A manifold in hyperdimensions will be necessary to implement the Polyglob as I
have envisioned. To this end I have begun preliminary work on a java class
called Manifold which will in some way implement some proper functions of a
hyperdimensional manifold. The reason for this functionality is that each fold
in an xml (or parsed/marshalled object graph) can be represented as a
dimension of its own wherein the nodes (elements, members, fields, &c.) are
expressed fully. The Manifold then will form the skeleton of a Polyglob, in a
manner of speaking. More technically: the Manifold will provide a solid basis
component of the fuzzy system; the real component of a complex vector.
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A manifold in hyperdimensions will be necessary to implement the Polyglob as I
have envisioned. To this end I have begun preliminary work on a java class
called Manifold which will in some way implement some proper functions of a
hyperdimensional manifold. The reason for this functionality is that each fold
in an xml (or parsed/marshalled object graph) can be represented as a
dimension of its own wherein the nodes (elements, members, fields, &c.) are
expressed fully. The Manifold then will form the skeleton of a Polyglob, in a
manner of speaking. More technically: the Manifold will provide a solid basis
component of the fuzzy system; the real component of a complex vector.