Background investigations

The EToF PID plots show an unexpected high Background:

which is not sufficiently described by a high order polynomial: 

Reflections

Signal-Reflections, likely from the edge of the Read-out-strips, can be "absorbed" by the original Signal, resulting in an artificially prolonged Time-over-Threshold value for the corresponding Digi. This might have an impact on the ToT & Walk-Calibration and Position and Timing of reconstructed Hits.

Sketch of the Signal/Reflection pathways on a single strip

ToT - Correlation: left vs. right Side of Strip (USTC Counter)

ToT vs. Y-Position  (USTC Counter)

  

delta Y (Intersections - Hits): Data vs. Simulation

Data (Red) : System Resolution < 80 ps

Simulation (Blue) : Counter Resolution 50ps, Electronics Resolution 25ps, no Noise

Simulation (Blue) : Counter Resolution 60ps, Electronics Resolution 60ps, no Noise

Simulation (Blue) : Counter Resolution 60ps, Electronics Resolution 60ps, 1 to 5 Noise Hits per Counter & Event

local Y-Position shift

Local Y of Hits reconstructed from Data shifted towards the center of the counter (Y=0)

No shift observed in Simulation:

 
 -> might be related to Calibration ?

calib param

parameters used in the eTOF CalibMaker

variables:

float                   get4TotBinWidthNs       // conversion factor of Get4 ToT from bin width to nanoseconds
octet                  minDigisInSlewBin       // minimum number of digis in each bin for the slewing corrections
unsigned short  referencePulserIndex   // index of the pulser channel used as reference

frequency:

once per dataset

index name:

*table is not indexed

size:

8 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofCalibParam.idl:

/* etofCalibParam.idl

*

* table: etofCalibParam

*

* description: calibration parameters used in the

*              etof calibmaker

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofCalibParam{

float   get4TotBinWidthNs;  /* tot bin width to ns conversion */
octet  minDigisInSlewBin;  /* min number of digis per slewing bin */
unsigned short  referencePulserIndex;  /* index of the pulser channel used as reference */

};

/* end etofCalibParam.idl */

 

detector resolution

detector resolution (local X, localY, time) of the eTOF counters

variables:

float   detectorResX[ 108 ]     // resolution in localX (cm) in each RPC counter (12 sectors * 3 modules * 3 counters)
float   detectorResY[ 108 ]     // resolution in localY (cm) in each RPC counter
float   detectorResT[ 108 ]     // resolution in time (ns) in each RPC counter
                                           // ( sector - 13 ) * 9  +  ( zPlane - 1 ) * 3  +  ( counter - 1 )

frequency:

once per dataset

index name:

*table is not indexed

size:

1296 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofDetResolution.idl:

/* etofDetResolution.idl

*

* table: etofDetResolution

*

* description: detector resolution (localX, localY, time)

*              of each etof counter

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofDetResolution{

float  detectorResX[108];  /* detector resolution in local X (cm)  */
float  detectorResY[108];  /* detector resolution in local Y (cm)  */
float  detectorResT[108];  /* detector resolution in time (ns)     */

};

/* end etofDetResolution.idl */

digi time correction

calibration parameter applied to the time of the eTOF digis in each channel

variables:

float   timeCorr[ 6912 ]     // correction parameter to be applied to the digi time in each channel of eTOF
                                      // combines hit position offsets and offsets related to electronics, cables, etc.
                                      // ( sector - 13 ) * 576  +  ( zPlane - 1 ) * 192  + ( counter - 1 ) * 64 + ( strip - 1 ) * 2 + ( side - 1 )

frequency:

in general once per dataset

index name:

*table is not indexed

size:

27648 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofDigiTotCorr.idl:

/* etofDigiTimeCorr.idl

*

* table: etofDigiTimeCorr

*

* description: correction parameter to be applied to each channel

*              on the digi level

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofDigiTimeCorr{

float  timeCorr[6912];  /* time offset correction for etof digis */

};

/* end etofDigiTimeCorr.idl */

digi tot correction

calibration parameter applied to the ToT of the eTOF digis in each channel

variables:

float   totCorr[ 6912 ]     // correction factor to be applied to the digi TOT in each channel of eTOF
                                   // ( sector - 13 ) * 576  +  ( zPlane - 1 ) * 192  + ( counter - 1 ) * 64 + ( strip - 1 ) * 2 + ( side - 1 )

frequency:

in general once per dataset

index name:

*table is not indexed

size:

27648 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofDigiTotCorr.idl:

/* etofDigiTotCorr.idl

*

* table: etofDigiTotCorr

*

* description: correction factor to be applied to each channel

*              on the digi level

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofDigiTotCorr{

float  totCorr[6912];  /* tot correction factor for etof digis */

};

