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I compared with TracyWidomBeta.jl and also the following random airy operator at beta=4
and those two matched. The code in this package is off by 1.14 or something, if it were the sqrt(2)
(1.41 not 1.14) I might have understood why. Perhaps something in the normalization?
Happy to understand better.
function stochastic(β,n)
h=n^-(1/3)
x=h:h:10
N=length(x)
d=(-2/h^2 .- x) + sqrt(4/(h*β))*randn(N) # diagonal
e=fill(1/h^2,N-1) # subdiagonal
eigmax(SymTridiagonal(d,e))
end
The text was updated successfully, but these errors were encountered:
so there is an oddball convention when beta=4 that seems to be out there
Bornemann mentions this in his footnote on page 4 of https://arxiv.org/pdf/0904.1581.
That number 1.14 mentioned earlier is in fact 2^(1/6) ≈ 1.12.
I compared with TracyWidomBeta.jl and also the following random airy operator at beta=4
and those two matched. The code in this package is off by 1.14 or something, if it were the sqrt(2)
(1.41 not 1.14) I might have understood why. Perhaps something in the normalization?
Happy to understand better.
The text was updated successfully, but these errors were encountered: