package ortools_solvers
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
>
On This Page
Call Google OR-Tools solvers
Install
dune-project
Dependency
Authors
Maintainers
Sources
ortools-9.15.0-1.tbz
sha256=7cb1810955bae43d7b65dc8f9ca68731048862ad1acc7dbb38adbe4d2fac47d4
sha512=95a42628e35985ffe2056f98e0d4b88684d1e669fd94101060cab9bdf694528816509e6d971442608d52f28cd78cff8b959a28e75dec7ddf0e2fdf4c4f2fe4a9
doc/README.html
OCaml interface to Google OR-Tools
Currently only a subset of CP-SAT is supported.
Pull requests providing the missing features are welcome, but please pay attention to documentation and tests.
This project provides two packages:
ortoolsis an OCaml interface for building CP-SAT models. It does not require an installation of OR-Tools as it simply works with the protocol buffer format. Seeutils/sat_solve_pb.{c,py}for examples of interfacing with the CP-SAT solver.ortools_solversbuilds onortoolsto provide a simple OCaml interface for calling CP-SAT. This package builds its own version of OR-Tools and, on Linux, the libraries abseil, re2, protobuf, and protobuf-c.
Online docs: https://inria.github.io/ocaml-ortools/
opam install ocamlfind ortools_solvers
ocamlfind ocamlopt -o cp_is_fun_sat.exe \
-package ortools_solvers -linkpkg \
samples/sat/cp_is_fun_sat.ml
./cp_is_fun_sat.exeTODOs
- Finish migrating OR-Tools
sat/samples - Use
alcotestto test the interface. - CP-SAT: Support
Intervalconstraints - CP-SAT: Support
NoOverlapconstraints - CP-SAT: Support
NoOverlap2Dconstraints - CP-SAT: Support
Elementconstraints - CP-SAT: Support
Circuitconstraints - CP-SAT: Support
Routesconstraints - CP-SAT: Support
Tableconstraints - CP-SAT: Support
Automatonconstraints - CP-SAT: Support
Inverseconstraints - CP-SAT: Support
Reservoirconstraints - CP-SAT: Support
Cumulativeconstraints - CP-SAT: Support
Dummyconstraints - Support other solvers
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
>
On This Page