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| author | Frédéric Besson | 2018-08-24 23:10:55 +0200 |
|---|---|---|
| committer | Frédéric Besson | 2018-10-09 12:20:39 +0200 |
| commit | 7f445d1027cbcedf91f446bc86afea36840728ba (patch) | |
| tree | 9bd390614a3bbed2cd6c8a47b808242ef706ec5b /kernel/cbytecodes.ml | |
| parent | 59de2827b63b5bc475452bef385a2149a10a631c (diff) | |
Refactoring of Micromega code using a Simplex linear solver
- Simplex based linear prover
Unset Simplex to get Fourier elimination
For lia and nia, do not enumerate but generate cutting planes.
- Better non-linear support
Factorisation of the non-linear pre-processing
Careful handling of equation x=e, x is only eliminated if x is used linearly
- More opaque interfaces
(Linear solvers Simplex and Mfourier are independent)
- Set Dump Arith "file" so that lia,nia calls generate Coq goals
in filexxx.v. Used to collect benchmarks and regressions.
- Rationalise the test-suite
example.v only tests psatz Z
example_nia.v only tests lia, nia
In both files, the tests are in essence the same.
In particular, if a test is solved by psatz but not by nia,
we finish the goal by an explicit Abort.
There are additional tests in example_nia.v which require specific
integer reasoning out of scope of psatz.
Diffstat (limited to 'kernel/cbytecodes.ml')
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