# electron drift velocity
FDC_DRIFT_SPEED		        .0055

# dead wire radius
FDC_WIRE_DEAD_ZONE_RADIUS      3.5

# other dead wire radius
FDC_STRIP_DEAD_ZONE_RADIUS     5.0

FDC_ACTIVE_AREA_OUTER_RADIUS  48.5

FDC_ANODE_CATHODE_SPACING       0.5

FDC_TWO_HIT_RESOL	      1.

FDC_WIRES_PER_PLANE	96

FDC_WIRE_SPACING	1.

FDC_STRIPS_PER_PLANE    192	

FDC_STRIP_SPACING	0.5

FDC_STRIP_GAP		0.1

FDC_MAX_HITS		100

FDC_K2			1.15

FDC_STRIP_NODES		3

# threshold in keV
FDC_THRESH_KEV		1.

# threshold in fC
FDC_THRESH_STRIPS	0.001 

# electron charge in fC
FDC_ELECTRON_CHARGE  1.6022e-4

# diffiusion speed cm^2/s --> 200 microns at 1 cm
FDC_DIFFUSION_COEFF    1.1e-6 


# The error on the drift time in the FDC. The drift times
# for the actual FDC hits coming from the input file
# are smeared by a gaussian with this sigma.
# 200.0/55.0*1.0E-9;	# in seconds
FDC_TDRIFT_SIGMA 1.0e-9

# The error in the distance along the wire as measured by
# the cathodes. This should NOT include the Lorentz
# effect which is already included in hdgeant. It
# should include any fluctuations due to ion trail density
# etc. 150.0 microns  [microns]
FDC_CATHODE_SIGMA 150.0
#FDC_CATHODE_SIGMA 50.0

# The FDC pedestal noise is used to smear the cathode ADC
# values such that the position along the wire has the resolution
# specified by FDC_CATHODE_SIGMA.
# units in pC (calculated from FDC_CATHODE_SIGMA in SmearFDC)
FDC_PED_NOISE 0.2
#FDC_PED_NOISE 1.527 

# Time window for acceptance of FDC hits units in nanoseconds
FDC_TIME_WINDOW  1000.0

# Fraction of FDC hits to randomly drop (0=drop nothing 1=drop everything)
FDC_HIT_DROP_FRACTION  0.0;