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histos.dat
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##
## Edit this file to change the histograms that will be displayed in ROODY.
## Then restart the program 'anaDragon'.
##
## Standard DRAGON histograms for the rootana analyzer.
##
## EXAMPLE COMMAND ##
## Creates a 2d polygon cut ##
# CMD:
# TCutG cutg("cutTest",7);
# cutg.SetVarX("");
# cutg.SetVarY("");
# cutg.SetTitle("Graph");
# cutg.SetFillColor(1);
# cutg.SetPoint(0,37.8544,70.113);
# cutg.SetPoint(1,25.5939,41.5819);
# cutg.SetPoint(2,54.9042,28.0226);
# cutg.SetPoint(3,83.0651,35.3672);
# cutg.SetPoint(4,81.5326,53.1638);
# cutg.SetPoint(5,59.3103,79.1525);
# cutg.SetPoint(6,37.8544,70.113);
# END:
## BGO SINGLES ##
DIR:
histos/event/gamma/bgo
TH1D:
("bgoZ", "Bgo Z position;z0 [mm];Counts",100, -20, 20)
rootana::gHead.bgo.z0
SUMMARY:
("bgoE", "Bgo chan vs. Energy;Energy [keV/10];Detector Number", 200, 0, 10)
rootana::gHead.bgo.ecal
30
TH1D:
("bgo0", "BGO_{0} Channel;BGO;Counts", 30, 0, 30)
rootana::gHead.bgo.hit0
CUT:
Greater(rootana::gHead.bgo.esort[0], 0)
TH2D:
("bgoE0", "BGO_{0} Channel vs. Energy;Energy [keV/10];Detector Number", 200, 0, 10, 30, 0, 30)
rootana::gHead.bgo.esort[0]
rootana::gHead.bgo.hit0
# CUT:
# Greater(rootana::gHead.bgo.esort[0], 0)
TH2D:
("bgoE0E1", "BGO_{1} vs. BGO_{0};E0 [keV/10];E1 [keV/10]", 200, 0, 10, 200, 0, 10)
rootana::gHead.bgo.esort[0]
rootana::gHead.bgo.esort[1]
CUT:
Greater(rootana::gHead.bgo.esort[1], 0)
## DSSSD SINGLES ##
DIR:
histos/event/hion/dsssd
SUMMARY:
("dsssdE", "DSSSD channel vs. Energy;Energy [keV];Channel", 256, 0, 4096)
rootana::gTail.dsssd.ecal
32
TH1D:
("dsssd_tfront", "DSSSD time (front strips);TDC [arb.];Counts", 200, 0, 20000)
rootana::gTail.dsssd.tfront
TH1D:
("dsssd_tback", "DSSSD time (back strips);TDC [arb.];Counts", 200, 0, 20000)
rootana::gTail.dsssd.tback
TH2D:
("dsssdEfront_mcpTAC", "DSSSD Efront vs. MCP TAC", 256, 0, 4096, 200, 0, 20000)
rootana::gTail.mcp.tac
rootana::gTail.dsssd.efront
CUT:
Greater(rootana::gTail.mcp.tac, 0) && Greater(rootana::gTail.dsssd.efront, 0)
TH2D:
("dsssdEback_mcpTAC", "DSSSD Eback vs. MCP TAC", 256, 0, 4096, 200, 0, 20000)
rootana::gTail.mcp.tac
rootana::gTail.dsssd.eback
CUT:
Greater(rootana::gTail.mcp.tac, 0) && Greater(rootana::gTail.dsssd.eback, 0)
## IC SINGLES ##
DIR:
histos/event/hion/ic
SUMMARY:
("icAnode", "IC channel vs. anode;Anode [ch];Channel", 256, 0, 4096)
rootana::gTail.ic.anode
4
TH1D:
("icSum", "IC anode sum;Sum [arb];Counts", 200, 0, 20000)
rootana::gTail.ic.sum
TH2D:
("ic0_1", "IC anode 0 vs. anode 1;Anode 0 [arb.];Anode 1 [arb.]", 256, 0, 4096, 256, 0, 4096)
rootana::gTail.ic.anode[0]
rootana::gTail.ic.anode[1]
CUT:
Greater(rootana::gTail.ic.anode[0], 0) && Greater(rootana::gTail.ic.anode[1], 0)
TH1D:
("ic_t0", "IC time (ch. 0);TDC [arb.];Counts", 200, 0, 20000)
rootana::gTail.ic.tcal[0]
TH2D:
("icSum_mcpTAC", "IC anode sum vs. MCP TAC", 256, 0, 4096, 200, 0, 20000)
rootana::gTail.mcp.tac
rootana::gTail.ic.sum
CUT:
Greater(rootana::gTail.mcp.tac, 0) && Greater(rootana::gTail.ic.sum, 0)
## MCP SINGLES ##
DIR:
histos/event/hion/mcp
TH1D:
("mcpSum", "Sum of MCP anodes;Esum [arb.];Counts", 250, 0, 50000)
rootana::gTail.mcp.esum
CUT:
Greater(rootana::gTail.mcp.esum, 0)
