spectre.ApparentHorizonFinder

class spectre.ApparentHorizonFinder._Pybindings.FastFlow
current_l_mesh(self: spectre.ApparentHorizonFinder._Pybindings.FastFlow, arg0: spectre.SphericalHarmonics._Pybindings.Strahlkorper) int
iterate_horizon_finder(self: spectre.ApparentHorizonFinder._Pybindings.FastFlow, current_strahlkorper: spectre.SphericalHarmonics._Pybindings.Strahlkorper, upper_spatial_metric: spectre.DataStructures.Tensor._Pybindings.TensorIIDV3Inertial, extrinsic_curvature: spectre.DataStructures.Tensor._Pybindings.TensoriiDV3Inertial, christoffel_2nd_kind: spectre.DataStructures.Tensor._Pybindings.TensorIjjDV3Inertial) tuple[spectre.ApparentHorizonFinder._Pybindings.Status, spectre.ApparentHorizonFinder._Pybindings.IterInfo]
reset_for_next_find(self: spectre.ApparentHorizonFinder._Pybindings.FastFlow) None
class spectre.ApparentHorizonFinder._Pybindings.FlowType

Members:

Jacobi

Curvature

Fast

Curvature = <FlowType.Curvature: 1>
Fast = <FlowType.Fast: 2>
Jacobi = <FlowType.Jacobi: 0>
property name
property value
class spectre.ApparentHorizonFinder._Pybindings.IterInfo
property iteration
property max_residual
property min_residual
property r_max
property r_min
property residual_mesh
property residual_ylm
class spectre.ApparentHorizonFinder._Pybindings.Status

Members:

SuccessfulIteration

AbsTol

TruncationTol

MaxIts

NegativeRadius

DivergenceError

InterpolationFailure

AbsTol = <Status.AbsTol: 1>
DivergenceError = <Status.DivergenceError: -3>
InterpolationFailure = <Status.InterpolationFailure: -4>
MaxIts = <Status.MaxIts: -1>
NegativeRadius = <Status.NegativeRadius: -2>
SuccessfulIteration = <Status.SuccessfulIteration: 0>
TruncationTol = <Status.TruncationTol: 2>
property name
property value