control.in

c
c Compton Polarimeter (Qweak)
c
c beam energy 1.160 
c laser (see below)
c gamma detector lead tungstate
c electron detector diamond
c
LIST
TRIGGER 20000
c
c DEBUG:
c	debug flag (=0 to disable debug)
c	debug deactivated after # events
c	debug only every #'th event
c
DEBUG 1 1000 1000
c
c define standard histogramc
c HSTA 'TIME' 'SIZE' 'MULT' 'NTRA' 'STAK'
c
c print out debugging information
c
c 'VERT' vertex information from gukine
c 'KINE' kinematics information from gukine
c 'STEP' step level information from gustep
c 'TREV' event level infromation from gutrev
c 'VOLU' volume definition infromation from ugeom
c 'ROTM' rotation matrices from ugeom
c 'TMED' media definitions from ugeom
c 'MATE' materials database from ugeom 
c 'PART' particle database from ugeom
c 'DXYZ' record the vertex positions
c 'HITS' Print out hits in gudigi
c
c PRINT 'VERT' 'KINE' 'TREV' 'STEP' 'HITS'
c PRINT 'DXYZ'
c
c Print out statistics upon exiting
c
STATISTICS
c
c TYPE:
c	generate Bremsstrahlung (0-> no, !0 -> yes)
c	generate Compton Backscattering (0-> no, !0 -> yes)
c	generate Beam Halo (0-> no, !0 -> yes)
c	generate Synchrotron (0-> no, !0 -> yes)
c	generate source lines (0 -> no, !0 -> yes)
c
c
TYPE 0 1 0 0 0
c	
c                                                                              
c BEAM:
c	energy in GeV
c	sigma of energy in percent
c	current in microamps
c	beta x of beam at entrance to straight section in m
c	beta y of beam at entrance to straight section in m
c	beta x of beam at center of straight section in m
c	beta y of beam at center of straight section in m
c	beta x of beam at exit to straight section in m
c	beta y of beam at exit to straight section in m
c	emittance of beam in m-radians
c	electron beam polarization
c
BEAM 1.159 10.0e-6 180. 8. 8. 8. 8. 8. 8. 4.4e-10 0.8500
c
c
c HALO:
c	fraction of beam in halo
c       minimum radius of beam halo in cm
c	maximum radius of beam halo in cm
c	characteristic angle of beam halo in mr
c
HALO 1e-9 0.3 1.2 0.05
c
c
c DIPOLE:
c	length of the dipole in cm (0 -> no dipole)
c	height of the dipole in cm  ! was 4.125in before adjusting
c       current in A
c       use field map (1=yes, 0=no)
c
C
c DIPOLE 125. 10.4775 6.93932413
c DIPOLE 125. 10.625
c DIPOLE 125. 20.955 103.047
c DIPOLE 125. 20.955 104.697
 DIPOLE 125. 20.955 103.5 1
c
c CHICANE:
c	length of chicane (m) 
c	length of center region between d2 and d3 (m)
c       length of drift between d1 and d2 (d3 and d4)
c       vertical drop from d1 to d2 (cm)
C
 CHICANE 11.1 2.2 1.95 57.00
c
c FOIL:
c	thickness of the foil in microns (0-> no foil)
c	type of material (11->copper)
c
FOIL 100.0 11.
c
c LASER:
c	wavelength of laser in microns
c	sigma of line width in %
c	power of laser in watts
c	emittance of laser in m-radians
c	sigma of laser waist in mm
c	offset in x from center of straight section in cm
c	offset in y from center of straight section in cm
c	offset in z from center of straight section in cm
c	crossing angle of laser and electron beam in mr
c	azimuthal angle of laser in mr
c       Photon polarization
c
LASER 0.532 0.001 1000. 3.0e-6 0.148 0 0 0 23.53 0 1.0
c
c DETECTOR:
c	width of active area (cm)	                       2.1    (defaults)
c	height of active area (cm)	                       1.92
c	thickness of detector (um)	                     500.
c	strip pitch (um)		                     180.
c       strip space (um)                                      20.
c       number of strips per plane                            96.
