Animate the Ebbinghaus Illusion as shown here.
Animate the Ebbinghaus Illusion as shown here.
Although both orange circles have the same size, one appears to be bigger than the other.
A YouTube channel MindYourDecisions posted a video about an interesting Chinese College Entrance exam question. The following is the screen of the problem posted by MindYourDecisions: Draw the graph of
Draw the Sierpinski Pentagon with Chaos Game. Work on this Sierpinski Triangle with Chaos Game first if you haven’t done so already. Hint: Try jump less than half way to
Draw Barnsley’s Fern with Chaos Game. The equation for construction is provided in this Wikipedia article. Solution:
In a previous project, you drew a Sierpinski Triangle with Chaos Game. You also did restricted chaos projects for square and pentagon. Now, generalize the project that allows chaos game for polygon of any
In a previous project, you drew a Sierpinski Triangle with Chaos Game. You also did restricted chaos projects for square and pentagon. Now, generalize the project that allows chaos game
In a previous project, you drew a Sierpinski Triangle with Chaos Game. Instead of a triangle, use five points of a pentagon as the target points and play the chaos
Draw graphs of functions with Python Turtle. Hint: use Turtle’s setworldcoordinates() function. The following is graphs of some selected functions:
Develop the Asteroids Game with Python Turtle. Because this project is fairly large, you may want to use Object Oriented Programming by defining several classes and put them in separate