/* end etofDigiTotCorr.idl */

electronics map

map electronic addresses ( AFCK address, chip id, channel id in each Get4 chip ) to geometry: sector, z-plane, counter, strip, side

variables:
octet                  nAfcks                          // number AFCK boards
unsigned short    nChannels                     // number of channels per AFCK board

unsigned short    afckAddress[12]            // MAC address of AFCK board
octet                  sector[12]                     // eTOF sector linked to the AFCK

unsigned short    channelNumber[ 576 ]    // channel number ( up to 9 RPCs with 64 channels each are connected to one AFCK ) = chipId * 10 + channelId
unsigned short    geometryId[ 576 ]          // eTOF plane, counter, strip and side corresponding to each channel
                                                            // geometry id = zPlane * 10000 + counter * 1000 + strip * 10 + side

frequency:

after initial upload, this table will only be updated when electronic boards need to be exchanged
or some error in the cable connections are found ( potentially once per RHIC run or less )

index name:

*table is not indexed

size:

the size per entry is 2344 bytes

write access:

fseck          --    Florian Seck          ( TU Darmstadt )
weidenkaff  --    Philipp Weidenkaff  ( Heidelberg University )

etofElectronicsMap.idl:

/* etofElectronicsMap.idl

*

* table: etofElectronicsMap

*

* description: parameters for convertion of electronic addresses to

*              etof geometry identifiers

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofElectronicsMap{
octet           nAfcks;              /* number of AFCK boards in the system */
unsigned short  nChannels;           /* number of channels connected to the AFCKs */

unsigned short  afckAddress[12];     /* MAC address of AFCK board */
octet           sector[12];          /* eTOF sector linked to the AFCK */

unsigned short  channelNumber[576];  /* channel number */
unsigned short  geometryId[576];     /* geometry id->plane,counter,strip,side */
};

/* end etofElectronicsMap.idl */

etof get4state

 state of Get4s regarding to clock-jumps

variables:

 unsigned long etofGet4State[1000000];    // state of get4s, changes & corresponding event id's 

frequency:

each entry covers a run

index name:

*table is not indexed

size:

 about 4MB per run

write access:

ysoehngen  --  Yannick Söhngen   ( Heidelberg University )

etofGet4State.idl:

/* etofGet4State.idl

*

* table: etofGet4State

*

* description:Get4States and state changes dealing with "Clock-Jumps"

*             0 - good,  1 - too early by 6.25ns ,2 too late by 6.25 ns,3 - bad

*

* author: Yannick Söhngen ( PI Heidelberg )

*

*/

 

struct etofGet4State {

  unsigned long etofGet4State[1000000]; /* state of get4s, changes & event id */

};

 

geometry alignment

geometry alignment parameters (local X, localY, localZ, rotation angles ) of the eTOF counters

variables:

float   offsetX[ 36 ]        // offset in localX (cm) for each eTOF module (12 sectors * 3 modules)
float   offsetY[ 36 ]        // offset in localY (cm) for each eTOF module
float   offsetZ[ 36 ]        // offset in local Z (cm) for each eTOF module
float   angleXY[ 36 ]      // rotation angle in local XY plane for each eTOF module
float   angleXZ[ 36 ]      // rotation angle in local XY plane for each eTOF module
float   angleYZ[ 36 ]      // rotation angle in local XY plane for each eTOF module
                                   // ( sector - 13 ) * 9  +  ( zPlane - 1 )

frequency:

once per dataset

index name:

*table is not indexed

size:

864 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofGeomAlign.idl:

/* etofGeomAlign.idl

*

* table: etofGeomAlign

*

* description: geometry alignment parameters ( offset in localX, localY, localZ,

*              rotations in XY, XZ, YZ planes) of each etof module

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofGeomAlign{

float  offsetX[36];  /* offset in local X (cm) */
float  offsetY[36];  /* offset in local Y (cm) */
float  offsetZ[36];  /* offset in local Z (cm) */
float  angleXY[36];  /* rotation in local XY plane */
float  angleXZ[36];  /* rotation in local XZ plane */
float  angleYZ[36];  /* rotation in local YZ plane */

};

/* end etofGeomAlign.idl */

geometry alignment on counter level

geometry alignment parameters (local X, localY, localZ ) of the eTOF counters for individual counters

variables:

   float  detectorAlignX[108];  // detector alignment in local X (cm)   (12 sectors * 3 modules * 3 counters)
   float  detectorAlignY[108];  // detector alignment in local Y (cm) 
   float  detectorAlignZ[108];  // detector alignment in local Z (cm)                  

frequency:

once per dataset

index name:

*table is not indexed

size:

 1296 bytes per entry

write access:

ysoehngen --  Yannick Soehngen   ( Heidelberg University )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofAlign.idl:

/* etofAlign.idl
*
* table: etofAlign
*
* description: detector alignment parameters (local X,local Y,local Z)

*                    of each etof counter

*
* author: Yannick Söhngen (Universität Heidelberg)
*
*/

struct etofAlign {
    float  detectorAlignX[108];  /* detector alignment in local X (cm)  */
    float  detectorAlignY[108];  /* detector alignment in local Y (cm)  */
    float  detectorAlignZ[108];  /* detector alignment in local Z (cm)  */
};
/* end etofAlign.idl */

hit modification on counter level

Flag for modification of hits on counter level (flip local x & y)

variables:

   octet  detectorModFlag[108];  // flag for hit modification on counter level (1: flip local x & y, 2: flip local x, 3: flip local y, 4&5 : rotate by +- 90°)
             

frequency:

once per hardware replacement (about once per year)

index name:

