- Implement documentation topic that can be used to query documentation using the network API.
- Implement a way to pass arguments to lua scripts using json (rather than formatting entire lua string clientside)
- Implement ability to attach callback to lua script executions
- Implement abillity to transport return values from lua scripts back to network API clients.
- Do not initialize server interface on slave nodes.
- Implement Dictionary -> json converter using nlohmann json library
* Updated SGCT to latest commit, to include OpenVR convenience functions.
* Made OpenSpace application support OpenVR. Check CMake option "OPENSPACE_OPENVR_SUPPORT" to enable this functionality.
* Merged latest SGCT to remove ogl_header dependency in SGCTOpenVR header
* Merged latest SGCT with minor Mac gl/glew include fix for including SGCTOpenVR as it relies on inclusion of gl headers.
* CMake fix in OpenSpace app for resetting variables after unchecking OPENVR_SUPPORT.
* Created separate SGCT config files for Oculus Rift and HTC Vive HMD
* Update Ghoul to enable experimental GLM features
* Update SGCT repository
* Updated to latest SGCT version for latest fixes.
* Initial work to create SGCT configuration files from Lua
* More work on modularizing the SGCT configs
- Removing almost all pregenerated config files
- Working functions to create configurations with single and fisheye
rendering viewports
* Some more work on modular SGCT configurations
- Make more objects configurable
- Add documentation
- Make use of new `sgct.config.single` and `sgct.config.fisheye` functions
* Fix accidental commit
* Enable single configuration as default
* Do not remove single_fisheye.xml for inspiration
* Update single_fisheye.xml
* Update configuration_helper.lua
* Place multiview and multinode configuration files back
- ImageSequencer class added, requires planetary data service files (not added to openspace-data, too large)
: Given current time returns path to specific image in dataset for projection.
- Changes to RenderablePlanetProjection class to accomodate sequencing
- Fixed normal computation in reverse-mapping stage
- Rudimental target recognition (will prob. become part of separate class at some point - since both fov & proj classes do similar things)
Next up:
- Redo pluto mockup visualization & begin spreadsheet reader for instrument-switching.
