When $q\mu$ and/pr $q{\mu,A}$ are below $10^{-6}$ program becomes unstable and values become negative. This originates due to the ratio between $\mathcal{L}(\mu, \theta{\mu})$ and $\mathcal{L}(\hat\mu, \theta{\hat\mu})$ where sometimes $\mathcal{L}(\mu, \theta{\mu}) < \mathcal{L}(\hat\mu, \theta{\hat\mu})$ which should not happen.
System Settings
Describe the bug
When $q\mu$ and/pr $q{\mu,A}$ are below $10^{-6}$ program becomes unstable and values become negative. This originates due to the ratio between $\mathcal{L}(\mu, \theta{\mu})$ and $\mathcal{L}(\hat\mu, \theta{\hat\mu})$ where sometimes $\mathcal{L}(\mu, \theta{\mu}) < \mathcal{L}(\hat\mu, \theta{\hat\mu})$ which should not happen.
To Reproduce
qmu=-3.055520068073747e-07, qmuA=-3.055520068073747e-07: poi=6.9806260135461145, muhat=0.9903130067730574, min_nll=46.82248569018225, muhatA=0.9903130067730574, min_nllA=46.82248569018225, logpdf(mu)=-46.822485537406244, logpdfA(mu)=-46.822485537406244
Expected behaviour
No response
Additional information
No response