, Vec2(2000, 333), BlockDescription::ScanLines), - max_samples_per_pixel: Some(4), - shared_attributes: ImageAttributes { - pixel_aspect: 3.0, - .. ImageAttributes::new(IntegerBounds { - position: Vec2(2,1), - size: Vec2(11, 9) - }) - }, - - blocks: BlockDescription::ScanLines, - deep: false, - layer_size: Vec2(2000, 333), - own_attributes: LayerAttributes { - layer_name: Some(Text::from("test name lol")), - layer_position: Vec2(3, -5), - screen_window_center: Vec2(0.3, 99.0), - screen_window_width: 0.19, - .. Default::default() - } - }; - - let meta = MetaData { - requirements: Requirements { - file_format_version: 2, - is_single_layer_and_tiled: false, - has_long_names: false, - has_deep_data: false, - has_multiple_layers: false - }, - headers: smallvec![ header ], - }; - - - let mut data: Vec<u8> = Vec::new(); - MetaData::write_validating_to_buffered(&mut data, meta.headers.as_slice(), true).unwrap(); - let meta2 = MetaData::read_from_buffered(data.as_slice(), false).unwrap(); - MetaData::validate(meta2.headers.as_slice(), true).unwrap(); - assert_eq!(meta, meta2); - } - - #[test] - fn infer_low_requirements() { - let header_version_1_short_names = Header { - channels: ChannelList::new(smallvec![ - ChannelDescription { - name: Text::from("main"), - sample_type: SampleType::U32, - quantize_linearly: false, - sampling: Vec2(1, 1) - } - ], - ), - compression: Compression::Uncompressed, - line_order: LineOrder::Increasing, - deep_data_version: Some(1), - chunk_count: compute_chunk_count(Compression::Uncompressed, Vec2(2000, 333), BlockDescription::ScanLines), - max_samples_per_pixel: Some(4), - shared_attributes: ImageAttributes { - pixel_aspect: 3.0, - .. ImageAttributes::new(IntegerBounds { - position: Vec2(2,1), - size: Vec2(11, 9) - }) - }, - blocks: BlockDescription::ScanLines, - deep: false, - layer_size: Vec2(2000, 333), - own_attributes: LayerAttributes { - other: vec![ - (Text::try_from("x").unwrap(), AttributeValue::F32(3.0)), - (Text::try_from("y").unwrap(), AttributeValue::F32(-1.0)), - ].into_iter().collect(), - .. Default::default() - } - }; - - let low_requirements = MetaData::validate( - &[header_version_1_short_names], true - ).unwrap(); - - assert_eq!(low_requirements.has_long_names, false); - assert_eq!(low_requirements.file_format_version, 2); // always have version 2 - assert_eq!(low_requirements.has_deep_data, false); - assert_eq!(low_requirements.has_multiple_layers, false); - } - - #[test] - fn infer_high_requirements() { - let header_version_2_long_names = Header { - channels: ChannelList::new( - smallvec![ - ChannelDescription { - name: Text::new_or_panic("main"), - sample_type: SampleType::U32, - quantize_linearly: false, - sampling: Vec2(1, 1) - } - ], - ), - compression: Compression::Uncompressed, - line_order: LineOrder::Increasing, - deep_data_version: Some(1), - chunk_count: compute_chunk_count(Compression::Uncompressed, Vec2(2000, 333), BlockDescription::ScanLines), - max_samples_per_pixel: Some(4), - shared_attributes: ImageAttributes { - pixel_aspect: 3.0, - .. ImageAttributes::new(IntegerBounds { - position: Vec2(2,1), - size: Vec2(11, 9) - }) - }, - blocks: BlockDescription::ScanLines, - deep: false, - layer_size: Vec2(2000, 333), - own_attributes: LayerAttributes { - layer_name: Some(Text::new_or_panic("oasdasoidfj")), - other: vec![ - (Text::new_or_panic("xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx"), AttributeValue::F32(3.0)), - (Text::new_or_panic("y"), AttributeValue::F32(-1.0)), - ].into_iter().collect(), - .. Default::default() - } - }; - - let mut layer_2 = header_version_2_long_names.clone(); - layer_2.own_attributes.layer_name = Some(Text::new_or_panic("anythingelse")); - - let low_requirements = MetaData::validate( - &[header_version_2_long_names, layer_2], true - ).unwrap(); - - assert_eq!(low_requirements.has_long_names, true); - assert_eq!(low_requirements.file_format_version, 2); - assert_eq!(low_requirements.has_deep_data, false); - assert_eq!(low_requirements.has_multiple_layers, true); - } -} - diff --git a/vendor/exr/tests/across_compression.rs b/vendor/exr/tests/across_compression.rs deleted file mode 100644 index b1776e9..0000000 --- a/vendor/exr/tests/across_compression.rs +++ /dev/null @@ -1,263 +0,0 @@ -use std::path::Path; -use exr::prelude::*; -use exr::image::validate_results::ValidateResult; - -fn dir() -> &'static Path { Path::new("tests/images/valid/custom/compression_methods") } - -fn expect_eq_other(sub_dir: &str, image_name: &str, expected: &str) { - let path = dir().join(sub_dir).join(image_name); - - match read_first_flat_layer_from_file(path) { - Err(Error::NotSupported(message)) => println!("skipping ({})", message), - Err(error) => panic!("unexpected error: {}", error), - Ok(mut decompressed) => { - let decompressed_path = dir().join(sub_dir).join(expected); - let mut expected_decompressed = read_first_flat_layer_from_file(decompressed_path) - .expect("uncompressed image could not be loaded"); - - // HACK: make metadata match artificially, to avoid failing the check due to meta data mismatch - // (the name of the compression methods should not be equal, as we test between compression methods) - expected_decompressed.layer_data.encoding.compression = Compression::Uncompressed; - decompressed.layer_data.encoding.compression = Compression::Uncompressed; - - debug_assert_eq!(expected_decompressed.layer_data.attributes, decompressed.layer_data.attributes, "attributes should not be affected by compression"); - debug_assert_eq!(expected_decompressed.layer_data.size, decompressed.layer_data.size, "size should not be affected by compression"); - - // Note: Unimplemented methods may still work, if each compressed tile would be larger than uncompressed. - expected_decompressed.assert_equals_result(&decompressed); - } - } -} - -// comparing to a different format, png, -// is the only real way to check that -// little endian data is unpacked correctly on big endian systems -// it does not attempt to compare NaN -fn expect_eq_png(image_name: &str) { - type Rgb16Image = ::image::ImageBuffer<::image::Rgb<u16>, Vec<u16>>; - - let exr_path = dir().join("u16").join(image_name); - let png_from_exr = read_first_rgba_layer_from_file( - exr_path, - - |resolution, _channels: &RgbaChannels| -> Rgb16Image { - ::image::ImageBuffer::new( - resolution.width() as u32, - resolution.height() as u32 - ) - }, - - // set each pixel in the png buffer from the exr file - |png_pixels: &mut Rgb16Image, position: Vec2<usize>, (r,g,b,_): (f32,f32,f32,f32)| { - png_pixels.put_pixel( - position.x() as u32, position.y() as u32, - ::image::Rgb([to_u16(r), to_u16(g), to_u16(b)]) - ); - } - ); - - fn to_u16(num: f32) -> u16 { (num.powf(1.0/2.14).clamp(0.0, 1.0) * u16::MAX as f32).round() as u16 } - - match png_from_exr { - Err(Error::NotSupported(message)) => println!("skipping ({})", message), - Err(error) => panic!("unexpected error: {}", error), - Ok(decompressed) => { - let truth_path = dir().join("u16").join("ground_truth.png"); - let truth_dyn_img = image::open(truth_path).unwrap(); - - let ground_truth_png = truth_dyn_img.to_rgb16(); - let exr_as_png_px = decompressed.layer_data.channel_data.pixels; - debug_assert_eq!(ground_truth_png.dimensions(), exr_as_png_px.dimensions(), "size should not be affected by compression"); - - let expected_px = ground_truth_png.pixels() - .flat_map(|px| px.0.iter().copied()); - - let actual_px = exr_as_png_px.pixels() - .flat_map(|px| px.0.iter().copied()); - - let max_diff = u16::MAX/10; - for (exp, val) in expected_px.zip(actual_px) { - assert!