@KeepThisTicket I still haven't understood what logic stands behind the choice of icon. Would you be so kind to elaborate on that?

In the current release status, there is no differentiation between the sun/moon. I highly appreciate the merge you made yesterday, it does good for the optical representation of the text, thank you. However, I am shown sun for 3am/4am now, which is logically impossible for where I live, which is Frankfurt/Germany. Sunset is somewhere around 8AM. I would love to help optimize the logic behind it.

after cloning the repo and configuring the display into the correct rotation, I am left with questions only.

1. how are you running the file itself? If I run it over SSH via "python weatherClock.py" I get: File "weatherClock.py", line 326 SyntaxError: Non-ASCII character '\xe2' in file weatherClock.py on line 326, but no encoding declared; see http://python.org/dev/peps/pep-0263/ for details" Cooperation of b-morgan and Vacant0mens produces a syntax error within their v4 in line 22. Trying to run the file on the GUI brings the source to an editor. It appears, some of you have it running, but how?

2. My intention would be to have it running when powered on, so how would one go about it? I found there are several ways, just trying to see if your can recommend one. https://www.dexterindustries.com/howto/run-a-program-on-your-raspberry-pi-at-startup/

3. the pimoroni link is not working anymore.

Hello, Not sure, but I think that "24 hours format management" is not done.

Am I correct ?

For example, it's 3PM (15H) here and if i click on 4 hours on the screen, I got weather for tomorrow 4AM instead of today 4PM (16H)

Congratulations on achieving recognition with this project - Raspberry Pi .org no less. I ordered the Pimoroni display last night when they had 11 in stock; less than 24 hours later, no stock 😱

A few things slowed my installation of this software on my fresh Raspbian Buster on an R Pi Zero, which may help those that follow:

Get the weatherClock software: git clone https://github.com/KeepThisTicket/weatherClock

Force the use of Python 3 (or the default Raspbian may use the deprecated Python 2) AND change working directory. Add to the top of weatherClock.py:

#!/usr/bin/python3
import os
os.chdir("/home/YOUR_USER/weatherClock/")

Install the Python tkinter module (don't use pip3 for this module): sudo apt-get install python3-tk

My Pimoroni display has just been posted so whilst waiting, I have diverted the output from this software to my iMac using the XQuartz X Window system. It works a treat and I do like the look of it, including the touch for details. I suspect this will have a high WAF and I'll be printing a case shortly.

Many thanks for your efforts in making this project public.

logging level check no OR statement also detail from another hour touch when in detailmode end print = info. Please look at my email and see all my changes over there and look how we can implement this.

• fix error that lead to wrong visible timestamps
• fix error with wrong weather data mapped to an hour
• refactore code
• remove unused code
• move code to methods and reduce usage of global variables for further separation in different files

Add more comments and regions. Try to change system settings to match language that is shown. Set meridiem and tomorrow easier. Make bg_windtext code shorter. Create LICENSE.md

I am not at all good at coding, but i changed the standard values to be German incl. displaying the days and values in German.

Had to insert these values:

from datetime import datetime, timedelta
import locale
# Umstellung auf Deutsch:
locale.setlocale(locale.LC_ALL, 'de_DE.utf8')

and made these changes too: ` weatherText.goto(weatherText_Description, weatherText_vertSpacing*3) weatherText.color("white") # day of the week weatherText.write("Tag", align="right", font=("Verdana", weatherText_DescriptionFontSize, "bold"))

    weatherText.goto(weatherText_Data, weatherText_vertSpacing*3)
    if not tomorrow_date:
        weatherText.write(datetime.today().strftime('%A'),
                          align="left", font=("Verdana", weatherText_DataFontSize, "bold"))
    else:
        weatherText.write(tomorrow_date.strftime('%A'),
                          align="left", font=("Verdana", weatherText_DataFontSize, "bold"))

    # hour of the day
    weatherText.goto(weatherText_Description, weatherText_vertSpacing*2)
    weatherText.write("Uhrzeit", align="right", font=("Verdana", weatherText_DescriptionFontSize, "bold"))

    weatherText.goto(weatherText_Data, weatherText_vertSpacing*2)
    weatherText.write(str(hour_touched) + " " + touched_meridiem,
                      align="left", font=("Verdana", weatherText_DataFontSize, "bold"))

    # temperature
    weatherText.goto(weatherText_Description, weatherText_vertSpacing)
    weatherText.write("Temperatur", align="right", font=("Verdana", weatherText_DescriptionFontSize, "bold"))

    weatherText.goto(weatherText_Data, weatherText_vertSpacing)
    weatherText.write(str(round_half_up(data["hourly"][hours_ahead]["temp"], 1)) + degree_sign,
                      align="left", font=("Verdana", weatherText_DataFontSize, "bold"))

    # Feels like
    weatherText.goto(weatherText_Description, 0)
    weatherText.write("Gefuehlt", align="right",
                      font=("Verdana", weatherText_DescriptionFontSize, "bold"))

    weatherText.goto(weatherText_Data, 0)
    weatherText.write(str(round_half_up(data["hourly"][hours_ahead]["feels_like"], 1)) + degree_sign,
                      align="left", font=("Verdana", weatherText_DataFontSize, "bold"))

    # POP
    weatherText.goto(weatherText_Description, -weatherText_vertSpacing)
    weatherText.write("Regenchance", align="right", font=("Verdana", weatherText_DescriptionFontSize, "bold"))

    weatherText.goto(weatherText_Data, -weatherText_vertSpacing)
    weatherText.write(str(int(data["hourly"][hours_ahead]["pop"]*100)) + " %",
                      align="left", font=("Verdana", weatherText_DataFontSize, "bold"))

    # Rain
    weatherText.goto(weatherText_Description, -weatherText_vertSpacing*2)
    weatherText.write("Regenmenge", align="right", font=("Verdana", weatherText_DescriptionFontSize, "bold"))

    weatherText.goto(weatherText_Data, -weatherText_vertSpacing*2)
    if 'rain' not in data["hourly"][hours_ahead]:
        weatherText.write("--", align="left", font=("Verdana", weatherText_DataFontSize, "bold"))
    else:
        weatherText.write(str(data["hourly"][hours_ahead]["rain"]["1h"]) + " mm",
                          align="left", font=("Verdana", weatherText_DataFontSize, "bold"))

    # Wind
    weatherText.goto(weatherText_Description, -weatherText_vertSpacing*3)
    weatherText.write("Wind", align="right", font=("Verdana", weatherText_DescriptionFontSize, "bold"))

weatherClock-German.zip `