It is also an interface procedure under the short name
adjoints. It computes the vector space of m-adjoints for a
hypersurface, after its singularities has been resolved.
Before the call to `desing/adjoints` one has to resolve the
singularities of the hypersurface in question via a dloc,
pdloc call. Example:
- a basis of the vector space V in the k-algebra of
the ambient variety (i.e. chart) of the hypersurface in which the
adjoints are to be computed, or the degree up to which the
standard monomial basis is to be taken if the chart is an affine
- an integer m >= 1 specifying the order of
- A basis for the sub-vector space of m-adjoints in V
with respect to the hypersurface whose desingularization is stored
in the chartHistory global variable.