SUMMARY:
("mcpAnode", "MCP channel vs. anode signal;Anode [channel];Channel", 256, 0, 4096)
rootana::gTail.mcp.anode
4
TH2D:
("mcpXY", "MCP x vs. y;xpos [arb.];ypos [arb.]", 60,-30,30,60,-30,30)
rootana::gTail.mcp.x
rootana::gTail.mcp.y
CUT:
IsValid(rootana::gTail.mcp.x) && IsValid(rootana::gTail.mcp.y)
TH1D:
("mcpTOF", "MCP TAC signal;TAC [channel];Counts", 256, 0, 4096)
rootana::gTail.mcp.tac
CUT:
Greater(rootana::gTail.mcp.tac, 0)
## SURFACE BARRIER SINGLES ##
DIR:
histos/event/hion/sb
TH1D:
("sbE0", "Surface barrier energy, ch. 0;Energy [channel];Counts", 256, 0, 4096)
rootana::gTail.sb.ecal[0]
CUT:
Greater(rootana::gTail.sb.ecal[0], 0)
TH1D:
("sbE1", "Surface barrier energy, ch. 1;Energy [channel];Counts", 256, 0, 4096)
rootana::gTail.sb.ecal[1]
CUT:
Greater(rootana::gTail.sb.ecal[1], 0)
## NAI + GE SINGLES ##
DIR:
histos/event/hion/aux
TH1D:
("naiE0", "NaI energy, ch. 0;Energy [channel];Counts", 256, 0, 4096)
rootana::gTail.nai.ecal[0]
CUT:
Greater(rootana::gTail.nai.ecal[0], 0)
TH1D:
("naiE1", "NaI energy, ch. 1;Energy [channel];Counts", 256, 0, 4096)
rootana::gTail.nai.ecal[1]
CUT:
Greater(rootana::gTail.nai.ecal[1], 0)
TH1D:
("geE", "HPGe energy;Energy [channel];Counts", 256, 0, 4096)
rootana::gTail.ge.ecal
CUT:
Greater(rootana::gTail.ge.ecal, 0)
## BGO COINC ##
DIR:
histos/event/coinc/bgo
TH1D:
("bgoZ", "Bgo Z position;z0 [mm];Counts", 100, -20, 20)
rootana::gCoinc.head.bgo.z0
Greater(rootana::gCoinc.head.bgo.esort[0], 0)
SUMMARY:
("bgoE", "Bgo chan vs. Energy;Energy [keV/10];Detector Number", 200, 0, 10)
rootana::gCoinc.head.bgo.ecal
30
TH1D:
("bgo0", "BGO_{0} Channel;BGO;Counts", 30, 0, 30)
rootana::gCoinc.head.bgo.hit0
CUT:
Greater(rootana::gCoinc.head.bgo.hit0, 0)
TH2D:
("bgoE0", "BGO_{0} Channel vs. Energy;Energy [keV/10];Detector Number", 200, 0, 10, 30, 0, 30)
rootana::gCoinc.head.bgo.esort[0]
rootana::gCoinc.head.bgo.hit0
CUT:
Greater(rootana::gCoinc.head.bgo.esort[0], 0)
TH2D:
("bgoE0E1", "BGO_{1} vs. BGO_{0};E0 [keV/10];E1 [keV/10]", 200, 0, 10, 200, 0, 10)
rootana::gCoinc.head.bgo.esort[0]
rootana::gCoinc.head.bgo.esort[1]
CUT:
Greater(rootana::gCoinc.head.bgo.esort[1], 0)
## DSSSD COINC ##
DIR:
histos/event/coinc/dsssd
SUMMARY:
("dsssdE", "DSSSD channel vs. Energy;Energy [keV];Channel", 256, 0, 4096)
rootana::gCoinc.tail.dsssd.ecal
32
TH1D:
("dsssd_tfront", "DSSSD time (front strips);TDC [arb.];Counts", 200, 0, 20000)
rootana::gCoinc.tail.dsssd.tfront
TH1D:
("dsssd_tfront", "DSSSD time (front strips);TDC [arb.];Counts", 200, 0, 20000)
rootana::gCoinc.tail.dsssd.tback
TH2D:
("dsssdEfront_mcpTAC", "DSSSD Efront vs. MCP TAC", 256, 0, 4096, 200, 0, 20)
rootana::gCoinc.tail.mcp.tac
rootana::gCoinc.tail.dsssd.efront
CUT:
Greater(rootana::gCoinc.tail.mcp.tac, 0) && Greater(rootana::gCoinc.tail.dsssd.efront, 0)
TH2D:
("dsssdEback_mcpTAC", "DSSSD Eback vs. MCP TAC", 256, 0, 4096, 200, 0, 20)
rootana::gCoinc.tail.mcp.tac
rootana::gCoinc.tail.dsssd.eback
CUT:
Greater(rootana::gCoinc.tail.mcp.tac, 0) && Greater(rootana::gCoinc.tail.dsssd.eback, 0)
## IC COINC ##
DIR:
histos/event/coinc/ic
SUMMARY:
("dsssdE", "IC channel vs. anode;Anode [ch];Channel", 256, 0, 4096)
rootana::gCoinc.tail.ic.anode
4
TH1D:
("icSum", "IC anode sum;Sum [arb];Counts", 200, 0, 20000)
rootana::gCoinc.tail.ic.sum
