Package gov.nih.mipav.model.file

Class charls

java.lang.Object

gov.nih.mipav.model.file.charls

public class charls
extends Object

Ported from C++ to Java by William Gandler BSD 3-Clause License Copyright (c) 2007, Jan de Vaan and Victor Derks All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. 3. Neither the name of the copyright holder nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. # CharLS [](https://raw.githubusercontent.com/team-charls/charls/main/LICENSE.md) [](https://api.reuse.software/info/github.com/team-charls/charls) [](https://ci.appveyor.com/project/vbaderks/charls/branch/main) [](https://dev.azure.com/team-charls/charls/_build/latest?definitionId=2invalid input: '&branchName'=main) [](https://sonarcloud.io/summary/new_code?id=team-charls_charls) [](https://repology.org/metapackage/charls) CharLS is a C++ implementation of the JPEG-LS standard for lossless and near-lossless image compression and decompression. JPEG-LS is a low-complexity image compression standard that matches JPEG 2000 compression ratios. ## Features C++17 library implementation with a binary C interface for maximum interoperability. Supports Windows, Linux and macOS on x86, x64, arm, arm64, mips, s390x and ppc64le. Adapters for .NET, JavaScript (WebAssembly) and Python applications available. Excellent compression and decompression performance. ## About JPEG-LS JPEG-LS (ISO/IEC 14495-1:1999 / ITU-T.87) is an image compression standard derived from the Hewlett Packard LOCO algorithm. JPEG-LS has low complexity (meaning fast compression) and high compression ratios, similar to the JPEG 2000 lossless ratios. JPEG-LS is more similar to the old Lossless JPEG than to JPEG 2000, but interestingly the two different techniques result in vastly different performance characteristics. Wikipedia on lossless JPEG and JPEG-LS: invalid input: '<'https://en.wikipedia.org/wiki/Lossless_JPEG> Tip: ITU makes their version of the JPEG-LS standard (ITU-T.87) freely available for download. The text is identical with the ISO version. ## About this software This project's goal is to provide a full implementation of the ISO/IEC 14495-1:1999, "Lossless and near-lossless compression of continuous-tone still images: Baseline" standard. This library is written from scratch in portable C++. The main branch uses C++17. The 2.x branch is maintained in C++14. All mainstream JPEG-LS features are implemented by this library. According to preliminary test results published on invalid input: '<'https://imagecompression.info/gralic,> CharLS is about *twice as fast* as the original HP code, and beats both JPEG-XR and JPEG 2000 by a factor 3. ### Limitations The following JPEG-LS options are not supported by the CharLS implementation. Most of these options are rarely used in practice. No support to encode JPEG restart markers Decoding is supported, but no recovery mechanism is implemented for corrupted JPEG-LS files. No support for sub-sampled scans. Sub-sampling is a lossly encoding mechanism and not used in lossless scenarios. No support for point transform. Point transform is a lossly encoding mechanism and not used in lossless scenarios. #### Note about JPEG-LS part 2 After releasing the original baseline JPEG-LS standard ISO 14495-1:1999, ISO released an extension to the JPEG-LS standard called ISO/IEC 14495-2:2003: "Lossless and near-lossless compression of continuous-tone still images: Extensions". CharLS doesn't support this extension. ## Supported platforms The code is regularly compiled/tested on Windows and 64 bit Linux. Additionally, the code has been successfully tested on Linux Intel/AMD 32/64 bit (slackware, debian, gentoo), Solaris SPARC systems, Intel based Macs and Windows CE (ARM CPU, emulated), where the less common compilers may require minor code edits. It leverages C++ language features (templates, traits) to create optimized code, which generally perform best with recent compilers. ### Support Matrix | Dimension | Supported Version | |---------------|------------------------| | C Version | >= 17 | | C++ Version | >= 17 | | CMake | >= 3.16 | | GCC | >= 9.1 | | Clang | >= 7.0.0 | | MSVC | >= 2019 | | Apple Clang | >= 12 | ## Getting Started With [vcpkg](https://github.com/Microsoft/vcpkg) on Windows ```powershell PS> vcpkg install charls charls:x64-windows ``` With [vcpkg](https://github.com/Microsoft/vcpkg) on Linux or macOS ```bash ~/$ ./vcpkg install charls ``` For other platforms, more install options, how to build from source, and more, take a look at the [documentation](https://github.com/team-charls/charls/wiki). Once you have the library, the sample folder provides some code samples to get you started. ## Release Management This repository is provided as source code, and specifically does not offer binary releases. Instead, it is encouraged to either “live at head” (build from the latest version of or, if necessary, build against a known, supported branch, known as a Long Term Support (LTS) branch. Support for older compiler versions will be phased out, 5 years from the moment that a newer version of that compiler has become available. The same applies to the minimal required C++ language version. ### Long Term Support (LTS) Branches Before any major breaking change in the API and/or ABI a branch will be created from main to freeze that snapshot as LTS branch. ## Related Projects [CharLS.Native .NET](https://github.com/team-charls/charls-native-dotnet) - a .NET adapter assembly for CharLS: [NuGet package](https://www.nuget.org/packages/CharLS.Native/) [JPEG-LS WIC codec](https://github.com/team-charls/jpegls-wic-codec) - Windows Imaging Component (WIC) codec for JPEG-LS .jls files [charls-js](https://github.com/chafey/charls-js) - WebAssembly build of CharLS: [Demo](https://chafey.github.io/charls-js/test/browser/index.html) [JPEG-LS plugin for Python Pillow](https://github.com/planetmarshall/pillow-jpls) - JPEG-LS plugin for Python Pillow: [Pip package](https://pypi.org/project/pillow-jpls/) ## Users invalid input: '&' Acknowledgements CharLS is being used by [GDCM DICOM toolkit](https://sourceforge.net/projects/gdcm/), thanks for [Mathieu Malaterre](https://sourceforge.net/users/malat) for getting CharLS started on Linux. Kato Kanryu wrote an initial version of the color transforms and the DIB output format code, for an [irfanview](https://www.irfanview.com) plugin using CharLS. ## Legal The code in this project is available through a BSD style license, allowing use of the code in commercial closed source applications if you wish. All** the code in this project is written from scratch, and not based on other JPEG-LS implementations. Be aware that Hewlett Packard claims to own patents that apply to JPEG-LS implementations, but they license it for free for conformant JPEG-LS implementations. Some of these patents may already have expired in your country. Read more at invalid input: '<'https://hpl.hp.com/loco/> before you use this if you use this code for commercial purposes.

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
(package private) static enum	charls.charls_color_transformation
(package private) static enum	charls.charls_compressed_data_format
(package private) static enum	charls.charls_constants
(package private) static enum	charls.charls_encoding_options
(package private) class	charls.charls_frame_info
(package private) static enum	charls.charls_interleave_mode
class	charls.charls_jpegls_decoder
(package private) class	charls.charls_jpegls_encoder
(package private) static enum	charls.charls_jpegls_errc
(package private) class	charls.charls_jpegls_pc_parameters
(package private) class	charls.charls_mapping_table_info
(package private) static enum	charls.charls_spiff_color_space
(package private) static enum	charls.charls_spiff_compression_type
(package private) static enum	charls.charls_spiff_entry_tag
(package private) class	charls.charls_spiff_header
(package private) static enum	charls.charls_spiff_profile_id
(package private) static enum	charls.charls_spiff_resolution_units
(package private) class	charls.coding_parameters
(package private) static enum	charls.color_transformation
(package private) static enum	charls.compressed_data_format
(package private) static enum	charls.decoder_state
(package private) class	charls.default_traits
(package private) static enum	charls.encoder_state
(package private) static enum	charls.encoding_options
(package private) class	charls.golomb_code_match
(package private) class	charls.golomb_code_match_table
(package private) static enum	charls.interleave_mode
(package private) class	charls.jpeg_stream_reader
(package private) class	charls.jpeg_stream_writer
(package private) class	charls.jpeg_test_stream_writer
(package private) static enum	charls.jpegls_errc
(package private) static enum	charls.jpegls_preset_parameters_type
(package private) class	charls.lossless_traits12
(package private) class	charls.lossless_traits16
(package private) class	charls.lossless_traits16pair
(package private) class	charls.lossless_traits16quad
(package private) class	charls.lossless_traits16triplet
(package private) class	charls.lossless_traits32
(package private) class	charls.lossless_traits32pair
(package private) class	charls.lossless_traits32quad
(package private) class	charls.lossless_traits32triplet
(package private) class	charls.lossless_traits8
(package private) class	charls.lossless_traits8pair
(package private) class	charls.lossless_traits8quad
(package private) class	charls.lossless_traits8triplet
(package private) class	charls.pair<T>
(package private) class	charls.Pair2var<T,U>
(package private) static enum	charls.PixelType
(package private) class	charls.portable_anymap_file
(package private) class	charls.quad<T>
(package private) class	charls.regular_mode_context
(package private) class	charls.run_mode_context
(package private) static enum	charls.SampleType
(package private) class	charls.scan_codec
(package private) class	charls.scan_decoder
(package private) class	charls.scan_decoder_impl
(package private) class	charls.scan_decoder_tester
(package private) class	charls.scan_encoder
(package private) class	charls.scan_encoder_impl
(package private) class	charls.scan_encoder_tester
(package private) class	charls.span16
(package private) class	charls.span32
(package private) class	charls.span8
(package private) static enum	charls.spiff_color_space
(package private) static enum	charls.spiff_compression_type
(package private) static enum	charls.spiff_entry_tag
(package private) static enum	charls.spiff_profile_id
(package private) static enum	charls.spiff_resolution_units
(package private) static enum	charls.state
(package private) class	charls.thresholds
(package private) class	charls.traits
(package private) class	charls.transform_hp1_16
(package private) class	charls.transform_hp1_32
(package private) class	charls.transform_hp1_8
(package private) class	charls.transform_hp2_16
(package private) class	charls.transform_hp2_32
(package private) class	charls.transform_hp2_8
(package private) class	charls.transform_hp3_16
(package private) class	charls.transform_hp3_32
(package private) class	charls.transform_hp3_8
(package private) class	charls.triplet<T>

