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flybywiresim avatar

flybywiresim/a32nx

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5,374 estrellas·1,139 forks·TypeScript·GPL-3.0·6 vistasflybywiresim.com↗

A32nx

Este proyecto es una simulación de aeronave de código abierto para Microsoft Flight Simulator, que proporciona una recreación de alta fidelidad de un avión comercial. Consiste en un modelo de vuelo detallado, una cabina virtual interactiva y sistemas de aeronave simulados diseñados para replicar el comportamiento de un jet de pasajeros del mundo real.

La simulación emplea una arquitectura de aviónica modular y sincronización de cabina basada en estados para gestionar los instrumentos de la cabina de vuelo. Utiliza un tiempo de ejecución de WebAssembly para lógica de sistemas de alto rendimiento y cuenta con una red de puente de datos para enrutar datos de simulación a hardware externo y herramientas de terceros.

El proyecto cubre amplios dominios de simulación de aviación, incluyendo dinámica de vuelo de aviones comerciales, la replicación de procedimientos de vuelo del mundo real y la creación de libreas exteriores personalizadas. También incluye recursos de instrucción para operaciones de vuelo y herramientas interactivas para la exploración de la cabina.

El software se mantiene a través de un sistema de gestión de complementos dedicado para instalar y actualizar la simulación y sus extensiones compatibles.

Features

  • Commercial Aircraft Simulations - Provides a high-fidelity simulation of a commercial airliner within Microsoft Flight Simulator.
  • Specific Aircraft Models - Recreate specific aircraft models with high fidelity, focusing on accurate visual and functional representations.
  • Interactive Virtual Cockpits - Ships a clickable flight deck interface with simulated avionics and systems for practicing real-world pilot procedures.
  • Airliner Flight Models - Implements high-fidelity flight dynamics and aircraft systems that replicate the behavior of a real-world passenger jet.
  • Flight Dynamics Models - Recreate commercial aircraft with high precision and realistic behavior for use within a simulation environment.
  • Systems Simulations - Recreate complex aircraft systems and flight deck instrumentation to provide a high-fidelity simulation experience.
  • Commercial Airliner Operations - Simulates real-world flight procedures from preflight to landing using passenger aircraft.
  • Flight Simulator Add-ons - Provides a high-fidelity simulation of a commercial airliner designed for use within Microsoft Flight Simulator.
  • Flight Procedure Simulations - Replicates flight procedures from preflight setup through landing based on real-world pilot standards.
  • Flight Simulation Environments - Provides a high-fidelity flight simulation environment for recreating complex aircraft systems in Microsoft Flight Simulator.
  • Airliner Flight Dynamics - Recreates flight dynamics and systems of wide-body and narrow-body airliners.
  • Simulation Data Bridging - Connects simulation aircraft to external hardware and data sources by routing traffic into the primary simulator.
  • Cockpit State Syncing - Synchronizes aircraft system variables with 2D and 3D cockpit instruments.
  • Flight Operations Instruction - Provides instructional guides and terminology for operating airliners and executing flight procedures.
  • Interactive Cockpit Explorers - Provides interactive interfaces to help users identify and understand the functions of aircraft controls and instruments.
  • Open-Source Flight Simulations - Provides a community-driven, open-source recreation of commercial aircraft models and cockpit instrumentation.
  • External Controller Integrations - Interfaces physical hardware controllers with the simulation for controlling aircraft systems.
  • System Event Routing - Maps physical cockpit interactions to aircraft system functions via a decoupled event bus for state synchronization.
  • Network Bridging Proxies - Routes simulation data through an external proxy to enable communication with third-party hardware.
  • Modular Architectures - Uses a modular architecture to separate flight deck instruments into independent modules consuming a centralized data stream.
  • Wasm-Based Execution - Executes complex flight systems and aircraft logic inside a WebAssembly runtime for high performance.
  • Simulation and Modeling - Development hub for open-source flight simulation aircraft projects.

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Preguntas frecuentes

¿Qué hace flybywiresim/a32nx?

Este proyecto es una simulación de aeronave de código abierto para Microsoft Flight Simulator, que proporciona una recreación de alta fidelidad de un avión comercial. Consiste en un modelo de vuelo detallado, una cabina virtual interactiva y sistemas de aeronave simulados diseñados para replicar el comportamiento de un jet de pasajeros del mundo real.

¿Cuáles son las características principales de flybywiresim/a32nx?

Las características principales de flybywiresim/a32nx son: Commercial Aircraft Simulations, Specific Aircraft Models, Interactive Virtual Cockpits, Airliner Flight Models, Flight Dynamics Models, Systems Simulations, Commercial Airliner Operations, Flight Simulator Add-ons.

¿Qué alternativas de código abierto existen para flybywiresim/a32nx?

Las alternativas de código abierto para flybywiresim/a32nx incluyen: ethz-asl/rotors_simulator — Rotors Simulator is a physics-based simulation framework designed for testing multirotor unmanned aerial vehicles and… px4/px4-autopilot — PX4-Autopilot is a professional-grade flight control software stack designed for autonomous unmanned vehicles,… alibaba/beehive — BeeHive is a modular architecture framework for iOS applications. It provides a dependency injection container, an… abpframework/abp — ABP is an opinionated architectural framework for building enterprise software solutions using .NET and ASP.NET Core.… amov-lab/prometheus — Prometheus is an autonomous drone flight stack providing a software suite for navigation, target recognition, and… hanami/hanami — Hanami is a full-stack Ruby web framework and API platform designed for building maintainable applications. It centers…