Index

A

AddDFTMonitor() (pyFDTDKernel.pyFDTDSolver.pyFDTDSolver method) AddLayer() (pyOptiShared.LayerInfo.LayerStack method) AddMaterial() (pyOptiShared.LayerInfo.LayerStack method)

addMaterial() (pyOptiShared.Material.MaterialLibrary method) AddMaterialLayer() (pyOptiShared.LayerInfo.LayerStack method) AddPort() (pyOptiShared.DeviceGeometry.DeviceGeometry method) AddTimeMonitor() (pyFDTDKernel.pyFDTDSolver.pyFDTDSolver method)

B

background (pyOptiShared.LayerInfo.LayerStack property)

C

CheckUniqueName() (pyFDTDKernel.pyFDTDSolver.pyFDTDSolver.Monitor class method) cladd_material (pyOptiShared.LayerInfo.LayerInfo property)

cladd_name (pyOptiShared.LayerInfo.LayerInfo property) color (pyOptiShared.Material.Material property) ConstMaterial (class in pyOptiShared.Material)

D

DeviceGeometry (class in pyOptiShared.DeviceGeometry)

dftmonitors (pyFDTDKernel.FDTDResults.FDTDSimRun property)

E

ensure_file_exists() (pyOptiShared.DeviceGeometry.DeviceGeometry method) eps() (pyOptiShared.Material.ExperimentalMaterial method) (pyOptiShared.Material.Material method) (pyOptiShared.Material.SellmeierMaterial method) eps_imag() (pyOptiShared.Material.Material method)

eps_real() (pyOptiShared.Material.Material method) ExperimentalMaterial (class in pyOptiShared.Material) ExportAsF3DFile() (pyModeSolver.ModeSolverResults.ModeSolverResults method) ExportNeff() (pyModeSolver.ModeSolverResults.ModeSolverResults method) ExportNg() (pyModeSolver.ModeSolverResults.ModeSolverResults method)

F

FDTDModeData (class in pyFDTDKernel.FDTDResults) FDTDResults (class in pyFDTDKernel.FDTDResults) FDTDSimRun (class in pyFDTDKernel.FDTDResults) FEFDResults (class in FEMFy.FEFDResults) FEFDSolver (class in FEMFy.FEFDSolver)

fields (pyFDTDKernel.FDTDResults.FDTDModeData property) (pyModeSolver.ModeSolverResults.ModeSolverResults property) flex_bend90() (in module pyOptiShared.Designs) flex_crossing() (in module pyOptiShared.Designs) flex_splitter() (in module pyOptiShared.Designs) flex_taper() (in module pyOptiShared.Designs)

G

Get() (pyOptiShared.SimResults.NXdata method) GetAllData() (pyOptiShared.SimResults.NXdata method) GetBGandSub() (pyOptiShared.LayerInfo.LayerStack method) GetBGandSubNums() (pyOptiShared.LayerInfo.LayerStack method) GetBoundingBox() (pyOptiShared.DeviceGeometry.DeviceGeometry method) GetDataNames() (pyOptiShared.SimResults.NXdata method) GetElementsEpsilons() (FEMFy.FEFDSolver.FEFDSolver method) GetElementsLayers() (FEMFy.FEFDSolver.FEFDSolver method) GetFieldData() (FEMFy.FEFDResults.FEFDResults method) GetGlobalUnits() (pyFDTDKernel.pyFDTDSolver.pyFDTDSolver method) GetLayer() (pyOptiShared.LayerInfo.LayerStack method) GetLayerCladMatNum() (pyOptiShared.LayerInfo.LayerStack method) GetLayerCladMatObj() (pyOptiShared.LayerInfo.LayerStack method) GetLayerMaterialNum() (pyOptiShared.LayerInfo.LayerStack method) GetLayerMaterialObj() (pyOptiShared.LayerInfo.LayerStack method) GetLayerOffsetFunc() (pyOptiShared.LayerInfo.LayerStack method) GetLayersThickness() (pyOptiShared.LayerInfo.LayerStack method) GetLayersWithTol() (pyOptiShared.LayerInfo.LayerStack method) GetLayerThickness() (pyOptiShared.LayerInfo.LayerStack method) GetLayerZmax() (pyOptiShared.LayerInfo.LayerStack method) GetLayerZmin() (pyOptiShared.LayerInfo.LayerStack method)

