battery_rgb/battery_rgb.ino

@@ -1,90 +0,0 @@
-//light measure
-int pin_light = A5;
-int light = 0;
-
-//output pins
-int red = 11;
-int green = 10;
-int blue = 9;
-
-//imaginary battery
-unsigned int bat_cap = 50000;
-unsigned int bat = 0;
-unsigned int ticks = 0;
-unsigned int wait = 100;
-double bat_percent;
-
-
-//initialises pins and serial
-void setup() {
-  // put your setup code here, to run once:
-  pinMode(red, OUTPUT);
-  pinMode(green, OUTPUT);
-  pinMode(blue, OUTPUT);
-
-  Serial.begin(9600);
-}
-
-
-//lame function to make life easier
-void RGBout(int rV, int gV, int bV) {
-  analogWrite(red, rV);
-  analogWrite(green,gV);
-  analogWrite(blue,bV);
-}
-
-
-//nifty calculation (also lame function (also makes life easier))
-double get_bat_percent() {
-  double temp = (double)bat/(double)bat_cap*100;
-  return temp;
-}
-
-
-//displays the charge of the battery to both outputs
-void show_bat() {
-  bat_percent = get_bat_percent();
-
-  Serial.print(ticks);
-  Serial.print(" ms elapsed. Charge: ");
-  Serial.print(bat_percent);
-  Serial.println("%");
-
-  if (0 < bat_percent && bat_percent <= 20) {
-    RGBout(128,0,0);
-    //red
-  } else if (20 < bat_percent && bat_percent <= 40) {
-    RGBout(128,128,0);
-    //yellow
-  } else if (40 < bat_percent && bat_percent <= 60) {
-    RGBout(0,128,0);
-    //green
-  } else if (60 < bat_percent && bat_percent <= 80) {
-    RGBout(0,128,128);
-    //turquoise
-  } else if (80 < bat_percent && bat_percent <= 100) {
-    RGBout(0,0,128);
-    //white
-  }
-}
-
-
-//you know what this does
-void loop() {
-  // put your main code here, to run repeatedly:
-  light = analogRead(pin_light);
-  bat += light;
-  ticks += wait;
-
-  if (bat >= bat_cap) {
-    Serial.print(ticks);
-    Serial.print(" ms. The system is fully charged.");
-    bat = bat_cap;
-    RGBout(128,128,128);
-    delay(120398435087134);
-  } else {
-    show_bat();
-  }
-
-  delay(wait);
-}