Super Turtle

Pablo Pacheco Pérez

Convert the Python turtle into a class called SuperTurtle, which provides new functionalities by executing/creating methods within the SuperTurtle class. Create new drawings, including circles, polygons, Cartesian and polar arrays of various shapes, fractals (both recursive and L-system-based), and arrays of figures positioned at specific coordinates.

• Convert the classic Python turtle into a class called superTurtle.
• It will gain new functionalities by executing/creating methods of the superTurtle class.
• Use the methods of the superTurtle class to quickly create new drawings, such as:
  • Circles drawn from the center.
  • Polygons.
  • Cartesian arrays of different shapes (which can be created using other methods of the same class).
  • Polar arrays of shapes.
  • Geometric figures.
  • Fractals using recursive functions.
  • Fractals using the L-system method.
  • Arrays of figures on points with established coordinates.

Some of the elements:

Circle: (circulo2)

• Function Name: circulo
• radio
• steps: number of lines that compose the circle
• colorRelleno: fillColor

Polar Array (polararray)

• nrad: number of elements in the radial direction
• nang: number of elements in the angular direction
• l0r1:
  • if 0, the array is created counterclockwise
  • if 1, the array is created clockwise
• ang: angle/arc covered by the elements
• ang0: initial angle of inclination of the array
• radio0: initial radius where the elements of the array start

Poligon (poligon)

• n: number of sides
• lado: side length
• vertex: True or False, whether the polygon starts from the edge or the vertex

Cartesian Array (xyarray)

• lx: length of the array in X
• ly: length of the array in Y
• nx: number of elements in the array in X
• ny: number of elements in the array in Y
• center: False or True, whether the array is centered at the initial point

Line Array (linearray)

• nlines: number of lines
• lline: line length
• startangle: initial angle of inclination of the array
• totalangle: angle/arc covered by the elements
• l0r1:
  • if 0, the array is created counterclockwise
  • if 1, the array is created clockwise

Requirements

It works for me with the following versions:

svg-turtle 0.4.1
numpy 1.21.5
pandas 1.4.4
python 3.9.13 matplotlib 3.5.2

Examples

Check the examples folder, you will find ipynb files with a wide variety.