TH2D:
("ic0_1", "IC anode 0 vs. anode 1;Anode 0 [arb.];Anode 1 [arb.]", 256, 0, 4096, 256, 0, 4096)
rootana::gCoinc.tail.ic.anode[0]
rootana::gCoinc.tail.ic.anode[1]
CUT:
Greater(rootana::gCoinc.tail.ic.anode[0], 0) && Greater(rootana::gCoinc.tail.ic.anode[1], 0)
TH1D:
("ic_t0", "IC time (ch 0);TDC [arb.];Counts", 200, 0, 20000)
rootana::gCoinc.tail.ic.tcal[0]
TH2D:
("icSum_mcpTAC", "IC anode sum vs. MCP TAC", 256, 0, 4096, 200, 0, 20000)
rootana::gCoinc.tail.mcp.tac
rootana::gCoinc.tail.ic.sum
CUT:
Greater(rootana::gCoinc.tail.mcp.tac, 0) && Greater(rootana::gCoinc.tail.ic.sum, 0)
## MCP COINC ##
DIR:
histos/event/coinc/mcp
TH1D:
("mcpEsum", "Sum of MCP anodes;Esum [arb.];Counts", 250, 0, 50000)
rootana::gCoinc.tail.mcp.esum
CUT:
Greater(rootana::gCoinc.tail.mcp.esum, 0)
SUMMARY:
("mcpAnode", "MCP channel vs. anode signal;Anode [channel];Channel", 256, 0, 4096)
rootana::gCoinc.tail.mcp.anode
4
TH2D:
("mcpXY", "MCP x vs. y;xpos [arb.];ypos [arb.]", 60,-30,30,60,-30,30)
rootana::gCoinc.tail.mcp.x
rootana::gCoinc.tail.mcp.y
CUT:
IsValid(rootana::gCoinc.tail.mcp.x) && IsValid(rootana::gCoinc.tail.mcp.y)
TH1D:
("mcpTOF", "MCP TAC signal;TAC [channel];Counts", 256, 0, 4096)
rootana::gCoinc.tail.mcp.tac
CUT:
Greater(rootana::gCoinc.tail.mcp.tac, 0)
## SURFACE BARRIER COINC ##
DIR:
histos/event/coinc/sb
TH1D:
("sbE0", "Surface barrier energy, ch. 0;Energy [channel];Counts", 256, 0, 4096)
rootana::gCoinc.tail.sb.ecal[0]
CUT:
Greater(rootana::gCoinc.tail.sb.ecal[0], 0)
TH1D:
("sbE1", "Surface barrier energy, ch. 1;Energy [channel];Counts", 256, 0, 4096)
rootana::gCoinc.tail.sb.ecal[1]
CUT:
Greater(rootana::gCoinc.tail.sb.ecal[1], 0)
## NAI COINC ##
DIR:
histos/event/coinc/nai
TH1D:
("naiE0", "NaI energy, ch. 0;Energy [channel];Counts", 256, 0, 4096)
rootana::gCoinc.tail.nai.ecal[0]
CUT:
Greater(rootana::gCoinc.tail.nai.ecal[0], 0)
TH1D:
("naiE1", "NaI energy, ch. 1;Energy [channel];Counts", 256, 0, 4096)
rootana::gCoinc.tail.nai.ecal[1]
CUT:
Greater(rootana::gCoinc.tail.nai.ecal[1], 0)
## GE COINC ##
DIR:
histos/event/coinc/ge
TH1D:
("geE", "HPGe energy;Energy [channel];Counts", 256, 0, 4096)
rootana::gCoinc.tail.ge.ecal
CUT:
Greater(rootana::gCoinc.tail.ge.ecal, 0)
## Crossover TOF ##
# DIR:
# histos/event/xtof
# TH1D:
# ("xtof_head", "Crossover TOF (bgo->tail trig., measured by head TDC);ToF [arb.];Counts", 500, 0, 10000)
# rootana::gCoinc.head.tof.gamma_tail
# CUT:
# IsValid(rootana::gCoinc.head.tof.gamma_tail)
# TH1D:
# ("gamma_ic", "Crossover TOF (BGO->ic, measured by tail TDC);ToF [arb.];Counts", 500, 0, 10000)
# rootana::gCoinc.tail.tof.gamma_ic
# CUT:
# IsValid(rootana::gCoinc.tail.tof.gamma_ic)
# TH1D:
# ("gamma_dsssd", "Crossover TOF (BGO->dsssd, measured by tail TDC);ToF [arb.];Counts", 500, 0, 10000)
# rootana::gCoinc.tail.tof.gamma_dsssd
# CUT:
# IsValid(rootana::gCoinc.tail.tof.gamma_dsssd)
DIR:
histos/event/tstamp/diagnostics
TH1D:
("time_diff", "trig_time - earliest in queue [us]", 1000, 0, 20e6)
rootana::gDiagnostics.time_diff;
TH1D:
("coinc_rate", "Coincidence Rate;rate [/sec];Counts", 500, 0, 1000)
rootana::gDiagnostics.coinc_rate
## Head IO32
DIR:
histos/event/gamma/io32
TH1D:
("busy_time", "Head busy time;Busy time [ns/50];Counts", 1000, 0, 10000)
rootana::gHead.io32.busy_time
TH1D:
