A real(istic) time simulator.
spacetime attempts to model time propagation of clocks across the Earth-Moon system. It focuses on how network
topology and time synchronization evolve in a growing lunar ecosystem, evaluating both centralized and decentralized
Positioning, Navigation, and Timing (PNT) service network configurations.
Motivated by advancements in space technologies and the increase in lunar missions, the project advocates for a resilient peer-to-peer design that accommodates diverse cislunar ecosystems. The study aims to predict system performance relative to interconnected assets and considers interoperability with other missions, including the definition of a Lunar Coordinate Time (LTC).
Documentation is available at philiplinden.github.io/spacetime.
Install the dependencies for your operating system that are needed to run Bevy: The Bevy Book - Setup
Then run the project.
cargo runLearning is one of the main objectives of this project. See the docs for more discussion on code architectures for this project. It's been a true journey of discovery, with surprising twists.
Repository architecture, baseline Cargo.toml, and boilerplate modules for Bevy 0.14 were provided by
TheBevyFlock/bevy_quickstart.
This project also borrows inspiration from krABMaga/examples, nyx-space/nyx, and Canleskis/particular.
Attributions for assets are listed in assets/README.md.
This repository is distributed under the Mozilla Public License 2.0 (MPL-2.0). MPL-2.0 requires that modifications to the covered code be released under the same license, thus ensuring improvements remain open-source. However, it allows the combining of the covered software with proprietary parts, providing flexibility for both academic and commercial integrations.
For more details, please see the full text of the license or read a summary by Github.