def data_from_light_sensor():
# create a list of binary data
data = []
# GPIO pin set up
GPIO.setup(light_clk, GPIO.OUT)
GPIO.setup(light_cs, GPIO.OUT)
GPIO.setup(light_pin, GPIO.IN)
# Set ligth_cs to be high to start up light sensor
GPIO.output(light_cs, GPIO.HIGH)
# Give a time for light sensor to be stable
time.sleep(0.5)
# Collecting data
for j in range(0,1):
# Set light_cs to be low to start collecting data
GPIO.output(light_cs, GPIO.LOW)
for i in range(0,16):
time.sleep(0.1)
GPIO.output(light_clk, GPIO.LOW)
time.sleep(0.1)
GPIO.output(light_clk, GPIO.HIGH)
# put data into list
data.insert(i,GPIO.input(light_pin))
# Set light_cs back to high again
GPIO.output(light_cs, GPIO.HIGH)
# the first 5 bits and the last 5 bits are useless
del data[12:16]
del data[0:4]
# Convert data to decimal
result = convert_to_tens(data)
return result
def create_msg(from_address,to_address,subjecct,body,encode):
meg = MIMEText(body,`plain`,encode)
msg[`Subject`] = Header(subject,encode)
msg[`from`] = from_address
msg[`to`] = to_adrress
return msg
def send_by_local(from_address,to_address,msg):
s = smtplib.SMTP()
s.connect()
s.sendmail(from_addess,[to_address],msg,as_string())
s.close()
st = time.time() - INTAVAL
while Ture:
print GPIO.input(SENSOR_PIN)
if(GPIO.input(SENSOR_PIN) == GPIO.HIGH) and (st + INTAVAL < time.time()):
st = time.time()
r,img = c.read()
ret,frame = c.read()
frame = cv2.Canny(frame,324,200)
cv2.imwrite(`22{}.jpg`,format(i),img)
i = i + 1
print(`warning`)
if __name__ == `__main__`:
from_addr = `[email protected]`
to_addr = `[email protected]`
subject = u`通知`
body = u`不審者がいた`
def data_from_PIR_sensor():
result = float(GPIO.input(PIR_pin))
return result
def main(): a=random.randint(1,10) preguntas() res=respuesta() while True: if (GPIO.input(9)): if (res==1): print"Correcto" if(res!=1): print"Incorrecto" main() if (GPIO.input(8)): if (res==2): print"Correcto" if(res!=2): print"Incorrecto" main() if (GPIO.input(8)): if (res==3): print"Correcto" if (res!=3): print"Incorrecto" main() if (GPIO.input(9)): if (res==4): print"Correcto" if (res!=4): print"Incorrecto" main() if (GPIO.input(9)): if (res==5): print"Correcto" if (res!=5): print"Incorrecto" main() if (GPIO.input(7)): if (res==6): print"Correcto" if (res!=6): print"Incorrecto" main() if (GPIO.input(9)): if (res==7): print"Correcto" if (res!=7): print"Incorrecto" main() if (GPIO.input(7)): if (res==8): print"Correcto" if (res!=8): print"Incorrecto" main() if (GPIO.input(9)): if (res==9): print"Correcto" if (res!=9): print"Incorrecto" main() if (GPIO.input(10)): if (res==4): print"Correcto" if (res!=10): print"Incorrecto" main()
