I agree. The process I used, sadly, has to be repeated hundreds of times before an image resembling a Sierpenski gasket appears.
Because Scratch has no "Set --- to image on screen" block, I could not, sadly, use the other methods.
Thanks for pointing that out, though.
A Seirpenski Triangle is a fractal, i.e, it is infinitely detailed. It is also self-similar, by seeing the triangles in triangles in triangles in triangles in triangles...
And so on. There are, mainly, three different techniques of making a Serpenski Triangle. The first technique involves taking three copies of any image, and assembling them to make a triangle with a hole. This image is then put through the process again. Repeat this infinitely to get the full Serpenski Triangle.
The second technique is as follows: With a triangle, remove an upside-down triangle from the center. Then repeat the process with each of the other triangles, infinitely.
The last technique uses randomness, and is as follows: Pich a random vertex of a triangle. Move halfway to it. Make a dot there. Repeat infinitely.
I used the last method in this project, and I hope you like it!
By the way, the dimension of this fractal is log3/log2, or about 1.58496.
In other words, it's little more than halfway between a line and a plane.
Lastly, the area of the triangle is 0.
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Even though it goes slow, it's still awsome!!!
Thanks!
it goes 2 slow =(
I agree. The process I used, sadly, has to be repeated hundreds of times before an image resembling a Sierpenski gasket appears. Because Scratch has no "Set --- to image on screen" block, I could not, sadly, use the other methods. Thanks for pointing that out, though.
no offense, but it's actually called a sierpinski gasket.
Sorry for that blunder, then.
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