Ghost 04/19/201904/19/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment | 2:21 pm Categories: Difficulty Level 4 loop Tags: loop Post navigation PREVIOUS Previous post: Colorful Penrose Tiling 2 with Python TurtleNEXT Next post: Penrose Triangle with Python Turtle (Source Code Included) Related Post Penrose Tiling with Python TurtlePenrose Tiling with Python Turtle 04/18/201904/18/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Penrose tiling is a beautiful non-periodic tiling method. Draw it with your favorite color combination. READ MOREREAD MORE Rainbow TargetRainbow Target 02/26/201902/26/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Use for loop to draw the following colorful rainbow target. You may also want to use colorsys library to convert HSV colors to RGB colors. READ MOREREAD MORE Game of SIM with Python Turtle (Source Code Included)Game of SIM with Python Turtle (Source Code Included) 06/25/202006/25/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Game of SIM was inventedĀ in 1969 by Gustavus Simmons. In this two player (red and blue) game, each player takes turn to connect two vertices of a hexagon with the READ MOREREAD MORE
Penrose Tiling with Python TurtlePenrose Tiling with Python Turtle 04/18/201904/18/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Penrose tiling is a beautiful non-periodic tiling method. Draw it with your favorite color combination. READ MOREREAD MORE
Rainbow TargetRainbow Target 02/26/201902/26/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Use for loop to draw the following colorful rainbow target. You may also want to use colorsys library to convert HSV colors to RGB colors. READ MOREREAD MORE
Game of SIM with Python Turtle (Source Code Included)Game of SIM with Python Turtle (Source Code Included) 06/25/202006/25/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Game of SIM was inventedĀ in 1969 by Gustavus Simmons. In this two player (red and blue) game, each player takes turn to connect two vertices of a hexagon with the READ MOREREAD MORE