Previously you animated a moving and lighting up dot. Now create many such dots with much smaller size. They all light up every 5 seconds but they light up at
Previously you animated a moving and lighting up dot. Now create many such dots with much smaller size. They all light up every 5 seconds but they light up at
Based on Hex Mosaic, draw a mosaic circle shown here.
Continue on random hexagon mesh to draw hex mosaic as shown. You may also want to use colorsys library.
You drew a hex grid and honeycomb. Randomize the hexagon’s vertex positions to draw a random hexagon mesh.
You programmed to draw a random mesh in a previous project. Now color each polygon with slightly varying colors with colorsys library (don’t use all hue range).
You drew a square grid in a previous project. Randomize the positions of the crossing points to draw a random mesh that looks like the image here:
Monte Carlo Methods are interesting algorithms that rely on random sampling to obtain numeric result (Wikipedia). Since today is Pi Day, we are going to design a Monte Carol method
Monte Carlo Methods are interesting algorithms that rely on random sampling to obtain numeric result (Wikipedia). Since today is Pi Day, we are going to design a Monte Carol method
Continue on a previous Square Grid project, animate the square by varying the number of grids while keeping the overall square size the same.
Write a program that draws a square grid. This shape is also called square tessellation or square tiling.