*table is not indexed

size:

  108 bytes per entry

write access:

ysoehngen --  Yannick Soehngen   ( Heidelberg University )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofModCounter.idl:

/* etofModCounter.idl
*
* table: etofModCounter
*
* description: flag to modify Hits on Counter

*                    0: no modification, 1: flip local X & Y position            
*                    2: flip local X, 3: flip local Y, 4&5: rotate by +-90°

*
* author: Yannick Söhngen (Universität Heidelberg)
*
*/

struct etofModCounter {
    octet detectorModFlag[108];  /* flag for hit-modifications on counter level  */
};
/* end etofModCounter.idl */

hit param

parameters used in the eTOF HitMaker

variables:

float  maxLocalY               // maximum absolute local Y matching of digis of different sids of a strip
float  clusterMergeRadius  // maximum distance for hits on adjacent strips to be clustered together

frequency:

once per dataset

index name:

*table is not indexed

size:

8 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofHitParam.idl:

/* etofHitParam.idl

*

* table: etofHitParam

*

* description: parameters used in the etof hitmaker for clustering

*

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofHitParam{

float  maxLocalY;           /* maximum absolute local Y for matching of digis */
float  clusterMergeRadius;  /* maximum distance for clustering of hits */

};

/* end etofHitParam.idl */

match param

parameters used in the eTOF MatchMaker

variables:

float   matchRadius              // maximum distance between eTOF hit and track intersection
octet  trackCutNHitsFit         // cut for tracks to be used in the matching: nHitsFit in TPC
float   trackCutNHitsRatio     // cut for tracks to be used in the matching: nHitsFit to nHitsPoss ratio in TPC
float   trackCutLowPt            // cut for tracks to be used in the matching: low pt

frequency:

once per dataset

index name:

*table is not indexed

size:

16 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofMatchParam.idl:
/* etofMatchParam.idl

*

* table: etofMatchParam

*

* description: parameters used in the etof matchmaker

*

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofMatchParam{

float  matchRadius;         /* maximum distance etof hit to track intersection */
octet  trackCutNHitsFit;    /* track cut nHitsFit in TPC */
float  trackCutNHitsRatio;  /* track cut nHitsFit to nHitsPoss ratio in TPC */
float  trackCutLowPt;       /* track cut low pt */

};

/* end etofMatchParam.idl */

pulser time difference in Gbtx

time difference of pulser digis within the same Gbtx (e.g. due to cables) compared to counter 1

variables:

float   pulserTimeDiffGbtx[ 144 ]     // time difference of one pulser to the pulser in counter 1 on the same Gbtx
                                                       // ( sector - 13 ) * 12  +  ( zPlane - 1 ) * 4  + ( side - 1 ) * 2 +  x
                                                       //  x = 0: counter 1 - counter 2,   x= 1: counter 1 - counter 3

frequency:

in general once per dataset

index name:

*table is not indexed

size:

576 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofPulserTimeDiffGbtx.idl:

/* etofPulserTimeDiffGbtx.idl

*

* table: etofPulserTimeDiffGbtx

*

* description: time difference of pulsers within one Gbtx

*                    (used to correct for missing pulsers)

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofPulserTimeDiffGbtx{

float  pulserTimeDiffGbtx[144];  /* time difference between counters within one Gbtx */

};

/* end etofPulserTimeDiffGbtx.idl */

pulser tot peak

parameters for ToT used to find the pulsers in the events

variables:

octet  pulserTot[ 216 ]    // ToT peak position (bin between 0 and 255) of pulsers for each side of the RPC counters

frequency:

once (or up to a few times) per year if RHIC running

index name:

*table is not indexed

size:

the size per entry is 216 bytes

write access:

fseck          --    Florian Seck          ( TU Darmstadt )
weidenkaff  --    Philipp Weidenkaff  ( Heidelberg University )

etofPulderTotPeak.idl:
/* etofPulserTotPeak.idl

*

* table: etofPulserTotPeak

*

* description: parameters for ToT used to find the pulsers in the events

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofPulserTotPeak{
octet pulserTot[216]; /*ToT peak position (bin: 0-255) of pulsers per side*/
};

/* end etofPulserTotPeak.idl */

reset time offset

parameter for common T0 offset correction to sync the eTOF with the bTOF clock ( could be on run-by-run basis )

variables:

float    resetTimeOffset    // common T0 offset correction (bTOF clock reset)

frequency:

can change in each run (~4000 runs in 2018: FXT 3.0 GeV, isobars and first half of 27 GeV datasets), should be more constant in the future (--> entries will be much less frequent)

index name:

