Open Issues Need Help
View All on GitHubAI Summary: Integrate the existing MATLAB navigation calculation model (Navigation_Calculations.slx) and the Python flight planning components into the comprehensive system tests. This involves updating the existing MATLAB test harness (test_navigation_module.m) to incorporate the Python flight planning functionality and ensure seamless data exchange between MATLAB and Python during testing. The goal is to verify the correct interaction and data flow between the navigation calculations and the flight planning system within the larger FMS framework.
The Integrated Flight Management System combines MATLAB/Simulink and Python components to implement a full-featured Flight Management System.The README explains that the project integrates navigation databases, flight planning, state machine logic, and data displays, with a focus on DO‑178C compliant practices.
AI Summary: Create a Simulink model, `Nav_Database_Interface.slx`, that acts as a bridge between the Simulink environment and the Python navigation database. This model will use the existing Python-MATLAB bridge to send queries to the Python `nav_data_manager.py` and receive waypoint data, which will then be used within the Simulink FMS model.
The Integrated Flight Management System combines MATLAB/Simulink and Python components to implement a full-featured Flight Management System.The README explains that the project integrates navigation databases, flight planning, state machine logic, and data displays, with a focus on DO‑178C compliant practices.
AI Summary: The task requires creating a Simulink model (Navigation_Calculations.slx) that calculates distance, bearing, and cross-track error. This involves defining bus objects, adding Simulink blocks, and integrating MATLAB functions that utilize a Python bridge to access and process navigation data. The `create_navigation_module.m` script will likely handle much of the model generation, but the core navigation calculations within the MATLAB functions will need to be implemented.
The Integrated Flight Management System combines MATLAB/Simulink and Python components to implement a full-featured Flight Management System.The README explains that the project integrates navigation databases, flight planning, state machine logic, and data displays, with a focus on DO‑178C compliant practices.