void Simon::setup() {
b = InternetButton();
solution = new Position[0];
solutionSize = 0;
state = Welcome;
difficulty = 3;
successMax = 0;
successCount = 0;
RGB.control(true);
b.begin();
b.allLedsOff();
}
#include "InternetButton/InternetButton.h"
#include "math.h"
/* Let me show you how easy it is to put the Button on the Internet.
Useful info, like how to access the data from your browser, can be
found here: https://docs.particle.io/reference/firmware/photon/#particle-function-
The code to control the number of illuminated LEDs is here:
https://github.com/spark/InternetButton/blob/master/controlKnob.html
Try naming one of your devices "InternetButton" and running controlKnob in your browser or on your phone!
Note that the Core or Photon *must* be named "InternetButton" because the javascript looks for it.
*/
InternetButton b = InternetButton();
float brightness = 0.1;
int red, green, blue;
int howMany = 6;
int whichColor = 100;
bool changed = false;
void setup() {
// Use b.begin(1); if you have the original SparkButton, which does not have a buzzer or a plastic enclosure
// to use, just add a '1' between the parentheses in the code below.
b.begin();
//This is all you need to make the function controller() available to the internet
//The API name and the local name don't need to be the same; just my style
Particle.function("controller", controller);
//This function figures out what combination color, brightness and LEDs to display
#include "InternetButton/InternetButton.h"
#include "InternetButton2.h"
// Create a Button named b. It will be your friend, and you two will spend lots of time together.
// You may be wondering about those two slashes and this gray text- they're called comments, and
// don't affect the code. Think of this as the voice of the narrator.
InternetButton2 b = InternetButton();
// The code in setup() runs once when the device is powered on or reset. Used for setting up states, modes, etc
void setup() {
// Tell b to get everything ready to go
// Use b.begin(1); if you have the original SparkButton, which does not have a buzzer or a plastic enclosure
// to use, just add a '1' between the parentheses in the code below.
b.begin();
}
/* loop(), in contrast to setup(), runs all the time. Over and over again.
Remember this particularly if there are things you DON'T want to run a lot. Like Spark.publish() */
void loop() {
// Let's turn an LED on. How about #6, which is at the 6 o'clock position? Let's make it blue and bright.
b.ledOn(6, 0, 0, 255);
// The format here is (LED, red, green, blue), so we're making a color with no red or green, but ALL the blue
// You should know that the range of brightness here is 0-255, so 0 is off and 255 is the most possible.
// After you use this code, try making the LED white- all the red, green, and blue.
// Since the LED is now on, let's have it stay that way for one second
// Delay pauses the code for the amount of time given, in milliseconds- so 1000 millis is one whole second
delay(1000);
// And to blink the LED, we'll need to turn it back off and then pause for another second
#include "InternetButton/InternetButton.h"
InternetButton button = InternetButton();
void setup() {
//agregar un 1 si es el SparkButton original
button.begin();
Particle.function("allOn", allOn);
Particle.function("allOff", allOff);
}
void loop() {
}
int allOn(String args) {
int firstCommaPosition = args.indexOf(",");
int lastCommaPosition = args.lastIndexOf(",");
int r = atoi(args.substring(0,firstCommaPosition));
int g = atoi(args.substring(
firstCommaPosition+1,lastCommaPosition));
int b = atoi(args.substring(lastCommaPosition+1));
button.allLedsOn(r,g,b);
return 1;
}
int allOff(String args) {
button.allLedsOff();
return 1;
}
