API REST de Python para crear y convertir imágenes

Instalar Aspose.Imaging Cloud SDK para Python a través de PyPi

pip install aspose-imaging-cloud 

También puede descargarlo directamente desde la página del producto Aspose.

¿Cómo leer/escribir una imagen hacia/desde el almacenamiento en la nube a través de Python?

# set the input image path and format
name = 'input_image.jpg'
format = 'jpg'
folder = 'your_folder_path'

# send the request to the API to download the image
response = imaging_api.get_image_download(name, folder=folder, format=format)

# read the image data from the response
image_data = response.content

# Write an Image to the Cloud Storage via Python API

# set the output image path and format
name = 'output_image.jpg'
format = 'jpg'
folder = 'your_folder_path'

# send the request to the API to upload the image
response = imaging_api.create_updated_image(name, image_data, folder=folder, format=format)

# read the response to confirm the image was uploaded successfully
if response.status_code == 200:
    print('Image uploaded successfully.')
else:
    print('Error uploading image:', response.content)

¿Cómo cambiar el tamaño o recortar imágenes mediante la API de Python?

import asposeimagingcloudsdk
from asposeimagingcloudsdk.models.requests import CreateResizedImageRequest, CreateCroppedImageRequest

# Initialize Aspose.Imaging Cloud API client
imaging_api = asposeimagingcloudsdk.ImagingApi(api_key='YOUR_API_KEY', app_sid='YOUR_APP_SID')
# Set the input image file name and format
filename = 'input_image.jpg'
format = 'jpg'
# Set the output image file name and format
output_filename = 'output_image.jpg'
output_format = 'jpg'

# Set the new size for the resized image
new_width = 500
new_height = 500
# Set the coordinates and size of the area to be cropped
x = 50
y = 50
width = 400
height = 400
# Create a request object for creating the resized image
resize_request = CreateResizedImageRequest(filename, new_width, new_height, format, output_format, folder='input')
# Call the API to resize the image and save the result to the cloud storage
response = imaging_api.create_resized_image(resize_request)
# Create a request object for creating the cropped image
crop_request = CreateCroppedImageRequest(output_filename, output_format, x, y, width, height, format, folder='output')
# Call the API to crop the image and save the result to the cloud storage
response = imaging_api.create_cropped_image(crop_request)

¿Cómo encontrar imágenes duplicadas a través de la API de Python?

# optional parameters are base URL, API version and debug mode
imaging_api = ImagingApi('yourClientSecret', 'yourClientId')

# create search context or use existing search context ID if search context was
# created earlier
api_response = imaging_api.create_image_search(CreateImageSearchRequest())
search_context_id = api_response.id

# extract images features if it was not done before
imaging_api.create_image_features(CreateImageFeaturesRequest(
    search_context_id, image_id=None, images_folder='WorkFolder'))

# wait 'till image features extraction is completed
while imaging_api.get_image_search_status(
        GetImageSearchStatusRequest(
            search_context_id)).search_status != 'Idle':
    time.sleep(10)

# request finding duplicates
response = imaging_api.find_image_duplicates(
    FindImageDuplicatesRequest(search_context_id, 90))

# process duplicates search result
for duplicates in response.duplicates:
    print('Duplicates:')
    for duplicate in duplicates.duplicate_images:
        print('ImageName: {0}, Similarity: {1}'.format(duplicate.image_id,
                                                       duplicate.similarity))