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Spacecraft Models Package 2.0
Spacecraft Models for DSim
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Classes | |
| class | oscillator |
| Oscillator. More... | |
| class | lunar_to_eci |
| Convert planet orbiting initial conditions to heliocentric coordinates using spice. More... | |
| class | lvlh_to_eci |
| Convert LVLH initial conditions to ECI coordinates. More... | |
| class | multi_body_hub |
| Rigid body with multiple reaction wheels. More... | |
| class | multi_body_hub_with_rwa |
| Rigid body with multiple reaction wheels. More... | |
| class | state_space_vehicle |
| Continuous state space system. More... | |
| class | po_to_helio |
| Convert planet orbiting initial conditions to heliocentric coordinates using spice. More... | |
| class | rigid_body |
| Rigid body dynamical model applying both force and torque to the spacecraft. More... | |
| class | rigid_body_no_rate_dynamics |
| Rigid body dynamical model applying force and body rae to the spacecraft. More... | |
| class | rigid_body_rwa |
| Rigid body with multiple reaction wheels. More... | |
These are the dynamical models for different types of spacecraft, including a basic rigid body, a rigid body with wheels, etc. There are also several utility models that allow the initial conditions (position/velocity, attitude) for the spacecraft to be defined in frames other than ECI.