How To Draw A Hawaiian Turtle

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Turtle programming in Python

Turtle is a special feathers of Python. Using Turtle, nosotros tin hands depict in a cartoon board.

First nosotros import the turtle module. And then create a window, next we create turtle object and using turtle method we can describe in the cartoon lath.

Some turtle method

METHOD	PARAMETER	DESCRIPTION
Turtle()	None	It creates and returns a new turtle object
forrad()	corporeality	It moves the turtle forrard by the specified corporeality
astern()	amount	It moves the turtle backward by the specified corporeality
right()	angle	Information technology turns the turtle clockwise
left()	angle	It turns the turtle counter clockwise
penup()	None	Information technology picks upwardly the turtle's Pen
pendown()	None	Puts downward the turtle's Pen
upwards()	None	Picks up the turtle'southward Pen
down()	None	Puts downward the turtle'southward Pen
color()	Colour name	Changes the colour of the turtle's pen
fillcolor()	Color proper name	Changes the color of the turtle will apply to fill a polygon
heading()	None	It returns the electric current heading
position()	None	It returns the current position
goto()	x, y	It moves the turtle to position x,y
begin_fill()	None	Remember the starting betoken for a filled polygon
end_fill()	None	Information technology closes the polygon and fills with the current fill color
dot()	None	Leaves the dot at the current position
stamp()	None	Leaves an impression of a turtle shape at the electric current location
shape()	shapename	Should be 'arrow', 'classic', 'turtle' or 'circle'

Example code

# import turtle library import turtle              my_window = turtle.Screen()  my_window.bgcolor("blue")       # creates a graphics window my_pen = turtle.Turtle()       my_pen.forward(150)            my_pen.left(90)                my_pen.forward(75) my_pen.color("white") my_pen.pensize(12)

Output

Turtle

Draw a Foursquare

Example code

# import turtle library import turtle              my_pen = turtle.Turtle()       for i in range(4):    my_pen.forward(50)               my_pen.right(xc)                turtle.washed()

Output

Square

Draw a star

Example code

# import turtle library import turtle              my_pen = turtle.Turtle()       for i in range(50):    my_pen.forward(50)               my_pen.right(144)                turtle.done()

Output

Draw a Hexagon

Example code

# import turtle library import turtle              polygon = turtle.Turtle() my_num_sides = 6 my_side_length = 70 my_angle = 360.0 / my_num_sides for i in range(my_num_sides):    polygon.forward(my_side_length)               polygon.right(my_angle)  turtle.done()

Output

Hexagon

Draw a square inside another foursquare box.

Example code

# import turtle library import turtle              my_wn = turtle.Screen() my_wn.bgcolor("light blue") my_wn.title("Turtle") my_pen = turtle.Turtle() my_pen.colour("black") def my_sqrfunc(size):    for i in range(4):       my_pen.fd(size)       my_pen.left(ninety)       size = size - 5 my_sqrfunc(146) my_sqrfunc(126) my_sqrfunc(106) my_sqrfunc(86) my_sqrfunc(66) my_sqrfunc(46) my_sqrfunc(26)

Output

Square Box

Drawing of another pattern

Case code

# import turtle library import turtle              my_wn = turtle.Screen() turtle.speed(2) for i in range(30):    turtle.circle(5*i)    turtle.circumvolve(-5*i)    turtle.left(i) turtle.exitonclick()

Output

Another Pattern

Drawing of another pattern

Example code

# import turtle library import turtle              colors = [ "cherry-red","purple","blue","green","orange","yellow"] my_pen = turtle.Pen() turtle.bgcolor("black") for 10 in range(360):    my_pen.pencolor(colors[x % six])    my_pen.width(10/100 + 1)    my_pen.forward(x)    my_pen.left(59)