MicroPython Forum (Archive)

@karfas. Thank you!

Hi, I just updated my project on Github: https://github.com/PaulskPt/MSFS2020_FSUIPC_GPRC_to_i75_RGB_LED_panel . Goals of this project: Concerns: Flight simulation. To receive, filter and display the flown true track on a rgb led panel. The script use certain data-elements of GPRMC GPS datagram mess...

This is a 'work-in-progress'. I found a better way to define the .json file. Resulting in a more simple dictionary after importing the data from the .json file [["timezone","Europe/Lisbon"], ["2022","1648342800","1667095200","2022-03-29 01:00:00","2022-10-30 02:00:00"], ["2023","1679792400","1698544...

@karfas. Thank you for your reply. I know that what I created is not perfect. In another project, running in a Linux environment, I used the tz environment variable. I started this project using it: (tm_tmzone_dst = "WET0WEST,M3.5.0/1,M10.5.0"). I created the is_dst() function to compare the NTP dat...

Thanks for sharing. How is the in-built RTC working? Is it showing accurate time? Hi @tepalia02, The built-in RTC forgets about date and time when powered off. See: "Attaching a PCF8523 Real Time Clock via I2C": https://datasheets.raspberrypi.com/pico/raspberry-pi-pico-c-sdk.pdf Where an external R...

Hi, I just finished my project: using a Raspberry Pi Pico W, setting it's built-in RTC from a NTP host. The script checks if we are in a daylight saving time (DST) period for the chosen TimeZone. The timezone defaults to: "Europe/Portugal". The dst data consists of a dictionary that spans a period o...

This doesn't take account of the time of day at which the change occurs. The approach I'd use is to write a program on a PC which (for my own locale) calculated the time of the start and end of DST for each year of interest. The times would be in seconds since the MicroPython epoch. The output of t...

Thank you for a rapid response. So, I did not read good! Excuse me for that!

Hi, I just managed to get working a micropython project for the following hardware setup: - Pimoroni Pico Breakout Garden (BG) base with; - a Raspberry Pi Pico; - a Pimoroni BG RV3028 rtc (I2C); - an Adafruit TMP117 via Qwiic to a Pimoroni BG adapter; - a Pimoroni BG OLED 1.12in 128x128 SPI LCD (SH1...

That's it! Thank you