Difference between revisions of "Grid trian.m"
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==See also== | ==See also== | ||
| − | [[Kernel_utilities | + | [[arclength.m]], [[gaussleg.m]], [[get_hull.m]], [[grid_fibon.m]], [[grid_igloo.m]], [[grid_kron.m]], [[grid_plot.m]], [[grid_polar.m]], [[grid_test.m]], [[one_vcell_solidangle.m]], [[repulsion.m]], [[shrewd.m]], [[sphtarea.m]], [[sphtrsubd.m]], [[vcell_solidangle.m]], [[voitlander.m]], [[voronoisphere.m]], [[zfs_sampling.m]], [[Kernel_utilities]], [[Appendix I: powder grids]] |
''Version 2.6, authors: [[Ilya Kuprov]]'' | ''Version 2.6, authors: [[Ilya Kuprov]]'' | ||
Latest revision as of 19:37, 6 June 2026
Triangular spherical quadrature grids, as per Appendix A.6 of (http://dx.doi.org/10.1016/j.jmr.2014.05.009).
Syntax
[alps,bets,gams,whts,vorn]=grid_trian(type,n)
Parameters
type - 'asg', 'sophe', or 'stoll'
n - point count parameter
Outputs
alps - alpha Euler angles of the grid (radians),
zeros because these are two-angle grids
bets - beta Euler angles of the grid (radians)
gams - gamma Euler angles of the grid (radians)
whts - Voronoi tessellation body angle weights
vorn - a cell array of matrices containing the
coordinates of the vertices of the Voro-
noi polyhedra
Examples
Below is the figure produced by grid_trian('stoll',10).
Notes
If no outputs are requested, a schematic is drawn.
See also
arclength.m, gaussleg.m, get_hull.m, grid_fibon.m, grid_igloo.m, grid_kron.m, grid_plot.m, grid_polar.m, grid_test.m, one_vcell_solidangle.m, repulsion.m, shrewd.m, sphtarea.m, sphtrsubd.m, vcell_solidangle.m, voitlander.m, voronoisphere.m, zfs_sampling.m, Kernel_utilities, Appendix I: powder grids
Version 2.6, authors: Ilya Kuprov
