Michael Baudin

Results 91 comments of Michael Baudin

I think that the implementation of PlotDesign should be updated: https://github.com/openturns/openturns/blob/186499f86b16a03b976b0d8b578f9903430d1fb7/python/src/viewer.py#L870 This is because the code dates back to the days where `GridLayout` was not available. If we implement a...

The example should be completed to make clear that the starting point of the algorithm is the vector of parameters in the distribution. For example, in order to start from...

The context of this bug is the will to create a kriging algorithm with an arbitrary trend. It is easy to create a kriging with a constant, linear or quadratic...

Not in my sense. My message highlights the fact that the API help page has no example. There are at least two different places for examples, each with a specific...

A related class is `Basis`, which does provide not enough examples: https://openturns.github.io/openturns/latest/user_manual/_generated/openturns.Basis.html Two examples may be created : - create a basis with several functions, based on Symbolic or Python...

> > Hi, thanks for the answer 😊 I couldn't figure out how to implement your suggestion, but I discovered that setting > > ``` > > ot.ResourceMap.SetAsBool('Distribution-Parallel', False) >...

Good to have news from you. I did not think of this way: thank you for the advice. However, notice that `LeastSquaresDistributionFactory` does not behave the way `LogNormalFactory().buildMethodOfLeastSquares()` does: *...

This is the continuation of https://github.com/mbaudin47/otbenchmark/pull/59 and is a follow-up to #1617 More precisely, this is for RP14 : https://github.com/mbaudin47/otbenchmark/blob/master/otbenchmark/ReliabilityProblem14.py The expected value of computeCDF() is 0.00752, which is not...

Entering paranoid mode: I could almost feel the curse! By the way, your message gets weirdly formatted, because of the "**" characters. I suggest to edit it (I cannot do...

I guess we could also present a little bit of theory on this topic. The PDF of the product of two independent random variables is: ![image](https://user-images.githubusercontent.com/31351465/109724830-75751500-7bb0-11eb-8d34-b5f78bee9180.png) The PDF of the...