Version 1.0 ToDo List

The following is a list of features collected in the months before the VTK-m 1.0 release that are on the short path to be completed.

Feature	Status
Settling of the core interface	Rob working on interface for finding what device adapters are available at runtime. Probably will move device adapter traits outside of internal.
Standardization of "filters" Proposal for filter interfaces in issue #17	Rob is going to work on this. Originally the design was to compile filters into libraries, but the latest design is using a header-based approach. The current status is at https://gitlab.kitware.com/robertmaynard/vtk-m/tree/vtkm_filters.
Support worklet operations that are not one-to-one output	Done
Basic file I/O	Done. Except Matt has been having trouble loading in VTK files. He has had to modify the files to get them to work. Action item: Matt needs to send an example file that does not work to the Kitware folks to take a look.
Basic rendering	Not started yet. There is a Rendering Infrastructure design document.
Clean up Doxygen	Need to get documentation syncing nightly.
User's Guide	Behind. Trying to catch up. Making some progress.
Green dashboard	Still have problems with some CUDA dashboards Some may have been resolved There are issues with dejagore running out of memory Some working CUDA dashboards have a timer failure There have been some interop failures. - Rob thinks they are fixed. Some further output issues on Windows (see delve dashboards e.g. https://open.cdash.org/viewTest.php?onlyfailed&buildid=4123995) Need to get the buildbot tests running nightly to check up on this issue. Some timeout issues on renar (e.g. https://open.cdash.org/viewTest.php?onlyfailed&buildid=4123644). Could be caused by JIT of CUDA kernels or might be because multiple things are running. This should be resolved with a branch being merged in today.
Prototype VTK/ParaView/VisIt integration (Technically not part of the release, but should indicate we have viable components.)	Eric Brugger has made some progress on integrating VTK-m into VisIt. He is able to run the marching cubes algorithm from within VisIt and generate images.