Week 13 Meeting

Team meeting
Attendant: Xiaoliang, Jun
Date 11/26/2013
Issues:
-The materials was not received because they were sent to a wrong address.
-The Arjuino code for the LED cube was done

Goal:
keeping track on materials and blog update.

Sample Code:

/*Blue LED Cube 4x4x4

** 

** Written: Paden Hogeland

**

*/

// Initalize our LED columns (positive)

int LEDPin[] = {0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15};

// Initalize the LED layers (ground)

int LayerPin[] = {16,17,18,19};

  int count = 0;

  int timer = 0,

      leadA,f1,f2,f3 = 0,

      leadB,f1B,f2B,f3B;

  int laps=0;

  int pause = 0;

int OuterEdge[] = {0,1,2,3,7,11,15,14,13,12,8,4};

// Setup

void setup(){

  // Set up LED columns as output

  for(int pin = 0; pin < 16 ; pin++ ){

    pinMode(LEDPin[pin],OUTPUT);

    digitalWrite(LEDPin[pin],LOW);

  }

  // Set up LED Layers as output

  for(int layer = 0; layer < 4; layer++){

    pinMode(LayerPin[layer], OUTPUT);

    digitalWrite(LayerPin[layer], HIGH);

  }

}

// The Loop

void loop(){

  

  /////////////////////////////////////////////////////////////////////////////////

  //  This increments the layers from top to bottom

  /////////////////////////////////////////////////////////////////////////////////

  digitalWrite(LEDPin[0],HIGH);

  digitalWrite(LEDPin[1],HIGH);

  digitalWrite(LEDPin[2],HIGH);

  digitalWrite(LEDPin[3],HIGH);

  digitalWrite(LEDPin[4],HIGH);

  digitalWrite(LEDPin[5],HIGH);

  digitalWrite(LEDPin[6],HIGH);

  digitalWrite(LEDPin[7],HIGH);

  digitalWrite(LEDPin[8],HIGH);

  digitalWrite(LEDPin[9],HIGH);

  digitalWrite(LEDPin[10],HIGH);

  digitalWrite(LEDPin[11],HIGH);

  digitalWrite(LEDPin[12],HIGH);

  digitalWrite(LEDPin[13],HIGH);

  digitalWrite(LEDPin[14],HIGH);

  digitalWrite(LEDPin[15],HIGH);

  digitalWrite(LayerPin[0],HIGH); 

  digitalWrite(LayerPin[1],HIGH); 

  digitalWrite(LayerPin[2],HIGH); 

  digitalWrite(LayerPin[3],HIGH); 

  count = 1;

  pause = 1;

   while(count < 500){

     digitalWrite(LayerPin[0],LOW);    

     delay(pause);

     digitalWrite(LayerPin[0],HIGH);

     digitalWrite(LayerPin[1],LOW);    

     delay(pause);

     digitalWrite(LayerPin[1],HIGH);

     digitalWrite(LayerPin[2],LOW);    

     delay(pause);

     digitalWrite(LayerPin[2],HIGH);

     digitalWrite(LayerPin[3],LOW);    

     delay(pause);

     digitalWrite(LayerPin[3],HIGH); 

   count++;  

   }

   

   

  // Set up LED columns as output

  for(int pin = 0; pin < 16 ; pin++ ){

    digitalWrite(LEDPin[pin],LOW);

  }

  // Set up LED Layers as output

  for(int layer = 0; layer < 4; layer++){

    digitalWrite(LayerPin[layer], HIGH);

  }  

  

    /////////////////////////////////////////////////////////////////////////////////

  //  This increments the layers from top to bottom

  /////////////////////////////////////////////////////////////////////////////////

  // Set up LED columns as output

  for(int pin = 0; pin < 16 ; pin++ ){

    digitalWrite(LEDPin[pin],HIGH);

  }

  count = 1;

  pause = 1;

   while(count < 80){

     digitalWrite(LayerPin[0],LOW);    

     delay(count);

     digitalWrite(LayerPin[0],HIGH);

     digitalWrite(LayerPin[1],LOW);    

     delay(count);

     digitalWrite(LayerPin[1],HIGH);

     digitalWrite(LayerPin[2],LOW);    

     delay(count);

     digitalWrite(LayerPin[2],HIGH);

     digitalWrite(LayerPin[3],LOW);    

     delay(count);

     digitalWrite(LayerPin[3],HIGH); 

   count++;  

   }

   

   