Field Summary

Fields

Modifier and Type	Field	Description
(package private) final byte	application_data0
(package private) final byte	application_data1
(package private) final byte	application_data10
(package private) final byte	application_data11
(package private) final byte	application_data12
(package private) final byte	application_data13
(package private) final byte	application_data14
(package private) final byte	application_data15
(package private) final byte	application_data2
(package private) final byte	application_data3
(package private) final byte	application_data4
(package private) final byte	application_data5
(package private) final byte	application_data6
(package private) final byte	application_data7
(package private) final byte	application_data8
(package private) final byte	application_data9
(package private) final int	auto_calculate_stride
(package private) final int	CHARLS_RETURN_TYPE_SUCCESS
(package private) final int	CHARLS_VERSION_MAJOR
(package private) final int	CHARLS_VERSION_MINOR
(package private) final int	CHARLS_VERSION_PATCH
(package private) final byte	comment
(package private) final int	default_reset_threshold
(package private) final byte	define_number_of_lines
(package private) final byte	define_restart_interval
(package private) final byte	end_of_image
(package private) charls.golomb_code_match_table[]	golomb_lut
(package private) final int	int32_t_bit_count
(package private) final int[]	J
(package private) final byte	jpeg_marker_start_byte
(package private) final int	jpeg_restart_marker_base
(package private) final int	jpeg_restart_marker_range
(package private) final byte	jpegls_preset_parameters
(package private) final int	mapping_table_missing
(package private) final int	max_k_value
(package private) final int	maximum_application_data_id
(package private) final int	maximum_bits_per_sample
(package private) final int	maximum_component_count
(package private) final int	maximum_component_count_in_scan
(package private) final int	maximum_component_index
(package private) final int	maximum_mapping_entry_size
(package private) final int	maximum_mapping_table_id
(package private) final int	maximum_near_lossless
(package private) final int	minimum_application_data_id
(package private) final int	minimum_bits_per_sample
(package private) final int	minimum_component_count
(package private) final int	minimum_component_index
(package private) final int	minimum_mapping_entry_size
(package private) final int	minimum_mapping_table_id
(package private) Vector<Byte>	quantization_lut_lossless_10
(package private) Vector<Byte>	quantization_lut_lossless_12
(package private) Vector<Byte>	quantization_lut_lossless_16
(package private) Vector<Byte>	quantization_lut_lossless_8
(package private) byte[]	reference_image_data
(package private) final int	segment_length_size
(package private) final int	segment_max_data_size
(package private) boolean	signed_data
(package private) final byte	sof_baseline_jpeg
(package private) final byte	sof_differential_lossless
(package private) final byte	sof_differential_progressive
(package private) final byte	sof_differential_sequential
(package private) final byte	sof_extended_arithmetic
(package private) final byte	sof_extended_sequential
(package private) final byte	sof_jpegls_extended
(package private) final byte	sof_lossless
(package private) final byte	sof_lossless_arithmetic
(package private) final byte	sof_progressive
(package private) final byte	sof_progressive_arithmetic
(package private) final short	spiff_end_of_directory_entry_type
(package private) final int	spiff_entry_max_data_size
(package private) final int	spiff_header_size_in_bytes
(package private) final short	spiff_major_revision_number
(package private) final short	spiff_minor_revision_number
(package private) final byte	start_of_frame_jpegls
(package private) final byte	start_of_image
(package private) final byte	start_of_scan

Constructor Summary

Constructors

Constructor	Description
charls()
charls(int test)