*table is not indexed

size:

the size per entry is 4 bytes -->  ~8 000 bytes per year maximum

write access:

fseck          --    Florian Seck          ( TU Darmstadt )
weidenkaff  --    Philipp Weidenkaff  ( Heidelberg University )

etofResetTimeCorr.idl:

/* etofResetTimeCorr.idl

*

* table: etofResetTimeCorr

*

* description: parameter for a common T0 offset correction to sync

*              the whole eTOF with the bTOF clock

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofResetTimeCorr{

float  resetTimeOffset;   /* common t0 offset correction to sync eTOF with bTOF clock */

};

/* end etofResetTimeCorr.idl */

signal velocity

velocity of electronic signals travelling across the RPC strips

variables:

float   signalVelocity[ 108 ]     // signal velocity in each RPC counter (12 sectors * 3 modules * 3 counters)
                                           // ( sector - 13 ) * 9  +  ( zPlane - 1 ) * 3  +  ( counter - 1 )

frequency:

once per RHIC run

index name:

*table is not indexed

size:

432 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofSignalVelocity.idl:

/* etofSignalVelocity.idl

*

* table: etofSignalVelocity

*

* description: calibration parameters of signal velocity

*              of etof counters

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofSignalVelocity{

float  signalVelocity[108];  /* signal velocity of each counter  */

};
/* end etofSignalVelocity.idl */

sim efficiency

efficiency of hit creation in eTOF counters used for simulation

variables:

float   efficiency[ 108 ]      // hit creation efficiency in each RPC counter (12 sectors * 3 modules * 3 counters)
                                      // ( sector - 13 ) * 9  +  ( zPlane - 1 ) * 3  +  ( counter - 1 )

frequency:

once per RHIC run or less

index name:

*table is not indexed

size:

432 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofSimEfficiency.idl:

/* etofSimEfficiency.idl

*

* table: etofSimEfficiency

*

* description: efficiency for hit creation in etof counters

*

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofSimEfficiency{

float  efficiency[108];  /* hit creation efficiency in each counter */

};

/* end etofSimEfficiency.idl */

slewing correction

parameters for the slewing corrections applied to the eTOF digis in each channel and ToT bin

variables:

unsigned short   channelId[207360]           // ( sector - 13 ) * 576  +  ( zPlane - 1 ) * 192  + ( counter - 1 ) * 64 + ( strip - 1 ) * 2 + ( side - 1 )  --> 6912 channels
unsigned short   upperTotEdge[ 207360 ]   // upper edge of tot interval ( * 100 ) for corr --> 30 bins per channel
short                 corr[ 270360 ]                 // correction parameter ( * 100 ) to be applied to the digi time

frequency:

in general once per dataset

index name:

*table is not indexed

size:

the size per entry is 1244160 bytes

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofDigiTotCorr.idl:

/* etofDigiSlewCorr.idl

*

* table: etofSlewTimeCorr

*

* description: correction parameter to be applied to each channel (6912)

*              and tot bin (30) on the digi level --> 207360 values

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofDigiSlewCorr{

unsigned short channelId[207360];    /* channel id */
unsigned short upperTotEdge[207360]; /* edge of tot intervals for corr */

short          corr[207360]; /* correction parameter to be applied to the digi time */

};

/* end etofDigiSlewCorr.idl */
 

status map

status map of eTOF channels

variables:

octet   status[ 6912 ]     // status of each channel ( 0 - off / not existing,  1 - on )
                                   // ( sector - 13 ) * 576  +  ( zPlane - 1 ) * 192  + ( counter - 1 ) * 64 + ( strip - 1 ) * 2 + ( side - 1 )

frequency:

whenever some part of the detector is taken out for an extended period in time, in generally however only once per RHIC run

index name:

*table is not indexed

size:

6912 bytes per entry

write access:

fseck          --  Florian Seck           ( TU Darmstadt )
weidenkaff  --  Philipp Weidenkaff   ( Heidelberg University )

etofStatusMap.idl:

/* etofStatusMap.idl

*

* table: etofStatusMap

*

* description: status map of all etof channels

*              0 - off / not existing,  1 - on

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofStatusMap{

octet  status[6912];  /* status of each eTOF channel */

};

/* end etofStatusMap.idl */

timing window

parameters for the timing window of eTOF digis on each AFCK board

variables:

unsigned short    afckAddress[12]   // MAC address of AFCK board

float                   timingMin[12]       // lower edge of the timing window
float                   timingMax[12]      // upper edge of the timing window
float                   timingPeak[12]     // peak position in the timing window
float                   pulserMin[12]       // lower edge of the 'pulser-after-token' window
float                   pulserMax[12]      // upper edge of the 'pulser-after-token' window
float                   pulserPeak[12]     // peak position in the 'pulser-after-token' window

frequency:

once per dataset

index name:

*table is not indexed

size:

312 bytes per entry

write access:

fseck          --    Florian Seck          ( TU Darmstadt )
weidenkaff  --    Philipp Weidenkaff  ( Heidelberg University )

etofTimingWindow.idl:

