latin_center, a MATLAB code which makes Latin Center Squares for sampling.
A Latin square is a selection of one point from each row and column of a square matrix or table. In M dimensions, the corresponding item is a set of N points, where, in each dimension, there is exactly one point whose coordinates are in a given "column" or range of values. To emphasize the use of higher dimensions, these objects are sometimes called Latin hypersquares.
Once a particular Latin square has been chosen, if we select the center point of each subsquare, we have a Latin Center Square dataset.
The computer code and data files described and made available on this web page are distributed under the GNU LGPL license.
latin_center is available in a C++ version and a FORTRAN90 version and a MATLAB version.
cvt, a MATLAB code which computes elements of a centroidal voronoi tessellation.
faure, a MATLAB code which computes elements of a faure quasirandom sequence.
halton, a MATLAB code which computes elements of a halton quasirandom sequence.
hammersley, a MATLAB code which computes elements of a hammersley quasi monte carlo (qmc) sequence, using a simple interface.
latin_center, a dataset directory which contains a number of examples of datasets created by latin_center.
latin_edge, a MATLAB code which computes elements of a latin hypercube dataset, choosing edge points.
latin_random, a MATLAB code which computes elements of a latin hypercube dataset, choosing points at random.
lattice_rule, a MATLAB code which approximates multidimensional integrals using lattice rules.
niederreiter2, a MATLAB code which computes elements of a niederreiter quasirandom sequence with base 2.
sobol, a MATLAB code which computes elements of a sobol quasirandom sequence.
uniform, a MATLAB code which computes elements of a uniform pseudorandom sequence.
van_der_corput, a MATLAB code which computes elements of a 1d van der corput sequence.