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# Bug / performance issue / build issue
I think there is an error when computing the predictive log likelihood of Scalar Likelihood instances with several independent latent functions when the like…
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- One-sample tests in both cases
- The K-S test would need to do (or accept the results of) quadrature on the alleged density function (which it might also normalize) to compute the CDF at all needful…
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We need to implement an integration functional which accepts a real value discretized function and evaluates, using some quadrature rule, its integral. It should account for boundary behavior and sup…
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I notice a significant increase in computational time when enabling the Wale LES model (i.e. time steps take a factor 5 longer compared to no LES model). In addition I get the following notification w…
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A question that is rather hypothethical at the moment..
How and were in casadi would you place primitives like a Jacobi Elliptic function? There is a broad familiy of scalar functions with at most tw…
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For ESP 32 exist a solution to use the on chip pulse counter modules (PULSE_CNT) for interfacing multiple (up to 8) quadrature encoded signals. I used the code successfully and integrated it into lv-m…
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## Problem
Visualization of integration point cells requires a manual definition of the [voronoi cells](https://en.wikipedia.org/wiki/Voronoi_diagram) for _each_ integration point of _each_ integrati…
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Currently, we use Simpson's rule in some places and Gauss-hermite quadrature in others. We haven't considered the CDF step very much. I am not sure how much error is introduced by this step. Before ex…
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As already discussed (with @dustinvtran) a while ago:
I guess there aren't currently any plans for either
- numerical integration methods (Simpson, quadrature...)
- ("memory efficient") (serialized…
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I am developing OpenMOC based on one history version. I am not sure if the following issue has been fixed by one commit.
Taking the pin-cell.py as the reference, 2X1 pins model is simulated with 1…