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peow2373/Final_Project_V14.INO

Created May 6, 2020 18:27
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The game "Simon" recreated with a strip of neopixels, where six different buttons are associated with a different color. The strip will display a certain order of colors, and the corresponding buttons must be pressed in the same order.
Raw
Final_Project_V14.INO
const int GREENledPin = 9; // Green LED pin
const int REDledPin = 10; // Red LED pin
const int BLUEledPin = 11; // Blue LED pin
const int GREEN_Button = 8; // the green button
const int RED_Button = 2; // the red button
const int BLUE_Button = 3; // the blue button
const int VIOLET_Button = 4; // the violet button
const int ORANGE_Button = 5; // the orange button
const int YELLOW_Button = 6; // the yellow button
const int MASTER_Button = 7; // the on/off button that activates the game
int color = 0;
int whichColor0 = 0;
int whichColor1 = 0;
int whichColor2 = 0;
int whichColor3 = 0;
int whichColor4 = 0;
int whichColor5 = 0;
int colors[] = {0, 255, 255, 255, 0, 255, 255, 255, 0, 255, 10, 200, 240, 10, 255, 180, 10, 25, 255, 255, 255};
// Green // Red // Blue // Violet // Orange // Yellow // Black
int unsigned long delayStart = 0; // time the delay starts
bool delayRunning = true; // true if still waiting for delay to finish
int gameState = 0;
int rounds[] = {0,0,0,0,0,0};
bool colorState = true;
bool timeState = true;
bool firstButton;
bool secondButton;
bool thirdButton;
bool fourthButton;
bool fifthButton;
bool sixthButton;
int testColor0 = 0;
int testColor1 = 0;
int testColor2 = 0;
int testColor3 = 0;
int testColor4 = 0;
int testColor5 = 0;
bool moveEnd = false;
bool temp = true;
int fadeSpeed = 5;
void setup() {
// initialize the LED pins as an output:
pinMode(GREENledPin, OUTPUT);
pinMode(REDledPin, OUTPUT);
pinMode(BLUEledPin, OUTPUT);
// initialize the buttons as inputs:
pinMode(GREEN_Button, INPUT);
pinMode(RED_Button, INPUT);
pinMode(BLUE_Button, INPUT);
pinMode(VIOLET_Button, INPUT);
pinMode(ORANGE_Button, INPUT);
pinMode(YELLOW_Button, INPUT);
pinMode(MASTER_Button, INPUT);
Serial.begin(9600);
randomSeed(analogRead(A0));
}
void loop() {
int GREEN_State = digitalRead(GREEN_Button);
int RED_State = digitalRead(RED_Button);
int BLUE_State = digitalRead(BLUE_Button);
int VIOLET_State = digitalRead(VIOLET_Button);
int ORANGE_State = digitalRead(ORANGE_Button);
int YELLOW_State = digitalRead(YELLOW_Button);
// Game OFF
if (gameState == 0) {
SetColor(0,0,0);
int masterState = digitalRead(MASTER_Button);
// if master button is pressed
if (masterState == HIGH) {
colorState = true;
delayRunning = true;
timeState = true;
gameState = 1;
temp = true;
int testColor0 = 0;
int testColor1 = 0;
int testColor2 = 0;
int testColor3 = 0;
int testColor4 = 0;
int testColor5 = 0;
int whichColor0 = 0;
int whichColor1 = 0;
int whichColor2 = 0;
int whichColor3 = 0;
int whichColor4 = 0;
int whichColor5 = 0;
}
// First Round
} else if (gameState == 1){
if (timeState) {
delayStart = millis(); // start the delay
timeState = false;
}
if (colorState) {
whichColor0 = int(random(-0.5,5.9));
whichColor1 = int(random(-0.5,5.9));
whichColor2 = int(random(-0.5,5.9));
} else {
whichColor0 = 6;
whichColor1 = 6;
whichColor2 = 6;
}
// Choosing the first three colors randomly
rounds[0] = whichColor0;
if (whichColor1 != 6 && whichColor1 == whichColor0) {
whichColor1 = int(random(-0.5,5.9));
rounds[1] = whichColor1;
} else {
rounds[1] = whichColor1;
}
if ((whichColor2 != 6 && whichColor2 == whichColor1) || (whichColor2 != 6 && whichColor2 == whichColor0)) {
int temp = whichColor2;
whichColor2 = int(random(-0.5,5.9));
while (temp == whichColor2) {
whichColor2 = int(random(-0.5,5.9));
}
rounds[2] = whichColor2;
} else {
rounds[2] = whichColor2;
}
// Lighting up the neopixels
SetColor(randomColorPicker('G', rounds[0]),randomColorPicker('R', rounds[0]),randomColorPicker('B', rounds[0]));
delay(500);
SetColor(randomColorPicker('G', rounds[1]),randomColorPicker('R', rounds[1]),randomColorPicker('B', rounds[1]));
delay(500);
