Closed MyLiIt closed 2 years ago
Hello,
Due to family circumstances, I am unable to help you right now. I'll get back to you when I'm back in the office.
Thank you for understanding, Sjoerd
On Fri, 11 Feb 2022 at 19:00, MyLiIt @.***> wrote:
Hi
Thanks for your nice code.
I was looking at one example you report in your examples-file to do the regression with nested-sampling:
BlockRandom[ SeedRandom[1]; testdata = (# -> (# + 2 RandomReal[])) & /@ RandomReal[{-1, 1}, 20]; ]
obj = defineInferenceProblem[ "Data" -> testdata, "GeneratingDistribution" -> NormalDistribution[ a x + b, sigma ], "Parameters" -> {{a, -10, 10}, {b, -10, 10}, {sigma, 0.1, 10}}, "IndependentVariables" -> {x}, "PriorDistribution" -> {"LocationParameter", "LocationParameter", "ScaleParameter"} ]
result = nestedSampling[obj]
How should I change it to add some weights on the starting data? E.g., how can I use Mathematica's WeightedData? Or in general, all real data in Physics come with errors. How can I include them in a regression process?
Thank you in advance for your kind help!
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Hi,
I hope everything is solved for the best for you! I found my way to the problem and I can close this issue.
All the best.
MyLiit
Hi
Thanks for your nice code.
I was looking at one example you report in your examples-file to do the regression with nested-sampling:
How should I change it to add some weights on the starting data? E.g., how can I use Mathematica's WeightedData? Or in general, all real data in Physics come with errors. How can I include them in a regression process?
Thank you in advance for your kind help!