使用python实现细菌繁殖的算法代码，欢迎拍砖讨论！

class CDay_celll(object):
def __init__(self, day, cells):
self.day = day
self.cells = cells

class COne_day(object):
def __init__(self):
self.the_day_cells = []

def add_cells(self, day_cell):
self.the_day_cells.append(day_cell)

def sum_the_day(self):
cells = 0
for cell in self.the_day_cells:
cells += cell.cells
return cells

class CCell(object):
def __init__(self):
self.day_cells = COne_day()
self.day_cells.add_cells(CDay_celll(0, 1))

def __get_next_day_cells(self, day_now):
child_cells = 0
next_day = COne_day()
for cells in self.day_cells.the_day_cells:
if day_now - cells.day < 3:  # 3 days cell
next_day.add_cells(CDay_celll(cells.day, cells.cells))
elif day_now - cells.day > 30:
pass
            else:
next_day.add_cells(CDay_celll(cells.day, cells.cells))
child_cells += cells.cells
if child_cells > 0:
next_day.add_cells(CDay_celll(day_now, child_cells))
self.day_cells = next_day
print("day: {0}, cells: {1}".format(day_now, next_day.sum_the_day()))
next_day.print()

def count(self, days):
for day in range(0, days + 1):
self.__get_next_day_cells(day)

去掉空行及打印代码，有效代码35行