LEDs controlled by potentiometers

Description 
My submission has three potentiometers, which control three LEDs. One controls color (the LEDs cycle smoothly from red to blue to green), one controls brightness, and one controls blink rate.
At very low blink rates, the LEDs simply looked faded, so I modified the code so that the lowest blink rate still looks like it's blinking, and the highest rate will simply leave the LED on.

Components Used
List what you used in your assignment.
Example:
1- Arduino Pro Mini 3.3V
1- Breadboard
3- 220 Ω Resistor
1- Red LED
1- Green LED
1- Blue LED
1- Cotton pad
String
3 - Potentiometer

Code

/*

* 

* Control 3 LEDs with 3 potentiometers

* a controls blink rate, b controls brightness, and c controls color.

*

*/

// Analog pin settings

int aIn = 0;    // Potentiometers connected to analog pins 0, 1, and 2

int bIn = 1;    //   (Connect power to 5V and ground to analog ground)

int cIn = 2;  

// Digital pin settings

int aOut = 9;   // LEDs connected to digital pins 9, 10 and 11

int bOut = 10;  //   (Connect cathodes to digital ground)

int cOut = 11;  

// Values

int aVal = 0;   // Variables to store the input from the potentiometers

int bVal = 0;  

int cVal = 0;

// Variables for comparing values between loops

int i = 0;            // Loop counter

int wait = (1000);    // Length of blink

// Color values

int r = 0;

int g = 0;

int b = 0;

int checkSum     = 0; // Aggregate pot values

int prevCheckSum = 0;

int sens         = 3; // Sensitivity theshold, to prevent small changes in 

                      // pot values from triggering false reporting

// FLAGS

int PRINT = 1; // Set to 1 to output values

int DEBUG = 1; // Set to 1 to turn on debugging output

void setup()

{

  pinMode(aOut, OUTPUT);   // sets the digital pins as output

  pinMode(bOut, OUTPUT);   

  pinMode(cOut, OUTPUT); 

  Serial.begin(9600);     // Open serial communication for reporting

}

void loop()

{

  i += 1; // Count loop

  aVal = (analogRead(aIn)/10)*10 + 30;  // read input pins, convert to appropriate values

  bVal = analogRead(bIn) / 4; 

  cVal = (analogRead(cIn)*3)/4;

  Serial.println(aVal);

  Serial.println(bVal);

  Serial.println(cVal);

  wait = aVal;

  if(cVal < 256) {

    r = 255 - cVal;

    g = cVal;

    b = 0;

  } else if(cVal < 512) {

    cVal = cVal%256;

    g = 255 - cVal;

    b = cVal;

    r = 0;

  } else {

    cVal = cVal%256;

    b = 255 - cVal;

    r = cVal;

    g = 0;

  }

  r = (r*bVal)/255;

  g = (g*bVal)/255;

  b = (b*bVal)/255;

  analogWrite(aOut, r);    // Send new values to LEDs

  analogWrite(bOut, g);

  analogWrite(cOut, b);

  delay(wait);

  if(aVal < 1050) {

    analogWrite(aOut, 0);

    analogWrite(bOut, 0);

    analogWrite(cOut, 0);

  }

  delay(wait);

  Serial.println();

}

void setColor(int color) {

}

Images
http://i43.tinypic.com/2076gqe.jpg