导语
警报警报！听说CSDN游戏专区火了火了~竟然是因为各种形状的方块。
对！各种游戏都快烂大街了，俄罗斯方块咋滴就不能火一把了？
Python版俄罗斯方块 等你来战！
所有文章完整的素材+源码都在👇👇
——小Tips
俄罗斯方块，作为是一款家喻户晓的游戏，陪伴70、80甚至90后，度过无忧的儿时岁月
它上手简单能自由组合、拼接技巧也很多。
你知道么，最原始的俄罗斯方块，是长这样婶儿的~
是不是很有童年的味道？今天小编还要给大家，介绍一个全新版本——
程序员的版本,期待期待👇👇👇👇👇👇
正文
自从俄罗斯猫被制裁以后，很多人不禁担心起俄罗斯方块的命运。
虽然名字的含俄量很高，但这款游戏圈抗衰老神话肯定不会遭殃，因为它的版权归美国人所
有，跟俄罗斯没半毛钱关系。很多玩了半辈子俄罗斯方块的铁子现在多少能理解乔峰当年的心
情了吧~
算起来，俄罗斯方块都快39岁高龄了，圈子里比它老的游戏没它好玩，比它好玩的游戏没它
老。所以这一款为人类带来无数欢乐的游戏，值得我们更深入的了解。
一、运行环境
小编使用的环境：Python3、Pycharm社区版、,部分自带的就不一一 展示啦。本文主要是一个
Turtle版本的。
模块安装：pip install -i https://pypi.douban.com/simple/+模块名 二、代码展示
-
import turtle
-
import random
-
-
class Block:
-
def
__init__(self, color, tiles):
-
self.color = color
-
self.tiles = tiles
-
-
I =
Block(
"cyan", [ [ [
1,
0,
0,
0 ],
-
[
1,
0,
0,
0 ],
-
[
1,
0,
0,
0 ],
-
[
1,
0,
0,
0 ] ],
-
-
[ [
0,
0,
0,
0 ],
-
[
0,
0,
0,
0 ],
-
[
0,
0,
0,
0 ],
-
[
1,
1,
1,
1 ] ] ])
-
-
J =
Block(
"blue", [ [ [
0,
1,
0 ],
-
[
0,
1,
0 ],
-
[
1,
1,
0 ] ],
-
-
[ [
0,
0,
0 ],
-
[
1,
1,
1 ],
-
[
0,
0,
1 ] ],
-
-
[ [
1,
1,
0 ],
-
[
1,
0,
0 ],
-
[
1,
0,
0 ] ],
-
-
[ [
0,
0,
0 ],
-
[
1,
0,
0 ],
-
[
1,
1,
1 ] ] ])
-
-
L =
Block(
"orange", [ [ [
1,
0,
0 ],
-
[
1,
0,
0 ],
-
[
1,
1,
0 ] ],
-
-
[ [
0,
0,
0 ],
-
[
0,
0,
1 ],
-
[
1,
1,
1 ] ],
-
-
[ [
0,
1,
1 ],
-
[
0,
0,
1 ],
-
[
0,
0,
1 ] ],
-
-
[ [
0,
0,
0 ],
-
[
1,
1,
1 ],
-
[
1,
0,
0 ] ] ])
-
-
S =
Block(
"lime", [ [ [
0,
0,
0 ],
-
[
0,
1,
1 ],
-
[
1,
1,
0 ] ],
-
-
[ [
1,
0,
0 ],
-
[
1,
1,
0 ],
-
[
0,
1,
0 ] ] ])
-
-
Z =
Block(
"red", [ [ [
0,
0,
0 ],
-
[
1,
1,
0 ],
-
[
0,
1,
1 ] ],
-
-
[ [
0,
1,
0 ],
-
[
1,
1,
0 ],
-
[
1,
0,
0 ] ] ])
-
-
O =
Block(
"yellow", [ [ [
1,
1 ],
-
[
1,
1 ] ] ])
-
-
T =
Block(
"magenta", [ [ [
0,
0,
0 ],
-
[
0,
1,
0 ],
-
[
1,
1,
1 ] ],
-
-
[ [
0,
1,
0 ],
-
[
1,
1,
0 ],
-
[
0,
1,
0 ] ],
-
-
[ [
0,
0,
0 ],
-
[
1,
1,
1 ],
-
[
0,
1,
0 ] ],
-
-
[ [
1,
0,
0 ],
-
[
1,
1,
0 ],
-
[
1,
0,
0 ] ] ])
-
-
-
-
-
tile_size =
25
-
map_rows =
20
-
map_cols =
10
-
map_x = -
125
-
map_y =
250
-
-
-
map_turtle = turtle.
