在使用加长流程打印上一行后，如何打印新行？

Question

我写了一堆东西来打印一张随机生成的符号地图，并让一个角色四处移动，但每次我都需要用新行重新打印这些行

我尝试将printed.insert（乘数“\n”）放在不同的位置，但它只会放7行，然后再放几行，因此我不知道如何将a\n放在行的末尾。我把程序放在原处，这样你们就可以明白我们要做什么了

import random
import time
import os
def cls():
  os.system('cls' if os.name=='nt' else 'clear')
randomnumber = random.randint(6,16)
block = []
printed = []
health = 10
blocks = "\x1b[1;37;48m#"
randumplace = random.randint(0, len(block))
multiplier = 47
def build(blocks):
  for i in range (multiplier):
    block.append(blocks)
    printed.append(blocks)
    i = random.randrange(1, 75)
    if i == 4:
      blocks = "\x1b[1;31;48mM"
    elif i == 15:
      blocks = "\x1b[1;36;48m~"
    elif i == 25:
      blocks = "\x1b[1;36;48m~"
    elif i == 22:
      blocks = "\x1b[1;33;48m$"
    elif i == 1:
      blocks = "\x1b[1;37;48m#"
    elif i == 10 and "@" not in printed:
      blocks = "@"
    else:
      blocks = "\x1b[1;37;48m."
counter  = 1
print("# "+"# # # # # #" + " #" * (multiplier - 6))
while counter != randomnumber:
    del block[:]
    build(blocks)
    print(*block)
    counter += 1
print ("" + "# " * (multiplier +1))
position = printed.index("@")
while position != 38:
    movement = input("Move which direction? (Type 'help' for commands)")
    if movement == "d":
        cls()
        printed.pop(position+1)
        printed.insert(position+1, "@")
        printed.pop(position)
            printed.insert(position, ".")
        print(*printed)
        position = printed.index("@")
    if movement == "a":
        cls()
        printed.pop(position-1)
        printed.insert(position-1, "@")
        printed.pop(position)
        printed.insert(position, ".")
        print(*printed)
        position = printed.index("@")
    if movement == "w":
        cls()
        printed.pop(position-32)
        printed.insert(position-32, "@")
        printed.pop(position)
        printed.insert(position, ".")
        print(*printed)
        position = printed.index("@")
    if movement == "s":
        cls()
        printed.pop(position+33)
        printed.insert(position+33, "@")
        printed.pop(position)
        printed.insert(position, ".")
        print(*printed)
        position = printed.index("@")

我希望它会重新打印地图，并改变“@”符号的位置，但它只是将所有内容组合在一起，没有新的线条