Fibonacci vs Golden Ratio Tiling 03/08/201903/08/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment | 2:28 pm Categories: Difficulty Level 6 loop math recursion Draw Fibonacci tiling and Golden Ratio Tiling in one canvas. Which one is Golden Ratio Tiling? Fibonacci vs Golden Ratio Tiling Tags: loop, loops, math, recursion Post navigation PREVIOUS Previous post: Golden Ratio TilingNEXT Next post: Golden Spiral Related Post Restricted Square Chaos Game 1Restricted Square Chaos Game 1 06/28/201906/28/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment In a previous project, you drew a Sierpinski Triangle with Chaos Game. Instead of a triangle, use four points of a square as the target points and play the chaos READ MOREREAD MORE Many Rotated StarsMany Rotated Stars 04/17/201904/17/2019 | Kevin XuKevin Xu | 0 Comment Rotate the unfilled star many times to draw the following shape. READ MOREREAD MORE Quadratic Koch Snowflake from a Triangle (Source Code)Quadratic Koch Snowflake from a Triangle (Source Code) 08/30/202008/30/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment The quadratic Koch snowflake starts from a square. Draw the quadratic Koch snowflake starting with a triangle. Source Code: READ MOREREAD MORE
Restricted Square Chaos Game 1Restricted Square Chaos Game 1 06/28/201906/28/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment In a previous project, you drew a Sierpinski Triangle with Chaos Game. Instead of a triangle, use four points of a square as the target points and play the chaos READ MOREREAD MORE
Many Rotated StarsMany Rotated Stars 04/17/201904/17/2019 | Kevin XuKevin Xu | 0 Comment Rotate the unfilled star many times to draw the following shape. READ MOREREAD MORE
Quadratic Koch Snowflake from a Triangle (Source Code)Quadratic Koch Snowflake from a Triangle (Source Code) 08/30/202008/30/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment The quadratic Koch snowflake starts from a square. Draw the quadratic Koch snowflake starting with a triangle. Source Code: READ MOREREAD MORE