`SolverOptions`#

class pyedb.siwave_core.cpa.simulation_setup_data_model.SolverOptions(/, **data: Any)#

Bases: pydantic.BaseModel

Configuration options for the SI-Wave solver.

Attributes:

extraction_mode (str): Mode of extraction, defaults to “si”
custom_refinement (bool): Enable custom refinement settings, defaults to False
extraction_frequency (str): Frequency for extraction, defaults to “10Ghz”
compute_capacitance (bool): Enable capacitance computation, defaults to True
compute_dc_parameters (bool): Enable DC parameters computation, defaults to True
compute_ac_rl (bool): Enable AC RL computation, defaults to True
ground_power_ground_nets_for_si (bool): Ground power/ground nets for SI analysis, defaults to False
small_hole_diameter (str): Small hole diameter setting, defaults to “auto”
cg_max_passes (int): Maximum passes for CG computation, defaults to 10
cg_percent_error (float): Percentage error threshold for CG computation, defaults to 0.02
cg_percent_refinement_per_pass (float): Refinement percentage per pass for CG, defaults to 0.33
rl_max_passes (int): Maximum passes for RL computation, defaults to 10
rl_percent_error (float): Percentage error threshold for RL computation, defaults to 0.02
rl_percent_refinement_per_pass (float): Refinement percentage per pass for RL, defaults to 0.33
compute_dc_rl (bool): Enable DC RL computation, defaults to True
compute_dc_cg (bool): Enable DC CG computation, defaults to True
return_path_net_for_loop_parameters (bool): Include return path net for loop parameters, defaults to True

Overview#

Attributes

`extraction_mode`
`custom_refinement`
`extraction_frequency`
`compute_capacitance`
`compute_dc_parameters`
`compute_ac_rl`
`ground_power_ground_nets_for_si`
`small_hole_diameter`
`cg_max_passes`
`cg_percent_error`
`cg_percent_refinement_per_pass`
`rl_max_passes`
`rl_percent_error`
`rl_percent_refinement_per_pass`
`compute_dc_rl`
`compute_dc_cg`
`return_path_net_for_loop_parameters`

from pyedb.siwave_core.cpa.simulation_setup_data_model import SolverOptions