Turtle()
-
map_turtle.
hideturtle()
-
map_turtle.
up()
-
-
game_map = [[
"" for _ in
range(map_cols)] for _ in
range(map_rows)]
-
-
-
active_block = None
-
active_block_row =
0
-
active_block_col =
0
-
active_block_index =
0
-
-
block_turtle = turtle.
Turtle()
-
block_turtle.
hideturtle()
-
block_turtle.
up()
-
-
-
game_update_interval =
250
-
-
-
score =
0
-
score_turtle = turtle.
Turtle()
-
score_turtle.
hideturtle()
-
score_turtle.
up()
-
score_turtle.
goto(
170,
210)
-
score_turtle.
write(
"Score: " +
str(score), font=(
"Calibri",
20,
"bold"))
-
-
-
game_over_turtle = turtle.
Turtle()
-
game_over_turtle.
hideturtle()
-
game_over_turtle.
color(
"red")
-
-
-
-
def
draw_box(t, width, height, pencolor, fillcolor):
-
t.
color(pencolor, fillcolor)
-
t.
down()
-
t.
begin_fill()
-
for _ in
range(
2):
-
t.
forward(width)
-
t.
right(
90)
-
t.
forward(height)
-
t.
right(
90)
-
t.
end_fill()
-
t.
up()
-
-
-
-
def
draw_map():
-
map_turtle.
clear()
-
for row in
range(map_rows):
-
for col in
range(map_cols):
-
map_turtle.
goto(map_x + tile_size * col, map_y - tile_size * row)
-
draw_box(map_turtle, tile_size, tile_size,
"black", game_map[row][col].color if game_map[row][col] else
"mintcream")
-
-
-
-
def
make_new_block():
-
global active_block
-
global active_block_row, active_block_col
-
global active_block_index
-
-
active_block = random.
choice((I, J, L, S, Z, O, T))
-
active_block_row =
0
-
active_block_col =
4
-
active_block_index =
0
-
-
-
-
def
draw_block():
-
block_turtle.
clear()
-
-
# Find the x and y position of the block
-
x = map_x + active_block_col * tile_size
-
y = map_y - active_block_row * tile_size
-
-
block_tiles = active_block.tiles[active_block_index]
-
block_color = active_block.color
-
for row in
range(
len(block_tiles)):
-
for col in
range(
len(block_tiles[row])):
-
if block_tiles[row][col] ==
1:
-
block_turtle.
goto(x+col*tile_size, y-row*tile_size)
-
draw_box(block_turtle, tile_size, tile_size,
"black", block_color)
-
-
-
-
def
is_valid_block(block_type, block_row, block_col, block_index):
-
-
block_tiles = block_type.tiles[block_index]
-
for row in
range(
len(block_tiles)):
-
for col in
range(
len(block_tiles[row])):
-
if block_tiles[row][col] ==
1:
-
if block_row + row not in
range(
0, map_rows):
-
return False
-
if block_col + col not in
range(
0, map_cols):
-
return False
-
if game_map[block_row + row][block_col + col] !=
"":
-
return False
-
-
return True
-
-
-
-
def
set_block_on_map():
-
block_tiles = active_block.tiles[active_block_index]
-
for row in
range(
len(block_tiles)):
-
for col in
range(
len(block_tiles[row])):
-
if block_tiles[row][col] ==
1:
-
game_map[active_block_row + row][active_block_col + col] = active_block
-
draw_map()
-
-
-
-
r =
0
-
def
remove_completed_rows():
-
global game_map
-
global score
-
global game_update_interval
-
global r
-
-
new_map = []
-
for row in
range(
len(game_map)):
-
game_row = game_map[row]
-
if
"" in game_row:
-
new_map.
append(game_row)
-
else:
-
score +=
10
-
score_turtle.
clear()
-
score_turtle.
write(
"Score: " +
str(score), font=(
"Calibri",
20,
"bold"))
-
r +=
1
-
if r ==
5:
-
game_update_interval =
int(game_update_interval/
1.1)
-
r =
0
-
-
for row in
range(
0, map_rows -
len(new_map)):
-
game_row = [
"" for _ in
range(map_cols)]
-
new_map.
insert(
0, game_row)
-
-
game_map = new_map
-
draw_map()
-
-
# Task: increase the score and difficulty when a row is completed
-
-
-
pause = False
-
def
game_loop():
-
global active_block, active_block_row
-
-
if active_block is None:
-
make_new_block()
-
if not
is_valid_block(active_block, active_block_row, active_block_col, active_block_index):
-
active_block = None
-
game_over_turtle.
