diff options
Diffstat (limited to 'vendor/exr/src')
38 files changed, 16347 insertions, 0 deletions
diff --git a/vendor/exr/src/block/chunk.rs b/vendor/exr/src/block/chunk.rs new file mode 100644 index 0000000..ff138f8 --- /dev/null +++ b/vendor/exr/src/block/chunk.rs @@ -0,0 +1,379 @@ + +//! 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 new file mode 100644 index 0000000..1cdf8ee --- /dev/null +++ b/vendor/exr/src/block/lines.rs @@ -0,0 +1,197 @@ +//! 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 new file mode 100644 index 0000000..1d20aa8 --- /dev/null +++ b/vendor/exr/src/block/mod.rs @@ -0,0 +1,257 @@ +//! 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 new file mode 100644 index 0000000..bb9888e --- /dev/null +++ b/vendor/exr/src/block/reader.rs @@ -0,0 +1,527 @@ +//! 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 new file mode 100644 index 0000000..4352b11 --- /dev/null +++ b/vendor/exr/src/block/samples.rs @@ -0,0 +1,248 @@ +//! 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 new file mode 100644 index 0000000..1227c69 --- /dev/null +++ b/vendor/exr/src/block/writer.rs @@ -0,0 +1,468 @@ +//! 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 new file mode 100644 index 0000000..815e95e --- /dev/null +++ b/vendor/exr/src/compression/b44/mod.rs @@ -0,0 +1,989 @@ +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 new file mode 100644 index 0000000..4afb564 --- /dev/null +++ b/vendor/exr/src/compression/b44/table.rs @@ -0,0 +1,10 @@ +// 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, 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, +]; 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, 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+//! 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 new file mode 100644 index 0000000..a01cbf2 --- /dev/null +++ b/vendor/exr/src/compression/piz/huffman.rs @@ -0,0 +1,988 @@ +//! 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 new file mode 100644 index 0000000..1d77663 --- /dev/null +++ b/vendor/exr/src/compression/piz/mod.rs @@ -0,0 +1,437 @@ + + +//! 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 new file mode 100644 index 0000000..76f996e --- /dev/null +++ b/vendor/exr/src/compression/piz/wavelet.rs @@ -0,0 +1,422 @@ + +//! 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 new file mode 100644 index 0000000..9461c6a --- /dev/null +++ b/vendor/exr/src/compression/pxr24.rs @@ -0,0 +1,261 @@ + +//! 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 new file mode 100644 index 0000000..e96ce72 --- /dev/null +++ b/vendor/exr/src/compression/rle.rs @@ -0,0 +1,112 @@ +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 new file mode 100644 index 0000000..0e9899c --- /dev/null +++ b/vendor/exr/src/compression/zip.rs @@ -0,0 +1,41 @@ + +// 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 new file mode 100644 index 0000000..4ab141f --- /dev/null +++ b/vendor/exr/src/error.rs @@ -0,0 +1,136 @@ + +//! 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 new file mode 100644 index 0000000..7d74375 --- /dev/null +++ b/vendor/exr/src/image/channel_groups.rs @@ -0,0 +1,267 @@ + +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 new file mode 100644 index 0000000..63aadbf --- /dev/null +++ b/vendor/exr/src/image/crop.rs @@ -0,0 +1,801 @@ +//! 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 new file mode 100644 index 0000000..db75050 --- /dev/null +++ b/vendor/exr/src/image/mod.rs @@ -0,0 +1,1326 @@ + +//! 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 new file mode 100644 index 0000000..3447bf2 --- /dev/null +++ b/vendor/exr/src/image/pixel_vec.rs @@ -0,0 +1,97 @@ + +//! 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 new file mode 100644 index 0000000..054a7c3 --- /dev/null +++ b/vendor/exr/src/image/read/any_channels.rs @@ -0,0 +1,128 @@ +//! 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 new file mode 100644 index 0000000..fce2f52 --- /dev/null +++ b/vendor/exr/src/image/read/image.rs @@ -0,0 +1,209 @@ +//! 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 new file mode 100644 index 0000000..75159c2 --- /dev/null +++ b/vendor/exr/src/image/read/layers.rs @@ -0,0 +1,204 @@ +//! 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 new file mode 100644 index 0000000..5705903 --- /dev/null +++ b/vendor/exr/src/image/read/levels.rs @@ -0,0 +1,219 @@ +//! 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 new file mode 100644 index 0000000..c03fc90 --- /dev/null +++ b/vendor/exr/src/image/read/mod.rs @@ -0,0 +1,207 @@ + +//! 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 new file mode 100644 index 0000000..e03c3cc --- /dev/null +++ b/vendor/exr/src/image/read/samples.rs @@ -0,0 +1,122 @@ +//! 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 new file mode 100644 index 0000000..375691c --- /dev/null +++ b/vendor/exr/src/image/read/specific_channels.rs @@ -0,0 +1,463 @@ +//! 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 new file mode 100644 index 0000000..25a980f --- /dev/null +++ b/vendor/exr/src/image/recursive.rs @@ -0,0 +1,178 @@ +//! 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 new file mode 100644 index 0000000..2450f09 --- /dev/null +++ b/vendor/exr/src/image/write/channels.rs @@ -0,0 +1,407 @@ +//! 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 new file mode 100644 index 0000000..85648ff --- /dev/null +++ b/vendor/exr/src/image/write/layers.rs @@ -0,0 +1,188 @@ +//! 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 new file mode 100644 index 0000000..3c20060 --- /dev/null +++ b/vendor/exr/src/image/write/mod.rs @@ -0,0 +1,184 @@ + +//! 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 new file mode 100644 index 0000000..e74105b --- /dev/null +++ b/vendor/exr/src/image/write/samples.rs @@ -0,0 +1,205 @@ +//! 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 new file mode 100644 index 0000000..1fb863b --- /dev/null +++ b/vendor/exr/src/io.rs @@ -0,0 +1,447 @@ + +//! 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 new file mode 100644 index 0000000..cebb80e --- /dev/null +++ b/vendor/exr/src/lib.rs @@ -0,0 +1,100 @@ + + +//! 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 new file mode 100644 index 0000000..9f21bf1 --- /dev/null +++ b/vendor/exr/src/math.rs @@ -0,0 +1,213 @@ + +// 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 new file mode 100644 index 0000000..5b71e82 --- /dev/null +++ b/vendor/exr/src/meta/attribute.rs @@ -0,0 +1,2226 @@ + +//! 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 new file mode 100644 index 0000000..b322b18 --- /dev/null +++ b/vendor/exr/src/meta/header.rs @@ -0,0 +1,1197 @@ + +//! 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 new file mode 100644 index 0000000..0c36af8 --- /dev/null +++ b/vendor/exr/src/meta/mod.rs @@ -0,0 +1,821 @@ + +//! 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); + } +} + |