/* etofTimingWindow.idl

*

* table: etofTimingWindow

*

* description: parameters for selection of digis inside the

*              timing window and pulser digis for clock synchonization

*

* author: Florian Seck ( TU Darmstadt )

*

*/

struct etofTimingWindow{
unsigned short  afckAddress[12];   /* MAC address of AFCK board */

float  timingMin[12];  /* lower edge of the timing window */
float  timingMax[12];  /* upper edge of the timing window */
float  timingPeak[12]; /* peak position in the timing window */
float  pulserMin[12];  /* lower edge of the pulser-after-token window */
float  pulserMax[12];  /* upper edge of the pulser-after-token window */
float  pulserPeak[12]; /* peak position in the pulser-after-token window */
};

/* end etofTimingWindow.idl */
 

eTOF noise rates in Run18

 - noise rate calculations for several pedAsPhys_tcd_only runs taken between March 24^th (day 083) and June 21^st (day 172)  [scroll down to get to the newest rates]
 
- hit maps for each counter are attached below

 *** hit rate calculation in run 19083046 ***
nEvents: 3999774   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:    5064  --> hit rate:   316.5 Hz   -->  0.37 Hz/cm^2
nDigis in module 1  counter 2:    9625  --> hit rate:   601.6 Hz   -->  0.70 Hz/cm^2
nDigis in module 1  counter 3:    2904  --> hit rate:   181.5 Hz   -->  0.21 Hz/cm^2
nDigis in module 2  counter 1:    9650  --> hit rate:   603.2 Hz   -->  0.70 Hz/cm^2
nDigis in module 2  counter 2:    5579  --> hit rate:   348.7 Hz   -->  0.40 Hz/cm^2
nDigis in module 2  counter 3:    2876  --> hit rate:   179.8 Hz   -->  0.21 Hz/cm^2
nDigis in module 3  counter 1:    2548  --> hit rate:   159.3 Hz   -->  0.18 Hz/cm^2
nDigis in module 3  counter 2:    4147  --> hit rate:   259.2 Hz   -->  0.30 Hz/cm^2
nDigis in module 3  counter 3:    1742  --> hit rate:   108.9 Hz   -->  0.13 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 332
maximum # of digis per channel on module 1, counter 2: 416
maximum # of digis per channel on module 1, counter 3: 228
maximum # of digis per channel on module 2, counter 1: 810
maximum # of digis per channel on module 2, counter 2: 1281
maximum # of digis per channel on module 2, counter 3: 397
maximum # of digis per channel on module 3, counter 1: 138
maximum # of digis per channel on module 3, counter 2: 622
maximum # of digis per channel on module 3, counter 3: 192
 *** -------------------- ***

 *** hit rate calculation in run 19091032 ***
nEvents: 3999773   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:    9299  --> hit rate:   581.2 Hz   -->  0.67 Hz/cm^2
nDigis in module 1  counter 2:   10075  --> hit rate:   629.7 Hz   -->  0.73 Hz/cm^2
nDigis in module 1  counter 3:    3278  --> hit rate:   204.9 Hz   -->  0.24 Hz/cm^2
nDigis in module 2  counter 1:   13865  --> hit rate:   866.6 Hz   -->  1.00 Hz/cm^2
nDigis in module 2  counter 2:    6088  --> hit rate:   380.5 Hz   -->  0.44 Hz/cm^2
nDigis in module 2  counter 3:    3194  --> hit rate:   199.6 Hz   -->  0.23 Hz/cm^2
nDigis in module 3  counter 1:    2694  --> hit rate:   168.4 Hz   -->  0.19 Hz/cm^2
nDigis in module 3  counter 2:    4876  --> hit rate:   304.8 Hz   -->  0.35 Hz/cm^2
nDigis in module 3  counter 3:    2177  --> hit rate:   136.1 Hz   -->  0.16 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 367
maximum # of digis per channel on module 1, counter 2: 365
maximum # of digis per channel on module 1, counter 3: 246
maximum # of digis per channel on module 2, counter 1: 999
maximum # of digis per channel on module 2, counter 2: 1529
maximum # of digis per channel on module 2, counter 3: 320
maximum # of digis per channel on module 3, counter 1: 269
maximum # of digis per channel on module 3, counter 2: 983
maximum # of digis per channel on module 3, counter 3: 238
 *** -------------------- ***