write(
"Game over!", align=
"center", font=(
"Calibri",
60,
"bold"))
-
return
-
draw_block()
-
-
else:
-
if
is_valid_block(active_block, active_block_row +
1, active_block_col, active_block_index):
-
if not pause:
-
active_block_row +=
1
-
draw_block()
-
else:
-
set_block_on_map()
-
active_block = None
-
remove_completed_rows()
-
-
turtle.
update()
-
-
# Set the next update
-
-
turtle.
ontimer(game_loop, game_update_interval)
-
-
-
-
# Set up the turtle window
-
turtle.
setup(
800,
600)
-
turtle.
title(
"Tetris")
-
turtle.
bgcolor(
"navajowhite")
-
turtle.
up()
-
turtle.
hideturtle()
-
turtle.
tracer(False)
-
-
# Draw the background border around the map
-
turtle.
goto(map_x -
10, map_y +
10)
-
draw_box(turtle, tile_size * map_cols +
20, tile_size * map_rows +
20, \
-
"",
"lightslategray")
-
-
# Draw the empty map in the window
-
draw_map()
-
turtle.
update()
-
-
# Set up the game loop
-
turtle.
ontimer(game_loop, game_update_interval)
-
-
-
-
def
rotate():
-
global active_block_index
-
-
if active_block is None:
-
return
-
new_block_index = (active_block_index +
1) %
len(active_block.tiles)
-
if
is_valid_block(active_block, active_block_row, active_block_col, new_block_index):
-
active_block_index = new_block_index
-
draw_block()
-
turtle.
onkeypress(rotate,
"Up")
-
-
-
def
move_left():
-
global active_block_col
-
-
if active_block is None:
-
return
-
if
is_valid_block(active_block, active_block_row, active_block_col -
1, active_block_index):
-
active_block_col -=
1
-
draw_block()
-
turtle.
onkeypress(move_left,
"Left")
-
-
-
def
move_right():
-
global active_block_col
-
-
if active_block is None:
-
return
-
if
is_valid_block(active_block, active_block_row, active_block_col +
1, active_block_index):
-
active_block_col +=
1
-
draw_block()
-
turtle.
onkeypress(move_right,
"Right")
-
-
-
def
drop():
-
global active_block_row
-
-
if active_block is None:
-
return
-
while
is_valid_block(active_block, active_block_row +
1, active_block_col, active_block_index):
-
active_block_row +=
1
-
draw_block()
-
turtle.
onkeypress(drop,
"Down")
-
-
-
def
pause_game():
-
global pause
-
pause = not pause
-
-
turtle.
onkeypress(pause_game,
"space")
-
-
-
def
change_block_type():
-
global active_block
-
global active_block_index
-
-
new_block = random.
choice((I, J, L, S, Z, O, T))
-
new_block_index =
0
-
if
is_valid_block(new_block, active_block_row, active_block_col, new_block_index):
-
active_block = new_block
-
active_block_index = new_block_index
-
draw_block()
-
turtle.
onkeypress(change_block_type,
"c")
-
-
-
-
turtle.
listen()
-
-
turtle.
done()
三、效果展示
1)游戏开始
2）方块儿截图game over
普通玩家： 高手玩家：
总结
有颜色的方块儿还是玩起来有意思些，空格暂停、方向键移动的哈。不管是高手玩家还是普通玩家
都是我可望不可及的程序，仰望.jpg 看我40分的总成绩就知道了！哈哈哈
🎯完整的免费源码领取处：找我吖！文末公众hao可自行领取，滴滴我也可！
🔨推荐往期文章——
项目1.0 超级玛丽
程序员自制游戏：超级玛丽100%真实版，能把你玩哭了~【附源码】
项目1.1 扫雷
Pygame实战：据说这是史上最难扫雷游戏，没有之一，你们感受下......
项目1.2 魂斗罗
Pygame实战：多年后“魂斗罗”像素风归来 不止是经典与情怀@全体成员
项目1.4 水果忍者
【Pygame实战】风靡全球的切水果游戏升级版“水果忍者”上线啦，你敢来PK嘛？
项目1.0 病毒版蛇蛇大作战
【Pygame实战】这游戏有毒，刷爆朋友圈：小编已与病毒版贪吃蛇大战了三百回合，最高分339？
🎄文章汇总——
汇总合集 Python—2022 |已有文章汇总 | 持续更新，直接看这篇就够了
（更多内容+源码都在✨文章汇总哦！！欢迎阅读喜欢的文章🎉~）
转载：https://blog.csdn.net/weixin_55822277/article/details/128453138
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