- From: Franconi Enrico <franconi@inf.unibz.it>
- Date: Sat, 17 Feb 2024 15:12:19 +0000
- To: Pierre-Antoine Champin <pierre-antoine@w3.org>
- CC: "Peter F. Patel-Schneider" <pfpschneider@gmail.com>, RDF-star Working Group <public-rdf-star-wg@w3.org>
To me, transparency means: given a graph G, II is the set of all IRIs appearing in G and BB is the set of all bnode symbols appearing in G. Then, ∀ i∈II and b∈BB, i and b have the same denotation non matter where they appear within the graph. I guess that your definition below is somehow different, but probably it boils down to mine, which is more clear, I guess. —e. > On 16 Feb 2024, at 18:04, Pierre-Antoine Champin <pierre-antoine@w3.org> wrote: > > Peter, > > On 09/02/2024 20:24, Peter F. Patel-Schneider wrote: >> There was some discussion of transparency in the semantics call today, with disagreement over just what transparency means. >> >> My view is that transparency (for well-formed graphs) means that entailments are exactly the same if a subject, predicate, or object in a quoted triple is replaced by a semantically identical identifier. So if an option for << e | s p o >> is transparent in D-entailment then >> >> << :e | :s :p "4"^^xsd:integer >> :a :b . >> >> entails >> >> << :e | :s :p "04"^^xsd:integer >> :a :b . >> >> in that option. > > that's also my interpretation of "transparency". > > (and I assume that the entailment in your example above works both ways) > >> >> >> peter >> > <OpenPGP_0x9D1EDAEEEF98D438.asc>
Received on Saturday, 17 February 2024 15:12:25 UTC