def checkwin(board, passcount):
c = [0, 0, 0]
for y in range(8):
for x in range(8):
c[board[y * 8 + x]] += 1
if c[0] == 0 or c[1] == 0 or c[2] == 0 or passcount >= 2:
winner = 0
if c[1] >= c[2]:
winner |= 1
if c[2] >= c[1]:
winner |= 2
while pew.keys():
pew.tick(0.1)
while not pew.keys():
for y in range(8):
for x in range(8):
p = lookup(board, x, y)
if p & winner:
r = random.getrandbits(3)
if y == 7 or lookup(board, x, y + 1) != p:
if r & 3 == 0:
p = 3
else:
if r & 6:
p = screen.pixel(x, y + 1)
elif r & 1:
p = 3
screen.pixel(x, y, p)
show(screen)
pew.tick(0.06)
raise pew.GameOver()
def main():
pew.init()
screen = pew.Pix()
while True:
screen.box(0, 0, 0)
board = Board(screen)
board.draw()
while not pew.keys():
pew.tick(0.25)
while True:
pew.tick(0.25)
keys = pew.keys()
if keys & pew.K_UP:
board.move_paddle(board.left_paddle, Direction.UP)
if keys & pew.K_DOWN:
board.move_paddle(board.left_paddle, Direction.DOWN)
if keys & pew.K_O:
board.move_paddle(board.right_paddle, Direction.UP)
if keys & pew.K_X:
board.move_paddle(board.right_paddle, Direction.DOWN)
try:
board.refresh()
except BallOut:
break
def draw_round(p, q):
for i in count():
pew.keys()
p = rotate(p)
check(p)
if p == q:
continue
mids = list(get_intermediate_points(p, q))
screen.box(color=0)
screen.pixel(*p, color=3)
screen.pixel(*q, color=3)
for j, m in enumerate(mids):
c = (j % 3) + 1
screen.pixel(*m, color=c)
pew.show(screen)
pew.tick(1 / 32)
# after a few iterations, randomly swap the points
if i > 10 and not random.randint(0, 30):
return q, p
def hold_keys():
global hold
try:
keys = pew.keys()
except pew.GameOver:
keys = 0
if keys:
hold = 0
while pew.keys() and time.monotonic() - hold < 0.25:
return 0
hold = time.monotonic()
return keys
def keyevents():
global keyhistory
keys = pew.keys()
events = keys & (~keyhistory | (keyhistory & (keyhistory >> 8) &
(keyhistory >> 16) & (keyhistory >> 24)))
keyhistory = ((keyhistory & 0x3FFFFF) << 8) | keys
return events
def act(self, level):
keys = pew.keys()
kx, ky = 0, 0
if keys & pew.K_UP:
ky = -1
elif keys & pew.K_DOWN:
ky = 1
if keys & pew.K_LEFT:
kx = -1
elif keys & pew.K_RIGHT:
kx = 1
if keys & pew.K_O and self.cooldown == 0:
level.mobs.append(Bullet(self.x, self.y, self.dx, self.dy))
self.cooldown += 1
else:
self.cooldown = max(self.cooldown - 1, 0)
if kx == self.dx and ky == self.dy and self.step == 0:
tile = level.tile(self.x + kx, self.y + ky)
if not tile.block:
self.x += kx
self.y += ky
self.step = 2
else:
self.step = max(self.step - 1, 0)
if kx or ky:
self.dx = kx
self.dy = ky
def run(self):
screen = pew.Pix()
apple = Apple(self._snake)
apple.paint(screen)
while True:
self.paint(screen)
pew.show(screen)
pew.tick(1 / self._game_speed)
self._keyboard.update(pew.keys())
x = (self._snake[-1][0] + self._x_delta) % 8
y = (self._snake[-1][1] + self._y_delta) % 8
if (x, y) in self._snake:
return False
if len(self._snake) >= self._win_length:
return True
self._snake.append((x, y))
if x == apple.x_location and y == apple.y_location:
apple.rub_out(screen)
apple = Apple(self._snake)
apple.paint(screen)
self._game_speed += 0.2
else:
self.rub_out(screen, 0)
def play():
sc = pew.Pix()
keys = pew.keys()
player_x = 1
p = Player(x=player_x)
o = Obstacle()
score = 0
player_collided = False
# Game loop
while not keys & pew.K_X and not player_collided:
# Parse events
p.parse_keys(keys)
if o.get_pos() == player_x:
if p.collides(o.get_collisions()):
player_collided = True
elif o.get_pos() == player_x - 1:
score += 1
p.fall()
score_array = get_score_array(score)[::-1]
for i in range(len(score_array)):
sc.pixel(7 - i, 0, 3 * score_array[i])
p.blit(sc)
o.blit(sc)
pew.show(sc)
pew.tick(1 / 2)
# Clear last player position
p.blit(sc, clear=True)
o.blit(sc, clear=True)
o.move()
p.clear_jump()
keys = pew.keys()
if p.collides(o.get_collisions()):
# Display score
print(f"Game ended with a score of {score}!!")
else:
print("Quit game.")
def keys(self):
keys = pew.keys()
print('Pressed {}'.format(self.size))
if keys & pew.K_O and self.size < 8:
self.size += 1
print('Pressed O')
elif keys & pew.K_X and self.size > 1:
self.size -= 1
print('Pressed X')
def keys(self):
keys = pew.keys()
if keys & pew.K_UP and self.cursory > 0:
self.cursory -= 1
elif keys & pew.K_DOWN and self.cursory < 7:
self.cursory += 1
if keys & pew.K_LEFT and self.cursorx > 0:
self.cursorx -= 1
elif keys & pew.K_RIGHT and self.cursorx < 7:
self.cursorx += 1
elif keys & pew.K_X:
print('Pressed X')
elif keys & pew.K_O:
print('Pressed O')
def getUserInput():
global up, down, left, right
keys = pew.keys()
if keys & pew.K_UP:
up, down, left, right = 1, 0, 0, 0
elif keys & pew.K_DOWN:
up, down, left, right = 0, 1, 0, 0
elif keys & pew.K_LEFT:
up, down, left, right = 0, 0, 1, 0
elif keys & pew.K_RIGHT:
up, down, left, right = 0, 0, 0, 1
elif keys & pew.K_X:
X()
elif keys & pew.K_O:
H()
def move_player(data):
x1player, y1player = data['player']['position'][0]
x2player, y2player = data['player']['position'][1]
keys = pew.keys()
if keys & pew.K_LEFT and x1player > 0:
x1player -= 1
x2player -= 1
elif keys & pew.K_RIGHT and x2player < 7:
x1player += 1
x2player += 1
data['player']['position'] = [(x1player, y1player), (x2player, y2player)]
return data
def check_and_move_player(self):
keys = pew.keys()
self.debounce()
x = self.player[0]
dx = 0
if keys & pew.K_UP:
self.handle_quantum_tunnelling()
else:
if keys & pew.K_LEFT:
dx -= 1
elif keys & pew.K_RIGHT:
dx += 1
if x + dx > __SCREEN_MAX_X:
dx = -7 if __WRAP_AROUND else 0
if x + dx < __SCREEN_MIN_X:
dx = 7 if __WRAP_AROUND else 0
self.old_player = self.player[0], self.player[1]
if dx: # actual movement
self.player = x + dx, self.player[1]
def keys(self):
keys = pew.keys()
if not self.pressing:
if keys & pew.K_UP and self.cursory > 0:
self.cursory -= 1
elif keys & pew.K_DOWN and self.cursory < 7:
self.cursory += 1
if keys & pew.K_LEFT and self.cursorx > 0:
self.cursorx -= 1
elif keys & pew.K_RIGHT and self.cursorx < 7:
self.cursorx += 1
elif keys & pew.K_X:
self.press_confirm()
elif keys & pew.K_O:
self.press_decline()
if keys:
self.pressing = True
else:
if not keys:
self.pressing = False
def show_text(t):
if not t.strip():
return
scr = pew.Pix()
rpt = False
text = pew.Pix.from_text(t, color=3)
while True:
for dx in range(-8, text.width):
scr.blit(text, -dx, 1)
pew.show(scr)
keys = pew.keys()
if keys:
if keys & pew.K_X:
return
if keys & pew.K_O:
pew.tick(1 / 24)
rpt = True
else:
pew.tick(1 / 6)
if not rpt:
return
def loop():
screen = pew.Pix()
# Run until user input
while not pew.keys():
current_time = time.localtime()
h = current_time[3] % 12
m = current_time[4] // 5
s = current_time[5] // 5
# Paint pixels
enable_hand(screen, h, 1)
enable_hand(screen, m, 2)
enable_hand(screen, s, 3)
# Update display
pew.show(screen)
# Wait until next iteration
pew.tick(1 / 2)
# Clear pixels
disable_hand(screen, h)
disable_hand(screen, m)
disable_hand(screen, s)
def main():
# -- animations ----
def blink(row):
while len(animations) > 1:
yield
while True:
yield
for x, y in row:
screen.pixel(x, y + 2, 0)
yield
def drop(color, x, y):
for i in range(1, y):
screen.pixel(x, y, 0)
screen.pixel(x, i, color)
yield
# -- initialization ----
pew.init()
screen = pew.Pix()
board = pew.Pix(7, 6)
cursor = 3
opcursor = 3
turn = 1
prevk = 0b111111
won = False
animations = []
with open('four-name', 'rb') as f:
myname = f.read()
lobbyprefix = b'fourinarow/lobby/'
lobbytopic = lobbyprefix + myname
joinprefix = b'fourinarow/join/'
jointopic = joinprefix + myname
client = mqtt.MQTTClient('', 'mqtt.kolleegium.ch')
client.set_last_will(lobbytopic, b'', True)
client.connect()
try:
# -- lobby initialization ----
client.publish(lobbytopic, b'1', True)
joined = None
lobby = set()
lobbylist = ['>exit']
menu = menugen(screen, lobbylist)
def onMessageLobby(topic, message):
nonlocal joined, mycolor
if topic.startswith(lobbyprefix):
username = topic[len(lobbyprefix):]
if message:
lobby.add(username)
screen.box(1, 0, 7, 8, 1)
else:
lobby.discard(username)
screen.box(2, 0, 7, 8, 1)
lobbylist[:-1] = [
str(n, 'ascii') for n in lobby if n != myname
]
elif topic == jointopic:
joined = message
mycolor = 2
client.set_callback(onMessageLobby)
client.subscribe(lobbyprefix + b'+')
client.subscribe(jointopic)
# -- lobby loop ----
for selected in menu:
client.check_msg()
if joined:
break
pew.show(screen)
pew.tick(1 / 24)
else:
if selected < len(lobbylist) - 1:
joined = bytes(lobbylist[selected], 'ascii')
client.publish(joinprefix + joined, myname)
mycolor = 1
client.publish(lobbytopic, b'', True)
screen.box(0)
pew.show(screen)
if not joined:
return
# -- game initialization ----
mygameprefix = b'fourinarow/game/' + myname + b'/'
mycursortopic = mygameprefix + b'cursor'
mydroptopic = mygameprefix + b'drop'
opgameprefix = b'fourinarow/game/' + joined + b'/'
opcursortopic = opgameprefix + b'cursor'
opdroptopic = opgameprefix + b'drop'
def move(cursor):
nonlocal won, turn
y = 0
while y < 6 and board.pixel(cursor, y) == 0:
y += 1
if y != 0:
board.pixel(cursor, y - 1, turn)
animations.append(drop(turn, cursor, y + 1))
won = check(board)
if won:
animations.append(blink(won))
turn = 3 - turn
def onMessageGame(topic, message):
nonlocal opcursor
if topic == opcursortopic and len(message) == 1:
opcursor = message[0]
elif topic == opdroptopic and len(
message) == 1 and turn == 3 - mycolor:
move(message[0])
client.set_callback(onMessageGame)
client.subscribe(opgameprefix + b'#')
client.publish(mycursortopic, bytes((cursor, )), True)
