Man pages for nvctr
The n-vector Approach to Geographical Position Calculations using an Ellipsoidal Model of Earth
| along_track_distance | Compute the along-track distance from a great circle arc |
| altitude_azimuth_distance | Calculate the altitude, azimuth and distance of B from A |
| cross_track_distance | Compute the cross-track distance from a great circle arc |
| cross_track_intersection | Calculate cross-track intersection |
| deg | Convert angle in radians to degrees |
| lat_lon2n_E | Convert (geodetic) latitude and longitude to n-vector |
| n_E2lat_lon | Convert n-vector to latitude and longitude |
| n_E2R_EN | Find the rotation matrix R_EN from n-vector |
| n_EA_E_and_n_EB_E2p_AB_E | Find the delta position from two positions A and B |
| n_EA_E_and_p_AB_E2n_EB_E | Find position B from position A and delta |
| n_E_and_wa2R_EL | Find 'R_EL' from n-vector and wander azimuth angle |
| n_EB_E2p_EB_E | Convert n-vector to cartesian position vector in meters |
| nvctr | nvctr: non-singular geographical position calculations |
| p_EB_E2n_EB_E | Convert cartesian position vector in meters to n-vector |
| pipe | Pipe operator |
| R2xyz | Find the three rotation angles about new axes in the xyz... |
| R2zyx | Find the three angles about new axes in the zyx order from a... |
| rad | Convert angle in degrees to radians. |
| R_Ee | Select the axes of the coordinate frame E |
| R_EL2n_E | Find n-vector from the rotation matrix (direction cosine... |
| R_EN2n_E | Find n-vector from R_E |
| unit | Make input vector unit length, i.e. norm == 1 |
| xyz2R | Create a rotation matrix from 3 angles about new axes in the... |
| zyx2R | Create a rotation matrix from 3 angles about new axes in the... |
