Platform Inertial Navigation Solution Simulation with Gyro and Accelerometer Data Generation

The platform's inertial navigation solution simulation program implements mathematical models for gyroscopes and accelerometers, generating realistic sensor outputs through kinematic equations and error modeling. The simulation architecture includes mechanization algorithms for position, velocity, and attitude calculation using inertial sensor data. The program structure employs modular design with core functions for sensor data generation, navigation solution computation, and result visualization. Key implementation features include: quaternion-based attitude integration, velocity update algorithms using specific force measurements, and position determination through Earth model integration. The codebase supports immediate execution with configurable initial conditions and sensor error parameters, providing comprehensive analysis capabilities for navigation system performance evaluation. With its object-oriented architecture and documented API interfaces, this simulation platform enables detailed trajectory analysis and sensor error studies for various aerospace and defense applications.