python3-pypjlink2
Implementation of the PJLink Class 1 protocol to control projectors
This library enables control over projectors that support the PJLink protocol.
It allows users to manage power states, input selection, and other projector
functions through a standardized interface. The library specifically includes
support for controlling Optoma projectors. By utilizing network communication,
this library facilitates seamless integration of projector control into larger
automation systems, enabling centralized management and monitoring.
python3-pyserial-asyncio-fast
Python library for asynchronous I/O with serial ports
This extension relies on pySerial and focuses on efficient asynchronous serial
communication. By implementing eager writes similar to the asyncio
selector_events in CPython, it reduces overhead associated with frequent
addition and removal of asyncio writers. This efficiency is particularly
advantageous for high-frequency serial communication tasks, enhancing overall
performance.
python3-adb-shell
implementation of ADB with shell and FileSync functionality
This Python package implements ADB shell and FileSync functionality.
python3-pointpats
statistical analysis of planar point patterns
The main objective of this module is to provide methods and functions for
analyzing spatial patterns in point data. This includes the detection and
characterization of different types of patterns, such as clusters, scatters
or random patterns.
python3-pymetno
Library to communicate with the met.no API
PyMetno is a Python library designed for interaction with the met.no API. It
enables access to meteorological data provided by the Norwegian Meteorological
Institute. The library handles the complex processes of querying the API and
parsing the returned XML data into Python-compatible structures, making it
easier to work with weather data.
python3-pyfibaro
API to access Fibaro Home Center from Python
Provides a simple interface for interacting with Fibaro Home Center devices.
The library facilitates the integration and control of smart home devices via
the Fibaro Home Center APIs. It enables the execution of various commands and
retrieval of device status from Fibaro Home Center systems, supporting
features like authentication and device management.