The turtle module provides turtle graphics primitives, in both object-oriented and procedure-oriented ways. Because it uses Tkinter for the underlying graphics, it needs a version of Python installed with Tk support.
turtle.shearfactor()
This function is used to set or return the current shearfactor. It Shears the turtleshape according to the given shearfactor shear, which is the tangent of the shear angle.Â
Syntax : turtle.shearfactor(shear=None)
Parameter:Â
shear(optional): number, tangent of the shear angle.
Below is the implementation of the above method with some examples :
Example 1 :
Python3
# importing package import turtle   # set turtle turtle.speed(1) turtle.shape("turtle") turtle.up() turtle.goto(-150,0) turtle.down()   # forward turtle by 100 turtle.forward(100)   # set shear by +ive value turtle.shearfactor(0.2)   # forward turtle by 100 turtle.forward(100)   # set shear by -ive value turtle.shearfactor(-0.2)   # forward turtle by 100 turtle.forward(100) |
Output :
Example 2 :
Python3
# importing package import turtle   # set turtle turtle.speed(1) turtle.up() turtle.goto(-40,40) turtle.down()   # set shear and apply to # all shapes turtle.shearfactor(0.5)   # get shape sh=turtle.getshapes()   # loop for pattern for i in range(len(sh)):     turtle.shape(sh[i])     turtle.forward(100+10*i)     turtle.right(90)     turtle.forward(100+10*i)     turtle.right(90) |
Output :