("trigger_channel", "Head trigger channel;Channel;Counts", 8, 0, 8)
rootana::gHead.io32.which_trigger
SCALER:
("trig_time", "tsc4 trigger time;Event; time [us]", 5000, 0, 5000)
rootana::gHead.io32.tsc4.trig_time;
## Tail IO32
DIR:
histos/event/hion/io32
TH1D:
("busy_time", "Tail busy time; Busy time [ns/50];Counts", 1000, 0, 10000)
rootana::gTail.io32.busy_time
TH1D:
("trigger_channel", "Tail trigger channel;Channel;Counts", 8, 0, 8)
rootana::gTail.io32.which_trigger
## Coinc IO32
DIR:
histos/event/coinc/gamma/io32
TH1D:
("trigger_channel", "Head trigger channel;Channel;Counts", 8, 0, 8)
rootana::gHead.io32.which_trigger
histos/event/coinc/hion/io32
TH1D:
("trigger_channel", "Tail trigger channel;Channel;Counts", 8, 0, 8)
rootana::gTail.io32.which_trigger
## EPICS
DIR:
histos/event/epics
TH1D:
("value", "EPICS Chan 0", 200, 0, 10)
rootana::gEpics.val
CUT:
Equal(rootana::gEpics.ch, 0)
## Head Scalers ##
DIR:
histos/scaler/head
# for i in count rate sum;
# do for j in {0..16}; do
# echo "SCALER:"
# echo " ((\"${i}_\" + gHeadScaler.channel_name(${j})).c_str(), (gHeadScaler.channel_name(${j})+ \" (${i})\").c_str(), 5000, 0, 5000)"
# echo " rootana::gHeadScaler.${i}[${j}]"
# echo ""
# done; done
SCALER:
(("count_" + gHeadScaler.channel_name(0)).c_str(), (gHeadScaler.channel_name(0)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[0]
SCALER:
(("count_" + gHeadScaler.channel_name(1)).c_str(), (gHeadScaler.channel_name(1)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[1]
SCALER:
(("count_" + gHeadScaler.channel_name(2)).c_str(), (gHeadScaler.channel_name(2)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[2]
SCALER:
(("count_" + gHeadScaler.channel_name(3)).c_str(), (gHeadScaler.channel_name(3)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[3]
SCALER:
(("count_" + gHeadScaler.channel_name(4)).c_str(), (gHeadScaler.channel_name(4)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[4]
SCALER:
(("count_" + gHeadScaler.channel_name(5)).c_str(), (gHeadScaler.channel_name(5)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[5]
SCALER:
(("count_" + gHeadScaler.channel_name(6)).c_str(), (gHeadScaler.channel_name(6)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[6]
SCALER:
(("count_" + gHeadScaler.channel_name(7)).c_str(), (gHeadScaler.channel_name(7)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[7]
SCALER:
(("count_" + gHeadScaler.channel_name(8)).c_str(), (gHeadScaler.channel_name(8)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[8]
SCALER:
(("count_" + gHeadScaler.channel_name(9)).c_str(), (gHeadScaler.channel_name(9)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[9]
SCALER:
(("count_" + gHeadScaler.channel_name(10)).c_str(), (gHeadScaler.channel_name(10)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[10]
SCALER:
(("count_" + gHeadScaler.channel_name(11)).c_str(), (gHeadScaler.channel_name(11)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[11]
SCALER:
(("count_" + gHeadScaler.channel_name(12)).c_str(), (gHeadScaler.channel_name(12)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[12]
SCALER:
(("count_" + gHeadScaler.channel_name(13)).c_str(), (gHeadScaler.channel_name(13)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[13]
SCALER:
