Code Snippet #6: A rose by any other name

 So I found this turtle code that makes a rose from this website that I thought would be neat to share 
I also found out a way to modify it, so that I wouldn't autoclose.

so anyways here is how to make a flower(a rose) from python's turtle!

from turtle import *

import turtle as t

t = t.Turtle()

t.penup ()

t.left (90)

t.fd (200)

t.pendown ()

t.right (90)

t.fillcolor ("red")

t.begin_fill ()

t.circle (10,180)

t.circle (25,110)

t.left (50)

t.circle (60,45)

t.circle (20,170)

t.right (24)

t.fd (30)

t.left (10)

t.circle (30,110)

t.fd (20)

t.left (40)

t.circle (90,70)

t.circle (30,150)

t.right (30)

t.fd (15)

t.circle (80,90)

t.left (15)

t.fd (45)

t.right (165)

t.fd (20)

t.left (155)

t.circle (150,80)

t.left (50)

t.circle (150,90)

t.end_fill ()

t.left (150)

t.circle (-90,70)

t.left (20)

t.circle (75,105)

t.setheading (60)

t.circle (80,98)

t.circle (-90,40)

t.left (180)

t.circle (90,40)

t.circle (-80,98)

t.setheading (-83)

t.fd (30)

t.left (90)

t.fd (25)

t.left (45)

t.fillcolor ("dark green")

t.begin_fill ()

t.circle (-80,90)

t.right (90)

t.circle (-80,90)

t.end_fill ()

t.right (135)

t.fd (60)

t.left (180)

t.fd (85)

t.left (90)

t.fd (80)

t.right (90)

t.right (45)

t.fillcolor ("dark green")

t.begin_fill ()

t.circle (80,90)

t.left (90)

t.circle (80,90)

t.end_fill ()

t.left (135)

t.fd (60)

t.left (180)

t.fd (60)

t.right (90)

t.circle (200,60)

t.screen.mainloop()

and here is wise words from Code-Meister 

Code Execution:

Graphics Generation:

The code utilizes the Turtle Graphics library to draw intricate patterns and shapes.

t.Turtle() creates a Turtle object named t for drawing on the screen.

A series of pen movements, rotations, and fill color instructions set the stage for the graphical masterpiece.

Shape Filling Techniques:

The fillcolor and begin_fill() commands initiate the filling of shapes with the specified color.

Complex patterns are formed using a combination of circles, lines, and geometric transformations.

Different fill colors add depth and vibrancy to the visual representation.

Artistic Process:

The code orchestrates a sequence of movements and rotations to construct a visually appealing composition.

Each step in the code contributes to the final artwork, demonstrating the versatility of Turtle Graphics.

Execution:

When executed, the Turtle Graphics window showcases the intricate patterns and shapes created by the code.

Observe the artistic elements come together to form a captivating visual representation.

Application and Learning:

Turtle Graphics Mastery: Explore the use of Turtle Graphics for artistic expression and geometric design.

Algorithmic Art: Delve into the algorithmic approach to creating visually pleasing patterns and shapes.

Conclusion:

This code showcases Turtle's potential for creating visually appealing graphics. Here are ideas for further exploration:

Color Experiments: Explore different color combinations for the apple, stem, and leaf.

Shape Variations: Try creating different fruit shapes or objects using Turtle's drawing capabilities.

Background Texture: Add a background color or pattern to enhance the visual appeal.

Animation: Experiment with Turtle's animation features to bring your creations to life.

The possibilities are endless! Let your imagination be your guide!