# -- game loop ----
while True:
# -- input handling ----
k = pew.keys()
if not won:
if k & pew.K_LEFT:
if cursor > 0:
cursor -= 1
client.publish(mycursortopic, bytes((cursor, )), True)
if k & pew.K_RIGHT:
if cursor < 6:
cursor += 1
client.publish(mycursortopic, bytes((cursor, )), True)
if k & ~prevk & (pew.K_DOWN | pew.K_O
| pew.K_X) and turn == mycolor:
move(cursor)
client.publish(mydroptopic, bytes((cursor, )), False)
else:
if prevk == 0 and k != 0 and len(animations) == 1:
return
prevk = k
client.check_msg()
# -- drawing ----
screen.box(0, 0, 0, 8, 2)
if not won:
screen.pixel(cursor, 0, mycolor)
screen.pixel(opcursor, 0,
3 if cursor == opcursor else 3 - mycolor)
if turn == mycolor:
screen.pixel(7, 1, turn)
screen.blit(board, 0, 2)
for i in range(len(animations) - 1, -1, -1):
try:
next(animations[i])
except StopIteration:
del animations[i]
pew.show(screen)
pew.tick(0.15)
finally:
client.publish(lobbytopic, b'', True)
client.disconnect()
def debounce():
for i in range(100):
pew.tick(1 / 100)
if not pew.keys():
return
import struct
import usb_hid
import pew
pew.init()
screen = pew.Pix()
for gamepad in usb_hid.devices:
if gamepad.usage_page == 0x01 and gamepad.usage == 0x05:
break
else:
raise RuntimeError("Gamepad HID device not found")
report = bytearray(6)
while True:
buttons = pew.keys()
report_buttons = 0
if buttons & pew.K_O:
screen.pixel(6, 3, 3)
report_buttons |= 0x01
else:
screen.pixel(6, 3, 1)
if buttons & pew.K_X:
screen.pixel(6, 5, 3)
report_buttons |= 0x02
else:
screen.pixel(6, 5, 1)
if buttons & pew.K_UP:
y = -127
import pew
from config.demo_config import configuration
from lib.game import GameController
##
# @name -
# @type main
##
pew.init()
screen = pew.Pix()
controller = GameController(configuration)
while True:
controller.update(screen, pew.keys())
pew.show(screen)
pew.tick(1 / 12)
# end main
brick_y = -3
while True:
if is_colliding(board, brick, brick_x, brick_y):
if brick == BRICKS[7]:
if qRand(1):
brick = SINGLE
else:
brick = SINGLE
brick_x += 2
if is_colliding(board, brick, brick_x, brick_y):
break
else:
break
for turn in range(4):
keys = pew.keys()
if (keys & pew.K_LEFT
and not is_colliding(board, brick, brick_x - 1, brick_y)):
brick_x -= 1
debounce()
elif (keys & pew.K_RIGHT
and not is_colliding(board, brick, brick_x + 1, brick_y)):
brick_x += 1
debounce()
if (keys & pew.K_O and not (brick == BRICKS[7])):
new_brick = pew.Pix.from_iter([[
brick.pixel(brick.width - y - 1, x)
for x in range(brick.height)
] for y in range(brick.width)])
if not is_colliding(board, new_brick, brick_x, brick_y):
brick = new_brick
def check_for_start(self):
keys = pew.keys()
return keys & pew.K_O or keys & pew.K_X
(1, 1, 1, 1, 1, 1, 1, 1),
))
blink = 1
dead = False
for y in range(8):
for x in range(8):
