Class List

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

[detail level 123]

▼NCADMesh
▼NFile
C__FinalState
CBuiltInReader
CItem
CLexer
COBJReader
CPLYReader
CReader
CState
CSTLReader
CToken
CCADMeshTemplate
CMesh
CTessellatedMesh
CAngularScan	Class for defining and running simple GPS beam configurations with angular scans
CBeam
CDecayStats	A structure to store information about decays
CDEGG	Construction of the DEGG detector geometry
CDEggHarness
CDistributionSampler	Utility class for sampling from a given distribution using the inverse cumulative function and interpolating with TGraph
CDOM	DOM class represents the construction of pDOM (deepcore) or Gen1 DOM
CeffectiveAreaResult	Struct to hold results of effective area calculations
CFresnelCoefficients
CG4OpBoundaryProcess
CG4ParticleChangeForRadDecay
CG4RadioactiveDecay
CG4VRadioactiveDecay
CGlobalPosition	Holds the global position and orientation of a flasher
CHitStats	A structure of vectors to store information about detected photons
CLOM16
CLOM18
CmDOM
CmDOMFlasher	10 flashers in an mDOM optical module
CmDOMHarness
COMSim	Controls the main simulation process
COMSimActionInitialization
COMSimCommandArgsTable	A class used to hold OMSim command arguments with global instance access
COMSimDecaysAnalysis	Singleton class responsible for managing, analysing, and saving decay-related data
COMSimDecaysGPS	A class for simulating isotope decays inside the pressure vessel and PMT glass
▼COMSimDetectorComponent	Abstract base class used for constructing detector components
CComponent	This struct represents a single detector component within an OMSimDetectorComponent instance
▼COMSimDetectorConstruction	Class for detector construction in the effective area simulation
CSDInfo
COMSimEffectiveAreaAnalyisis	Responsible for calculating the effective area of optical hits and saving the results
COMSimEffectiveAreaDetector	Class for detector construction in the effective area simulation
COMSimEffiCaliAnalyisis
COMSimEffiCaliDetector
COMSimENES	Class in charge of generating electrons from Electron-electron_Neutrino Elastic Scattering (ENES) nu_e+e -> nu_e+e of supernova antineutrino interactions
COMSimEventAction	Handles custom actions at the beginning and end of each event
COMSimG4Scintillation
▼COMSimHitManager	Manages detected photon information
CThreadLocalData
COMSimIBD	Class in charge of generating positrons from IBD of supernova antineutrino interactions
COMSimInputData	Manages the input data, including parsing and storing material properties
COMSimMaterialHandler	Handles the creation and processing of materials from json files
COMSimOpticalModule	Base class for OMs works as interface
COMSimPhysicsList	Custom physics list for optical photon processes
COMSimPMTConstruction
▼COMSimPMTResponse	Class to simulate PMT response
CPMTPulse	Represents the output pulse for a detected photon
COMSimPrimaryGeneratorAction
COMSimPrimaryGeneratorMessenger
COMSimRadDecaysDetector	Detector construction of radioactive decays simulation
COMSimRunAction
COMSimSensitiveDetector	Represents a sensitive detector
COMSimSNAnalysis
COMSimSNdetector	Class for detector construction in the SN neutrino simulation
COMSimSNTools	Provides utility methods for generating ENES and IBD interactions
COMSimSteppingAction
COMSimTrackingAction
COMSimUIinterface	Singleton interface to Geant4's UI manager
COpticalLayerResult
CParameterTable	A utility class for managing JSON-based data tables
CPhotonInfo	Contains information about a detected photon which will be appended in HitManager
CPhotonMaterialTracking
CSNBaseParticleGenerator
CSNEventStats