def transfer(self, data):
start = time()
now = time()
while now - start < 0.5:
on = chargetimes.getLedResistor(receiveRate)
if on:
start = time()
else:
now = time()
self.an2led(data, sendRate)
def transfer(self, data):
start=time()
now = time()
while now-start < 0.5:
on = chargetimes.getLedResistor(receiveRate)
if on:
start=time()
else:
now = time()
self.an2led(data, sendRate)
import ledOnOff
import chargetimes
import time
ledOnOff.on()
time.sleep(0.001)
print("Detect LED 'on': " + str(chargetimes.getLedResistor()))
ledOnOff.off()
time.sleep(0.001)
print("Detect LED 'off': " + str(not chargetimes.getLedResistor()))
def receiveResistor(self):
on = chargetimes.getLedResistor(receiveRate)
return self.addOne(on, time())
def receiveResistor(self):
on = chargetimes.getLedResistor(receiveRate)
return self.addOne(on, time())