Colour Changing Imp Lamp

1/*
2  RGBLedExample
3  Example for the RGBLED Library
4  Created  by Bret Stateham, November 13, 2014
5  You can get the latest version from http://github.com/BretStateham/RGBLED
6*/
7#include  <RGBLED.h>
8
9// Declare an RGBLED instanced named rgbLed
10// Red, Green and  Blue LED legs are connected to PWM pins 11,9 & 6 respectively
11// In this example,  we have a COMMON_ANODE LED, use COMMON_CATHODE otherwise
12RGBLED rgbLed(11,9,6,COMMON_CATHODE);
13
14//How  long to show each color in the example code (in milliseconds);
15int delayMs =  50;
16
17void setup() {
18  //Initialize Serial communications
19  Serial.begin(9600);
20  
21  //Report the LED type and pins in use to the serial port...
22  Serial.println("Welcome  to the RGBLED Sample Sketch");
23  String ledType = (rgbLed.commonType==0) ? "COMMON_CATHODE"  : "COMMON_ANODE";
24  Serial.println("Your RGBLED instancse is a " + ledType  + " LED");
25  Serial.println("And the Red, Green, and Blue legs of the LEDs  are connected to pins:");
26  Serial.println("r,g,b = " + String(rgbLed.redPin)  + "," + String(rgbLed.greenPin) + "," + String(rgbLed.bluePin) );
27  Serial.println("");
28}
29
30void  loop() {
31
32  //The code in the loop shows multiple exampls
33
34  //Set the  RGBLED to show RED only
35  //printRgbValues() prints various LED values to the  Serial port
36  //you can monitor the serial port to see the values printed
37  //The delay(delayMs) waits for 1 second to be able to see the color shown
38  //rgbLed.writeRGB(255,0,0);
39  //printRgbValues();
40  //delay(delayMs);
41
42  //Set the RGBLED to show GREEN only
43  //rgbLed.writeRGB(0,255,0);
44  //printRgbValues();
45  //delay(delayMs);
46
47  //Set the RGBLED to show BLUE only
48  //rgbLed.writeRGB(0,0,255);
49  //printRgbValues();
50  //delay(delayMs);
51
52  //Set the RGBLED to show YELLOW  (RED & GREEN) only
53  //rgbLed.writeRGB(255,255,0);
54  //printRgbValues();
55  //delay(delayMs);
56
57  //Set the RGBLED to show ORANGE (RED & partial GREEN)  only
58  //rgbLed.writeRGB(255,128,0);
59  //printRgbValues();
60  //delay(delayMs);
61
62  //Set the RGBLED to show PURPLE (RED & BLUE) only
63  //rgbLed.writeRGB(255,0,255);
64  //printRgbValues();
65  //delay(delayMs);
66
67  //Set the RGBLED to show PINK  (RED & partial BLUE) only
68  //rgbLed.writeRGB(255,0,128);
69  //printRgbValues();
70  //delay(delayMs);
71
72  //Set the RGBLED to show a random color
73  //rgbLed.writeRandom();
74  //printRgbValues();
75  //delay(delayMs);
76  
77  //Set the pins individually  if needed
78  //rgbLed.writeRed(255);
79  //rgbLed.writeGreen(255);
80  //rgbLed.writeBlue(255);
81  //printRgbValues();
82  //delay(delayMs);
83  
84  //The above code does the  same thing as...
85  //rgbLed.writeRGB(255,255,255);
86  //printRgbValues();
87  //delay(delayMs);
88
89  //Show the color wheel
90  Serial.println("Showing  RGB Color Wheel...");
91  Serial.println("------------------------------");
92  //Use a 25ms delay between each color in the wheel
93  rgbLed.writeColorWheel(1500);
94
95  //Turn off the RGBLED
96  //rgbLed.turnOff();
97  //printRgbValues();
98  //delay(delayMs);
99
100}
101
102//printRgbValues  prints the LED pins and values to the serial port
103//You can monitor the serial  port to see those values
104void printRgbValues() {
105  Serial.println("Requested  RGB Values:");
106  Serial.println("(r,g,b)=(" + String(rgbLed.redValue) + ","  + String(rgbLed.greenValue) + "," + String(rgbLed.blueValue) + ")");
107  Serial.println("Mapped  RGB Values based on type (COMMON_ANODE or COMMON_CATHODE):");
108  Serial.println("Mapped(r,g,b)=("  + String(rgbLed.redMappedValue) + "," + String(rgbLed.greenMappedValue) + ","  + String(rgbLed.blueMappedValue) + ")");
109  Serial.println("------------------------------");
110}