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vis_alpha.mac
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################################################################
#*-- AUTHOR : Hector Alvarez-Pol
#*-- Date: 05/2005
#*-- Last Update: 10/01/16
#*-- Copyright: GENP (Univ. Santiago de Compostela)
# --------------------------------------------------------------
# Comments:
# - Updated macro with the available options for ActarSim control.
# Available from the "G4file" menu in an ActarSim interactive
# (only for Qt) session. Please, modify values, comment and
# uncomment commands but do not modify the order or remove comments.
# ACTARTPCDEMO case: The ACTAR-TPC Demonstrator detector.
#
# - 05/12/15 Add ACTARTPCDEMO Flag
# - 15/05/08 Multidetector geometry
# - 05/05/06 Updating to new ActarSim (geant4.8) code
# - 22/11/05 Updated including CINE options
# - 31/05/05 Macro for ACTAR simulation
#
################################################################
# Macro file for testing online jobs
################################################################
################################################################
#
# VERBOSITY AND HISTORY CONTROL
# verbosity levels and saveHistory (commands that do not belong to ACTARSIM)
/control/verbose 1
/run/verbose 0
/event/verbose 0
/tracking/verbose 0
/control/saveHistory
#
# MODULAR PHYSICS CONTROL
# Setting the Physics modules; valid values are here listed:
# em: standard, lowenergy, penelope, (choose one from this three)
# common: decay,
# hadronic: elastic, binary, binary_ion, gamma_nuc,
# ion low-energy: ion-LowE, ion-LowE-ziegler1977, ion-LowE-ziegler1985,
# ion-LowE-ziegler2000, ion-standard
# standards: emstandard_opt0, emstandard_opt3, emstandard_opt4,
# others: ionGasModels
#
#/ActarSim/phys/RemovePhysics #Remove all modula physics list
#/ActarSim/phys/addPhysics standard #Add modula physics list
#/ActarSim/phys/addPhysics decay
#/ActarSim/phys/addPhysics elastic
#/ActarSim/phys/addPhysics binary
#/ActarSim/phys/addPhysics binary_ion
#/ActarSim/phys/addPhysics gamma_nuc
#/ActarSim/phys/addPhysics lowenergy
#/ActarSim/phys/addPhysics ion-LowE
#/ActarSim/phys/addPhysics ion-LowE-ziegler1977
#/ActarSim/phys/addPhysics ion-LowE-ziegler1985
#/ActarSim/phys/addPhysics ion-LowE-ziegler2000
#/ActarSim/phys/addPhysics ion-standard
#/ActarSim/phys/addPhysics penelope
#/ActarSim/phys/addPhysics emstandard_opt0
/ActarSim/phys/addPhysics emstandard_opt3
#/ActarSim/phys/addPhysics emstandard_opt4
#/ActarSim/phys/addPhysics ionGasModels
#
#
# Cuts for the particles (incomplete list, see README)
#
#
#/ActarSim/phys/setGCut 0.1 #Set gamma cut
#/ActarSim/phys/setECut 0.1 #Set electron cut
#/ActarSim/phys/setPCut 0.1 #Set positron cut
#/ActarSim/phys/setCuts 1 mm #Set cut for all
/ActarSim/phys/verbose 0 #Set verbose level for processes
#
#
# Initialization is moved here from the main allowing PhysicsList
#
/run/initialize
#
# DETECTOR CHARACTERIZATION
#
# PRE-DEFINED DETECTORS (if any of this predefined detectors is on, most detector commands are not used)
/ActarSim/det/MaikoGeoIncludedFlag off #Includes the Maiko geometry in the simulation
/ActarSim/det/ACTARTPCDEMOGeoIncludedFlag on #Includes the ACTARTPC Demonstrator geometry in the simulation
/ActarSim/det/ACTARTPCGeoIncludedFlag off #Includes the ACTARTPC geometry in the simulation
# Control of the materials (options: Galactic, Water, ...)
/ActarSim/det/setMediumMat Air #Selects Material outside the Chamber.
