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Femlisp package for domain definitions.
Returns the artificial boundary on which the distributional source acts.
Returns T if the patch is on the lower oscillating boundary.
Generates an n-dimensional cell domain with an n-ball inlay.
Generates an n-dimensional cell domain with an ellipsoidal hole.
Generates an n-cube-domain with an n-ball hole using n-cube patches.
Generates an n-cube-domain with an n-ball inlay using n-cube patches.
Generates an n-cube-domain with an ellipsoidal hole satisfying (Ax,x)=1 using n-cube patches.
Returns a domain with an oscillating lower boundary at $x_n=-1$ where the oscillation is defined by a scaling function $f$ with values in $R^+$. Usually, also $grad-f$ should be provided, because it makes possible an enhanced domain approximation.