computes a regularization
Syntax
SO3F = SO3FunHarmonic.regularize(SO3Grid,f,lambda)
SO3F = SO3FunHarmonic.regularize(SO3Grid,f,lambda,'bandwidth',
bandwidth,'weights',W,'fourier_weights',What)Input
| SO3Grid | grid on the rotation group |
| f | function values on the grid (may be multidimensional) |
| lambda | parameter for regularization |
Output
| SO3F | SO3FunHarmonic |
Options
| bandwidth | maximum harmonic degree |
| W | weight w_n for the node nodes (default: equal/Voronoi weights) |
| What | weight what_{n}^{k,l} for the Fourier space (default Sobolev weights for s = 2) |