Add colors to Semi-Regular Tessellation 3.4.6.4.
Category: Difficulty Level 7
Semi-Regular Tessellation 3.4.6.4 with Python TurtleSemi-Regular Tessellation 3.4.6.4 with Python Turtle
There are 8 semi-regular tessellations. Draw the following semi-regular tessellation 3.4.6.4 with Python Turtle.
Cycloid and Trochoid with Python TurtleCycloid and Trochoid with Python Turtle
Cycloid is curve formed by tracing a point on a circle while is rolling along a straight line. Animate the drawing process of cycloid. You can set the tracking point
Recursive EyeRecursive Eye
Color the recursive ovals with gradually changing hue, saturation, and brightens using colorsys library.
Recursive OvalsRecursive Ovals
Knowing how to draw an oval, use recursion to draw the following ovals inside ovals.
Sky Full of Twinkling StarsSky Full of Twinkling Stars
You drew sky full of stars in a previous project. Animate it by changing the brightnesses of these stars. Each star has its own cycle and phase.
Tutorial: Gradually Lighting Up and MovingTutorial: Gradually Lighting Up and Moving
This tutorial explains how to implement gradually lighting up and moving animation. This is a continuation of gradually lighting up animation tutorial. So, please make sure you read it before
Gradually Lighting Up and Moving AnimationGradually Lighting Up and Moving Animation
In a previous project, you animated a dot to gradually light up at every a few seconds. Now make the dot move randomly as it lights up. Read tutorial on
MosaicMosaic
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).
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