ToF sensor
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OK, good the tracking sensor is working. Sorry about this, the tof setup is still in beta. We clearly need to document the setup way better.
Can you please print which version of system image you are using (voxl-version)? The error implies an older system image which does not support that hal3_tof_cam_ros.
ERROR: Libcamera sending post-processed TOF data. App does NOT get RAW16 TOF camera data
The error above implies an older version of libcamera which would use tof_cam_ros instead
Just FYI, the TOF_CAM_ID needs to match what is in the launch file. This message shows what is in the launch file:
/tof/voxl_hal3_tof_cam_ros_node/camera_id: 0 -
OK, good the tracking sensor is working. Sorry about this, the tof setup is still in beta. We clearly need to document the setup way better.
Can you please print which version of system image you are using (voxl-version)? The error implies an older system image which does not support that hal3_tof_cam_ros.
ERROR: Libcamera sending post-processed TOF data. App does NOT get RAW16 TOF camera data
The error above implies an older version of libcamera which would use tof_cam_ros instead
Just FYI, the TOF_CAM_ID needs to match what is in the launch file. This message shows what is in the launch file:
/tof/voxl_hal3_tof_cam_ros_node/camera_id: 0-------------------------------------------------------------------------------- system-image: ModalAI 3.1.0 BUILDER: ekatzfey BUILD_TIME: 2020-12-23_19:41 kernel: #1 SMP PREEMPT Wed Dec 23 19:50:23 UTC 2020 3.18.71-perf factory-bundle: 1.0.1 (Yocto installation) -------------------------------------------------------------------------------- architecture: aarch64 processor: apq8096 os: GNU/Linux -------------------------------------------------------------------------------- voxl-suite: Package: voxl-suite Version: 0.2.0 Depends: docker, imu_app (= 0.0.6), libvoxl_io (= 0.5.2), voxl-cam-manager (= 0.2.2), voxl-docker-support (= 1.1.1), voxl-hal3-tof-cam-ros (= 0.0.2), voxl-modem (= 0.10.0), voxl-nodes (= 0.0.8), voxl-rtsp (= 1.0.2), voxl-utils (= 0.5.2), voxl-vision-px4 (= 0.6.8), voxl_imu (= 0.0.4), voxl-time-sync (= 0.0.1), voxl-vpn (= 0.0.2), librc_math (= 1.1.2), libmodal_pipe (= 1.2.2), modalai-vl (= 0.1.3) Status: install user installed Section: base Architecture: armv7a Maintainer: james@modalai.com MD5Sum: af706cd3c1ea59f274f2ed9b93141f1d Size: 870 Filename: voxl-suite_0.2.0.ipk Description: meta-package to install all of the voxl-suite Installed-Time: 3126 --------------------------------------------------------------------------------according to git repository launch file is taking tof cam id from environment variable and we select option 5 from voxl-configure-camera which sets accordingly
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that all looks good. Will investigate further
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Okay. Looking forward to your solution asap!
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Can you please type and report the output?
opkg list-installed | grep royal -
Assuming the ipk is installed, can you please then run this command and then try the ROS node again?
setprop persist.camera.modalai.tof 1
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Can you please type and report the output?
opkg list-installed | grep royal@Chad-Sweet
this is the version of royal sdk installed
royale-331-spectre-4-7 - 0.0.1 -
Assuming the ipk is installed, can you please then run this command and then try the ROS node again?
setprop persist.camera.modalai.tof 1
@Chad-Sweet
Thanks for the solution it worked!
but after a minute or so it started throwing errorDEPTH_IMAGE IR: 1 ..... Cloud: 1 ..... Laser: 1 Camera id: 0 Image width: 224 Image height: 1557 Number of frames to dump: 0 Camera mode: preview SUCCESS: Camera module opened Camera Id: 0 Facing: 1 Camera Id: 1 Facing: 1 SUCCESS: TOF interface created! =========== modalai Royale3.31, Spectre4.7 CameraDevice::activateUseCase() : return SUCCESS!! =========== modalai Royale3.31, Spectre4.7 CameraDevice::activateUseCase() : return SUCCESS!! Libcamera sending RAW16 TOF data. App calling the PMD libs to postprocess the RAW16 data [ INFO] [1610561725.908936828]: Loading lens parameters from /data/misc/camera/irs10x0c_lens.cal. [ INFO] [1610561725.913180926]: cx/cy 114.822 89.022 fx/fy 111.394 111.394 tan coeff -0.00222965 -0.00368372 rad coeff -0.261745 0.098178 -0.0166875 Camera HAL3 ToF camera test is now running Frame: 0 SensorTimestamp = 213139865341 Frame: 30 SensorTimestamp = 214139747341 Frame: 60 SensorTimestamp = 215139847341 Frame: 90 SensorTimestamp = 216139794341 Frame: 120 SensorTimestamp = 217139814341 Frame: 150 SensorTimestamp = 218139859341 Frame: 180 SensorTimestamp = 219139889341 Frame: 210 SensorTimestamp = 220139917341 Frame: 240 SensorTimestamp = 221139905341 Frame: 270 SensorTimestamp = 222139941341 Frame: 300 SensorTimestamp = 223139931341 Frame: 330 SensorTimestamp = 224139999341 . . . . . Frame: 2430 SensorTimestamp = 294139985341 HELLOCAMERA-ERROR: Error sending request 2449 HELLOCAMERA-ERROR: Framenumber: 2446 ErrorCode: 4 HELLOCAMERA-ERROR: Framenumber: 2447 ErrorCode: 2 HELLOCAMERA-ERROR: Framenumber: 2448 ErrorCode: 2 HELLOCAMERA-ERROR: Framenumber: 2449 ErrorCode: 2 HELLOCAMERA-ERROR: Framenumber: 0 ErrorCode: 1 HELLOCAMERA-ERROR: Error sending request 2450 HELLOCAMERA-ERROR: Error sending request 2451 HELLOCAMERA-ERROR: Error sending request 2452 HELLOCAMERA-ERROR: Error sending request 2453 HELLOCAMERA-ERROR: Error sending request 2454 ^C[tof/voxl_hal3_tof_cam_ros_node-4] killing on exit [base_link_laser_scan-3] killing on exit [base_link_tof_cam-2] killing on exit HELLOCAMERA-ERROR: Error sending request 2455 [tof/voxl_hal3_tof_cam_ros_node-4] escalating to SIGTERM [rosout-1] killing on exit [master] killing on exit shutting down processing monitor... ... shutting down processing monitor complete done -
OK, good progress. That should be working. Can you give it a full power cycle and see if it says up?
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I am not sure if I understood that. Can you please elaborate.
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Unplug power from the VOXL and plug it back in. Then try the test over. You look like you're in a working state.
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can you please explain this
setprop persist.camera.modalai.tof 1 -
It is the way for software to tell which TOF driver should be used. Setting to 1 supports the HAL3 method you are using, setting to 0 supports the older libCamera method using tof_cam_ros
The HAL3 method is intended to give the developer more control over the pipeline
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It is the way for software to tell which TOF driver should be used. Setting to 1 supports the HAL3 method you are using, setting to 0 supports the older libCamera method using tof_cam_ros
The HAL3 method is intended to give the developer more control over the pipeline
@Chad-Sweet
Thanks a lot its been a great help. -
Hi @gauravshukla914 ,
Thanks for the help with this. We've released a new beta version of the
voxl-hal3-tof-cam-rosthat supports auto detection of ToF and defaults thepersist.camera.modalai.tofsetting properly.It will be in out next voxl-suite release, but is available from our dev channel here if you are interested in using this link
The updated readme is here.
Thanks!
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