In a previous project, we draw a 5 degree square spiral in a square. Use the colosys library to fill the square with gradually changing hues. Also, reduce the tilting
5 Degree Square Spiral in a Square (Source Code)5 Degree Square Spiral in a Square (Source Code)
As you can see in the following picture, the squares are tilted by 5 degrees inside a bigger square generating spiral effect. Source Code:
Spiral of Squares (Source Code)Spiral of Squares (Source Code)
Draw the following spiral of squares with Python and Turtle. Source Code:
Colored Vicsek Fractal with Python Turtle (Source Code)Colored Vicsek Fractal with Python Turtle (Source Code)
Use colorsys library draw colored Vicsek Fractal. Fix saturation and value, change hue gradually from 0 to 1 from center to the outer edge. Source Code:
Red Cross with Python Turtle (Source Code)Red Cross with Python Turtle (Source Code)
The following red cross with Python and Turtle. You need to fill it with a color. Source Code:
Vicsek Fractal with Python and Turtle (Source Code)Vicsek Fractal with Python and Turtle (Source Code)
Draw the Vicsek Fractal based on cross with recursion and Turtle. The following figures show first a few recursive steps: Source Code:
Cesàro (Torn Squares) Fractal with Python Turtle (Source Code)Cesàro (Torn Squares) Fractal with Python Turtle (Source Code)
Cesàro (Torn Squares) Fractal is a variation of Koch Snowflake. In Cesàro Fractal the degree to turn can vary from 60 degrees to 90 degrees. Koch Snowflake line only curves
Minkowski Island with Python Turtle (Source Code)Minkowski Island with Python Turtle (Source Code)
Minkowski Island is a fractal that is a variant to Koch snowflake. The following figures show Minkowski Island. Source Code:
Koch Antisnowflake (Source Code)Koch Antisnowflake (Source Code)
In Koch snowflake, the line curves outward. Draw Koch Antisnowflake where lines curve inward as shown here: Source Code:
Hindu Temple Fractal with Python Turtle (Source Code)Hindu Temple Fractal with Python Turtle (Source Code)
This paper describes the fractal geometry of Kandariya Mahadeva Temple. Draw the following fractal shape with Python and Turtle. Source Code: