Geant4 User's Guide for Application Developers - Geant4 - CERN

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Detector Definition and Responseto obtain a Right Angular Wedge with name pName and parameters:pDx1 = 30, pDx2 = 40, pDy1 = 40,pDx3 = 10, pDx4 = 14, pDy2 = 16,pDz = 60, pTheta = 20*Degree, pPhi =5*Degree, pAlp1 = pAlp2 = 10*DegreepZpYpXpLTXLength along zLength along yLength along x at the wider sideLength along x at the narrower side (plTX
Detector Definition and ResponsepRminpRmaxpSPhipDPhipSThetapDThetaInner radiusOuter radiusStarting Phi angle of the segment in radiansDelta Phi angle of the segment in radiansStarting Theta angle of the segment in radiansDelta Theta angle of the segment in radiansFull Solid Sphere:To build a full solid sphere use:G4Orb(const G4String& pName,G4double pRmax)In the picture:pRmax = 100The Orb can be obtained from a Sphere with: pRmin = 0, pSPhi = 0, pDPhi = 2*Pi, pSTheta = 0, pDTheta= PipRmaxOuter radiusTorus:To build a torus use:G4Torus(const G4String& pName,G4double pRmin,G4double pRmax,G4double pRtor,G4double pSPhi,G4double pDPhi)In the picture:pRmin = 40, pRmax = 60, pRtor =200, pSPhi = 0, pDPhi = 90*Degreeto obtain a solid with name pName and parameters:pRminpRmaxpRtorpSPhipDPhiInside radiusOutside radiusSwept radius of torusStarting Phi angle in radians (fSPhi+fDPhi-2PI)Delta angle of the segment in radians70
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Geant4 User's Guide forApplication
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Table of Contents1. Introduction ..
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Geant4 User's Guide forApplication
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Chapter 1. Introduction1.1. Scope o
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Getting Started with Geant4- Runnin
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Example 2.4. Creating a cylinder.Ge
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Example 2.7. Creating liquid argon.
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Page 28 and 29: 2.7.2.1. Building the executableSee
Page 30 and 31: Getting Started with Geant4- Runnin
Page 34 and 35: Example 2.22. A typical command mac
Page 42 and 43: Chapter 3. Toolkit Fundamentals3.1.
Page 44 and 45: Toolkit Fundamentals3.2.1. Signatur
Page 46 and 47: Toolkit FundamentalsThe class provi
Page 48 and 49: Toolkit Fundamentals3.2.3. The HEPN
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Page 54 and 55: Toolkit FundamentalsG4State_EventPr
Page 56 and 57: Toolkit Fundamentalsinformation onc
Page 58 and 59: Toolkit FundamentalsAs the event is
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Page 62 and 63: Toolkit FundamentalsG4VWeightWindow
Page 64 and 65: Toolkit FundamentalsNote• An impo
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Detector Definition and ResponseFig
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Detector Definition and ResponseThu
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Detector Definition and Response}an
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Detector Definition and Responsenie
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Detector Definition and Response•
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Detector Definition and ResponseExa
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Detector Definition and ResponseTra
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Detector Definition and ResponseG4i
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Detector Definition and Responsein
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Chapter 5. Tracking and Physics5.1.
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Tracking and PhysicsInformation in
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Tracking and PhysicsTrajectory() me
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Tracking and PhysicsOther base clas
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Tracking and Physics• EM physics
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Tracking and Physics• Polarized P
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Tracking and Physicshas effect only
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Tracking and Physics// DNA processe
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Tracking and Physicswill then be as
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Tracking and PhysicsThis method ret
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Tracking and Physicsvoid SetMinEner
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Tracking and PhysicsIdle> /particle
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Tracking and PhysicsExample 5.4. Re
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Tracking and PhysicsExample 5.7. Sp
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Tracking and Physicswith a diffuse
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Tracking and Physicsetchedvm2000glu
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Tracking and PhysicsIf you want to
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Tracking and Physicshowever, only a
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Tracking and Physicsand cannot be d
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Tracking and Physics2. nucleiAny ki
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Tracking and PhysicsG4double theDyn
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Tracking and PhysicsIt must be clea
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Tracking and PhysicsExample 5.10. S
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Tracking and PhysicsLimitation to s
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Tracking and PhysicsG4ErrorSurfaceT
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Tracking and Physics• Energy is e
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Chapter 6. User Actions6.1. Mandato
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User ActionsvoidResetStoredInAscii(
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User ActionsG4UserEventActionThis c
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User ActionsG4UserTrackingActionExa
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User Actions6.3.1. G4VUserEventInfo
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Chapter 7. Communication and Contro
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Communication and ControlDefine the
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Communication and Control• G4doub
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Communication and ControlExample 7.
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Communication and ControlThese meth
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Visualization• Easy interface to
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Visualization• How to Make a Movi
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VisualizationExample 8.1. Part of a
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VisualizationExample 8.4. An exampl
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VisualizationOutput can be exported
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VisualizationSeveral commands are a
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Visualization8.3.7. DAWNThe DAWN dr
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Visualization• Geant4 Visualizati
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Visualizationyou use the standard v
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Visualization# >= 5: daughter-subtr
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Visualization8.4. Controlling Visua
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Visualization• ArgumentA logical-
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Visualization• ArgumentsArguments
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Visualization8.4.13. How to save a
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Visualizationchoose to have culled
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VisualizationThe pointer to the con
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Visualization// G4VHit::Draw(), usi
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Visualization• Track ID• Z Cell
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VisualizationG4VVisManager* pVisMan
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Visualization8.6.2. Colour8.6.2.1.
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VisualizationG4VisAttributes::G4Vis
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Visualization"G4ThreeVector");Then
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VisualizationG4TrajectoryDrawByAttr
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Visualization8.7.4. Controlling fro
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Visualization8.8.2. Example command
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Visualization//----- Constructors o
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VisualizationDAWNFILEHepRepFileHepR
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Visualization> 482 /* horizontal_si
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Examples• Dynamic geometry setups
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Examples9.1.2. Example N01Basic con
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Examples• derived from G4VHit•
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ExamplesExN04TrackerSD(header file)
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Examples• G4PVPlacementExN05Physi
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Examples• G4VPrimitiveScorer and
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Examples9.2.1.3. Error Propagation
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ExamplesNote: Maintenance and updat
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Frequentry Asked Questionsgmake cle
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Frequentry Asked QuestionsTo get th
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Frequentry Asked QuestionsFAQ.5. Ph
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Appendix . Appendix1. Tips for Prog
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Appendixand lorentz vectors and the
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Appendix$G4INCLUDEDefines the path
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AppendixG4VIS_USE_OPENGLQTSpecifies
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AppendixEXTRALIBS := -L/lib -lorEXT
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Appendix• Microsoft Visual Studio
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AppendixPython 2.6.2 (r262:71600, O
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AppendixeducationEducational exampl
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Appendix7 0.51827613 G4_ADIPOSE_TIS
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Appendix3 G4_CALCIUM_SULFATE 2.96 1
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Appendix7 0.111248 0.3806416 0.0108
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Appendix15 0.001816 0.0024117 0.000
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Appendix2 G4_POTASSIUM_IODIDE 3.13
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Appendix2 G4_URANIUM_MONOCARBIDE 13
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