so the desired result seems hardly obtainable. Please see this answer more as an encouragement than a solution.īy combining 1-D latin hypercube samples (LHS), you can make a full set of LHS for regular grid in higher order dimension. MATLAB LATIN HYPERCUBE SAMPLING CODE FULL For example, imagine 3X3 LHS (ie 2-D and 3 divisions). First, you just make 1-D LHS for regular grid. And then, combine the 1-D LHS to make 2-D LHS. LHS for 3-D can also be created using the same method(by combining 2-D LHS). Generally, the number of possible LHS is N x ((M-1)!)^(M-1). The following code shows LHS for 3-D and 10 divisions. MATLAB LATIN HYPERCUBE SAMPLING CODE CODE ![]() It takes 0.Conditioned Latin Hypercube Sampling (cLHS) is a type of stratified random sampling that accurately represents the variability of environmental covariates in feature space. MATLAB LATIN HYPERCUBE SAMPLING CODE CODE.MATLAB LATIN HYPERCUBE SAMPLING CODE FULL. ![]() MATLAB LATIN HYPERCUBE SAMPLING CODE UPDATE.
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