global m
if SAKS.dip_switch.is_on[0] == True and SAKS.dip_switch.is_on[1]==True:
h+=1
if SAKS.dip_switch.is_on[0] == False and SAKS.dip_switch.is_on[1]==True:
m+=1
if SAKS.dip_switch.is_on[0] == True and SAKS.dip_switch.is_on[1] == False:
h-=1
if SAKS.dip_switch.is_on[0] == False and SAKS.dip_switch.is_on[1]==False:
m-=1
return None
if __name__ == "__main__":
SAKS.digital_display.show(("%02d%02d" % (0, 0)))
SAKS.tact_event_handler = tact_event_handler()
SAKS.digital_display.show(("%02d%02d" % (h, m)))
resultlst.append(mark(result)) #将本次游戏的结果计入结果列表
digr.off() #熄灭数码管
def mark(gap): #设置计分方式
if gap >= 0.5:
return 0
elif gap >= 0.3:
return 150 - 300 * gap
elif gap >= 0.18:
return 135 - 250 * gap
else:
return 100 - 55 * gap
SAKS.tact_event_handler = tact #开始按键操作
resultlst = [] #创建记录结果的列表
for round in range(3): #进行3次游戏
beept = 3 + random.randrange(7) #随机设置一个大于3秒的等待时间
time.sleep(beept)
prest = time.time() #记录下开始时刻
buz.beep(0.03) #蜂鸣器响起
time.sleep(3)
SAKS.tact_event_handler = None #停止按键操作
print(resultlst)
average = (resultlst[0] + resultlst[1] + resultlst[2]) / 3 #计算3次结果的平均值
a = (average // 10) % 10 #计算平均结果的各位数字
b = (math.floor(average)) % 10
c = (math.floor(10 * average)) % 10
#判断是否是右边的轻触开关被触发，并且是在被按下
if pin == PINS.TACT_RIGHT and status == True:
#在小灯当前状态关着时将它们点亮并修改小灯当前状态为开; 在小灯当前状态开着时将它们灭掉并修改小灯当前状态为关
if not __light_status:
SAKS.ledrow.items[0].on()
SAKS.ledrow.items[1].on()
#检测第1位拨码开关状态是否为ON
if SAKS.dip_switch.is_on[0] == True:
#点亮第3个LED
SAKS.ledrow.items[2].on()
#检测第2位拨码开关状态是否为ON
if SAKS.dip_switch.is_on[1] == True:
#点亮第4个LED
SAKS.ledrow.items[3].on()
else:
SAKS.ledrow.items[0].off()
SAKS.ledrow.items[1].off()
SAKS.ledrow.items[2].off()
SAKS.ledrow.items[3].off()
__light_status = not __light_status
#print("%d - %s" % (pin, status))
if __name__ == "__main__":
#设定拨码开关回调函数
SAKS.dip_switch_status_changed_handler = dip_switch_status_changed_handler
#设定轻触开关回调函数
SAKS.tact_event_handler = tact_event_handler
input("Enter any keys to exit...")
:param pin: pin number which stauts of tact is changed
:param status: current status
:return: void
'''
# print('tact_event_handler')
# print("%d - %s" % (pin, status))
if status != True:
# print('status is true')
return
# print("pin %d" % pin)
saks.ledrow.off()
if (pin == 16):
# print("pin 16")
show_temp_or_wet(1)
saks.ledrow.on_for_index(0)
else:
# print("pin %d" % pin)
show_temp_or_wet(2)
saks.ledrow.on_for_index(7)
if __name__ == '__main__':
saks = SAKSHAT()
sensor = Adafruit_DHT.DHT11
pin = 24
saks.tact_event_handler = tact_event_handler
while True:
get_temp_or_wet()
time.sleep(1)
over,
)) #添加最后一个线程，关闭所有的元件，清空所有列表和字符串
for t in threads:
t.setDaemon(True)
t.start() #同时启动threads列表中的线程
##################
def bling(n):
SAKS.ledrow.off_for_index(int(sled[(-1 - n)])) #关闭上一次亮起的led灯
SAKS.buzzer.beep(0.025) #蜂鸣器工作
SAKS.ledrow.on_for_index(int(sled[(-2 - n)])) #点亮当前轮到的LED灯
def nums(n):
SAKS.digital_display.show(
sled[(-n - 5):(-n - 1)]) #在四位数码管显示当前及紧随其后的三个即将亮起的LED灯编码
def over():
SAKS.ledrow.off()
SAKS.digital_display.off() #关闭各种显示，清空各种列表和字符串
tlist[:] = []
timelist[:] = []
sled = ''
#################
SAKS.tact_event_handler = tact_event_handler #将原始的按钮反应函数修改为我们所定义的新按钮反应函数
light_on(x)
time.sleep(0.3)
'''print('I Have Been Touched!')
#display_on()
time.sleep(0.1)
light_on(list_light[1])
time.sleep(1)
alarm_on()
time.sleep(0.5)
light_on(list_light[-1])
time.sleep(1)
#display_on(0,0)
time.sleep(0.5)'''
SAKS.tact_event_handler = my_touch
def f_recieve():
while 1:
try:
a = recieve_email()
except:
a = ''
if a and a.startswith('to_mp3'):
list_message.append(a[6:])
change('收到一条消息,现在您共有%s 条未读消息!' % len(list_message))
def f():
while 1:
