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Build Information

Failed to build SwiftyAlgebra, reference 0.1.0 (44c947), with Swift 6.4 for macOS (Xcode) using Xcode 27.0 on 20 Sep 2026 04:11:12 UTC.

Build Command

env DEVELOPER_DIR=/Applications/Xcode-27.0.0-Release.Candidate.app xcrun xcodebuild -IDEClonedSourcePackagesDirPathOverride=$PWD/.dependencies -skipMacroValidation -skipPackagePluginValidation -derivedDataPath $PWD/.derivedData build -scheme SwiftyAlgebra -destination platform=macOS,arch=arm64

Build Log

| 	- (#738) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Copyable]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Copyable] ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Copyable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[Copyable]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Copyable] ⊗ ([_LieAlgebraRepresentation:Codomain].[Copyable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Copyable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1)
| 	- (#739) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Escapable]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Escapable] ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Escapable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[Escapable]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Escapable] ⊗ ([_LieAlgebraRepresentation:Codomain].[Escapable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Escapable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1)
| 	- (#740) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Hashable]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Hashable] ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Hashable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[Hashable]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Hashable] ⊗ ([_LieAlgebraRepresentation:Codomain].[Hashable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Hashable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1)
| 	- (#741) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : CustomStringConvertible]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : CustomStringConvertible] ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : CustomStringConvertible] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[CustomStringConvertible]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[CustomStringConvertible] ⊗ ([_LieAlgebraRepresentation:Codomain].[CustomStringConvertible] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) \342\212\227 DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : CustomStringConvertible] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1)
| 	- (#742) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Equatable]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Equatable] ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Equatable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[Equatable]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Equatable] ⊗ ([_LieAlgebraRepresentation:Codomain].[Equatable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Equatable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1)
| 	- (#743) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : LieAlgebra]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : LieAlgebra] ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : LieAlgebra] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[LieAlgebra]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[LieAlgebra] ⊗ ([_LieAlgebraRepresentation:Codomain].[LieAlgebra] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : LieAlgebra] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1)
| 	- (#744) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : VectorSpace]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : VectorSpace] ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : VectorSpace] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[VectorSpace]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[VectorSpace] ⊗ ([_LieAlgebraRepresentation:Codomain].[VectorSpace] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : VectorSpace] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1)
| 	- (#745) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Module]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Module] ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Module] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[Module]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Module] ⊗ ([_LieAlgebraRepresentation:Codomain].[Module] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Module] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1)
| 	- (#746) [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]: ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace).[Module:CoeffRing] ⊗ ([_LieAlgebraRepresentation].VectorSpace.[Module:CoeffRing] =>> [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Module].[Module:CoeffRing]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Module] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module] => [_LieAlgebraRepresentation:Codomain]).[Module:CoeffRing] ⊗ ([_LieAlgebraRepresentation:Codomain].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing])
| 	- (#747) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : AdditiveGroup]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : AdditiveGroup] ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : AdditiveGroup] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>].[AdditiveGroup]) ⊗ Decompose(1) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace>] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[AdditiveGroup] ⊗ ([_LieAlgebraRepresentation:Codomain].[AdditiveGroup] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : AdditiveGroup] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1)
| 	- (#748) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[SetType]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[SetType] ⊗ ([_LieAlgebraRepresentation:Codomain].[SetType] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType])
| 	- (#749) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Copyable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Copyable] ⊗ ([_LieAlgebraRepresentation:Codomain].[Copyable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable])
| 	- (#750) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Escapable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Escapable] ⊗ ([_LieAlgebraRepresentation:Codomain].[Escapable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable])
| 	- (#751) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Hashable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Hashable] ⊗ ([_LieAlgebraRepresentation:Codomain].[Hashable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable])
| 	- (#752) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[CustomStringConvertible] ⊗ ([_LieAlgebraRepresentation:Codomain].[CustomStringConvertible] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible])
| 	- (#753) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Equatable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Equatable] ⊗ ([_LieAlgebraRepresentation:Codomain].[Equatable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable])
| 	- (#754) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[LieAlgebra] ⊗ ([_LieAlgebraRepresentation:Codomain].[LieAlgebra] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra])
| 	- (#755) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[VectorSpace] ⊗ ([_LieAlgebraRepresentation:Codomain].[VectorSpace] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace])
| 	- (#756) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Module]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Module] ⊗ ([_LieAlgebraRepresentation:Codomain].[Module] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module])
| 	- (#757) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] =>> [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module].[Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module] => [_LieAlgebraRepresentation:Codomain]).[Module:CoeffRing] ⊗ ([_LieAlgebraRepresentation:Codomain].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#758) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[AdditiveGroup] ⊗ ([_LieAlgebraRepresentation:Codomain].[AdditiveGroup] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup])
| 	- (#768) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]).[Module:CoeffRing] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] =>> [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module].[Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module].[Module:CoeffRing] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module].[Module:CoeffRing] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module].[Module:CoeffRing] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module].[Module:CoeffRing] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Module]).[Module:CoeffRing] ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Module].[Module:CoeffRing] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Module].[Module:CoeffRing] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[Module].[Module:CoeffRing] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[Module].[Module:CoeffRing] ⊗ ([_LieAlgebraRepresentation:Codomain].[Module] => [_LieAlgebraRepresentation:Codomain]).[Module:CoeffRing] ⊗ ([_LieAlgebraRepresentation:Codomain].