(("count_" + gHeadScaler.channel_name(14)).c_str(), (gHeadScaler.channel_name(14)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[14]
SCALER:
(("count_" + gHeadScaler.channel_name(15)).c_str(), (gHeadScaler.channel_name(15)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[15]
SCALER:
(("count_" + gHeadScaler.channel_name(16)).c_str(), (gHeadScaler.channel_name(16)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.count[16]
SCALER:
(("rate_" + gHeadScaler.channel_name(0)).c_str(), (gHeadScaler.channel_name(0)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[0]
SCALER:
(("rate_" + gHeadScaler.channel_name(1)).c_str(), (gHeadScaler.channel_name(1)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[1]
SCALER:
(("rate_" + gHeadScaler.channel_name(2)).c_str(), (gHeadScaler.channel_name(2)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[2]
SCALER:
(("rate_" + gHeadScaler.channel_name(3)).c_str(), (gHeadScaler.channel_name(3)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[3]
SCALER:
(("rate_" + gHeadScaler.channel_name(4)).c_str(), (gHeadScaler.channel_name(4)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[4]
SCALER:
(("rate_" + gHeadScaler.channel_name(5)).c_str(), (gHeadScaler.channel_name(5)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[5]
SCALER:
(("rate_" + gHeadScaler.channel_name(6)).c_str(), (gHeadScaler.channel_name(6)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[6]
SCALER:
(("rate_" + gHeadScaler.channel_name(7)).c_str(), (gHeadScaler.channel_name(7)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[7]
SCALER:
(("rate_" + gHeadScaler.channel_name(8)).c_str(), (gHeadScaler.channel_name(8)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[8]
SCALER:
(("rate_" + gHeadScaler.channel_name(9)).c_str(), (gHeadScaler.channel_name(9)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[9]
SCALER:
(("rate_" + gHeadScaler.channel_name(10)).c_str(), (gHeadScaler.channel_name(10)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[10]
SCALER:
(("rate_" + gHeadScaler.channel_name(11)).c_str(), (gHeadScaler.channel_name(11)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[11]
SCALER:
(("rate_" + gHeadScaler.channel_name(12)).c_str(), (gHeadScaler.channel_name(12)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[12]
SCALER:
(("rate_" + gHeadScaler.channel_name(13)).c_str(), (gHeadScaler.channel_name(13)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[13]
SCALER:
(("rate_" + gHeadScaler.channel_name(14)).c_str(), (gHeadScaler.channel_name(14)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[14]
SCALER:
(("rate_" + gHeadScaler.channel_name(15)).c_str(), (gHeadScaler.channel_name(15)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[15]
SCALER:
(("rate_" + gHeadScaler.channel_name(16)).c_str(), (gHeadScaler.channel_name(16)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.rate[16]
SCALER:
(("sum_" + gHeadScaler.channel_name(0)).c_str(), (gHeadScaler.channel_name(0)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[0]
SCALER:
(("sum_" + gHeadScaler.channel_name(1)).c_str(), (gHeadScaler.channel_name(1)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[1]
SCALER:
(("sum_" + gHeadScaler.channel_name(2)).c_str(), (gHeadScaler.channel_name(2)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[2]
