Setup SITL on Mac
Setup SITL using vagrant
Install VirtualBox and Vagrant
brew cask install virtualbox
brew install vagrant
Start Ubuntu VirtualBox VM
vagrant up
Login to the VM and start the simulator
vagrant ssh
sim_vehicle.sh -j 2
# OR
vagrant ssh -c "sim_vehicle.sh -j 2"
When starting simulator for the first time, reset and load the parameters
sim_vehicle.sh -w -j 2
The default is ArduCopter. To use other variants, use
vagrant ssh -c "sim_vehicle.sh -j 2 -v ArduPlane"
Use --aircraft
option to specify the log directory. This
will keep the logs in separate directory and keep each flight and it’s
parameters separate.
sim_vehicle.sh -j 2 --aircraft sitlquad
The APM code will be automatically shared from your local machine and loaded to the VM. Any changes you make to the local files will be compiled by the sim_vehicle.sh script on the VM.
Once sim is running, connect to the simulator using MAVProxy
mavproxy.py --master=127.0.0.1:14550 --sitl=127.0.0.1:5501 --out=10.0.0.100:14555
# To forward mavlink messages to APM Planner, etc., use `--out` option or issue the following command at MAVProxy prompt and add a UDP connection to the port from APM Planner.
output add 10.0.0.100:14555
Once finished, suspend the VM
vagrant suspend
# To resume a supended VM
vagrant resume
# OR to shutdown the VM
vagrant halt
# OR to remove the VM from your machine
vagrant destroy
Load RCSetup module to do RC Calibration in MAVProxy
module load rcsetup
Now help
should list rccal
as one of the
options.
rccal start
rccal done
To use a joystic or RC transmitter, install pygame
brew install sdl sdl_image sdl_mixer sdl_ttf portmidi
# make sure hg is installed
brew install mercurial
pip install hg+http://bitbucket.org/pygame/pygame
In MAVProxy, load joystick module
module load joystick
To make things easier, disable arm checking
arm safetyoff
arm uncheck all
wp load some_wp_file.txt
# Finally, arm the motors.
arm throttle
mode auto
log list
log download log# filename.bin