Module kalast::body

Structs

• AirlessBody
• AstronomicalAngle
• Equatorial
  Manual Configuration of Position and Orientation of Body from Astronomical Coordinates
• FaceData
  Data of a face.
• InteriorGrid
• Material
  Configuration of Material for Surface of Body
• RawSurface
  A raw surface.
• Surface
• SurfaceBuilder
  Builder of surface.
• Vertex

Enums

• AstronomicalAngleConversionError
• AstronomicalAngleOptions
• ColorMode
• DMS
• EquatorialError
• HMS
• Interior
• Shapes
• SurfaceError
  The errors concerning this module. FromPythonError or something

Constants

• STR_SHAPE_MODEL_CRATER
• STR_SHAPE_MODEL_CUBE
• STR_SHAPE_MODEL_ICOSPHERE
• STR_SHAPE_MODEL_PLANE
• STR_SHAPE_MODEL_SPHERE
• STR_SHAPE_MODEL_TRIANGLE

Functions

• angular_momentum
• compute_area
• compute_normal
• eccentric_anomaly
• elements_to_state
• intersect_asteroids
• intersect_plane
• intersect_surface
• intersect_triangle
• matrix_orientation_obliquity
• matrix_spin
• matrix_spin_oriented
• matrix_spin_oriented_and_rotation
• mean_angular_motion
• mean_anomaly
• mean_anomaly_from_eccentric
• parameter_ellipse
• position
• position_in_inertial_frame
• position_in_inertial_frame_from_mean_anomaly
• position_in_inertial_frame_from_true_anomaly
• position_in_perifocal_frame
• radius
• radius_from_true_anomaly
• shadows
  asteroid1 is shadowed by asteroid2.
• true_anomaly
• true_anomaly_from_eccentric_anomaly
• velocity
• view_factor
  Compute the view factor per unit of area describing the fraction of energy that can be transmitted between the Faces of Surface A and the Faces of Surface B.
• view_factor_face
  Compute the view factor between two Faces. transformation_b2a is applied to face_b to position and orient it in fixed-frame of face_a.
• view_factor_scalar
  Compute the view factor between a Face A and a Face B from the variables of the equation. See view_factor() for more info.
• view_factor_scalar_by_unit_of_area

Type Aliases

• AstronomicalAngleResult
• EquatorialResult
• SurfaceResult