SCALER:
(("sum_" + gHeadScaler.channel_name(3)).c_str(), (gHeadScaler.channel_name(3)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[3]
SCALER:
(("sum_" + gHeadScaler.channel_name(4)).c_str(), (gHeadScaler.channel_name(4)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[4]
SCALER:
(("sum_" + gHeadScaler.channel_name(5)).c_str(), (gHeadScaler.channel_name(5)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[5]
SCALER:
(("sum_" + gHeadScaler.channel_name(6)).c_str(), (gHeadScaler.channel_name(6)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[6]
SCALER:
(("sum_" + gHeadScaler.channel_name(7)).c_str(), (gHeadScaler.channel_name(7)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[7]
SCALER:
(("sum_" + gHeadScaler.channel_name(8)).c_str(), (gHeadScaler.channel_name(8)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[8]
SCALER:
(("sum_" + gHeadScaler.channel_name(9)).c_str(), (gHeadScaler.channel_name(9)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[9]
SCALER:
(("sum_" + gHeadScaler.channel_name(10)).c_str(), (gHeadScaler.channel_name(10)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[10]
SCALER:
(("sum_" + gHeadScaler.channel_name(11)).c_str(), (gHeadScaler.channel_name(11)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[11]
SCALER:
(("sum_" + gHeadScaler.channel_name(12)).c_str(), (gHeadScaler.channel_name(12)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[12]
SCALER:
(("sum_" + gHeadScaler.channel_name(13)).c_str(), (gHeadScaler.channel_name(13)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[13]
SCALER:
(("sum_" + gHeadScaler.channel_name(14)).c_str(), (gHeadScaler.channel_name(14)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[14]
SCALER:
(("sum_" + gHeadScaler.channel_name(15)).c_str(), (gHeadScaler.channel_name(15)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[15]
SCALER:
(("sum_" + gHeadScaler.channel_name(16)).c_str(), (gHeadScaler.channel_name(16)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gHeadScaler.sum[16]
## Tail Scalers ##
DIR:
histos/scaler/tail
# for i in count rate sum;
# do for j in {0..16}; do
# echo "SCALER:"
# echo " ((\"${i}_\" + gTailScaler.channel_name(${j})).c_str(), (gTailScaler.channel_name(${j})+ \" (${i})\").c_str(), 5000, 0, 5000)"
# echo " rootana::gTailScaler.${i}[${j}]"
# echo ""
# done; done
SCALER:
(("count_" + gTailScaler.channel_name(0)).c_str(), (gTailScaler.channel_name(0)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[0]
SCALER:
(("count_" + gTailScaler.channel_name(1)).c_str(), (gTailScaler.channel_name(1)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[1]
SCALER:
(("count_" + gTailScaler.channel_name(2)).c_str(), (gTailScaler.channel_name(2)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[2]
SCALER:
(("count_" + gTailScaler.channel_name(3)).c_str(), (gTailScaler.channel_name(3)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[3]
SCALER:
(("count_" + gTailScaler.channel_name(4)).c_str(), (gTailScaler.channel_name(4)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[4]
SCALER:
(("count_" + gTailScaler.channel_name(5)).c_str(), (gTailScaler.channel_name(5)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[5]
SCALER:
