Design a two player tic-tac-toe game with Python Turtle. You will need to use onclick() event to let two human players play against each other. Source Code:
Animating Knight’s Minimum Move with Python Turtle (Source Code Included)Animating Knight’s Minimum Move with Python Turtle (Source Code Included)
Write a program that animates the move of a knight in a chess board from any source to any destination with the minimum number of steps. You may need to
Bulge Illusion with Python Turtle (Source Code Included)Bulge Illusion with Python Turtle (Source Code Included)
This is another Akiyoshi illusion. It feels like the center is bulging. Source Code:
Rolling Illusion with Python Turtle (Source Code Included)Rolling Illusion with Python Turtle (Source Code Included)
Akiyoshi made this original rolling illusion. It feels like the cylinders are rolling. You may want to how to draw oval or ellipse for this project. Source code:
24 Game Solver with Python Turtle (Source Code Included)24 Game Solver with Python Turtle (Source Code Included)
24 Game is a mathematical puzzle that make 4 numbers make evaluate to 24 with basic arithmetical operators ( +, -, ×, ÷). For example, given 4 numbers 1,5,5,5, we
Jastrow Illusion AnimatedJastrow Illusion Animated
Animate the Jastrow Illusion by sliding the shape on the bottom towards the one on the top.
Jastraw Illusion with Python TurtleJastraw Illusion with Python Turtle
Which shape is larger? Although they are exactly the same shape, the one of bottom seems to be larger. More information about this illusion can be found in this Wikipedia
Ebbinghaus Illusion (Titchener Circles) Animated with Python TurtleEbbinghaus Illusion (Titchener Circles) Animated with Python Turtle
Animate the Ebbinghaus Illusion as shown here.
Ebbinghaus Illusion (Titchener Circles) with Python TurtleEbbinghaus Illusion (Titchener Circles) with Python Turtle
Although both orange circles have the same size, one appears to be bigger than the other.
Hering Illusion Animated with Python TurtleHering Illusion Animated with Python Turtle
Animate the Hering Illusion as shown here. Observe how the illusion changes as the blue lines change.