Skip to main content

Ctrl+K

Main

Installation
Changelog
Breaking changes
Benchmarks
Acknowledgement

Tutorials

The basics
Event detection
Variational ODEs
More on the expression system
Parallelisation and vectorisation
Extended and reduced precision
Lagrangian and Hamiltonian mechanics
Interoperability with SymPy
Compiled functions
EOP and space weather data
- Working with EOP data
- Working with space weather data
A differentiable SGP4 propagator
Analytical theories and models
Pickle support
JIT compilation and caching

Examples

Celestial mechanics and astrodynamics
Event detection
Machine Learning
Variational equations
Others

API reference

Common keyword arguments
Expression system
Numerical integrators
- heyoka.taylor_adaptive
- heyoka.taylor_adaptive_batch
Variational ODE systems
- heyoka.var_ode_sys
- heyoka.var_args
Lagrangian and Hamiltonian mechanics
- heyoka.lagrangian
- heyoka.hamiltonian
Models
EOP and space weather data
JIT compilation
- heyoka.code_model

Repository
Open issue

.rst

N-body and Solar System dynamics

N-body and Solar System dynamics#

Brouwer’s law in the outer Solar System
Long term stability of N-body simulations: the case of Trappist-1
Conserving first integrals via manifold projection
Planetary embryos in the inner Solar System
Mercury’s relativistic precession
Calculating transit timing variations
Elastic tides

previous

Pseudo arc-length continuation in the CR3BP

next

Brouwer’s law in the outer Solar System

By Francesco Biscani and Dario Izzo

© Copyright 2020-2025 Francesco Biscani and Dario Izzo.