Julien Schueller
Julien Schueller
implements [crombecq2011](https://backoffice.biblio.ugent.be/download/1970716/1971191) ``` algo = otexp.LOLAVoronoi(x0, y0, distribution) for i in range(5): x = algo.generate(15) y = f1(x) algo.update(x, y) ```
### What happened? WIlks documentation has many errors ### How to reproduce the issue? https://openturns.github.io/openturns/latest/theory/data_analysis/quantile_estimation_wilks.html ### Version 1.23 ### Operating System all ### Installation media other ### Additional Context _No...
### What is the idea? thanks to IntervalMesher -> make initializeBasicRule public ### Why is this needed? nn ### Additional Context _No response_
### What happened? An idea mentioned by Regis to improve readability of contour plots was to avoid purple colors   But this clashes with #2587 ### How to reproduce...
### What is the idea? Allow to specify the output marginals indices Also the formula is missing ### Why is this needed? _No response_ ### Additional Context _No response_
### What is the idea? After the recent Contour changes I wonder if we should have a Contour levels discretization setting. ``` void Contour::buildDefaultLevels(const UnsignedInteger number) { const UnsignedInteger size...
### What happened? not compatible with whats returned by getParameters ### How to reproduce the issue? ```shell see mixture code ``` ### Version master ### Operating System unknown ### Installation...
### What happened? A colleague tried combining UniformOverMesh with LHS, and that should probably not be allowed; in practice yield points outside of the mesh (from levelset x+y
### What is the idea? the distribution of Combinations, like KpermutationsDistribution: https://openturns.github.io/openturns/latest/user_manual/_generated/openturns.Combinations.html#openturns.Combinations ### Why is this needed? _No response_ ### Additional Context _No response_
### What happened? the legacy KDTree returns repeated indices (without nanoflann) ### How to reproduce the issue? ```shell import openturns as ot sample = [[0.0, -1.0/3.0], [-0.5, -1.0/3.0], [0.5, -0.77777777777],...