kqcircuits.simulations

• kqcircuits.simulations.epr
  • kqcircuits.simulations.epr.circular_capacitor
    • partition_regions()
    • correction_cuts()
    • extract_circular_capacitor_from()
  • kqcircuits.simulations.epr.circular_transmon_single_island
    • partition_regions()
    • correction_cuts()
  • kqcircuits.simulations.epr.double_pads
    • partition_regions()
    • correction_cuts()
  • kqcircuits.simulations.epr.example
    • partition_regions()
    • correction_cuts()
    • extract_from()
  • kqcircuits.simulations.epr.gui_config
  • kqcircuits.simulations.epr.smooth_capacitor
    • partition_regions()
    • correction_cuts()
  • kqcircuits.simulations.epr.spiral_capacitor
    • partition_regions()
    • correction_cuts()
  • kqcircuits.simulations.epr.swissmon
    • partition_regions()
    • correction_cuts()
    • extract_swissmon_from()
  • kqcircuits.simulations.epr.util
    • in_gui()
    • get_mer_z()
    • extract_child_simulation()
    • create_bulk_and_mer_partition_regions()
• kqcircuits.simulations.export
  • kqcircuits.simulations.export.ansys
    • kqcircuits.simulations.export.ansys.ansys_export
      • export_ansys_json()
      • export_ansys_bat()
      • export_ansys()
    • kqcircuits.simulations.export.ansys.ansys_solution
      • AnsysSolution
        • AnsysSolution.ansys_tool
        • AnsysSolution.percent_refinement
        • AnsysSolution.maximum_passes
        • AnsysSolution.minimum_passes
        • AnsysSolution.minimum_converged_passes
        • AnsysSolution.frequency_units
        • AnsysSolution.mesh_size
        • AnsysSolution.simulation_flags
        • AnsysSolution.ansys_project_template
        • AnsysSolution.get_solution_data()
      • AnsysHfssTerminalSolution
        • AnsysHfssTerminalSolution.basis_order
        • AnsysHfssTerminalSolution.use_iterative_solver
        • AnsysHfssTerminalSolution.iterative_residual
        • AnsysHfssTerminalSolution.integrate_energies
        • AnsysHfssTerminalSolution.integrate_magnetic_flux
        • AnsysHfssTerminalSolution.get_solution_data()
      • AnsysHfssSolution
        • AnsysHfssSolution.ansys_tool
        • AnsysHfssSolution.frequency
        • AnsysHfssSolution.max_delta_s
        • AnsysHfssSolution.sweep_enabled
        • AnsysHfssSolution.sweep_start
        • AnsysHfssSolution.sweep_end
        • AnsysHfssSolution.sweep_count
        • AnsysHfssSolution.sweep_type
        • AnsysHfssSolution.capacitance_export
        • AnsysHfssSolution.get_solution_data()
      • AnsysQ3dSolution
        • AnsysQ3dSolution.ansys_tool
        • AnsysQ3dSolution.frequency
        • AnsysQ3dSolution.percent_error
        • AnsysQ3dSolution.get_solution_data()
      • AnsysEigenmodeSolution
        • AnsysEigenmodeSolution.ansys_tool
        • AnsysEigenmodeSolution.min_frequency
        • AnsysEigenmodeSolution.max_delta_f
        • AnsysEigenmodeSolution.n_modes
        • AnsysEigenmodeSolution.integrate_energies
        • AnsysEigenmodeSolution.integrate_magnetic_flux
        • AnsysEigenmodeSolution.basis_order
        • AnsysEigenmodeSolution.get_solution_data()
      • AnsysCurrentSolution
        • AnsysCurrentSolution.ansys_tool
        • AnsysCurrentSolution.frequency
        • AnsysCurrentSolution.max_delta_e
        • AnsysCurrentSolution.get_solution_data()
      • AnsysVoltageSolution
        • AnsysVoltageSolution.ansys_tool
        • AnsysVoltageSolution.frequency
        • AnsysVoltageSolution.max_delta_e
        • AnsysVoltageSolution.get_solution_data()
      • AnsysCrossSectionSolution
        • AnsysCrossSectionSolution.ansys_tool
        • AnsysCrossSectionSolution.frequency
        • AnsysCrossSectionSolution.percent_error
        • AnsysCrossSectionSolution.integrate_energies
        • AnsysCrossSectionSolution.get_solution_data()
      • get_ansys_solution()
    • Module contents
  • kqcircuits.simulations.export.cross_section
    • kqcircuits.simulations.export.cross_section.cross_section_export
      • create_cross_sections_from_simulations()
      • visualise_cross_section_cut_on_original_layout()
    • kqcircuits.simulations.export.cross_section.cut_simulation
      • CutSimulation
        • CutSimulation.build()
        • CutSimulation.process_geometry()
        • CutSimulation.limited_region()
        • CutSimulation.insert_cross_section_layers()
        • CutSimulation.insert_sheet_metals()
        • CutSimulation.get_partition_regions()
        • CutSimulation.apply_partition_regions()
        • CutSimulation.regroup_layers()
        • CutSimulation.insert_tls_layers()
        • CutSimulation.get_metals_vacuums_substrates()
        • CutSimulation.sum_region()
        • CutSimulation.subtract_region()
        • CutSimulation.get_material_dict()
        • CutSimulation.get_parameters()
    • kqcircuits.simulations.export.cross_section.epr_correction_export
      • get_epr_correction_elmer_solution()
      • get_epr_correction_simulations()
    • Module contents
