Box Man
A simple puzzle game where you control a character to push boxes onto target spots.
Introduction
This is a classic Box Man (also known as Sokoban) puzzle game, and the objective is simple: push all boxes (marked in blue) onto designated red goal spots to win the game. The game features colorful graphics, a clear grid layout, and background music to enhance the experience.
You control the character moves four directions, if a box is in the way and there's space behind it, the box will be pushed forward. Walls block movement, and you must use logic to find the correct sequence to push boxes to their targets. Press Button A to start the game and Button B to restart the level at any time. When all boxes are correctly placed on the goal spots, a win message will appear.
Programming Design
Source Code
By default, your device comes with the necessary firmware and libraries preinstalled. If you have modified or replaced the firmware or libraries, make sure the following files are present (download if need by click the link)
Below is the main program file along with any additional files required for this specific app.
Main.py
import uos
import machine
from machine import Pin, ADC, Timer
from time import sleep_us
import test.st7789 as st7789
import test.fonts.vga2_8x8 as font1
import test.fonts.vga1_16x32 as font2
import test.fonts.vga3_16x16 as font3
import random
import framebuf
import uasyncio as asyncio
from buzzer_music import music
xAxis = ADC(Pin(28))
yAxis = ADC(Pin(29))
buttonB = Pin(5,Pin.IN, Pin.PULL_UP)
buttonA = Pin(6,Pin.IN, Pin.PULL_UP)
led = Pin(4, Pin.OUT)
song = '0 A5 2 26 0.6299212574958801;2 B5 2 26 0.6299212574958801;4 C6 6 26 0.6299212574958801;10 B5 2 26 0.6299212574958801;12 C6 4 26 0.6299212574958801;16 E6 4 26 0.6299212574958801;20 B5 8 26 0.6299212574958801;32 E5 4 26 0.6299212574958801;36 A5 6 26 0.6299212574958801;42 G5 2 26 0.6299212574958801;44 A5 4 26 0.6299212574958801;48 C6 4 26 0.6299212574958801;52 G5 8 26 0.6299212574958801;64 F5 2 26 0.6299212574958801;66 E5 2 26 0.6299212574958801;68 F5 6 26 0.6299212574958801;74 E5 2 26 0.6299212574958801;76 F5 4 26 0.6299212574958801;80 C6 4 26 0.6299212574958801;84 E5 8 26 0.6299212574958801;94 C6 2 26 0.6299212574958801;96 C6 2 26 0.6299212574958801;98 C6 2 26 0.6299212574958801;100 B5 6 26 0.6299212574958801;106 F#5 2 26 0.6299212574958801;108 F#5 4 26 0.6299212574958801;112 B5 4 26 0.6299212574958801;116 B5 8 26 0.6299212574958801;128 A5 2 26 0.6299212574958801;130 B5 2 26 0.6299212574958801;132 C6 6 26 0.6299212574958801;138 B5 2 26 0.6299212574958801;140 C6 4 26 0.6299212574958801;144 E6 4 26 0.6299212574958801;148 B5 8 26 0.6299212574958801;160 E5 2 26 0.6299212574958801;162 E5 2 26 0.6299212574958801;164 A5 6 26 0.6299212574958801;170 G5 2 26 0.6299212574958801;172 A5 4 26 0.6299212574958801;176 C6 4 26 0.6299212574958801;180 G5 8 26 0.6299212574958801;192 E5 4 26 0.6299212574958801;196 F5 4 26 0.6299212574958801;200 C6 2 26 0.6299212574958801;202 B5 2 26 0.6299212574958801;204 B5 4 26 0.6299212574958801;208 C6 4 26 0.6299212574958801;212 