run1.mac

# This is the basic skeleton for MuSIC macros

# Setting the magnetic field, this shouldn't really need doing but is useful 
# and stops the hard coded relative links breaking every time you move
/MuSIC_Detector/dipField /Users/scook/code/MuSIC/simulation/MuSIC_5_detector_sim/MuSIC5/MuSIC5_detector/fieldmap/fieldmap_dipole.txt
/MuSIC_Detector/solField /Users/scook/code/MuSIC/simulation/MuSIC_5_detector_sim/MuSIC5/MuSIC5_detector/fieldmap/fieldmap_solenoid.txt

# If you're running without g4bl input you 
#  a) Still need to pass as the second 
#     argument to the program (sorry, lazy)
#  b) Need to pick which particle to generate.
#     If you want multiple particles types pick 
#     a particle the '/run/beamOn X'
# /control/execute pid_macros/pid_-211.mac
# /control/execute pid_macros/pid_-13.mac
# /control/execute pid_macros/pid_-11.mac
# /control/execute pid_macros/pid_11.mac
/control/execute /Users/scook/code/MuSIC/simulation/MuSIC_5_detector_sim/MuSIC5/MuSIC5_detector/pid_macros/pid_13.mac
# /control/execute pid_macros/pid_211.mac
# /control/execute pid_macros/pid_2212.mac

# If you are using the g4bl input you can set an offset 
# into the file.
# Note: event 399 is the first in g4bl that tends to leave to 
# optical processes being needed
# /MuSIC_Detector/gun/inputOffset 399
# /MuSIC_Detector/targetMat Aluminium 

# Toggle using optical processes these are _VERY_ slow
# /MuSIC_Detector/enableOpticalProcesses false
# /MuSIC_Detector/enableOpticalProcesses true
# /MuSIC_Detector/gun/g4blEnable true
# Set it to only run muons
#/MuSIC_Detector/gun/g4blSinglePID true
#/gun/particle mu-

# Basic command to set it all up and run it. 
/MuSIC_Detector/update
/run/initialize
# /run/beamOn 30
#/run/beamOn  5000
/run/beamOn 50000