attilavago

// Test the motors all all 4 ports
import RobotKit

// Create a new EV3Robot instance to talk to the robot
let robot = try EV3Robot()

// Access motors at ports A, B, C and D.
let motors = robot.motors(atPorts: [.A, .B, .C, .D]) // note de dot notation of the ports

// Adding variables to access motors individually

attilavago

import RobotKit

// Constant that points to the port the touch sensor is situated at
let touchSensorPort = EV3InputPort.one

// Initializes a new EV3Robot instance through which all device communication happens
let robot = try EV3Robot()

// Provides access to the ultrasonic sensor at the given port
guard let touchSensor = robot.touchSensor(atPort: touchSensorPort) else {

attilavago

/// EV3 Ambient Light Sensor Sample
/// Demonstrates how to poll EV3's light sensor for ambient light information.

import RobotKit

// Initializes a new EV3Robot instance through which all device communication happens.
let robot = try EV3Robot()

// Sets up a light sensor at input port 1.
guard let lightSensor = robot.lightSensor(atPort: .one) else {

attilavago

// EV3 Color Sensor Sample
// Demonstrates how to get color information via the light sensor

import RobotKit

// Initializes a new EV3Robot instance through which all device communication happens
let robot = try EV3Robot()

// Sets up a light sensor at input port 1
guard let lightSensor = robot.lightSensor(atPort: .one) else {

attilavago

/// EV3 Infrared Sample
/// The robot advances forward until the infrared sensor detects a nearby obstacle.
/// It then stops, plays a tone, and displays a message for two seconds.
/// Note that this can be done more accurately using the ultrasonic sensor.

import RobotKit

// Constants to adjust.
let infraredSensorPort = EV3InputPort.one
let motorsPorts: EV3OutputPorts = [.A]

attilavago

/// EV3 Ultrasonic Sensor Sample
/// The robot advances forward until the ultrasonic sensor detects an object within 50 cm.
/// It then stops, plays a tone, and displays a message for two seconds.

import RobotKit

// Constants to adjust.
let ultrasonicSensorPort = EV3InputPort.one
let motorsPorts: EV3OutputPorts = [.A]

attilavago

import RobotKit

// Initializes a new EV3Robot instance through which all device communication happens
let robot = try EV3Robot()

// Sets up a gyro sensor at input port 1
guard let gyroSensor = robot.gyroSensor(atPort: .one) else {
	fatalError("No gyro sensor at the given port!")
}

attilavago

#!/usr/bin/env python3
from ev3dev.ev3 import *
import ev3dev.ev3 as ev3

ts = ev3.TouchSensor()
while True:
    ev3.Leds.set_color(ev3.Leds.LEFT, (ev3.Leds.GREEN, ev3.Leds.RED)[ts.value()])

attilavago

new Promise(function(resolve, reject) { 
	setTimeout(function() { 
	var firstVal = 1;
	// in the promise what you resolve is what gets returned
	resolve(firstVal); 
	console.log('the initial promise renders: ', firstVal); 
	}, 3000); // faking some longer process
})
.then(function(firstVal) { 
	var secondVal = firstVal + 1;

attilavago

var kb = require("ble_hid_keyboard");
NRF.setServices(undefined, { hid : kb.report });
var next = "n";
var prev = "p";

function sendPrev(){
  sendCharPrev();
  LED2.set();
  setTimeout("LED2.reset()",1000);
}