# append Random speaker
import random

class Bug:
    def __init__(self, number, xPos, yPos, worldXSize = 80, worldYSize = 80):
        # the environment
        self.number = number
        self.worldXSize = worldXSize
        self.worldYSize = worldYSize
        # the bug
        self.xPos = xPos
        self.yPos = yPos
        print "Bug number ", self.number, \
     	      " has been created at ", self.xPos, ", ", self.yPos

    # the action
    def randomWalk(self):
        self.xPos += randomMove()
        self.yPos += randomMove()
        self.xPos = (self.xPos + self.worldXSize) % self.worldXSize
        self.yPos = (self.yPos + self.worldYSize) % self.worldYSize
    # report
    def reportPosition(self):
        print "Bug number ", self.number, " moved to X = ", \
               self.xPos, " Y = ", self.yPos

# returns -1, 0, 1  with equal probability
def randomMove():
    return random.randint(-1, 1)

nBugs = input("How many bugs? ")
bugList = []
worldXSize= input("X Size of the world? ")
worldYSize= input("Y Size of the world? ")
length = input("Length of the simulation in cycles? ")


for i in range(nBugs):
     bugList.append = Bug(i, random.randint(0,worldXSize-1), \
                            random.randint(0,worldYSize-1),
                            worldXSize, worldYSize)
 
# A random speaker

for t in range(length):
    RChosen = random.randint(0, len(nbugs))
    for i in bugList:
        i.randomWalk()
    RChosen.reportPosition()