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:
Estimating π with Monte Carlo Method and EllipseEstimating π with Monte Carlo Method and Ellipse
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
Estimating π with Monte Carlo MethodEstimating π with Monte Carlo 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
Square Grid AnimationSquare Grid Animation
Continue on a previous Square Grid project, animate the square by varying the number of grids while keeping the overall square size the same.
Square GridSquare Grid
Write a program that draws a square grid. This shape is also called square tessellation or square tiling.
Hex GridHex Grid
You drew a vertical hexagon in a level 1 project. Now perfectly align vertical hexagons and draw a grid of vertical hexagons. This shape is also called Hexagon Tessellation. It
Vertical HexagonVertical Hexagon
Draw a vertical hexagon as shown here. Related Project
Pascal and Sierpinski TrianglePascal and Sierpinski Triangle
You drew Pascal’s Triangle in a project. Draw 32 rows of Pascal’s Triangle and color the cells that contain numbers. Does it look like Sierpinski Triangle?
Pascal’s TrianglePascal’s Triangle
In Pascal’s Triangle, the value of a cell is the sum of its two shoulders. It has many fun properties. You drew a triangular stack of hexagons before. Now fill
HoneycombHoneycomb
You drew a hex grid in a previous project. Now draw a honeycomb based on that project. The (h,s,v) values of honeycomb is about (0.11,0.95,0.8). Add some tiny random fluctuations