if screen.pixel(x, y) == 4:
break;
else:
continue
break
while not dead:
screen.pixel(x, y, VOID)
pressed = pew.keys()
dx = 0
dy = 0
if pressed & pew.K_UP:
dy = -1
elif pressed & pew.K_DOWN:
dy = 1
elif pressed & pew.K_LEFT:
dx = -1
elif pressed & pew.K_RIGHT:
dx = 1
if screen.pixel(x + dx, y + dy) not in {WALL, ROCK}:
x += dx
y += dy
elif screen.pixel(x + dx, y + dy) == ROCK and dy == 0:
if screen.pixel(x + dx + dx, y + dy + dy) == VOID:
u2 *= u2
for y in range(8):
for x in range(8):
rx = (x << 4) - cx1
ry = (y << 4) - cy1
rr1 = rx * rx + ry * ry
rx = (x << 4) - cx2
ry = (y << 4) - cy2
rr2 = rx * rx + ry * ry
screen.pixel(
x, y,
blend[((3 if rr1 < l1 else
2 if rr1 < m1 else 1 if rr1 < u1 else 0) << 2) |
(3 if rr2 < l2 else
2 if rr2 < m2 else 1 if rr2 < u2 else 0)])
r1 += dr1
dr1 -= 1
cx1 += dx1
cy1 += dy1
r2 += dr2
dr2 -= 1
cx2 += dx2
cy2 += dy2
pew.show(screen)
pew.tick(0.05)
while pew.keys():
pew.tick(0.1)
main()
def main():
screen = pew.Pix()
r1 = -1
r2 = -1
stop = False
stopped = 0
blend = bytearray(16)
t1r = t1g = t2r = t2g = 0
while stopped != 3:
stop = stop or pew.keys()
if r1 < 10:
if stop:
stopped |= 1
cx1 = 500
r1 = 10
dr1 = 20
else:
cx1 = random.getrandbits(7)
cy1 = random.getrandbits(7)
dx1 = random.getrandbits(4) - 8
dy1 = random.getrandbits(4) - 11
r1 = 10
dr1 = random.getrandbits(4) + 5
t1r = random.getrandbits(8) % 23
t1g = 7
if t1r >= 16:
t1g = 22 - t1r
t1r = 15
for a1 in range(4):
for a2 in range(4):
blend[(a1 << 2) | a2] = 0x80 | ((
(3 * a1 * t1r +
(3 - a1) * a2 * t2r + 4) // 9) << 3) | (
(3 * a1 * t1g + (3 - a1) * a2 * t2g + 4) // 9)
if r2 < 10:
if stop:
stopped |= 2
cx2 = 500
r2 = 10
dr2 = 20
else:
cx2 = random.getrandbits(7)
cy2 = random.getrandbits(7)
dx2 = random.getrandbits(4) - 8
dy2 = random.getrandbits(4) - 11
r2 = 10
dr2 = random.getrandbits(4) + 5
t2r = random.getrandbits(8) % 23
t2g = 7
if t2r >= 16:
t2g = 22 - t2r
t2r = 15
for a1 in range(4):
for a2 in range(4):
blend[(a1 << 2) | a2] = 0x80 | ((
(3 * a1 * t1r +
(3 - a1) * a2 * t2r + 4) // 9) << 3) | (
(3 * a1 * t1g + (3 - a1) * a2 * t2g + 4) // 9)
r = r1 >> 1
l1 = r - 5
l1 *= l1
m1 = r * r
u1 = r + 5
u1 *= u1
r = r2 >> 1
l2 = r - 5
l2 *= l2
m2 = r * r
u2 = r + 5
u2 *= u2
for y in range(8):
for x in range(8):
rx = (x << 4) - cx1
ry = (y << 4) - cy1
rr1 = rx * rx + ry * ry
rx = (x << 4) - cx2
ry = (y << 4) - cy2
rr2 = rx * rx + ry * ry
screen.pixel(
x, y,
blend[((3 if rr1 < l1 else
2 if rr1 < m1 else 1 if rr1 < u1 else 0) << 2) |
(3 if rr2 < l2 else
2 if rr2 < m2 else 1 if rr2 < u2 else 0)])
r1 += dr1
dr1 -= 1
cx1 += dx1
cy1 += dy1
r2 += dr2
dr2 -= 1
cx2 += dx2
cy2 += dy2
pew.show(screen)
pew.tick(0.05)
def main_loop(ins):
"""
main loop of the program. Takes an instruction
set and calls it iteratively to process the
pushed buttons and update the display.
