20211018
========
Using pedestal memory as data.

Files with one event:
mcm-all-evt501-36518-pulses.pdf
no pedestal and zero suppression

mcm-all-evt797-36521-pulses.pdf
pedestal and zerosuppression: low threshold

mcm-all-evt1000-36523-pulses.pdf
pedestal and zerosuppression: high threshold

1 sample above threshold
2 before threshold
2 after threshold
? threshold

Note:
chip 2 channel 2 has spike, loaded value is 42 (hex 2A), value read 820 (hex 334).



Pulses generated with:
----------------------
 ./genpulse -h 800 --ped 65 --noise  5 --rise 20 --fall  55 --start 110 --diff 500 -o pulse0
 ./genpulse -h 640 --ped 70 --noise 10 --rise 10 --fall  45 --start 170 --diff 310 -o pulse1
 ./genpulse -h 960 --ped 50 --noise 15 --rise 55 --fall 100 --start  80 --diff 700 -o pulse2
 ./genpulse -h 720 --ped 50 --noise 25 --rise 45 --fall  70 --start 500 --diff 200 -o pulse3
 ./genpulse -h 720 --ped 50 --noise 25 --rise 45 --fall 100 --start 400 --diff 300 -o pulse4
 ./genpulse -h 840 --ped 50 --noise 15 --rise 15 --fall  75 --start 300 --diff 320 -o pulse5
 ./genpulse -h 840 --ped 50 --noise 15 --rise 15 --fall  75 --start 200 --diff 700 -o pulse6
 ./genpulse -h 840 --ped 50 --noise 35 --rise 75 --fall  30 --start 400 --diff 320 -o pulse7


Setup
-----
for chip in {0..7..1}
do
  # Write to pedestal memory
  ./saltrowrmem --fec 0 --chip $chip --infile pulse$chip --pattern 7
done


Run as:
-------
mode=$1
pre=$(($2 << 17))
above=$(($3 << 12))
post=$(($4 << 14))
dpcfgValue=`printf '%x' $((mode + post +pre + above))`

for channel in {0..15..1}
do
  # Write static pedestal subtract value
  ./saltrowrrdreg --bcast --fec 0 --channel $channel --register 13 --write $5
  # Write Threshold value
  ./saltrowrrdreg --bcast --fec 0 --channel $channel --register 8 --write $6
  # Set DPCFG to corect mode + pre/post/above
  ./saltrowrrdreg --bcast --fec 0 --channel $channel --register B --write $dpcfgValue
  # No pre-/post-trigger samples:
  ./saltrowrrdreg --bcast --fec 0 --channel $channel --register C --write 0
done
./mkpedestal-all.sh 2 0 0 1000 0 100