D6 4 26 0.6299212574958801;216 E6 2 26 0.6299212574958801;218 C6 2 26 0.6299212574958801;220 C6 8 26 0.6299212574958801;228 C6 2 26 0.6299212574958801;230 B5 2 26 0.6299212574958801;232 A5 4 26 0.6299212574958801;236 B5 4 26 0.6299212574958801;240 G#5 4 26 0.6299212574958801;244 A5 11 26 0.6299212574958801;256 C6 2 26 0.6299212574958801;258 D6 2 26 0.6299212574958801;260 E6 6 26 0.6299212574958801;266 D6 2 26 0.6299212574958801;268 E6 4 26 0.6299212574958801;272 G6 4 26 0.6299212574958801;276 D6 8 26 0.6299212574958801;288 G5 2 26 0.6299212574958801;290 G5 2 26 0.6299212574958801;292 C6 6 26 0.6299212574958801;298 B5 2 26 0.6299212574958801;300 C6 4 26 0.6299212574958801;304 E6 4 26 0.6299212574958801;308 E6 11 26 0.6299212574958801;324 A5 2 26 0.6299212574958801;326 B5 2 26 0.6299212574958801;328 C6 4 26 0.6299212574958801;332 B5 2 26 0.6299212574958801;334 C6 2 26 0.6299212574958801;336 D6 4 26 0.6299212574958801;340 C6 6 26 0.6299212574958801;346 G5 2 26 0.6299212574958801;348 G5 8 26 0.6299212574958801;356 F6 4 26 0.6299212574958801;360 E6 4 26 0.6299212574958801;364 D6 4 26 0.6299212574958801;368 C6 4 26 0.6299212574958801;372 E6 15 26 0.6299212574958801;388 E6 11 26 0.6299212574958801;400 E6 4 26 0.6299212574958801;404 A6 8 26 0.6299212574958801;412 G6 8 26 0.6299212574958801;420 E6 4 26 0.6299212574958801;424 D6 2 26 0.6299212574958801;426 C6 2 26 0.6299212574958801;428 C6 8 26 0.6299212574958801;436 D6 4 26 0.6299212574958801;440 C6 2 26 0.6299212574958801;442 D6 2 26 0.6299212574958801;444 D6 4 26 0.6299212574958801;448 G6 4 26 0.6299212574958801;452 E6 11 26 0.6299212574958801;464 E6 4 26 0.6299212574958801;468 A6 8 26 0.6299212574958801;476 G6 8 26 0.6299212574958801;484 E6 4 26 0.6299212574958801;488 D6 2 26 0.6299212574958801;490 C6 2 26 0.6299212574958801;492 C6 8 26 0.6299212574958801;500 D6 4 26 0.6299212574958801;504 C6 2 26 0.6299212574958801;506 D6 2 26 0.6299212574958801;508 D6 4 26 0.6299212574958801;512 B5 4 26 0.6299212574958801;516 A5 11 26 0.6299212574958801;528 A5 2 26 0.6299212574958801;530 B5 2 26 0.6299212574958801;532 C6 6 26 0.6299212574958801;538 B5 2 26 0.6299212574958801;540 C6 4 26 0.6299212574958801;544 E6 4 26 0.6299212574958801;548 B5 8 26 0.6299212574958801;560 E5 4 26 0.6299212574958801;564 A5 6 26 0.6299212574958801;570 G5 2 26 0.6299212574958801;572 A5 4 26 0.6299212574958801;576 C6 4 26 0.6299212574958801;580 G5 8 26 0.6299212574958801;592 F5 2 26 0.6299212574958801;594 E5 2 26 0.6299212574958801;596 F5 6 26 0.6299212574958801;602 E5 2 26 0.6299212574958801;604 F5 4 26 0.6299212574958801;608 C6 4 26 0.6299212574958801;612 E5 8 26 0.6299212574958801;622 C6 2 26 0.6299212574958801;624 C6 2 26 0.6299212574958801;626 C6 2 26 0.6299212574958801;628 B5 6 26 0.6299212574958801;634 F#5 2 26 0.6299212574958801;636 F#5 4 26 0.6299212574958801;640 B5 4 26 0.6299212574958801;644 B5 8 26 0.6299212574958801;656 A5 2 26 0.6299212574958801;658 B5 2 26 0.6299212574958801;660 C6 6 26 0.6299212574958801;666 B5 2 26 0.6299212574958801;668 C6 4 26 0.6299212574958801;672 E6 4 26 0.6299212574958801;676 