 *** hit rate calculation in run 19093021 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:   15491  --> hit rate:   968.2 Hz   -->  1.12 Hz/cm^2
nDigis in module 1  counter 2:   10526  --> hit rate:   657.9 Hz   -->  0.76 Hz/cm^2
nDigis in module 1  counter 3:    3292  --> hit rate:   205.8 Hz   -->  0.24 Hz/cm^2
nDigis in module 2  counter 1:   11631  --> hit rate:   726.9 Hz   -->  0.84 Hz/cm^2
nDigis in module 2  counter 2:    6916  --> hit rate:   432.2 Hz   -->  0.50 Hz/cm^2
nDigis in module 2  counter 3:    3174  --> hit rate:   198.4 Hz   -->  0.23 Hz/cm^2
nDigis in module 3  counter 1:    1948  --> hit rate:   121.8 Hz   -->  0.14 Hz/cm^2
nDigis in module 3  counter 2:    3219  --> hit rate:   201.2 Hz   -->  0.23 Hz/cm^2
nDigis in module 3  counter 3:    1597  --> hit rate:    99.8 Hz   -->  0.12 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 502
maximum # of digis per channel on module 1, counter 2: 361
maximum # of digis per channel on module 1, counter 3: 272
maximum # of digis per channel on module 2, counter 1: 1001
maximum # of digis per channel on module 2, counter 2: 1306
maximum # of digis per channel on module 2, counter 3: 260
maximum # of digis per channel on module 3, counter 1: 175
maximum # of digis per channel on module 3, counter 2: 700
maximum # of digis per channel on module 3, counter 3: 191
 *** -------------------- ***

 *** hit rate calculation in run 19095012 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:   39034  --> hit rate:  2439.6 Hz   -->  2.82 Hz/cm^2
nDigis in module 1  counter 2:   10894  --> hit rate:   680.9 Hz   -->  0.79 Hz/cm^2
nDigis in module 1  counter 3:    4076  --> hit rate:   254.8 Hz   -->  0.29 Hz/cm^2
nDigis in module 2  counter 1:   13837  --> hit rate:   864.8 Hz   -->  1.00 Hz/cm^2
nDigis in module 2  counter 2:    7281  --> hit rate:   455.1 Hz   -->  0.53 Hz/cm^2
nDigis in module 2  counter 3:    3196  --> hit rate:   199.8 Hz   -->  0.23 Hz/cm^2
nDigis in module 3  counter 1:    2491  --> hit rate:   155.7 Hz   -->  0.18 Hz/cm^2
nDigis in module 3  counter 2:    5172  --> hit rate:   323.2 Hz   -->  0.37 Hz/cm^2
nDigis in module 3  counter 3:    2868  --> hit rate:   179.2 Hz   -->  0.21 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 1284
maximum # of digis per channel on module 1, counter 2: 396
maximum # of digis per channel on module 1, counter 3: 269
maximum # of digis per channel on module 2, counter 1: 1032
maximum # of digis per channel on module 2, counter 2: 1347
maximum # of digis per channel on module 2, counter 3: 365
maximum # of digis per channel on module 3, counter 1: 209
maximum # of digis per channel on module 3, counter 2: 1047
maximum # of digis per channel on module 3, counter 3: 276
 *** -------------------- ***

 *** hit rate calculation in run 19098029 ***
nEvents: 3999774   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:   83290  --> hit rate:  5205.9 Hz   -->  6.03 Hz/cm^2
nDigis in module 1  counter 2:   12568  --> hit rate:   785.5 Hz   -->  0.91 Hz/cm^2
nDigis in module 1  counter 3:    4131  --> hit rate:   258.2 Hz   -->  0.30 Hz/cm^2
nDigis in module 2  counter 1:   18665  --> hit rate:  1166.6 Hz   -->  1.35 Hz/cm^2
nDigis in module 2  counter 2:    9105  --> hit rate:   569.1 Hz   -->  0.66 Hz/cm^2
nDigis in module 2  counter 3:    4673  --> hit rate:   292.1 Hz   -->  0.34 Hz/cm^2
nDigis in module 3  counter 1:    3334  --> hit rate:   208.4 Hz   -->  0.24 Hz/cm^2
nDigis in module 3  counter 2:    8267  --> hit rate:   516.7 Hz   -->  0.60 Hz/cm^2
nDigis in module 3  counter 3:    3983  --> hit rate:   249.0 Hz   -->  0.29 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 2592
maximum # of digis per channel on module 1, counter 2: 532
maximum # of digis per channel on module 1, counter 3: 281
maximum # of digis per channel on module 2, counter 1: 1485
maximum # of digis per channel on module 2, counter 2: 1543
maximum # of digis per channel on module 2, counter 3: 377
maximum # of digis per channel on module 3, counter 1: 383
maximum # of digis per channel on module 3, counter 2: 1908
maximum # of digis per channel on module 3, counter 3: 342
 *** -------------------- ***

