Overview

Symbolica documentation for getting started, symbolic expressions, numerical evaluation, pattern matching, and APIs in Python and Rust.

Numerical loop integration

Numerical loop integration and cached kinematic continuation.

Families, diagrams, and symbolic kinematics are supplied by symbolica.community.hepkit. Numerical values retain Symbolica’s native arbitrary precision. Native and browser builds include automatic reduction and boundary generation, supplied-boundary transport and reusable intermediate points. Inspect automatic_boundary_generation_available in custom builds. Browser calls use one worker and run synchronously; queued progress can be read after completion, and cancellation is checked between operations. Browser cache files live in the virtual filesystem and must be exported for durable storage.

Classes

AccuracyError Numerical integration failure; see the exception message for context.
AmplitudeResult Physical observables with conditional propagated uncertainties and arithmetic refinement.
AsymptoticCoefficient Select a power/log coefficient in a declared endpoint chart
AsymptoticRelation Assert sum(weight * selected coefficient) = value using exact expressions
BoundaryCache Shared, progressively filled cache of verified physical boundary values.
BoundaryCacheError Numerical integration failure; see the exception message for context.
BoundaryData Supplied regular-point initial values
CalculationCancelled Numerical integration failure; see the exception message for context.
ComputationControl Thread-safe cancellation and progress polling for a running calculation
ContinuationPrescription Exact polynomial i0 declarations for physical threshold continuation
DifferentialSystem Regular-point rational differential equation dY/dx = A(x)Y.
EndpointConstraints Explicit exact endpoint relations, their provenance and bounded work settings
EndpointResult Finite epsilon coefficient limits and estimated accuracy, with their regular anchor
EndpointRoute Exact endpoint chart, with endpoint at parameter zero and a regular matching point
EvaluationError Numerical integration failure; see the exception message for context.
EvaluationOptions Requested accuracy and resource limits
FormFactorResult Four normalized form factors, with propagated master-integral uncertainties.
HiggsJetAmplitude Coherent W/Z and infinite-top Higgs-plus-jet observables in the effective model’s basis
HiggsJetConfiguration Exact physical coordinates and root conventions for one mass and crossing.
HiggsJetFormFactorProjector Kinematics-dependent projection of crossed master integrals into the four normalized scalar Higgs-plus-jet form factors for one vector-boson mass.
HiggsJetIntegralSystem Certified planar or nonplanar Higgs-plus-jet integral system
IncompleteReductionError Numerical integration failure; see the exception message for context.
IntegralEvaluator Evaluate native HEPKit families with exact reduction and recursive boundary construction.
InvalidInputError Numerical integration failure; see the exception message for context.
KinematicTransport Transport a common master basis in physical invariants, reusing verified cached points
LaurentExpansion Epsilon coefficients with independent-fit evidence and absolute comparison errors.
NumericalError Numerical integration failure; see the exception message for context.
PrecisionError Numerical integration failure; see the exception message for context.
PreparedIntegralFamily A derivative-closed physical family that can generate its own integration boundaries.
ReductionError Numerical integration failure; see the exception message for context.
ReductionTables Exact supplied reductions bound to one ordered family and parameter domain
ResourceLimitError Numerical integration failure; see the exception message for context.
TransportResult Numerical values and evidence for an ordinary or physical transport result.
UnsupportedInputError Numerical integration failure; see the exception message for context.

Functions

higgs_jet_data_manifest
install_higgs_jet_data

higgs_jet_data_manifest

higgs_jet_data_manifest() -> builtins.dict[builtins.str, builtins.tuple[builtins.str, builtins.str, builtins.bool]]

install_higgs_jet_data

install_higgs_jet_data(documents: builtins.dict[builtins.str, builtins.str]) -> None

Constants

automatic_boundary_generation_available

automatic_boundary_generation_available: builtins.bool