Button 'O' exits the loop
"""
# initialize PewPew console
pew.init()
# Load start screens
for start_screen in start_screens:
pew.show(pew.Pix.from_iter(start_screen))
pew.tick(0.2)
pew.show(pew.Pix.from_iter(blank_screen))
pew.tick(0.5)
# initialization stage
pew.show(ins.get_current_screen())
# flags used throughout the loop
bool_loop = True
old_keys = 0
while bool_loop:
keys = pew.keys()
if keys != 0 and keys != old_keys:
old_keys = keys
# dispatch the pushed buttons
if keys & pew.K_X:
value = pew.K_X
elif keys & pew.K_DOWN:
value = pew.K_DOWN
elif keys & pew.K_LEFT:
value = pew.K_LEFT
elif keys & pew.K_RIGHT:
value = pew.K_RIGHT
elif keys & pew.K_UP:
value = pew.K_UP
elif keys & pew.K_O:
value = pew.K_O
bool_loop = False
else:
value = 0
ins.key_pressed(value)
elif keys == 0:
# this is necessary to be able to push
# a button twice in a row
old_keys = keys
# update the screen and wait for 20ms
pew.show(ins.get_current_screen())
pew.tick(0.02)
# the program has been terminated.
# display the final sequence
for final_screen in final_screens:
pew.show(pew.Pix.from_iter(final_screen))
pew.tick(0.2)
pew.show(pew.Pix.from_iter(blank_screen))
pew.tick(0.2)
def debounce(rng=50):
for _ in range(rng):
pew.tick(1 / 100)
if not pew.keys():
return
def run():
cos = [
4, 4, 3, 3, 2, 1, 0, -1, -2, -3, -3, -4, -4, -4, -3, -3, -2, -1, 0, 1,
2, 3, 3, 4
]
sin = cos[18:] + cos[:18]
with open('m3dlevel.bmp', 'rb') as f:
f.seek(54)
textures = f.read(64)
textures = bytes(textures[4 * i] for i in range(16))
level = f.read()
def bresenham(ax, ay, bx, by):
x = ax
y = ay
dx = bx - ax
if dx < 0:
dx = -dx
ix = -1
else:
ix = 1
dy = by - ay
if dy < 0:
dy = -dy
iy = -1
else:
iy = 1
dx <<= 1
dy <<= 1
sx = dx
sy = dy
if dx >= dy:
sx >>= 1
while x != bx:
if sx < sy:
y += iy
sx += dx
x += ix
sy += dy
yield x, y
else:
sy >>= 1
while y != by:
if sy < sx:
x += ix
sy += dy
y += iy
sx += dx
yield x, y
def lookup(x, y):
b = level[(y << (_LOG_LEVEL_W - 1 - 2)) & (((1 << _LOG_LEVEL_H) - 1) <<
(_LOG_LEVEL_W - 1)) |
((x >> 3) & ((1 << (_LOG_LEVEL_W - 1)) - 1))]
return (b & 0xF) if (x & 4) else (b >> 4)
pew.init()
screen = pew.Pix()
x = (1 << (_LOG_LEVEL_W + 1))
y = (1 << (_LOG_LEVEL_H + 1))
nx = None
b = 6
sb = sin[b]
cb = cos[b]
while pew.keys():
pew.tick(0.1)
while True:
