This mono-repo contains the python related areas of fanequiña, that is an A Industriosa project about creating an autonomous boat.
Each folder in this mono-repo is a development area for fanequiña, currently we are working on the following areas:
A Machine Learning model & engine created to make fanequiña aware of it's surroundings while navigating.
dronekit's project created to work together with Mastermaind to command fanequiña using pixhawk 4.
Firstable to connect and setup the PX4 you need to install some GCS software.
- Download and install QGroundControl or other option
We need to upload and configure the ArduRover firmware.
If you have any problem with Telemetry connetion you can always connect with USB more info
- Download driver from FTDI chip
- Download driver from Driver page
- Use 10_4_10_5_10_6_10_7 app.
- Verify install using command
ls -la /dev/tty.*
Hardware configuration (http://andrewke.org/setting-up-cloned-3dr-telemetry/)
- Request the battery.
- Inside
fanequiñabox, you will find the adapter. - Plug the connector at
POWERconnector. - Get the antenna, plug it at
TELEM1plug. - Plugin usb receiver in your computer
There are some mandatory configurations. Also you must take in account that the hardware devices like compass, motors, etc could generate some noise with other devices. In those cases you will have problems with some firmware configuration, arming the rover or changing the vehicle mode.
-
http://ardupilot.org/rover/docs/rover-code-configuration.html
- Configure Firmware as Boat (“Frame class”)
To specify that the vehicle is a boat the FRAME_CLASS parameter should be set to 2 (Boat).
