Elodin
Official@elodin-sys · United States of America
Offers high-performance aerospace simulation, flight computer deployment, and low-latency diagnostic environments for embedded systems.
Agent Skills by Elodin
Showing 15 vetted skills indexed across 1 GitHub repositories.
elodin-sysqa-test-plan
Author, instantiate, and execute agentic QA test plans for Elodin releases.
elodin-syselodin-headless-capture
Capture screenshots and record video of the Elodin Editor on headless Linux GPU hosts.
elodin-sysbevy
Provides performance and ergonomics guidance for Bevy ECS applications in Rust.
elodin-sysgltf-asset-optimization
Reduce glTF and GLB asset sizes while keeping them loadable by Bevy 0.18.
elodin-syselodin-cranelift
Compile and debug StableHLO MLIR simulations through the Cranelift JIT backend.
elodin-syselodin-monte-carlo
Calibrate Elodin simulations against experimental truth data using monte-carlo campaign scoring.
elodin-syselodin-editor-dev
Develop and contribute to the Elodin Editor built with Bevy and Egui.
elodin-syselodin-dev
Set up a Nix-based development environment for the Elodin monorepo.
elodin-syselodin-simulation
Create and modify JAX-based physics simulations for aerospace systems.
elodin-sysnox-py-dev
Build and test the Elodin Python SDK with PyO3 bindings and JAX integration.
elodin-syselodin-aleph
Deploy and configure AlephOS on NVIDIA Jetson Orin flight computers.
elodin-syselodin-nix
Manage and troubleshoot Elodin Nix development environments and NixOS configurations.
elodin-syselodin-iree
Executes IREE-compiled VMFB modules in Rust via FFI bindings.
elodin-syselodin-db
Manages the lifecycle of the ElastiPrunePrunePrunePrunePrunePrunePrunePrunePrunePrunePrunePrunePrunePrunePrunePrunePrunePrunePrune. Please replace with actual response. Actual response:
elodin-syselodin-tracy
Capture nanosecond-resolution Tracy traces from the Elodin editor and simulation.
Frequently Asked Questions About Elodin
FAQPage SchemaWhat specific aerospace tasks does Elodin enable?▼
Elodin enables the creation and modification of JAX-based physics simulations for aerospace systems. It supports the deployment of AlephOS on NVIDIA Jetson Orin flight computers and provides high-resolution performance profiling for complex simulation environments.
Which engineers are the target users for these systems?▼
The target users are aerospace engineers, embedded systems developers, and performance optimization specialists. These professionals utilize the environment to manage Nix-based configurations, execute compiled VMFB modules, and conduct low-latency diagnostics on flight-grade hardware.
What are the primary dependencies for running Elodin environments?▼
Elodin environments require a Nix-based setup for dependency management and configuration. Execution of simulation modules relies on JAX for physics modeling, while hardware deployment necessitates NVIDIA Jetson Orin flight computers and Rust-based FFI bindings for module integration.