You mean you prefer C over F? Tapping any temperature will toggle between the two. (This always comes up, so the app should probably default to units based on the user's location: the default is F only if the app detects you're in the US)
- Toggling C/F also toggles the scale on the radar to km. Eventually, I will get around to adding a dedicated settings page.
- However, the app was designed so one could get a sense of the weather without numeric labels: temperature is a very relative experience, so use the spatial/color cues to compare yesterday, today, and forecast days.
- Notice now much more space C needs when toggling between C and F. F's 0 to 99 range fits the natural range of temperatures humans experience (weather, body temperature). Humans just don't experience anything beyond 50 degrees C. At the same time, a single delta C is too large for the precision human bodies can detect. (Humans need something closer to 0.5C precision, which is what 1 degree F is.)
- As as result C needs nearly twice as much horizontal space compared to F: due to going negative more often and needing an extra decimal for minimal precision required.
You mean you prefer C over F? Tapping any temperature will toggle between the two. (This always comes up, so the app should probably default to units based on the user's location: the default is F only if the app detects you're in the US)
- Toggling C/F also toggles the scale on the radar to km. Eventually, I will get around to adding a dedicated settings page.
- However, the app was designed so one could get a sense of the weather without numeric labels: temperature is a very relative experience, so use the spatial/color cues to compare yesterday, today, and forecast days.
- Notice now much more space C needs when toggling between C and F. F's 0 to 99 range fits the natural range of temperatures humans experience (weather, body temperature). Humans just don't experience anything beyond 50 degrees C. At the same time, a single delta C is too large for the precision human bodies can detect. (Humans need something closer to 0.5C precision, which is what 1 degree F is.)
- As as result C needs nearly twice as much horizontal space compared to F: due to going negative more often and needing an extra decimal for minimal precision required.