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# Draw a Flower using Turtle in Python

• Last Updated : 23 Oct, 2020

Prerequisites: Turtle Programming in Python

Turtle is a Python feature like a drawing board, which lets us command a turtle to draw all over it! We can use functions like turtle.forward(…) and turtle.right(…) which can move the turtle around. Turtle is a beginner-friendly way to learn Python by running some basic commands and viewing the turtle do it graphically. It is like a drawing board that allows you to draw over it. The turtle module can be used in both object-oriented and procedure-oriented ways.
To draw, Python turtle provides many functions and methods i.e. forward, backward, etc. Some commonly used methods are:

• forward(x): moves the pen in the forward direction by x unit.

• backward(x): moves the pen in the backward direction by x unit.

• right(x): rotate the pen in the clockwise direction by an angle x.

• left(x): rotate the pen in the anticlockwise direction by an angle x.

• penup(): stop drawing of the turtle pen.

• pendown(): start drawing of the turtle pen.

In this article, we are going to write a code for drawing a Flower with the help of Turtle programming. As shown in the figure below.

Approach:

• Import turtle module
• Set speed of the turtle
• Using loops to avoid unnecessary repetition of code.
• Draw each step with specific coordinates

Below is the implementation:

Example1:- Flower

## Python3

 `import` `turtle`  `tur ``=` `turtle.Turtle()``tur.speed(``20``)``tur.color(``"black"``, ``"orange"``)``tur.begin_fill()` `for` `i ``in` `range``(``50``):``    ``tur.forward(``300``)``    ``tur.left(``170``)` `tur.end_fill()``turtle.done()`

Output:

Example 2:

## Python3

 `import` `turtle` `# Set initial position``turtle.penup ()``turtle.left (``90``)``turtle.fd (``200``)``turtle.pendown ()``turtle.right (``90``)` `# flower base``turtle.fillcolor (``"red"``)``turtle.begin_fill ()``turtle.circle (``10``,``180``)``turtle.circle (``25``,``110``)``turtle.left (``50``)``turtle.circle (``60``,``45``)``turtle.circle (``20``,``170``)``turtle.right (``24``)``turtle.fd (``30``)``turtle.left (``10``)``turtle.circle (``30``,``110``)``turtle.fd (``20``)``turtle.left (``40``)``turtle.circle (``90``,``70``)``turtle.circle (``30``,``150``)``turtle.right (``30``)``turtle.fd (``15``)``turtle.circle (``80``,``90``)``turtle.left (``15``)``turtle.fd (``45``)``turtle.right (``165``)``turtle.fd (``20``)``turtle.left (``155``)``turtle.circle (``150``,``80``)``turtle.left (``50``)``turtle.circle (``150``,``90``)``turtle.end_fill ()` `# Petal 1``turtle.left (``150``)``turtle.circle (``-``90``,``70``)``turtle.left (``20``)``turtle.circle (``75``,``105``)``turtle.setheading (``60``)``turtle.circle (``80``,``98``)``turtle.circle (``-``90``,``40``)` `# Petal 2``turtle.left (``180``)``turtle.circle (``90``,``40``)``turtle.circle (``-``80``,``98``)``turtle.setheading (``-``83``)` `# Leaves 1``turtle.fd (``30``)``turtle.left (``90``)``turtle.fd (``25``)``turtle.left (``45``)``turtle.fillcolor (``"green"``)``turtle.begin_fill ()``turtle.circle (``-``80``,``90``)``turtle.right (``90``)``turtle.circle (``-``80``,``90``)``turtle.end_fill ()``turtle.right (``135``)``turtle.fd (``60``)``turtle.left (``180``)``turtle.fd (``85``)``turtle.left (``90``)``turtle.fd (``80``)` `# Leaves 2``turtle.right (``90``)``turtle.right (``45``)``turtle.fillcolor (``"green"``)``turtle.begin_fill ()``turtle.circle (``80``,``90``)``turtle.left (``90``)``turtle.circle (``80``,``90``)``turtle.end_fill ()``turtle.left (``135``)``turtle.fd (``60``)``turtle.left (``180``)``turtle.fd (``60``)``turtle.right (``90``)``turtle.circle (``200``,``60``)``turtle.done()`

Output:

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