Index A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | R | S | T | V | W | X | Y A areas (sottools.mesh.SimplyConnectedCurrentMesh property) B boundary_segments (sottools.mesh.SimplyConnectedCurrentMesh property) boundary_vertices (sottools.mesh.SimplyConnectedCurrentMesh property) C centers (sottools.mesh.SimplyConnectedCurrentMesh property) current (sottools.backward.FitState1D attribute) D dirichlet_idx (sottools.mesh.SimplyConnectedCurrentMesh property) DIRICHLET_LEFT (sottools.mesh.SimplyConnectedCurrentMesh.BoundaryMarker attribute) dirichlet_mask (sottools.mesh.SimplyConnectedCurrentMesh property) DIRICHLET_RIGHT (sottools.mesh.SimplyConnectedCurrentMesh.BoundaryMarker attribute) dirichletleft_mask (sottools.mesh.SimplyConnectedCurrentMesh property) dirichletright_mask (sottools.mesh.SimplyConnectedCurrentMesh property) dyproj (sottools.forward.Forward1DParameters property) dyscan (sottools.forward.Forward1DParameters property) E edgedifference_operator (sottools.mesh.SimplyConnectedCurrentMesh property) F fidelity (sottools.backward.FitState1D attribute) field_curl() (sottools.mesh.SimplyConnectedCurrentMesh method) fit() (sottools.backward.Inverter1D method) (sottools.backward.Inverter1DOversampled method) (sottools.backward.Inverter2D method) FitCallback (class in sottools.backward) FitState1D (class in sottools.backward) forward() (sottools.forward.Forward1D method) (sottools.forward.Forward2DCurrent method) Forward1D (class in sottools.forward) Forward1DParameters (class in sottools.forward) Forward2DCurrent (class in sottools.forward) Forward2DParameters (class in sottools.forward) forward_t() (sottools.forward.Forward1D method) (sottools.forward.Forward2DCurrent method) free_idx (sottools.mesh.SimplyConnectedCurrentMesh property) free_mask (sottools.mesh.SimplyConnectedCurrentMesh property) G gamma (sottools.forward.Forward1DParameters property) gradient_operator_x (sottools.mesh.SimplyConnectedCurrentMesh property) gradient_operator_y (sottools.mesh.SimplyConnectedCurrentMesh property) H height (sottools.forward.Forward1DParameters attribute) (sottools.forward.Forward2DParameters attribute) I INTERIOR (sottools.mesh.SimplyConnectedCurrentMesh.BoundaryMarker attribute) internaledgelengths (sottools.mesh.SimplyConnectedCurrentMesh property) invert_normal (sottools.forward.Forward2DParameters attribute) invert_scan (sottools.forward.Forward2DParameters attribute) Inverter1D (class in sottools.backward) Inverter1DOversampled (class in sottools.backward) Inverter2D (class in sottools.backward) J JupyterCallback (class in sottools.backward) K kernel1_sign (sottools.forward.Forward2DParameters property) kernel2_sign (sottools.forward.Forward2DParameters property) kernel_sign (sottools.forward.Forward1DParameters property) L lam1 (sottools.backward.Inverter1D property) (sottools.backward.Inverter2D property) lam2 (sottools.backward.Inverter1D property) (sottools.backward.Inverter2D property) lam3 (sottools.backward.Inverter1D property) lam4 (sottools.backward.Inverter1D property) LondonSolver (class in sottools.mesh) loss (sottools.backward.FitState1D attribute) Lproj (sottools.forward.Forward1DParameters property) Lscan (sottools.forward.Forward1DParameters property) Lx (sottools.forward.Forward2DParameters attribute) Ly (sottools.forward.Forward2DParameters attribute) M mass_matrix (sottools.mesh.SimplyConnectedCurrentMesh property) mesh (sottools.forward.MeshToGrid property) MeshToGrid (class in sottools.forward) module sottools.backward sottools.forward sottools.mesh MU0 (sottools.mesh.LondonSolver attribute), [1] N n_edge (sottools.backward.Inverter1D property) Ndevice (sottools.forward.Forward1DParameters property) neighbors (sottools.mesh.SimplyConnectedCurrentMesh property) NEUMANN_IN (sottools.mesh.SimplyConnectedCurrentMesh.BoundaryMarker attribute) NEUMANN_OUT (sottools.mesh.SimplyConnectedCurrentMesh.BoundaryMarker attribute) Nscan (sottools.forward.Forward1DParameters property) Nx (sottools.forward.Forward2DParameters property) Ny (sottools.forward.Forward2DParameters property) O on_finish() (sottools.backward.FitCallback method) (sottools.backward.JupyterCallback method) (sottools.backward.PrintCallback1D method) on_step() (sottools.backward.FitCallback method) (sottools.backward.JupyterCallback method) (sottools.backward.PrintCallback1D method) P params (sottools.forward.Forward1D property) (sottools.forward.Forward2DCurrent property) phi (sottools.forward.Forward1DParameters attribute) (sottools.forward.Forward2DParameters attribute) phi_eff (sottools.forward.Forward1DParameters property) (sottools.forward.Forward2DParameters property) predicted_signal (sottools.backward.FitState1D attribute) PrintCallback1D (class in sottools.backward) R regularization (sottools.backward.FitState1D attribute) reset() (sottools.backward.Inverter1D method) rho1 (sottools.forward.Forward1DParameters attribute) (sottools.forward.Forward2DParameters attribute) rho2 (sottools.forward.Forward1DParameters attribute) (sottools.forward.Forward2DParameters attribute) S shapegradients (sottools.mesh.SimplyConnectedCurrentMesh property) SimplyConnectedCurrentMesh (class in sottools.mesh) SimplyConnectedCurrentMesh.BoundaryMarker (class in sottools.mesh) SingleBodyMesh (class in sottools.mesh) solve() (sottools.mesh.LondonSolver method) sottools.backward module sottools.forward module sottools.mesh module step (sottools.backward.FitState1D attribute) stiffness_matrix (sottools.mesh.SimplyConnectedCurrentMesh property) stiffness_matrix_solver (sottools.mesh.SimplyConnectedCurrentMesh property) streamfunction_to_currents() (sottools.forward.MeshToGrid method) streamfunction_to_currents_t() (sottools.forward.MeshToGrid method) T to_fit_signal (sottools.backward.FitState1D attribute) total_steps (sottools.backward.FitState1D attribute) triangles (sottools.mesh.SimplyConnectedCurrentMesh property) (sottools.mesh.SingleBodyMesh property) V vertices (sottools.mesh.SimplyConnectedCurrentMesh property) (sottools.mesh.SingleBodyMesh property) W Wdevice (sottools.forward.Forward1DParameters property) X x (sottools.forward.Forward2DParameters property) xaxis_current (sottools.backward.FitState1D attribute) xaxis_signal (sottools.backward.FitState1D attribute) xx (sottools.forward.Forward2DParameters property) Y y (sottools.forward.Forward2DParameters property) ydevice (sottools.forward.Forward1DParameters property) yproj (sottools.forward.Forward1DParameters property) yscan (sottools.forward.Forward1DParameters property) yy (sottools.forward.Forward2DParameters property)