Method Summary

Modifier and Type	Method	Description
void	abbreviated_format_mapping_table_count_after_read_header()
void	advance_position()
void	all_jpegls_bits_per_sample_are_valid()
void	append_to_bit_stream_ff_pattern()
void	append_to_bit_stream_zero_length()
(package private) int	apply_sign(int i, int sign)
(package private) int	apply_sign_for_index(int i, int sign)
(package private) int	bit_to_byte_count(int bit_count)
(package private) long	bit_to_byte_count(long bit_count)
(package private) int	bit_wise_sign(int i)
(package private) int	calculate_maximum_sample_value(int bits_per_sample)
void	call_and_compare_log2_ceil(int value)
(package private) void	call_and_compare_log2_floor(int arg)
void	call_decode_advanced()
void	call_decode_simple_8_bit_monochrome()
void	call_encode_advanced_8_bit_monochrome()
void	call_encode_simple_8_bit_monochrome()
(package private) void	charls_get_version_number(int[] major, int[] minor, int[] patch)
void	charls_get_version_number_all()
(package private) String	charls_get_version_string()
void	charls_get_version_string_test()
(package private) String	charls_jpegls_decoder_decode_to_buffer(charls.charls_jpegls_decoder decoder, byte[] destination_buffer, int destination_size_bytes, int stride)
(package private) String	charls_jpegls_encoder_encode_from_buffer(charls.charls_jpegls_encoder encoder, byte[] source_buffer, int source_size_bytes, int stride)
(package private) String	charls_jpegls_encoder_encode_from_buffer(charls.charls_jpegls_encoder encoder, short[] source_buffer, int source_size_bytes, int stride)
(package private) charls.jpegls_errc	charls_validate_spiff_header(charls.charls_spiff_header spiff_header, charls.charls_frame_info frame_info)
(package private) void	check_argument(boolean expression)
(package private) void	check_argument(boolean expression, String error_value)
(package private) void	check_argument(charls.span16 argument)
(package private) void	check_argument(charls.span8 argument)
(package private) void	check_argument_range(int minimum, int maximum, int value)
(package private) void	check_argument_range(int minimum, int maximum, int value, String error_value)
(package private) void	check_interleave_mode(charls.interleave_mode mode, String error_value)
(package private) void	check_operation(boolean expression)
void	check_output(byte[] source, int source_size, byte[] destination, int destination_offset, charls.charls_jpegls_decoder decoder, int component_count, int component_size)
void	check_output(byte[] source, int source_size, byte[] destination, charls.charls_jpegls_decoder decoder, int component_count, int component_size)
(package private) int	checked_mul(int a, int b)
(package private) long	checked_mul(long a, long b)
(package private) int	clamp(int i, int j, int maximum_sample_value)
(package private) boolean	color_transformation_possible(charls.charls_frame_info frame)
void	compare_buffers(byte[] buffer1, int size1, byte[] buffer2, int size2)
void	compressed_data_format_abbreviated_image_data()
void	compressed_data_format_interchange()
(package private) int	compute_context_id(int q1, int q2, int q3)
(package private) charls.charls_jpegls_pc_parameters	compute_default(int maximum_sample_value, int near_lossless)
(package private) charls.thresholds	compute_defaults_using_reference_implementation(int max_value, int near)
(package private) int	compute_limit_parameter(int bits_per_sample)
(package private) int	compute_maximum_near_lossless(int maximum_sample_value)
(package private) int	compute_predicted_value(int ra, int rb, int rc)
(package private) int	compute_range_parameter(int maximum_sample_value, int near_lossless)
(package private) void	copy_from_line_buffer_16(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, charls.interleave_mode interleave, int component_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_from_line_buffer_16(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, charls.interleave_mode interleave, int component_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_from_line_buffer_32(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count, charls.interleave_mode interleave, int component_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_from_line_buffer_8(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, charls.interleave_mode interleave, int component_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_from_line_buffer_8(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, charls.interleave_mode interleave, int component_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_line_2_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_2_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_2_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_2_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_2_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_2_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_2_components(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_2_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_2_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_3_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_3_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_3_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_3_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_3_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_3_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_3_components(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_3_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_3_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_3_components_transform_impl(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_line_3_components_transform_impl(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_line_3_components_transform_impl(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_line_3_components_transform_impl(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_line_4_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_4_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_4_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_4_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_4_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_4_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_line_4_components(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_4_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_line_4_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_2_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_2_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_2_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_2_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_2_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_2_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_2_components(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_2_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_2_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_3_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_3_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_3_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_3_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_3_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_3_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_3_components(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_3_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_3_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_3_components_transform_impl(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_pixels_3_components_transform_impl(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_pixels_3_components_transform_impl(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_pixels_3_components_transform_impl(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_pixels_4_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_4_components(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_4_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_4_components(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_4_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_4_components(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_pixels_4_components(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_4_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_pixels_4_components(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_samples(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_samples(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_samples(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count)
(package private) void	copy_samples(short[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count)
(package private) void	copy_samples(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count)
(package private) void	copy_samples_masked(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_samples_masked(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_samples_masked(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_samples_masked(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, int mask)
(package private) void	copy_to_line_3_components_transform_impl(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_to_line_3_components_transform_impl(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_to_line_3_components_transform_impl(short[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, charls.color_transformation transform, boolean inverse)
(package private) void	copy_to_line_buffer_16(byte[] source, int source_offset, short[] destination, int destination_offset, long pixel_count, charls.interleave_mode interleave, int component_count, int bits_per_sample, charls.color_transformation transform, boolean inverse, int mask)
(package private) void	copy_to_line_buffer_32(int[] source, int source_offset, int[] destination, int destination_offset, long pixel_count, charls.interleave_mode interleave, int component_count, int bits_per_sample, charls.color_transformation transform, boolean inverse, int mask)
(package private) void	copy_to_line_buffer_8(byte[] source, int source_offset, byte[] destination, int destination_offset, long pixel_count, charls.interleave_mode interleave, int component_count, int bits_per_sample, charls.color_transformation transform, boolean inverse, int mask)
(package private) int	countl_zero(int x)
void	create_abbreviated_format()
void	create_and_move()
(package private) charls.charls_jpegls_decoder	create_decoder(Vector<Byte> source)
(package private) Vector<Byte>	create_default_pc_parameters_segment()
void	create_destroy()
(package private) charls.pair<Integer>	create_encoded_value(int k, int mapped_error)
(package private) Vector<Byte>	create_quantize_lut_lossless(int bit_count)
(package private) Vector<Byte>	create_test_spiff_header()
(package private) Vector<Byte>	create_test_spiff_header(short high_version, short low_version, boolean end_of_directory, short component_count)
(package private) charls.charls_frame_info	create_valid_frame_info()
(package private) charls.charls_spiff_header	create_valid_spiff_header()
charls.Pair2var<charls.charls_frame_info,charls.interleave_mode>	decode(byte[] source, Vector<Byte> destination)
byte[]	decode_advanced(byte[] source)
void	decode_color_8_bit_interleave_line_lossless_restart_7()
void	decode_color_8_bit_interleave_none_lossless_restart_7()
void	decode_color_8_bit_interleave_sample_lossless_restart_300()
void	decode_color_8_bit_interleave_sample_lossless_restart_7()
void	decode_color_interleave_none_with_custom_stride_works()
void	decode_color_interleave_none_with_standard_stride_works()
void	decode_color_interleave_sample_with_custom_stride_works()
void	decode_color_interleave_sample_with_standard_stride_works()
void	decode_encode_color_8_bit_interleave_line_lossless()
void	decode_encode_color_8_bit_interleave_line_near_lossless_3()
void	decode_encode_color_8_bit_interleave_none_lossless()
void	decode_encode_color_8_bit_interleave_none_lossless_non_default()
void	decode_encode_color_8_bit_interleave_none_near_lossless_3()
void	decode_encode_color_8_bit_interleave_none_near_lossless_3_non_default()
void	decode_encode_color_8_bit_interleave_sample_lossless()
void	decode_encode_color_8_bit_interleave_sample_near_lossless_3()
void	decode_encode_file(String encoded_filename, String raw_filename, boolean check_encode)
void	decode_encode_monochrome_16_bit_lossless()
void	decode_encode_tulips_monochrome_8_bit_lossless_hp()
void	decode_encoded_ff_pattern()
void	decode_file_with_extra_begin_bytes_for_restart_marker_code()
void	decode_mapping_table_sample_annex_h4_5()
void	decode_monochrome_16_bit_near_lossless_3()
void	decode_monochrome_16_bit_restart_5()
void	decode_reference_file_from_buffer()
byte[]	decode_simple_8_bit_monochrome(byte[] source)
void	decode_to_buffer_with_uint16_size_works()
void	decode_with_default_pc_parameters_before_each_sos()
(package private) void	decompress_file(String name_encoded, String name_raw, int offset)
(package private) void	decompress_file(String name_encoded, String name_raw, int offset, boolean check_encode)
void	default_traits_create_test()
void	default_traits_modulo_range_test()
void	destination()
(package private) byte[]	encode(byte[] source, charls.charls_frame_info frame, charls.interleave_mode interleave, charls.encoding_options options)
void	encode(charls.charls_frame_info frame_info, byte[] source, int expected_size, charls.interleave_mode interleave_)
void	encode(charls.charls_frame_info frame_info, byte[] source, int expected_size, charls.interleave_mode interleave_, charls.color_transformation color_)
void	encode(String filename, int expected_size)
void	encode(String filename, int expected_size, charls.interleave_mode interleave_)
void	encode(String filename, int expected_size, charls.interleave_mode interleave_, charls.color_transformation color_)
void	encode_1_component_12_bit_with_high_bits_set()
void	encode_1_component_4_bit_with_high_bits_set()
void	encode_16_bit()
void	encode_2_components_11_bit_with_high_bits_set_interleave_mode_line()
void	encode_2_components_13_bit_with_high_bits_set_interleave_mode_sample()
void	encode_2_components_16_bit_interleave_line()
void	encode_2_components_16_bit_interleave_none()
void	encode_2_components_16_bit_interleave_sample()
void	encode_2_components_5_bit_with_high_bits_set_interleave_mode_line()
void	encode_2_components_7_bit_with_high_bits_set_interleave_mode_sample()
void	encode_2_components_8_bit_interleave_line()
void	encode_2_components_8_bit_interleave_none()
void	encode_2_components_8_bit_interleave_sample()
void	encode_3_components_10_bit_with_high_bits_set_interleave_mode_line()
void	encode_3_components_10_bit_with_high_bits_set_interleave_mode_sample()
void	encode_3_components_16_bit_with_high_bits_set_interleave_mode_line_hp1()
void	encode_3_components_16_bit_with_high_bits_set_interleave_mode_line_hp2()
void	encode_3_components_16_bit_with_high_bits_set_interleave_mode_line_hp3()
void	encode_3_components_16_bit_with_high_bits_set_interleave_mode_sample_hp1()
void	encode_3_components_16_bit_with_high_bits_set_interleave_mode_sample_hp2()
void	encode_3_components_16_bit_with_high_bits_set_interleave_mode_sample_hp3()
void	encode_3_components_6_bit_with_high_bits_set_interleave_mode_line()
void	encode_3_components_6_bit_with_high_bits_set_interleave_mode_sample()
void	encode_3_components_8_bit_with_high_bits_set_interleave_mode_line_hp1()
void	encode_3_components_8_bit_with_high_bits_set_interleave_mode_line_hp2()
void	encode_3_components_8_bit_with_high_bits_set_interleave_mode_line_hp3()
void	encode_3_components_8_bit_with_high_bits_set_interleave_mode_sample_hp1()
void	encode_3_components_8_bit_with_high_bits_set_interleave_mode_sample_hp2()
void	encode_3_components_8_bit_with_high_bits_set_interleave_mode_sample_hp3()
void	encode_4_components_11_bit_with_high_bits_set_interleave_mode_line()
void	encode_4_components_13_bit_with_high_bits_set_interleave_mode_sample()
void	encode_4_components_16_bit_interleave_line()
void	encode_4_components_16_bit_interleave_none()
void	encode_4_components_16_bit_interleave_sample()
void	encode_4_components_5_bit_with_high_bits_set_interleave_mode_line()
void	encode_4_components_7_bit_with_high_bits_set_interleave_mode_sample()
void	encode_4_components_8_bit_interleave_line()
void	encode_4_components_8_bit_interleave_none()
void	encode_4_components_8_bit_interleave_sample()
byte[]	encode_advanced_8_bit_monochrome(byte[] source, int width, int height)
void	encode_color_16_bit_interleave_line()
void	encode_color_16_bit_interleave_line_hp1()
void	encode_color_16_bit_interleave_line_hp2()
void	encode_color_16_bit_interleave_line_hp3()
void	encode_color_16_bit_interleave_none()
void	encode_color_16_bit_interleave_sample()
void	encode_color_16_bit_interleave_sample_hp1()
void	encode_color_16_bit_interleave_sample_hp2()
void	encode_color_16_bit_interleave_sample_hp3()
void	encode_color_8_bit_interleave_line_hp1()
void	encode_color_8_bit_interleave_line_hp2()
void	encode_color_8_bit_interleave_line_hp3()
void	encode_color_8_bit_interleave_line_lossless()
void	encode_color_8_bit_interleave_none_lossless()
void	encode_color_8_bit_interleave_sample_hp1()
void	encode_color_8_bit_interleave_sample_hp2()
void	encode_color_8_bit_interleave_sample_hp3()
void	encode_color_8_bit_interleave_sample_lossless()
void	encode_image_include_pc_parameters_jai()
void	encode_image_odd_size()
void	encode_image_odd_size_forced_even()
void	encode_image_with_include_pc_parameters_jai_not_set()
void	encode_monchrome_16_bit_interleave_none()
void	encode_monochrome_12_bit_lossless()
void	encode_monochrome_16_bit_lossless()
void	encode_monochrome_2_bit_lossless()
void	encode_monochrome_4_bit_lossless()
void	encode_oversized_image()
byte[]	encode_simple_8_bit_monochrome(byte[] source, int width, int height)
void	encode_with_color_transformation()
void	encode_with_custom_preset_coding_parameters(charls.charls_jpegls_pc_parameters pc_parameters)
void	encode_with_different_interleave_modes_none_first()
void	encode_with_different_interleave_modes_sample_first()
void	encode_with_different_lossless_values()
void	encode_with_different_preset_coding_parameters()
void	encode_with_preset_coding_parameters_non_default_values()
void	encode_with_spiff_header()
void	encode_with_stride_interleave_none_16_bit()
void	encode_with_stride_interleave_none_8_bit()
void	encode_with_stride_interleave_none_8_bit_small_image()
void	encode_with_stride_interleave_sample_16_bit()
void	encode_with_stride_interleave_sample_8_bit()
void	encoder_create_and_move()
int	estimated_destination_size(int width, int height, int component_count, int bits_per_sample)
void	estimated_destination_size_color_8_bit()
void	estimated_destination_size_minimal_frame_info()
void	estimated_destination_size_monochrome_16_bit()
void	estimated_destination_size_very_high()
void	estimated_destination_size_very_wide()
(package private) int	find_first_restart_marker(Vector<Byte> data, int begin)
(package private) int	find_scan_header(Vector<Byte> data, int begin)
void	frame_info_from_temporary_object()
void	frame_info_max_and_min()
void	frame_info_nullptr_spiff_header_test()
void	frame_info_without_read_header()
void	get_destination_size_for_small_image_with_custom_stride()
void	get_destination_size_returns_zero_for_abbreviated_table_specification()
void	get_destination_size_stride_interleave_line()
void	get_destination_size_stride_interleave_none()
void	get_destination_size_stride_interleave_none_16_bit()
void	get_destination_size_stride_interleave_sample()
void	golomb_table_test()
(package private) boolean	has_option(charls.encoding_options options, charls.encoding_options option_to_test)
void	image_contains_no_preset_coding_parameters_by_default()
void	image_contains_no_preset_coding_parameters_if_configured_pc_is_default()
void	image_contains_preset_coding_parameters_if_configured_pc_has_diff_max_value()
void	image_contains_preset_coding_parameters_if_configured_pc_is_non_default()
(package private) int	initialization_value_for_a(int range)
(package private) byte[]	initialize_quantization_lut(charls.traits tr, int threshold1, int threshold2, int threshold3, Vector<Byte> quantization_lut)
(package private) void	insert_pc_parameters_segments(Vector<Byte> jpegls_source, int component_count)
void	interleave_mode()
void	invalid_bits_per_sample_spiff_header_test()
void	invalid_color_space_component_count_spiff_header_test()
void	invalid_color_space_spiff_header_test()
void	invalid_component_count_spiff_header_test()
void	invalid_compression_spiff_header_test()
void	invalid_height_spiff_header_test()
void	invalid_horizontal_resolution_spiff_header_test()
void	invalid_profile_spiff_header_test()
void	invalid_vertical_resolution_spiff_header_test()
void	invalid_width_spiff_header_test()
(package private) boolean	is_default(charls.charls_jpegls_pc_parameters preset_coding_parameters, charls.charls_jpegls_pc_parameters defaults)
void	is_default_nothing_set()
void	is_default_same_as_default()
void	is_default_same_as_default_except_reset()
(package private) boolean	is_known_jpeg_sof_marker(byte marker_code)
(package private) boolean	is_restart_marker_code(byte marker_code)
(package private) boolean	is_valid(charls.charls_jpegls_pc_parameters pc_parameters, int maximum_component_value, int near_lossless, charls.charls_jpegls_pc_parameters validated_parameters)
(package private) boolean	is_valid_color_space(charls.spiff_color_space color_space, int component_count)
void	is_valid_default()
(package private) boolean	is_valid_resolution_units(charls.spiff_resolution_units resolution_units)
(package private) boolean	is_valid_spiff_header(charls.charls_spiff_header header, charls.charls_frame_info frame_info)
void	is_valid_thresholds_zero()
void	large_image_contains_lse_for_oversize_image_dimension()
void	log2_ceil_test()
(package private) int	log2_ceiling(int n)
(package private) int	log2_floor(int n)
void	log2_floor_test()
(package private) charls.scan_decoder_impl	make_scan_codec(charls.charls_frame_info frame, charls.charls_jpegls_pc_parameters pc_parameters, charls.coding_parameters parameters)
(package private) charls.scan_encoder_impl	make_scan_codec_encoder(charls.charls_frame_info frame, charls.charls_jpegls_pc_parameters pc_parameters, charls.coding_parameters parameters)
(package private) byte[]	make_some_noise(int length, int bit_count, long seed)
(package private) byte[]	make_some_noise16_bit(int length, int bit_count, long seed)
(package private) int	map_error_value(int error_value)
void	map_error_value_algorithm(int error_value)
void	map_error_value_algorithm_test()
int	map_error_value_alternative1(int error_value)
int	map_error_value_original(int error_value)
void	map_unmap_error_value_algorithm(int error_value)
void	map_unmap_error_value_algorithm_test()
void	mapping_table_count_after_decode_table_after_first_scan()
void	mapping_table_count_after_read_header()
void	mapping_table_count_after_read_header_after_frame()
void	mapping_table_count_after_read_header_before_frame()
void	mapping_table_count_is_zero_at_start()
void	mapping_table_id_returns_zero()
void	max_low_value_lossless()
void	max_value_lossless()
void	max_value_max_lossy()
(package private) int	max_value_to_bits_per_sample(int max_value)
void	max_value_to_bits_per_sample_test()
void	min_high_value_lossless()
void	min_value_lossless()
void	min_value_max_lossy()
void	near_lossless()
void	oversize_image_dimension_before_start_of_frame()
void	oversize_image_dimension_zero_before_start_of_frame()
void	peek_0_bits()
void	peek_0_bits_empty_buffer()
void	peek_byte()
(package private) int	pixel_count_to_pixel_stride(int pixel_count)
(package private) boolean	precomputed_quantization_lut_available(charls.traits tr, int threshold1, int threshold2, int threshold3)
(package private) void	push_back(Vector<Byte> values, int value)
(package private) void	push_back(Vector<Byte> values, short value)
(package private) byte	quantize_gradient_org(int di, int threshold1, int threshold2, int threshold3, int near_lossless)
(package private) charls.portable_anymap_file	read_anymap_reference_file(String filename, charls.interleave_mode interleave)
(package private) charls.portable_anymap_file	read_anymap_reference_file(String filename, charls.interleave_mode interleave, charls.charls_frame_info frame_info)
(package private) long	read_big_endian_unaligned(byte[] buffer, int offset)
void	read_bit()
void	read_define_number_of_lines_16_bit()
void	read_define_number_of_lines_24_bit()
void	read_define_number_of_lines_32_bit()
byte[]	read_file(String filename)
byte[]	read_file(String filename, int offset)
byte[]	read_file(String filename, int offset, int bytes)
void	read_header_from_buffer_preceded_with_fill_bytes()
void	read_header_jpegls_preset_parameter_segment()
void	read_header_with_2_define_restart_intervals()
void	read_header_with_application_data()
void	read_header_with_application_data(short data_number)
void	read_header_with_define_restart_interval_16_bit()
void	read_header_with_define_restart_interval_24_bit()
void	read_header_with_define_restart_interval_32_bit()
void	read_invalid_spiff_header_with_read_header()
void	read_mapping_table()
void	read_mapping_table_continuation()
void	read_spiff_header(short low_version)
void	read_spiff_header_from_jpegls_without_spiff()
void	read_spiff_header_from_non_jpegls_data()
void	read_spiff_header_from_temporary_decoder()
void	read_spiff_header_high_version_to_new()
void	read_spiff_header_low_version_newer()
void	remaining_destination_will_be_zero_after_create_with_default()
void	rewind()
void	rewind_before_destination()
void	rewind_test()
void	run_mode_context_test()
void	set_preset_coding_parameters()
void	set_table_id()
void	set_table_id_clear_id()
(package private) int	sign(int n)
void	simple_decode()
void	simple_encode()
void	spiff_header_nullptr_spiff_header_test()
void	table_c3()
void	test_by_decoding(byte[] encoded_source, charls.charls_frame_info source_frame_info, byte[] expected_destination, int expected_destination_size, charls.interleave_mode interleave, charls.color_transformation color_trans)
void	test_by_decoding(byte[] encoded_data, charls.charls_frame_info reference_frame_info, byte[] reference_source, charls.interleave_mode interleave_, charls.color_transformation color_)
void	test_by_decoding(byte[] encoded_source, charls.charls_frame_info source_frame_info, short[] expected_destination_short, int expected_destination_size, charls.interleave_mode interleave, charls.color_transformation color_trans)
void	test_by_decoding(byte[] encoded_source, charls.portable_anymap_file reference_file, charls.interleave_mode interleave_)
void	test_color_transforms_hp_images()
(package private) void	test_compliance(byte[] encoded_source, byte[] uncompressed_source, boolean check_encode)
(package private) void	test_compliance(byte[] compressed_bytes, int compressed_length, byte[] uncompressed_data, int uncompressed_length, boolean check_encode)
void	test_conformance()
void	test_decoded_data(byte[] decoded_source, String raw_filename)
void	test_encode_from_file()
(package private) void	test_encode_from_file(String filename, int offset, int width, int height, int bits_per_sample, int component_count, charls.interleave_mode interleave_, int expected_length)
(package private) void	test_file(String filename, int offset, int width, int height, int bits_per_sample, int component_count, boolean little_endian_file, int loop_count)
void	test_get_destination_size()
void	test_initialization_value_for_a()
void	test_large_image_performance_rgb8(int loop_count)
void	test_noise_image()
void	test_performance(int loop_count)
(package private) void	test_portable_anymap_file(String filename, int loop_count)
void	test_read_spiff_header()
void	test_read_spiff_header_2()
(package private) void	test_round_trip(String name, byte[] original_buffer, int width, int height, int bits_per_sample, int component_count, int loop_count)
void	test_sample_annex_h4_5()
void	test_traits_16_bit()
void	test_traits_8_bit()
void	test_traits16_bit()
void	test_traits8_bit()
(package private) int	to_application_data_id(byte marker_code)
void	transform_hp1_round_trip()
void	transform_hp2_round_trip()
void	transform_hp3_round_trip()
(package private) void	triplet_to_planar(byte[] triplet_buffer, int width, int height)
(package private) void	triplet2_planar(byte[] buffer, int width, int height)
(package private) int	unmap_error_value(int mapped_error)
void	unmap_error_value_algorithm(int mapped_error_value)
void	unmap_error_value_algorithm_test()
int	unmap_error_value_alternative1(int mapped_error_value)
int	unmap_error_value_original(int mapped_error_value)
void	valid_spiff_header_test()
(package private) void	verify_decoded_bytes(charls.interleave_mode interleave, charls.charls_frame_info frame_info, byte[] sample, int destination_stride, String reference_filename)
(package private) boolean	verify_encoded_bytes(byte[] uncompressed_source, byte[] encoded_source)
(package private) boolean	verify_encoded_bytes(byte[] uncompressed_data, int uncompressed_length, byte[] compressed_data, int compressed_length)
void	write_application_data()
void	write_application_data_before_encode()
void	write_color_transform_segment()
void	write_comment_before_encode()
void	write_comment_test()
void	write_empty_application_data()
void	write_empty_comment()
void	write_empty_spiff_entry()
void	write_end_of_image()
void	write_end_of_image_even_extra_byte_needed()
void	write_end_of_image_even_extra_byte_needed_not_enabled()
void	write_end_of_image_even_no_extra_byte_needed()
void	write_jpegls_extended_parameters_marker_and_serialize()
void	write_jpegls_preset_parameters_segment_for_oversized_image_dimensions()
void	write_mapping_table()
void	write_mapping_table_before_encode()
void	write_max_application_data()
void	write_max_comment()
void	write_minimal_table()
void	write_spiff_directory_entry()
void	write_spiff_end_of_directory_entry_test()
void	write_spiff_end_of_directory_segment()
void	write_spiff_entry_test()
void	write_spiff_entry_twice()
void	write_spiff_header_test()
void	write_spiff_segment()
void	write_standard_spiff_header_test()
void	write_standard_spiff_header_with_non_matching_color_space()
void	write_start_of_frame_marker_segment_with_high_boundary_values_and_serialize()
void	write_start_of_frame_marker_segment_with_low_boundary_values()
void	write_start_of_frame_segment()
void	write_start_of_frame_segment_large_image_height()
void	write_start_of_frame_segment_large_image_width()
void	write_start_of_image()
void	write_start_of_scan_segment()
void	write_start_of_scan_segment_with_table_id()
void	write_start_of_scan_segment_with_table_id_after_rewind()
void	write_table_fits_in_single_segment()
void	write_table_max_entry_size()
void	write_table_that_requires_two_segment()
void	write_two_application_data()
void	write_two_comment()

