You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
We'll be using this issue to create a living page where a list of code features, which are not yet in Tudat, but which we would like to have, will be kept (in no particular order!). If you would like to add any features, please post in this issue:
Numerical Methods
Dense output for numerical integrators
Flexible error control interface for numerical integrators
Flexible initialization for ABM integrator
Variable-order for Bulirsch Stoer integrator
Implementation of Everthart's RA15 integrator
Interface to Boost ODEINT library
Acceleration/Torque Models
Radiation pressure from a panel model
Indirect and direct radiation pressure model for sub-solar objects
Implement a 'scaled' gravitational acceleration model for N-body interactions
Acceleration model derived directly from a user-define space-time metric
Full two-body problem gravitational interaction acceleration
Full two-body problem gravitational interaction torque
Electromagnetic forces
Electromagnetic torques
Yarkovsky acceleration
Poynting-Robertson Drag
YORP torque
Environment Models
Models for ocean tide/pole tide/ocean pole tide Earth deformation
Models for ocean tide/pole tide/ocean pole tide gravity field variations
Full IERS 2010 conventions for solid body tide deformation
Full IERS 2010 conventions for solid body tide gravity field variation
Electric/magnetic field models for bodies
Propagation Options
Include the possibility for events in the propagation, with:
Event definition (thrust initialization, impulsive thrust, change in dynamical model, change in vehicle/environment settings etc.)
Instructions on how to continue after event (continue propagation, restart propagation with different settings, jump ahead/backwards)
Multi-arc/hybrid-arc functionality through JSON interface
Numerical Propagation of proper time rates
Automatic covariance propagation
Regularized propagators (e.g. DROMO)
SGP4 propagator for TLEs
Incorporation of option for GCRS <-> BCRS (and equivalent for other planetary bodies) coordinate transformation when retrieving body states.
Estimation Options
Estimation functionality through JSON interface
Models for observable corrections (tropospheric, ionospheric) for radiometric observables
Interface for arc-wise drag coefficient estimation
Flexible interface for observable reference point on spacecraft (e.g. static and pointable antennas)
Addition of accelerometer observables in orbit determination
Implementation of constrained multi-arc state estimation
Utilities for applying Kaula constraint to gravity field estimation
Interface for ground station meteorological conditions
Overall code feature/architecture
Linking the TrajectoryDesign to the numerical propagation: generate a patched conic orbit, and use numerical integration to compute the 'real' transfer orbit, along with required Delta V for corrections
Modify interfaces to return Eigen::Vector/Eigen::Matrix by reference (in cases where this is not yet done, older code in particular)
Link filter code library to the orbit determination functionality.
Periodic orbit module for CR3BP
Automatic conversion between CR3BP dynamics and 'real' dynamics (including Delta V requirements)
Automatic conversion between patched conics model and 'real' dynamics (including Delta V requirements)
Use of sparse matrices for normal equations and associated code
Pass prediction for ground stations
Incorporation of option for GCRS <-> BCRS (and equivalent for other planetary bodies) coordinate transformation when retrieving body states.
The text was updated successfully, but these errors were encountered:
We'll be using this issue to create a living page where a list of code features, which are not yet in Tudat, but which we would like to have, will be kept (in no particular order!). If you would like to add any features, please post in this issue:
Numerical Methods
Acceleration/Torque Models
Environment Models
Propagation Options
Estimation Options
Overall code feature/architecture
The text was updated successfully, but these errors were encountered: