Portability | portable |
---|---|
Stability | experimental |
Maintainer | mik@konecny.aow.cz |
Simple integration methods for Haskell functions operating on real number approximations.
- integrateCont :: ERIntApprox ira => (EffortIndex -> ira -> ira) -> ConvergRealSeq ira -> ConvergRealSeq ira -> ConvergRealSeq ira
- integrateCont_R :: ERIntApprox ira => (EffortIndex -> ira -> ira) -> EffortIndex -> ira -> ira -> ira
- integrateContAdapt_R :: ERIntApprox ira => (EffortIndex -> ira -> ira) -> EffortIndex -> ira -> ira -> ira
Documentation
integrateCont :: ERIntApprox ira => (EffortIndex -> ira -> ira) -> ConvergRealSeq ira -> ConvergRealSeq ira -> ConvergRealSeq iraSource
integrateCont_R :: ERIntApprox ira => (EffortIndex -> ira -> ira) -> EffortIndex -> ira -> ira -> iraSource
naive integration, using a partition of 2 * prec equally sized intervals
integrateContAdapt_R :: ERIntApprox ira => (EffortIndex -> ira -> ira) -> EffortIndex -> ira -> ira -> iraSource
integration using divide and conquer adaptive partitioning