| sc_aero_newtonian.h | Newtonian aero calculation for a vehicle with multiple articulated surfaces |
| sc_constants.h | Physical and mathematical constants |
| sc_control.h | Control functions |
| sc_coord.h | Coordinate transformation functions |
| sc_earth_elevation.h | |
| sc_ellipse_geometry.h | Ellipse Geometry functions |
| sc_environs.h | Environmental functions |
| sc_ephemeris.h | Time and data conversions and planetary movement, position, and eclipse computations |
| sc_filter.h | State space filter |
| sc_formation.h | Holds the FFLib data structures and function definitions |
| sc_galilean_moons.h | |
| sc_gravity.h | Spherical harmonic gravity model |
| sc_gravity_earth.h | Gravity model |
| sc_history.h | Spacecraft history |
| sc_jacobian.h | Computes the Jacobian of a nonlinear system |
| sc_lambert.h | Lambert orbital element starting and ending set |
| sc_link.h | Link functions |
| sc_math.h | Math utility functions |
| sc_multi_body_central_hub.h | A PID Based 3 axis controller for spacecraft |
| sc_optical_nav_meas.h | Optical navigation measurements |
| sc_optics.h | Optical functions |
| sc_orbit.h | Orbit mechanics, including Keplerian, spherical and cartesian elements |
| sc_pid3axis.h | A PID Based 3 axis controller for spacecraft |
| sc_pinhole_camera.h | Pinhole camera model |
| sc_power.h | |
| sc_propulsion.h | Propulsion modeling functions |
| sc_pulsewidth_lp.h | Pulsewidth allocation solution using linear program (LP) formulation |
| sc_relative_state_from_points.h | Generates transformaton matrix and offset plus camera parameters from points |
| sc_sensor.h | Sensor functions |
| sc_star_meas.h | Identifies stars from a star catalog assuming a pinhole camera model |
| sc_state_space.h | Continuous state space system |
| sc_stdatm.h | The standard atmosphere model |
| sc_ukf.h | Unscented Kalman Filter object |
| sc_utility.h | Miscellaneous functions |
| SCControl.h | Collection of all headers in framework |
1.7.2