RaptorXSimulationAdvancedSettings#

class pyedb.dotnet.edb_core.edb_data.raptor_x_simulation_setup_data.RaptorXSimulationAdvancedSettings(edb_setup_info, pedb)[source]#

Attributes

`RaptorXSimulationAdvancedSettings.auto_removal_sliver_poly`
`RaptorXSimulationAdvancedSettings.cell_per_wave_length`	This setting describes the number of cells that fit under each wavelength.
`RaptorXSimulationAdvancedSettings.edge_mesh`	This option controls both, the thickness and the width of the exterior conductor filament.
`RaptorXSimulationAdvancedSettings.eliminate_slit_per_hole`	This is a setting that internally simplifies layouts with strain relief or thermal relief slits and holes.
`RaptorXSimulationAdvancedSettings.mesh_frequency`	User can override the default meshing applied by setting a custom frequency for mesh generation.
`RaptorXSimulationAdvancedSettings.net_settings_options`	A list of Name, Value pairs that stores advanced option.
`RaptorXSimulationAdvancedSettings.override_shrink_fac`	Set the shrink factor explicitly, that is, review what-if scenarios of migrating to half-node technologies.
`RaptorXSimulationAdvancedSettings.plane_projection_factor`	To eliminate unnecessary mesh complexity of "large" metal planes and improve overall extraction time, user can define the mesh of certain planes using a combination of the Plane Projection Factor and settings of the Nets Advanced Options.
`RaptorXSimulationAdvancedSettings.use_accelerate_via_extraction`	Setting this option will simplify/merge neighboring vias before sending the layout for processing to the mesh engine and to the EM engine.
`RaptorXSimulationAdvancedSettings.use_auto_removal_sliver_poly`	Setting this option simplifies layouts by aligning slightly misaligned overlapping polygons.
`RaptorXSimulationAdvancedSettings.use_cells_per_wavelength`	This setting describes the number of cells that fit under each wavelength.
`RaptorXSimulationAdvancedSettings.use_edge_mesh`	This option controls both, the thickness and the width of the exterior conductor filament.
`RaptorXSimulationAdvancedSettings.use_eliminate_slit_per_holes`	This is a setting that internally simplifies layouts with strain relief or thermal relief slits and holes.
`RaptorXSimulationAdvancedSettings.use_enable_advanced_cap_effects`	Applies all the capacitance related effects such as Conformal Dielectrics, Loading Effect, Dielectric Damage.
`RaptorXSimulationAdvancedSettings.use_enable_etch_transform`	Pre-distorts the layout based on the foundry rules, applying the conductor's bias (positive/negative – deflation/inflation) at the conductor edges due to unavoidable optical effects in the manufacturing process.
`RaptorXSimulationAdvancedSettings.use_enable_hybrid_extraction`	This setting allows the modelling engine to separate the layout into two parts in an attempt to decrease the complexity of EM modelling.
`RaptorXSimulationAdvancedSettings.use_enable_substrate_network_extraction`	This setting models substrate coupling effects using an equivalent distributed RC network.
`RaptorXSimulationAdvancedSettings.use_extract_floating_metals_dummy`	Enables modeling of floating metals as dummy fills.
`RaptorXSimulationAdvancedSettings.use_extract_floating_metals_floating`	Enables modeling of floating metals as floating nets.
`RaptorXSimulationAdvancedSettings.use_lde`	Takes into account the variation of resistivity as a function of a conductor’s drawn width and spacing to its neighbors or as a function of its local density, due to dishing, slotting, cladding thickness, and so on.
`RaptorXSimulationAdvancedSettings.use_mesh_frequency`	User can override the default meshing applied by the mesh engine by checking this option and setting a custom frequency for mesh generation.
`RaptorXSimulationAdvancedSettings.use_override_shrink_fac`	Set the shrink factor explicitly, that is, review what-if scenarios of migrating to half-node technologies.
`RaptorXSimulationAdvancedSettings.use_plane_projection_factor`	To eliminate unnecessary mesh complexity of "large" metal planes and improve overall extraction time, user can define the mesh of certain planes using a combination of the Plane Projection Factor and settings of the Nets Advanced Options.
`RaptorXSimulationAdvancedSettings.use_relaxed_z_axis`	Enabling this option provides a simplified mesh along the z-axis.