My code. This didn't work.

M2-P6-Incorrect

def rabbitGrowth():
    """ 
    rabbitGrowth is called once at the beginning of each time step.

    It makes use of the global variables: CURRENTRABBITPOP and MAXRABBITPOP.

    The global variable CURRENTRABBITPOP is modified by this procedure.

    For each rabbit, based on the probabilities in the problem set write-up, 
      a new rabbit may be born.
    Nothing is returned.
    """
    #print 'rabbitGrowth Loop'
    global CURRENTRABBITPOP
    #print CURRENTRABBITPOP
    global MAXRABBITPOP
    #print MAXRABBITPOP

    cRP = float(CURRENTRABBITPOP)
    mRP = float(MAXRABBITPOP)
    currentOverMax = cRP/mRP
    probRR = 1.0 - currentOverMax
    #print 'probRR ' + str(probRR)
    
    rabitRandom = random.random()
    #print 'rabitRandom ' + str(rabitRandom)
    if rabitRandom < probRR:
        cRP += 1
        
    CURRENTRABBITPOP = int(cRP)
    #print 'CRP @ rabbitGrowth End ' + str(CURRENTRABBITPOP)
            
def foxGrowth():
    """ 
    foxGrowth is called once at the end of each time step.

    It makes use of the global variables: CURRENTFOXPOP and CURRENTRABBITPOP,
        and both may be modified by this procedure.

    Each fox, based on the probabilities in the problem statement, may eat 
      one rabbit (but only if there are more than 10 rabbits).

    If it eats a rabbit, then with a 1/3 prob it gives birth to a new fox.

    If it does not eat a rabbit, then with a 1/10 prob it dies.

    Nothing is returned.
    """
    #print 'foxGrowth Loop'
    global CURRENTRABBITPOP
    #print CURRENTRABBITPOP
    global MAXRABBITPOP
    #print MAXRABBITPOP
    global CURRENTFOXPOP
    #print CURRENTFOXPOP
    
    one = float(1)
    three = float(3)
    foxGivesBirth = one/three
    
    foxDies = 0.1
    
    cRP = float(CURRENTRABBITPOP)
    mRP = float(MAXRABBITPOP)
    currentOverMax = cRP/mRP
    probFER = currentOverMax
    #print 'probFER ' + str(probFER)

    foxEats = False

    #Will the fox eat?
    foxEatsRandom = random.random()
    #print 'foxEatsRandom ' + str(foxEatsRandom)
    if foxEatsRandom < probFER:
        foxEats = True       

    if foxEats == True:
        #Reduces Rabit Population
        if cRP >= 10:
            cRP -= 1
        #Can the fox reproduce?
        foxBirthsRandom = random.random()
        #print 'foxBirthsRandom ' + str(foxBirthsRandom)
        if foxBirthsRandom < foxGivesBirth:
            CURRENTFOXPOP += 1

    if foxEats == False:
        #Will the fox die?
        foxDiesRandom = random.random()
        #print 'foxDiessRandom ' + str(foxDiesRandom)
        if foxDiesRandom < foxDies:
            if CURRENTFOXPOP >= 10:
                CURRENTFOXPOP -= 1
    
    CURRENTRABBITPOP = int(cRP)
    #print 'CRP @ foxGrowth End ' + str(CURRENTRABBITPOP)
    CURRENTFOXPOP = CURRENTFOXPOP
    #print 'CFP @ foxGrowth End ' + str(CURRENTFOXPOP)
            
def runSimulation(numSteps):
    """
    Runs the simulation for `numSteps` time steps.

    Returns a tuple of two lists: (rabbit_populations, fox_populations)
      where rabbit_populations is a record of the rabbit population at the 
      END of each time step, and fox_populations is a record of the fox population
      at the END of each time step.

    Both lists should be `numSteps` items long.
    """
    rabitPopList = []
    foxPopList = []

    for i in range(numSteps):
        rabbitGrowth()
        foxGrowth()
        rabitPopList.append(CURRENTRABBITPOP)
        foxPopList.append(CURRENTFOXPOP)
    return (rabitPopList, foxPopList)