[null_name]

I'm irked in general by the lack of attention given to solar time. If I ever get into Android hacking, it'll be so I can replace the system statusbar clock with a solar one.

I made a CLI utility that prints percent through the solar day/night that people might find useful: https://github.com/riley-martine/sundial

[atmavatar]

I'm somewhat puzzled why so much attention is given to solar time. Why is it so important to have 12:00 be noon and match the time of day the sun is at its peak?

I'd much rather use UTC everywhere and eliminate daylight saving time. Because I'm currently UTC-5, it means the average workday would be 13:00 to 22:00, and noon becomes 17:00, but that seems no less arbitrary than 08:00 to 17:00 and 12:00, respectively.

[madphilosopher]

Local noon (when the sun crosses the local meridian) orients us in time and in space. In time, because it marks the day being half-over. In space, because you can use solar alignment to lay out buildings and other structures in a north-south direction, or simply to navigate your locale.

It signifies a good time to eat lunch and the proper direction to orient your belly for an afternoon nap in the sun. :)

[madphilosopher]

One of my screens at work is a full-screen UTC clock with seconds. But I added the solar altitude (in degrees) to the bottom of the display, just so I could easily track how close I am to sunrise or sunset. Solar azimuth would be more clock-like and make it obvious when the sun was culminating, but there's lots you can do when you program your own dashboards.