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这是我的早期作品，大概两三年前的样子吧，拿出来开源了

 

顺便说一下海龟的screen.tracer(0)用法，简单理解为去除海龟运动过程直接显示结果，但是要加上screen.update()刷新画面

 

 

非常烂，凑合看吧，在线版本的海龟编辑器运行起来会卡，本地环境运行丝般顺滑

 

import turtle as t
import time
import random

pen = t.Pen()
pen.speed(0)
pen.hideturtle()
pen.pensize(5)
player = t.Pen()
player.speed(0)
player.hideturtle()
player.pensize(5)
player.up()
ui = t.Pen()
ui.speed(0)
ui.hideturtle()
ui.pensize(2)
ui.up()
ui.pencolor('white')
ui_plyer = t.Pen()
ui_plyer.speed(0)
ui_plyer.hideturtle()
ui_plyer.pensize(2)
ui_plyer.up()
ui_plyer.pencolor('white')
sc = t.Screen()
sc.setup(1010, 810)
# sc.screensize(1000, 800)
sc.bgpic('bg.png')
sc.tracer(False)
nowRoom = 41
enRoom = 99
player.goto(-20,70)
player_x = 0
player_y = 0
testMode = False

def restart():
    player.goto(-20,70)
    player_x = 0
    player_y = 0

'''
rooms = {11: '1122', 12: '1221', 13: '1221', 14: '1212', 15: '3112',
         21: '2122', 22: '1212', 23: '1122', 24: '2211', 25: '2112',
         31: '2111', 32: '2112', 33: '2121', 34: '1222', 35: '2211',
         41: '1112', 42: '2122', 43: '1222', 44: '2221', 45: '1212',
         51: '2121', 52: '2221', 53: '2221', 54: '1213', 55: '2111'}
'''

rooms = {11: '1312', 12: '1122', 13: '1221', 14: '1221', 15: '1212', 16: '1122', 17: '1221', 18: '1212', 19: '1112',
         21: '2112', 22: '2112', 23: '1122', 24: '1211', 25: '2121', 26: '2211', 27: '1122', 28: '2211', 29: '2112',
         31: '2121', 32: '2211', 33: '2112', 34: '1122', 35: '1222', 36: '1211', 37: '2112', 38: '1122', 39: '2212',
         41: '1121', 42: '1222', 43: '2212', 44: '2112', 45: '2121', 46: '1212', 47: '2112', 48: '2112', 49: '2112',
         51: '1122', 52: '2211', 53: '2112', 54: '2121', 55: '1212', 56: '2112', 57: '2121', 58: '2211', 59: '2112',
         61: '2112', 62: '1121', 63: '2221', 喵: '1212', 65: '2112', 66: '2122', 67: '1221', 68: '1211', 69: '2112',
         71: '2112', 72: '1122', 73: '1222', 74: '1221', 75: '2112', 76: '2121', 77: '1212', 78: '1122', 79: '2211',
         81: '2122', 82: '2211', 83: '2121', 84: '1221', 85: '2211', 86: '1112', 87: '2112', 88: '2122', 89: '1212',
         91: '2121', 92: '1221', 93: '1221', 94: '1221', 95: '1221', 96: '2211', 97: '2121', 98: '2211', 99: '2111'}
#x:-20,100
#y:-250,-370


def map_up_wall():
    ui.down()
    ui.goto(ui.xcor()+11,ui.ycor())
    ui.up()


def map_up_out():
    ui.down()
    ui.pencolor('green')
    ui.goto(ui.xcor()+11,ui.ycor())
    ui.pencolor('white')
    ui.up()


def map_up_door():
    ui.up()
    ui.down()
    ui.goto(ui.xcor()+3,ui.ycor())
    ui.up()
    ui.goto(ui.xcor()+5,ui.ycor())
    ui.down()
    ui.goto(ui.xcor()+3,ui.ycor())
    ui.up()


def map_right_wall():
    ui.down()
    ui.goto(ui.xcor(),ui.ycor()-11)
    ui.up()


def map_right_out():
    ui.down()
    ui.pencolor('green')
    ui.goto(ui.xcor(),ui.ycor()-11)
    ui.pencolor('white')
    ui.up()


def map_right_door():
    ui.down()
    ui.goto(ui.xcor(),ui.ycor()-3)
    ui.up()
    ui.goto(ui.xcor(),ui.ycor()-5)
    ui.down()
    ui.goto(ui.xcor(),ui.ycor()-3)
    ui.up()


def map_down_wall():
    ui.down()
    ui.goto(ui.xcor()-11,ui.ycor())
    ui.up()


def map_down_out():
    ui.down()
    ui.pencolor('green')
    ui.goto(ui.xcor()-11,ui.ycor())
    ui.pencolor('white')
    ui.up()