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#770) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : SetType] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : SetType] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : SetType] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#772) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Copyable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Copyable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Copyable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#774) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Escapable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Escapable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Escapable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#776) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Hashable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Hashable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Hashable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#778) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : CustomStringConvertible] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : CustomStringConvertible] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : CustomStringConvertible] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#780) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Equatable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Equatable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Equatable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#782) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : LieAlgebra] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : LieAlgebra] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : LieAlgebra] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#784) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : VectorSpace] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : VectorSpace] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : VectorSpace] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#786) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Module] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Module] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : Module] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#788) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : AdditiveGroup] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ DecomposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : AdditiveGroup] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].VectorSpace) ⊗ Compose(1) ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].VectorSpace> : AdditiveGroup] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation].VectorSpace => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#790) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[SetType]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[SetType] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[SetType] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[SetType] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[SetType] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[SetType] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#791) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[SetType]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[SetType] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[SetType] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[SetType] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[SetType] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[SetType] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType]
| 	- (#792) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Copyable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Copyable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Copyable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Copyable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Copyable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Copyable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#793) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Copyable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Copyable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Copyable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Copyable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Copyable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Copyable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable]
| 	- (#794) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Escapable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Escapable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Escapable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Escapable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Escapable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Escapable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#795) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Escapable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Escapable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Escapable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Escapable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Escapable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Escapable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable]
| 	- (#796) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Hashable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Hashable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Hashable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Hashable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Hashable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Hashable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#797) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Hashable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Hashable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Hashable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Hashable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Hashable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Hashable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable]
| 	- (#798) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[CustomStringConvertible] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[CustomStringConvertible] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#799) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[CustomStringConvertible] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[CustomStringConvertible] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]
| 	- (#800) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Equatable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Equatable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Equatable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Equatable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Equatable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Equatable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#801) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Equatable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Equatable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Equatable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Equatable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Equatable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Equatable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable]
| 	- (#802) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[LieAlgebra] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[LieAlgebra] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#803) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[LieAlgebra] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[LieAlgebra] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]
| 	- (#804) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[VectorSpace]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[VectorSpace] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[VectorSpace] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#805) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[VectorSpace]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[VectorSpace] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[VectorSpace] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]
| 	- (#806) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Module]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Module] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Module] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Module] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Module] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Module] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#807) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Module]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Module] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Module] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Module] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Module] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Module] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module]
| 	- (#808) [_LieAlgebraRepresentation:VectorSpace]: RightConcreteProjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[AdditiveGroup] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[AdditiveGroup] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ LeftConcreteInjection([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace])
| 	- (#809) [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]: Decompose(1) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation:VectorSpace]) ⊗ ComposeConcrete([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] : [concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[AdditiveGroup] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[AdditiveGroup] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]
| 	- (#810) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[SetType]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[SetType] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[SetType] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[SetType] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[SetType] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[SetType] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : SetType] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : SetType] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#811) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Copyable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Copyable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Copyable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Copyable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Copyable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Copyable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Copyable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Copyable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#812) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Escapable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Escapable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Escapable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Escapable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Escapable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Escapable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Escapable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Escapable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#813) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Hashable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Hashable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Hashable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Hashable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Hashable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Hashable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Hashable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Hashable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#814) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[CustomStringConvertible] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[CustomStringConvertible] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[CustomStringConvertible] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : CustomStringConvertible] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#815) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Equatable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Equatable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Equatable] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Equatable] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Equatable] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Equatable] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Equatable] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Equatable] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#816) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[LieAlgebra] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[LieAlgebra] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[LieAlgebra] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : LieAlgebra] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#817) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[VectorSpace]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[VectorSpace] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[VectorSpace] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[VectorSpace] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : VectorSpace] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#818) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[Module]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[Module] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[Module] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[Module] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Module] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[Module] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : Module] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : Module] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#819) [_LieAlgebraRepresentation:Codomain]: ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[AdditiveGroup] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>]).[AdditiveGroup] ⊗ (σ + [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup] ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup] ⊗ [_LieAlgebraRepresentation:Codomain].([concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[AdditiveGroup] =>> [concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]>].[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]>] => [_LieAlgebraRepresentation:Codomain]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ (σ - [_LieAlgebraRepresentation]).[concrete: LinearEnd<[_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:Codomain].[concrete: LinearEnd<[_LieAlgebraRepresentation:VectorSpace]> : AdditiveGroup] => [_LieAlgebraRepresentation:Codomain]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:Codomain] => [_LieAlgebraRepresentation:Codomain])
| 	- (#820) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace] => [_LieAlgebraRepresentation].[_LieAlgebraRepresentation:VectorSpace]).[Module:CoeffRing] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing]) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#821) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[Ring]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[Ring] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[Ring] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#822) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[Copyable]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[Copyable] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[Copyable] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#823) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[Escapable]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[Escapable] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[Escapable] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#824) [_LieAlgebraRepresentation:CoeffRing].[Field:IntegerLiteralType]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation].[_LieAlgebraHom:CoeffRing]).[Field:IntegerLiteralType] ⊗ [_LieAlgebraRepresentation].([_LieAlgebraHom:CoeffRing].[Field:IntegerLiteralType] => [_LieAlgebraHom:CoeffRing].IntegerLiteralType) ⊗ ([_LieAlgebraRepresentation].[_LieAlgebraHom:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing]).IntegerLiteralType ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).IntegerLiteralType ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].IntegerLiteralType => [Module:CoeffRing].[Ring:IntegerLiteralType]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing]).[Ring:IntegerLiteralType] ⊗ ([_LieAlgebraRepresentation:CoeffRing].[Ring:IntegerLiteralType] => [_LieAlgebraRepresentation:CoeffRing].[Field:IntegerLiteralType])
| 	- (#825) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[AdditiveGroup]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[AdditiveGroup] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[AdditiveGroup] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#826) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[Monoid]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[Monoid] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[Monoid] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#827) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[ExpressibleByIntegerLiteral]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[ExpressibleByIntegerLiteral] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[ExpressibleByIntegerLiteral] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#828) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[SetType]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[SetType] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[SetType] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#829) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[Hashable]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[Hashable] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[Hashable] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#830) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[CustomStringConvertible]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[CustomStringConvertible] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[CustomStringConvertible] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#831) [_LieAlgebraRepresentation:CoeffRing]: ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing].[Equatable]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[Equatable] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[Equatable] => [Module:CoeffRing]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing])
| 	- (#832) [_LieAlgebraRepresentation:CoeffRing].[Field:IntegerLiteralType]: ([_LieAlgebraRepresentation:CoeffRing].[Field:IntegerLiteralType] => [_LieAlgebraRepresentation:CoeffRing].[ExpressibleByIntegerLiteral:IntegerLiteralType]) ⊗ ([_LieAlgebraRepresentation:CoeffRing] => [_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing]).[ExpressibleByIntegerLiteral:IntegerLiteralType] ⊗ [_LieAlgebraRepresentation:VectorSpace].([Module:CoeffRing].[ExpressibleByIntegerLiteral:IntegerLiteralType] => [Module:CoeffRing].[Ring:IntegerLiteralType]) ⊗ ([_LieAlgebraRepresentation:VectorSpace].[Module:CoeffRing] => [_LieAlgebraRepresentation:CoeffRing]).[Ring:IntegerLiteralType] ⊗ ([_LieAlgebraRepresentation:CoeffRing].[Ring:IntegerLiteralType] => [_LieAlgebraRepresentation:CoeffRing].[Field:IntegerLiteralType])
| 	}
Stack dump without symbol names (ensure you have llvm-symbolizer in your PATH or set the environment var `LLVM_SYMBOLIZER_PATH` to point to it):
0  swift-frontend           0x000000010744bbd0 llvm::sys::PrintStackTrace(llvm::raw_ostream&, int) + 56
1  swift-frontend           0x0000000107449358 llvm::sys::RunSignalHandlers() + 172
2  swift-frontend           0x000000010744c1c8 SignalHandler(int, __siginfo*, void*) + 360
3  libsystem_platform.dylib 0x0000000181ed9744 _sigtramp + 56
4  libsystem_pthread.dylib  0x0000000181ecf8d8 pthread_kill + 296
5  libsystem_c.dylib        0x0000000181dd5978 abort + 148
6  swift-frontend           0x0000000102bfabc4 _ABORT(char const*, int, char const*, llvm::function_ref<void (llvm::raw_ostream&)>) + 0
7  swift-frontend           0x0000000102bfac98 _ABORT(char const*, int, char const*, llvm::StringRef) + 0
8  swift-frontend           0x0000000102b311fc swift::rewriting::MutableTerm::MutableTerm(swift::rewriting::Symbol const*, swift::rewriting::Symbol const*) + 0
9  swift-frontend           0x0000000102b313b0 swift::rewriting::RewriteSystem::decomposeTermIntoConformanceRuleLeftHandSides(swift::rewriting::MutableTerm, unsigned int, llvm::SmallVectorImpl<unsigned int>&) const + 272
10 swift-frontend           0x0000000102b3733c swift::rewriting::RewriteSystem::computeCandidateConformancePaths(swift::rewriting::PropertyMap const&, llvm::MapVector<unsigned int, std::__1::vector<llvm::SmallVector<unsigned int, 2u>, std::__1::allocator<llvm::SmallVector<unsigned int, 2u>>>, llvm::DenseMap<unsigned int, unsigned int, llvm::DenseMapInfo<unsigned int, void>, llvm::detail::DenseMapPair<unsigned int, unsigned int>>, llvm::SmallVector<std::__1::pair<unsigned int, std::__1::vector<llvm::SmallVector<unsigned int, 2u>, std::__1::allocator<llvm::SmallVector<unsigned int, 2u>>>>, 0u>>&) const::$_0::operator()(unsigned int) const + 2004
11 swift-frontend           0x0000000102b37500 void swift::rewriting::Trie<unsigned int, (swift::rewriting::MatchKind)0>::visitChildren<swift::rewriting::RewriteSystem::computeCandidateConformancePaths(swift::rewriting::PropertyMap const&, llvm::MapVector<unsigned int, std::__1::vector<llvm::SmallVector<unsigned int, 2u>, std::__1::allocator<llvm::SmallVector<unsigned int, 2u>>>, llvm::DenseMap<unsigned int, unsigned int, llvm::DenseMapInfo<unsigned int, void>, llvm::detail::DenseMapPair<unsigned int, unsigned int>>, llvm::SmallVector<std::__1::pair<unsigned int, std::__1::vector<llvm::SmallVector<unsigned int, 2u>, std::__1::allocator<llvm::SmallVector<unsigned int, 2u>>>>, 0u>>&) const::$_0>(swift::rewriting::Trie<unsigned int, (swift::rewriting::MatchKind)0>::Node const*, swift::rewriting::RewriteSystem::computeCandidateConformancePaths(swift::rewriting::PropertyMap const&, llvm::MapVector<unsigned int, std::__1::vector<llvm::SmallVector<unsigned int, 2u>, std::__1::allocator<llvm::SmallVector<unsigned int, 2u>>>, llvm::DenseMap<unsigned int, unsigned int, llvm::DenseMapInfo<unsigned int, void>, llvm::detail::DenseMapPair<unsigned int, unsigned int>>, llvm::SmallVector<std::__1::pair<unsigned int, std::__1::vector<llvm::SmallVector<unsigned int, 2u>, std::__1::allocator<llvm::SmallVector<unsigned int, 2u>>>>, 0u>>&) const::$_0) const + 88
