SoftwarePilot

SoftwarePilot is an open source middleware and API that supports aerial applications. SoftwarePilot allows users to connect consumer Parrot Anafi drones to programmable pythonscripts that provide access to the drones flight controller, camera, and navigation system as well as custom rest api and dockerfile integration. (Streaming features are currently bugged)

Getting Started

Install the library:

1. Clone the repo

git clone https://github.com/boredbot2/SoftwarePilot.git

2. Pip install

pip install SoftwarePilot

Examples

1. Simple Start:

  from SoftwarePilot import SoftwarePilot

  '''
  This is short demo demonstrating how to connect to the drone, and execute a few basic commands
  '''

  sp = SoftwarePilot()

  # Setup a parrot anafi drone, connected through a controller, without a specific download directory
  drone = sp.setup_drone("parrot_anafi", 1, "None")

  drone.connect()

  drone.piloting.takeoff()

  # The drone will move forward 10 feet (x, y, z, angle)
  drone.piloting.move_by(10,0,0,0)

  drone.piloting.land()

  drone.disconnect()

2. Handling Media

  from SoftwarePilot import SoftwarePilot
  import time

  '''
  This is short demo demonstrating how to get drone media
  '''

  sp = SoftwarePilot()

  # Setup a parrot anafi drone, connected through a controller, without a specific download directory
  drone = sp.setup_drone("parrot_anafi", 1, "None")

  drone.connect()

  # Without a specified directory, media will be automatically downloaded to AnafiMedia/

  # Example of how to setup, take, and download photos
  drone.camera.media.setup_photo()
  drone.camera.media.take_photo()
  drone.camera.media.download_last_media()

  # Example of how to setup, take, and download recordings
  drone.camera.media.setup_recording()
  drone.camera.media.start_recording()
  time.sleep(5)
  drone.camera.media.stop_recording()
  drone.camera.media.download_last_media()

  # Example of how to setup and process video live feed
  drone.camera.media.setup_stream(
  	yuv_frame_processing = "None", 
  	yuv_frame_cb = "None",
  	h264_frame_cb = "None",
  	start_cb = "None",
  	end_cb = "None",
  	flush_cb = "None",
  )
  # All the callbacks are optional and are automatically set to "None"
  # When set to default the stream will download all the frames and provide framerate and bitrate metadata
  drone.camera.media.start_stream()
  time.sleep(5)
  drone.camera.media.stop_stream()

  drone.disconnect()

3. Service Interaction

  from SoftwarePilot import SoftwarePilot
  import time

  '''
  This is a short demo demonstrating how to boot up a dockerized service and requesting it with SoftwarePilot

  SoftwarePilot provides a python template of a Rest API which the user is meant to modify and dockerize
  This API is meant to offload the image processing workload to a more capable machine
  SoftwarePilot does not limit the service to which it will connect to, but the basic structure must be followed for proper behavior
  '''

  sp = SoftwarePilot()

  sp.setup_docker()
  time.sleep(5)

  # REPLACE : DOCKER_IMAGE
  container = sp.docker.deploy_container("DOCKER_IMAGE", detach = True, ports = {8000:8000})

  ip_host = sp.get_host_ip()
  service = sp.setup_service(ip_address = ip_host)
  response = service.get()
  print(response)

  # REPLACE : IMAGE_PATH
  response = service.run("IMAGE_PATH")
  print(response)

4. All Together

  from SoftwarePilot import SoftwarePilot
  import time

  '''
  This is a short demo combining all the utilies demonstrated
  '''
  sp = SoftwarePilot()

  sp.setup_docker()
  time.sleep(5)
  # Dockerize SoftwarePilotAPITest and replace "DOCKER_IMAGE" for your custom name
  container = sp.docker.deploy_container("DOCKER_IMAGE", detach = True, ports = {8000:8000})

  ip_host = sp.get_host_ip()
  service = sp.setup_service(ip_address = ip_host)

  response = service.get()
  print(response)

  download_dir = service.get_download_path()
  drone = sp.setup_drone("parrot_anafi", 1, download_dir)
  drone.connect()

  drone.camera.media.setup_photo()
  drone.piloting.takeoff()

  num_img = 0
  while (num_img < 20):
  	drone.camera.media.take_photo()
  	image_path = drone.camera.media.download_last_media()
  	
  	response = service.run(image_path)
  	print(response)
  	drone.piloting.move_by(response['x'], response['y'], response['z'], response['angle'])
  	
  	num_img += 1

  drone.piloting.land()	

  drone.disconnect()

Authors

• Kevyn Angueira Irizarry