- ci: build containers on releases only
- setup: install all compilers for arch
- ci: saves cache to s3 and defaults to gh public cache
- docker: try to catch apt registry installs
- ci: use qemu for arm64 images
readAndAddSubscription uses nextDataMessage to find the first
corresponding data and nextDataMessage calls readAndAddSubscription
when it finds a new message definition.
* added optical flow to gz bridge
* log high rate sensor data
* it builds
* it builds and publishes, need to figure out build system now
* single library
* rename files
* add gz_msg for proto, fix build, test basic flow impl
* update rate, no blur
* PX4-OpticalFlow impl
* rename OpticalFlowSensor
* rename plugins
* disable gps, add plugin path
* cleanup
* fix plugin path export
* properly add OpticalFlowSystem dependency to gz
* move everything under gz_bridge
* cleanup
* add GZ_VEBOSE
* cleanup model/world build target cmake
* added GZ_DISTRO env, harmonic or ionic
* fix gz transport, unstage ark fpv bootloader
* unstage logged_topics.cpp
* cleanup
* make format
* ci fixes
* fix cmake
* remove required for gz-transport
* use model/world namespace for multi vehicle sim. Make format
* make format
* license
* remove needless member var
* made separate Kconfig for gz_msgs, gz_plugins, and gz_bridge
* move OpticalFlow build to it's own cmake
* fix clang
* cleanup comments
* fix rebase
* disable SENS_EN_GPSSIM for all gz airframes
* add GPS + noise to GZBridge
* remove mutex from gz callbacks. Callbacks run synchronously after sim update step and run() loop does not share resources.
* remove hrt check in callbacks
* format
* remove param set-default for already default params
* update submodule
* remove unnecessary comments
* overhaul of the GZBridge and px4-rc.simulator script
* remove arg
* shellcheck disable
* add bus/address
* start gz_bridge before adjusting sim speed or camera follow
Setting "lockdown" disables the actuators. In this mode,
"force_failsafe" has no effect as the actuators are disabled, so the
parachute is not getting released as it requires the output to change to
its failsafe value.
* [ulanding_radar] Fix comms error perf counter usage
* [ulanding_radar] Workaround for lost messages by lowering sampling rate
The current implementation of the Aerotenna uLanding radar driver assumes that
the UART frames are received in full. If the driver polls with 10ms this is not
always the case and the driver will fail to parse the frame leading to
significant packet loss. This workaround polls at 12ms which ensures that at
least one entire frame is received.
Previously, when requesting a mode switch to Position without a valid
position estimate through an RC button, the mode change to Position mode
was not rejected if COM_POSCTL_NAVL was set to 1 and instead the system
switched to Altitude mode.
If the mode request instead came in through MAVLink it was rejected.
This commit aligns the two ways of changing a flight mode.
Signed-off-by: Silvan <silvan@auterion.com>
We had a setup where the voltage was right at the threshold and the check
toggled continuously.
It still triggers immediately, and then keeps for 15 seconds
* cmake: bump min version to 3.16.3, which is what Ubuntu 20.04 ships with
* reduce to cmake 3.10
---------
Co-authored-by: Alex Klimaj <alex@arkelectron.com>
* add optical flow arming check
* removed deprecated mavlink_log_critical
* change SYS_HAS_NUM_OF description, keep max sensor at 1 since multiple instances are currently not support.
* restructure if/else blocks
Ramon Roche