12 swift-frontend           0x0000000102b32b68 swift::rewriting::RewriteSystem::computeMinimalConformances(swift::rewriting::PropertyMap const&, llvm::DenseSet<unsigned int, llvm::DenseMapInfo<unsigned int, void>>&) const + 5244
13 swift-frontend           0x0000000102b27104 swift::rewriting::RewriteSystem::minimizeRewriteSystem(swift::rewriting::PropertyMap const&) + 1396
14 swift-frontend           0x0000000102b52014 swift::RequirementSignatureRequest::evaluate(swift::Evaluator&, swift::ProtocolDecl*) const + 4448
15 swift-frontend           0x00000001028ff7d0 swift::ProtocolDecl::getRequirementSignature() const + 1184
16 swift-frontend           0x000000010248f204 (anonymous namespace)::DeclChecker::visit(swift::Decl*) + 3320
17 swift-frontend           0x000000010259e26c swift::TypeCheckPrimaryFileRequest::evaluate(swift::Evaluator&, swift::SourceFile*) const + 776
18 swift-frontend           0x00000001025a7244 swift::TypeCheckPrimaryFileRequest::OutputType swift::Evaluator::getResultUncached<swift::TypeCheckPrimaryFileRequest, swift::TypeCheckPrimaryFileRequest::OutputType swift::evaluateOrDefault<swift::TypeCheckPrimaryFileRequest>(swift::Evaluator&, swift::TypeCheckPrimaryFileRequest, swift::TypeCheckPrimaryFileRequest::OutputType)::'lambda'()>(swift::TypeCheckPrimaryFileRequest const&, swift::TypeCheckPrimaryFileRequest::OutputType swift::evaluateOrDefault<swift::TypeCheckPrimaryFileRequest>(swift::Evaluator&, swift::TypeCheckPrimaryFileRequest, swift::TypeCheckPrimaryFileRequest::OutputType)::'lambda'()) + 648
19 swift-frontend           0x00000001025a6fa8 swift::TypeCheckPrimaryFileRequest::OutputType swift::Evaluator::getResultCached<swift::TypeCheckPrimaryFileRequest, swift::TypeCheckPrimaryFileRequest::OutputType swift::evaluateOrDefault<swift::TypeCheckPrimaryFileRequest>(swift::Evaluator&, swift::TypeCheckPrimaryFileRequest, swift::TypeCheckPrimaryFileRequest::OutputType)::'lambda'(), (void*)0>(swift::TypeCheckPrimaryFileRequest const&, swift::TypeCheckPrimaryFileRequest::OutputType swift::evaluateOrDefault<swift::TypeCheckPrimaryFileRequest>(swift::Evaluator&, swift::TypeCheckPrimaryFileRequest, swift::TypeCheckPrimaryFileRequest::OutputType)::'lambda'()) + 184
20 swift-frontend           0x00000001013a01a4 bool llvm::function_ref<bool (swift::SourceFile&)>::callback_fn<swift::CompilerInstance::performSema()::$_0>(long, swift::SourceFile&) + 116
21 swift-frontend           0x000000010139911c swift::CompilerInstance::forEachFileToTypeCheck(llvm::function_ref<bool (swift::SourceFile&)>) + 176
22 swift-frontend           0x000000010139903c swift::CompilerInstance::performSema() + 456
23 swift-frontend           0x0000000100f60918 performCompile(swift::CompilerInstance&, int&, swift::FrontendObserver*, llvm::ArrayRef<char const*>) + 556
24 swift-frontend           0x0000000100f5ddc4 swift::performFrontend(llvm::ArrayRef<char const*>, char const*, void*, swift::FrontendObserver*) + 3776
25 swift-frontend           0x0000000100edd008 swift::mainEntry(int, char const**) + 5600
26 dyld                     0x0000000181b044e4 start + 6992
Failed frontend command:
/Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Toolchains/XcodeDefault.xctoolchain/usr/bin/swift-frontend -frontend -c /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/EuclideanRing.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Field.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/LieAlgebra.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Module.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Monoid.swift -primary-file /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/NormedSpace.swift -primary-file /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Representation.swift -primary-file /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Ring.swift -primary-file /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Set.swift -primary-file /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/VectorSpace.swift -primary-file /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/BernoulliNumbers.swift -primary-file /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/IntList.swift -primary-file /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/Permutation.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/combinatorics.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Computation/IntegerFactorization.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Computation/PolynomialFactorization.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Extensions/Array.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Extensions/Dictionary.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Extensions/Sequence.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/FreeModule/FreeModule.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/FreeModule/FreeModuleBase.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/FreeModule/FreeModuleHom.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Homology/ChainComplex.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Homology/ChainComplexOperations.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Homology/ChainMap.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Homology/ExactSequence.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Homology/Homology.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Homology/HomologyClass.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Homology/HomologyExactSequence.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Homology/HomologyMap.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Computation/ComputationalMatrix.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Computation/DiagonalEliminator.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Computation/EchelonEliminator.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Computation/HermiteEliminator.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Computation/MatrixEliminationResult.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Computation/MatrixEliminator.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Computation/SmithEliminator.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/GeneralLinearGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/GeneralLinearLieAlgebra.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/MatrixGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/MatrixLieAlgebra.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/OrthogonalGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/OrthogonalLieAlgebra.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/SymplecticGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/SymplecticLieAlgebra.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/UnitaryGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/UnitaryLieAlgebra.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/SquareMatrix.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Vector.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Meta/CustomOperators.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Meta/Randomable.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Meta/TypeParameters.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Complex.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Integer.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Quaternion.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Rational.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Real.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Z_2.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/MPolynomial.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/MultiplicativeSequence.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/PolynomialIdeal.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/Polynominal.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/PowerSeries.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/SymmetricPolynomial.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/AlgebraicStructure.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/GroupStructure.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/ModuleStructure.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/SimpleModuleStructure.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/SymmetricGroup/AlternatingGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/SymmetricGroup/SymmetricGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Util/Cache.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Util/Expression.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Util/Ref.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Util/debug.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Util/optable.swift -supplementary-output-file-map /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/supplementaryOutputs-2 -target arm64-apple-macos12.0 -Xllvm -aarch64-use-tbi -enable-objc-interop -stack-check -sdk /Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Platforms/MacOSX.platform/Developer/SDKs/MacOSX27.0.sdk -I /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Products/Debug -Isystem /Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Platforms/MacOSX.platform/Developer/usr/lib -F /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Products/Debug -F /Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Platforms/MacOSX.platform/Developer/Library/Frameworks -module-cache-path /Users/admin/builder/spi-builder-workspace/.derivedData/ModuleCache.noindex -no-color-diagnostics -Xcc -fno-color-diagnostics -enable-testing -g -debug-info-format\=dwarf -dwarf-version\=4 -profile-generate -profile-coverage-mapping -swift-version 4 -Onone -D SWIFT_PACKAGE -D DEBUG -D SWIFT_MODULE_RESOURCE_BUNDLE_UNAVAILABLE -D Xcode -serialize-debugging-options -enable-experimental-feature DebugDescriptionMacro -empty-abi-descriptor -plugin-path /Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Toolchains/XcodeDefault.xctoolchain/usr/lib/swift/host/plugins/testing -validate-clang-modules-once -clang-build-session-file /Users/admin/builder/spi-builder-workspace/.derivedData/ModuleCache.noindex/Session.modulevalidation -Xcc -working-directory -Xcc /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode -enable-anonymous-context-mangled-names -file-compilation-dir /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode -Xcc -D_LIBCPP_HARDENING_MODE\=_LIBCPP_HARDENING_MODE_DEBUG -Xcc -ivfsstatcache -Xcc /Users/admin/builder/spi-builder-workspace/.derivedData/SDKStatCaches.noindex/macosx27.0-26A425-e829b21a6f8c9b70876ba0858053c0446a22442a12e9d48fe1a705f55a1adfc4.sdkstatcache -Xcc -fmodules-prune-interval\=86400 -Xcc -fmodules-prune-after\=345600 -Xcc -I/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Products/Debug/include -Xcc -I/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/DerivedSources-normal/arm64 -Xcc -I/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/DerivedSources/arm64 -Xcc -I/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/DerivedSources -Xcc -DSWIFT_PACKAGE -Xcc -DDEBUG\=1 -no-auto-bridging-header-chaining -module-name SwiftyAlgebra -const-gather-protocols-file /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/SwiftyAlgebra_const_extract_protocols.json -disable-clang-spi -target-sdk-version 27.0 -target-sdk-name macosx27.0 -external-plugin-path /Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Platforms/MacOSX.platform/Developer/usr/lib/swift/host/plugins\#/Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Platforms/MacOSX.platform/Developer/usr/bin/swift-plugin-server -external-plugin-path /Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Platforms/MacOSX.platform/Developer/usr/local/lib/swift/host/plugins\#/Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Platforms/MacOSX.platform/Developer/usr/bin/swift-plugin-server -in-process-plugin-server-path /Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Toolchains/XcodeDefault.xctoolchain/usr/lib/swift/host/libSwiftInProcPluginServer.dylib -plugin-path /Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Toolchains/XcodeDefault.xctoolchain/usr/lib/swift/host/plugins -plugin-path /Applications/Xcode-27.0.0-Release.Candidate.app/Contents/Developer/Toolchains/XcodeDefault.xctoolchain/usr/local/lib/swift/host/plugins -parse-as-library -o /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/NormedSpace.o -o /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Representation.o -o /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Ring.o -o /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Set.o -o /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/VectorSpace.o -o /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/BernoulliNumbers.o -o /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/IntList.o -o /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Permutation.o -index-unit-output-path /SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/NormedSpace.o -index-unit-output-path /SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Representation.o -index-unit-output-path /SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Ring.o -index-unit-output-path /SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Set.o -index-unit-output-path /SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/VectorSpace.o -index-unit-output-path /SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/BernoulliNumbers.o -index-unit-output-path /SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/IntList.o -index-unit-output-path /SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Permutation.o -index-store-path /Users/admin/builder/spi-builder-workspace/.derivedData/Index.noindex/DataStore -index-system-modules
Command SwiftCompile failed with a nonzero exit code
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/NormedSpace.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile NormedSpace.swift
/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/NormedSpace.dia:1:1: warning: Could not read serialized diagnostics file: Error Domain=NSCocoaErrorDomain Code=260 "The file “NormedSpace.dia” couldn’t be opened because there is no such file." UserInfo={NSFilePath=/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/NormedSpace.dia, NSURL=file:///Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/NormedSpace.dia, NSUnderlyingError=0x7e2ea4570 {Error Domain=NSPOSIXErrorDomain Code=2 "No such file or directory"}} (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Representation.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Representation.swift
/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Representation.dia:1:1: warning: Could not read serialized diagnostics file: Error Domain=NSCocoaErrorDomain Code=260 "The file “Representation.dia” couldn’t be opened because there is no such file." UserInfo={NSFilePath=/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Representation.dia, NSURL=file:///Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Representation.dia, NSUnderlyingError=0x7e2ea7840 {Error Domain=NSPOSIXErrorDomain Code=2 "No such file or directory"}} (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Ring.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Ring.swift
/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Ring.dia:1:1: warning: Could not read serialized diagnostics file: Error Domain=NSCocoaErrorDomain Code=260 "The file “Ring.dia” couldn’t be opened because there is no such file." UserInfo={NSFilePath=/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Ring.dia, NSURL=file:///Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Ring.dia, NSUnderlyingError=0x7e2ea7f60 {Error Domain=NSPOSIXErrorDomain Code=2 "No such file or directory"}} (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Set.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Set.swift
/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Set.dia:1:1: warning: Could not read serialized diagnostics file: Error Domain=NSCocoaErrorDomain Code=260 "The file “Set.dia” couldn’t be opened because there is no such file." UserInfo={NSFilePath=/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Set.dia, NSURL=file:///Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Set.dia, NSUnderlyingError=0x7e2ea7ae0 {Error Domain=NSPOSIXErrorDomain Code=2 "No such file or directory"}} (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/VectorSpace.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile VectorSpace.swift
/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/VectorSpace.dia:1:1: warning: Could not read serialized diagnostics file: Error Domain=NSCocoaErrorDomain Code=260 "The file “VectorSpace.dia” couldn’t be opened because there is no such file." UserInfo={NSFilePath=/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/VectorSpace.dia, NSURL=file:///Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/VectorSpace.dia, NSUnderlyingError=0x7e2ea7240 {Error Domain=NSPOSIXErrorDomain Code=2 "No such file or directory"}} (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/BernoulliNumbers.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile BernoulliNumbers.swift
/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/BernoulliNumbers.dia:1:1: warning: Could not read serialized diagnostics file: Error Domain=NSCocoaErrorDomain Code=260 "The file “BernoulliNumbers.dia” couldn’t be opened because there is no such file." UserInfo={NSFilePath=/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/BernoulliNumbers.dia, NSURL=file:///Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/BernoulliNumbers.dia, NSUnderlyingError=0x7e2ea7540 {Error Domain=NSPOSIXErrorDomain Code=2 "No such file or directory"}} (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/IntList.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile IntList.swift
/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/IntList.dia:1:1: warning: Could not read serialized diagnostics file: Error Domain=NSCocoaErrorDomain Code=260 "The file “IntList.dia” couldn’t be opened because there is no such file." UserInfo={NSFilePath=/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/IntList.dia, NSURL=file:///Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/IntList.dia, NSUnderlyingError=0x7e2ea6040 {Error Domain=NSPOSIXErrorDomain Code=2 "No such file or directory"}} (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/Permutation.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Permutation.swift
/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Permutation.dia:1:1: warning: Could not read serialized diagnostics file: Error Domain=NSCocoaErrorDomain Code=260 "The file “Permutation.dia” couldn’t be opened because there is no such file." UserInfo={NSFilePath=/Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Permutation.dia, NSURL=file:///Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftyAlgebra.build/Debug/SwiftyAlgebra-t.build/Objects-normal/arm64/Permutation.dia, NSUnderlyingError=0x7e2ea7150 {Error Domain=NSPOSIXErrorDomain Code=2 "No such file or directory"}} (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
SwiftCompile normal arm64 Compiling\ Matrix.swift,\ GeneralLinearGroup.swift,\ GeneralLinearLieAlgebra.swift,\ MatrixGroup.swift,\ MatrixLieAlgebra.swift,\ OrthogonalGroup.swift,\ OrthogonalLieAlgebra.swift,\ SymplecticGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/GeneralLinearGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/GeneralLinearLieAlgebra.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/MatrixGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/MatrixLieAlgebra.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/OrthogonalGroup.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/OrthogonalLieAlgebra.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/SymplecticGroup.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift:189:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'Matrix' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
187 |     }
188 |
189 |     public var hashValue: Int {
    |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'Matrix' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
190 |         return 0 // TODO
191 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift:232:5: warning: 'public' modifier is redundant for instance method declared in a public extension
230 | public extension Matrix where R: EuclideanRing {
231 |     // MEMO use computational Matrix for more direct manipulation.
232 |     public func eliminate(form: MatrixForm = .Diagonal, debug: Bool = false) -> MatrixEliminationResultWrapper<n, m, R> {
    |     `- warning: 'public' modifier is redundant for instance method declared in a public extension
233 |         let cmatrix = ComputationalMatrix(self)
234 |         let eliminator = { () -> MatrixEliminator<R> in
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift:253:5: warning: 'public' modifier is redundant for property declared in a public extension
251 | // TODO conditional conformance
252 | public extension Matrix where R: NormedSpace {
253 |     public var norm: 𝐑 {
    |     `- warning: 'public' modifier is redundant for property declared in a public extension
254 |         return sqrt( self.sum { (_, _, a) in a.norm ** 2 } )
255 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift:257:5: warning: 'public' modifier is redundant for property declared in a public extension
255 |     }
256 |
257 |     public var maxNorm: 𝐑 {
    |     `- warning: 'public' modifier is redundant for property declared in a public extension
258 |         return self.reduce(.zero) { (res, e) in Swift.max(res, e.2.norm) }
259 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift:263:5: warning: 'public' modifier is redundant for property declared in a public extension
261 |
262 | public extension Matrix where R == 𝐑 {
263 |     public var asComplex: Matrix<n, m, 𝐂> {
    |     `- warning: 'public' modifier is redundant for property declared in a public extension
