-- Phil Glau fork of project

This contains various bits and pieces I've added to the base project for my Donkeycar

• RC controller: Allows you to use the RC controller that comes with the default RC car base. Needs an Arduino Teensy.
• Various changes to the Keras Models
• Expansion of the data augmentation initially started by Tawn Kramer.
• Hertz monitoring part. Displays true running hz

donkeycar: a python self driving library

Donkeycar is minimalist and modular self driving library for Python. It is developed for hobbiests and students with a focus on allowing fast experimentation and easy community contributions.

Quick Links

• Donkeycar Updates & Examples
• Build instructions and Software documentation
• Slack / Chat

Use Donkey if you want to:

• Make an RC car drive its self.
• Compete in self driving races like DIY Robocars
• Experiment with autopilots, mapping computer vision and neural networks.
• Log sensor data. (images, user inputs, sensor readings)
• Drive your car via a web or game controler.
• Leverage community contributed driving data.
• Use existing hardware CAD designs for upgrades.

Getting driving.

After building a Donkey2 you can turn on your car and go to http://localhost:8887 to drive.

Modify your cars behavior.

The donkey car is controlled by running a sequence of events

#Define a vehicle to take and record pictures 10 times per second.

from donkeycar import Vehicle
from donkeycar.parts.camera import PiCamera
from donkeycar.parts.datastore import Tub


V = Vehicle()

#add a camera part
cam = PiCamera()
V.add(cam, outputs=['image'], threaded=True)

#add tub part to record images
tub = Tub(path='~/d2/gettings_started', 
          inputs=['image'], 
          types=['image_array'])
V.add(tub, inputs=['image'])

#start the drive loop at 10 Hz
V.start(rate_hz=10)

See home page, docs or join the Slack channel to learn more.