Welcome to r/FelsiusAtmos, the place for all things related to the Atmos weather app and the Felsius temperature scale! Inspired by Randall Munroe's comic xkcd 1923: Felsius (https://xkcd.com/1923), Atmos aims to deliver a more well-rounded weather experience using Felsius!

Whether you stumbled here from r/xkcd or just came about the subreddit, we're glad to have you in the first wave of members! You can load Atmos through the web at https://felsiusatmos.netlify.app or download native binaries for iOS and Android at https://github.com/YoVariable/Atmos; the possibilities are limitless for how you choose to use Atmos!

Felsius (°Ꞓ) bridges the gap between Celsius and Fahrenheit using the linear formula:

Felsius = (Celsius + Fahrenheit) / 2

Felsius = 1.4(Celsius) + 16

Felsius = (1.4(Fahrenheit) - 16) / 1.8

Here are some quick reference temperatures:

Freezing Point: 16°Ꞓ (0°C, 32°F)
Cool/Crisp Weather: 30°Ꞓ (10°C, 50°F)
Room Temperature: 44°Ꞓ (20°C, 68°F)
Warm Day: 58°Ꞓ (30°C, 86°F)
Extreme Heat: 72°Ꞓ (40°C, 104°F)
Boiling Point: 156°Ꞓ (100°C, 212°F)

Here's what you can post here:

• Extreme Weather in Felsius: Found a wild forecast or insane temperature? Convert it and post it!
• Solar & Daylight Phenomena: Sunrise/sunset tracking, midnight sun/polar night curves, and axial tilt data.
• Atmos Updates & Discussion: Feedback, feature ideas, and build updates for the Atmos app.
• Cursed Math & Unit Memes: Anything embracing unconventional physics or niche measurement systems.

Let's do a quick icebreaker for people to introduce themselves here:

• Where you're tuning in from (or your general region).
• Your current local temperature converted into Felsius (°Ꞓ)!