(("count_" + gTailScaler.channel_name(6)).c_str(), (gTailScaler.channel_name(6)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[6]
SCALER:
(("count_" + gTailScaler.channel_name(7)).c_str(), (gTailScaler.channel_name(7)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[7]
SCALER:
(("count_" + gTailScaler.channel_name(8)).c_str(), (gTailScaler.channel_name(8)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[8]
SCALER:
(("count_" + gTailScaler.channel_name(9)).c_str(), (gTailScaler.channel_name(9)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[9]
SCALER:
(("count_" + gTailScaler.channel_name(10)).c_str(), (gTailScaler.channel_name(10)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[10]
SCALER:
(("count_" + gTailScaler.channel_name(11)).c_str(), (gTailScaler.channel_name(11)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[11]
SCALER:
(("count_" + gTailScaler.channel_name(12)).c_str(), (gTailScaler.channel_name(12)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[12]
SCALER:
(("count_" + gTailScaler.channel_name(13)).c_str(), (gTailScaler.channel_name(13)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[13]
SCALER:
(("count_" + gTailScaler.channel_name(14)).c_str(), (gTailScaler.channel_name(14)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[14]
SCALER:
(("count_" + gTailScaler.channel_name(15)).c_str(), (gTailScaler.channel_name(15)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[15]
SCALER:
(("count_" + gTailScaler.channel_name(16)).c_str(), (gTailScaler.channel_name(16)+ " (count)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.count[16]
SCALER:
(("rate_" + gTailScaler.channel_name(0)).c_str(), (gTailScaler.channel_name(0)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[0]
SCALER:
(("rate_" + gTailScaler.channel_name(1)).c_str(), (gTailScaler.channel_name(1)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[1]
SCALER:
(("rate_" + gTailScaler.channel_name(2)).c_str(), (gTailScaler.channel_name(2)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[2]
SCALER:
(("rate_" + gTailScaler.channel_name(3)).c_str(), (gTailScaler.channel_name(3)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[3]
SCALER:
(("rate_" + gTailScaler.channel_name(4)).c_str(), (gTailScaler.channel_name(4)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[4]
SCALER:
(("rate_" + gTailScaler.channel_name(5)).c_str(), (gTailScaler.channel_name(5)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[5]
SCALER:
(("rate_" + gTailScaler.channel_name(6)).c_str(), (gTailScaler.channel_name(6)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[6]
SCALER:
(("rate_" + gTailScaler.channel_name(7)).c_str(), (gTailScaler.channel_name(7)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[7]
SCALER:
(("rate_" + gTailScaler.channel_name(8)).c_str(), (gTailScaler.channel_name(8)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[8]
SCALER:
(("rate_" + gTailScaler.channel_name(9)).c_str(), (gTailScaler.channel_name(9)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[9]
SCALER:
(("rate_" + gTailScaler.channel_name(10)).c_str(), (gTailScaler.channel_name(10)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[10]
SCALER:
