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fileformat:gve [2019/09/04 15:49] smerkelfileformat:gve [2019/09/04 15:51] (current) smerkel
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   * The first line of the file contains the unit cell parameters and lattice centering (one of P,A,B,C,I,F).   * The first line of the file contains the unit cell parameters and lattice centering (one of P,A,B,C,I,F).
   * The wavelength and wedge angle are expected on the next lines (needed to compute ideal two theta, omega and azimuth angles for computed orientations).   * The wavelength and wedge angle are expected on the next lines (needed to compute ideal two theta, omega and azimuth angles for computed orientations).
-  * A list of computed ds (ds = d*=||**G**|| = 1/d) values and expected h,k,l values for the unit cell. dis 1/d-spacing and is expressed in Angstrom. Note that [[software:grainspotter|GrainSpotter]] can override this list of the genhkl option is set in the input file. +  * A list of computed theoretical g-vectors for the unit cell with 
 +      * ds = d*= ||**G**|| = 1/d (expressed in Angstrom) 
 +      * h, k, l values for the unit cell. 
 +  * Note that [[software:grainspotter|GrainSpotter]] can override this list of the ''genhkl'' option is set in the input file. 
   * The actual scattering vectors (g-vectors) extracted from the experimental data follow and   * The actual scattering vectors (g-vectors) extracted from the experimental data follow and
     * gx = x-component of scattering vector (along the beam) with all angles at zero (units 1/Angstrom)      * gx = x-component of scattering vector (along the beam) with all angles at zero (units 1/Angstrom) 
fileformat/gve.1567604951.txt.gz · Last modified: by smerkel