Tools#
piel aims to provide an integrated workflow to co-design photonics and electronics. It does not aim to replace the individual functionality of each design tool, but rather provide a glue to easily connect them all together and extract the system performance.
This package provides interconnection functions to easily co-design microelectronics through the functionality of multiple electronic and photonic design tools.
Contents:
- Dependency Bindings
- Methodology
- Relevant Electronic Projects
gdsfactoryopenlane- v1/v2 Migration
piel.tools.openlane- Subpackages
piel.tools.openlane.parse- Submodules
piel.tools.openlane.parse.run_outputpiel.tools.openlane.parse.sta_rpt- Module Contents
- Functions
calculate_max_frame_amount()calculate_propagation_delay_from_timing_data()calculate_propagation_delay_from_file()configure_timing_data_rows()configure_frame_id()filter_timing_data_by_net_name_and_type()get_frame_meta_data()get_frame_lines_data()get_frame_timing_data()get_all_timing_data_from_file()read_sta_rpt_fwf_file()
- Functions
- Module Contents
piel.tools.openlane.parse.utils
- Package Contents
- Functions
filter_timing_sta_files()filter_power_sta_files()get_all_timing_sta_files()get_all_power_sta_files()calculate_max_frame_amount()calculate_propagation_delay_from_file()calculate_propagation_delay_from_timing_data()configure_timing_data_rows()configure_frame_id()filter_timing_data_by_net_name_and_type()get_frame_meta_data()get_frame_lines_data()get_frame_timing_data()get_all_timing_data_from_file()read_sta_rpt_fwf_file()contains_in_lines()create_file_lines_dataframe()get_file_line_by_keyword()read_file_lines()
- Functions
- Submodules
- Submodules
piel.tools.openlane.defaultspiel.tools.openlane.migratepiel.tools.openlane.utilspiel.tools.openlane.v1- Module Contents
- Functions
check_config_json_exists_openlane_v1()check_design_exists_openlane_v1()configure_and_run_design_openlane_v1()configure_flow_script_openlane_v1()configure_parametric_designs_openlane_v1()create_parametric_designs_openlane_v1()get_latest_version_root_openlane_v1()get_design_directory_from_root_openlane_v1()read_configuration_openlane_v1()write_configuration_openlane_v1()
- Functions
- Module Contents
piel.tools.openlane.v2
- Package Contents
- Functions
get_design_from_openlane_migration()extract_datetime_from_path()find_all_design_runs()find_latest_design_run()get_gds_path_from_design_run()get_design_run_version()sort_design_runs()check_config_json_exists_openlane_v1()check_design_exists_openlane_v1()configure_and_run_design_openlane_v1()configure_parametric_designs_openlane_v1()configure_flow_script_openlane_v1()create_parametric_designs_openlane_v1()get_design_directory_from_root_openlane_v1()get_latest_version_root_openlane_v1()read_configuration_openlane_v1()write_configuration_openlane_v1()filter_timing_sta_files()filter_power_sta_files()get_all_timing_sta_files()get_all_power_sta_files()calculate_max_frame_amount()calculate_propagation_delay_from_file()calculate_propagation_delay_from_timing_data()configure_timing_data_rows()configure_frame_id()filter_timing_data_by_net_name_and_type()get_frame_meta_data()get_frame_lines_data()get_frame_timing_data()get_all_timing_data_from_file()read_sta_rpt_fwf_file()contains_in_lines()create_file_lines_dataframe()get_file_line_by_keyword()read_file_lines()get_all_designs_metrics_openlane_v2()read_metrics_openlane_v2()run_openlane_flow()
- Functions
- Subpackages
- v1/v2 Migration
cocotbsaxSPICE
- Integrations
- Case Study
cocotb-saxgdsfactory- SPICENetlist-VLSIRqutip-sax- Conversion Assumptions
- Quantum Information Basics
piel.integration- Subpackages
- Submodules
- Package Contents
- Functions
- Attributes
create_gdsfactory_component_from_openlane()gdsfactory_netlist_to_spice_netlist()construct_hdl21_module()convert_connections_to_tuples()gdsfactory_netlist_with_hdl21_generators()sax_circuit_permanent()unitary_permanent()sax_to_ideal_qutip_unitary()verify_sax_model_is_unitary()fock_transition_probability_amplitude()array_typestuple_int_typepackage_array_typesconvert_2d_array_to_string()convert_array_type()absolute_to_threshold()