264 |         return Matrix<n, m, 𝐂>(grid: grid.map{ 𝐂($0) })
265 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift:269:5: warning: 'public' modifier is redundant for property declared in a public extension
267 |
268 | public extension Matrix where R == 𝐂 {
269 |     public var realPart: Matrix<n, m, 𝐑> {
    |     `- warning: 'public' modifier is redundant for property declared in a public extension
270 |         return Matrix<n, m, 𝐑>(grid: grid.map{ $0.real })
271 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift:273:5: warning: 'public' modifier is redundant for property declared in a public extension
271 |     }
272 |
273 |     public var imaginaryPart: Matrix<n, m, 𝐑> {
    |     `- warning: 'public' modifier is redundant for property declared in a public extension
274 |         return Matrix<n, m, 𝐑>(grid: grid.map{ $0.imaginary })
275 |     }
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/Matrix.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Matrix.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/GeneralLinearGroup.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile GeneralLinearGroup.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/GeneralLinearLieAlgebra.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile GeneralLinearLieAlgebra.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/MatrixGroup.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile MatrixGroup.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/MatrixLieAlgebra.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile MatrixLieAlgebra.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/OrthogonalGroup.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile OrthogonalGroup.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/OrthogonalLieAlgebra.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile OrthogonalLieAlgebra.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Matrix/MatrixGroup/SymplecticGroup.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile SymplecticGroup.swift
SwiftEmitModule normal arm64 Emitting\ module\ for\ SwiftyAlgebra (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:10:5: warning: 'public' modifier is redundant for operator function declared in a public extension
  8 |
  9 | public extension AdditiveGroup {
 10 |     public static func -(a: Self, b: Self) -> Self {
    |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
 11 |         return (a + (-b))
 12 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:18:5: warning: 'public' modifier is redundant for static property declared in a public extension
 16 |
 17 | public extension AdditiveSubgroup {
 18 |     public static var zero: Self {
    |     `- warning: 'public' modifier is redundant for static property declared in a public extension
 19 |         return Self(Super.zero)
 20 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:22:5: warning: 'public' modifier is redundant for operator function declared in a public extension
 20 |     }
 21 |
 22 |     public static func + (a: Self, b: Self) -> Self {
    |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
 23 |         return Self(a.asSuper + b.asSuper)
 24 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:34:5: warning: 'public' modifier is redundant for static property declared in a public extension
 32 |
 33 | public extension AdditiveProductGroup {
 34 |     public static var zero: Self {
    |     `- warning: 'public' modifier is redundant for static property declared in a public extension
 35 |         return Self(Left.zero, Right.zero)
 36 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:38:5: warning: 'public' modifier is redundant for operator function declared in a public extension
 36 |     }
 37 |
 38 |     public static func + (a: Self, b: Self) -> Self {
    |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
 39 |         return Self(a._1 + b._1, a._2 + b._2)
 40 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:42:5: warning: 'public' modifier is redundant for operator function declared in a public extension
 40 |     }
 41 |
 42 |     public static prefix func - (a: Self) -> Self {
    |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
 43 |         return Self(-a._1, -a._2)
 44 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:52:5: warning: 'public' modifier is redundant for static method declared in a public extension
 50 |
 51 | public extension AdditiveQuotientGroup where Base == Sub.Super {
 52 |     public static func isEquivalent(_ a: Base, _ b: Base) -> Bool {
    |     `- warning: 'public' modifier is redundant for static method declared in a public extension
 53 |         return Sub.contains( a - b )
 54 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:56:5: warning: 'public' modifier is redundant for static property declared in a public extension
 54 |     }
 55 |
 56 |     public static var zero: Self {
    |     `- warning: 'public' modifier is redundant for static property declared in a public extension
 57 |         return Self(Base.zero)
 58 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:60:5: warning: 'public' modifier is redundant for operator function declared in a public extension
 58 |     }
 59 |
 60 |     public static func + (a: Self, b: Self) -> Self {
    |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
 61 |         return Self(a.representative + b.representative)
 62 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:64:5: warning: 'public' modifier is redundant for operator function declared in a public extension
 62 |     }
 63 |
 64 |     public static prefix func - (a: Self) -> Self {
    |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
 65 |         return Self(-a.representative)
 66 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:68:5: warning: 'public' modifier is redundant for static property declared in a public extension
 66 |     }
 67 |
 68 |     public static var symbol: String {
    |     `- warning: 'public' modifier is redundant for static property declared in a public extension
 69 |         return "\(Base.symbol)/\(Sub.symbol)"
 70 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/AdditiveGroup.swift:80:5: warning: 'public' modifier is redundant for operator function declared in a public extension
 78 |     }
 79 |
 80 |     public static func + (f: Self, g: Self) -> Self {
    |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
 81 |         return Self { x in f.applied(to: x) + g.applied(to: x) }
 82 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:16:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'AdditiveGroupHom' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
14 |     }
15 |
16 |     public var hashValue: Int {
   |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'AdditiveGroupHom' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
17 |         return 0
18 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/EuclideanRing.swift:10:5: warning: 'public' modifier is redundant for operator function declared in a public extension
 8 |
 9 | public extension EuclideanRing {
10 |     public static func / (_ a: Self, b: Self) -> Self {
   |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
11 |         return Self.eucDiv(a, b).q
12 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/EuclideanRing.swift:14:5: warning: 'public' modifier is redundant for operator function declared in a public extension
12 |     }
13 |
14 |     public static func % (_ a: Self, b: Self) -> Self {
   |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
15 |         return Self.eucDiv(a, b).r
16 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/EuclideanRing.swift:18:5: warning: 'public' modifier is redundant for operator function declared in a public extension
16 |     }
17 |
18 |     public static func /% (_ a: Self, b: Self) -> (q: Self, r: Self) {
   |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
19 |         return Self.eucDiv(a, b)
20 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Field.swift:8:5: warning: 'public' modifier is redundant for initializer declared in a public extension
 6 |
 7 | public extension Field {
 8 |     public init(from r: 𝐐) {
   |     `- warning: 'public' modifier is redundant for initializer declared in a public extension
 9 |         fatalError("TODO")
10 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Field.swift:12:5: warning: 'public' modifier is redundant for property declared in a public extension
10 |     }
11 |
12 |     public var normalizeUnit: Self {
   |     `- warning: 'public' modifier is redundant for property declared in a public extension
13 |         return self.inverse!
14 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Field.swift:16:5: warning: 'public' modifier is redundant for property declared in a public extension
14 |     }
15 |
16 |     public var degree: Int {
   |     `- warning: 'public' modifier is redundant for property declared in a public extension
17 |         return self == .zero ? 0 : 1
18 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Field.swift:20:5: warning: 'public' modifier is redundant for operator function declared in a public extension
18 |     }
19 |
20 |     public static func / (a: Self, b: Self) -> Self {
   |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
21 |         return a * b.inverse!
22 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Field.swift:24:5: warning: 'public' modifier is redundant for operator function declared in a public extension
22 |     }
23 |
24 |     public static func ** (a: Self, b: Int) -> Self {
   |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
25 |         switch b {
26 |         case let n where n > 0:
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Field.swift:35:5: warning: 'public' modifier is redundant for static method declared in a public extension
33 |     }
34 |
35 |     public static func eucDiv(_ a: Self, _ b: Self) -> (q: Self, r: Self) {
   |     `- warning: 'public' modifier is redundant for static method declared in a public extension
36 |         return (a/b, 0)
37 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Field.swift:39:5: warning: 'public' modifier is redundant for static property declared in a public extension
37 |     }
38 |
39 |     public static var isField: Bool {
   |     `- warning: 'public' modifier is redundant for static property declared in a public extension
40 |         return true
41 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Ring.swift:144:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'QuotientField' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
142 |     }
143 |
144 |     public var hashValue: Int {
    |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'QuotientField' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
145 |         return representative.hashValue // must assure `representative` is unique.
