0,0,0,		:assigns a value to register 0,
	0,5,0,; :the value is 5

0,3,0,		: register 3
	0,0,0,; : gets a 0

0,4,0,		: register 4
	0,1,0,; : gets a 1

0,1,0,		: register 1 gets
	0,1,0,	: 1
	0,0,1,	: register[0]
	0,1,0,; : - 
		: - register[0] 1 (prefix notation)

0,2,0,		: register 2 gets
	0,1,0,	: 1
	0,1,1,	: register[1]
	0,1,0,; : -
		: - register[1] 1 (prefix notation)


0,0,1,		: location referenced by register [0]
	0,1,2,	: value in register[2] is a reference to
	0,2,2,  : another register (this changes during run)
	0,0,0,;	: + 
		: this produces each value in the
		: Fibonacci sequence

0,0,0,		: add 1 to register[0]
	0,0,1,
	0,1,0,
	0,0,0,;

1,7,0,			: go to gene 7 
	0,25,1,;	: if register[25] has a value
			: (other than 0)
			: this is gene 7 (infinite loop)
			: this is one way to end the program

1,3,0,			:go to gene 3
	1,1,0,;		:if (1)
			:this is how we iterate
##################

: this following is alternate way to terminate a program
0,0,0,			: (gene 9) assign a divide by zero
	0,0,0,
	0,0,0,
	0,3,0,;		: / 0 0 (illegal devide by 0 - 
			:ends program and outputs)