This picture of the code shows a as zig, b as zag, and c as zog. It's pretty clear that a calls b which calls a making a zig-zag loop; and similarly that b calls c which calls b making the zag-zog loop. But the zig-zog loop takes a bit of though--in the code for b since it calls both an a and a c. But essentially c results in a cbcbcb loop with that last b also calling an a so the first c essentially calls an a. Similarly a essentially calls an c thus resulting in the zig-zog loop. There's a bit of twisting calling going on.
This blog is devoted to patterns made with polygons. I'll try to have something interesting posted regularly.
Sunday, June 01, 2014
Zig, Zag, Zog
This picture of the code shows a as zig, b as zag, and c as zog. It's pretty clear that a calls b which calls a making a zig-zag loop; and similarly that b calls c which calls b making the zag-zog loop. But the zig-zog loop takes a bit of though--in the code for b since it calls both an a and a c. But essentially c results in a cbcbcb loop with that last b also calling an a so the first c essentially calls an a. Similarly a essentially calls an c thus resulting in the zig-zog loop. There's a bit of twisting calling going on.
Subscribe to:
Posts (Atom)
Popular Posts
-
This one was fun to make. I wanted a cool snowflake to be a backdrop for a presentation (http://prezi.com/jie04ey9bhjr/zulo/) that I wa...
-
Unlike normal, I was able to deliver the square version of the descending pentagons quickly. There was no math to figure out. although ...
-
Tileland+ interface Along with an interface update , I added a some language extras. The native Tileland instructions remain (polygon...