copy all files in the home Directory.
crontab -e
add this two cronjobs
*/30 * * * * python ~/allsky/gps_coords.py
0 */1 * * * /home/raspberry/allsky/scripts/moon_height_venv.sh
pip3 install skyfield matplotlib numpy
if this not work use a virtual environment
sudo apt install python3-venv
mkdir -p ~/allsky/venv
python3 -m venv ~/allsky/venv
source ~/allsky/venv/bin/activate
pip install skyfield requests
test the moon_height.py script
python ~/allsky/scripts/moon_height.py
Change crontab entry. moon_height_venv.sh use For skyfield the new use a virtual enviroment
crontab -e
0 */1 * * * /home/raspberry/allsky/scripts/moon_height_venv.sh
if this is not working you can use the quick and dirty Methode
pip install skyfield --break-system-packages
Now you can overlay this image with your camera Picture. Go to your Webbrowser and to your allsky Webpage. Go to the "Overlay Editor" and Chose "add Existing Image Field". In the image menue you can select moon_height.png.
For installing the gps-module I have used the install manuel from Allsky_go AllskyGo_GPS_install Use a usb-gps-module were you can connect with your pi. IF you don´t want to use a or you haven`t an gps-module enter you coordinates in ~/allskygps_coords.txt
For overlay weather data I`ve used the open weather module from allsky-modules. You need only a open-weather apy-key. Registration at https://openweathermap.org/ is free, and data can be accessed up to 3,600 times a day at no additional cost.
or use the POE HAT
- POE
- 256GB SD card 32GB is also OK
- AllSky Dome
External Projects Links were I have used for this project
Version 1 Top, 125 KG Rohr, with ZWO715MC
Version 1 Bottom, 125 KG Rohr with ZWO715MC
Version 2 with bigger battery and PiHQ camera
