Next: Package FL.APPLICATION, Previous: Package FL.PLOT, Up: Reference manual [Contents][Index]
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.
Returns T if the patch is on the upper boundary.
Constructs a domain for a circle ring with inner radius r1 and outer radius r2. If r2 is NIL, then the result is a circle domain or radius r1.
A domain which is a cartesian product of a circle and an interval.
Generates an n-dimensional cell domain with an n-ball hole.
Generates an n-dimensional cell domain with an n-ball inlay.
Generates an n-dimensional cell domain with an n-cube hole.
Generates an n-dimensional cell domain with an n-cube hole.
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 n-cube hole.
Generates an n-cube-domain with an n-cube inlay.
Generates an n-cube-domain with an ellipsoidal hole satisfying <A(x-midpoint),(x-midpoint)>=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.
Checks if the patch is part of the inlay including its boundary. This is done by checking if all corners lie in the interior of the unit cell.
Checks if the patch is part of the hole boundary.
Returns T, if the patch is on the boundary of the n-cube.
Returns a boundary layer cell with a sinusoidally oscillating lower boundary.
Boundary which is interpolated from heights.
Next: Package FL.APPLICATION, Previous: Package FL.PLOT, Up: Reference manual [Contents][Index]