3×3 Squares 05/04/201905/04/2019 | James LiuJames Liu | 0 Comment | 9:55 am Categories: Difficulty Level 2 loop random Draw a 3×3 squares filled with random colors. Tags: loop, random Post navigation PREVIOUS Previous post: LollipopNEXT Next post: Poké Ball Related Post Drawing Ellipse with Parametric Equation in Python TurtleDrawing Ellipse with Parametric Equation in Python Turtle 04/05/201904/05/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment We have several projects drawing ovals. Ellipse is not the same oval. An ellipse is a curve surrounding two focal points such that the sum of the distances to the two READ MOREREAD MORE Let It SnowLet It Snow 03/04/201903/04/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Create a list of snowflakes and let them fall slowly with random drifting movement. Video of this animation: READ MOREREAD MORE Hexagon Spiral with Python and Turtle (Source Code)Hexagon Spiral with Python and Turtle (Source Code) 08/21/202008/21/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Draw the following spiral with hexagon shape. In each loop, increase the forward length and turn slightly less than 60 degrees. Source Code: READ MOREREAD MORE
Drawing Ellipse with Parametric Equation in Python TurtleDrawing Ellipse with Parametric Equation in Python Turtle 04/05/201904/05/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment We have several projects drawing ovals. Ellipse is not the same oval. An ellipse is a curve surrounding two focal points such that the sum of the distances to the two READ MOREREAD MORE
Let It SnowLet It Snow 03/04/201903/04/2019 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Create a list of snowflakes and let them fall slowly with random drifting movement. Video of this animation: READ MOREREAD MORE
Hexagon Spiral with Python and Turtle (Source Code)Hexagon Spiral with Python and Turtle (Source Code) 08/21/202008/21/2020 | J & J Coding AdventureJ & J Coding Adventure | 0 Comment Draw the following spiral with hexagon shape. In each loop, increase the forward length and turn slightly less than 60 degrees. Source Code: READ MOREREAD MORE