( - exp.abs_diff(val) < max_diff, - "values not similar enough: found {}, expected {}", val, exp - ); - } - } - } -} - -fn expect_eq_uncompressed(sub_dir: &str, image_name: &str) { - expect_eq_other(sub_dir, image_name, "uncompressed.exr") -} - - -#[test] -fn compare_compression_contents_zip_f32() { - expect_eq_uncompressed("f32", "zip.exr"); -} - -#[test] -fn compare_compression_contents_zip_f16() { - expect_eq_uncompressed("f16", "zip.exr"); -} - -#[test] -fn compare_compression_contents_zips_f32() { - expect_eq_uncompressed("f32", "zips.exr"); -} - -#[test] -fn compare_compression_contents_zips_f16() { - expect_eq_uncompressed("f16", "zips.exr"); -} - -#[test] -fn compare_compression_contents_b44_f32() { - expect_eq_uncompressed("f32", "b44.exr"); // f32s are not compressed in b44 and can be compared exactly -} - -#[test] -fn compare_compression_contents_b44_f16() { - expect_eq_other("f16", "b44.exr", "decompressed_b44.exr"); -} - -#[test] -fn compare_compression_contents_b44a_f32() { - expect_eq_uncompressed("f32", "b44a.exr"); // f32s are not compressed in b44 and can be compared exactly -} - -#[test] -fn compare_compression_contents_b44a_f16() { - expect_eq_other("f16", "b44a.exr", "decompressed_b44a.exr"); -} - -#[test] -fn compare_compression_contents_dwaa_f32() { - expect_eq_other("f32", "dwaa.exr", "decompressed_dwaa.exr"); -} - -#[test] -fn compare_compression_contents_dwaa_f16() { - expect_eq_other("f16", "dwaa.exr", "decompressed_dwaa.exr"); -} - -#[test] -fn compare_compression_contents_dwab_f32() { - expect_eq_other("f32", "dwab.exr", "decompressed_dwab.exr"); -} - -#[test] -fn compare_compression_contents_dwab_f16() { - expect_eq_other("f16", "dwab.exr", "decompressed_dwab.exr"); -} - -#[test] -fn compare_compression_contents_piz_f32() { - expect_eq_uncompressed("f32", "piz.exr"); -} - -#[test] -fn compare_compression_contents_piz_f16() { - expect_eq_uncompressed("f16", "piz.exr"); -} - -#[test] -fn compare_compression_contents_rle_f32() { - expect_eq_uncompressed("f32", "rle.exr"); -} - -#[test] -fn compare_compression_contents_rle_f16() { - expect_eq_uncompressed("f16", "rle.exr"); -} - - -#[test] -#[cfg(target_endian = "little")] // TODO make it work on big endian -fn compare_compression_contents_pxr24_f16() { - expect_eq_other("f16", "pxr24.exr", "decompressed_pxr24.exr"); -} - -#[test] -#[cfg(target_endian = "little")] // TODO make it work on big endian -fn compare_compression_contents_pxr24_f32() { - expect_eq_other("f32", "pxr24.exr", "decompressed_pxr24.exr"); -} - -#[test] -fn compare_png_to_uncompressed_f16() { - expect_eq_png("f16_uncompressed.exr"); -} - -#[test] -fn compare_png_to_piz_f16() { - expect_eq_png("f16_piz.exr"); -} - -#[test] -fn compare_png_to_rle_f16() { - expect_eq_png("f16_rle.exr"); -} - -#[test] -fn compare_png_to_zip_f16() { - expect_eq_png("f16_zip.exr"); -} - -#[test] -fn compare_png_to_zips_f16() { - expect_eq_png("f16_zips.exr"); -} - -#[test] -fn compare_png_to_dwaa_f16() { - expect_eq_png("f16_dwaa.exr"); -} - -#[test] -fn compare_png_to_b44_f16() { - expect_eq_png("f16_b44.exr"); -} - -#[test] -fn compare_png_to_b44a_f16() { - expect_eq_png("f16_b44a.exr"); -} - -#[test] -#[cfg(target_endian = "little")] // TODO make it work on big endian -fn compare_png_to_pxr24_f16() { - expect_eq_png("f16_pxr24.exr"); -} - - -#[test] -fn compare_png_to_uncompressed_f32() { - expect_eq_png("f32_uncompressed.exr"); -} - -#[test] -fn compare_png_to_piz_f32() { - expect_eq_png("f32_piz.exr"); -} - -#[test] -fn compare_png_to_rle_f32() { - expect_eq_png("f32_rle.exr"); -} - -#[test] -fn compare_png_to_zip_f32() { - expect_eq_png("f32_zip.exr"); -} - -#[test] -fn compare_png_to_dwaa_f32() { - expect_eq_png("f32_dwaa.exr"); -} - -#[test] -#[cfg(target_endian = "little")] // TODO make it work on big endian -fn compare_png_to_pxr24_f32() { - expect_eq_png("f32_pxr24.exr"); -} diff --git a/vendor/exr/tests/dev.rs b/vendor/exr/tests/dev.rs deleted file mode 100644 index 15dd7ab..0000000 --- a/vendor/exr/tests/dev.rs +++ /dev/null @@ -1,86 +0,0 @@ -//! Contains some "test" functions that were be used for developing. - -extern crate exr; -extern crate smallvec; - -use exr::prelude::*; - -use std::path::{PathBuf}; -use std::ffi::OsStr; -use std::io::{Cursor}; -use exr::meta::header::Header; -use exr::image::validate_results::ValidateResult; -use rayon::prelude::IntoParallelIterator; -use rayon::iter::ParallelIterator; - -fn exr_files() -> impl Iterator<Item=PathBuf> { - walkdir::WalkDir::new("tests/images/valid").into_iter().map(std::result::Result::unwrap) - .filter(|entry| entry.path().extension() == Some(OsStr::new("exr"))) - .map(walkdir::DirEntry::into_path) -} - -#[test] -#[ignore] -fn print_meta_of_all_files() { - let files: Vec<PathBuf> = exr_files().collect(); - - files.into_par_iter().for_each(|path| { - let meta = MetaData::read_from_file(&path, false); - println!("{:?}: \t\t\t {:?}", path.file_name().unwrap(), meta.unwrap()); - }); -} - -#[test] -#[ignore] -fn search_previews_of_all_files() { - let files: Vec<PathBuf> = exr_files().collect(); - - files.into_par_iter().for_each(|path| { - let meta = MetaData::read_from_file(&path, false).unwrap(); - let has_preview = meta.headers.iter().any(|header: &Header| - header.own_attributes.preview.is_some() || header.own_attributes.other.values() - .any(|value| match value { AttributeValue::Preview(_) => true, _ => false }) - ); - - if has_preview { - println!("Found preview attribute in {:?}", path.file_name().unwrap()); - } - }); -} - -// use this command for big endian testing: -// cross test --target mips-unknown-linux-gnu --verbose --test dev test_roundtrip -- --ignored -#[test] -#[ignore] -pub fn test_roundtrip() { - // works - //let path = "tests/images/fuzzed/b44_overly_restrictive_assert.exr"; - let path = "tests/images/valid/custom/compression_methods/f32/pxr24.exr"; - - // worksn't - // let path = "tests/images/valid/openexr/Chromaticities/Rec709_YC.exr"; // subsampling - // let path = "tests/images/valid/openexr/LuminanceChroma/Flowers.exr"; // subsampling - - // let path = "tests/images/valid/openexr/IlmfmlmflmTest/test_native1.exr"; - // let path = "tests/images/valid/openexr/IlmfmlmflmTest/test_native2.exr"; // contains NaN - - // deep data? - // let path = "tests/images/valid/openexr/v2/Stereo/Balls.exr"; - // let path = "tests/images/valid/openexr/v2/Stereo/Ground.exr"; - - println!("{:?}", exr::meta::MetaData::read_from_file(path, true)); - - let read_image = read() - .no_deep_data().all_resolution_levels().all_channels().all_layers().all_attributes() - .non_parallel(); - - let image = read_image.clone().from_file(path).unwrap(); - - let mut tmp_bytes = Vec::new(); - image.write().to_buffered(Cursor::new(&mut tmp_bytes)).unwrap(); - image.write().to_file("debug_pxr24.exr").unwrap(); - - let image2 = read_image.from_buffered(Cursor::new(tmp_bytes)).unwrap(); - - image.assert_equals_result(&image2); -} diff --git a/vendor/exr/tests/fuzz.rs b/vendor/exr/tests/fuzz.rs deleted file mode 100644 index 9bdc79d..0000000 --- a/vendor/exr/tests/fuzz.rs +++ /dev/null @@ -1,176 +0,0 @@ -//! Fuzzy testing. -//! Tries to discover panics with random bytes. -//! This test is expensive and therefore marked with `#[ignore]`. To run this test, use `cargo test -- --ignored`. - -use std::panic::{catch_unwind}; -use rand::rngs::{StdRng}; -use rand::{Rng}; - -extern crate exr; -use exr::prelude::*; -use std::path::PathBuf; -use std::ffi::OsStr; -use std::fs::File; -use std::io::{Write, Cursor}; -use exr::image::read::read_first_rgba_layer_from_file; -use exr::image::pixel_vec::PixelVec; - -fn exr_files(path: &'static str, filter: bool) -> impl Iterator<Item=PathBuf> { - walkdir::WalkDir::new(path).into_iter().map(std::result::Result::unwrap) - .filter(|entry| entry.path().is_file()) - - .filter(move |entry| !filter || entry.path().extension() == Some(OsStr::new("exr"))) - .map(walkdir::DirEntry::into_path) -} - - -/// Just