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Hello! Not all of my codes include explications, but this one is pretty complicated to understand, so why not?

Imagine you have got a circle. Then you divide the circumference into a bunch of points with equal space between them.

If you go to the "Testing Out" page, and set the modulo to 10, you will see what I mean.

Wait?! What is MODULO? If you still have the modulo on 10, you will see the greatest number is 9. If we continue the pattern, 0 will be point 10, 1 will be point 11 etc.

You may wonder what are the points for? What is the multiplier too? So, we have the times tables.. Let's say we want to set the multiplier to 2. 0 * 2 is 0... We trace a line from point 0 to point 0. Then we take the next point. 1* 2 = 2. We trace a line between point 1 and 2. And so on, until we get to the modulo, which is the maximum number.

Why do we stop at modulo? Let's take the 2 times table. Let's take the 10 as a modulo... 10*2 = 20, so we do nothing, then 11 * 2 is 22.. The connections are exactly the same...

However, I recommend using a fixed modulo, like 100 or 200, because they help you visualise better.

Cool patterns

Multiplier: 200 - Modulo: 204

Multiplier: 51 - Modulo: 200

Multiplier: 99 - Modulo: 200

Multiplier: 189 - Modulo: 74

Multiplier: 59 - Modulo: 74

Multiplier: 61 - Modulo: 200

Multiplier: 71 - Modulo: 200

Multiplier: 91 - Modulo: 200

Multiplier: 173 - Modulo: 200

Multiplier: 85 - Modulo: 200

Multiplier: 9 - Modulo: 10

And many others

Write down in the comments what other patterns you found

Links:

This was my inspiration. It also explains better than I do ;)

Also, this is a cool demo! :)

I hate console

Times Tables Visualised