Release v0.3.1

• #61 Fixed bug in OpAlgoRhsLhsOut
• #60 Add example of how vulkan kompute can be used for ML in Godot Game Engine
• #59 Changed c++ to 14 from 17 for support with older frameworks

Release v0.3.0

• #50 - Added documentation and testing for reusing recorded commands
• #19 - Added Machine Learning example with Kompute
• #40 - Provide further granularity for handling tensor data
• #39 - Create OpTensorSyncLocal and OpTensorSyncDevice operations
• #43 - Renamed OpCreateTensor to OpTensorCreate to align with tensor operations
• #43 - Fixed OpTensorCreate not mapping data for host tensors
• #47 - Add preSubmit function to OpBase to account for multiple eval commands
• #58 - Add standalone examples that show using Kompute from scratch
• #58 - Make Kompute installable locally
• #56 - Remove OpAlgoBase copy tensor functionality to delegate to OpTensorSync

Release v0.2.0

• #18 - Improve access to underlying data for speed and ease of access
• #17 - Enabled for compute shaders to be passed as files or strings
• #13 - Enable OpCreateTensor to receive more than 1 tensor
• #11 - Add default specialisation data to algorithm holding all tensor sizes
• #9 - Added documentation automated with doxygen and sphinx
• #15 - Memory profiling and ensured no memory leaks explicitly
• #30 - Removed spdlog as required dependency and into optional
• #37 - Migrated to GTest

Release v0.1.0

Vulkan Kompute Release 0.1.0

The 0.1.0 release of Vulkan Kompute, the General Purpose Vulkan Compute Framework.

Features

• Automatic detection and selection of phyiscal GPU device
• Single header import with dynamic library available for easy integration
• Uses vcpkg with optional manifest to download / fetch dependencies
• Provides high level kompute interface via Manager and Sequence
• GPU processing data abstracted with Tensors
• Compute shaders and pipelines are abstracted via algorithms
• Base options for operations including create tensor and multiplication as example
• Ability to initialise components with external vulkan resources
• Conversion of glsl shaders into SPIR-V and native HPP files for static building
• DEBUG option for verbose builds that cover execution path in detail with SPDLOG
• Docker image to build the library in linux environments
• CMAKE support with tested functionality in linux and windows
• Documentation containing autodoc with Doxygen using Sphinx
• Unit and integration testing using Catch2