s2.on("down", function() {
if(active) {
stations[1].dequeue();
stations[2].enqueue();
board.emit("s2_on");
}
}).on("up", function() {
s1.on("down", function() {
if(active) {
stations[0].enqueue();
stations[1].enqueue();
board.emit("s1_on");
}
}).on("up", function() {
s4.on("down", function() {
if(active) {
stations[3].dequeue();
stations[0].dequeue();
board.emit("s4_on");
}
}).on("up", function() {
board.on("ready", function() {
log.info(`Connected to ${board.io.firmware.name}-${board.io.firmware.version.major}.${board.io.firmware.version.minor}`);
const led = new five.Led(13);
led.blink(2000);
board.emit("blinking");
});
r.scale([0, 5]).on("read", function() {
value = this.scaled;
board.emit('r', value)
});
potentiometer.on("read", function( err, value ) {
if(potValue != Math.floor(this.normalized )){
potValue = Math.floor(this.normalized);
board.emit('gravityChange',{grav: potValue});
}
});
button.on("up", function() {
board.emit('stop');
});
button.on("down", function() {
board.emit('create');
});
socket.on('response', function (e) {
board.emit('changeLight', e.obj);
});
potentiometer.on("read", function( err, value ) {
board.emit('value', value);
});
}).on("up", function() {
if(active) {
board.emit("s2_off");
}
});