# Global to local coordinate transformation matrix in matlab

The following Matlab project contains the source code and Matlab examples used for global to local coordinate transformation matrix. The function calculates the Global to Local coordinate transformation matrix for a beam in space.

# Centered coordinate axes in 2d plots in matlab

The following Matlab project contains the source code and Matlab examples used for centered coordinate axes in 2d plots. MATLAB does not have any built-in functionality for centering the coordinate axes around the origin.

# Half polar coordinates figure plot function halfpolar in matlab

The following Matlab project contains the source code and Matlab examples used for half polar coordinates figure plot function halfpolar.   HALFPOLAR function performs the polar plot in radian angle range [0 pi]   using half polar coordinates     HALFPOLAR(phi,gain) makes a plot with phi in radians angle range [0 pi]   and gain in half polar coordinates.

# It permits to set a figure in selected size and position in the screen in matlab

The following Matlab project contains the source code and Matlab examples used for it permits to set a figure in selected size and position in the screen . Created by Claudio Campo in 2010 SCREENSIZE sets figure position and dimension expressed in percentage of the screen: syntax: screensize(xin,yin,xfin,yfin) where: xin=x coordinate of south-west corner of the figure yin=y coordinate of south-west corner of the figure xfin=x coordinate of north-east corner of the figure yfin=y coordinate of north-east corner of the figure

# Polar stereographic coordinate transformation (lat lon to map) in matlab

The following Matlab project contains the source code and Matlab examples used for polar stereographic coordinate transformation (lat lon to map). POLARSTEREO_FWD transforms lat/lon data to map coordinates for a polar stereographic system   [X,Y]=POLARSTEREO_FWD(LAT,LONG,EARTHRADIUS,ECCENTRICITY,LAT_TRUE,LON_POSY)   X and Y are the map coordinates (scalars, vectors, or matrices of equal size).

# Rotate, offset, transform cartesian coordinates. in matlab

The following Matlab project contains the source code and Matlab examples used for rotate, offset, transform cartesian coordinates. . Revolve Cartesian coordinates around an axis by a given angle, transform them arbitrarily using a transformation matrix or quickly apply an offset to a long array of coordinates using bsxfun.

# Draw in a cardinal coordinate system in matlab

The following Matlab project contains the source code and Matlab examples used for draw in a cardinal coordinate system. [xlim,ylim,zlim]=cardinalCoordSys(xlims,ylims,zlims): set the axes centered at the origin; can specify the axis limits or calculate them automatically   * Ox axis is WE   * Oy axis is SN   * Oz axis is height 