package lambdapi
val set_to_prod : Term.problem -> Term.meta -> unit
Given a meta m
of type Πx1:a1,..,Πxn:an,b
, set_to_prod p m
sets m
to a product term of the form Πy:m1[x1;..;xn],m2[x1;..;xn;y]
with fresh metavariables m1
and m2
, and updates the metas of the problem p
.
val infer_noexn : Term.problem -> Term.ctxt -> Term.term -> Term.term option
infer_noexn p ctx t
returns None
if the type of t
in context ctx
cannot be inferred, or Some a
where a
is some type of t
in the context ctx
, possibly adding new constraints in p
. The metavariables of p
are updated when a metavariable is instantiated or created. ctx
must be well sorted.
val check_noexn : Term.problem -> Term.ctxt -> Term.term -> Term.term -> bool
check_noexn p ctx t a
tells whether the term t
has type a
in the context ctx
, possibly adding new constraints in p
. The metavariables of p
are updated when a metavariable is instantiated or created. The context ctx
and the type a
must be well sorted.
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
>