  // Set up LED columns as output

  for(int pin = 0; pin < 16 ; pin++ ){

    digitalWrite(LEDPin[pin],LOW);

  }

  // Set up LED Layers as output

  for(int layer = 0; layer < 4; layer++){

    digitalWrite(LayerPin[layer], HIGH);

  }  

   /////////////////////////////////////////////////////////////////////////

   // Following Design

   //  The top Led leads the other LEDs around the outside of the Cube

   ////////////////////////////////////////////////////////////////////////

   // Initalize the columns for the LED's

   

   leadA=0;

   f1=11;

   f2=10;

   f3=9;

   leadB=6;

   f1B=5;

   f2B=4;

   f3B=3;

   count = 0; 

   while(count < 500){

     // Sets the time they all display or "blink together" to our eyes

     while(timer<10){

       digitalWrite(LayerPin[3],LOW);

       digitalWrite(LEDPin[OuterEdge[leadA]],HIGH);

       if(laps=1){

         digitalWrite(LEDPin[OuterEdge[leadB]],HIGH);

       }

       delay(3);

       digitalWrite(LEDPin[OuterEdge[leadA]],LOW);

       digitalWrite(LEDPin[OuterEdge[leadB]],LOW);

       digitalWrite(LayerPin[3],HIGH);

       digitalWrite(LayerPin[2],LOW);

       digitalWrite(LEDPin[OuterEdge[f1]],HIGH);

       if(laps=1){

         digitalWrite(LEDPin[OuterEdge[f1B]],HIGH);

       }

       delay(3);

       digitalWrite(LEDPin[OuterEdge[f1]],LOW);  

       digitalWrite(LEDPin[OuterEdge[f1B]],LOW);       

       digitalWrite(LayerPin[2],HIGH);

       digitalWrite(LayerPin[1],LOW);

       digitalWrite(LEDPin[OuterEdge[f2]],HIGH);

       if(laps=1){

         digitalWrite(LEDPin[OuterEdge[f2B]],HIGH);

       }

       delay(3);

       digitalWrite(LEDPin[OuterEdge[f2]],LOW);  

       digitalWrite(LEDPin[OuterEdge[f2B]],LOW);

       digitalWrite(LayerPin[1],HIGH);

       digitalWrite(LayerPin[0],LOW);

       digitalWrite(LEDPin[OuterEdge[f3]],HIGH);

       if(laps=1){

         digitalWrite(LEDPin[OuterEdge[f3B]],HIGH);

       }

       delay(3);

       digitalWrite(LEDPin[OuterEdge[f3]],LOW);    

       digitalWrite(LEDPin[OuterEdge[f3B]],LOW);      

       digitalWrite(LayerPin[0],HIGH);       

       timer++;

       count++;

     }

     timer=0;

     leadA++;

     f1++;

     f2++;

     f3++;

     leadB++;

     f1B++;

     f2B++;

     f3B++;

     if(leadA>11){

       leadA = 0;

       laps = 1;

     }

     if(f1>11){

       f1 = 0;

     }

     if(f2>11){

       f2 = 0;

     }

     if(f3>11){

       f3 = 0;

     }

     if(leadB>11){

       leadB = 0;

     }

     if(f1B>11){

       f1B = 0;

     }

     if(f2B>11){

       f2B = 0;

     }

     if(f3B>11){

       f3B = 0;

     }

     

   }

   

   count = 500;

   

     // Set up LED columns as output

  for(int pin = 0; pin < 16 ; pin++ ){

    digitalWrite(LEDPin[pin],LOW);

  }

  // Set up LED Layers as output

  for(int layer = 0; layer < 4; layer++){

    digitalWrite(LayerPin[layer], HIGH);

  }  

  pause = 130;

  while(count < 500){

    digitalWrite(LayerPin[0],HIGH);

    digitalWrite(LayerPin[3],LOW);

    digitalWrite(LEDPin[7],HIGH);

    delay(pause);

    digitalWrite(LayerPin[3],HIGH);

    digitalWrite(LayerPin[2],LOW);

    digitalWrite(LEDPin[7],HIGH);

    delay(pause);

    digitalWrite(LayerPin[2],HIGH);

    digitalWrite(LayerPin[1],LOW);

    digitalWrite(LEDPin[7],HIGH);

    delay(pause);

    digitalWrite(LayerPin[1],HIGH);

    digitalWrite(LayerPin[0],LOW);

    digitalWrite(LEDPin[7],HIGH);

    delay(pause);

    count++;

  }

  count = 0;    

}