#
# test pattern for GTRC/B
#
addressRC: 17
addressFE: 19
placePattern: ADDR 17
placePattern: RESET 1 0
repeat: 50
#
# test control register (CLKS:0-299)
#
chipsToRead: 19
checkSum: exclude
XYcoincidence: ignore
readLayer: withFastOR
#
registerRC:
*placePattern: CLKS 1*25 0
registerRC:
*placePattern: CLKS 1*25 0
#
resetChip:
repeat: 50
#
registerRC:
*placePattern: CLKS 1*25 0
registerRC:
*placePattern: CLKS 1*25 0
#
placePattern: RESET 1 0
repeat: 50
#
registerRC:
*placePattern: CLKS 1*25 0
registerRC:
*placePattern: CLKS 1*25 0
#
# test clock-on command (CLKS:300-349)
#
clockOn:
*placePattern: CLKS 1*25 0
*placePattern: RESET 0*20 1 0
repeat: 50
#
# test sending reset-chip command (CLKS:350-399)
#
sendResetChip:
*placePattern: CLKS 1*25 0
#
# test sending reset-FIFO command (CLKS:400-449)
#
sendResetFifo:
*placePattern: CLKS 1*25 0
#
# test clear-event command (CLKS:450-549)
#
placePattern:  TRI   1 1 1 1 0
*placePattern: TACKI 0 1 1 0 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
#
placePattern: RESET 1 0
repeat: 50
#
# test load-register-of-FE command (CLKS:550-1049)
#
ctrlDir: right
mask: calib 0-63-3
mask: chan 1-63-3
mask: trig 2-63-3
thresDac: 13 high
calibDac: 14 high
registerFE:
*placePattern: CLKS 1*250 0
*placePattern: CTLREG 0*10 1 0 1*2 0 1*3 0 1*4 0
#
# test strobe command (CLKS:1050-2149)
#
strobe:
*placePattern: CLKS 1*550 0
#
# test address decoding (CLKS: 2150-2799)
#
addressRC: 0
placePattern: ADDR 0
sendResetChip:
*placePattern: CLKS 1*25 0
placePattern: ADDR 17
sendResetChip:
*placePattern: CLKS 1*25 0
#
addressRC: 1
placePattern: ADDR 1
sendResetChip:
*placePattern: CLKS 1*25 0
placePattern: ADDR 17
sendResetChip:
*placePattern: CLKS 1*25 0
#
addressRC: 2
placePattern: ADDR 2
sendResetChip:
*placePattern: CLKS 1*25 0
placePattern: ADDR 17
sendResetChip:
*placePattern: CLKS 1*25 0
#
addressRC: 4
placePattern: ADDR 4
sendResetChip:
*placePattern: CLKS 1*25 0
placePattern: ADDR 17
sendResetChip:
*placePattern: CLKS 1*25 0
#
addressRC: 8
placePattern: ADDR 8
sendResetChip:
*placePattern: CLKS 1*25 0
placePattern: ADDR 17
sendResetChip:
*placePattern: CLKS 1*25 0
#
addressRC: 16
placePattern: ADDR 16
sendResetChip:
*placePattern: CLKS 1*25 0
placePattern: ADDR 17
sendResetChip:
*placePattern: CLKS 1*25 0
#
addressRC: 31
placePattern: ADDR 17
sendResetChip:
*placePattern: CLKS 1*25 0
#
addressRC: 17
addressFE: 19
placePattern: ADDR 17
#
# check readout flags (CLKS:2800-3999)
#
chipsToRead: 1
readLayer: withFastOR
XYcoincidence: use
checkSum: include
registerRC:
#
placePattern:  TRI   1 1 1 1 0 
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern:  TRI   1 1 1 1 0 
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern:  TRI   1 1 1 1 0 
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern:  TRI   1 1 1 1 0 
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern:  TRI   1 1 1 1 0 
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern:  TRI   1 1 1 1 0 
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern:  TRI   1 1 1 1 0 
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern:  TRI   1 1 1 1 0 
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
#
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
#
placePattern: CLKS 1*20 0
#
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
default: 50
#
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
clearEvt:
*placePattern: CLKS 1*25 0
#
placePattern: CLKS 1*20 0
placePattern: RESET 1 0
repeat: 50
#
# test readout protocol (CLKS:4000-6299)
#
chipsToRead: 5
checkSum: include
readLayer: always
registerRC:
placePattern:  TRI   1*20 0
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*25 0
readEvt:
*placePattern: RDIN 0*22 0   1 1 0 1 0*60 1   0   0   1 1 0 0 1 0 0 1 0*56 1   0
*placePattern: CLKS 1*175 0
#
chipsToRead: 3
registerRC:
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
readEvt:
*placePattern: RDIN 0*22 0   1 1 0 1 0*60 1   0   0   1 1 0 0 1 0 0 1 0*56 1   0
*placePattern: CLKS 1*140 0
#
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
placePattern: TOKI 1 0
*placePattern: CLKS 1*125 0
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
placePattern: TOKI 1 0
*placePattern: CLKS 1*75 0
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
#
placePattern: RESET 1 0
repeat: 50
#
chipsToRead: 5
checkSum: exclude
readLayer: withFastOR
registerRC:
placePattern:  TRI   1*20 0
*placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*25 0
readEvt:
*placePattern: RDIN 0*22 0   1 1 0 1 0*60 1   0   0   1 1 0 0 1 0 0 1 0*56 1   0
*placePattern: CLKS 1*175 0
#
placePattern: TACKI 0 1 1 0 0
*placePattern: CLKS 1*10 0
readEvt:
*placePattern: RDIN 0*22 0   1 1 0 1 0*60 1   0   0   1 1 0 0 1 0 0 1 0*56 1   0
*placePattern: CLKS 1*40 0
#
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
placePattern: TOKI 1 0
*placePattern: CLKS 1*125 0
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
placePattern: TOKI 1 0
*placePattern: CLKS 1*25 0
placePattern: DIN 1 0 1*2 0 1*3 0 1*4 0
*placePattern: CLKS 1*25 0
#
placePattern: RESET 1 0
repeat: 50
#
# test stopping readout sequense (CLKS:6300-6799)
#
chipsToRead: 1
checkSum: include
readLayer: always
registerRC:
placePattern: RDIN 1
#
placePattern: TACKI 0 1 1 0 0
readEvt:
*placePattern: RESET 0*40 1 0
*placePattern: CLKS 1*50 0
#
repeat: 50
#
placePattern: TACKI 0 1 1 0 0
readEvt:
*placePattern: CLKS 1*30
resetChip:
*placePattern: CLKS 1*20 0
#
repeat: 50
#
placePattern: TACKI 0 1 1 0 0
readEvt:
repeat: 256
placePattern: TOKI 1 0
*placePattern: RESET 0*65 1 0
*placePattern: CLKS 1*75 0
#
repeat: 50
#
placePattern: TACKI 0 1 1 0 0
readEvt:
repeat: 256
placePattern: TOKI 1 0
*placePattern: CLKS 1*55
resetChip:
*placePattern: CLKS 1*20 0
#
repeat: 50
#
# check trigger latency counter (CLKS:6800-8099)
#
chipsToRead: 5
checkSum: include
readLayer: withFastOR
registerRC:
#
placePattern:  TRI   1*40 0
*placePattern: TACKI 0*32 1 1 0 0
*placePattern: CLKS 1*50 0
readEvt:
*placePattern: RDIN 0*22 0   1 1 0 1 0*60 1   0   0   1 1 0 0 1 0 0 1 0*56 1   0
*placePattern: CLKS 1*175 0
#
placePattern:  TRI   1*40 0
*placePattern: TACKI 0*33 1 1 0 0
*placePattern: CLKS 1*50 0
readEvt:
*placePattern: RDIN 0*22 0   1 1 0 1 0*60 1   0   0   1 1 0 0 1 0 0 1 0*56 1   0
*placePattern: CLKS 1*175 0
#
placePattern: TOKI 1 0
*placePattern: CLKS 1*125 0
placePattern: TOKI 1 0
*placePattern: CLKS 1*75 0
#
placePattern: RESET 1 0
repeat: 50
#
# end of test pattern (# of CLKS:8100)
#