B5 8 26 0.6299212574958801;688 E5 2 26 0.6299212574958801;690 E5 2 26 0.6299212574958801;692 A5 6 26 0.6299212574958801;698 G5 2 26 0.6299212574958801;700 A5 4 26 0.6299212574958801;704 C6 4 26 0.6299212574958801;708 G5 8 26 0.6299212574958801;720 E5 4 26 0.6299212574958801;724 F5 4 26 0.6299212574958801;728 C6 2 26 0.6299212574958801;730 B5 2 26 0.6299212574958801;732 B5 4 26 0.6299212574958801;736 C6 4 26 0.6299212574958801;740 D6 4 26 0.6299212574958801;744 E6 2 26 0.6299212574958801;746 C6 2 26 0.6299212574958801;748 C6 8 26 0.6299212574958801;756 C6 2 26 0.6299212574958801;758 B5 2 26 0.6299212574958801;760 A5 4 26 0.6299212574958801;764 B5 4 26 0.6299212574958801;768 G#5 4 26 0.6299212574958801;772 A5 11 26 0.6299212574958801'
class color_cfg: #Color settings
wall = st7789.WHITE
box = st7789.YELLOW
blue = st7789.BLUE
man = st7789.CYAN
sym = st7789.RED
background = st7789.color565(128, 0, 128)
def outtextxy(x, y, c, color): #drawing
global pen_color
hardware.tft.text(font3, c, x*16, y*16, pen_color, color)
def setcolor(c): #Set plot color
global pen_color
pen_color = c
class hardware(): #Initialize screen driver
def init():
# screen
st7789_res = 0
st7789_dc = 1
spi_sck=machine.Pin(2)
spi_tx=machine.Pin(3)
spi = machine.SPI(0,baudrate=4000000, phase=1, polarity=1, sck=spi_sck, mosi=spi_tx)
tft = st7789.ST7789(
spi,
240,
240,
reset=machine.Pin(st7789_res, machine.Pin.OUT),
dc=machine.Pin(st7789_dc, machine.Pin.OUT),
#xstart=0,
#ystart=0,
rotation=0)
tft.fill(color_cfg.background)
tft.fill_rect(0, 232, 240, 8, color_cfg.blue)
hardware.tft = tft
#Draw the map as a raised glyph
m = [
0,0,0,0,-1,-1,-1,-1,
0,1,3,0,0,0,0,0,
0,1,1,1,1,1,1,0,
0,1,1,1,1,1,1,0,
0,1,1,3,1,1,1,0,
0,1,1,1,1,1,1,0,
0,1,1,0,0,0,0,0,
0,0,0,0,-1,-1,-1,-1,]
class game():
ma = []
d = 0
x = 1
y = 1
mySong = music(song, pins=[Pin(23)])
def draw(self): #Draw a map based on the above settings
for i in range(8):
for n in range(8):
if self.ma[n*8+i] == 0: #draw walls
setcolor(color_cfg.wall)
outtextxy(i+1, n+1, '0',color_cfg.wall)
if self.ma[n*8+i] == 1: #draw channel
setcolor(color_cfg.background)
outtextxy(i+1, n+1, '0',color_cfg.background)
if self.ma[n*8+i] == 2: #Draw a box and place it at the initial position
setcolor(color_cfg.box)
outtextxy(i+1, n+1, 'b',color_cfg.blue)
if self.ma[n*8+i] == 3: #draw goal
setcolor(color_cfg.sym)
outtextxy(i+1, n+1, 'o',color_cfg.background)
if self.ma[n*8+i] == 4: #draw initial posistion
setcolor(color_cfg.background)
outtextxy(i+1, n+1, 'm',color_cfg.man)
def title(self): #title screen
hardware.tft.text(font2, 'BOXMAN', 2*16, 1*32, color_cfg.wall, color_cfg.background)
hardware.tft.text(font1, 'Note:', 1*16, 3*32, color_cfg.wall, color_cfg.background)
hardware.tft.text(font1, 'Push boxes to the red flag,', 1*16, 4*32, color_cfg.wall, color_cfg.background)
hardware.tft.text(font1, 'and then you win the game.', 1*16, 5*32, color_cfg.wall, color_cfg.background)
hardware.tft.text(font1, 'START:buttonA on the right', 2*16, 6*32, color_cfg.wall, color_cfg.background)
def init_run(self):
self.ma = [
0,0,0,0,-1,-1,-1,-1,