SetColor(randomColorPicker('G', rounds[2]),randomColorPicker('R', rounds[2]),randomColorPicker('B', rounds[2]));
delay(500);
// timer function
if (delayRunning && (millis() - delayStart >= 30000)) {
delayRunning = false;
gameState = 0;
} else {
if (colorState) {
testColor0 = whichColor0;
testColor1 = whichColor1;
testColor2 = whichColor2;
}
colorState = false;
if (temp) {
if (colorToButton(testColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
// First Button
if (colorToButton(testColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("First Button");
Serial.print("\n");
temp = false;
firstButton = true;
}
// Second Button
if (firstButton) {
if (colorToButton(testColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(testColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(testColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Second Button");
Serial.print("\n");
secondButton = true;
}
}
// Third Button
if (secondButton) {
if (colorToButton(testColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2 && colorToButton(testColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3 && colorToButton(testColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
gameState = 0;
}
if (colorToButton(testColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Third Button");
Serial.print("\n");
thirdButton = true;
}
}
if (firstButton && secondButton && thirdButton) {
Serial.print("First Round Passed");
Serial.print("\n");
Serial.print("\n");
gameState = 2;
firstButton = false;
secondButton = false;
thirdButton = false;
colorState = true;
delayRunning = true;
timeState = true;
temp = true;
}
}
delay (1000);
// Second Round
} else if (gameState == 2) {
if (timeState) {
delayStart = millis(); // start the delay
timeState = false;
}
if (colorState) {
testColor3 = int(random(-0.5,5.9));
} else {
testColor0 = 6;
testColor1 = 6;
testColor2 = 6;
testColor3 = 6;
}
// Importing the previous colors over
rounds[0] = testColor0;
rounds[1] = testColor1;
rounds[2] = testColor2;
if ((testColor3 != 6 && testColor3 == testColor0) || (testColor3 != 6 && testColor3 == testColor1) || (testColor3 != 6 && testColor3 == testColor2)) {
int temp = testColor3;
testColor3 = int(random(-0.5,5.9));
while (temp == testColor3) {
testColor3 = int(random(-0.5,5.9));
}
rounds[3] = testColor3;
} else {
rounds[3] = testColor3;
}
// Lighting up the neopixels
SetColor(randomColorPicker('G', rounds[0]),randomColorPicker('R', rounds[0]),randomColorPicker('B', rounds[0]));
delay(500);
SetColor(randomColorPicker('G', rounds[1]),randomColorPicker('R', rounds[1]),randomColorPicker('B', rounds[1]));
delay(500);
SetColor(randomColorPicker('G', rounds[2]),randomColorPicker('R', rounds[2]),randomColorPicker('B', rounds[2]));
delay(500);
SetColor(randomColorPicker('G', rounds[3]),randomColorPicker('R', rounds[3]),randomColorPicker('B', rounds[3]));
delay(500);
// timer function
if (delayRunning && (millis() - delayStart >= 40000)) {
delayRunning = false;
gameState = 0;
} else {
if (colorState) {
whichColor0 = testColor0;
whichColor1 = testColor1;
whichColor2 = testColor2;
whichColor3 = testColor3;
}
colorState = false;
if (temp) {
if (colorToButton(whichColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
// First Button
if (colorToButton(whichColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("First Button");
Serial.print("\n");
temp = false;
firstButton = true;
}
// Second Button
if (firstButton) {
if (colorToButton(whichColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(whichColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(whichColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Second Button");
Serial.print("\n");
secondButton = true;
}
}
// Third Button
if (secondButton) {
if (colorToButton(whichColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(whichColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(whichColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Third Button");
Serial.print("\n");
thirdButton = true;
}
}
// Fourth Button
if (thirdButton) {
if (colorToButton(whichColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(whichColor3, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(whichColor3, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Fourth Button");
