Source: ProCGroups.FoxDifferential.Completed.CoefficientRings.CompletedGroupAlgebraPrimePower.InClass.System.Ring
1import ProCGroups.FoxDifferential.Completed.CoefficientRings.CompletedGroupAlgebraPrimePower.InClass.System.Ring.AddCommGroup
2import ProCGroups.FoxDifferential.Completed.CoefficientRings.CompletedGroupAlgebraPrimePower.InClass.System.Ring.GroupLike
3import ProCGroups.FoxDifferential.Completed.CoefficientRings.CompletedGroupAlgebraPrimePower.InClass.System.Ring.Multiplicative
4import ProCGroups.FoxDifferential.Completed.CoefficientRings.CompletedGroupAlgebraPrimePower.InClass.System.Ring.Projection
6/-!
7# Fox differential: prime-power completed group algebra — in class — system — ring
9This aggregate re-exports the following parts of the Fox differential API:
11- `Completed.CoefficientRings.CompletedGroupAlgebraPrimePower.InClass.System.Ring.AddCommGroup`
12- `Completed.CoefficientRings.CompletedGroupAlgebraPrimePower.InClass.System.Ring.GroupLike`
13- `Completed.CoefficientRings.CompletedGroupAlgebraPrimePower.InClass.System.Ring.Multiplicative`
14- `Completed.CoefficientRings.CompletedGroupAlgebraPrimePower.InClass.System.Ring.Projection`
15-/