* Serialize all calibration data
* Run lint
* typing nit
* fix code
* move these tables around some
* Add cool formatting
* add request to get snapshots by resolution and camera
* re-enable all resolutions
* add wip so i can change computers (SQUASH ME AND KILL ME AHHHH)
* Get everything working but viewing snapshots
* Update RequestHandler.java
* Update CameraCalibrationInfoCard.vue
* Update CameraCalibrationInfoCard.vue
* add observation viewer
* round
* fix illiegal import
* Swap to PNG and serialize insolution
* move import/export buttons TO THE TOP
* Update WebsocketDataTypes.ts
* Add snapshotname to observation
* Refactor to serialize snapshot image itself
* Run lint
* Use new base64 image data in info card
* Update SettingTypes.ts
* Create calibration json -> mrcal converter script
* Update calibrationUtils.py
* Fix calibrate NPEs in teest
* Run lint
* Always run cornersubpix
* Update CameraCalibrationInfoCard.vue
Update CameraCalibrationInfoCard.vue
* Update OpenCVHelp.java
* Update OpenCVHelp.java
* Replace test mode camera JSONs
* Run wpiformat
* Revert intrinsics but keep other data
* Remove misc comments
* Rename JsonMat->JsonImageMat and add calobject_warp
* Update Server.java
* Rename cameraExtrinsics to distCoeffs
* fix typing issues
* use util methods
* Formatting fixes
* fix styling
* move to devTools
* remove unneeded or unused imports
* Remove fixed-right css
If its really that big of a deal, we can add it back later, kind of a drag to fix rn.
* Create util method
* Remove extra legacy calibration things
---------
Co-authored-by: Sriman Achanta <68172138+srimanachanta@users.noreply.github.com>
Removes websocket-based camera streaming functionality.
Fixes#975. This was caused by destroying the camera streams and recreating them on nickname change. Even when directly using `MJPGFrameConsumer` and the streams were exactly the same, the freeze would occur when creating a new `MjpegServer` and require a refresh. I think this is simply how cscore works?
* WIP adding second websocket handling for cameras
* just more WIP
* even more wip. Most java-side framework completed, but not yet debugged
* IT LIVES. Still needs lots of cleanup. But we're transferring and displaying data!
* moved down an architecture layer. Improved multiple-camera handling
* Additional WIP to help improve smoothness and performance, though not yet tested
* bugfixes galore
* tweak compression
* spotless
* more tweaks for handling slow/intermittent streams
* wpilibformat maybe?
* clang-format maybe?
* WIP - adding thinclient. I don't like it yet, it should be more auto-generated than it is.
* thinclient formatting fixups
* Reduced amount of empty send data by limiting to only one stream per client (which is all we really need). Framerate is up slightly, overhead is down.
* bugfixes, faster streaming, better mjpeg compression settings, thinclient working
* spotless and formatting
* cmon wpiformat....
* re-added mjpg streams
* added a loading GIF to imporve the feeling of responsiveness
* formatting
* urlparams and built-in thinclient
* wpiformat
* prevent wpiformat complaints
* Removed uint8 array and base64 conversion from client side
* Synced up js implementations for ws streaming
* formatting/spotless
* Rename MJPEG streams when camera name changes
* Change camera name to HTTP request
This allows us to wait for it to for sure be done
* Fix reload logic
* whee lnt
* Reload on backend connect too
* Update CameraAndPipelineSelect.vue
* Did some stuff
* Fix gradle, start implementing mjpeg frame consumer
* Did some stuff
* bade changes
* rename camera config to USBCameraConfiguration, add name
* unrename cameraconfiguration
* Add pub/sub framework
* Add setResolution to mjpeg frame consumer
* add NTDataConsumer
* Add some totally broken hsv hacks
* Start refactoring UI data
* Update index.js
* Commit and push, he says
* Fix up some errors
* Fix input tab
* Fix fps
* Update index.js
* Add pipeline field setting, update PipelineManager, fix nullpointers and USBCameraSettables
* Change v-model to point to data()
* update hsv to use mutations
* Work on saving, fix hsv
* Rename shouldErode/shouldDilate to erode and dilate
* Hook all the tabs up to the Store
* Change handleData to handlePipelineData
* camera quirk redo, add ICCSub to SocketHandler
* Fix some property names
* Fixed tons of naming in UI, fix backend for multi-val PSCs, fix PSC enums
* change pipeline type to an int in store
* Fix mutation naming
* Attempt threshold fix
* Update SocketHandler.java
* Add truthy data sending
* Start adding logging support
* [UI] Add delay to slider input boxes (#1)
* [UI] [Backend] potentially fix camera settings, various logging tweaks
* Don't release raw input mat
* add setVideoModeIndex to vision settables
* Implement pipeline index in socket handler, add framework for renaming/changing pipes
* (ish) get pipeline change working
* Create index.html
* Cleanups, fix pipeline index bug, fix stream res for MJPG, add dashboard stream (unused)
* Refactor UI to use mutatePipeline, send pipeline results
* Update NetworkConfig.java
* Change double to number
* Run spotless
* Fix reversal of large/small comparators
* Fix left/right
* Fix pitch/yaw calculation bug, fix area bug
* Use Vue.set instead of assignment
This fixes {{ }}
* Update App.vue
* run spotless
* Actually add pipelines and reassign indecies
* Delete old pipeline configs
Fixes duplication on renaming pipeline
* Start working on deleting pipes
* Fix camera nickname change
* run spotless
* Fix some test stuff
* Update VisionModuleManagerTest.java
* vision source manager test is still broken
* Fix VisionSourceManager test
* Apply spotless 2 electric boogaloo
Co-authored-by: Banks Troutman <btrout.dhrs@gmail.com>
Co-authored-by: Declan Freeman-Gleason <declanfreemangleason@gmail.com>
Co-authored-by: Aaryan Agrawal <54345060+13Ducks@users.noreply.github.com>