 *** hit rate calculation in run 19100029 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  120556  --> hit rate:  7534.8 Hz   -->  8.72 Hz/cm^2
nDigis in module 1  counter 2:   12522  --> hit rate:   782.6 Hz   -->  0.91 Hz/cm^2
nDigis in module 1  counter 3:    3733  --> hit rate:   233.3 Hz   -->  0.27 Hz/cm^2
nDigis in module 2  counter 1:   10079  --> hit rate:   629.9 Hz   -->  0.73 Hz/cm^2
nDigis in module 2  counter 2:    6254  --> hit rate:   390.9 Hz   -->  0.45 Hz/cm^2
nDigis in module 2  counter 3:    3587  --> hit rate:   224.2 Hz   -->  0.26 Hz/cm^2
nDigis in module 3  counter 1:    1743  --> hit rate:   108.9 Hz   -->  0.13 Hz/cm^2
nDigis in module 3  counter 2:    4384  --> hit rate:   274.0 Hz   -->  0.32 Hz/cm^2
nDigis in module 3  counter 3:    1742  --> hit rate:   108.9 Hz   -->  0.13 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 3499
maximum # of digis per channel on module 1, counter 2: 466
maximum # of digis per channel on module 1, counter 3: 264
maximum # of digis per channel on module 2, counter 1: 939
maximum # of digis per channel on module 2, counter 2: 1142
maximum # of digis per channel on module 2, counter 3: 245
maximum # of digis per channel on module 3, counter 1: 226
maximum # of digis per channel on module 3, counter 2: 1157
maximum # of digis per channel on module 3, counter 3: 204
 *** -------------------- ***

 *** hit rate calculation in run 19104039 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  189036  --> hit rate: 11814.8 Hz   --> 13.67 Hz/cm^2
nDigis in module 1  counter 2:   12274  --> hit rate:   767.1 Hz   -->  0.89 Hz/cm^2
nDigis in module 1  counter 3:    3086  --> hit rate:   192.9 Hz   -->  0.22 Hz/cm^2
nDigis in module 2  counter 1:    9103  --> hit rate:   568.9 Hz   -->  0.66 Hz/cm^2
nDigis in module 2  counter 2:    4701  --> hit rate:   293.8 Hz   -->  0.34 Hz/cm^2
nDigis in module 2  counter 3:    2461  --> hit rate:   153.8 Hz   -->  0.18 Hz/cm^2
nDigis in module 3  counter 1:    1844  --> hit rate:   115.2 Hz   -->  0.13 Hz/cm^2
nDigis in module 3  counter 2:    5142  --> hit rate:   321.4 Hz   -->  0.37 Hz/cm^2
nDigis in module 3  counter 3:    1655  --> hit rate:   103.4 Hz   -->  0.12 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 4980
maximum # of digis per channel on module 1, counter 2: 346
maximum # of digis per channel on module 1, counter 3: 224
maximum # of digis per channel on module 2, counter 1: 804
maximum # of digis per channel on module 2, counter 2: 1062
maximum # of digis per channel on module 2, counter 3: 202
maximum # of digis per channel on module 3, counter 1: 303
maximum # of digis per channel on module 3, counter 2: 1263
maximum # of digis per channel on module 3, counter 3: 169
 *** -------------------- ***

 *** hit rate calculation in run 19108021 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  265009  --> hit rate: 16563.1 Hz   --> 19.17 Hz/cm^2
nDigis in module 1  counter 2:   19512  --> hit rate:  1219.5 Hz   -->  1.41 Hz/cm^2
nDigis in module 1  counter 3:    3450  --> hit rate:   215.6 Hz   -->  0.25 Hz/cm^2
nDigis in module 2  counter 1:   16140  --> hit rate:  1008.8 Hz   -->  1.17 Hz/cm^2
nDigis in module 2  counter 2:    6149  --> hit rate:   384.3 Hz   -->  0.44 Hz/cm^2
nDigis in module 2  counter 3:    2820  --> hit rate:   176.2 Hz   -->  0.20 Hz/cm^2
nDigis in module 3  counter 1:    2603  --> hit rate:   162.7 Hz   -->  0.19 Hz/cm^2
nDigis in module 3  counter 2:    5183  --> hit rate:   323.9 Hz   -->  0.37 Hz/cm^2
nDigis in module 3  counter 3:    2362  --> hit rate:   147.6 Hz   -->  0.17 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 6583
maximum # of digis per channel on module 1, counter 2: 653
maximum # of digis per channel on module 1, counter 3: 234
maximum # of digis per channel on module 2, counter 1: 1188
maximum # of digis per channel on module 2, counter 2: 1521
maximum # of digis per channel on module 2, counter 3: 220
maximum # of digis per channel on module 3, counter 1: 232
maximum # of digis per channel on module 3, counter 2: 1303
maximum # of digis per channel on module 3, counter 3: 267
 *** -------------------- ***

 *** hit rate calculation in run 19114034 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  452621  --> hit rate: 28288.8 Hz   --> 32.74 Hz/cm^2
nDigis in module 1  counter 2:   55584  --> hit rate:  3474.0 Hz   -->  4.02 Hz/cm^2
nDigis in module 1  counter 3:    3544  --> hit rate:   221.5 Hz   -->  0.26 Hz/cm^2
nDigis in module 2  counter 1:   12213  --> hit rate:   763.3 Hz   -->  0.88 Hz/cm^2
nDigis in module 2  counter 2:    2721  --> hit rate:   170.1 Hz   -->  0.20 Hz/cm^2
nDigis in module 2  counter 3:    1857  --> hit rate:   116.1 Hz   -->  0.13 Hz/cm^2
nDigis in module 3  counter 1:    2012  --> hit rate:   125.8 Hz   -->  0.15 Hz/cm^2
nDigis in module 3  counter 2:    3282  --> hit rate:   205.1 Hz   -->  0.24 Hz/cm^2
nDigis in module 3  counter 3:    1666  --> hit rate:   104.1 Hz   -->  0.12 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 10111
maximum # of digis per channel on module 1, counter 2: 1827
maximum # of digis per channel on module 1, counter 3: 242
maximum # of digis per channel on module 2, counter 1: 1019
maximum # of digis per channel on module 2, counter 2: 414
maximum # of digis per channel on module 2, counter 3: 165
maximum # of digis per channel on module 3, counter 1: 117
maximum # of digis per channel on module 3, counter 2: 628
maximum # of digis per channel on module 3, counter 3: 113
 *** -------------------- ***

