3 repositorios
Mapping GPS coordinates or network identifiers to geographical data for localized reporting.
Distinct from GPS Location Tracking: None of the candidates cover high-level application logic for resolving GPS/IP to weather reports; most focus on coordinate transformation or hardware tracking.
Explore 3 awesome GitHub repositories matching mobile development · Geospatial Location Resolution. Refine with filters or upvote what's useful.
Breezy Weather is an open-source weather forecast application and data visualizer. It serves as a mobile client that retrieves atmospheric data, air quality forecasts, and UV indices from various open-source or self-hosted weather service endpoints using REST API integration. The application features a customizable interface that supports the scanning of third-party icon packs, live wallpapers, and home screen widgets. It includes location-based reporting via GPS coordinates or manually selected cities, with options for location privacy management through IP-based masking to reduce coordinate
Determines regional weather reports by mapping GPS coordinates or IP addresses to geographical data providers.
LibrePhotos is a self-hosted photo management system designed for organizing, tagging, and searching photos and videos stored on personal servers. It functions as an AI-powered media organizer and a multi-user media server, providing isolated accounts and secure permissions so multiple people can manage private collections on a single system. The project differentiates itself through a semantic image search engine that allows for natural language queries based on deep metadata analysis. It incorporates computer vision to automatically detect faces and identify objects, while utilizing geospat
Maps GPS coordinates from image headers to geographical data for localized place names.
Redshift es un controlador de iluminación circadiana y herramienta de pantalla consciente de la ubicación que ajusta la temperatura de color y el brillo de la pantalla según la hora del día. Funciona como un gestor de gamma de pantalla, modificando la temperatura de color para que coincida con las condiciones de iluminación ambiental y reducir la fatiga visual. El sistema determina la temperatura ideal de la pantalla calculando la elevación del sol mediante coordenadas geográficas, que pueden proporcionarse manualmente o mediante seguimiento de ubicación automatizado. Emplea la manipulación de rampas gamma para simular cambios de brillo y aplicar ajustes de temperatura de color a nivel de hardware. El proyecto incluye capacidades para la programación automatizada de la pantalla y la sincronización de iluminación ambiental, permitiendo transiciones de color lineales graduales entre perfiles de día y noche. También admite la ejecución de scripts externos y hooks personalizados cuando el servicio transita entre estados operativos.
Provides mechanisms to resolve geographic coordinates from system providers to calibrate solar data for color adjustments.