Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 123]

NGarfield
CAvalancheGrid	Calculate avalanches in a uniform electric field using avalanche statistics
CAvalancheNode
CPath
CAvalancheGridSpaceCharge	Propagates avalanches with the 2d (axi-symmetric) space-charge routine from Lippmann, Riegler (2004) in uniform background fields
CGridNode
CPoint
CAvalancheMC	Calculate drift lines and avalanches based on macroscopic transport coefficients, using Monte Carlo integration
CEndPoint
CPoint
CSeed
CAvalancheMicroscopic	Calculate electron drift lines and avalanches using microscopic tracking
CElectron
CPhoton
CPoint
CSeed
CStatistics
CComponentAnalyticField	Semi-analytic calculation of two-dimensional configurations consisting of wires, planes, and tubes
CCharge3d
CPixel
CPlane
CStrip
CWire
CComponentAnsys121	Component for importing and interpolating two-dimensional ANSYS field maps
CComponentAnsys123	Component for importing and interpolating three-dimensional ANSYS field maps
CComponentComsol	Component for importing and interpolating Comsol field maps
CRange
CComponentConstant	Component with constant electric field
CComponentCST	Component for importing and interpolating field maps from CST
CComponentElmer	Component for importing field maps computed by Elmer
CComponentElmer2d	Component for importing two-dimensional field maps computed by Elmer
CComponentFieldMap	Base class for components based on finite-element field maps
CElement
CMaterial
CNode
CWeightingFieldCopy
CComponentGrid	Component for interpolating field maps on a regular mesh
CNode
CComponentNeBem2d	Two-dimensional implementation of the nearly exact Boundary Element Method
CElement
CRegion
CSegment
CSpaceCharge
CWire
CComponentNeBem3d	Interface to neBEM
CElement
CPrimitive
CComponentNeBem3dMap	Component for interpolating field maps stored in a mesh generated by neBEM
CElement
CComponentParallelPlate	Component for parallel-plate geometries
CElectrode	Structure that captures the information of the electrodes under study
CComponentTcad2d	Interpolation in a two-dimensional field map created by Sentaurus Device
CComponentTcad3d	Interpolation in a three-dimensional field map created by Sentaurus Device
CComponentTcadBase	Interpolation in a field map created by Sentaurus Device
CDefect
CElement
CRegion
CComponentUser	Simple component with electric field given by a user function
CComponentVoxel	Component for interpolating field maps stored in a regular mesh
CElement
CDriftLineRKF	Calculation of drift lines based on macroscopic transport coefficients using Runge-Kutta-Fehlberg integration
CGeometry	Abstract base class for geometry classes
CGeometryRoot	Use a geometry defined using the ROOT TGeo package
CGeometrySimple	"Native" geometry, using simple shapes
CKDTree	Main k-d tree class
CKDTreeNode	A node in the k-d tree
CKDTreeResult	Search result
CMediumCdTe	Cadmium-Telluride
CMediumConductor	Conducting medium
CMediumDiamond	Diamond
CMediumGaAs	Gallium-Arsenide
CMediumGaN	Gallium-Nitride
CMediumGas	Base class for gas media
CExcLevel
CIonLevel
CMediumMagboltz	Interface to Magboltz (version 11)
CDeexcitation
CMediumPlastic	Plastic medium
CMediumSilicon	Solid crystalline silicon
CBand
COpticalData	Photoabsorption cross-sections for some gases
CPanel	Surface panel
CPlottingEngine	Plotting style
CQuadTree	Quadtree search
CRandom
CRandomEngine	Abstract base class for random number generators
CRandomEngineRoot
CRandomEngineSTL
CShaper	Class for signal processing
CSolid	Abstract base class for solids
CSolidBox	Box
CSolidExtrusion	Extrusion
CSolidHole	Box with a cylindrical hole
CSolidRidge	Triangular prism (Toblerone bar)
CSolidSphere	Sphere
CSolidTube	Cylindrical tube
CSolidWire	Wire
CTrack	Abstract base class for track generation
CTrackBichsel	Generate tracks using differential cross-sections for silicon computed by Hans Bichsel
CCluster
CTrackDegrade	Interface to Degrade
CCluster
CElectron
CExcitation
CTrackElectron	[WIP] Ionization calculation based on MIP program (S. Biagi)
CCluster
CParameters
CTrackHeed	Generate tracks using Heed++
CCluster
CElectron
CPhoton
CTrackPAI
CCluster
CTrackSimple	Generate tracks based on a cluster density given by the user
CCluster
CTrackSrim	Generate tracks based on SRIM energy loss, range and straggling tables
CCluster
CTrackTrim	Generate tracks based on TRIM output files
CCluster
CVec1Impl
CVec2Impl
CVec3Impl
CVector
CViewBase	Base class for visualization classes
CViewCell	Visualize the "cell" defined in an analytic-field component
CViewDrift	Visualize drift lines and tracks
CViewFEMesh	Draw the mesh of a field-map component
CViewField	Visualize the potential or electric field of a component or sensor
CViewGeometry	Visualize a geometry defined using the "native" shapes
CViewIsochrons	Draw equal time contour lines
CViewMedium	Plot transport coefficients as function of electric and magnetic field
CViewSignal	Plot the signal computed by a sensor as a ROOT histogram
CTGeoTet