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Details

CHARLS_VERSION_MAJOR

final int CHARLS_VERSION_MAJOR

See Also:

• Constant Field Values

CHARLS_VERSION_MINOR

final int CHARLS_VERSION_MINOR

See Also:

• Constant Field Values

CHARLS_VERSION_PATCH

final int CHARLS_VERSION_PATCH

See Also:

• Constant Field Values

CHARLS_RETURN_TYPE_SUCCESS

final int CHARLS_RETURN_TYPE_SUCCESS

See Also:

• Constant Field Values

mapping_table_missing

final int mapping_table_missing

signed_data

boolean signed_data

default_reset_threshold

final int default_reset_threshold

See Also:

• Constant Field Values

minimum_component_count

final int minimum_component_count

See Also:

• Constant Field Values

maximum_component_count

final int maximum_component_count

See Also:

• Constant Field Values

maximum_component_count_in_scan

final int maximum_component_count_in_scan

See Also:

• Constant Field Values

minimum_component_index

final int minimum_component_index

See Also:

• Constant Field Values

maximum_component_index

final int maximum_component_index

See Also:

• Constant Field Values

minimum_bits_per_sample

final int minimum_bits_per_sample

See Also:

• Constant Field Values

maximum_bits_per_sample

final int maximum_bits_per_sample

See Also:

• Constant Field Values

maximum_near_lossless

final int maximum_near_lossless

See Also:

• Constant Field Values

minimum_application_data_id

final int minimum_application_data_id

See Also:

• Constant Field Values

maximum_application_data_id

final int maximum_application_data_id

See Also:

• Constant Field Values

minimum_mapping_table_id

final int minimum_mapping_table_id

See Also:

• Constant Field Values

maximum_mapping_table_id

final int maximum_mapping_table_id

See Also:

• Constant Field Values

minimum_mapping_entry_size

final int minimum_mapping_entry_size

See Also:

• Constant Field Values

maximum_mapping_entry_size

final int maximum_mapping_entry_size

See Also:

• Constant Field Values

max_k_value

final int max_k_value

See Also:

• Constant Field Values

spiff_major_revision_number

final short spiff_major_revision_number

See Also:

• Constant Field Values

spiff_minor_revision_number

final short spiff_minor_revision_number

See Also:

• Constant Field Values

spiff_end_of_directory_entry_type

final short spiff_end_of_directory_entry_type

See Also:

• Constant Field Values

spiff_header_size_in_bytes

final int spiff_header_size_in_bytes

See Also:

• Constant Field Values

spiff_entry_max_data_size

final int spiff_entry_max_data_size

See Also:

• Constant Field Values

auto_calculate_stride

final int auto_calculate_stride

See Also:

• Constant Field Values

segment_length_size

final int segment_length_size

See Also:

• Constant Field Values

segment_max_data_size

final int segment_max_data_size

See Also:

• Constant Field Values

int32_t_bit_count

final int int32_t_bit_count

See Also:

• Constant Field Values

jpeg_marker_start_byte

final byte jpeg_marker_start_byte

See Also:

• Constant Field Values

jpeg_restart_marker_base

final int jpeg_restart_marker_base

See Also:

• Constant Field Values

jpeg_restart_marker_range

final int jpeg_restart_marker_range

See Also:

• Constant Field Values

start_of_image

final byte start_of_image

See Also:

• Constant Field Values

end_of_image

final byte end_of_image

See Also:

• Constant Field Values

start_of_scan

final byte start_of_scan

See Also:

• Constant Field Values

define_number_of_lines

final byte define_number_of_lines

See Also:

• Constant Field Values

define_restart_interval

final byte define_restart_interval

See Also:

• Constant Field Values

application_data0

final byte application_data0

See Also:

• Constant Field Values

application_data1

final byte application_data1

See Also:

• Constant Field Values

application_data2

final byte application_data2

See Also:

• Constant Field Values

application_data3

final byte application_data3

See Also:

• Constant Field Values

application_data4

final byte application_data4

See Also:

• Constant Field Values

application_data5

final byte application_data5

See Also:

• Constant Field Values

application_data6

final byte application_data6

See Also:

• Constant Field Values

application_data7

final byte application_data7

See Also:

• Constant Field Values

application_data8

final byte application_data8

See Also:

• Constant Field Values

application_data9

final byte application_data9

See Also:

• Constant Field Values

application_data10

final byte application_data10

See Also:

• Constant Field Values

application_data11

final byte application_data11

See Also:

• Constant Field Values

application_data12

final byte application_data12

See Also:

• Constant Field Values

application_data13

final byte application_data13

See Also:

• Constant Field Values

application_data14

final byte application_data14

See Also:

• Constant Field Values

application_data15

final byte application_data15

See Also:

• Constant Field Values

comment

final byte comment

See Also:

• Constant Field Values

start_of_frame_jpegls

final byte start_of_frame_jpegls

See Also:

• Constant Field Values

jpegls_preset_parameters

final byte jpegls_preset_parameters

See Also:

• Constant Field Values

sof_baseline_jpeg

final byte sof_baseline_jpeg

See Also:

