* Add native stuff
* use runtimeloader
* add more native methods
* more stuff
* Switch JNI methods to static
* Remove non-java classes from the picam jni
* Add gradle task for JNI generation
* Migrate my previous GPU accel work
* Initial work on defining JNI interface
* Change libpicam to a symlink for now
* Initial work on adding no-copy OMX GPU accel on the pi
* Make DIRECT_OMX GPU accel mode not crash
* Clean up OMX changes (still not getting valid data back)
* Re-add GPU unit test
* A couple debugging tweaks/notes
* Add temporary special cases to get RGB out of ProcessingMode.NONE
* Code clarity improvements; fix possible VBO bug
* Get DIRECT_OMX working
* Remove some debugging switches in GPUAccelerator
* Pipe in VCSM stuff to read out pixels FAST
* Apply Spotless
* Revert versioningHelper changes
* Add missing import
* Convert to MMAL and move everything to native
* Re-add shared object
* Rework to use MMAL and do everything natively
* Condense pipeline settings classes
* Add OutputStreamPipeline
* Apply spotless
* Fix duplicate variable inits and add more video modes
* Integrate color frames and latency measurements for GPU
* Fix camera detection on pi and other platforms
* Add proper color copy disabling and camera settings calls
* Fix things that were broken by rebase
* Fix spotless issues and remove uneeded prints
* Remove libpicam symlink
* Fix stream resolution limiting
* Remove testing code in GPUAcceleratedHSVPipe
* Make profiling options general to all computers
* Make PicamJNI load from resources
* run spotlessApply
* Address review comments
* Update Maven repo for JOGL
* Fix release race condition
* Only run GPU accel test on the pi
* Lint fix and merge conflict accident fixes
* Make Jackson ignore extra fields when unmarshalling HardwareConfig
* Fix Mat releasing data race
* Spotless apply
* Remove broken header generation task
* Fix shared library loading typo
* Add a ZeroCopyPicam quirk to allow setting gain with the MMAL backend
* Make sure that exposure/brightness/gain get set after res changes
* Make rawInputMat properly local
* Remove bogus set of shouldRun flag
* Clean up small GPUHSVPipe print
* Add in some things that missed the ZeroCopyPiCameraSource rename
* Fix incorrect scoping introduced in past rebase
* Don't filter out too-low resolutions
* Only show latency when GPU accel is enabled
* Don't free Mats in stream thread before we use them
* Fix use-after-free and latency caluclation bugs on USB camera source
* Update libpicam
* Remove unwanted print
* Add libpicam forceLoad in unit test
* Fix streaming during camera calibration
* Fix zerocopy Picam calculation
* Use logger trace method instead of raw prints
* Fix calibration and driver mode pipes with the Picam
Co-authored-by: Matt <matthew.morley.ca@gmail.com>
Co-authored-by: Banks Troutman <btrout.dhrs@gmail.com>
Added disk usage percentage hardware stat
Updated Settings-General UI to have table-layout for metrics and other info
Added a `synchronized` modifier to the command runner due to some InterruptedThreadExceptions that were spuriously showing up while getting stats. Added additional stack trace logging when issues arise.
Changes exposure setters to accept a floating point input (rather than integer)
Updates the UI to change exposure in increments of 0.1 (rather than 1.0)
Updates quirky PI camera logic to use the raw_ interface with scaling/offset logic matching the GPU-accelerated pi3 camera logic from Declan.
Adds logic to disable auto-white-balance in the PI camera, which should yield more consistent vision processing results.
* Added input and output frame file save routines
* First pass at review items
* Revised logic to not crash on start and pass tests
* Updated build.gradle to force line endings. Spotless passes now.
* Reverted lineEndings to not force Unix.
Gerth needs to fix up his dev pc.
Co-authored-by: Banks T <btrout.dhrs@gmail.com>
* 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
* Change chessboard size to be squares not interior corners
This reduces ambiguity
* Force users to select resolution
This forces the correct video mode index to be selected. Otherwise the 0th camera videomode index will be used, as it's zero-inited. This is undesirable.
* Make target model an enum
This will allow the UI to remember the currently selected target.
* Fix DriverMode settings
* Update FileVisionSource.java
* Sort modes by resolution
* Filter duplicated modes
* run spotless
* Fix calibration bug
* run format
* aaaaa
* Add hardware and platform support
* decrease timing sensitivity
* Better handle jvm exitg
* Make reboot happen immediately
* Cleanup restart
* Remove debug print
* Fix Jackson exploding when deserializing old versions of configs
* Add unit test for old config versions
* Run format
* Add a comment
* remove isvendorcam from pipeline manager
* oops
* Update QuirkyCamera to do name-based matching
* Add pi-cam exposure set
* Refactor QuirkyCamera
* Add PiCam quirk test, fix tests for no-name quirky cameras
* Apply Spotless
* Add pinhole model unit test
* Auto reconnect to unconnected cameras
* Refactor vision source manager to not suck
* Filter allowed video modes
* Run spotless
* Fix filtering
* Update VisionSourceManager.java
* Remove debug stuff
* Add unit tests, rebase
* run spotless
* Fix config test
* Fix settings not being saved
* run spotless
* oop
* kil debug prints if we have no usb cams to match
* whoooops
* add braudcast
* Actually save pipeline settings
* fix memes
* get right coeffs
* Run spotless
* run spotless
* rebase and add some prints
* Sorry min
* Oops reimpl matching
* Oops
* Don't start metrics thread if not on linux
* Add statusLED support
* [Hardware] Add status LED support
* [Hardware] Invalid LED port checks
* [Hardware] Check if statusLED exists in config
This makes it so that settings are written to disk 1 second after settings have stopped being changed. This means that while dragging sliders in the UI, settings won't be written repeatedly. This reduces wear on system storage and improves performance, as saving is expensive.