/ActarSim/det/setChamberMat Galactic #Selects Material in the Chamber (but not in the gas!)
# Electric and Magnetic fields
#/ActarSim/det/setEleField 0 5e-3 0 #Defines electric field
#/ActarSim/det/setMagField 0 0 0 T #Defines magnetic field
#
#
# GAS CHARACTERISTICS (options are H2, D2, He, Ar, CF4, CH4, iC4H10, set both in GasBox and GasChamber)
#
#/ActarSim/det/gas/setGasPressure 1.01325 #Select the Gas Pressure for the Gas box
/ActarSim/det/gas/setGasPressure 0.1
/ActarSim/det/gas/setGasTemperature 293.15 #Select the Gas Temperature for the Gas box
#
/ActarSim/det/gas/setGasMat iC4H10 #Select Material of the Gas for the Gas box
#
# GAS MIXTURE: first select number of elements (up to 10) and then set all gases with their ratio
#/ActarSim/det/gas/mixture/GasMixture 2 #Set a Gas Mixture with N number of elements (default 0)
#/ActarSim/det/gas/mixture/setGasMix 1 He 0.90 #Set a Gas Mixture for the Gas box
#/ActarSim/det/gas/mixture/setGasMix 2 iC4H10 0.10 #Set a Gas Mixture for the Gas box
#/ActarSim/det/gas/setGasMat GasMix #Set a Gas Mixture for the Gas box
#
#
# SILICON DETECTOR (valid if /ActarSim/det/silGeoIncludedFlag on has been settled)
/ActarSim/det/silGeoIncludedFlag on #Includes the geometry of the silicons in the simulation
#Options for Silicon and scintillator coverage:
# 6 bits to indicate which sci wall is present (1) or absent (0)
# order is:
# bit1 (lsb) beam output wall 1
# bit2 lower (gravity based) wall 2
# bit3 upper (gravity based) wall 4
# bit4 left (from beam point of view) wall 8
# bit5 right (from beam point of view) wall 16
# bit6 (msb) beam entrance wall 32
# examples: 63 full coverage; 3 only output and bottom walls ...
/ActarSim/det/sil/sideCoverage 25 #Selects the silicon coverage (default 1). See instructions above
/ActarSim/det/sil/xBoxHalfLength 53.8 mm #Sets the x half length of the silicon detectors box
/ActarSim/det/sil/yBoxHalfLength 0. mm #Sets the y half length of the silicon detectors box
/ActarSim/det/sil/zBoxHalfLength 46.8 mm #Sets the z half length of the silicon detectors box
/ActarSim/det/sil/print #Prints geometry
#
# SCINTILLATOR DETECTOR (valid if /ActarSim/det/sciGeoIncludedFlag on has been settled)
/ActarSim/det/sciGeoIncludedFlag off
# see above explanation in the equivalent command for the Silicons
#/ActarSim/det/sci/sideCoverage 25 #Selects the silicon coverage (default 1). See above explanation for the Silicons
#/ActarSim/det/sci/xBoxHalfLength 150. mm #Sets the x half length of the scintillator detectors box
#/ActarSim/det/sci/yBoxHalfLength 150. mm #Sets the y half length of the scintillator detectors box
#/ActarSim/det/sci/zBoxHalfLength 150. mm #Sets the z half length of the scintillator detectors box
#/ActarSim/det/sci/print #Prints geometry
#
# Update is MANDATORY after any material, field or detector change
/ActarSim/det/update #Updates geometry
#/ActarSim/det/print #Prints geometry
#
#Control of the output on the ROOT file
#all the tracks are stored (note: huge space comsumption)
#Note: it should come before the update!!!
