This MATLAB function transforms corresponding elements of the spherical coordinate arrays azimuth, elevation, and r to Cartesian, or xyz, coordinates.
This MATLAB function transforms corresponding elements of the Cartesian coordinate arrays x, y, and z to spherical coordinates azimuth, elevation, and r.
I have data plot shown below where the 'x' and 'y' coordiantes corresponds to the cartessian coordinates sin(theta) cos(phi) and sin(theta) sin(phi). I would like to obtain a plot where the 'x' and 'y' coordinates are theta and phi. Is there a command in Matlab that perform...
This MATLAB function transforms the local azimuth-elevation-range (AER) spherical coordinates specified by az, elev, and slantRange to the geocentric Earth-centered Earth-fixed (ECEF) Cartesian coordinates specified by X, Y, and Z.
This MATLAB function transforms the geodetic coordinates specified by lat, lon, and h to the local azimuth-elevation-range (AER) spherical coordinates specified by az, elev, and slantRange.
m_map:mapping packagefor Matlab. We have used some functions of this package for visualization of tangent fields. QpS2.m: the function is used for computing the weights and quadrature nodes (for a given degree and a specific type of quadrature rule) in either Cartesian coordinates or spherica...
estimating whether each point on a predefined spatial grid corresponds to the direction of an active sound source or not. On the other hand, the regression approach aims to directly predict the Cartesian coordinates of each sound source’s DOA vector for each time frame, which requires the ...
the satellite relative motion theories began with the equations of motion derived by Clohessy and Wiltshire1. The reference satellite orbit was assumed to be circular, and the relative orbit coordinates were small compared with the reference orbit radius; hence, the resulting equation of motion was ...
This MATLAB function converts the components of a vector or set of vectors, vs, from their spherical basis representation to their representation in a local Cartesian coordinate system.
This MATLAB function transforms the geocentric Earth-centered Earth-fixed (ECEF) Cartesian coordinates specified by X, Y, and Z to the local azimuth-elevation-range (AER) spherical coordinates specified by az, elev, and slantRange.