keys = pew.keys()
if keys & pew.K_X:
break
if keys & pew.K_RIGHT:
if keys & pew.K_O:
nx = x + sb
ny = y - cb
else:
b = (b + 23) % 24
sb = sin[b]
cb = cos[b]
#print('xy:', x, y, 'b:', b)
if keys & pew.K_LEFT:
if keys & pew.K_O:
nx = x - sb
ny = y + cb
else:
b = (b + 1) % 24
sb = sin[b]
cb = cos[b]
#print('xy:', x, y, 'b:', b)
if keys & pew.K_UP:
nx = x + cb
ny = y + sb
if keys & pew.K_DOWN:
nx = x - cb
ny = y - sb
if nx is not None and lookup(nx, ny) == 0:
x = nx
y = ny
nx = None
#print('xy:', x, y, 'b:', b)
rx = x + 16 * cb - 14 * sb
ry = y + 16 * sb + 14 * cb
for c in range(8):
p = 0
for bx, by in bresenham(x, y, rx, ry):
p = lookup(bx, by)
if p != 0:
bxy = max(abs(bx - x), abs(by - y))
rxy = max(abs(rx - x), abs(ry - y))
for r in range(8):
t = (7 * rxy - 8 * bxy * (5 - 2 * r)) // (4 * rxy) - 1
screen.pixel(
c, r, 0 if t < 0 else 73 - 8 * r if t >= 4 else
((textures[p] >>
(t << 1)) & 3) + 4 * (bxy * 15 // rxy))
#if keys != 0:
# print(rx, ',', ry, ':', bx, ',', by, '=', p, 'z', 64*bxy/rxy)
break
else:
for r in range(8):
screen.pixel(c, r, 0 if r < 3 else 73 - 8 * r)
rx += 4 * sb
ry -= 4 * cb
pew.show(screen)
pew.tick(0.06)
(3, 0, 0, 0, 0, 2, 0, 3), (0, 3, 3, 3, 3, 3, 3, 0)),
((0, 3, 3, 3, 3, 3, 3, 0), (3, 0, 0, 1, 2, 0, 0, 3),
(3, 0, 1, 0, 2, 1, 0, 3), (3, 1, 0, 2, 0, 0, 1, 3),
(3, 3, 0, 2, 0, 0, 3, 3), (3, 0, 3, 3, 3, 3, 0, 3),
(3, 0, 2, 0, 0, 0, 0, 3), (0, 3, 3, 3, 3, 3, 3, 0)),
((0, 3, 3, 3, 3, 3, 3, 0), (3, 0, 0, 1, 1, 0, 2, 3),
(3, 0, 1, 0, 0, 2, 0, 3), (3, 1, 0, 0, 2, 0, 1, 3),
(3, 3, 0, 2, 0, 0, 3, 3), (3, 0, 3, 3, 3, 3, 0, 3),
(3, 2, 0, 0, 0, 0, 0, 3), (0, 3, 3, 3, 3, 3, 3, 0)))
i = 0 # frame counter
value = 0 # holds the selected level (0 = none)
pew.init() # initialize the PewPew console
while not value:
# check for pressed keys
keys = pew.keys()
if keys & pew.K_UP:
value = 1
elif keys & pew.K_RIGHT:
value = 2
elif keys & pew.K_DOWN:
value = 3
elif keys & pew.K_LEFT:
value = 4
# display the next frame of the animation
animation = (0, 0, 1, 1, 2, 2, 3, 3, 2, 2, 1, 1)
i = (i + 1) % len(animation)
screen = qiskit_images[animation[i]]
pew.show(pew.Pix.from_iter(screen))
def inputs(pad):
keys = pew.keys()
if keys & pew.K_LEFT and pad['X'] > 0:
pad['X'] -= 1
elif keys & pew.K_RIGHT and pad['X'] < 8 - pad['WIDTH']:
pad['X'] += 1