Spacecraft Control Framework 1.0
Spacecraft Control Library
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Caero_info | Aerodynamic information |
Caero_newtonian | Newtonian aerodynamic model |
Cairy_integrand_s | |
Cairy_psf_s | Structure for implementing an Airy psf |
Cairydefocused_psf_s | Structure for implementing a defocused Airy psf |
Calf_orb_data_s | Alfriend orbital elements data structure |
Cassign_s | Assignment data structure |
CAtmJ70 | Class implementing the Jacchia 1970 atmospheric density model |
CAtmJ70ToGround | Combined J70 and standard atmosphere model |
Cbeam_contour | Model beam contours |
Cburn_s | Burn data structure |
Ccamera_data_s | |
CCCSDS | CCSDS space packet protocol |
Cccsds_data | |
Ccoll_mon_data_s | Collision monitor data |
CCompareBlobsDistance | |
Cconstraints_s | Constraints data structure |
Ccost_s | Cost estimate data structure |
Cdv_command_s | Delta-V command data structure |
Cecc_geom_s | Eccentric geometry data structure |
Cecc_geom_xy_s | Eccentric geometry data structure (xy) |
Cecc_team_goals_s | Eccentric team goals data structure |
Cellipse_coefficients | Structure for storing ellipse coefficients |
Cellipse_geometry | Ellipse geometry class |
Cellipse_geometry_struct | Structure for storing ellipse parameters |
Cellipse_geometry_struct_m | Structure for storing ellipse parameters in ml_matrix form |
Cellipse_min_dist | Structure for storing minimum distance |
Cellipse_point_on_tangent | Structure for storing point on tangent line |
Cellipse_points | Structure for storing points around an ellipse |
CFilter | |
Cgalilean_moons | Galilean moon model |
Cgaussian_fit_s | Structure for Gaussian fit |
Cgaussian_psf_s | Structure for implementing a Gaussian psf |
Cgaussian_xyfit_s | Structure for X/Y Gaussian fit |
Cgeom_s | Geometry data structure |
Cgeometry | |
Cgps_data_s | Data structure for the GPS model |
CGPS_Message | Gets data from the GPS message |
Cgps_orb_out_s | Structure for storing the orbit data output of the GPS Model |
Cgravity_earth | Earth gravity model |
Cgravity_s | Structure for storing gravitational properties of a planet, used to compute the gravitational matrix at a location and time |
CImagePSF | Helper class for matching PSFs to images |
Cimager_model | |
Clambert | Lambert orbital element starting and ending set |
Clambert_out | Structure for storing the data output the Lambert TOF solver |
Clanding_control | |
Cmag_data_s | Structure for storing magnetic field data |
Cmaneuver_s | Maneuver data structure |
Cmotor_control | Motor_control |
Cmulti_body_central_hub | |
Cmulti_body_central_hub_with_rwa | A multi-body spacecraft model with a central hub and reaction wheels |
CnaifCodes | |
Cnear_matrix | Near matrix class |
Coptical_nav_meas | Optical navigation measurements class |
Corb_data_s | Structure for storing orbit data |
Corbit_closest_point_out | Structure for storing the data output of the closest orbit |
Corientation_s | Orientation data structure |
CPD | |
CPID3Axis | |
CPinholeCamera | |
Cplan_param_s | Planning parameters data structure |
Cpm_machine_abc | Pm_machine_abc I% Assumes a 3 phase machine in a Y connection |
Cpm_machine_dq | Pm_machine_dq |
Cpm_machine_torque_control | Pm_machine_torque_control |
Cpm_machine_ukf | Pm_machine_ukf Implement space vector pulsewidth modulation |
Cpsf_data_s | Structure for storing point spread function data |
CPulseWidthLP | Multi-Thruster Pulsewidth Solution using Linear Program Formulation |
Crelative_state_from_points | Generates transformaton matrix and offset plus camera parameters from points |
Csc_earth_elevation | Manages requests for earth elevation |
Csc_earth_elevation_square | An object used internally to manage data from a single DEM file |
Csc_history | Spacecraft historical data storage and retrieval |
Csc_history_segment | Segment of the spacecraft history |
Csecond_order_guidance | |
Csensor | Sensor base class |
Csensor_data_s | |
Cstar | Star object |
Cstar_blob | Blob in a star image |
Cstar_catalog | Star catalog |
Cstar_dot | Star dot product type |
Cstar_meas | Identifies stars from a star catalog assuming a pinhole camera model |
Cstar_sun_mag_meas_data | Structure for storing the data input for the mesurement function |
Cstar_triad | Star triad structure |
Cstate_s | State data structure |
Cstate_space | State space model |
CStdAtm | The standard atmosphere model |
Csun_sensor_one_axis | |
Csun_sensor_processing | |
Csun_vector_out_s | |
Csvpwm | SVPWM Implement space vector pulsewidth modulation |
Cteam_goals_s | Team goals data structure |
Cteam_s | Team data structure |
CUKF | Unscented Kalman Filter class |
CUKF2 | |
Cwindow_s | Time window data structure |