Potentiometers

The circuit exists of:
3 LEDs (R G B)
3 resistors (220)
3 pots
I made a circuit with 3 pots and changed the code so that I could adjust speed and brightness. Thus, 1 of the pots is used to change brightness and another one is to change the speed in which the LED blinks. A 3rd pot is used to change the LED that is affected by the other 2 pots (in brightness and blinking speed). The 3rd pot works like: 1024 / 3 = 3 different ranges, the first range 0 - 360 affects red, 2nd range affects green and the 3rd range affects the blue LED.
Code:
 

int potPinLed = 2;

int potPinBrightness = 1;

int potPinSpeed = 0;

int ledPinRed = 9;

int ledPinGreen = 10;

int ledPinBlue = 11;

int currentPin = 9; // Set red as default

int valLed = 0;

int valBrightness = 0;

int valSpeed = 0;

int i = 0;

int wait = (1000);

int checkSum = 0; // The sum of the values of the 3 LEDs

int prevCheckSum = 0; // The previous sum of the values of the 3 LEDs

int sens = 3; // A threshold so that it is possible to see whether the values of the LED has changed enough

int PRINT = 1; // Print info when this is 1

int DEBUG = 1; // Print debug info when this is 1

void setup() {

  // Set the LED ports

  pinMode(ledPinGreen, OUTPUT);

  pinMode(ledPinBlue, OUTPUT);

  // Start Serial to write to the monitor

  Serial.begin(9600); 

}

void loop() {

 i++; // Loop

 // Read the value of the pots

 valLed = analogRead(potPinLed);

 valBrightness = analogRead(potPinBrightness) / 4; // 1023 / 4 = 255

 valSpeed = analogRead(potPinSpeed);

 // valLed selects the LED that I want to change

 // RED = 0 - 340

 // GREEN = 341 - 682

 // BLUE = 683 - 1024

 if(valLed < 341) {

   // Modify the red led 

   currentPin = ledPinRed

 }

 else if(valLed >= 341 && valLed < 683) {

   // Modify the green led

   currentPint = ledPinGreen

 }

 else if(valLed >= 683) {

   // Modify the blue led

   currentPin = ledPinBlue

 }

analogWrite(currentPin, valBrightness);

delay(valSpeed);

analogWrite(currentPin, 0);

delay(valSpeed);

 // Every second

 if(i % wait == 0) {

   checkSum = valLed + valBrightness + valSpeed;

   // Is the threshold passed?

   if(abs(checkSum - prevCheckSum) > sens) {

     if(PRINT) {

       Serial.print("LED: ");

       Serial.print(valLed);

       Serial.print("\t");

       Serial.print("Brightness: ");

       Serial.print(valBrightness);

       Serial.print("\t");

       Serial.print("Speed: ");

       Serial.println(valSpeed);

       PRINT = 0; // stop printing

     }

     else {

       PRINT = 1;

     }

     prevCheckSum = checkSum; // Save the last value

     if(DEBUG) {

       Serial.print(checkSum);

       Serial.print("<=>");

       Serial.print(prevCheckSum);

       Serial.print("\tPrint: ");

       Serial.println(PRINT);

     }

   }

 }

}