don't panic. -#[test] -pub fn fuzzed(){ - for ref file in exr_files("tests/images/fuzzed", false) { - let _ = read().no_deep_data().largest_resolution_level().all_channels() - .first_valid_layer().all_attributes().pedantic().from_file(file); - - let _ = read().no_deep_data().all_resolution_levels().all_channels() - .all_layers().all_attributes().pedantic().from_file(file); - } -} - -/// Require an error but no panic. -#[test] -pub fn damaged(){ - let mut passed = true; - - for ref file in exr_files("tests/images/invalid", false) { - let result = catch_unwind(move || { - let _meta_data = MetaData::read_from_file(file, false)?; - - { - let _minimal = read().no_deep_data() - .largest_resolution_level() - .rgba_channels( - |_size, _channels| (), - |_: &mut (), _position: Vec2<usize>, _pixel: (Sample, Sample, Sample, Sample)| {} - ) - .first_valid_layer().all_attributes() - .from_file(&file)?; - } - - { - let _minimal = read().no_deep_data() - .largest_resolution_level() // TODO all levels - .rgba_channels( - |_size, _channels| (), - |_: &mut (), _position: Vec2<usize>, _pixel: (Sample, Sample, Sample, Sample)| {} - ) - .all_layers().all_attributes() - .pedantic() - .from_file(&file)?; - } - - { - let _rgba = read_first_rgba_layer_from_file( - file, - PixelVec::<(Sample, Sample, Sample, Sample)>::constructor, - PixelVec::set_pixel - )?; - } - - { - let _full = read_all_data_from_file(file)?; - } - - Ok(()) - }); - - // this should not panic, only err: - passed = passed && match result { - Ok(Err(Error::Invalid(message))) => { - println!("✓ Recognized as invalid ({}): {:?}", message, file); - true - }, - - Ok(Err(Error::NotSupported(message))) => { - println!("- Unsupported ({}): {:?}", message, file); - true - }, - - Ok(Err(Error::Io(error))) => { - println!("✗ Unexpected IO Error: {:?}, {:?}", file, error); - false - }, - - Err(_) => { - println!("✗ Not recognized as invalid: {:?}", file); - false - }, - - Ok(Ok(_)) => { - let meta_data = MetaData::read_from_file(file, true); - - if let Err(error) = meta_data { - println!("✓ Recognized as invalid when pedantic ({}): {:?}", error, file); - true - } - else { - println!("✗ Oh no, there is nothing wrong with: {:#?}", file); - false - } - }, - - _ => unreachable!(), - }; - } - - assert!(passed, "A damaged file was not handled correctly"); -} - -#[test] -#[ignore] -pub fn fuzz(){ - println!("started fuzzing"); - let files: Vec<PathBuf> = exr_files("tests/images", true).collect(); - - let seed = [92,1,0,130,211,8,21,70,74,4,9,5,0,23,0,3,20,25,6,5,229,30,0,34,218,0,40,7,5,2,7,0,]; - let mut random: StdRng = rand::SeedableRng::from_seed(seed); - - let mut records = File::create("tests/images/fuzzed/list.txt").unwrap(); - records.write_all(format!("seed = {:?}", seed).as_bytes()).unwrap(); - - let start_index = 0; // default is 0. increase this integer for debugging a specific fuzz case - for fuzz_index in 0 .. 1024_u64 * 2048 * 4 { - - let file_1_name = &files[random.gen_range(0 .. files.len())]; - let mutation_point = random.gen::<f32>().powi(3); - let mutation = random.gen::<u8>(); - - if fuzz_index >= start_index { - let mut file = std::fs::read(file_1_name).unwrap(); - let index = ((mutation_point * file.len() as f32) as usize + 4) % file.len(); - file[index] = mutation; - - let file = file.as_slice(); - let result = catch_unwind(move || { - let read_all_data = read().no_deep_data() - .all_resolution_levels().all_channels().all_layers().all_attributes(); - - match read_all_data.from_buffered(Cursor::new(file)) { - Err(Error::Invalid(error)) => println!("✓ No Panic. [{}]: Invalid: {}.", fuzz_index, error), - Err(Error::NotSupported(error)) => println!("- No Panic. [{}]: Unsupported: {}.", fuzz_index, error), - _ => {}, - } - }); - - if let Err(_) = result { - records.write_all(fuzz_index.to_string().as_bytes()).unwrap(); - records.flush().unwrap(); - - let seed = seed.iter().map(|num| num.to_string()).collect::<Vec<String>>().join("-"); - let mut saved = File::create(format!