HiggsJetIntegralSystem

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`HiggsJetIntegralSystem`

class HiggsJetIntegralSystem

Certified planar or nonplanar Higgs-plus-jet integral system. Generates its own boundary values using the supplied IntegralEvaluator’s reduction backend.

Attributes

Name	Description
`automatic_boundary_generation_available`	Whether this build contains native reduction and boundary generation.
`canonical_projection`
`coordinates`
`dimension`
`epsilon`
`mathematical_fingerprint`	Stable mathematical certificate for portable, externally supplied seeds
`physical_powers`
`provenance`
`roots`

`automatic_boundary_generation_available`

HiggsJetIntegralSystem.automatic_boundary_generation_available: builtins.bool

Whether this build contains native reduction and boundary generation.

`canonical_projection`

HiggsJetIntegralSystem.canonical_projection: builtins.list[builtins.list[tuple[builtins.list[builtins.int], Expression]]]

`coordinates`

HiggsJetIntegralSystem.coordinates: builtins.list[Expression]

`dimension`

HiggsJetIntegralSystem.dimension: builtins.int

`epsilon`

HiggsJetIntegralSystem.epsilon: Expression

`mathematical_fingerprint`

HiggsJetIntegralSystem.mathematical_fingerprint: builtins.str

Stable mathematical certificate for portable, externally supplied seeds. This does not bypass runtime-sensitive binary cache compatibility checks.

`physical_powers`

HiggsJetIntegralSystem.physical_powers: builtins.list[builtins.list[builtins.int]]

`provenance`

HiggsJetIntegralSystem.provenance: builtins.str

`roots`

HiggsJetIntegralSystem.roots: builtins.dict[Expression, Expression]

Methods

Name	Description
`__new__`
`configurations`
`evaluate`	Continue within a regular real kinematic chamber, saving accepted intermediate physical points in the shared cache.
`generate_boundary`	Complete canonical seed generation from ordinary physical integrals
`kinematic_transport`	Share this system’s canonical connection and ordinary supplied-boundary validation
`verify_basis`

`new`

HiggsJetIntegralSystem.__new__(
    topology: builtins.str,
    *,
    namespace: builtins.str = 'hep_higgs_jet',
) -> HiggsJetIntegralSystem

`configurations`

HiggsJetIntegralSystem.configurations() -> builtins.list[HiggsJetConfiguration]

`evaluate`

HiggsJetIntegralSystem.evaluate(
    cache: BoundaryCache,
    point: typing.Mapping[Expression, Expression],
    root_sheets: typing.Mapping[Expression, builtins.int],
    *,
    last: builtins.int = 4,
    options: typing.Optional[EvaluationOptions] = None,
    control: typing.Optional[ComputationControl] = None,
) -> TransportResult

Continue within a regular real kinematic chamber, saving accepted intermediate physical points in the shared cache.

`generate_boundary`

HiggsJetIntegralSystem.generate_boundary(
    evaluator: IntegralEvaluator,
    cache: BoundaryCache,
    point: typing.Mapping[Expression, Expression],
    root_sheets: typing.Mapping[Expression, builtins.int],
    *,
    last: builtins.int = 4,
    recompute: builtins.bool = False,
    control: typing.Optional[ComputationControl] = None,
) -> TransportResult

Complete canonical seed generation from ordinary physical integrals. Recompute bypasses verified-boundary and numerical-sample reuse while retaining the evaluator’s exact reduction cache.

`kinematic_transport`

HiggsJetIntegralSystem.kinematic_transport(options: typing.Optional[EvaluationOptions] = None) -> KinematicTransport

Share this system’s canonical connection and ordinary supplied-boundary validation. No reduction, boundary generation or numeric transport runs.

`verify_basis`

HiggsJetIntegralSystem.verify_basis() -> None