On Wed, Mar 02, 2016 at 10:23:57AM -0500, Erik Schnetter wrote: > Solving the equations is fast, the slow part is evaluating the > solution on the finite differencing grid.
That is true, most of the time. In some cases it is the other way around, like in the mentioned NS cases. There, solving takes ages (more equations, but mostly slower convergence rate), but evaluating is relatively fast. This is because errors are so high there anyway that for most of parfile development/exploration a simple interpolation is enough. Frank
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