c       plane space (cm)                                       1.
c       number of planes                                       4
c       plane offset (um)                                     100.
c	offset from beam center (mm)	                       5.0
c       position offset from the entrance of 4th dipole (cm)  10.16   (4 inches)
c       material number (PbW04 -> 32, Silicon -> 33, Diamond -> 34)
c	detector rotation angle about the x axis(degrees)     10.137686
c       detector roll angle about the y axis (degrees)		0.0  Not yet active
c       detector roll angle about the z axis (degrees)          0.0  Not yet active
c
DETECTOR 2.1 1.92 500. 180. 20. 96. 1.0 4 0. 8.0 24.5 34 10.3 0. 0.
c
c HPGERMANIUM:
c	distance from crossing point (m)
c	displacement from axis in x (cm)
c	displacement from axis in y (cm)
c	diameter of active detector in cm
c       depth of active detector in cm
c	thickness of inactive layer in cm
c	material id for cover (9 -> alumnimum)
c	thickness of front cover in cm
c	thickness of side covers in cm
c	material number (Ge -> 18, NaI -> 27, CsI -> 30, PbWO4 -> 32)
c	type of detector (1-> chunk of material,
c			2-> VU with signal from middle and rest suppression
c			3-> VU with summed signal from middle and back, rest sup
c			4-> VU with signal from middle and BGO suppression
c			5-> VU with signal from back and BGO suppression
c
c
HPGERMANIUM 4.3 0 0 10.0 30.0 0.01 9 0.1 0.1 30 1 
c
c
c SUPPRESSION:
c	on/off flag >0 is on
c	type	(1-> VU detector geometry)
c	threshold (10 keV by default)
c
SUPPRESSION 0 0 10
c
c BACKSCATTER:
c	half width to generate photons within, cm
c	# of photons to generate per electron
c
BACKSCATTER 5 1
c
c SOURCES:
c	# of radioactive sources
c	source energies in MeV (up to 20)
c
SOURCES 1 2.2  
c
c SEEDS:
c       Seed1                                            2465761579
c       Seed2                                            564186545
c       Iseq (1-215)                                     42
c       
SEEDS 115406843 2895674585 198
c
c
c Physics flags
c
annihilation    1
auto		1
bremsstrahlung  1
ckov		0
compton         1
dcay            1
dray            1
hadronic        1
labs		1
loss            1
mulscattering   1
munuclear       1
pairproduction  1
pfission        1
photoelectric   1
rayleigh        1
stra		1
synchrotron	1
c
c The cuts card puts limits on the energy to pay attention to, below this
c energy the particle is no longer tracked
c
c There are 16 numbers, they are:
c
c  1) gamma energy cut off              (0.001)
c  2) electron energy cut off           (0.001)
c  3) neutral hadrons                   (0.01)
c  4) charged hadrons                   (0.01)
c  5) muons                             (0.01)
c  6) electron Bremsstrahlung           (0.001)
c  7) muon and hadron Bremsstrahlung    (0.001)
c  8) delta ray electrons               (0.0001)
c  9) delta ray muons                   (0.0001)
c 10) energy cut for pair production    (0.01)
c 11) time of flight cut                (1d10)
c 12-16) user cut words                 (0)
c
CUTS 1e-5 1e-5 1e-5 1e-5 1e-5 1e-5 1e-5 1e-5 1e-5 1e-5 1d10 
C CUTS 1e-4 1e-5 1e-5 1e-5 1e-5 1e-3 1e-3 1e-5 1e-5 1e-5 1d10
c
c ERAN:
c	the smallest energy for cross section tables
c	the largest energy for the cross section tables
c	the number of bins in the cross section table
c
eran 1e-6 6e1 1000

c STEPS:
c      maximum number of steps to take when tracking
c
c STEPS 1000000

c set up for parallel tracking
c patr

STOP