6.1  Naming

Some "cool-sounding" name.

6.2  Brainstorming

Explicit specifications:

	 -  the computer picks a random number between 1 and 3, inclusive
	 -  the simulation ends when the bin contains eight or more boxes
	 -  initialization of program variables:  number of boxes added
	    to bin, efficiency, total number of boxes on truck, total
	    number of boxes in bin, number of boxes extracted by worker, etc.
	 -  efficiency reduced every 4th. cycle
	 -  update variables for each cycle
	 -  print desired output

Implicit specifications:

	 -  is the computer picking an integer or float?
	 -  is there a limit to the number of cycles that the simulation
	    can perform?
	 -  does the program need to keep track of the number of cycles?
	 -  what happens when a fraction of boxes is obtained

6.3  Research

	 -  number of boxes added to bin
	 -  worker efficiency
	 -  total number of boxes put on truck
	 -  total number of boxes in bin
	 -  number of boxes extracted by worker
	 -  cycle counter
	 -  number of boxes extracted by worker

6.4  Outlining

         -  initialize (to zero) number of boxes added to bin from chute
	 -  initialize (to one) worker efficiency
	 -  initialize (to zero) total number of boxes put on truck
	 -  initialize (to zero) total number of boxes in bin
	 -  initialize (to zero) number of boxes extracted by worker
	 -  initialize (to one) trips made by worker

	 -  begin loop which continues while total number of boxes
	    in bin is less than bin capacity

	    -  choose random number of boxes added to bin (from chute)
	    -  add this number of boxes to bin
	    -  choose random number of boxes to be extracted from bin
	    -  take boxes out of bin
	    -  update number of boxes on truck

	    -  if on a 4th. cycle
	       -  reduce efficiency by 25%

	    -  increment cycle counter

	 -  end loop

	 -  print total number of boxes on truck