Index

A

AbsoluteDualityGap (class in invo.LinearModels.AbsoluteDualityGap)

C

checkFeasibility() (in module invo.utils.invoutils)

F

fit_convex_hull() (in module invo.utils.fwdutils) FOP() (invo.LinearModels.AbsoluteDualityGap.AbsoluteDualityGap method) (invo.LinearModels.RelativeDualityGap.RelativeDualityGap method) (invo.LinearModels.pNorm.pNorm method)

I

invo (module) invo.LinearModels (module) invo.LinearModels.AbsoluteDualityGap (module) invo.LinearModels.pNorm (module) invo.LinearModels.RelativeDualityGap (module)

invo.tests (module) invo.tests.simpleLp (module) invo.utils (module) invo.utils.fwdutils (module) invo.utils.invoutils (module)

O

optimal_points() (invo.LinearModels.pNorm.pNorm method)

P

pNorm (class in invo.LinearModels.pNorm)

R

RelativeDualityGap (class in invo.LinearModels.RelativeDualityGap) rho() (invo.LinearModels.AbsoluteDualityGap.AbsoluteDualityGap method) (invo.LinearModels.RelativeDualityGap.RelativeDualityGap method) (invo.LinearModels.pNorm.pNorm method)

S

simpleLp() (in module invo.tests.simpleLp) solve() (invo.LinearModels.AbsoluteDualityGap.AbsoluteDualityGap method) (invo.LinearModels.RelativeDualityGap.RelativeDualityGap method) (invo.LinearModels.pNorm.pNorm method)

V

validateFOP() (in module invo.utils.invoutils)

validatePoints() (in module invo.utils.invoutils)