Serial.print("\n");
fourthButton = true;
}
}
if (firstButton && secondButton && thirdButton && fourthButton) {
Serial.print("Second Round Passed");
Serial.print("\n");
Serial.print("\n");
gameState = 3;
firstButton = false;
secondButton = false;
thirdButton = false;
fourthButton = false;
colorState = true;
delayRunning = true;
timeState = true;
temp = true;
}
}
delay (1000);
// Third Round
} else if (gameState == 3) {
if (timeState) {
delayStart = millis(); // start the delay
timeState = false;
}
if (colorState) {
whichColor4 = int(random(-0.5,5.9));
} else {
whichColor0 = 6;
whichColor1 = 6;
whichColor2 = 6;
whichColor3 = 6;
whichColor4 = 6;
}
// Importing the previous colors over
rounds[0] = whichColor0;
rounds[1] = whichColor1;
rounds[2] = whichColor2;
rounds[3] = whichColor3;
if ((whichColor4 != 6 && whichColor4 == whichColor0) || (whichColor4 != 6 && whichColor4 == whichColor1) || (whichColor4 != 6 && whichColor4 == whichColor2) || (whichColor4 != 6 && whichColor4 == whichColor3)) {
int temp = whichColor4;
whichColor4 = int(random(-0.5,5.9));
while (temp == whichColor4) {
whichColor4 = int(random(-0.5,5.9));
}
rounds[4] = whichColor4;
} else {
rounds[4] = whichColor4;
}
// Lighting up the neopixels
SetColor(randomColorPicker('G', rounds[0]),randomColorPicker('R', rounds[0]),randomColorPicker('B', rounds[0]));
delay(500);
SetColor(randomColorPicker('G', rounds[1]),randomColorPicker('R', rounds[1]),randomColorPicker('B', rounds[1]));
delay(500);
SetColor(randomColorPicker('G', rounds[2]),randomColorPicker('R', rounds[2]),randomColorPicker('B', rounds[2]));
delay(500);
SetColor(randomColorPicker('G', rounds[3]),randomColorPicker('R', rounds[3]),randomColorPicker('B', rounds[3]));
delay(500);
SetColor(randomColorPicker('G', rounds[4]),randomColorPicker('R', rounds[4]),randomColorPicker('B', rounds[4]));
delay(500);
// timer function
if (delayRunning && (millis() - delayStart >= 50000)) {
delayRunning = false;
gameState = 0;
} else {
if (colorState) {
testColor0 = whichColor0;
testColor1 = whichColor1;
testColor2 = whichColor2;
testColor3 = whichColor3;
testColor4 = whichColor4;
}
colorState = false;
if (temp) {
if (colorToButton(testColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
// First Button
if (colorToButton(testColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("First Button");
Serial.print("\n");
temp = false;
firstButton = true;
}
// Second Button
if (firstButton) {
if (colorToButton(testColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(testColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(testColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Second Button");
Serial.print("\n");
secondButton = true;
}
}
// Third Button
if (secondButton) {
if (colorToButton(testColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(testColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(testColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Third Button");
Serial.print("\n");
thirdButton = true;
}
}
// Fourth Button
if (thirdButton) {
if (colorToButton(testColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(testColor3, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(testColor3, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Fourth Button");
Serial.print("\n");
fourthButton = true;
}
}
// Fifth Button
if (fourthButton) {
if (colorToButton(testColor3, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(testColor4, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(testColor4, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Fifth Button");
Serial.print("\n");
fifthButton = true;
}
}
if (firstButton && secondButton && thirdButton && fourthButton && fifthButton) {
Serial.print("Third Round Passed");
Serial.print("\n");
Serial.print("\n");
gameState = 4;
firstButton = false;
secondButton = false;
thirdButton = false;
fourthButton = false;
fifthButton = false;
colorState = true;
delayRunning = true;
timeState = true;
}
}
delay (1000);
// Fourth Round
} else if (gameState == 4) {
if (timeState) {
delayStart = millis(); // start the delay
timeState = false;
}
if (colorState) {
testColor5 = int(random(-0.5,5.9));
} else {
testColor0 = 6;
testColor1 = 6;
testColor2 = 6;
testColor3 = 6;
testColor4 = 6;
testColor5 = 6;
}
// Importing the previous colors over
rounds[0] = testColor0;
rounds[1] = testColor1;
rounds[2] = testColor2;
rounds[3] = testColor3;
rounds[4] = testColor4;
if ((testColor5 != 6 && testColor5 == testColor0) || (testColor5 != 6 && testColor5 == testColor1) || (testColor5 != 6 && testColor5 == testColor2) || (testColor5 != 6 && testColor5 == testColor3) || (testColor5 != 6 && testColor5 == testColor4)) {
int temp = testColor5;
testColor5 = int(random(-0.5,5.9));
while (temp == testColor5) {
testColor5 = int(random(-0.5,5.9));
}
rounds[5] = testColor5;
} else {
rounds[5] = testColor5;
}
// Lighting up the neopixels
SetColor(randomColorPicker('G', rounds[0]),randomColorPicker('R', rounds[0]),randomColorPicker('B', rounds[0]));
delay(500);
SetColor(randomColorPicker('G', rounds[1]),randomColorPicker('R', rounds[1]),randomColorPicker('B', rounds[1]));
delay(500);
SetColor(randomColorPicker('G', rounds[2]),randomColorPicker('R', rounds[2]),randomColorPicker('B', rounds[2]));
delay(500);
SetColor(randomColorPicker('G', rounds[3]),randomColorPicker('R', rounds[3]),randomColorPicker('B', rounds[3]));
delay(500);
SetColor(randomColorPicker('G', rounds[4]),randomColorPicker('R', rounds[4]),randomColorPicker('B', rounds[4]));
delay(500);
SetColor(randomColorPicker('G', rounds[5]),randomColorPicker('R', rounds[5]),randomColorPicker('B', rounds[5]));
delay(500);
// timer function
if (delayRunning && (millis() - delayStart >= 60000)) {
delayRunning = false;
gameState = 0;
} else {
if (colorState) {
testColor0 = whichColor0;
testColor1 = whichColor1;
testColor2 = whichColor2;
testColor3 = whichColor3;
testColor4 = whichColor4;
testColor5 = whichColor5;
}
colorState = false;
if (temp) {
if (colorToButton(whichColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
// First Button
if (colorToButton(whichColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("First Button");
Serial.print("\n");
temp = false;
firstButton = true;
}
// Second Button
if (firstButton) {
if (colorToButton(whichColor0, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(whichColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(whichColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Second Button");
Serial.print("\n");
secondButton = true;
}
}
// Third Button
if (secondButton) {
if (colorToButton(whichColor1, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(whichColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(whichColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Third Button");
Serial.print("\n");
thirdButton = true;
}
}
// Fourth Button
if (thirdButton) {
if (colorToButton(whichColor2, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(whichColor3, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(whichColor3, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Fourth Button");
Serial.print("\n");
fourthButton = true;
}
}
// Fifth Button
if (fourthButton) {
if (colorToButton(whichColor3, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(whichColor4, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(whichColor4, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Fifth Button");
Serial.print("\n");
fifthButton = true;
}
}
// Sixth Button
if (fifthButton) {
if (colorToButton(whichColor4, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 3) {
if (colorToButton(whichColor5, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 2) {
gameState = 0;
}
}
if (colorToButton(whichColor5, GREEN_State, RED_State, BLUE_State, VIOLET_State, ORANGE_State, YELLOW_State) == 1) {
Serial.print("Sixth Button");
Serial.print("\n");
sixthButton = true;
}
}
if (firstButton && secondButton && thirdButton && fourthButton && fifthButton && sixthButton) {
Serial.print("Final Round Passed");
Serial.print("\n");
Serial.print("\n");
gameState = 5;
firstButton = false;
secondButton = false;
thirdButton = false;
fourthButton = false;
