/* WAVELAMP V1.0.0 Music Reactive lamp with individually addressable pixel rings. This is the main frame code. Functions for different light movements and colors have been pre-programmed. Full list of functions () can be found in the readme file located in the git repository. You can create your own light designs by tweaking functions. Replace the '0' with 'val' to turn on a particular LED and vice-a-versa. Adjust the int time variable to set the speed of light motion. By default, it is set to 40 milliseconds. ********************************************************************************************** Arduino Library for Wave Lamp is under-development and will be released soon. This will eliminate the need of including all functions in the code. #Include the library and call the function. ********************************************************************************************** Created 9 Nov 2022 by Pranav Jhunjhunwala */ int val; int time = 40; int r1 = 13; int b1 = 11; int y1 = 12; int r2 = 10; int b2 = 9; int y2 = 8; int r3 = 7; int b3 = 6; int y3 = 5; int r4 = 4; int b4 = 3; int g4 = 2; int b5 = A2; int g5 = A1; int r5 = 0; void setup() { Serial.begin(9600); } void loop() { val=analogRead(A0); val=map(val, 0, 1023 , 0, 255); Serial.println(val); if(val >= 200){ collide_purple_blue(); } else{ all_shut(); } } */ All functions are pre-programmed below */ void all_shut(){ analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(5); } void neonGreen(){ analogWrite(r5, val); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, val); analogWrite(b4, 0); analogWrite(g4, val); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void white(){ analogWrite(r5, val); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, val); analogWrite(b4, val); analogWrite(g4, val); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void red(){ analogWrite(r5, val); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, val); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, val); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, val); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, val); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void blue(){ analogWrite(r5, 0); analogWrite(b5, val); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, val); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, val); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, val); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, val); analogWrite(y1, 0); delay(time); } void yellow(){ analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, val); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, val); delay(time); } void green(){ analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, val); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, val); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void lightBlue(){ analogWrite(r5, 0); analogWrite(b5, val); analogWrite(g5, val); analogWrite(r4, 0); analogWrite(b4, val); analogWrite(g4, val); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void purple(){ analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, val); analogWrite(b4, val); analogWrite(g4, 0); analogWrite(r3, val); analogWrite(b3, val); analogWrite(y3, 0); analogWrite(r2, val); analogWrite(b2, val); analogWrite(y2, 0); analogWrite(r1, val); analogWrite(b1, val); analogWrite(y1, 0); delay(time); } void purple_vert(){ analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, val); analogWrite(b1, val); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, val); analogWrite(b2, val); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, val); analogWrite(b3, val); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, val); analogWrite(b4, val); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, val); analogWrite(b5, val); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void blue_vert(){ analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, val); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, val); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, val); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, val); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, val); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void red_vert(){ analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, val); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, val); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, val); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, val); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, val); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void light2darkblue(){ analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0 ); analogWrite(b1, val); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, val); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, val); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, val); analogWrite(g4, val); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, val); analogWrite(g5, val); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void purple2lightblue(){ analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, val); analogWrite(b1, val); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, val); analogWrite(b2, val); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, val); analogWrite(b3, val); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, val); analogWrite(g4, val); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, val); analogWrite(g5, val); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); } void purple_vert_usd(){ analogWrite(r5, val); analogWrite(b5, val); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, val); analogWrite(b4, val); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, val); analogWrite(b3, val); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, val); analogWrite(b2, val); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(time); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, val); analogWrite(b1, val); analogWrite(y1, 0); delay(time); } void collide_purple_blue(){ analogWrite(r5, val); analogWrite(b5, val); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, val); analogWrite(y1, 0); delay(150); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, val); analogWrite(b4, val); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, val); analogWrite(b2, val); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(150); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, val); analogWrite(b3, val); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(150); analogWrite(r5, 0); analogWrite(b5, 0); analogWrite(g5, 0); analogWrite(r4, val); analogWrite(b4, val); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, val); analogWrite(b2, val); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, 0); analogWrite(y1, 0); delay(150); analogWrite(r5, val); analogWrite(b5, val); analogWrite(g5, 0); analogWrite(r4, 0); analogWrite(b4, 0); analogWrite(g4, 0); analogWrite(r3, 0); analogWrite(b3, 0); analogWrite(y3, 0); analogWrite(r2, 0); analogWrite(b2, 0); analogWrite(y2, 0); analogWrite(r1, 0); analogWrite(b1, val); analogWrite(y1, 0); delay(150); }