ConorMcBrideCalco09inflationary.golden

MiniAgda by Andreas Abel and Karl Mehltretter
--- opening "ConorMcBrideCalco09inflationary.ma" ---
--- scope checking ---
--- type checking ---
type  Map : (F : Set -> Set) -> Set 1
type  Map = \ F -> .[A : Set] -> .[B : Set] -> (A -> B) -> F A -> F B
type  Nu : (F : Set -> Set) -> -(i : Size) -> Set
{ Nu F i = .[j < i] -> F (Nu F j)
}
type  Inf : (G : Size -> Set) -> -(i : Size) -> Set
{ Inf G i = .[j < i] -> G j
}
term  usc : .[F : Set -> Set] -> (r : Inf (Nu F) #) -> Nu F #
term  usc = [\ F ->] \ r -> r [#]
term  toInf : .[F : Set -> Set] -> (r : Nu F #) -> Inf (Nu F) #
{ toInf [F] r [i < #] [j < i] = r [j]
}
type  All : (G : Size -> Set) -> Set
type  All = \ G -> .[i : Size] -> G i
term  fromAll : .[F : Set -> Set] -> (r : All (Nu F)) -> Nu F #
term  fromAll = [\ F ->] \ r -> r [#]
term  toAll : .[F : Set -> Set] -> (r : Nu F #) -> All (Nu F)
{ toAll [F] r [i] [j < i] = r [j]
}
term  postfp : .[F : Set -> Set] -> (r : Nu F #) -> F (Nu F #)
block fails as expected, error message:
postfp
/// clause 1
/// right hand side
/// checkExpr 2 |- r # : F (Nu (F ) #)
/// inferExpr' r #
/// checkApp (.[j < #] -> F (Nu F j){i = #, F = (v0 Up (Set -> Set))}) eliminated by #
/// leqVal' (subtyping)  < # : Size >  <=+  < #
/// leSize # <+ #
/// leSize: # < # failed
term  out : .[F : Set -> Set] -> .[i : Size] -> (r : Nu F $i) -> F (Nu F i)
term  out = [\ F ->] [\ i ->] \ r -> r [i]
term  inn : .[F : + Set -> Set] -> .[i : Size] -> F (Nu F i) -> Nu F $i
{ inn [F] [i] t [j < $i] = t
}
term  inn : .[F : + Set -> Set] -> .[i : Size] -> (t : F (Nu F i)) -> Nu F $i
term  inn = [\ F ->] [\ i ->] \ t -> [\ j ->] t
term  coit : .[F : + Set -> Set] -> (map : Map F) -> .[S : Set] -> (step : S -> F S) -> .[i : Size] -> (start : S) -> Nu F i
{ coit [F] map [S] step [i] = \ start -> [\ j ->] map [S] [Nu F j] (coit [F] map [S] step [j]) (step start)
}
term  caseNu : .[F : + Set -> Set] -> .[P : (i : Size) -> Nu F i -> Set] -> (f : .[i : Size] -> (t : F (Nu F i)) -> P $i (inn [F] [i] t)) -> .[i : Size] -> (x : Nu F $i) -> P $i x
term  caseNu = [\ F ->] [\ P ->] \ f -> [\ i ->] \ x -> f [i] (x [i])
--- evaluating ---
--- closing "ConorMcBrideCalco09inflationary.ma" ---