ControlFileSetup

class pyedb.grpc.database.utility.xml_control_file.ControlFileSetup(name)

Setup Class.

Overview

Methods

add_sweep	Add a new sweep.
add_mesh_operation	Add mesh operations.

Attributes

name
enabled
save_fields
save_rad_fields
frequency
maxpasses
max_delta
union_polygons
small_voids_area
mode_type
ic_model_resolution
order_basis
solver_type
low_freq_accuracy
mesh_operations
sweeps

Import detail

from pyedb.grpc.database.utility.xml_control_file import ControlFileSetup

Attribute detail

ControlFileSetup.name

ControlFileSetup.enabled = True

ControlFileSetup.save_fields = False

ControlFileSetup.save_rad_fields = False

ControlFileSetup.frequency = '1GHz'

ControlFileSetup.maxpasses = 10

ControlFileSetup.max_delta = 0.02

ControlFileSetup.union_polygons = True

ControlFileSetup.small_voids_area = 0

ControlFileSetup.mode_type = 'IC'

ControlFileSetup.ic_model_resolution = 'Auto'

ControlFileSetup.order_basis = 'FirstOrder'

ControlFileSetup.solver_type = 'Auto'

ControlFileSetup.low_freq_accuracy = False

ControlFileSetup.mesh_operations = []

ControlFileSetup.sweeps = []

Method detail

ControlFileSetup.add_sweep(name, start, stop, step, sweep_type='Interpolating', step_type='LinearStep', use_q3d=True)

Add a new sweep.

Parameters:

namestr

Sweep name.

startstr

Frequency start.

stopstr

Frequency stop.

stepstr

Frequency step or count.

sweep_typestr

Sweep type. It can be “Discrete” or “Interpolating”.

step_typestr

Sweep type. It can be “LinearStep”, “DecadeCount” or “LinearCount”.

use_q3d

Returns:

pyedb.dotnet.database.edb_data.control_file.ControlFileSweep

ControlFileSetup.add_mesh_operation(name, region, type, nets_layers)

Add mesh operations.

Parameters:

namestr

Mesh name.

regionstr

Region to apply mesh operation.

typestr

Mesh operation type. It can be “MeshOperationLength” or “MeshOperationSkinDepth”.

nets_layersdict

Dictionary containing nets and layers on which apply mesh.

Returns:

pyedb.dotnet.database.edb_data.control_file.ControlFileMeshOp