fifthButton = false;
sixthButton = false;
colorState = true;
delayRunning = true;
timeState = true;
}
}
} else if (gameState == 5) {
Serial.print("Congratulations on completing the game!");
Serial.print("\n");
int masterState = digitalRead(MASTER_Button);
if (masterState == HIGH) {
gameState = 0;
}
int r, g, b;
// fade from blue to violet
for (r = 0; r < 256; r++) {
analogWrite(REDledPin, r);
delay(fadeSpeed);
}
// fade from violet to red
for (b = 255; b > 0; b--) {
analogWrite(BLUEledPin, b);
delay(fadeSpeed);
}
// fade from red to yellow
for (g = 0; g < 256; g++) {
analogWrite(GREENledPin, g);
delay(fadeSpeed);
}
// fade from yellow to green
for (r = 255; r > 0; r--) {
analogWrite(REDledPin, r);
delay(fadeSpeed);
}
// fade from green to teal
for (b = 0; b < 256; b++) {
analogWrite(BLUEledPin, b);
delay(fadeSpeed);
}
// fade from teal to blue
for (g = 255; g > 0; g--) {
analogWrite(GREENledPin, g);
delay(fadeSpeed);
}
}
}
void SetColor(char G,char R,char B)
{
analogWrite(GREENledPin,G);
analogWrite(REDledPin,R);
analogWrite(BLUEledPin,B);
}
int randomColorPicker (char x, int whichColor)
{
switch (whichColor)
{
case 0: // Green
if (x == 'G') {
return colors[0];
} else if (x == 'R') {
return colors[1];
} else if (x == 'B') {
return colors[2];
}
break;
case 1: // Red
if (x == 'G') {
return colors[3];
} else if (x == 'R') {
return colors[4];
} else if (x == 'B') {
return colors[5];
}
break;
case 2: // Blue
if (x == 'G') {
return colors[6];
} else if (x == 'R') {
return colors[7];
} else if (x == 'B') {
return colors[8];
}
break;
case 3: // Violet
if (x == 'G') {
return colors[9];
} else if (x == 'R') {
return colors[10];
} else if (x == 'B') {
return colors[11];
}
break;
case 4: // Orange
if (x == 'G') {
return colors[12];
} else if (x == 'R') {
return colors[13];
} else if (x == 'B') {
return colors[14];
}
break;
case 5: // Yellow
if (x == 'G') {
return colors[15];
} else if (x == 'R') {
return colors[16];
} else if (x == 'B') {
return colors[17];
}
break;
case 6: // Off
if (x == 'G') {
return colors[18];
} else if (x == 'R') {
return colors[19];
} else if (x == 'B') {
return colors[20];
}
break;
}
}
int colorToButton (int whichColor, int GREEN_State, int RED_State, int BLUE_State, int VIOLET_State, int ORANGE_State, int YELLOW_State)
{
switch (whichColor)
{
case 0:
if (GREEN_State == HIGH) {
SetColor(0, 255, 255);
delay(500);
SetColor(255,255,255);
return 1;
} else if (RED_State == HIGH || BLUE_State == HIGH || VIOLET_State == HIGH || ORANGE_State == HIGH || YELLOW_State == HIGH) {
return 2;
} else if (GREEN_State == LOW) {
return 3;
}
break;
case 1:
if (RED_State == HIGH) {
SetColor(255, 0, 255);
delay(500);
SetColor(255,255,255);
return 1;
} else if (GREEN_State == HIGH || BLUE_State == HIGH || VIOLET_State == HIGH || ORANGE_State == HIGH || YELLOW_State == HIGH) {
return 2;
} else if (RED_State == LOW) {
return 3;
}
break;
case 2:
if (BLUE_State == HIGH) {
SetColor(255, 255, 0);
delay(500);
SetColor(255,255,255);
return 1;
} else if (GREEN_State == HIGH || RED_State == HIGH || VIOLET_State == HIGH || ORANGE_State == HIGH || YELLOW_State == HIGH) {
return 2;
} else if (BLUE_State == LOW) {
return 3;
}
break;
case 3:
if (VIOLET_State == HIGH) {
SetColor(255, 10, 200);
delay(500);
SetColor(255,255,255);
return 1;
} else if (GREEN_State == HIGH || RED_State == HIGH || BLUE_State == HIGH || ORANGE_State == HIGH || YELLOW_State == HIGH) {
return 2;
} else if (VIOLET_State == LOW) {
return 3;
}
break;
case 4:
if (ORANGE_State == HIGH) {
SetColor(240, 10, 255);
delay(500);
SetColor(255,255,255);
return 1;
} else if (GREEN_State == HIGH || RED_State == HIGH || BLUE_State == HIGH || VIOLET_State == HIGH || YELLOW_State == HIGH) {
return 2;
} else if (ORANGE_State == LOW) {
return 3;
}
break;
case 5:
if (YELLOW_State == HIGH) {
SetColor(180, 10, 25);
delay(500);
SetColor(255,255,255);
return 1;
} else if (GREEN_State == HIGH || RED_State == HIGH || BLUE_State == HIGH || VIOLET_State == HIGH || ORANGE_State == HIGH) {
return 2;
} else if (YELLOW_State == LOW) {
return 3;
}
break;
}
}
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