/*
 *	No Commenting
 */


	i = 0
	s = 0
l:	if i => n goto end
		s += score[i]
		i++
	goto l
end:	a = s/n
		




/*
 *	Lousy Commenting
 */


	i = 0			/* set i to 0 */
	s = 0			/* set s to 0 */
l:	if i => n goto end	/* if i not less than n go to end */
		s += score[i]	/* add score[i] to s */
		i++		/* add 1 to i */
	goto l			/* go to l */
end:	a = s/n			/* set a to s/n */
		












/*
 *	Good Commenting
 */

/*
 *	the code below computes a as the average value of the
 *	"n" values that are stored in the first "n" elements of 
 *	the "score" array.
 */

	i = 0
	s = 0
l:	if i => n goto end
		s += score[i]
		i++
	goto l
end:	a = s/n
		
		












/*
 *	Anally Retentive Good Commenting
 */

/*
 *	the code below computes a as the average value of the
 *	"n" values that are stored in the first "n" elements of 
 *	the "score" array.
 *
 *	the variables "s" and "i" are used as a tempoirary accumulator
 *	of the sum so far and an index vatiable to access the array
 *	elements.  Note that the "n" values are stored in elements
 *	0 through "n-1" rather than 1 through n
 *
 *	the initialisation code (2 lines) initialize the sum and the
 *	index
 *
 *	the loop test sees if we are done or not by comparing the
 *	index variable to the number of elements
 *
 *	the loop body adds the next value to the sum and increments
 *	the index variable to address the next element
 *
 *	finally the average is computed as the sum of all the
 *	elements divided by the numberof elements
 */


	i = 0
	s = 0
l:	if i => n goto end
		s += score[i]
		i++
	goto l
end:	a = s/n