Does deepsleep work at all
-
@bucknall It's Version 1.0.0
-
@bucknall My last pull was yesterday, at app. 9.00 MEST, right after I held my Air Mail Bag from Pycom in my hand ;-)
-
@bucknall that from your link library i use too.
The question is ..Why deepsleep is working 10-12 cycles ..and after that lopy program is stop.
I use Lopy+deepsleep sheeld, powered from USB -
The relevant lines are:
pulses = pycom.pulses_get(COMM_PIN, 50000) self.uart = UART(1, baudrate=10000, pins=(COMM_PIN, )) self.clk_cal_factor = (pulses[3][1] - pulses[1][1]) / EXP_RTC_PERIODobviously
pycom.pulses_getreturned a list not compatible with the indexes inpulses[3][1] - pulses[1][1] -
@chumelnicu Ok thanks for letting me know, I'll investigate this!
-
@bucknall Thank you !
-
@this.wiederkehr And ? Solutions is .. ? :)
-
@this.wiederkehr said in Does deepsleep work at all:
returned a list not compatible with the indexes
What do you mean in "not compatible"?
-
I can only guess from the source as there is no documentation for
pycom.pulses_get:pulses[3][1] - pulses[1][1] should get the time difference from the second to the fourth pulse. If e.g. there is no fourth pulse there will be no list entry for pulses[3] which will result in the error 'IndexError: list index out of range'.
The hacky solution would be to wrap this in a try-except block and retry if there is the IndexError ...
-
@this.wiederkehr Ok .. now speak for human beings now please :)
I dont know how to do that. Can you tell me the code line who is supose to fix that ?
Than you ! :)
-
This post is deleted! -
@chumelnicu said in Does deepsleep work at all:
dont know how to do that. Can you tell me the code line who is supouse to fix that ?
Than you ! :)Exchange the calibration function in deep_sleep.py with the following one, take care on the indentation (sorry I dont have a board at my hand to test right now, so use at your own risk :-)
That is not a fix, that is a hack to catch an error (which should not be there in the first place) and retry the calibration procedure ...def calibrate(self): """ The microcontroller will send the value of CTRL_0 after setting the bit and then will send the following pattern through the data line: val | 1 | 0 | 1*| 0 | 1*| 0 | 1 ms | 1 | 1 | 1 | 1 | 8 | 1 | - The idea is to measure the real life duration of periods marked with * and substract them. That will remove any errors common to both measurements The result is 7 ms as generated by the PIC LF clock. It can be used to scale any future sleep value.""" while True: try: # setbits, but limit the number of received bytes to avoid confusion with pattern self._magic(CTRL_0_ADDR, 0xFF, 1 << 2, 0, 7) self.uart.deinit() Pin(COMM_PIN, mode=Pin.IN) pulses = pycom.pulses_get(COMM_PIN, 50000) self.uart = UART(1, baudrate=10000, pins=(COMM_PIN,)) self.clk_cal_factor = (pulses[3][1] - pulses[1][1]) / EXP_RTC_PERIOD break except IndexError: print('calibration failed') if self.clk_cal_factor > 1.25 or self.clk_cal_factor < 0.75: self.clk_cal_factor = 1 -
@this.wiederkehr Ok .. maybe you right but this is beyond me , I think is beter to wait for @daniel and @bucknall opinion or fix solution.
Thank you very much @this-wiederkehr
-
Hello,
While we find out why sometimes less calibration pulses are received, please use the new library that has a try-except block around the calibration:
https://github.com/pycom/pycom-libraries/commit/074bc7ee0181451720bbeb30d627debafc617ad8
-
-
This post is deleted! -
@Camot
Have you fixed the 0.4mA consumption during deep sleep? -
@athtest800 are you talking about the Pysense or the deepsleep shield?
-
@daniel I am using the deep sleep shiled with lopy in breadboard (without expansion) by powering with 5V. The consumption is 500uA. Isn't it high? I thought it will be below 50uA.
-
@daniel I have issue with "deepsleep shield" and LoPy. It's stops after cca. 20 cycles. Same if added the "exception" block to calibrate method.
Running over serial the cycle ends into REPL and without error.
Hello! It looks like you're interested in this conversation, but you don't have an account yet.
Getting fed up of having to scroll through the same posts each visit? When you register for an account, you'll always come back to exactly where you were before, and choose to be notified of new replies (either via email, or push notification). You'll also be able to save bookmarks and upvote posts to show your appreciation to other community members.
With your input, this post could be even better đź’—
Register Login