(("rate_" + gTailScaler.channel_name(11)).c_str(), (gTailScaler.channel_name(11)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[11]
SCALER:
(("rate_" + gTailScaler.channel_name(12)).c_str(), (gTailScaler.channel_name(12)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[12]
SCALER:
(("rate_" + gTailScaler.channel_name(13)).c_str(), (gTailScaler.channel_name(13)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[13]
SCALER:
(("rate_" + gTailScaler.channel_name(14)).c_str(), (gTailScaler.channel_name(14)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[14]
SCALER:
(("rate_" + gTailScaler.channel_name(15)).c_str(), (gTailScaler.channel_name(15)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[15]
SCALER:
(("rate_" + gTailScaler.channel_name(16)).c_str(), (gTailScaler.channel_name(16)+ " (rate)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.rate[16]
SCALER:
(("sum_" + gTailScaler.channel_name(0)).c_str(), (gTailScaler.channel_name(0)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[0]
SCALER:
(("sum_" + gTailScaler.channel_name(1)).c_str(), (gTailScaler.channel_name(1)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[1]
SCALER:
(("sum_" + gTailScaler.channel_name(2)).c_str(), (gTailScaler.channel_name(2)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[2]
SCALER:
(("sum_" + gTailScaler.channel_name(3)).c_str(), (gTailScaler.channel_name(3)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[3]
SCALER:
(("sum_" + gTailScaler.channel_name(4)).c_str(), (gTailScaler.channel_name(4)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[4]
SCALER:
(("sum_" + gTailScaler.channel_name(5)).c_str(), (gTailScaler.channel_name(5)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[5]
SCALER:
(("sum_" + gTailScaler.channel_name(6)).c_str(), (gTailScaler.channel_name(6)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[6]
SCALER:
(("sum_" + gTailScaler.channel_name(7)).c_str(), (gTailScaler.channel_name(7)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[7]
SCALER:
(("sum_" + gTailScaler.channel_name(8)).c_str(), (gTailScaler.channel_name(8)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[8]
SCALER:
(("sum_" + gTailScaler.channel_name(9)).c_str(), (gTailScaler.channel_name(9)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[9]
SCALER:
(("sum_" + gTailScaler.channel_name(10)).c_str(), (gTailScaler.channel_name(10)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[10]
SCALER:
(("sum_" + gTailScaler.channel_name(11)).c_str(), (gTailScaler.channel_name(11)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[11]
SCALER:
(("sum_" + gTailScaler.channel_name(12)).c_str(), (gTailScaler.channel_name(12)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[12]
SCALER:
(("sum_" + gTailScaler.channel_name(13)).c_str(), (gTailScaler.channel_name(13)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[13]
SCALER:
(("sum_" + gTailScaler.channel_name(14)).c_str(), (gTailScaler.channel_name(14)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[14]
SCALER:
(("sum_" + gTailScaler.channel_name(15)).c_str(), (gTailScaler.channel_name(15)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[15]
SCALER:
(("sum_" + gTailScaler.channel_name(16)).c_str(), (gTailScaler.channel_name(16)+ " (sum)").c_str(), 5000, 0, 5000)
rootana::gTailScaler.sum[16]