("tests/images/fuzzed/fuzz_{}_{}.exr", fuzz_index, seed)).unwrap(); - saved.write_all(file).unwrap(); - - println!("✗ PANIC! [{}]", fuzz_index); - } - } - } -} diff --git a/vendor/exr/tests/roundtrip.rs b/vendor/exr/tests/roundtrip.rs deleted file mode 100644 index 3181ffe..0000000 --- a/vendor/exr/tests/roundtrip.rs +++ /dev/null @@ -1,376 +0,0 @@ -extern crate exr; - -extern crate smallvec; - -use std::{panic}; -use std::io::{Cursor}; -use std::panic::catch_unwind; -use std::path::{PathBuf, Path}; -use std::ffi::OsStr; - -use exr::prelude::*; -use exr::error::{Error, UnitResult}; -use exr::prelude::pixel_vec::PixelVec; -use exr::image::validate_results::ValidateResult; -use rayon::prelude::IntoParallelIterator; -use rayon::iter::ParallelIterator; -use exr::block::samples::IntoNativeSample; - -#[test] -fn roundtrip_all_files_in_repository_x4(){ - check_all_files_in_repo(|path|{ - let file = std::fs::read(path).expect("cannot open file"); - - round_trip_simple(&file)?; - round_trip_full(&file)?; - round_trip_rgba_file(path, &file)?; - round_trip_parallel_file(&file)?; - - Ok(()) - }); -} - - -fn round_trip_full(file: &[u8]) -> Result<()> { - let read_image = read() - .no_deep_data().all_resolution_levels().all_channels().all_layers().all_attributes() - .non_parallel(); - - let image = read_image.clone().from_buffered(Cursor::new(file))?; - - let mut tmp_bytes = Vec::with_capacity(file.len()); - image.write().non_parallel().to_buffered(Cursor::new(&mut tmp_bytes))?; - - let image2 = read_image.from_buffered(Cursor::new(tmp_bytes))?; - - image.assert_equals_result(&image2); - Ok(()) -} - -fn round_trip_simple(file: &[u8]) -> Result<()> { - let read_image = read() - .no_deep_data().largest_resolution_level().all_channels().all_layers().all_attributes() - .non_parallel(); - - let image = read_image.clone().from_buffered(Cursor::new(file))?; - - let mut tmp_bytes = Vec::with_capacity(file.len()); - image.write().non_parallel().to_buffered(&mut Cursor::new(&mut tmp_bytes))?; - - let image2 = read_image.from_buffered(Cursor::new(&tmp_bytes))?; - - image.assert_equals_result(&image2); - Ok(()) -} - -fn round_trip_rgba_file(path: &Path, file: &[u8]) -> Result<()> { - // these files are known to be invalid, because they do not contain any rgb channels - let blacklist = [ - Path::new("tests/images/valid/openexr/LuminanceChroma/Garden.exr"), - Path::new("tests/images/valid/openexr/MultiView/Fog.exr"), - Path::new("tests/images/valid/openexr/TestImages/GrayRampsDiagonal.exr"), - Path::new("tests/images/valid/openexr/TestImages/GrayRampsHorizontal.exr"), - Path::new("tests/images/valid/openexr/TestImages/WideFloatRange.exr"), - Path::new("tests/images/valid/openexr/IlmfmlmflmTest/v1.7.test.tiled.exr") - ]; - - if blacklist.contains(&path) { return Ok(()) } - - let image_reader = read() - .no_deep_data() - .largest_resolution_level() // TODO all levels - .rgba_channels(PixelVec::<(f32,f32,f32,f32)>::constructor, PixelVec::set_pixel) - .first_valid_layer() - .all_attributes() - .non_parallel(); - - let image = image_reader.clone().from_buffered(Cursor::new(file))?; - - let mut tmp_bytes = Vec::with_capacity(file.len()); - - image.write().non_parallel() - .to_buffered(&mut Cursor::new(&mut tmp_bytes))?; - - let image2 = image_reader.from_buffered(Cursor::new(&tmp_bytes))?; - - image.assert_equals_result(&image2); - Ok(()) -} - -// TODO compare rgba vs rgb images for color content, and rgb vs rgb(a?) - - -fn round_trip_parallel_file(file: &[u8]) -> Result<()> { - let image = read() - .no_deep_data().all_resolution_levels().all_channels().all_layers().all_attributes() - .from_buffered(Cursor::new(file))?; - - let mut tmp_bytes = Vec::with_capacity(file.len()); - image.write().to_buffered(Cursor::new(&mut