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Wand adaptive_resize() function - Python

Last Updated : 19 May, 2021
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The adaptive_resize() function is an inbuilt function in the Python Wand ImageMagick library which is used to resize the image by mesh interpolation technique. It is present in class wand.image.

Syntax: 

adaptive_resize(columns, rows)

Parameters: This function accepts two parameters as mentioned above and defined below:  

  • columns: This parameter is used to specify the value of width of the resized image.
  • rows: This parameter is used to specify the value of height of the resized image.

Return Value: This function returns the Wand ImageMagick object.

Original Image: 
 

Example 1:  

Python3
# Import library from Image 
from wand.image import Image

# Import the image
with Image(filename ='../geeksforgeeks.png') as image:
    # Clone the image in order to process
    with image.clone() as adaptive_resize:
        # Invoke adaptive_resize function with columns as 1024, rows as 768
        adaptive_resize.adaptive_resize(1024, 768)
        # Save the image
        adaptive_resize.save(filename ='adaptive_resize1.jpg')

Output: 

Example 2:  

Python3
# Import libraries from the wand  
from wand.image import Image
from wand.drawing import Drawing
from wand.color import Color

with Drawing() as draw:
    # Set Stroke color the circle to black
    draw.stroke_color = Color('black')
    # Set Width of the circle to 2 
    draw.stroke_width = 1
    # Set the fill color to 'White (# FFFFFF)'
    draw.fill_color = Color('white')

    # Invoke Circle function with center at 50, 50 and radius 25
    draw.circle((200, 200), # Center point
                (100, 100)) # Perimeter point
    # Set the font style
    draw.font = '../Helvetica.ttf'
    # Set the font size 
    draw.font_size = 30
    
    with Image(width = 400, height = 400, background = Color('# 45ff33')) as pic:
        # Set the text and its location
        draw.text(int(pic.width / 3), int(pic.height / 2), 'GeeksForGeeks !')
        # Draw the picture
        draw(pic)
        # Invoke Adaptive Resize function with columns as 800, rows as 800
        pic.adaptive_resize(800, 800)
        # Save the image 
        pic.save(filename ='adaptive_resize2.jpg')

Output: 


 


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