• Constant Field Values

sof_extended_sequential

final byte sof_extended_sequential

See Also:

• Constant Field Values

sof_progressive

final byte sof_progressive

See Also:

• Constant Field Values

sof_lossless

final byte sof_lossless

See Also:

• Constant Field Values

sof_differential_sequential

final byte sof_differential_sequential

See Also:

• Constant Field Values

sof_differential_progressive

final byte sof_differential_progressive

See Also:

• Constant Field Values

sof_differential_lossless

final byte sof_differential_lossless

See Also:

• Constant Field Values

sof_extended_arithmetic

final byte sof_extended_arithmetic

See Also:

• Constant Field Values

sof_progressive_arithmetic

final byte sof_progressive_arithmetic

See Also:

• Constant Field Values

sof_lossless_arithmetic

final byte sof_lossless_arithmetic

See Also:

• Constant Field Values

sof_jpegls_extended

final byte sof_jpegls_extended

See Also:

• Constant Field Values

quantization_lut_lossless_8

Vector<Byte> quantization_lut_lossless_8

quantization_lut_lossless_10

Vector<Byte> quantization_lut_lossless_10

quantization_lut_lossless_12

Vector<Byte> quantization_lut_lossless_12

quantization_lut_lossless_16

Vector<Byte> quantization_lut_lossless_16

golomb_lut

charls.golomb_code_match_table[] golomb_lut

J

final int[] J

reference_image_data

byte[] reference_image_data

Constructor Details

charls

public charls()

charls

public charls(int test)

Method Details

charls_get_version_string

String charls_get_version_string()

charls_get_version_number

void charls_get_version_number(int[] major,
 int[] minor,
 int[] patch)

is_known_jpeg_sof_marker

boolean is_known_jpeg_sof_marker(byte marker_code)

is_restart_marker_code

boolean is_restart_marker_code(byte marker_code)

to_application_data_id

int to_application_data_id(byte marker_code)

log2_ceiling

int log2_ceiling(int n)

bit_to_byte_count

int bit_to_byte_count(int bit_count)

bit_to_byte_count

long bit_to_byte_count(long bit_count)

calculate_maximum_sample_value

int calculate_maximum_sample_value(int bits_per_sample)

compute_maximum_near_lossless

int compute_maximum_near_lossless(int maximum_sample_value)

initialization_value_for_a

int initialization_value_for_a(int range)

map_error_value

int map_error_value(int error_value)

unmap_error_value

int unmap_error_value(int mapped_error)

sign

int sign(int n)

bit_wise_sign

int bit_wise_sign(int i)

apply_sign

int apply_sign(int i,
 int sign)

apply_sign_for_index

int apply_sign_for_index(int i,
 int sign)

compute_range_parameter

int compute_range_parameter(int maximum_sample_value,
 int near_lossless)

compute_limit_parameter

int compute_limit_parameter(int bits_per_sample)

compute_predicted_value

int compute_predicted_value(int ra,
 int rb,
 int rc)

compute_context_id

int compute_context_id(int q1,
 int q2,
 int q3)

quantize_gradient_org

byte quantize_gradient_org(int di,
 int threshold1,
 int threshold2,
 int threshold3,
 int near_lossless)

check_interleave_mode

void check_interleave_mode(charls.interleave_mode mode,
 String error_value)

clamp

int clamp(int i,
 int j,
 int maximum_sample_value)

compute_default

charls.charls_jpegls_pc_parameters compute_default(int maximum_sample_value,
 int near_lossless)

is_default

boolean is_default(charls.charls_jpegls_pc_parameters preset_coding_parameters,
 charls.charls_jpegls_pc_parameters defaults)

is_valid

boolean is_valid(charls.charls_jpegls_pc_parameters pc_parameters,
 int maximum_component_value,
 int near_lossless,
 charls.charls_jpegls_pc_parameters validated_parameters)

create_encoded_value

charls.pair<Integer> create_encoded_value(int k,
 int mapped_error)

color_transformation_possible

boolean color_transformation_possible(charls.charls_frame_info frame)

precomputed_quantization_lut_available

boolean precomputed_quantization_lut_available(charls.traits tr,
 int threshold1,
 int threshold2,
 int threshold3)

initialize_quantization_lut

byte[] initialize_quantization_lut(charls.traits tr,
 int threshold1,
 int threshold2,
 int threshold3,
 Vector<Byte> quantization_lut)

pixel_count_to_pixel_stride

int pixel_count_to_pixel_stride(int pixel_count)

copy_samples

void copy_samples(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_samples

void copy_samples(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_samples

void copy_samples(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_samples

void copy_samples(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_samples

void copy_samples(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count)

copy_samples_masked

void copy_samples_masked(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_samples_masked

void copy_samples_masked(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_samples_masked

void copy_samples_masked(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_samples_masked

void copy_samples_masked(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_2_components

void copy_line_2_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_line_2_components

void copy_line_2_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_line_2_components

void copy_line_2_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_line_2_components

void copy_line_2_components(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_line_2_components

void copy_line_2_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count)

copy_line_2_components

void copy_line_2_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_2_components

void copy_line_2_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_2_components

void copy_line_2_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_2_components

void copy_line_2_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_3_components

void copy_line_3_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_line_3_components

void copy_line_3_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_line_3_components

void copy_line_3_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_line_3_components

void copy_line_3_components(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_line_3_components

void copy_line_3_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count)

copy_line_3_components

void copy_line_3_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_3_components

void copy_line_3_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_3_components

void copy_line_3_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_3_components

void copy_line_3_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_3_components_transform_impl

void copy_line_3_components_transform_impl(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_line_3_components_transform_impl

void copy_line_3_components_transform_impl(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_to_line_3_components_transform_impl

void copy_to_line_3_components_transform_impl(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_to_line_3_components_transform_impl

void copy_to_line_3_components_transform_impl(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_line_3_components_transform_impl

void copy_line_3_components_transform_impl(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_line_3_components_transform_impl

void copy_line_3_components_transform_impl(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_to_line_3_components_transform_impl

void copy_to_line_3_components_transform_impl(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_line_4_components

void copy_line_4_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_line_4_components

void copy_line_4_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_line_4_components

void copy_line_4_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_line_4_components

void copy_line_4_components(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_line_4_components

void copy_line_4_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count)

copy_line_4_components

void copy_line_4_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_4_components

void copy_line_4_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_4_components

void copy_line_4_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_line_4_components

void copy_line_4_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_2_components

void copy_pixels_2_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_2_components

void copy_pixels_2_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_2_components

void copy_pixels_2_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_2_components

void copy_pixels_2_components(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_2_components

void copy_pixels_2_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_2_components

void copy_pixels_2_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_2_components

void copy_pixels_2_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_2_components

void copy_pixels_2_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_2_components

void copy_pixels_2_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_3_components

void copy_pixels_3_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_3_components

void copy_pixels_3_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_3_components

void copy_pixels_3_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_3_components

void copy_pixels_3_components(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_3_components

void copy_pixels_3_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_3_components

void copy_pixels_3_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_3_components

void copy_pixels_3_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_3_components

void copy_pixels_3_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_3_components

void copy_pixels_3_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_3_components_transform_impl

void copy_pixels_3_components_transform_impl(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_pixels_3_components_transform_impl

void copy_pixels_3_components_transform_impl(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_pixels_3_components_transform_impl

void copy_pixels_3_components_transform_impl(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_pixels_3_components_transform_impl

void copy_pixels_3_components_transform_impl(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 charls.color_transformation transform,
 boolean inverse)

copy_pixels_4_components

void copy_pixels_4_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_4_components

void copy_pixels_4_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_4_components

void copy_pixels_4_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_4_components

void copy_pixels_4_components(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_4_components

void copy_pixels_4_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count)

copy_pixels_4_components

void copy_pixels_4_components(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_4_components

void copy_pixels_4_components(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_4_components

void copy_pixels_4_components(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_pixels_4_components

void copy_pixels_4_components(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count,
 int mask)

copy_from_line_buffer_8

void copy_from_line_buffer_8(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 charls.interleave_mode interleave,
 int component_count,
 charls.color_transformation transform,
 boolean inverse)

copy_from_line_buffer_8

void copy_from_line_buffer_8(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 charls.interleave_mode interleave,
 int component_count,
 charls.color_transformation transform,
 boolean inverse)

copy_from_line_buffer_16

void copy_from_line_buffer_16(short[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 charls.interleave_mode interleave,
 int component_count,
 charls.color_transformation transform,
 boolean inverse)

copy_from_line_buffer_16

void copy_from_line_buffer_16(short[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 charls.interleave_mode interleave,
 int component_count,
 charls.color_transformation transform,
 boolean inverse)

copy_from_line_buffer_32

void copy_from_line_buffer_32(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count,
 charls.interleave_mode interleave,
 int component_count,
 charls.color_transformation transform,
 boolean inverse)

copy_to_line_buffer_8

void copy_to_line_buffer_8(byte[] source,
 int source_offset,
 byte[] destination,
 int destination_offset,
 long pixel_count,
 charls.interleave_mode interleave,
 int component_count,
 int bits_per_sample,
 charls.color_transformation transform,
 boolean inverse,
 int mask)

copy_to_line_buffer_16

void copy_to_line_buffer_16(byte[] source,
 int source_offset,
 short[] destination,
 int destination_offset,
 long pixel_count,
 charls.interleave_mode interleave,
 int component_count,
 int bits_per_sample,
 charls.color_transformation transform,
 boolean inverse,
 int mask)

copy_to_line_buffer_32

void copy_to_line_buffer_32(int[] source,
 int source_offset,
 int[] destination,
 int destination_offset,
 long pixel_count,
 charls.interleave_mode interleave,
 int component_count,
 int bits_per_sample,
 charls.color_transformation transform,
 boolean inverse,
 int mask)

read_big_endian_unaligned

long read_big_endian_unaligned(byte[] buffer,
 int offset)

push_back

void push_back(Vector<Byte> values,
 short value)

push_back

void push_back(Vector<Byte> values,
 int value)

check_operation

void check_operation(boolean expression)

check_argument

void check_argument(boolean expression)

check_argument

void check_argument(boolean expression,
 String error_value)

check_argument

void check_argument(charls.span8 argument)

check_argument

void check_argument(charls.span16 argument)

checked_mul

int checked_mul(int a,
 int b)

check_argument_range

void check_argument_range(int minimum,
 int maximum,
 int value)

check_argument_range

void check_argument_range(int minimum,
 int maximum,
 int value,
 String error_value)

checked_mul

long checked_mul(long a,
 long b)

make_scan_codec_encoder

charls.scan_encoder_impl make_scan_codec_encoder(charls.charls_frame_info frame,
 charls.charls_jpegls_pc_parameters pc_parameters,
 charls.coding_parameters parameters)

make_scan_codec

charls.scan_decoder_impl make_scan_codec(charls.charls_frame_info frame,
 charls.charls_jpegls_pc_parameters pc_parameters,
 charls.coding_parameters parameters)

has_option

boolean has_option(charls.encoding_options options,
 charls.encoding_options option_to_test)

encode

byte[] encode(byte[] source,
 charls.charls_frame_info frame,
 charls.interleave_mode interleave,
 charls.encoding_options options)

charls_jpegls_encoder_encode_from_buffer

String charls_jpegls_encoder_encode_from_buffer(charls.charls_jpegls_encoder encoder,
 short[] source_buffer,
 int source_size_bytes,
 int stride)