tmp_bytes))?; - - let image2 = read() - .no_deep_data().all_resolution_levels().all_channels().all_layers().all_attributes() - .pedantic() - .from_buffered(Cursor::new(tmp_bytes.as_slice()))?; - - image.assert_equals_result(&image2); - Ok(()) -} - -/// read all images in a directory. -/// does not check any content, just checks whether a read error or panic happened. -fn check_all_files_in_repo<T>( - operation: impl Sync + std::panic::RefUnwindSafe + Fn(&Path) -> exr::error::Result<T> -) { - #[derive(Debug, Eq, PartialEq, Ord, PartialOrd)] - enum Result { Ok, Unsupported(String), Error(String) } - - let files: Vec<PathBuf> = all_exr_files_in_repo().collect(); - let mut results: Vec<(PathBuf, Result)> = files.into_par_iter() - .map(|file| { - let result = catch_unwind(||{ - let prev_hook = panic::take_hook(); - panic::set_hook(Box::new(|_| (/* do not println panics */))); - let result = operation(&file); - panic::set_hook(prev_hook); - - result - }); - - let result = match result { - Ok(Ok(_)) => Result::Ok, - Ok(Err(Error::NotSupported(message))) => Result::Unsupported(message.to_string()), - - Ok(Err(Error::Io(io))) => Result::Error(format!("IoError: {:?}", io)), - Ok(Err(Error::Invalid(message))) => Result::Error(format!("Invalid: {:?}", message)), - Ok(Err(Error::Aborted)) => panic!("a test produced `Error::Abort`"), - - Err(_) => Result::Error("Panic".to_owned()), - }; - - match &result { - Result::Error(_) => println!("✗ Error when processing {:?}", file), - _ => println!("✓ No error when processing {:?}", file) - }; - - (file, result) - }) - .collect(); - - results.sort_by(|(_, a), (_, b)| a.cmp(b)); - - println!("{:#?}", results.iter().map(|(path, result)| { - format!("{:?}: {}", result, path.to_str().unwrap()) - }).collect::<Vec<_>>()); - - assert!(results.len() > 80, "Not enough files were tested!"); - - if let Result::Error(_) = results.last().unwrap().1 { - panic!("A file triggered a panic"); - } -} - -fn all_exr_files_in_repo() -> impl Iterator<Item=PathBuf> { - walkdir::WalkDir::new("tests/images/valid").into_iter().map(std::result::Result::unwrap) - .filter(|entry| entry.path().extension() == Some(OsStr::new("exr"))) - .map(walkdir::DirEntry::into_path) -} - -#[test] -fn roundtrip_unusual_2() -> UnitResult { - let random_pixels: Vec<(f16, u32)> = vec![ - ( f16::from_f32(-5.0), 4), - ( f16::from_f32(4.0), 9), - ( f16::from_f32(2.0), 6), - ( f16::from_f32(21.0), 8), - ( f16::from_f32(64.0), 7), - ]; - - let size = Vec2(3, 2); - let pixels = (0..size.area()) - .zip(random_pixels.into_iter().cycle()) - .map(|(_index, color)| color).collect::<Vec<_>>(); - - let pixels = PixelVec { resolution: size, pixels }; - - let channels = SpecificChannels::build() - .with_channel("N") - .with_channel("Ploppalori Taranos") - .with_pixels(pixels.clone() - ); - - let image = Image::from_channels(size, channels); - - let mut tmp_bytes = Vec::new(); - image.write().non_parallel().to_buffered(&mut Cursor::new(&mut tmp_bytes))?; - - let image_reader = read() - .no_deep_data() - .largest_resolution_level() // TODO all levels - .specific_channels().required("N").required("Ploppalori Taranos") - .collect_pixels(PixelVec::<(f16,u32)>::constructor, PixelVec::set_pixel) - .first_valid_layer() - .all_attributes() - .non_parallel(); - - let image2 = image_reader.from_buffered(Cursor::new(&tmp_bytes))?; - - // custom compare function: considers nan equal to nan - assert_eq!(image.layer_data.size, size, "test is buggy"); - let pixels1 = &image.layer_data.channel_data.pixels; - let pixels2 = &image2.layer_data.channel_data.pixels; - - assert_eq!