Codecov Report

All modified and coverable lines are covered by tests ✅

Project coverage is 93.54%. Comparing base (b4c0a25) to head (27be7d3).

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  Coverage   93.54%   93.54%           
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  Files          26       26           
  Lines        3519     3519           
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  Hits         3292     3292           
  Misses        227      227           

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@odow how do you do format checks locally?

But I assumed @bernardokp wanted the examples fleshed out into proper literate tutorials (like the JuMP ones), not just some extra prints added.

Yeah, that would be ideal.

Like this https://jump.dev/JuMP.jl/stable/tutorials/linear/diet/?

I mean, that would be a luxury!!!

That will take some time. I taught it was just an small change, I don't have this time to spare right now.

That will take some time

That's why I haven't done it 😄

I'm not crazy, I asked before creating the PR 😅

If the goal is to create a tutorial, I can't promise anything now. @bernardokp you can help create the text? At least give me an initial version, I will extend it and create the code for it.

I certainly can help. As a matter of fact, it would be nice if we could create sort of a procedure to do it because I will probably create more examples in the very near future.

Is that what you want, @Thuener ?

The air conditioning example first appeared in the book Introduction to Stochastic Programming, by Birge and Louveaux, 1997, Springer-Verlag, New York. It is on page 237, example 1. For a rescaled problem, they report an optimal first-stage solution of $x^1 = 2$, which corresponds to production in the model, and $y^1 = 1$, which corresponds to stored_production.out in the model. Finally, they report an optimal value of 6.25.