This library allows users to retrieve windspeed and air quality index data by querying the Stookwijzer and Luchtmeetnet APIs. By analyzing these environmental parameters, it provides advice on whether to engage in activities like burning pallets, wood, or using a barbecue. This helps reduce health risks associated with poor air quality and high wind speeds. The data is sourced from the Atlas Leefomgeving to ensure accurate and up-to-date information.

This library enables communication with the Sure Petcare API, which allows control of devices such as the Sure Petcare Pet Door and Cat Flap Connect. It provides functions to lock or unlock pet doors, retrieve the location and status of pets and devices, and access historical data and past notifications. The library supports interaction with Sure Petcare's cloud services to manage and monitor pet-related devices effectively.

This library allows for communication with Tesla Powerwall energy storage systems over a local network. It provides access to various metrics and operational controls, enabling users to monitor battery levels, charge states, energy flow, and system statuses. Additionally, it allows management of the Powerwall's operation modes and provides detailed information about the connected components such as battery packs and meters. Essential data like grid status, device type, and site information are also accessible through this library, facilitating comprehensive monitoring and control of the energy system.

This library provides an asynchronous API to interact with Tesla Wall Connector Gen 3 devices. It enables users to monitor and control the wall connector over a local network. The library is designed for integration purposes, allowing programmatic access to key functionalities such as obtaining energy metrics. Users can retrieve information like lifetime energy consumption and other relevant operational details of the wall connector. The interaction occurs through the wall connector's Wi-Fi connection, facilitating seamless local communication and management.

This library provides functionality to read usage data from Landis & Gyr Ultraheat heat meter units through an optical interface. It supports obtaining detailed information such as heat usage, volume usage, device number, error codes, operating hours, and various other metrics. The library interacts with the heat meter unit via an (USB) IR reader, which must be connected to the machine running the script. The utility of this library extends to obtaining data in multiple energy and volume units and handling electric consumption for heat metering analytics and diagnostics.

This library provides functionality to parse map data generated by Roborock vacuums. It allows you to extract and interpret map information which enables various automation and integration scenarios. The library processes raw map bytes into structured data, which can be leveraged to visualize, analyze, or manage Roborock vacuum operations. This includes handling elements such as cleaning paths, charger positions, and other important map-related details. It supports interaction with Roborock devices to fetch and decode stored maps.