(pixels1.pixels, pixels2.pixels); - - Ok(()) -} - -// TODO test optional reader -// TODO dedup -#[test] -fn roundtrip_unusual_7() -> UnitResult { - - let random_pixels: Vec<(f16, u32, f32,f32,f32,f32,f32)> = vec![ - ( f16::from_f32(-5.0), 4, 1.0,2.0,3.0,4.0,5.0), - ( f16::from_f32(4.0), 8, 2.0,3.0,4.0,5.0,1.0), - ( f16::from_f32(2.0), 9, 3.0,4.0,5.0,1.0,2.0), - ( f16::from_f32(21.0), 6, 4.0,5.0,1.0,2.0,3.0), - ( f16::from_f32(64.0), 5, 5.0,1.0,2.0,3.0,4.0), - ]; - - let size = Vec2(3, 2); - let pixels = (0..size.area()) - .zip(random_pixels.into_iter().cycle()) - .map(|(_index, color)| color).collect::<Vec<_>>(); - - let pixels = PixelVec { resolution: size, pixels }; - - let channels = SpecificChannels::build() - .with_channel("N") - .with_channel("Ploppalori Taranos") - .with_channel("4") - .with_channel(".") - .with_channel("____") - .with_channel(" ") - .with_channel(" ") - .with_pixels(pixels.clone() - ); - - let image = Image::from_channels(size, channels); - - let mut tmp_bytes = Vec::new(); - image.write().non_parallel().to_buffered(&mut Cursor::new(&mut tmp_bytes))?; - - let image_reader = read() - .no_deep_data() - .largest_resolution_level() // TODO all levels - .specific_channels() - .required("N") - .required("Ploppalori Taranos") - .required("4") - .required(".") - .required("____") - .required(" ") - .required(" ") - .collect_pixels(PixelVec::<(f16, u32, f32,f32,f32,f32,f32)>::constructor, PixelVec::set_pixel) - .first_valid_layer() - .all_attributes() - .non_parallel(); - - let image2 = image_reader.from_buffered(Cursor::new(&tmp_bytes))?; - - // custom compare function: considers nan equal to nan - assert_eq!(image.layer_data.size, size, "test is buggy"); - let pixels1 = &image.layer_data.channel_data.pixels; - let pixels2 = &image2.layer_data.channel_data.pixels; - - assert_eq!(pixels1.pixels, pixels2.pixels); - Ok(()) -} - -#[test] -#[cfg(target_endian = "big")] // TODO big endian pxr24 -fn pxr24_expect_error_on_big_endian(){ - let image = exr::prelude::read_all_data_from_file( - "tests/images/valid/custom/compression_methods/f16/pxr24.exr" - ); - - match image { - Err(Error::NotSupported(_)) => {} - _ => panic!("pxr24 should report an error on big endian architecture") - } -} - -#[test] -#[cfg(target_endian = "little")] // TODO big endian pxr24 -fn roundtrip_pxr24() { - test_mixed_roundtrip_with_compression(Compression::PXR24) -} - -#[test] -fn roundtrip_rle() { - test_mixed_roundtrip_with_compression(Compression::RLE) -} - -#[test] -fn roundtrip_zip1() { - test_mixed_roundtrip_with_compression(Compression::ZIP1) -} - -#[test] -fn roundtrip_zip16() { - test_mixed_roundtrip_with_compression(Compression::ZIP16) -} - -#[test] -fn roundtrip_b44() { - test_mixed_roundtrip_with_compression(Compression::B44) -} - -#[test] -fn roundtrip_b44a() { - test_mixed_roundtrip_with_compression(Compression::B44A) -} - -#[test] -fn roundtrip_piz() { - test_mixed_roundtrip_with_compression(Compression::PIZ) -} - -#[test] -fn roundtrip_uncompressed() { - test_mixed_roundtrip_with_compression(Compression::Uncompressed) -} - -fn test_mixed_roundtrip_with_compression(compression: Compression) { - - let original_pixels: [(f16,f32,f32); 4] = [ - (0.0.to_f16(), -1.1, std::f32::consts::PI), - (9.1.to_f16(), -3.1, std::f32::consts::TAU), - (-10.0.to_f16(), -11.1, f32::EPSILON), - (half::f16::NAN, 10000.1, -1024.009), - ]; - - let mut file_bytes = Vec::new(); - let original_image = Image::from_encoded_channels( - (2,2), - Encoding { - compression, - .. Encoding::default() - }, - SpecificChannels::rgb( - PixelVec::new(Vec2(2,2), original_pixels.to_vec()) - ) - ); - - original_image.write().to_buffered(Cursor::new(&mut file_bytes)).unwrap(); - - let lossy_image = read().no_deep_data().largest_resolution_level() - .rgb_channels(PixelVec::<(f16,f32,f32)>::constructor, PixelVec::set_pixel) - .first_valid_layer().all_attributes().from_buffered(Cursor::new(&file_bytes)).unwrap(); - - // use automatic lossy detection by compression method - original_image.assert_equals_result(&original_image); - lossy_image.assert_equals_result(&lossy_image); - original_image.assert_equals_result(&lossy_image); -} |