146 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:16:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'FieldHom' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
14 |     }
15 |
16 |     public var hashValue: Int {
   |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'FieldHom' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
17 |         return 0
18 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:8:5: warning: 'public' modifier is redundant for operator function declared in a public extension
  6 |
  7 | public extension Group {
  8 |     public static func ** (a: Self, b: Int) -> Self {
    |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
  9 |         switch b {
 10 |         case let n where n > 0:
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:19:5: warning: 'public' modifier is redundant for static method declared in a public extension
 17 |     }
 18 |
 19 |     public static func formsSubgroup<S: Sequence>(_ elements: S) -> Bool where S.Element == Self {
    |     `- warning: 'public' modifier is redundant for static method declared in a public extension
 20 |         let list = Array(elements)
 21 |         let n = list.count
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:47:5: warning: 'public' modifier is redundant for static method declared in a public extension
 45 |
 46 | public extension Group where Self: FiniteSetType {
 47 |     public static func cyclicSubgroup(generator: Self) -> FiniteSubgroupStructure<Self> {
    |     `- warning: 'public' modifier is redundant for static method declared in a public extension
 48 |         var g = generator
 49 |         var set = Set([identity])
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:57:5: warning: 'public' modifier is redundant for static property declared in a public extension
 55 |     }
 56 |
 57 |     public static var allCyclicSubgroups: [FiniteSubgroupStructure<Self>] {
    |     `- warning: 'public' modifier is redundant for static property declared in a public extension
 58 |         return allElements.map{ cyclicSubgroup(generator: $0) }.sorted{ $0.countElements < $1.countElements }
 59 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:61:5: warning: 'public' modifier is redundant for static property declared in a public extension
 59 |     }
 60 |
 61 |     public static var allSubgroups: [FiniteSubgroupStructure<Self>] {
    |     `- warning: 'public' modifier is redundant for static property declared in a public extension
 62 |         let n = countElements
 63 |         if n == 1 {
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:91:5: warning: 'public' modifier is redundant for property declared in a public extension
 89 |
 90 | public extension Subgroup {
 91 |     public var inverse: Self {
    |     `- warning: 'public' modifier is redundant for property declared in a public extension
 92 |         return Self(self.asSuper.inverse)
 93 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:100:5: warning: 'public' modifier is redundant for property declared in a public extension
 98 |
 99 | public extension _ProductGroup {
100 |     public var inverse: Self {
    |     `- warning: 'public' modifier is redundant for property declared in a public extension
101 |         return Self(_1.inverse, _2.inverse)
102 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Set.swift:74:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'ProductGroup' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
 72 |     }
 73 |
 74 |     public var hashValue: Int {
    |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'ProductGroup' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
 75 |         return (_1.hashValue &* 31) &+ _2.hashValue
 76 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:126:5: warning: 'public' modifier is redundant for static property declared in a public extension
124 | public extension _QuotientGroup where Base == Sub.Super {
125 |
126 |     public static var identity: Self {
    |     `- warning: 'public' modifier is redundant for static property declared in a public extension
127 |         return Self(Base.identity)
128 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:130:5: warning: 'public' modifier is redundant for property declared in a public extension
128 |     }
129 |
130 |     public var inverse: Self {
    |     `- warning: 'public' modifier is redundant for property declared in a public extension
131 |         return Self(representative.inverse)
132 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:134:5: warning: 'public' modifier is redundant for static method declared in a public extension
132 |     }
133 |
134 |     public static func isEquivalent(_ a: Base, _ b: Base) -> Bool {
    |     `- warning: 'public' modifier is redundant for static method declared in a public extension
135 |         return Sub.contains(a * b.inverse)
136 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:138:5: warning: 'public' modifier is redundant for operator function declared in a public extension
136 |     }
137 |
138 |     public static func * (a: Self, b: Self) -> Self {
    |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
139 |         return Self(a.representative * b.representative)
140 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:142:5: warning: 'public' modifier is redundant for static property declared in a public extension
140 |     }
141 |
142 |     public static var symbol: String {
    |     `- warning: 'public' modifier is redundant for static property declared in a public extension
143 |         return "\(Base.symbol)/\(Sub.symbol)"
144 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Group.swift:162:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'QuotientGroup' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
160 |     }
161 |
162 |     public var hashValue: Int {
    |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'QuotientGroup' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
163 |         return Sub.contains(representative) ? 0 : 1 // might have efficiency issues.
164 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:16:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'GroupHom' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
14 |     }
15 |
16 |     public var hashValue: Int {
   |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'GroupHom' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
17 |         return 0
18 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/LieAlgebra.swift:18:5: warning: 'public' modifier is redundant for static property declared in a public extension
16 | public extension LieAlgebra {
17 |     // MEMO ad[X] = [X, -]
18 |     public static var adjointRepresentation: LieAlgebraRepresentation<Self, Self> {
   |     `- warning: 'public' modifier is redundant for static property declared in a public extension
19 |         return LieAlgebraRepresentation { (X) -> LinearEnd<Self> in
20 |             LinearEnd { Y in X.bracket(Y) }
SwiftCompile normal arm64 (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode

/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/LieAlgebra.swift:35:5: warning: 'public' modifier is redundant for static property declared in a public extension
33 | public extension FiniteDimLieAlgebra {
34 |     // B(X, Y) = tr(ad(X) ∘ ad(Y))
35 |     public static var killingForm: BilinearForm<Self> {
   |     `- warning: 'public' modifier is redundant for static property declared in a public extension
36 |         let ad = adjointRepresentation
37 |         return BilinearForm { (X: Self, Y: Self) -> CoeffRing in
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:12:5: warning: 'public' modifier is redundant for operator function declared in a public extension
10 |
11 | public extension Map {
12 |     public static func ==(f: Self, g: Self) -> Bool {
   |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
13 |         fatalError("cannot equate general maps.")
