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Clad version 0.9
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@vgvassilev vgvassilev released this 15 Aug 18:23
· 656 commits to master since this release
v0.9
9b24079

Introduction

This document contains the release notes for the automatic differentiation plugin for clang Clad, release 0.9. Clad is built on top of Clang and LLVM compiler infrastructure. Here we describe the status of Clad in some detail, including major improvements from the previous release and new feature work.

Note that if you are reading this file from a git checkout, this document applies to the next release, not the current one.

What's New in Clad 0.9?

Some of the major new features and improvements to Clad are listed here. Generic improvements to Clad as a whole or to its underlying infrastructure are described first.

External Dependencies

  • Clad now works with clang-5.0 to clang-13-rc1

Forward Mode & Reverse Mode

  • Add support for differentiating functor-like objects.
  • Preserve the type qualifiers in the derived function.
  • Develop initial support for differentiation of CUDA code.
  • Improve the doxygen-style documentation.

Forward Mode

  • Add support for differentiating while and do-while statements
  • Add switch statement differentiation support.
  • Add array differentiation support.
  • Allow the user to specify an array index as a independent variable. For instance, clad::differentiate(f, "p[1]");.

Reverse Mode

  • Extend the array differentiation support. See more in the demo.

Build System

  • Add cmake variables to control the locations where find_package discovers LLVM and Clang: LLVM_CONFIG_EXTRA_PATH_HINTS and Clang_CONFIG_EXTRA_PATH_HINTS respectively.

Fixed Bugs

  • Fix memory leaks in clad::Tape.
  • Fix bug in the clad::Tape::size().
  • Fix codegen Error for class function differentiation
    (139)

Special Kudos

This release wouldn't have happened without the efforts of our contributors,
listed in the form of Firstname Lastname (#contributions):

FirstName LastName (#commits)

  • Baidyanath Kundu (21)
  • Parth Arora (21)
  • Vassil Vassilev (3)
  • Garima Singh (3)
  • axmat (1)
  • Ioana Ifrim (1)
  • Alexander Penev (1)
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