Ebbinghaus Illusion (Titchener Circles) with Python Turtle 11/22/201911/22/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment | 1:31 pm Categories: Difficulty Level 4 loop math Although both orange circles have the same size, one appears to be bigger than the other. Titchener Circles Tags: illusion, loops, math Post navigation PREVIOUS Previous post: Hering Illusion Animated with Python TurtleNEXT Next post: Ebbinghaus Illusion (Titchener Circles) Animated with Python Turtle Related Post Expanding Tilted CirclesExpanding Tilted Circles 03/08/201903/08/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment You drew 60 tilted circles. Now draw fewer circles but with circles of expanding sizes. You can also add color to make it look better. READ MOREREAD MORE Golden Dragon Curve Fractal (Source Code)Golden Dragon Curve Fractal (Source Code) 09/19/202009/19/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Draw a dragon curve based on the golden ratio. At each recursion, the first recursion step turns 32.89 degrees to the left and move 0.74 times the original distance; the READ MOREREAD MORE Center Connected Hexagon (Source Code)Center Connected Hexagon (Source Code) 10/14/202010/14/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Draw a regular hexagon that have vertices connected to the center. Use for loop to draw this shape. Source Code: READ MOREREAD MORE
Expanding Tilted CirclesExpanding Tilted Circles 03/08/201903/08/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment You drew 60 tilted circles. Now draw fewer circles but with circles of expanding sizes. You can also add color to make it look better. READ MOREREAD MORE
Golden Dragon Curve Fractal (Source Code)Golden Dragon Curve Fractal (Source Code) 09/19/202009/19/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Draw a dragon curve based on the golden ratio. At each recursion, the first recursion step turns 32.89 degrees to the left and move 0.74 times the original distance; the READ MOREREAD MORE
Center Connected Hexagon (Source Code)Center Connected Hexagon (Source Code) 10/14/202010/14/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Draw a regular hexagon that have vertices connected to the center. Use for loop to draw this shape. Source Code: READ MOREREAD MORE