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Small stuffs

  • assumption_context should be a boolean function.

  • remove duplication of eq_context / eq_context_upto and eq_decl / eq_decl_upto

  • Rename mkApps_nested into mkApps_app (et inverser la direction de la règle)

  • Make wf Σ wf_ext Σ some typeclasses (as at the begining of PCUICCanonicity) et changer les : wf Σ -> en {wfΣ : wf Σ} partout, ce qui éviterait bien des conditions de bord triviales

  • Make complilation of Checker plugin working again

  • Remove PCUIC plugin target? And Extraction file?

  • Remove remaining warnings. May needs Set Warnings "-notation-overridden".

  • Replace all eauto with pcuic by pcuic or somehing like this and make this tactic available everywhere.

  • Recompile the dpd-graph.

  • Remove funext axiom from PCUICConfluence.

  • Remove ProofIrrelevance axiom everywhere.

  • Clean Derives: always derive Siganture, NoConf, ... directly after the definition of the inductive. (To avoid doing it several times.) (Mostly done)

  • Finish the PCUICSigmaCalculus proofs.

Medium Projects

  • Change Template-PCUIC translations to translate casts to applications of identity functions (vm_cast, default_cast etc) to make the back and forth the identity and derive weakening/substitution/etc.. from the PCUIC theorems. Is that really better than identity functions?

Big projects

  • Refine the longest-simple-path algorithm on universes with the Bender & al algorithm used in Coq, extended with edges of negative weight. Alternatively prove the spec for that algorithm. Refinement might be easier: it amounts to show that the new algorithm calculates the longest simple path between two universes.

  • Verify parsing and printing of terms / votour

  • Primivite projections: we could be more relaxed on the elimination sort of the inductive. If it is e.g. InProp, then all projections to types in Prop should be definable. Probably not very useful though because if the elimination is restricted then it means some Type is in the constructor and won't be projectable.

  • Verify the substitution calculus of P.M Pédrot using skewed lists at rocq-prover/rocq#13537 and try to use it to implement efficient explicit substitutions.

Website

Put a demo using JS-coq on the webiste

Eta

Template <-> PCUIC

  • Finish the started proofs

  • Prove that: Γ |- t : A iff [Γ] |- [t] : [A]

This is not obvious because we don't have that [ [t] ]⁻¹ = t. The casts are changed into β-redexes, hence it is only β-convertible and not a syntactical equality.

  • Deduce that we have weakening and substitution lemmas in Template from those of PCUIC.