charls_jpegls_encoder_encode_from_buffer

String charls_jpegls_encoder_encode_from_buffer(charls.charls_jpegls_encoder encoder,
 byte[] source_buffer,
 int source_size_bytes,
 int stride)

charls_jpegls_decoder_decode_to_buffer

String charls_jpegls_decoder_decode_to_buffer(charls.charls_jpegls_decoder decoder,
 byte[] destination_buffer,
 int destination_size_bytes,
 int stride)

decode

public charls.Pair2var<charls.charls_frame_info,charls.interleave_mode> decode(byte[] source,
 Vector<Byte> destination)

create_quantize_lut_lossless

Vector<Byte> create_quantize_lut_lossless(int bit_count)

is_valid_color_space

boolean is_valid_color_space(charls.spiff_color_space color_space,
 int component_count)

is_valid_resolution_units

boolean is_valid_resolution_units(charls.spiff_resolution_units resolution_units)

is_valid_spiff_header

boolean is_valid_spiff_header(charls.charls_spiff_header header,
 charls.charls_frame_info frame_info)

charls_validate_spiff_header

charls.jpegls_errc charls_validate_spiff_header(charls.charls_spiff_header spiff_header,
 charls.charls_frame_info frame_info)

create_valid_spiff_header

charls.charls_spiff_header create_valid_spiff_header()

create_valid_frame_info

charls.charls_frame_info create_valid_frame_info()

valid_spiff_header_test

public void valid_spiff_header_test()

invalid_compression_spiff_header_test

public void invalid_compression_spiff_header_test()

invalid_profile_spiff_header_test

public void invalid_profile_spiff_header_test()

invalid_component_count_spiff_header_test

public void invalid_component_count_spiff_header_test()

all_jpegls_bits_per_sample_are_valid

public void all_jpegls_bits_per_sample_are_valid()

invalid_bits_per_sample_spiff_header_test

public void invalid_bits_per_sample_spiff_header_test()

invalid_height_spiff_header_test

public void invalid_height_spiff_header_test()

invalid_width_spiff_header_test

public void invalid_width_spiff_header_test()

invalid_color_space_spiff_header_test

public void invalid_color_space_spiff_header_test()

invalid_color_space_component_count_spiff_header_test

public void invalid_color_space_component_count_spiff_header_test()

invalid_vertical_resolution_spiff_header_test

public void invalid_vertical_resolution_spiff_header_test()

invalid_horizontal_resolution_spiff_header_test

public void invalid_horizontal_resolution_spiff_header_test()

spiff_header_nullptr_spiff_header_test

public void spiff_header_nullptr_spiff_header_test()

frame_info_nullptr_spiff_header_test

public void frame_info_nullptr_spiff_header_test()

test_traits_16_bit

public void test_traits_16_bit()

test_traits_8_bit

public void test_traits_8_bit()

default_traits_create_test

public void default_traits_create_test()

default_traits_modulo_range_test

public void default_traits_modulo_range_test()

transform_hp1_round_trip

public void transform_hp1_round_trip()

transform_hp2_round_trip

public void transform_hp2_round_trip()

transform_hp3_round_trip

public void transform_hp3_round_trip()

golomb_table_test

public void golomb_table_test()

run_mode_context_test

public void run_mode_context_test()

read_header_from_buffer_preceded_with_fill_bytes

public void read_header_from_buffer_preceded_with_fill_bytes()

read_header_with_application_data

public void read_header_with_application_data()

read_header_jpegls_preset_parameter_segment

public void read_header_jpegls_preset_parameter_segment()

test_read_spiff_header

public void test_read_spiff_header()

read_spiff_header_low_version_newer

public void read_spiff_header_low_version_newer()

read_spiff_header_high_version_to_new

public void read_spiff_header_high_version_to_new()

read_header_with_define_restart_interval_16_bit

public void read_header_with_define_restart_interval_16_bit()

read_header_with_define_restart_interval_24_bit

public void read_header_with_define_restart_interval_24_bit()

read_header_with_define_restart_interval_32_bit

public void read_header_with_define_restart_interval_32_bit()

read_header_with_2_define_restart_intervals

public void read_header_with_2_define_restart_intervals()

read_mapping_table

public void read_mapping_table()

mapping_table_count_is_zero_at_start

public void mapping_table_count_is_zero_at_start()

mapping_table_count_after_read_header

public void mapping_table_count_after_read_header()

mapping_table_count_after_read_header_after_frame

public void mapping_table_count_after_read_header_after_frame()

mapping_table_count_after_read_header_before_frame

public void mapping_table_count_after_read_header_before_frame()

read_mapping_table_continuation

public void read_mapping_table_continuation()

read_define_number_of_lines_16_bit

public void read_define_number_of_lines_16_bit()

read_define_number_of_lines_24_bit

public void read_define_number_of_lines_24_bit()

read_define_number_of_lines_32_bit

public void read_define_number_of_lines_32_bit()

create_test_spiff_header

Vector<Byte> create_test_spiff_header()

create_test_spiff_header

Vector<Byte> create_test_spiff_header(short high_version,
 short low_version,
 boolean end_of_directory,
 short component_count)

read_spiff_header

public void read_spiff_header(short low_version)

read_header_with_application_data

public void read_header_with_application_data(short data_number)

remaining_destination_will_be_zero_after_create_with_default

public void remaining_destination_will_be_zero_after_create_with_default()

write_start_of_image

public void write_start_of_image()

write_end_of_image

public void write_end_of_image()

write_end_of_image_even_no_extra_byte_needed

public void write_end_of_image_even_no_extra_byte_needed()

write_end_of_image_even_extra_byte_needed

public void write_end_of_image_even_extra_byte_needed()

write_end_of_image_even_extra_byte_needed_not_enabled

public void write_end_of_image_even_extra_byte_needed_not_enabled()

write_spiff_segment

public void write_spiff_segment()

write_spiff_end_of_directory_segment

public void write_spiff_end_of_directory_segment()

write_spiff_directory_entry

public void write_spiff_directory_entry()

write_start_of_frame_segment

public void write_start_of_frame_segment()

write_start_of_frame_segment_large_image_width

public void write_start_of_frame_segment_large_image_width()

write_start_of_frame_segment_large_image_height

public void write_start_of_frame_segment_large_image_height()

write_start_of_frame_marker_segment_with_low_boundary_values

public void write_start_of_frame_marker_segment_with_low_boundary_values()

write_start_of_frame_marker_segment_with_high_boundary_values_and_serialize

public void write_start_of_frame_marker_segment_with_high_boundary_values_and_serialize()

write_color_transform_segment

public void write_color_transform_segment()

write_jpegls_extended_parameters_marker_and_serialize

public void write_jpegls_extended_parameters_marker_and_serialize()

write_jpegls_preset_parameters_segment_for_oversized_image_dimensions

public void write_jpegls_preset_parameters_segment_for_oversized_image_dimensions()

write_start_of_scan_segment

public void write_start_of_scan_segment()

write_start_of_scan_segment_with_table_id

public void write_start_of_scan_segment_with_table_id()

write_start_of_scan_segment_with_table_id_after_rewind

public void write_start_of_scan_segment_with_table_id_after_rewind()

advance_position

public void advance_position()

rewind

public void rewind()

write_minimal_table

public void write_minimal_table()

write_table_max_entry_size

public void write_table_max_entry_size()

write_table_fits_in_single_segment

public void write_table_fits_in_single_segment()

write_table_that_requires_two_segment

public void write_table_that_requires_two_segment()

decode_encoded_ff_pattern

public void decode_encoded_ff_pattern()

peek_byte

public void peek_byte()

read_bit

public void read_bit()

peek_0_bits

public void peek_0_bits()

peek_0_bits_empty_buffer

public void peek_0_bits_empty_buffer()

append_to_bit_stream_zero_length

public void append_to_bit_stream_zero_length()

append_to_bit_stream_ff_pattern

public void append_to_bit_stream_ff_pattern()

create_and_move

public void create_and_move()

frame_info_without_read_header

public void frame_info_without_read_header()

read_file

public byte[] read_file(String filename)

read_file

public byte[] read_file(String filename,
 int offset)

read_file

public byte[] read_file(String filename,
 int offset,
 int bytes)

frame_info_from_temporary_object

public void frame_info_from_temporary_object()

test_get_destination_size

public void test_get_destination_size()

get_destination_size_stride_interleave_none

public void get_destination_size_stride_interleave_none()

get_destination_size_stride_interleave_none_16_bit

public void get_destination_size_stride_interleave_none_16_bit()

get_destination_size_stride_interleave_line

public void get_destination_size_stride_interleave_line()

get_destination_size_stride_interleave_sample

public void get_destination_size_stride_interleave_sample()

get_destination_size_for_small_image_with_custom_stride

public void get_destination_size_for_small_image_with_custom_stride()

triplet_to_planar

void triplet_to_planar(byte[] triplet_buffer,
 int width,
 int height)

read_anymap_reference_file

charls.portable_anymap_file read_anymap_reference_file(String filename,
 charls.interleave_mode interleave,
 charls.charls_frame_info frame_info)

read_anymap_reference_file

charls.portable_anymap_file read_anymap_reference_file(String filename,
 charls.interleave_mode interleave)

decode_reference_file_from_buffer

public void decode_reference_file_from_buffer()

get_destination_size_returns_zero_for_abbreviated_table_specification

public void get_destination_size_returns_zero_for_abbreviated_table_specification()

find_scan_header

int find_scan_header(Vector<Byte> data,
 int begin)

find_first_restart_marker

int find_first_restart_marker(Vector<Byte> data,
 int begin)

create_default_pc_parameters_segment

Vector<Byte> create_default_pc_parameters_segment()

insert_pc_parameters_segments

void insert_pc_parameters_segments(Vector<Byte> jpegls_source,
 int component_count)

decode_with_default_pc_parameters_before_each_sos

public void decode_with_default_pc_parameters_before_each_sos()

verify_decoded_bytes

void verify_decoded_bytes(charls.interleave_mode interleave,
 charls.charls_frame_info frame_info,
 byte[] sample,
 int destination_stride,
 String reference_filename)

decode_color_interleave_none_with_standard_stride_works

public void decode_color_interleave_none_with_standard_stride_works()

decode_color_interleave_sample_with_standard_stride_works

public void decode_color_interleave_sample_with_standard_stride_works()

decode_color_interleave_none_with_custom_stride_works

public void decode_color_interleave_none_with_custom_stride_works()

decode_color_interleave_sample_with_custom_stride_works

public void decode_color_interleave_sample_with_custom_stride_works()

test_read_spiff_header_2

public void test_read_spiff_header_2()

create_decoder

charls.charls_jpegls_decoder create_decoder(Vector<Byte> source)

read_spiff_header_from_temporary_decoder

public void read_spiff_header_from_temporary_decoder()

read_spiff_header_from_non_jpegls_data

public void read_spiff_header_from_non_jpegls_data()

read_spiff_header_from_jpegls_without_spiff

public void read_spiff_header_from_jpegls_without_spiff()

read_invalid_spiff_header_with_read_header

public void read_invalid_spiff_header_with_read_header()

simple_decode

public void simple_decode()

verify_encoded_bytes

boolean verify_encoded_bytes(byte[] uncompressed_source,
 byte[] encoded_source)

test_compliance

void test_compliance(byte[] encoded_source,
 byte[] uncompressed_source,
 boolean check_encode)

decode_file_with_extra_begin_bytes_for_restart_marker_code

public void decode_file_with_extra_begin_bytes_for_restart_marker_code()

oversize_image_dimension_before_start_of_frame

public void oversize_image_dimension_before_start_of_frame()

oversize_image_dimension_zero_before_start_of_frame

public void oversize_image_dimension_zero_before_start_of_frame()

decode_to_buffer_with_uint16_size_works

public void decode_to_buffer_with_uint16_size_works()

abbreviated_format_mapping_table_count_after_read_header

public void abbreviated_format_mapping_table_count_after_read_header()

compressed_data_format_interchange

public void compressed_data_format_interchange()

compressed_data_format_abbreviated_image_data

public void compressed_data_format_abbreviated_image_data()

mapping_table_count_after_decode_table_after_first_scan

public void mapping_table_count_after_decode_table_after_first_scan()

mapping_table_id_returns_zero

public void mapping_table_id_returns_zero()

create_destroy

public void create_destroy()

encoder_create_and_move

public void encoder_create_and_move()

frame_info_max_and_min

public void frame_info_max_and_min()

interleave_mode

public void interleave_mode()

near_lossless

public void near_lossless()

estimated_destination_size_minimal_frame_info

public void estimated_destination_size_minimal_frame_info()

estimated_destination_size_monochrome_16_bit

public void estimated_destination_size_monochrome_16_bit()

estimated_destination_size_color_8_bit

public void estimated_destination_size_color_8_bit()

estimated_destination_size_very_wide

public void estimated_destination_size_very_wide()

estimated_destination_size_very_high

public void estimated_destination_size_very_high()

destination

public void destination()

write_standard_spiff_header_test

public void write_standard_spiff_header_test()

write_standard_spiff_header_with_non_matching_color_space

public void write_standard_spiff_header_with_non_matching_color_space()

write_spiff_header_test

public void write_spiff_header_test()

write_spiff_entry_test

public void write_spiff_entry_test()

write_spiff_entry_twice

public void write_spiff_entry_twice()

write_empty_spiff_entry

public void write_empty_spiff_entry()

write_spiff_end_of_directory_entry_test

public void write_spiff_end_of_directory_entry_test()

write_comment_test

public void write_comment_test()

write_empty_comment

public void write_empty_comment()

write_max_comment

public void write_max_comment()

write_two_comment

public void write_two_comment()

test_by_decoding

public void test_by_decoding(byte[] encoded_source,
 charls.charls_frame_info source_frame_info,
 byte[] expected_destination,
 int expected_destination_size,
 charls.interleave_mode interleave,
 charls.color_transformation color_trans)

test_by_decoding

public void test_by_decoding(byte[] encoded_source,
 charls.charls_frame_info source_frame_info,
 short[] expected_destination_short,
 int expected_destination_size,
 charls.interleave_mode interleave,
 charls.color_transformation color_trans)

write_comment_before_encode

public void write_comment_before_encode()

write_application_data

public void write_application_data()

write_empty_application_data

public void write_empty_application_data()

write_max_application_data

public void write_max_application_data()

write_two_application_data

public void write_two_application_data()

write_application_data_before_encode

public void write_application_data_before_encode()

write_mapping_table

public void write_mapping_table()

write_mapping_table_before_encode

public void write_mapping_table_before_encode()

create_abbreviated_format

public void create_abbreviated_format()

set_preset_coding_parameters

public void set_preset_coding_parameters()

encode_with_custom_preset_coding_parameters

public void encode_with_custom_preset_coding_parameters(charls.charls_jpegls_pc_parameters pc_parameters)

encode_with_preset_coding_parameters_non_default_values

public void encode_with_preset_coding_parameters_non_default_values()

set_table_id

public void set_table_id()

set_table_id_clear_id

public void set_table_id_clear_id()

encode_with_spiff_header

public void encode_with_spiff_header()

encode_with_color_transformation

public void encode_with_color_transformation()

encode_16_bit

public void encode_16_bit()

simple_encode

public void simple_encode()

encode_with_stride_interleave_none_8_bit

public void encode_with_stride_interleave_none_8_bit()

encode_with_stride_interleave_none_8_bit_small_image

public void encode_with_stride_interleave_none_8_bit_small_image()

encode_with_stride_interleave_none_16_bit

public void encode_with_stride_interleave_none_16_bit()

encode_with_stride_interleave_sample_8_bit

public void encode_with_stride_interleave_sample_8_bit()

encode_with_stride_interleave_sample_16_bit

public void encode_with_stride_interleave_sample_16_bit()

encode_1_component_4_bit_with_high_bits_set

public void encode_1_component_4_bit_with_high_bits_set()

encode_1_component_12_bit_with_high_bits_set

public void encode_1_component_12_bit_with_high_bits_set()

encode_3_components_6_bit_with_high_bits_set_interleave_mode_sample

public void encode_3_components_6_bit_with_high_bits_set_interleave_mode_sample()

encode_3_components_6_bit_with_high_bits_set_interleave_mode_line

public void encode_3_components_6_bit_with_high_bits_set_interleave_mode_line()

encode_3_components_10_bit_with_high_bits_set_interleave_mode_sample

public void encode_3_components_10_bit_with_high_bits_set_interleave_mode_sample()

encode_3_components_10_bit_with_high_bits_set_interleave_mode_line

public void encode_3_components_10_bit_with_high_bits_set_interleave_mode_line()

encode_4_components_5_bit_with_high_bits_set_interleave_mode_line

public void encode_4_components_5_bit_with_high_bits_set_interleave_mode_line()

encode_4_components_7_bit_with_high_bits_set_interleave_mode_sample

public void encode_4_components_7_bit_with_high_bits_set_interleave_mode_sample()

encode_4_components_11_bit_with_high_bits_set_interleave_mode_line

public void encode_4_components_11_bit_with_high_bits_set_interleave_mode_line()

encode_4_components_13_bit_with_high_bits_set_interleave_mode_sample

public void encode_4_components_13_bit_with_high_bits_set_interleave_mode_sample()

encode_2_components_5_bit_with_high_bits_set_interleave_mode_line

public void encode_2_components_5_bit_with_high_bits_set_interleave_mode_line()

encode_2_components_7_bit_with_high_bits_set_interleave_mode_sample

public void encode_2_components_7_bit_with_high_bits_set_interleave_mode_sample()

encode_2_components_11_bit_with_high_bits_set_interleave_mode_line

public void encode_2_components_11_bit_with_high_bits_set_interleave_mode_line()

encode_2_components_13_bit_with_high_bits_set_interleave_mode_sample

public void encode_2_components_13_bit_with_high_bits_set_interleave_mode_sample()

encode_3_components_8_bit_with_high_bits_set_interleave_mode_sample_hp1

public void encode_3_components_8_bit_with_high_bits_set_interleave_mode_sample_hp1()

encode_3_components_8_bit_with_high_bits_set_interleave_mode_sample_hp2

public void encode_3_components_8_bit_with_high_bits_set_interleave_mode_sample_hp2()

encode_3_components_8_bit_with_high_bits_set_interleave_mode_sample_hp3

public void encode_3_components_8_bit_with_high_bits_set_interleave_mode_sample_hp3()

encode_3_components_8_bit_with_high_bits_set_interleave_mode_line_hp1

public void encode_3_components_8_bit_with_high_bits_set_interleave_mode_line_hp1()

encode_3_components_8_bit_with_high_bits_set_interleave_mode_line_hp2

public void encode_3_components_8_bit_with_high_bits_set_interleave_mode_line_hp2()

encode_3_components_8_bit_with_high_bits_set_interleave_mode_line_hp3

public void encode_3_components_8_bit_with_high_bits_set_interleave_mode_line_hp3()

encode_3_components_16_bit_with_high_bits_set_interleave_mode_sample_hp1

public void encode_3_components_16_bit_with_high_bits_set_interleave_mode_sample_hp1()

encode_3_components_16_bit_with_high_bits_set_interleave_mode_sample_hp2

public void encode_3_components_16_bit_with_high_bits_set_interleave_mode_sample_hp2()

encode_3_components_16_bit_with_high_bits_set_interleave_mode_sample_hp3

public void encode_3_components_16_bit_with_high_bits_set_interleave_mode_sample_hp3()

encode_3_components_16_bit_with_high_bits_set_interleave_mode_line_hp1

public void encode_3_components_16_bit_with_high_bits_set_interleave_mode_line_hp1()

encode_3_components_16_bit_with_high_bits_set_interleave_mode_line_hp2

public void encode_3_components_16_bit_with_high_bits_set_interleave_mode_line_hp2()

encode_3_components_16_bit_with_high_bits_set_interleave_mode_line_hp3

public void encode_3_components_16_bit_with_high_bits_set_interleave_mode_line_hp3()

rewind_test

public void rewind_test()

rewind_before_destination

public void rewind_before_destination()

encode_image_odd_size

public void encode_image_odd_size()

encode_image_odd_size_forced_even

public void encode_image_odd_size_forced_even()

compute_defaults_using_reference_implementation

charls.thresholds compute_defaults_using_reference_implementation(int max_value,
 int near)

encode_image_include_pc_parameters_jai

public void encode_image_include_pc_parameters_jai()

encode_image_with_include_pc_parameters_jai_not_set

public void encode_image_with_include_pc_parameters_jai_not_set()

large_image_contains_lse_for_oversize_image_dimension

public void large_image_contains_lse_for_oversize_image_dimension()

encode_oversized_image

public void encode_oversized_image()

image_contains_no_preset_coding_parameters_by_default

public void image_contains_no_preset_coding_parameters_by_default()

image_contains_no_preset_coding_parameters_if_configured_pc_is_default

public void image_contains_no_preset_coding_parameters_if_configured_pc_is_default()

image_contains_preset_coding_parameters_if_configured_pc_is_non_default

public void image_contains_preset_coding_parameters_if_configured_pc_is_non_default()

image_contains_preset_coding_parameters_if_configured_pc_has_diff_max_value

public void image_contains_preset_coding_parameters_if_configured_pc_has_diff_max_value()

table_c3

public void table_c3()

max_value_lossless

public void max_value_lossless()

min_value_lossless

public void min_value_lossless()

min_high_value_lossless

public void min_high_value_lossless()

max_low_value_lossless

public void max_low_value_lossless()

max_value_max_lossy

public void max_value_max_lossy()

min_value_max_lossy

public void min_value_max_lossy()

is_valid_default

public void is_valid_default()

is_valid_thresholds_zero

public void is_valid_thresholds_zero()

is_default_nothing_set

public void is_default_nothing_set()

is_default_same_as_default

public void is_default_same_as_default()

is_default_same_as_default_except_reset

public void is_default_same_as_default_except_reset()

decode_encode_file

public void decode_encode_file(String encoded_filename,
 String raw_filename,
 boolean check_encode)

decode_encode_color_8_bit_interleave_none_lossless

public void decode_encode_color_8_bit_interleave_none_lossless()

decode_encode_color_8_bit_interleave_line_lossless

public void decode_encode_color_8_bit_interleave_line_lossless()

decode_encode_color_8_bit_interleave_sample_lossless

public void decode_encode_color_8_bit_interleave_sample_lossless()

decode_encode_color_8_bit_interleave_none_near_lossless_3

public void decode_encode_color_8_bit_interleave_none_near_lossless_3()

decode_encode_color_8_bit_interleave_line_near_lossless_3

public void decode_encode_color_8_bit_interleave_line_near_lossless_3()

