# Settings common to all ALTROs in all FECs
# FORMAT
# All values are decimail! Might change for some settings
#Zero suppression threshold and offset
#ZSTHR.OFFSET         <value>	Offset to be added to the signal
#ZSTHR.ZS_THR         <value>	Zero suppression threshold
#Second baseline correction threshold
#BCTHR.THR_LO         <value>	Lower threshold of the acc. window
#BCTHR.THR_HI         <value>	Upper threshold of the acc. window
#Trigger configuration
#TRCFG.ACQ_START      <value>	Number of cycles to wait before start
#TRCFG.ACQ_SHIFT      <value>   shift the start of aquisition depending on ALTRO
#  0 = no shift
#  else
#   chip   0  1  2  3  4  5  6  7
#   shift  0  1  2  3  0  1  2  3 i.e. each side of the card
#
#TRCFG.ACQ_END        <value>	Cycles to sample
#Data path configuration
#DPCFG.ZS_CFG         <value>	bits 0-1:glitch filter
#				bits 2-4:presamples
#				bits 5-6:postsamples
#				bit 7:enable zero suppression
#DPCFG.BC2_CFG        <value>	bits 0-1:presamples excluded from 2nd baseline
#				bits 2-5:postsamples excluded from 2nd baseline
#				bit 6: enable second baseline
#DPCFG.BC1_CFG        <value>	bits 0-3:first baseline mode
#				when bit is set. ADC value is inverted
#BFNPT.PWSV           <0,1>	when set, power save
#BFNPT.FLT_EN         <0,1>	enable digital filter
#BFNPT.NBUF           <0,1>	0: 4 buffers, 1: 8 buffers
#BFNPT.PTRG           <0-15>	Pretrigger samples
#
ZSTHR.OFFSET         0 
#ZSTHR.ZS_THR         8
#ZSTHR.ZS_THR         10 #2009.02.28
ZSTHR.ZS_THR	3
#BCTHR.THR_LO         3
#BCTHR.THR_HI         2
BCTHR.THR_LO         0 
BCTHR.THR_HI         0 
TRCFG.ACQ_START      0
TRCFG.ACQ_SHIFT      0
TRCFG.ACQ_END	300
#TRCFG.ACQ_END        1000
#TRCFG.ACQ_END        108
# DPCFG bits 0-1: glitch, 2-4:postsamples, 5-6:presamples, 7: zerosup
# 202 = 0xCA 2            2                2               1
# zero suppression on
#DPCFG.ZS_CFG         202
#DPCFG.ZS_CFG         201
#DPCFG.BC2_CFG        0
#DPCFG.BC1_CFG        0
# din - fpd do not use lookup table
#DPCFG.FBCM           0
#-> f(din) - fpd = use lookup table subtract fixed pedestal
DPCFG.FBCM           8
# f(din-vpd) - fpd = use lookup table subtract self pedestal
#DPCFG.FBCM           9
# f(t) - fpd = read pedestal memory as data
#DPCFG.FBCM           10
DPCFG.POLARITY       0
DPCFG.SBPRE          0
DPCFG.SBPOST         0
DPCFG.SBENB          0
DPCFG.GLITCH         2
# PRESAMLPES 0-3, POSTSAMPLES 0-7
#DPCFG.ZSPRE          2 #2008.02.28
#DPCFG.ZSPOST         2 #2008.02.28
DPCFG.ZSPRE          3
DPCFG.ZSPOST         7
# zero skip enable bit
DPCFG.ZSENB          1
BFNPT.PWSV           0
BFNPT.FLT_EN         0
BFNPT.NBUF           0
#BFNPT.PTRG           7
BFNPT.PTRG           0