getMatDict() (pyOptiShared.Material.MaterialLibrary method) getMaterialFromName() (pyOptiShared.Material.MaterialLibrary method) getMaterialFromNum() (pyOptiShared.Material.MaterialLibrary method) GetMaterialLib() (pyOptiShared.LayerInfo.LayerStack method) GetMaterialMap() (pyOptiShared.LayerInfo.LayerStack method) GetMatVals() (pyOptiShared.DeviceGeometry.DeviceGeometry method) GetMinZmin() (pyOptiShared.LayerInfo.LayerStack method) GetNeff() (pyModeSolver.ModeSolverResults.ModeSolverResults method) GetNeffData() (FEMFy.FEFDResults.FEFDResults method) GetOffset() (pyOptiShared.LayerInfo.LayerInfo static method) GetOffsetAng() (pyOptiShared.LayerInfo.LayerInfo method) GetPermittivityMesh() (pyOptiShared.DeviceGeometry.DeviceGeometry method) GetPoints() (pyFDTDKernel.pyFDTDSolver.pyFDTDSolver method) GetPointsList() (pyOptiShared.PortInfo.PortInfo method) GetPortsRecord() (pyOptiShared.PortInfo.PortInfo method) GetProfile1DData() (FEMFy.FEFDResults.FEFDResults method) GetSParameterData() (FEMFy.FEFDResults.FEFDResults method) GetTolInfo() (pyOptiShared.LayerInfo.LayerInfo method) GetTotalThickness() (pyOptiShared.LayerInfo.LayerStack method) GetZBounds() (pyOptiShared.LayerInfo.LayerStack method) group_indices() (pyOptiShared.DeviceGeometry.DeviceGeometry method)

I

index() (pyOptiShared.Material.ExperimentalMaterial method) (pyOptiShared.Material.Material method) (pyOptiShared.Material.SellmeierMaterial method)

index_imag() (pyOptiShared.Material.Material method) index_real() (pyOptiShared.Material.Material method)

L

layer_number (pyOptiShared.LayerInfo.LayerInfo property) layer_thickness (pyOptiShared.LayerInfo.LayerInfo property) LayerInfo (class in pyOptiShared.LayerInfo)

LayerStack (class in pyOptiShared.LayerInfo) LoadFromFolder() (pyOptiShared.LayerInfo.LayerStack method) (pyOptiShared.Material.MaterialLibrary method) LoadText() (pyOptiShared.Material.ExperimentalMaterial method)

M

Material (class in pyOptiShared.Material) material (pyOptiShared.LayerInfo.LayerInfo property) material_grid (pyModeSolver.ModeSolverResults.ModeSolverResults property) material_name (pyOptiShared.LayerInfo.LayerInfo property)

material_number (pyOptiShared.Material.Material property) MaterialLibrary (class in pyOptiShared.Material) mode_sources (pyFDTDKernel.FDTDResults.FDTDResults property) mode_sources() (FEMFy.FEFDResults.FEFDResults method) ModeSolverResults (class in pyModeSolver.ModeSolverResults)

N

name (pyOptiShared.Material.Material property) neff (pyFDTDKernel.FDTDResults.FDTDModeData property) (pyModeSolver.ModeSolverResults.ModeSolverResults property)

ng (pyFDTDKernel.FDTDResults.FDTDModeData property) (pyModeSolver.ModeSolverResults.ModeSolverResults property) NXdata (class in pyOptiShared.SimResults)

P

permeability (pyFDTDKernel.FDTDResults.FDTDModeData property) (pyFDTDKernel.FDTDResults.FDTDResults property) permittivity (pyFDTDKernel.FDTDResults.FDTDModeData property) (pyFDTDKernel.FDTDResults.FDTDResults property) Plot() (pyOptiShared.SimResults.NXdata method) PlotDFTMonitor() (pyFDTDKernel.FDTDResults.FDTDResults method) PlotField() (FEMFy.FEFDResults.FEFDResults method) PlotGDS() (pyOptiShared.DeviceGeometry.DeviceGeometry method) PlotGDSXSection() (pyOptiShared.DeviceGeometry.DeviceGeometry method) PlotIndex() (pyModeSolver.ModeSolverResults.ModeSolverResults method) PlotMaterial() (FEMFy.FEFDResults.FEFDResults method) PlotMode() (pyModeSolver.ModeSolverResults.ModeSolverResults method) PlotNeff() (FEMFy.FEFDResults.FEFDResults method) PlotPermittivity() (pyFDTDKernel.FDTDResults.FDTDResults method) (pyModeSolver.ModeSolverResults.ModeSolverResults method)

PlotPort() (FEMFy.FEFDResults.FEFDResults method) PlotSParameters() (FEMFy.FEFDResults.FEFDResults method) (pyFDTDKernel.FDTDResults.FDTDResults method) PlotSTL() (pyOptiShared.DeviceGeometry.DeviceGeometry method) PlotTimeMonitor() (pyFDTDKernel.FDTDResults.FDTDResults method) PortInfo (class in pyOptiShared.PortInfo) PrintDataNames() (pyOptiShared.SimResults.NXdata method) PrintPorts() (pyOptiShared.DeviceGeometry.DeviceGeometry method) pyFDTDSolver (class in pyFDTDKernel.pyFDTDSolver) pyFDTDSolver.Boundaries (class in pyFDTDKernel.pyFDTDSolver) pyFDTDSolver.DFTMonitor (class in pyFDTDKernel.pyFDTDSolver) pyFDTDSolver.Monitor (class in pyFDTDKernel.pyFDTDSolver) pyFDTDSolver.PortSettings (class in pyFDTDKernel.pyFDTDSolver) pyFDTDSolver.SimSettings (class in pyFDTDKernel.pyFDTDSolver) pyFDTDSolver.TimeMonitor (class in pyFDTDKernel.pyFDTDSolver)

R

rotate_curve() (in module pyOptiShared.Designs) Run() (FEMFy.FEFDSolver.FEFDSolver method) (pyModeSolver.pyModeSolver.VFDModeSolver method)

RunEpsilon() (FEMFy.FEFDSolver.FEFDSolver method) runs (pyFDTDKernel.FDTDResults.FDTDResults property)

S

SellmeierMaterial (class in pyOptiShared.Material) set_sparameters() (FEMFy.FEFDResults.FEFDResults method) SetAutoPortSettings() (pyOptiShared.DeviceGeometry.DeviceGeometry method) SetBGandSub() (pyOptiShared.LayerInfo.LayerStack method) SetBoundaries() (FEMFy.FEFDSolver.FEFDSolver method) (pyFDTDKernel.pyFDTDSolver.pyFDTDSolver method) (pyModeSolver.pyModeSolver.VFDModeSolver method) SetExcitation() (FEMFy.FEFDSolver.FEFDSolver method) (pyFDTDKernel.pyFDTDSolver.pyFDTDSolver method) SetFromFun() (pyOptiShared.DeviceGeometry.DeviceGeometry method) SetFromGDS() (pyOptiShared.DeviceGeometry.DeviceGeometry method) SetFromRefDotInfo() (pyOptiShared.Material.ExperimentalMaterial method)

SetFromSTL() (pyOptiShared.DeviceGeometry.DeviceGeometry method) SetResultsPath() (FEMFy.FEFDSolver.FEFDSolver method) SetSimSettings() (FEMFy.FEFDSolver.FEFDSolver method) (pyFDTDKernel.pyFDTDSolver.pyFDTDSolver method) (pyModeSolver.pyModeSolver.VFDModeSolver method) SetThermalDistribution() (pyFDTDKernel.pyFDTDSolver.pyFDTDSolver method) Show() (pyOptiShared.LayerInfo.LayerStack method) sidewall_angle (pyOptiShared.LayerInfo.LayerInfo property) sidewall_func (pyOptiShared.LayerInfo.LayerInfo property) sparameters (FEMFy.FEFDResults.FEFDResults property) (pyFDTDKernel.FDTDResults.FDTDResults property) substrate (pyOptiShared.LayerInfo.LayerStack property)

T

timemonitors (pyFDTDKernel.FDTDResults.FDTDSimRun property)

U

update() (pyOptiShared.PortInfo.PortInfo method)

UpdateScriptParams() (pyOptiShared.DeviceGeometry.DeviceGeometry method)

V

VFDModeSolver (class in pyModeSolver.pyModeSolver)

Z

z_max (pyOptiShared.LayerInfo.LayerInfo property)

z_min (pyOptiShared.LayerInfo.LayerInfo property)