14 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:16:5: warning: 'public' modifier is redundant for property declared in a public extension
14 |     }
15 |
16 |     public var hashValue: Int {
   |     `- warning: 'public' modifier is redundant for property declared in a public extension
17 |         return 0
18 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:20:5: warning: 'public' modifier is redundant for property declared in a public extension
18 |     }
19 |
20 |     public var description: String {
   |     `- warning: 'public' modifier is redundant for property declared in a public extension
21 |         return "(map: \(Domain.symbol) -> \(Codomain.symbol))"
22 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:24:5: warning: 'public' modifier is redundant for static property declared in a public extension
22 |     }
23 |
24 |     public static var symbol: String {
   |     `- warning: 'public' modifier is redundant for static property declared in a public extension
25 |         return "Map(\(Domain.symbol), \(Codomain.symbol))"
26 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:30:5: warning: 'public' modifier is redundant for static property declared in a public extension
28 |
29 | public extension Map where Domain == Codomain {
30 |     public static var identity: Self {
   |     `- warning: 'public' modifier is redundant for static property declared in a public extension
31 |         return Self { x in x }
32 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:34:5: warning: 'public' modifier is redundant for instance method declared in a public extension
32 |     }
33 |
34 |     public func composed(with f: Self) -> Self {
   |     `- warning: 'public' modifier is redundant for instance method declared in a public extension
35 |         return Self { x in self.applied(to: f.applied(to: x)) }
36 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:38:5: warning: 'public' modifier is redundant for operator function declared in a public extension
36 |     }
37 |
38 |     public static func ∘(g: Self, f: Self) -> Self {
   |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
39 |         return g.composed(with: f)
40 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:44:5: warning: 'public' modifier is redundant for instance method declared in a public extension
42 |
43 | public extension SetType {
44 |     public func apply<F: Map>(f: F) -> F.Codomain where Self == F.Domain {
   |     `- warning: 'public' modifier is redundant for instance method declared in a public extension
45 |         return f.applied(to: self)
46 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:66:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'SetMap' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
64 |     }
65 |
66 |     public var hashValue: Int {
   |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'SetMap' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
67 |         return 0
68 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:81:5: warning: 'public' modifier is redundant for static property declared in a public extension
79 |
80 | public extension End {
81 |     public static var identity: Self {
   |     `- warning: 'public' modifier is redundant for static property declared in a public extension
82 |         return Self { x in x }
83 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:85:5: warning: 'public' modifier is redundant for operator function declared in a public extension
83 |     }
84 |
85 |     public static func *(g: Self, f: Self) -> Self {
   |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
86 |         return g.composed(with: f)
87 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Map.swift:89:5: warning: 'public' modifier is redundant for operator function declared in a public extension
87 |     }
88 |
89 |     public static func ∘(g: Self, f: Self) -> Self {
   |     `- warning: 'public' modifier is redundant for operator function declared in a public extension
90 |         return g.composed(with: f)
91 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Module.swift:32:5: warning: 'public' modifier is redundant for static property declared in a public extension
 30 |     }
 31 |
 32 |     public static var symbol: String {
    |     `- warning: 'public' modifier is redundant for static property declared in a public extension
 33 |         return "\(Left.symbol)⊕\(Right.symbol)"
 34 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Set.swift:74:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'ProductModule' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
 72 |     }
 73 |
 74 |     public var hashValue: Int {
    |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'ProductModule' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
 75 |         return (_1.hashValue &* 31) &+ _2.hashValue
 76 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Module.swift:54:5: warning: 'public' modifier is redundant for static method declared in a public extension
 52 |
 53 | public extension _QuotientModule where Base == Sub.Super, CoeffRing == Sub.CoeffRing, CoeffRing == Sub.Super.CoeffRing {
 54 |     public static func isEquivalent(_ a: Base, _ b: Base) -> Bool {
    |     `- warning: 'public' modifier is redundant for static method declared in a public extension
 55 |         return Sub.contains( a - b )
 56 |     }
SwiftCompile normal arm64 Compiling\ PolynomialIdeal.swift,\ Polynominal.swift,\ PowerSeries.swift,\ SymmetricPolynomial.swift,\ AlgebraicStructure.swift,\ GroupStructure.swift,\ ModuleStructure.swift,\ SimpleModuleStructure.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/PolynomialIdeal.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/Polynominal.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/PowerSeries.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/SymmetricPolynomial.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/AlgebraicStructure.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/GroupStructure.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/ModuleStructure.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/SimpleModuleStructure.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Set.swift:52:16: warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'PolynomialIdeal' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
 50 |     }
 51 |
 52 |     public var hashValue: Int {
    |                `- warning: 'Hashable.hashValue' is deprecated as a protocol requirement; conform type 'PolynomialIdeal' to 'Hashable' by implementing 'hash(into:)' instead [#DeprecatedDeclaration]
 53 |         return asSuper.hashValue
 54 |     }
/Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/Polynominal.swift:90:31: warning: generic parameter 'K' shadows generic parameter from outer scope with the same name; this is an error in the Swift 6 language mode
  5 | // TODO after Swift4,
  6 | // make `K: Ring`, and conform to `EuclideanRing` only when `K: Field`
  7 | public struct Polynomial<K: Field>: EuclideanRing, Module {
    |                          `- note: 'K' previously declared here
  8 |     public typealias CoeffRing = K
  9 |     public let coeffs: [K]
    :
 88 |     }
 89 |
 90 |     public static func eucDiv<K>(_ f: Polynomial<K>, _ g: Polynomial<K>) -> (q: Polynomial<K>, r: Polynomial<K>) {
    |                               `- warning: generic parameter 'K' shadows generic parameter from outer scope with the same name; this is an error in the Swift 6 language mode
 91 |         if g == 0 {
 92 |             fatalError("divide by 0")
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/PolynomialIdeal.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile PolynomialIdeal.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/Polynominal.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Polynominal.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/PowerSeries.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile PowerSeries.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/SymmetricPolynomial.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile SymmetricPolynomial.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/AlgebraicStructure.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile AlgebraicStructure.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/GroupStructure.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile GroupStructure.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/ModuleStructure.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile ModuleStructure.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Structure/SimpleModuleStructure.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile SimpleModuleStructure.swift
SwiftCompile normal arm64 Compiling\ Complex.swift,\ Integer.swift,\ Quaternion.swift,\ Rational.swift,\ Real.swift,\ Z_2.swift,\ MPolynomial.swift,\ MultiplicativeSequence.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Complex.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Integer.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Quaternion.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Rational.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Real.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Z_2.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/MPolynomial.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/MultiplicativeSequence.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Complex.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Complex.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Integer.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Integer.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Quaternion.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Quaternion.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Rational.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Rational.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Real.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Real.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Numbers/Z_2.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile Z_2.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/MPolynomial.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile MPolynomial.swift
SwiftCompile normal arm64 /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Polynomial/MultiplicativeSequence.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
    cd /Users/admin/builder/spi-builder-workspace/.swiftpm/xcode
    builtin-SwiftPerFileCompile MultiplicativeSequence.swift
PruneExplicitPrecompiledModules /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/SwiftExplicitPrecompiledModules
PruneExplicitPrecompiledModules /Users/admin/builder/spi-builder-workspace/.derivedData/SDKExplicitPrecompiledModules
PruneExplicitPrecompiledModules /Users/admin/builder/spi-builder-workspace/.derivedData/Build/Intermediates.noindex/ExplicitPrecompiledModules
2026-09-20 00:11:11.766 xcodebuild[679:4446] [MT] IDERunDestination: Supported platforms for the buildables in the current scheme is empty.
--- xcodebuild: WARNING: Using the first of multiple matching destinations:
{ platform:macOS, arch:arm64, id:64c22437e1f882bb4aa12f83a78f5064e2c98f43, name:My Mac }
{ platform:macOS, arch:arm64, variant:Mac Catalyst, id:64c22437e1f882bb4aa12f83a78f5064e2c98f43, name:My Mac }
{ platform:macOS, arch:arm64, variant:DriverKit, id:64c22437e1f882bb4aa12f83a78f5064e2c98f43, name:My Mac }
{ platform:macOS, arch:arm64, variant:Designed for [iPad,iPhone], id:64c22437e1f882bb4aa12f83a78f5064e2c98f43, name:My Mac }
** BUILD FAILED **
The following build commands failed:
	SwiftCompile normal arm64 Compiling\ NormedSpace.swift,\ Representation.swift,\ Ring.swift,\ Set.swift,\ VectorSpace.swift,\ BernoulliNumbers.swift,\ IntList.swift,\ Permutation.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/NormedSpace.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Representation.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Ring.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/Set.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Abstract/VectorSpace.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/BernoulliNumbers.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/IntList.swift /Users/admin/builder/spi-builder-workspace/Sources/SwiftyAlgebra/Combinatorics/Permutation.swift (in target 'SwiftyAlgebra' from project 'SwiftyAlgebra')
	Building workspace SwiftyAlgebra with scheme SwiftyAlgebra
(2 failures)
BUILD FAILURE 6.4 macosXcodebuild