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Namespace List
Here is a list of all namespaces with brief descriptions:
[detail level 123]
| ►NGarfield | |
| NMagboltz | |
| ►NNumerics | Collection of numerical routines |
| NCERNLIB | Linear algebra routines from CERNLIB |
| NQUADPACK | |
| NPolygon | |
| CAvalancheMC | |
| CAvalancheMicroscopic | Calculate electron drift lines and avalanches using microscopic tracking |
| CComponentAnalyticField | |
| CComponentAnsys121 | Component for importing and interpolating two-dimensional ANSYS field maps |
| CComponentAnsys123 | Component for importing and interpolating three-dimensional ANSYS field maps |
| CComponentBase | Abstract base class for components |
| ►CComponentComsol | Component for importing and interpolating Comsol field maps |
| CnodeCmp | |
| CComponentConstant | Component with constant electric field |
| CComponentCST | |
| CComponentElmer | Component for importing field maps computed by Elmer |
| ►CComponentFieldMap | Base class for components based on finite-element field maps |
| CElement | |
| CMaterial | |
| CNode | |
| CComponentGrid | Component for interpolating field maps on a regular mesh |
| CComponentNeBem2d | Two-dimensional implementation of the nearly exact Boundary Element Method |
| CComponentNeBem3d | Interface to neBEM |
| CComponentNeBem3dMap | Component for interpolating field maps stored in a mesh generated by neBEM |
| CComponentTcad2d | Interpolation in a two-dimensional field map created by Sentaurus Device |
| CComponentTcad3d | Interpolation in a three-dimensional field map created by Sentaurus Device |
| CComponentUser | Simple component with electric field given by a user function |
| CComponentUserMapBase | |
| CComponentVoxel | Component for interpolating field maps stored in a regular mesh |
| CDriftLineRKF | |
| CGeometryBase | Abstract base class for geometry classes |
| ►CGeometryRoot | Use a geometry defined using the ROOT TGeo package |
| Cmaterial | |
| CGeometrySimple | "Native" geometry, using simple shapes |
| CHeedChamber | |
| CMedium | Abstract base class for media |
| CMediumCdTe | Cadmium-Telluride |
| CMediumConductor | Conducting medium |
| CMediumGaAs | Gallium-Arsenide |
| ►CMediumGas | Base class for gas media |
| CExcLevel | |
| CIonLevel | |
| CMediumMagboltz | |
| CMediumPlastic | Plastic medium |
| CMediumSilicon | Solid crystalline silicon |
| COpticalData | Photoabsorption cross-sections for some gases |
| CPanel | Surface panel |
| CPlottingEngine | Abstract base class for plotting engines |
| CPlottingEngineRoot | Definition of styles and color schemes |
| CPolygonInfo | Helper struct for drawing the mesh with ViewFEMesh |
| CRandomEngine | Abstract base class for random number generators |
| CRandomEngineRoot | ROOT random number generator |
| CSensor | Sensor |
| CShaper | Class for signal processing |
| CSolid | Abstract base class for solids |
| CSolidBox | Box |
| CSolidHole | Box with a cylindrical hole |
| CSolidRidge | Triangular prism (Toblerone bar) |
| CSolidSphere | Sphere |
| CSolidTube | Cylindrical tube |
| CTetrahedralTree | Helper class for searches in field maps |
| CTrack | Abstract base class for track generation |
| CTrackBichsel | |
| CTrackElectron | Ionization calculation based on MIP program (S. Biagi) |
| CTrackHeed | Generate tracks using Heed++ |
| CTrackPAI | Energy loss calculation using the Photoabsorption-Ionisation Model |
| CTrackSimple | Generate tracks based on a cluster density given by the user |
| ►CTrackSrim | |
| CCluster | |
| CVec3 | |
| 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 |
| ►NHeed | |
| NCLHEP | |
| ►NCountPP_ns | |
| CCountPassivePtr | Counter of protected pointers |
| Cabsref | |
| Cabsref_transmit | |
| Cabssyscoor | |
| Cabsvol | |
| CArgInterp_Arr | |
| CArgInterp_SingleAdr | |
| CArgInterp_Val | |
| CAtomDef | |
| CAtomicSecondaryProducts | |
| CAtomMixDef | |
| CAtomPhotoAbsCS | Atomic photoabsorption cross-section abstract base class |
| CAveragePhotoAbsCS | Smoothed/smeared photoabsorption cross-section |
| Cbasis | Basis |
| CBGMesh | Mesh of  values |
| Cbox | |
| Ccircumf | Circumference, determined by point (center), normal vector, and radius |
| CCubic | Find solution to cubic equation |
| Cdefinp_endpar | |
| CDoubleAc | |
| ►CDynArr | |
| CIndexingProvider | |
| CDynLinArr | |
| CElElasticScat | |
| CElElasticScatData | Array of ElElasticScatDataStruct objects for a set of energies |
| CElElasticScatDataStruct | |
| CElElasticScatLowSigma | |
| CEnergyMesh | |
| CEnTransfCS | |
| CEnTransfCS_BGM | Energy transfer cross-section |
| Ceparticle | |
| CEqualStepCoorMesh | |
| CExAtomPhotoAbsCS | Atomic photo-absorption with excitation |
| CExcFromSpexit | |
| Cfixsyscoor | |
| CFunNameStack | |
| CFunNameWatch | |
| CGasDef | |
| Cgparticle | |
| CHeedCluster | Cluster |
| CHeedCondElectron | |
| CHeedDeltaElectron | |
| CHeedDeltaElectronCS | |
| CHeedFieldMap | Retrieve electric and magnetic field from Sensor |
| CHeedMatterDef | |
| CHeedParticle | |
| CHeedParticle_BGM | |
| CHeedPhoton | |
| CHydrogenPhotoAbsCS | |
| Cindentation | |
| CIterDynArr | |
| CIterDynLinArr | |
| Clinexi2 | |
| Clinexi2_coor | |
| Clinexi2B | |
| Cmanip_absvol | Abstract base classs for volume "manipulators" |
| Cmanip_absvol_treeid | Service class (array of manip_absvol) |
| Cmanip_box | Box "manipulator" |
| Cmanip_ulsvolume | |
| CMatterDef | |
| CMolecPhotoAbsCS | |
| CMoleculeDef | |
| Cmparticle | Massive particle. A force can be applied |
| CPairProd | |
| CParabol | |
| Cparticle_def | |
| Cparticle_type | |
| CPassivePtr | |
| CPhenoPhotoAbsCS | Simple phenomenological CS for any shell (analytic formula) |
| CPhotoAbsCS | |
| Cplane | Plane, defined by defined by a point and a vector normal to the plane |
| Cpoint | Point |
| CPointCoorMesh | |
| CPointsRan | |
| Cpolygon | Polygon in plane |
| Cpolyline | Polyline |
| Cpolyline_pl | Polyline in plane |
| Crectangle | Rectangle |
| CRegPassivePtr | |
| Csh_manip_absvol | |
| Csh_manip_box | |
| CSimpleAtomPhotoAbsCS | |
| CSimpleTablePhotoAbsCS | |
| Cspin_def | Helper class for definition of spin |
| Csplane | |
| Cspquadr | |
| CStandardCopyDefinition | |
| Cstraight | Definition of straight line, as combination of vector and point |
| Cstvpoint | Point in space, time and velocity |
| Csurface | Surface base class |
| Ctrajestep | |
| Culsvolume | Unlimited surfaces volume |
| CVanDerWaals | Helper class for Van-der-Waals equation |
| Cvec |
