STUDENT SOLUTIONS
================================================================================
by Javi Spring 2018
/**
 * @param n is number of times robot should move forward
 * @param d is either 0 for right, 1 for left, or anything else for no direction
 */
1. PROCEDURE dirForward ( n, d ) 
    {
2.      if ( d = 0 ) { ROTATE_RIGHT () }
3.      else if ( d = 1 ) { ROTATE_LEFT() }
4.      REPEAT n TIMES { MOVE_FORWARD() }
    }

5.  dirForward( 7, 2 )  // I have 2 here so it doesn't rotate a direction
6.  dirForward( 5, 1 )  // left 5
7.  dirForward( 2, 1 )  // left 2
8.  dirForward( 3, 0 )  // right 3
9.  dirForward( 3, 1 )  // left 3
10. dirForward( 2, 1 )  // left 2
11. dirForward( 1, 0 )  // right 1
12. dirForward( 6, 1)   // left 6
13. dirForward( 1, 0)   // right 1 back to beginning 
================================================================================
by Robin L Spring 2018
1. list <- ["F","F","R","F","F","F","F","F","L","F","F",
	"R","F","F","F","L","F","F","L","F","F","F","F",
	"F","F","R","F","F","L","F","F","L","F","F","F",
	"F","F","F","F","F"]

2. PROCEDURE move() 
   {
3. 	FOR EACH item IN list 
	{
4.		IF ("F" = item)	{MOVE_FORWARD()	}
5.		IF ("R" = item) {ROTATE_RIGHT()	}
6.		IF ("L" = item) {ROTATE_LEFT()	}
    }	
   }
7. move()

================================================================================
by Andrew S Spring 2018
1. procedure dirForward(n,d)
   { 
2.   	if(d=0) {rotate_Right()}
3.  	else if(d=1) {rotate_Left()}
4.  	repeat n times {move_forward()}
   }

5. myList1 <- [myList2<- [7,2],myList3<- [5,1],myList4<- [2,1],myList5<- [3,0],myList6<- [3,1],myList7<- [2,1],myList8<- [1,0],myList9<- [6,1],myList10<- [1,0]]
6. For each x in myList1{dirForward(x[1],x[2])