Stack of Hexagons 03/13/201903/13/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment | 9:26 am Categories: Difficulty Level 5 loop nested for loop Draw the following triangular stack of hexagons. Triangular Stack of Hexagons with Python Turtle Related Project: Stack of Circles Tags: loop, loops, nested loop, nested loops Post navigation PREVIOUS Previous post: Conway’s Game of LifeNEXT Next post: Colorful Stack of Hexagons Related Post Music NotesMusic Notes 04/17/201904/17/2019 | Kevin XuKevin Xu | 0 Comment Draw many randomly tilted and positioned music notes. READ MOREREAD MORE Semi-Regular Tessellation 4.8.8 with Python TurtleSemi-Regular Tessellation 4.8.8 with Python Turtle 04/16/201904/16/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment There are 8 semi-regular tessellations. Draw the following semi-regular tessellation 4.8.8. READ MOREREAD MORE 6-Line Snowflake Fractal with Python and Turtle (Tutorial and Source Code)6-Line Snowflake Fractal with Python and Turtle (Tutorial and Source Code) 05/27/202105/27/2021 | JinshengJinsheng | 0 Comment Use recursion to draw the following snowflake shape generated from 6 sub-fractals of splitting lines. The following figures show recursion depths ranging from 0 to 4. Solution: To solve this READ MOREREAD MORE
Music NotesMusic Notes 04/17/201904/17/2019 | Kevin XuKevin Xu | 0 Comment Draw many randomly tilted and positioned music notes. READ MOREREAD MORE
Semi-Regular Tessellation 4.8.8 with Python TurtleSemi-Regular Tessellation 4.8.8 with Python Turtle 04/16/201904/16/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment There are 8 semi-regular tessellations. Draw the following semi-regular tessellation 4.8.8. READ MOREREAD MORE
6-Line Snowflake Fractal with Python and Turtle (Tutorial and Source Code)6-Line Snowflake Fractal with Python and Turtle (Tutorial and Source Code) 05/27/202105/27/2021 | JinshengJinsheng | 0 Comment Use recursion to draw the following snowflake shape generated from 6 sub-fractals of splitting lines. The following figures show recursion depths ranging from 0 to 4. Solution: To solve this READ MOREREAD MORE