0,1,3,0,0,0,0,0,
0,1,1,1,1,1,1,0,
0,1,2,1,1,0,1,0,
0,1,1,3,1,0,1,0,
0,1,1,1,1,2,1,0,
0,1,1,0,0,0,0,0,
0,0,0,0,-1,-1,-1,-1,]
self.d = 0
self.x = 1
self.y = 1
self.ma[self.y*8+self.x] = 4
self.draw()
async def process(self):
bgm = asyncio.create_task(self.bgm_process())
self.title()
while True:
buttonValueA = buttonA.value()
if buttonValueA == 0:
hardware.init()
self.init_run()
print('go')
while True:
self.d = 0
self.dir_select()
self.run()
self.draw()
self.judge()
await self.blink()
def dir_select(self):
xValue = xAxis.read_u16()
yValue = yAxis.read_u16()
buttonValueB = buttonB.value()
#ζζζΉεζη₯
if xValue <1000:
self.d = 1
elif xValue >40000:
self.d = 3
if yValue <1000:
self.d = 4
elif yValue >40000:
self.d = 2
if buttonValueB == 0:
self.init_run()
def run(self):
if self.d == 1: #δΈ
if self.ma[(self.y-1)*8 + self.x] == 0:
return
elif self.ma[(self.y-1)*8 + self.x] == 2:
if self.ma[(self.y-2)*8 + self.x] == 0 or self.ma[(self.y-2)*8 + self.x] == 2:
return
else:
self.ma[(self.y-2)*8 + self.x] = 2
self.ma[(self.y-1)*8 + self.x] = 4
self.ma[self.y*8 + self.x] = m[self.y*8 + self.x]
self.y = self.y - 1
else:
self.ma[(self.y-1)*8 + self.x] = 4
self.ma[self.y*8 + self.x] = m[self.y*8 + self.x]
self.y = self.y - 1
elif self.d == 3: #δΈ
if self.ma[(self.y+1)*8 + self.x] == 0:
return
elif self.ma[(self.y+1)*8 + self.x] == 2:
if self.ma[(self.y+2)*8 + self.x] == 0 or self.ma[(self.y+2)*8 + self.x] == 2:
return
else:
self.ma[(self.y+2)*8 + self.x] = 2
self.ma[(self.y+1)*8 + self.x] = 4
self.ma[self.y*8 + self.x] = m[self.y*8 + self.x]
self.y = self.y + 1
else:
self.ma[(self.y+1)*8 + self.x] = 4
self.ma[self.y*8 + self.x] = m[self.y*8 + self.x]
self.y = self.y + 1
elif self.d == 4: #ε·¦
if self.ma[self.y*8 + self.x-1] == 0:
return
elif self.ma[self.y*8 + self.x-1] == 2:
if self.ma[self.y*8 + self.x-2] == 0 or self.ma[self.y*8 + self.x-2] == 2:
return
else:
self.ma[self.y*8 + self.x-2] = 2
self.ma[self.y*8 + self.x-1] = 4
self.ma[self.y*8 + self.x] = m[self.y*8 + self.x]
self.x = self.x - 1
else:
self.ma[self.y*8 + self.x-1] = 4
self.ma[self.y*8 + self.x] = m[self.y*8 + self.x]
self.x = self.x - 1
elif self.d == 2: #ε³
if self.ma[self.y*8 + self.x+1] == 0:
return
elif self.ma[self.y*8 + self.x+1] == 2:
if self.ma[self.y*8 + self.x+2] == 0 or self.ma[self.y*8 + self.x+2] == 2:
return
else:
self.ma[self.y*8 + self.x+2] = 2
self.ma[self.y*8 + self.x+1] = 4
self.ma[self.y*8 + self.x] = m[self.y*8 + self.x]
self.x = self.x + 1
else:
self.ma[self.y*8 + self.x+1] = 4
self.ma[self.y*8 + self.x] = m[self.y*8 + self.x]
self.x = self.x + 1
def judge(self):
if self.ma[1*8+2] == 2 and self.ma[4*8+3] == 2:
self.win()
def win(self):
hardware.tft.text(font1, 'Win!Press B to RESTART!', 2*16, 6*32, color_cfg.wall, color_cfg.background)
async def blink(self):
led.value(1)
await asyncio.sleep_ms(50)
led.value(0)
await asyncio.sleep_ms(50)
async def bgm_process(self):
while True:
self.mySong.tick()
await asyncio.sleep(0.04)
def main():
hardware.init()
s = game()
asyncio.run(s.process())
main()Demos
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