I actually created a logarithmic calendar app for a class a few years ago... Maybe I'll dig it out, update it and post since other people seem to like the idea...
Just do it and post it. Don't post a comment with "Maybe..."
Lighten up man.
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I actually created a logarithmic calendar app for a class a few years ago... Maybe I'll dig it out, update it and post since other people seem to like the idea...
Just do it and post it. Don't post a comment with "Maybe..."
Lighten up man.
Earlier quoted context omitted.
Just do it and post it. Don't post a comment with "Maybe..."
Pay for my time and I will. Don't post a comment with "Just do it..." when you have no idea what other stuff I have going on or how much effort it would be to get it to any sort of presentable state. Lighten up man.
This is a great idea, and fits nicely with the observation that humans seem to perceive many things, including time, logarithmically: http://en.wikipedia.org/wiki/Weber–Fechner_law
I actually created a logarithmic calendar app for a class a few years ago... Maybe I'll dig it out, update it and post since other people seem to like the idea...
Just do it and post it. Don't post a comment with "Maybe..."
Getting upvotes and supportive comments like "Please do, I'd like to see that" would make the follow-through posting more likely. Critical complaints like yours make the follow-through posting less likely.
"Logarithmic". That's the word I needed. I've been trying to visualize a calendar that captures everything from seconds to years (akin to the marvelous but abandoned "once around the sun" work some years back), and at last pondering was wondering how to scale a spiral-of-spirals-of... which would capture the cyclic nature of our model of time; problem was scaling. Some application of logarithmic scaling may work...
Since I can remember, I've visualised time as a set of continuous spirals - years are the largest, with Christmas at the top and early summer at the bottom. The years lie on top of one another and fade off into the distance, like a slinky viewed end-on. I see days, weeks and months separately, but in continuous spirals of their own. I don't know how common this is, but I vaguely recall reading that it is a form of sy…
I also view numbers in general in a similar fashion. For example, I see 0-10 as points on a line that is about a 45 degree angle. 11-100 are the same but they are at a 135 degree angle. 101-1000 goes back to 45 degrees. This keeps going in a sort of logarithmic fashion... each turn between 45 and 135 is smaller/"zoomed out" as the numbers get larger. When I think of a number, it's almost like pointing to it (except all in my mind). Kind of hard to describe, but maybe this makeshift diagram will help.
10,000
\
\
\
1000
/
/
/
100\
\
\
10
/
/
/
0Earlier quoted context omitted.
Since I can remember, I've visualised time as a set of continuous spirals - years are the largest, with Christmas at the top and early summer at the bottom. The years lie on top of one another and fade off into the distance, like a slinky viewed end-on. I see days, weeks and months separately, but in continuous spirals of their own. I don't know how common this is, but I vaguely recall reading that it is a form of sy…
I view time in a similar way. Whenever I remember something from awhile back, I quite literally visualize "rotating" the year in question like a dial until I'm on the correct day/month. I also view numbers in general in a similar fashion. For example, I see 0-10 as points on a line that is about a 45 degree angle. 11-100 are the same but they are at a 135 degree angle. 101-1000 goes back to 45 degrees. This keeps goi…
I wonder how many other things vary between people but never get noticed because we consider them so fundamental?