def refresh(self):
if self.oldpos:
x, y = self.oldpos
screen.show(x, y, ' ')
x, y = self._getpos()
self.oldpos = [x, y]
screen.show(x, y, screen.c(const.FORE_WHITE, const.BACK_YELLOW, 'X'))
def _draw_map(self):
for i in range(self.originX, self.originX+self.map_width+1):
screen.show(i, self.originY-1, '-')
for i in range(self.originX, self.originX+self.map_width+1):
screen.show(i, self.originY+self.map_height+1, '-')
for i in range(self.originY, self.originY+self.map_height+1):
screen.show(self.originX-1, i, '|')
for i in range(self.originY, self.originY+self.map_height+1):
screen.show(self.originX+self.map_width+1, i, '|')
screen.show(self.originX+5, self.originY-1, ' LOL ')
def _draw_status(self):
ox, oy = 7, 30
screen.show(ox, oy, 'HP')
length = 20
screen.progress(ox+3, oy, self.hp, self.HP_TOTAL, length=length)
screen.show(ox+length+4, oy, '[%d/%d] ' %(self.hp, self.HP_TOTAL))
screen.show(ox, oy+2, 'BP')
screen.progress(ox+3, oy+2, self.bp, self.BP_TOTAL, color=const.BACK_BLUE, length=length)
screen.show(ox+length+4, oy+2, '[%d/%d] ' %(self.bp, self.BP_TOTAL))
click.append(x)
click.append(y)
while len(possible) > 0: # zera o vetor possible
possible.remove(possible[0])
if (
tabuleiro[y][x][0] == 'B'
): # qualquer uma joga agora... # turn): # se for a vez da cor selecionada, ver possibilidades
possible += chess_move.move(literal[1], tabuleiro)
screen.click = click
screen.possible = possible
while True:
for event in pygame.event.get():
if event.type == QUIT:
pygame.quit()
exit()
if event.type == pygame.MOUSEBUTTONUP:
render = True
literal[0] = literal[1]
literal[1] = (chr(97 + get_cord_pos(pygame.mouse.get_pos())[0]) +
str(8 - get_cord_pos(pygame.mouse.get_pos())[1]))
mouse_click(pygame.mouse.get_pos())
if render: # só renderiza a tela quando precisa
screen.show(tabuleiro)
render = False
import connect
import screen
import utime
import ntptime
from dht22 import Dht
from screen import Screen
from adafruit_io_client import Client
dht=Dht()
screen=Screen()
adafruit_client=Client()
connect.connect()
ntptime.settime()
while True:
t = utime.localtime(utime.time())
m=dht.measure()
screen.text('%02d:%02d:%02d' % (t[3], t[4], t[5]), 0)
screen.text('t: %2.1f' % m[0], 2)
screen.text('h: %2.1f' % m[1], 4)
screen.show()
adafruit_client.publish(m[0], m[1])
utime.sleep(60)
import screen
import temp_internal
import temp_external
from utime import sleep
from light import get_light
from led import blink
import _thread
screen = screen.DigitScreen()
while True:
screen.show("{}C".format(int(temp_internal.get_temperature())), t=3)
screen.show("{}c".format(int(temp_external.get_temperature(27)[0])), t=3)
screen.show("L{}".format(int(get_light(28))), t=3)
screen.show("{}".format(int(temp_external.get_temperature(27)[1])), t=3)
_thread.start_new_thread(blink, (25, 0.1, 3))
def _draw_time(self, curr=0.0):
tstr = time.strftime(' [%0H:%0M:%0S] ', time.gmtime(curr))
screen.show(self.originX+40, self.originY-1, tstr)
def fly():
for i in range(1, maxlen):
i == 1 or screen.show(x+i-1, y, ' ')
screen.show(x+i, y, weapon)
time.sleep(0.1)
screen.show(x+maxlen-1, y, ' ')