decode_encode_color_8_bit_interleave_sample_near_lossless_3

public void decode_encode_color_8_bit_interleave_sample_near_lossless_3()

decode_encode_color_8_bit_interleave_none_lossless_non_default

public void decode_encode_color_8_bit_interleave_none_lossless_non_default()

decode_encode_color_8_bit_interleave_none_near_lossless_3_non_default

public void decode_encode_color_8_bit_interleave_none_near_lossless_3_non_default()

decode_encode_monochrome_16_bit_lossless

public void decode_encode_monochrome_16_bit_lossless()

decode_monochrome_16_bit_near_lossless_3

public void decode_monochrome_16_bit_near_lossless_3()

decode_encode_tulips_monochrome_8_bit_lossless_hp

public void decode_encode_tulips_monochrome_8_bit_lossless_hp()

decode_color_8_bit_interleave_none_lossless_restart_7

public void decode_color_8_bit_interleave_none_lossless_restart_7()

decode_color_8_bit_interleave_line_lossless_restart_7

public void decode_color_8_bit_interleave_line_lossless_restart_7()

decode_color_8_bit_interleave_sample_lossless_restart_7

public void decode_color_8_bit_interleave_sample_lossless_restart_7()

decode_color_8_bit_interleave_sample_lossless_restart_300

public void decode_color_8_bit_interleave_sample_lossless_restart_300()

decode_monochrome_16_bit_restart_5

public void decode_monochrome_16_bit_restart_5()

compare_buffers

public void compare_buffers(byte[] buffer1,
 int size1,
 byte[] buffer2,
 int size2)

decode_mapping_table_sample_annex_h4_5

public void decode_mapping_table_sample_annex_h4_5()

test_decoded_data

public void test_decoded_data(byte[] decoded_source,
 String raw_filename)

decode_simple_8_bit_monochrome

public byte[] decode_simple_8_bit_monochrome(byte[] source)

call_decode_simple_8_bit_monochrome

public void call_decode_simple_8_bit_monochrome()

decode_advanced

public byte[] decode_advanced(byte[] source)

call_decode_advanced

public void call_decode_advanced()

encode_simple_8_bit_monochrome

public byte[] encode_simple_8_bit_monochrome(byte[] source,
 int width,
 int height)

test_by_decoding

public void test_by_decoding(byte[] encoded_source,
 charls.portable_anymap_file reference_file,
 charls.interleave_mode interleave_)

call_encode_simple_8_bit_monochrome

public void call_encode_simple_8_bit_monochrome()

encode_advanced_8_bit_monochrome

public byte[] encode_advanced_8_bit_monochrome(byte[] source,
 int width,
 int height)

call_encode_advanced_8_bit_monochrome

public void call_encode_advanced_8_bit_monochrome()

charls_get_version_string_test

public void charls_get_version_string_test()

charls_get_version_number_all

public void charls_get_version_number_all()

estimated_destination_size

public int estimated_destination_size(int width,
 int height,
 int component_count,
 int bits_per_sample)

test_by_decoding

public void test_by_decoding(byte[] encoded_data,
 charls.charls_frame_info reference_frame_info,
 byte[] reference_source,
 charls.interleave_mode interleave_,
 charls.color_transformation color_)

encode

public void encode(charls.charls_frame_info frame_info,
 byte[] source,
 int expected_size,
 charls.interleave_mode interleave_,
 charls.color_transformation color_)

encode

public void encode(charls.charls_frame_info frame_info,
 byte[] source,
 int expected_size,
 charls.interleave_mode interleave_)

encode

public void encode(String filename,
 int expected_size,
 charls.interleave_mode interleave_,
 charls.color_transformation color_)

encode

public void encode(String filename,
 int expected_size)

encode

public void encode(String filename,
 int expected_size,
 charls.interleave_mode interleave_)

check_output

public void check_output(byte[] source,
 int source_size,
 byte[] destination,
 charls.charls_jpegls_decoder decoder,
 int component_count,
 int component_size)

check_output

public void check_output(byte[] source,
 int source_size,
 byte[] destination,
 int destination_offset,
 charls.charls_jpegls_decoder decoder,
 int component_count,
 int component_size)

encode_monochrome_2_bit_lossless

public void encode_monochrome_2_bit_lossless()

encode_monochrome_4_bit_lossless

public void encode_monochrome_4_bit_lossless()

encode_monochrome_12_bit_lossless

public void encode_monochrome_12_bit_lossless()

encode_monochrome_16_bit_lossless

public void encode_monochrome_16_bit_lossless()

encode_2_components_8_bit_interleave_none

public void encode_2_components_8_bit_interleave_none()

encode_2_components_8_bit_interleave_line

public void encode_2_components_8_bit_interleave_line()

encode_2_components_8_bit_interleave_sample

public void encode_2_components_8_bit_interleave_sample()

encode_2_components_16_bit_interleave_none

public void encode_2_components_16_bit_interleave_none()

encode_2_components_16_bit_interleave_line

public void encode_2_components_16_bit_interleave_line()

encode_2_components_16_bit_interleave_sample

public void encode_2_components_16_bit_interleave_sample()

encode_color_8_bit_interleave_none_lossless

public void encode_color_8_bit_interleave_none_lossless()

encode_color_8_bit_interleave_line_lossless

public void encode_color_8_bit_interleave_line_lossless()

encode_color_8_bit_interleave_sample_lossless

public void encode_color_8_bit_interleave_sample_lossless()

encode_color_8_bit_interleave_line_hp1

public void encode_color_8_bit_interleave_line_hp1()

encode_color_8_bit_interleave_sample_hp1

public void encode_color_8_bit_interleave_sample_hp1()

encode_color_8_bit_interleave_line_hp2

public void encode_color_8_bit_interleave_line_hp2()

encode_color_8_bit_interleave_sample_hp2

public void encode_color_8_bit_interleave_sample_hp2()

encode_color_8_bit_interleave_line_hp3

public void encode_color_8_bit_interleave_line_hp3()

encode_color_8_bit_interleave_sample_hp3

public void encode_color_8_bit_interleave_sample_hp3()

encode_monchrome_16_bit_interleave_none

public void encode_monchrome_16_bit_interleave_none()

encode_color_16_bit_interleave_none

public void encode_color_16_bit_interleave_none()

encode_color_16_bit_interleave_line

public void encode_color_16_bit_interleave_line()

encode_color_16_bit_interleave_sample

public void encode_color_16_bit_interleave_sample()

encode_color_16_bit_interleave_line_hp1

public void encode_color_16_bit_interleave_line_hp1()

encode_color_16_bit_interleave_sample_hp1

public void encode_color_16_bit_interleave_sample_hp1()

encode_color_16_bit_interleave_line_hp2

public void encode_color_16_bit_interleave_line_hp2()

encode_color_16_bit_interleave_sample_hp2

public void encode_color_16_bit_interleave_sample_hp2()

encode_color_16_bit_interleave_line_hp3

public void encode_color_16_bit_interleave_line_hp3()

encode_color_16_bit_interleave_sample_hp3

public void encode_color_16_bit_interleave_sample_hp3()

encode_4_components_8_bit_interleave_none

public void encode_4_components_8_bit_interleave_none()

encode_4_components_8_bit_interleave_line

public void encode_4_components_8_bit_interleave_line()

encode_4_components_8_bit_interleave_sample

public void encode_4_components_8_bit_interleave_sample()

encode_4_components_16_bit_interleave_none

public void encode_4_components_16_bit_interleave_none()

encode_4_components_16_bit_interleave_line

public void encode_4_components_16_bit_interleave_line()

encode_4_components_16_bit_interleave_sample

public void encode_4_components_16_bit_interleave_sample()

encode_with_different_lossless_values

public void encode_with_different_lossless_values()

encode_with_different_preset_coding_parameters

public void encode_with_different_preset_coding_parameters()

encode_with_different_interleave_modes_none_first

public void encode_with_different_interleave_modes_none_first()

encode_with_different_interleave_modes_sample_first

public void encode_with_different_interleave_modes_sample_first()

call_and_compare_log2_ceil

public void call_and_compare_log2_ceil(int value)

log2_ceil_test

public void log2_ceil_test()

test_initialization_value_for_a

public void test_initialization_value_for_a()

map_error_value_original

public int map_error_value_original(int error_value)

map_error_value_alternative1

public int map_error_value_alternative1(int error_value)

map_error_value_algorithm

public void map_error_value_algorithm(int error_value)

map_error_value_algorithm_test

public void map_error_value_algorithm_test()

unmap_error_value_original

public int unmap_error_value_original(int mapped_error_value)

unmap_error_value_alternative1

public int unmap_error_value_alternative1(int mapped_error_value)

unmap_error_value_algorithm

public void unmap_error_value_algorithm(int mapped_error_value)

unmap_error_value_algorithm_test

public void unmap_error_value_algorithm_test()

map_unmap_error_value_algorithm

public void map_unmap_error_value_algorithm(int error_value)

map_unmap_error_value_algorithm_test

public void map_unmap_error_value_algorithm_test()

countl_zero

int countl_zero(int x)

log2_floor

int log2_floor(int n)

max_value_to_bits_per_sample

int max_value_to_bits_per_sample(int max_value)

call_and_compare_log2_floor

void call_and_compare_log2_floor(int arg)

log2_floor_test

public void log2_floor_test()

max_value_to_bits_per_sample_test

public void max_value_to_bits_per_sample_test()

test_sample_annex_h4_5

public void test_sample_annex_h4_5()

triplet2_planar

void triplet2_planar(byte[] buffer,
 int width,
 int height)

verify_encoded_bytes

boolean verify_encoded_bytes(byte[] uncompressed_data,
 int uncompressed_length,
 byte[] compressed_data,
 int compressed_length)

test_compliance

void test_compliance(byte[] compressed_bytes,
 int compressed_length,
 byte[] uncompressed_data,
 int uncompressed_length,
 boolean check_encode)

decompress_file

void decompress_file(String name_encoded,
 String name_raw,
 int offset)

decompress_file

void decompress_file(String name_encoded,
 String name_raw,
 int offset,
 boolean check_encode)

test_color_transforms_hp_images

public void test_color_transforms_hp_images()

test_conformance

public void test_conformance()

test_round_trip

void test_round_trip(String name,
 byte[] original_buffer,
 int width,
 int height,
 int bits_per_sample,
 int component_count,
 int loop_count)

test_file

void test_file(String filename,
 int offset,
 int width,
 int height,
 int bits_per_sample,
 int component_count,
 boolean little_endian_file,
 int loop_count)

test_performance

public void test_performance(int loop_count)

test_portable_anymap_file

void test_portable_anymap_file(String filename,
 int loop_count)

test_large_image_performance_rgb8

public void test_large_image_performance_rgb8(int loop_count)

test_traits16_bit

public void test_traits16_bit()

test_traits8_bit

public void test_traits8_bit()

test_encode_from_file

void test_encode_from_file(String filename,
 int offset,
 int width,
 int height,
 int bits_per_sample,
 int component_count,
 charls.interleave_mode interleave_,
 int expected_length)

test_encode_from_file

public void test_encode_from_file()

make_some_noise

byte[] make_some_noise(int length,
 int bit_count,
 long seed)

make_some_noise16_bit

byte[] make_some_noise16_bit(int length,
 int bit_count,
 long seed)

test_noise_image

public void test_noise_image()