Pillow This function opens an image at a specified path and applies the corresponding filter based on the type of filter passed in. It then saves the processed image. 2024-12-16 12:16:07 Image processing 12 views
Tornado, httpclient This function uses Tornado's httpclient module to asynchronously fetch a random quote. It defines a handler that uses an asynchronous HTTP client to get a random quote from https://api.quotable.io/random API and returns the result to the requestor. 2024-12-16 12:16:07 Asynchronous HTTP request 25 views
Crossbar This code defines a function named `random_crossbar_function` that generates a component and registers it to a Crossbar node. The component receives messages via JSONRPC protocol and prints them. 2024-12-16 12:16:07 Function 29 views
flask-wtf, wtforms This code defines a form class based on the flask-wtf library, used for user registration. The form includes username and password fields with corresponding validators. 2024-12-16 12:16:07 The type of code 17 views
CatBoost, NumPy This function uses a CatBoost model to predict the output for a given data. It first checks if the input model is an instance of CatBoostClassifier, and then makes predictions using the model. 2024-12-16 12:16:06 Function 14 views
Pillow, PyTesseract This function uses the Pillow library to open an image and then uses the PyTesseract library to perform Optical Character Recognition (OCR) to extract text from the image. 2024-12-16 12:16:06 Python Function 15 views
Python, datetime, random The code defines a function that generates a random date between two given dates. It first converts the input date strings into datetime objects, then calculates the time difference between the two dates, randomly selects a second within this time difference, and finally adds this second to the start date to get a random date. 2024-12-16 12:16:06 The type of code 16 views
spaCy This function uses spaCy's lemmatizer to lemmatize the input text, returning a list of lemmatized tokens. 2024-12-16 12:16:06 Function 11 views
The code uses the SHAP library to analyze the interpretability of a machine learning model. It accepts a trained model and input data, computes SHAP values, and visualizes them using waterfall plots. This code defines a function that uses the SHAP library to analyze the interpretability of a machine learning model. It accepts a trained model and input data, computes SHAP values, and visualizes them using waterfall plots. 2024-12-16 12:16:05 The type of code 14 views
Panda3D This function creates a randomly sized cube and allows specifying the color. It uses the CubeNode and LVector3 classes from Panda3D. 2024-12-16 12:16:05 Panda3D 12 views
