Overview

The CICDDC Astronomical and Spacecraft Toolkit, developed in Zig, is a powerful resource for anyone interested in orbital mechanics, spacecraft operations, or astronomy. It boasts the fastest open-source SGP4 propagator, allowing for precise celestial calculations, making it an ideal tool for both researchers and enthusiasts. With its focus on high-performance calculations, the toolkit enables users to explore complex space scenarios while maintaining an impressive level of accuracy.

What sets the toolkit apart is not only its speed but also its comprehensive feature set that spans various critical aspects of space analysis. From satellite propagation to telemetry data handling, it provides an all-encompassing environment for operational simulations and astronomical observations. Developers and scientists alike can harness this toolkit to enhance their understanding of space dynamics and contribute to advancements in the field.

Features

• SGP4 Propagation: Provides accurate satellite orbit predictions using Two-Line Element (TLE) data, essential for tracking and mission planning.
• High Performance: Utilizes SIMD (AVX2/SSE) to process multiple satellites simultaneously, achieving sub-meter accuracy and enabling fast calculations.
• Telemetry Data Handling: Capable of parsing VITA49 and CCSDS packets, allowing efficient data communication and storage management for spacecraft.
• Orbit Maneuvers: Supports various types of maneuvers including impulse, plane changes, and phase changes for thorough trajectory analysis.
• Monte Carlo Simulations: Offers statistical modeling and uncertainty analysis for mission planning, enhancing decision-making processes.
• Interactive Visualization: Features a Cesium-based 3D interface to visualize near-earth satellites in real-time, supporting over 13,000 satellites with high throughput.
• Astrophysical Calculations: Includes functionalities for generating images from FITS files and calculating stellar precession, making it useful for astronomers and researchers.
• Modular Interface: Integrates smoothly into projects via build.zig, allowing seamless incorporation of astroz as a dependency for enhanced functionality.