neuralqx.hilbert.u1.index package

U(1) indexing subpackage.

Provides concrete U(1) states_to_numbers / numbers_to_states implementations and registers plum dispatch overloads for neuralqx.hilbert.u1.unconstrained_core.UnconstrainedHilbertU1Core and neuralqx.hilbert.u1.constrained_core.ConstrainedHilbertU1Core.

class U1UnconstrainedStateEnumerator

Bases: _U1StateEnumeratorBase

Enumerator for unconstrained U(1) cores.

class U1ConstrainedStateEnumerator

Bases: _U1StateEnumeratorBase

Enumerator for constrained (gauge-fixed) U(1) cores.

states_to_numbers(space, states, **kwargs)

Public wrapper: dispatch via space.index.

This overload intentionally avoids importing any concrete/abstract core classes to keep the dispatch layer independent of core module import order.

states_to_numbers(index: neuralqx.hilbert.utils.index._abstract.HilbertStateEnumerator, space: object, states: Any, *args, **kwargs: Any) → Any

Abstract fallback for (index, core, states) dispatch.

states_to_numbers(index: neuralqx.hilbert.u1.index.enumerator.U1UnconstrainedStateEnumerator, space: neuralqx.hilbert.u1.unconstrained_core.UnconstrainedHilbertU1Core, states: Any, *args, **kwargs: Any) → Any

Dispatch overload: unconstrained U(1) states -> numbers.

states_to_numbers(index: neuralqx.hilbert.u1.index.enumerator.U1ConstrainedStateEnumerator, space: neuralqx.hilbert.u1.constrained_core.ConstrainedHilbertU1Core, states: Any, *args, **kwargs: Any) → Any

Dispatch overload: constrained U(1) states -> numbers.

Return type:

Any

numbers_to_states(space, numbers, **kwargs)

Public wrapper: dispatch via space.index.

This overload intentionally avoids importing any concrete/abstract core classes to keep the dispatch layer independent of core module import order.

numbers_to_states(index: neuralqx.hilbert.utils.index._abstract.HilbertStateEnumerator, space: object, numbers: Any, *args, **kwargs: Any) → Any

Abstract fallback for (index, core, numbers) dispatch.

numbers_to_states(index: neuralqx.hilbert.u1.index.enumerator.U1UnconstrainedStateEnumerator, space: neuralqx.hilbert.u1.unconstrained_core.UnconstrainedHilbertU1Core, numbers: Any, *args, **kwargs: Any) → Any

Dispatch overload: unconstrained U(1) numbers -> states.

numbers_to_states(index: neuralqx.hilbert.u1.index.enumerator.U1ConstrainedStateEnumerator, space: neuralqx.hilbert.u1.constrained_core.ConstrainedHilbertU1Core, numbers: Any, *args, **kwargs: Any) → Any

Dispatch overload: constrained U(1) numbers -> states.

Return type:

Any

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