/ActarSim/analControl/storeTracks off #Stores the tracks in the output Tree
/ActarSim/analControl/storeTrackHistos off #Stores the tracks in Histograms
/ActarSim/analControl/storeEvents on #Stores the events in the output Tree
/ActarSim/analControl/storeHistograms off #Stores histograms in the output Tree
/ActarSim/analControl/storeSimpleTracks off #Stores the simple tracks in the output Tree
#/ActarSim/analControl/setMinStrideLength 0.1 #Specifies the minimum length of the strides in the simpleTracks
#/ActarSim/phys/stepMax 1000000. #Set max allowed step length for the default region
#
# CONTROL OF THE PRIMARY EVENTS
#For all cases the possibility to have realistic beam distribution
/ActarSim/gun/beamInteraction off #Simulates the beam energy loss in gas
/ActarSim/gun/realisticBeam off #Simulates beam emittance according to emittance parameters
#/ActarSim/gun/emittance 200.0 #Selects the value of the emittance [in mm mrad]
#/ActarSim/gun/beamRadiusAtEntrance 18. mm #Selects the beam radius at entrance of ACTAR. Used with the emittance to calculate the position and angle distributions of the beam when a realisticBeam option is set
#/ActarSim/gun/beamDirection 0 0 1 #Set beam momentum direction
#/ActarSim/gun/beamPosition 0 0 -69 mm #Set beam starting position
#/ActarSim/gun/beamPosition 0 0 -54 mm
#/ActarSim/gun/randomTheta off #Select a random Theta angle for the scattered particle
#/ActarSim/gun/randomThetaVal 0 180 #Sets the limits in the Theta angle for the scattered particle. The value is randomly chosen between the limits
#/ActarSim/gun/randomPhi off #Select a random Phi angle for the scattered particle
#/ActarSim/gun/randomPhiVal 0 360 #Sets the limits in the Phi angle for the scattered particle. The value is randomly chosen between the limits
#
# A) Track a particle or set of particles defined from the Particles list
#
#/ActarSim/gun/List #List available particles.
#/ActarSim/gun/particle proton #Select the incident particle
#/gun/particle alpha
/ActarSim/gun/particle alpha
#if you want to use an ion, write "ion" in the previous command
#and set the Z, A and charge state in the next...
#/ActarSim/gun/ion 1 1 1 0.0 1.00782503207 #example
#/ActarSim/gun/ion 2 4 2 0.0 4.00260325415
#/ActarSim/gun/ion 6 12 6 0.0 12.
#/ActarSim/gun/ion 6 13 6 0.0 13.00335483778
#/ActarSim/gun/ion 12 24 12 0.0 23.985041699
#/ActarSim/gun/ion 26 56 26 0.0 55.934937475
/ActarSim/gun/energy 6. MeV #Sets the kinetic energy of the primary particle
#/ActarSim/gun/position 0 0 0 #Set starting position of the particle
#/ActarSim/gun/direction 0 0 1 #Set momentum direction. Direction does not need to be a unit vector
#Set starting position of the particle
#/ActarSim/gun/polarization 0 0 0 #Set polarization
#/ActarSim/gun/number 1 #Set number of particles to be generated in a single event
/ActarSim/gun/randomVertexZPosition off #Randomize the reaction vertex Z position
#/ActarSim/gun/randomVertexZRange 50 200 mm #Set the min and max Z-value of random vertex position. The value is randomly chosen between the limits
#/ActarSim/gun/vertexZPosition 150 mm #Set the Z-value of the reaction vertex
#
# B) Track a predefined reaction from a file, or predefined cross sections:
# DO NOT USE ANY OF THESE OPTIONS AT THE MOMENT
/ActarSim/gun/reactionFromFile off
#
#C) Track a reacion calculated from CINE. Disable/enable it with the first command
/ActarSim/gun/reactionFromCine off
#/ActarSim/gun/Cine/randomTheta on #Select a random Theta angle for the scattered particle
#/ActarSim/gun/Cine/randomThetaVal 0 180 #Sets the limits in the Theta angle for the scattered particle. The value is randomly chosen between the limits
#/ActarSim/gun/Cine/incidentIon 26 56 26 0.0 #Set properties of incident ion to be generated.
#/ActarSim/gun/Cine/targetIon 2 4 2 0.0 #Set properties of target ion to be generated.
#/ActarSim/gun/Cine/scatteredIon 26 56 26 0.0 #Set properties of scattered ion to be generated.
#/ActarSim/gun/Cine/recoilIon 2 4 2 0.0 #Set properties of recoil ion to be generated.
#/ActarSim/gun/Cine/reactionQ 0.0 MeV #Sets the reaction Q
#/ActarSim/gun/Cine/labEnergy 100 MeV #Sets the laboratory energy
#/ActarSim/gun/Cine/thetaLabAngle 20 deg #Sets theta lab angle for the scattered particle (degrees)
#
#D) Track a reacion calculated from KINE. Disable/enable it with the first command
/ActarSim/gun/reactionFromKine off #Select a reaction using Kine
#/ActarSim/gun/Kine/randomThetaCM off #Randomize Theta_CM of outgoing particles
#/ActarSim/gun/Kine/randomPhiAngle off #Randomize Lab Phi angles of outgoing particles
#/ActarSim/gun/Kine/randomThetaRange 0 180 #Sets the limits in the Theta angle for the scattered particle. The value is randomly chosen between the limits
#/ActarSim/gun/Kine/userThetaCM 10 deg #Sets theta CM angle for scattered particle (in degrees)
#/ActarSim/gun/Kine/userPhiAngle 20 deg #User set phi angle for out-going particle in the Lab system (in degrees)
#/ActarSim/gun/Kine/incidentIon 26 56 26 0.0 55.934937475 #Set properties of incident ion to be generated
#/ActarSim/gun/Kine/targetIon 2 4 2 0.0 4.00260325415 #Set properties of target ion to be generated
#/ActarSim/gun/Kine/scatteredIon 26 56 26 0.0 55.934937475 #Set properties of scattered ion to be generated
#/ActarSim/gun/Kine/recoilIon 2 4 2 0.0 4.00260325415 #Set properties of recoil ion to be generated
#/ActarSim/gun/Kine/labEnergy 20 MeV #Sets the laboratory energy
#/ActarSim/gun/Kine/vertexPosition 0 0 0 #Set the position of the vertex.
# event controls
/ActarSim/event/drawTracks all #Draw the tracks in the event
/ActarSim/event/printModulo 10 #Print events modulo n
#
#E) Track a particle from a triple alpha source
#
/ActarSim/gun/alphaSource on
#/ActarSim/gun/beamDirection 1 0 0
/ActarSim/gun/beamPosition -62 0 0 mm
/ActarSim/gun/Kine/randomThetaCM on
/ActarSim/gun/Kine/randomThetaRange 30.0 150.0
/ActarSim/gun/randomPhi on
/ActarSim/gun/randomPhiVal -45 45 deg
#
# VISUALIZATION
#
# Draw the whole geometry tree with details as function of verbosity
#/vis/ASCIITree/verbose 10
#/vis/drawTree
# visualization
/vis/scene/create
/vis/open OGLSQt
/vis/viewer/set/autoRefresh 0
/vis/viewer/flush
# set camera
/vis/viewer/reset
/vis/viewer/set/hiddenEdge 0
#/vis/viewer/set/lightsThetaPhi 120 40
/vis/viewer/set/viewpointThetaPhi 115. 145.
#/vis/viewer/set/viewpointThetaPhi 90. 90.
/vis/viewer/zoom 1.0
#/vis/viewer/set/background 1 1 1 1
/vis/viewer/flush
#
# drawing style
#/vis/viewer/set/style surface
/vis/viewer/set/style wireframe
/vis/viewer/flush
#
# drawing the tracks
#/tracking/storeTrajectory 10
/vis/scene/endOfEventAction accumulate 10
#/vis/scene/endOfEventAction refresh
#/vis/viewer/set/autoRefresh 1
#
# create an empty scene and add the detector geometry to it
#/vis/drawVolume
#/vis/scene/add/axes 0 0 0 0.1 m
/vis/scene/add/trajectories
/vis/scene/add/hits
#
# RUN: number of events
#
#/run/beamOn 100