| [theta r] = cart2pol (x, y) | Function File |
| [theta r, z] = cart2pol (x, y, z) | Function File |
| Transform cartesian to polar or cylindrical coordinates. x y (and z) must be of same shape. theta describes the angle relative to the x - axis. r is the distance to the z - axis (0 0, z). |
| [x y] = pol2cart (theta, r) | Function File |
| [x y, z] = pol2cart (theta, r, z) | Function File |
| Transform polar or cylindrical to cartesian coordinates. theta r (and z) must be of same shape. theta describes the angle relative to the x - axis. r is the distance to the z - axis (0 0, z). |
| [theta phi, r] = cart2sph (x, y, z) | Function File |
| Transform cartesian to spherical coordinates. x y and z must be of same shape. theta describes the angle relative to the x - axis. phi is the angle relative to the xy - plane. r is the distance to the origin (0 0, 0). |
| [x y, z] = sph2cart (theta, phi, r) | Function File |
| Transform spherical to cartesian coordinates. x y and z must be of same shape. theta describes the angle relative to the x-axis. phi is the angle relative to the xy-plane. r is the distance to the origin (0 0, 0). |