def map_down_door():
    ui.down()
    ui.goto(ui.xcor()-3,ui.ycor())
    ui.up()
    ui.goto(ui.xcor()-5,ui.ycor())
    ui.down()
    ui.goto(ui.xcor()-3,ui.ycor())
    ui.up()


def map_left_wall():
    ui.down()
    ui.goto(ui.xcor(),ui.ycor()+11)
    ui.up()


def map_left_out():
    ui.down()
    ui.pencolor('green')
    ui.goto(ui.xcor(),ui.ycor()+11)
    ui.pencolor('white')
    ui.up()


def map_left_door():
    ui.down()
    ui.goto(ui.xcor(),ui.ycor()+3)
    ui.up()
    ui.goto(ui.xcor(),ui.ycor()+5)
    ui.down()
    ui.goto(ui.xcor(),ui.ycor()+3)
    ui.up()


def draw_map_room(room):
    ui.up()
    ui_plyer.clear()
    try:
        roomPos = int(room)
    except:
        print('Map err!')
    roomToDraw = list(rooms[roomPos])
    roomPos = list(str(room))
    x_pos = roomPos[1]
    y_pos = roomPos[0]
    x_start_add = int(roomPos[1])*11
    y_start_add = int(roomPos[0])*11

    x_start = 11+x_start_add
    y_start = -261-y_start_add
    # x_end = (int(roomPos[0])+1)*10
    # y_end = (int(roomPos[1])+1)*10
    ui.goto(x_start,y_start)
    ui.down()
    if roomToDraw[0] == '1':
        map_up_wall()
    elif roomToDraw[0] == '2':
        map_up_door()
    elif roomToDraw[0] == '3':
        map_up_out()
    else:
        pass
    if roomToDraw[2] == '1':
        map_right_wall()
    elif roomToDraw[2] == '2':
        map_right_door()
    elif roomToDraw[2] == '3':
        map_right_out()
    else:
        pass
    if roomToDraw[3] == '1':
        map_down_wall()
    elif roomToDraw[3] == '2':
        map_down_door()
    elif roomToDraw[3] == '3':
        map_down_out()
    else:
        pass
    if roomToDraw[1] == '1':
        map_left_wall()
    elif roomToDraw[1] == '2':
        map_left_door()
    elif roomToDraw[1] == '3':
        map_left_out()
    else:
        pass
    ui_plyer.goto(ui.xcor()+5,ui.ycor()-5)
    ui_plyer.pencolor('red')
    ui_plyer.dot(5)
    ui_plyer.pencolor('white')


def left_wall():
    pen.up()
    pen.goto(-315, 104)
    pen.down()
    pen.goto(-349, -35)


def left_out():
    pen.pensize(15)
    pen.pencolor('green')
    pen.up()
    pen.goto(-315, 104)
    pen.down()
    pen.goto(-349, -35)
    pen.pencolor('black')
    pen.pensize(5)


def left_door():
    pen.up()
    pen.goto(-316, 104)
    pen.down()
    pen.goto(-316, 209)
    pen.up()
    pen.goto(-349, -35)
    pen.down()
    pen.goto(-349, 72)


def right_wall():
    pen.up()
    pen.goto(282, 102)
    pen.down()
    pen.goto(316, -33)


def right_out():
    pen.pensize(15)
    pen.pencolor('green')
    pen.up()
    pen.goto(282, 102)
    pen.down()
    pen.goto(316, -33)
    pen.pencolor('black')
    pen.pensize(5)


def right_door():
    pen.up()
    pen.goto(282, 102)
    pen.down()
    pen.goto(282, 215)
    pen.up()
    pen.goto(316, -33)
    pen.down()
    pen.goto(316, 88)


def front_wall():
    pen.up()
    pen.goto(-98, 190)
    pen.down()
    pen.goto(74, 190)


def front_out():
    pen.pensize(15)
    pen.pencolor('green')
    pen.up()
    pen.goto(-98, 190)
    pen.down()
    pen.goto(74, 190)
    pen.pencolor('black')
    pen.pensize(5)


def front_door():
    pen.up()
    pen.goto(-98, 190)
    pen.down()
    pen.goto(-98, 285)
    pen.up()
    pen.goto(74, 190)
    pen.down()
    pen.goto(74, 285)


def back_wall():
    pen.up()
    pen.goto(-144, -170)
    pen.down()
    pen.goto(119, -170)


def back_out():
    pen.pencolor('green')
    pen.pensize(15)
    pen.up()
    pen.goto(-144, -170)
    pen.down()
    pen.goto(119, -170)
    pen.pencolor('black')
    pen.pensize(5)


def back_door():
    pen.up()
    pen.goto(-144, -170)
    pen.down()
    pen.goto(-144, -56)
    pen.up()
    pen.goto(119, -170)
    pen.down()
    pen.goto(119, -56)


