<< - Introduction -
CelestLab
Geometry and events >>
CelestLab
>> Coordinates and frames
Coordinates and frames
CL_co_car2ell
—
Cartesian coordinates to elliptical coordinates
CL_co_car2sph
—
Cartesian coordinates to spherical coordinates
CL_co_ell2car
—
Elliptical coordinates to cartesian coordinates
CL_co_sph2car
—
Spherical coordinates to cartesian coordinates
CL_dat_cal2cjd
—
Calendar date to modified (1950.0) Julian day
CL_dat_cal2str
—
Calendar date to string
CL_dat_cjd2cal
—
Modified (1950.0) Julian day to calendar date
CL_dat_convert
—
Date type conversion
CL_dat_now
—
Current date/time
CL_dat_scaleConvert
—
Time scale conversion
CL_dat_str2cal
—
String to calendar date
CL_fr_bodyConvert
—
Position and velocity transformation from one body frame to another
CL_fr_bodyConvertMat
—
Transformation matrix and angular velocity from a body frame to another
CL_fr_convert
—
Position and velocity conversion from one frame to another frame.
CL_fr_convertMat
—
Frame transformation matrix and angular velocity vector
CL_fr_inertial2qsw
—
Inertial to "qsw" local orbital frame vector transformation
CL_fr_inertial2tnw
—
Inertial to "tnw" local orbital frame vector transformation
CL_fr_locOrbMat
—
Inertial frame to custom local orbital frame transformation matrix
CL_fr_lvlhMat
—
Inertial frame to LVLH local orbital frame transformation matrix
CL_fr_qsw2inertial
—
"qsw" local orbital frame to inertial frame vector transformation
CL_fr_qswMat
—
Inertial frame to "qsw" local orbital frame transformation matrix
CL_fr_tnw2inertial
—
"tnw" Local orbital frame to inertial frame vector transformation
CL_fr_tnwMat
—
Inertial frame to "tnw" local orbital frame transformation matrix
CL_fr_topoNMat
—
Topocentric North frame transformation matrix
CL_oe_car2cir
—
Cartesian to circular orbital elements
CL_oe_car2kep
—
Cartesian to classical Keplerian orbital elements
CL_oe_cir2car
—
Circular to cartesian orbital elements
CL_oe_cir2kep
—
Circular to Keplerian orbital elements
CL_oe_convert
—
Conversion of orbital elements
CL_oe_kep2car
—
Classical Keplerian to cartesian orbital elements
CL_oe_kep2cir
—
Keplerian to circular orbital elements
CL_rot_angVelocity
—
Angular velocity vector from rotation angles and derivatives
CL_rot_angles2matrix
—
Rotation angles to transformation matrix
CL_rot_angles2quat
—
Rotation angles to quaternion
CL_rot_axAng2quat
—
Rotation axis and angle to quaternion
CL_rot_compose
—
Matrix and angular velocity vector resulting from frame composition
CL_rot_contQuat
—
Makes a quaternion continuous
CL_rot_defFrameVec
—
Frame definition based on 2 vectors.
CL_rot_defQuat
—
Quaternion definition from real and imaginary components
CL_rot_defRot1Ax
—
Determination of a rotation around one axis.
CL_rot_defRot2Ax
—
Determination of 2 successive rotations
CL_rot_defRotVec
—
Rotation transforming 2 vectors into 2 vectors
CL_rot_interpQuat
—
Interpolation of quaternions
CL_rot_matrix2angles
—
Frame transformation matrix to Euler or Cardan rotation angles
CL_rot_matrix2quat
—
Transformation matrix to quaternion
CL_rot_pvConvert
—
Converts position and velocity and computes the jacobian
CL_rot_pvJacobian
—
Jacobian of a frame (position/velocity) transformation
CL_rot_quat2angles
—
Quaternion to Euler or Cardan rotation angles
CL_rot_quat2axAng
—
Quaternion to rotation axis and angle
CL_rot_quat2matrix
—
Quaternion to transformation matrix
CL_rot_quatSlerp
—
Quaternion interpolation on the unit sphere using Slerp method
CL_rot_rotVect
—
Image of vector by a rotation defined by a quaternion
Report an issue
<< - Introduction -
CelestLab
Geometry and events >>