#
# alltest_com.txt
#	test pattern for HDI testing with Logic Analyzer HP16550A/HO16510A
#	8/2/99 M.Hirayama
#
######################
# registerRC_com.txt #
######################
placePattern: RESET 1*10 0
repeat: 256
resetChip:
repeat: 256
#
# test control register
#
addressRC: 31
chipsToRead: 19
checkSum: include
XYcoincidence: use
readLayer: always
registerRC:
#
addressRC: default
registerRC:
*placePattern: CLKS 1*25 0
#
addressRC: 30
registerRC:
*placePattern: CLKS 1*25 0
#
addressRC: 31
registerRC:
*placePattern: CLKS 1*25 0
chipsToRead: 12
checkSum: exclude
XYcoincidence: ignore
readLayer: withFastOR
registerRC:
#
addressRC: default
registerRC:
*placePattern: CLKS 1*25 0
#
addressRC: 30
registerRC:
*placePattern: CLKS 1*25 0
#
addressRC: 31
registerRC:
*placePattern: CLKS 1*25 0
#
runPattern: readData
default: 256
#
######################
# registerFE_com.txt #
######################
placePattern: RESET 1*10 0
repeat: 256
resetChip:
repeat: 256
#
addressRC: 31
#
# test loading register of FE
#
ctrlDir: right
mask: calib 0-63-3
mask: chan 1-63-3
mask: trig 2-63-3
thresDac: 13 high
calibDac: 14 high
#
addressFE: 31
registerFE:
#
thresDac: 19 high
calibDac: 20 high
placePattern: RESET 1*10 0
repeat: 256
#
addressFE: 0
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 1
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 2
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 3
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
runPattern: readData
#
addressFE: 4
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 5
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 6
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 7
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
runPattern: readData
#
addressFE: 8
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 9
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 10
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 11
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
runPattern: readData
#
addressFE: 12
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 13
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 14
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 15
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
runPattern: readData
#
addressFE: 16
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 17
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 18
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 19
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
runPattern: readData
#
addressFE: 20
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 21
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 22
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 23
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
runPattern: readData
#
addressFE: 24
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
addressFE: 31
registerFE:
*placePattern: CLKS 1*250 0
repeat: 256
#
runPattern: readData
default: 256
#
##################
# fastor_com.txt #
##################
placePattern: RESET 1*10 0
repeat: 256
resetChip:
repeat: 256
#
addressRC: 31
#
# test loading register of FE
#
ctrlDir: default
mask: calib 0-63-16
mask: chan
mask: trig 0-63-16
thresDac: 25 high
calibDac: 12 high
addressFE: 31
registerFE:
default: 8192
#
addressFE: 0
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 1
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 2
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 3
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 4
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 5
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 6
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 7
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 8
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 9
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
runPattern: readData
#
addressFE: 10
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 11
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 12
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 13
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 14
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 15
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 16
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 17
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 18
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 19
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
runPattern: readData
#
addressFE: 20
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 21
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 22
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 23
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
addressFE: 24
strobe:
*placePattern: CLKS 1*100 0
default: 8192
#
runPattern: readData
default: 256
#
################
# data_com.txt #
################
placePattern: RESET 1*10 0
repeat: 256
resetChip:
repeat: 256
#
# load register of RC
#
#
addressRC: 31
chipsToRead: 25
checkSum: include
readLayer: always
XYcoincidence: use
registerRC:
#
# load register of FE
#
addressFE: 31
ctrlDir: default
mask: calib 11
mask: chan 11
mask: trig 11
thresDac: 25 high
calibDac: 12 high
registerFE:
sendResetFifo:
repeat: 256
#
# inject charges to all chips
#
addressFE: 31
strobe:
*placePattern: TACKI 0*40 1*2 0
default: 8192
#
# read an event
#
readEvt:
default: 8192
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
runPattern: readData
placePattern: TOKI 1 0
*placePattern: CLKS 1*325 0
runPattern: readAndDecodeData
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
runPattern: readData
#
# inject charges to one chip
#
addressFE: 19
strobe:
*placePattern: TACKI 0*40 1*2 0
default: 8192
#
# read an event
#
readEvt:
default: 8192
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
runPattern: readData
placePattern: TOKI 1 0
*placePattern: CLKS 1*75 0
runPattern: readAndDecodeData
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
runPattern: readData
#
default: 256
#
####################
# stopread_com.txt #
####################
placePattern: RESET 1*10 0
repeat: 256
resetChip:
repeat: 256
#
# load register of RC
#
addressRC: 31
chipsToRead: 25
checkSum: include
readLayer: always
XYcoincidence: use
registerRC:
#
# load register of FE
#
addressFE: 31
ctrlDir: default
mask: calib 11
mask: chan 11
mask: trig 11
thresDac: 25 high
calibDac: 12 high
registerFE:
sendResetFifo:
repeat: 256
#
# inject charges to all chips
#
addressFE: 31
strobe:
*placePattern: TACKI 0*40 1*2 0
default: 8192
#
# read the event with RESET for GTFE
#
readEvt:
*placePattern: RESET 0*25 1*10 0
default: 8192
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25
placePattern: TOKI 1 0
*placePattern: CLKS 1*75
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
#
placePattern: RESET 1*10 0
repeat: 256
resetChip:
repeat: 256
#
# load register of RC for the 2nd event
#
addressRC: 31
chipsToRead: 25
checkSum: include
readLayer: always
XYcoincidence: use
registerRC:
#
# load register of FE for the 2nd event
#
addressFE: 31
ctrlDir: default
mask: calib 11
mask: chan 11
mask: trig 11
thresDac: 25 high
calibDac: 12 high
registerFE:
sendResetFifo:
repeat: 256
#
# inject charges to all chips for the 2nd event
#
addressFE: 31
strobe:
*placePattern: TACKI 0*40 1*2 0
default: 8192
#
# read the 2nd event with RESET for GTRC
#
readEvt:
default: 8192
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25
placePattern: TOKI 1 0
*placePattern: CLKS 1*325
*placePattern: RESET 0*200 1*10 0
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
#
runPattern: readData
#
#######################
# end of test pattern #
#######################