Install npm (sudo apt-get install npm) and run npm install in the main directory of this repository.

To start the server run node index.js in the main directory of this repository. Check with your motion caption software whether the UDP port is correct. If it's not, change it in index.js.

To control the drones, visit the web url reported when starting the server. You can manually control a drone with W, A, S and D for forwards, left, backwards and right respectively. Use Q and E for rotating the drone and Up and Down to move the drone, well, up and down. Clicking the car icon will let the program control the drone.

• Don't hard code states in models/views.js:75-84
• Look at sent_last in models/views.js:16
• Add recover button
  • Add button in view
  • Read information from navdata for button colour
  • Write function that recovers drone (docs)
  • Make clicking button execute said function
    • Socket listener thing (similar to index.js:52-68)
    • Socket shouter thing (similar to views/overview.html, search for App.socket.emit)
• || true ?! in flock.js:143
• Make 9999 look nicer models/views.js:87
• Make EegCommand in target.js read json objects
• Don't pass this.go as an argument at models/flock.js:210, but figure out why using this inside MoveAutopilot doesn't work and fix it in a nicer way.
• Make sure the user notices when models/target.js:14 produces a syntax error.
• Remove everything we aren't using.

• It seems like return calc || stop; in models/control.jsis a bad idea. Isn't it better to send no command instead of telling it to stop?
• We could listen for commands coming from the view (separately from commands coming from the EEG)? To control whether EEG commands are executed, the view then just flips a boolean that is checked by the EEG.
• A second command executed before the first finished breaks things. Solutions:
  • Save a boolean in the state of a drone showing whether it's already obeying a command. If it is, the current command is ignored.
  • Save a queue somewhere. Every executed command is added to the queue and the drone (magically?) executes all commands in the queue.
  • Save the end of the last command as a time stamp in the state of a drone and have QueueCommand start the command at that moment. There doesn't seem to be a "execute at time stamp" function in Node, but there is an "execute after delay" function. This could be hacked by correctly delaying both the start and stop messages.

This repository contains code written here.