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@ -188,6 +188,7 @@ This should work in a classroom provided there isn't too much background noise,
- You'll now be back on the home page, under *Satellites* click `ISS` - You'll now be back on the home page, under *Satellites* click `ISS`
- Under *Passes to include* click `all` - Under *Passes to include* click `all`
- Clicking on any row in the table shows the sky chart for that pass - Clicking on any row in the table shows the sky chart for that pass
- The *Alt.* value under *Highest point* is the maximum elevation of the pass, 90 would be directly overhead.
- Imagine holding that picture above your head and aligning it with the compass directions - Imagine holding that picture above your head and aligning it with the compass directions
- It can also be useful to look at the `Ground track`, see link in top right - It can also be useful to look at the `Ground track`, see link in top right
1. Set the correct time on the Raspberry Pi. QSSTV saves the images with a UTC time filename and this is useful later when working out which ISS passes they are from. 1. Set the correct time on the Raspberry Pi. QSSTV saves the images with a UTC time filename and this is useful later when working out which ISS passes they are from.