  • kqcircuits.simulations.export.elmer
    • kqcircuits.simulations.export.elmer.elmer_export
      • export_elmer_json()
      • export_elmer_script()
      • export_elmer()
    • kqcircuits.simulations.export.elmer.elmer_solution
      • ElmerSolution
        • ElmerSolution.tool
        • ElmerSolution.percent_error
        • ElmerSolution.max_error_scale
        • ElmerSolution.max_outlier_fraction
        • ElmerSolution.maximum_passes
        • ElmerSolution.minimum_passes
        • ElmerSolution.is_axisymmetric
        • ElmerSolution.mesh_levels
        • ElmerSolution.mesh_size
        • ElmerSolution.mesh_optimizer
        • ElmerSolution.vtu_output
        • ElmerSolution.save_elmer_data
        • ElmerSolution.get_solution_data()
      • ElmerVectorHelmholtzSolution
        • ElmerVectorHelmholtzSolution.tool
        • ElmerVectorHelmholtzSolution.frequency
        • ElmerVectorHelmholtzSolution.frequency_batch
        • ElmerVectorHelmholtzSolution.sweep_type
        • ElmerVectorHelmholtzSolution.max_delta_s
        • ElmerVectorHelmholtzSolution.london_penetration_depth
        • ElmerVectorHelmholtzSolution.quadratic_approximation
        • ElmerVectorHelmholtzSolution.second_kind_basis
        • ElmerVectorHelmholtzSolution.use_av
        • ElmerVectorHelmholtzSolution.conductivity
        • ElmerVectorHelmholtzSolution.nested_iteration
        • ElmerVectorHelmholtzSolution.convergence_tolerance
        • ElmerVectorHelmholtzSolution.max_iterations
      • ElmerCapacitanceSolution
        • ElmerCapacitanceSolution.tool
        • ElmerCapacitanceSolution.p_element_order
        • ElmerCapacitanceSolution.linear_system_method
        • ElmerCapacitanceSolution.integrate_energies
        • ElmerCapacitanceSolution.convergence_tolerance
        • ElmerCapacitanceSolution.max_iterations
        • ElmerCapacitanceSolution.linear_system_preconditioning
        • ElmerCapacitanceSolution.electric_infinity_bc
      • ElmerCrossSectionSolution
        • ElmerCrossSectionSolution.tool
        • ElmerCrossSectionSolution.p_element_order
        • ElmerCrossSectionSolution.linear_system_method
        • ElmerCrossSectionSolution.integrate_energies
        • ElmerCrossSectionSolution.boundary_conditions
        • ElmerCrossSectionSolution.convergence_tolerance
        • ElmerCrossSectionSolution.max_iterations
        • ElmerCrossSectionSolution.run_inductance_sim
        • ElmerCrossSectionSolution.linear_system_preconditioning
        • ElmerCrossSectionSolution.voltage_excitations
        • ElmerCrossSectionSolution.electric_infinity_bc
      • ElmerEPR3DSolution
        • ElmerEPR3DSolution.tool
        • ElmerEPR3DSolution.p_element_order
        • ElmerEPR3DSolution.linear_system_method
        • ElmerEPR3DSolution.convergence_tolerance
        • ElmerEPR3DSolution.max_iterations
        • ElmerEPR3DSolution.linear_system_preconditioning
        • ElmerEPR3DSolution.voltage_excitations
        • ElmerEPR3DSolution.electric_infinity_bc
      • get_elmer_solution()
    • kqcircuits.simulations.export.elmer.mesh_size_helpers
      • refine_metal_edges()
    • Module contents
  • kqcircuits.simulations.export.sonnet
    • kqcircuits.simulations.export.sonnet.parser
      • apply_template()
      • polygon_head()
      • symmetry()
      • box()
      • refplane()
      • refplanes()
      • port()
      • control()
      • polygons()
      • via()
    • kqcircuits.simulations.export.sonnet.sonnet_export
      • poly_and_edge_indices()
      • export_sonnet_son()
      • export_sonnet()
    • Module contents
  • kqcircuits.simulations.export.export_and_run
    • export_and_run()
    • run_export_script()
    • run_simulations()
  • kqcircuits.simulations.export.export_singularity
    • export_singularity()
  • kqcircuits.simulations.export.remote_export_and_run
    • remote_export_and_run()
    • remote_run_only()
  • kqcircuits.simulations.export.simulation_export
    • get_combined_parameters()
    • copy_content_into_directory()
    • get_post_process_command_lines()
    • export_simulation_json()
    • export_simulation_oas()
    • sweep_simulation()
    • cross_sweep_simulation()
    • sweep_solution()
    • cross_sweep_solution()
    • cross_combine()
  • kqcircuits.simulations.export.simulation_validate
    • validate_simulation()
    • simulation_and_solution_types_match()
    • has_no_ports_when_required()
    • has_edgeport_when_forbidden()
    • london_penetration_depth_with_ansys()
    • flux_integration_layer_exists_if_needed()
    • check_partition_region_naming()
    • check_tls_sheet_generation()
    • check_tls_sheets_by_solution()
    • recursive_all()
    • get_port_names()
    • ValidateSimError
  • kqcircuits.simulations.export.solution
    • Solution
      • Solution.name
      • Solution.get_parameters()
  • kqcircuits.simulations.export.util
    • find_edge_from_point_in_polygons()
    • get_enclosing_polygon()
  • Module contents

• kqcircuits.simulations.airbridges_sim
  • AirbridgesSim
    • AirbridgesSim.build()
• kqcircuits.simulations.cross_section_simulation
  • CrossSectionSimulation
    • CrossSectionSimulation.LIBRARY_NAME
    • CrossSectionSimulation.get_schema()
    • CrossSectionSimulation.get_layers()
    • CrossSectionSimulation.get_parameters()
    • CrossSectionSimulation.is_metal()
    • CrossSectionSimulation.get_material_dict()
    • CrossSectionSimulation.check_material_dict()
    • CrossSectionSimulation.build()
    • CrossSectionSimulation.process_layers()
    • CrossSectionSimulation.insert_layer()
    • CrossSectionSimulation.restrict_layer_regions()
    • CrossSectionSimulation.get_unfilled_region()
    • CrossSectionSimulation.get_simulation_data()
• kqcircuits.simulations.empty_simulation
  • EmptySimulation
    • EmptySimulation.build()
• kqcircuits.simulations.partition_region
  • get_list_of_two()
  • PartitionRegion
    • PartitionRegion.limit_box()
    • PartitionRegion.limit_face()
• kqcircuits.simulations.port
  • Port
    • Port.as_dict()
  • InternalPort
    • InternalPort.get_etch_polygon()
  • EdgePort
• kqcircuits.simulations.post_process
  • PostProcess
    • PostProcess.get_command_line()
• kqcircuits.simulations.simulation
  • get_simulation_layer_by_name()
  • to_1d_list()
  • Simulation
    • Simulation.LIBRARY_NAME
    • Simulation.ports
    • Simulation.from_cell()
    • Simulation.build()
    • Simulation.get_schema()
    • Simulation.face()
    • Simulation.insert_cell()
    • Simulation.get_refpoints()
    • Simulation.add_element()
    • Simulation.get_layer()
    • Simulation.pcell_params_by_name()
    • Simulation.face_stack_list_of_lists()
    • Simulation.ith_value()
    • Simulation.face_z_levels()
    • Simulation.region_from_layer()
    • Simulation.simplified_region()
    • Simulation.insert_layer()
    • Simulation.insert_stacked_up_layers()
    • Simulation.insert_layers_between_faces()
    • Simulation.is_metal()
    • Simulation.split_metal_layers_by_excitation()
    • Simulation.create_simulation_layers()
    • Simulation.produce_layers()
    • Simulation.warn_of_small_shapes()
    • Simulation.ground_grid_region()
    • Simulation.produce_waveguide_to_port()
    • Simulation.get_parameters()
    • Simulation.etched_line()
    • Simulation.get_port_data()
    • Simulation.get_material_dict()
    • Simulation.check_material_dict()
    • Simulation.get_simulation_data()
    • Simulation.get_layers()
    • Simulation.get_partition_regions()
    • Simulation.delete_instances()
    • Simulation.visualise_region()
    • Simulation.visualise_ports()
• kqcircuits.simulations.single_element_simulation
  • get_single_element_sim_class()
• kqcircuits.simulations.single_xmons_full_chip_sim
  • SingleXmonsFullChipSim
    • SingleXmonsFullChipSim.build()
• kqcircuits.simulations.waveguides_sim
  • WaveGuidesSim
    • WaveGuidesSim.build()
    • WaveGuidesSim.produce_guides()
    • WaveGuidesSim.produce_ground_bumps()
• kqcircuits.simulations.xmons_direct_coupling_full_chip_sim
  • XMonsDirectCouplingFullChipSim
    • XMonsDirectCouplingFullChipSim.produce_waveguide()
    • XMonsDirectCouplingFullChipSim.produce_qubit()
    • XMonsDirectCouplingFullChipSim.produce_readout_resonator()
    • XMonsDirectCouplingFullChipSim.produce_launcher()
    • XMonsDirectCouplingFullChipSim.produce_launchers_SMA8()
    • XMonsDirectCouplingFullChipSim.build()
• kqcircuits.simulations.xmons_direct_coupling_sim
  • XMonsDirectCouplingSim
    • XMonsDirectCouplingSim.produce_qubits()
    • XMonsDirectCouplingSim.build()

Module contents

Simulation modules.

This package contains modules for Simulation objects, which contain cell layout and data needed for simulations. The Simulation base class provides common functionality and detailed documentation.