package libzipperposition
Library for Zipperposition
Install
Dune Dependency
Authors
Maintainers
Sources
2.1.tar.gz
md5=e72de75e9f0f87da9e6e8c0a4d4c89f9
sha512=81becfc9badd686ab3692cd9312172aa4c4e3581b110e81770bb01e0ffbc1eb8495d0dd6d43b98f3d06e6b8c8a338174c13ebafb4e9849a3ddf89f9a3a72c287
doc/libzipperposition.calculi/Libzipperposition_calculi/Booleans/Make/argument-1-E/ProofState/CQueue/index.html
Module ProofState.CQueue
Priority queues on clauses
val register_conjecture_clause : C.t -> unit
val on_proof_state_init : C.t Iter.t Logtk.Signal.t
Weight functions
module WeightFun : sig ... end
module PriorityFun : sig ... end
val length : t -> int
Number of elements
val is_empty : t -> bool
check whether the queue is empty
val name : t -> string
Name of the implementation/role of the queue
Available Queues
val bfs : unit -> t
FIFO
val almost_bfs : unit -> t
Half FIFO, half default
val explore : unit -> t
Use heuristics for selecting "small" clauses
val ground : unit -> t
Favor positive unit clauses and ground clauses
val goal_oriented : unit -> t
custom weight function that favors clauses that are "close" to initial conjectures. It is fair.
val default : unit -> t
Obtain the default queue
val of_profile : Libzipperposition.ClauseQueue_intf.profile -> t
Select the queue corresponding to the given profile
ignore the clause in the queue, and make sure it is never returned with the call to take_first(); returns true if clause was actually removed
IO
val pp : t CCFormat.printer
val to_string : t -> string
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
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