def show_room():
    pen.clear()
    roomType = list(rooms[nowRoom])
    if roomType[0] == '1':
        front_wall()
    elif roomType[0] == '2':
        front_door()
    elif roomType[0] == '3':
        front_out()
    else:
        front_wall()
    if roomType[1] == '1':
        left_wall()
    elif roomType[1] == '2':
        left_door()
    elif roomType[1] == '3':
        left_out()
    else:
        left_wall()
    if roomType[2] == '1':
        right_wall()
    elif roomType[2] == '2':
        right_door()
    elif roomType[2] == '3':
        right_out()
    else:
        right_wall()
    if roomType[3] == '1':
        back_wall()
    elif roomType[3] == '2':
        back_door()
    elif roomType[3] == '3':
        back_out()
    else:
        back_wall()
    sc.update()


def finish():
    pen.clear()
    player.clear()
    sc.bgpic('finish.png')
    sc.update()
    sc.exitonclick()


def move(state):
    global rooms,nowRoom
    room = str(rooms[nowRoom])
    if state == 'up' and room[0] == '2':
        nowRoom -= 10
    elif state == 'left' and room[1] == '2':
        nowRoom -= 1
    elif state == 'right' and room[2] == '2':
        nowRoom += 1
    elif state == 'down' and room[3] == '2':
        nowRoom += 10
    elif state == 'up' and room[0] == '3':
        finish()
    elif state == 'left' and room[1] == '3':
        finish()
    elif state == 'right' and room[2] == '3':
        finish()
    elif state == 'down' and room[3] == '3':
        finish()
    else:
        return
    player_move(state)
    draw_map_room(nowRoom)
    show_room()
    player_back_home(state)
    sc.update()


def draw_player():
    player.goto(player.xcor(),player.ycor()+10)
    player.dot(15)
    player.goto(player.xcor(),player.ycor()-10)
    player.pensize(10)
    player.down()
    player.goto(player.xcor(),player.ycor()-10)
    player.up()
    player.goto(player.xcor(),player.ycor()+10)


draw_player()


def player_move(turn):
    global player_x,player_y
    restart()
    if turn == 'up':
        while player.ycor() < 190:
            player.clear()
            player.goto(player.xcor(),player.ycor()+10)
            draw_player()
            time.sleep(0.005)
            sc.update()
    elif turn == 'left':
        while player.xcor() > -320:
            player.clear()
            player.goto(player.xcor()-10,player.ycor())
            draw_player()
            time.sleep(0.005)
            sc.update()
    elif turn == 'right':
        while player.xcor() < 290:
            player.clear()
            player.goto(player.xcor()+10,player.ycor())
            draw_player()
            time.sleep(0.005)
            sc.update()
    elif turn == 'down':
        while player.ycor() > -170:
            player.clear()
            player.goto(player.xcor(),player.ycor()-10)
            draw_player()
            time.sleep(0.005)
            sc.update()


def player_back_home(_from):
    if _from == 'down':
        player.goto(-20,190)
        while player.ycor() > 70:
            player.clear()
            player.goto(player.xcor(),player.ycor()-10)
            draw_player()
            time.sleep(0.005)
            sc.update()
        player.clear()
        player.goto(-20,70)
        draw_player()
        sc.update()
    elif _from == 'up':
        player.goto(-20,-170)
        while player.ycor() < 70:
            player.clear()
            player.goto(player.xcor(),player.ycor()+10)
            draw_player()
            time.sleep(0.005)
            sc.update()
        player.clear()
        player.goto(-20,70)
        draw_player()
        sc.update()
    elif _from == 'right':
        player.goto(-320,70)
        while player.xcor() < -20:
            player.clear()
            player.goto(player.xcor()+10,player.ycor())
            draw_player()
            time.sleep(0.005)
            sc.update()
        player.clear()
        player.goto(-20,70)
        draw_player()
        sc.update()
    elif _from == 'left':
        player.goto(290,70)
        while player.xcor() > -20:
            player.clear()
            player.goto(player.xcor()-10,player.ycor())
            draw_player()
            time.sleep(0.005)
            sc.update()
        player.clear()
        player.goto(-20,70)
        draw_player()
        sc.update()


def tp():
    global nowRoom
    tpPos = int(t.textinput('jump','输入房间代码'))
    nowRoom = tpPos
    draw_map_room(nowRoom)
    show_room()
    sc.update()


def main(x,y):
    if -315 < x < -273 and -308 < y < -267:
        move('up')
    elif -370 < x < -330 and -360 < y < -320:
        move('left')
    elif -263 < x < -221 and -360 < y < -320:
        move('right')
    elif -315 < x < -273 and -360 < y < -320:
        move('down')
    elif 217 < x < 456 and -377 < y < -276 and testMode == True:
        tp()
    else:
        pass


def check(x, y):
    print(x, y)


show_room()
draw_map_room(nowRoom)


sc.onscreenclick(main)


t.done()

 

顺带一提，如果要在本地运行的话，为了达到最佳效果，请把sc.screensize那一行取消注释，在线运行会报错。