mihajlo2003petkovic 537101b95a | 4 years ago | |
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.github/ISSUE_TEMPLATE | 4 years ago | |
software | 4 years ago | |
templates | 4 years ago | |
.gitignore | 4 years ago | |
HARDWARE.md | 4 years ago | |
INSTALL.md | 4 years ago | |
LICENSE | 4 years ago | |
METEOR.md | 4 years ago | |
README.md | 4 years ago | |
WORKING.md | 4 years ago | |
common.sh | 4 years ago | |
header_1600.png | 4 years ago | |
install.sh | 4 years ago | |
post.py | 4 years ago | |
prune.sh | 4 years ago | |
receive.sh | 4 years ago | |
receive_iss.sh | 4 years ago | |
receive_meteor.sh | 4 years ago | |
rectify.py | 4 years ago | |
requirements.txt | 4 years ago | |
schedule.sh | 4 years ago | |
schedule_iss.sh | 4 years ago | |
schedule_meteor.sh | 4 years ago | |
schedule_sat.sh | 4 years ago | |
sun.py | 4 years ago | |
test_reception.sh | 4 years ago |
Most of the code and setup stolen from: Instructables
There’s an install.sh script that does (almost) everything at once. If in doubt, see the install guide
This project is intended as a zero-maintenance system where you just power-up the Raspberry PI and wait for images to be received. However, if you are in doubt about it just follow the working guide
Raspberry-noaa runs on Raspberry PI 2 and up. See the hardware notes