 *** hit rate calculation in run 19115023 ***
nEvents: 3999779   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  488806  --> hit rate: 30552.1 Hz   --> 35.36 Hz/cm^2
nDigis in module 1  counter 2:   67284  --> hit rate:  4205.5 Hz   -->  4.87 Hz/cm^2
nDigis in module 1  counter 3:    3660  --> hit rate:   228.8 Hz   -->  0.26 Hz/cm^2
nDigis in module 2  counter 1:   12860  --> hit rate:   803.8 Hz   -->  0.93 Hz/cm^2
nDigis in module 2  counter 2:    3097  --> hit rate:   193.6 Hz   -->  0.22 Hz/cm^2
nDigis in module 2  counter 3:    2075  --> hit rate:   129.7 Hz   -->  0.15 Hz/cm^2
nDigis in module 3  counter 1:    1908  --> hit rate:   119.3 Hz   -->  0.14 Hz/cm^2
nDigis in module 3  counter 2:    3872  --> hit rate:   242.0 Hz   -->  0.28 Hz/cm^2
nDigis in module 3  counter 3:    1548  --> hit rate:    96.8 Hz   -->  0.11 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 10780
maximum # of digis per channel on module 1, counter 2: 2163
maximum # of digis per channel on module 1, counter 3: 264
maximum # of digis per channel on module 2, counter 1: 1136
maximum # of digis per channel on module 2, counter 2: 463
maximum # of digis per channel on module 2, counter 3: 176
maximum # of digis per channel on module 3, counter 1: 141
maximum # of digis per channel on module 3, counter 2: 1004
maximum # of digis per channel on module 3, counter 3: 139
 *** -------------------- ***

 *** hit rate calculation in run 19117020 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  531598  --> hit rate: 33224.9 Hz   --> 38.45 Hz/cm^2
nDigis in module 1  counter 2:   83451  --> hit rate:  5215.7 Hz   -->  6.04 Hz/cm^2
nDigis in module 1  counter 3:    3842  --> hit rate:   240.1 Hz   -->  0.28 Hz/cm^2
nDigis in module 2  counter 1:   15883  --> hit rate:   992.7 Hz   -->  1.15 Hz/cm^2
nDigis in module 2  counter 2:    4416  --> hit rate:   276.0 Hz   -->  0.32 Hz/cm^2
nDigis in module 2  counter 3:    3101  --> hit rate:   193.8 Hz   -->  0.22 Hz/cm^2
nDigis in module 3  counter 1:    2212  --> hit rate:   138.2 Hz   -->  0.16 Hz/cm^2
nDigis in module 3  counter 2:    3561  --> hit rate:   222.6 Hz   -->  0.26 Hz/cm^2
nDigis in module 3  counter 3:    2102  --> hit rate:   131.4 Hz   -->  0.15 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 11326
maximum # of digis per channel on module 1, counter 2: 2559
maximum # of digis per channel on module 1, counter 3: 199
maximum # of digis per channel on module 2, counter 1: 1285
maximum # of digis per channel on module 2, counter 2: 575
maximum # of digis per channel on module 2, counter 3: 290
maximum # of digis per channel on module 3, counter 1: 123
maximum # of digis per channel on module 3, counter 2: 852
maximum # of digis per channel on module 3, counter 3: 194
 *** -------------------- ***

 *** hit rate calculation in run 19118039 ***
nEvents: 3999559   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  555879  --> hit rate: 34746.3 Hz   --> 40.22 Hz/cm^2
nDigis in module 1  counter 2:   94864  --> hit rate:  5929.7 Hz   -->  6.86 Hz/cm^2
nDigis in module 1  counter 3:    4049  --> hit rate:   253.1 Hz   -->  0.29 Hz/cm^2
nDigis in module 2  counter 1:   16824  --> hit rate:  1051.6 Hz   -->  1.22 Hz/cm^2
nDigis in module 2  counter 2:    4131  --> hit rate:   258.2 Hz   -->  0.30 Hz/cm^2
nDigis in module 2  counter 3:    2256  --> hit rate:   141.0 Hz   -->  0.16 Hz/cm^2
nDigis in module 3  counter 1:    2304  --> hit rate:   144.0 Hz   -->  0.17 Hz/cm^2
nDigis in module 3  counter 2:    3215  --> hit rate:   201.0 Hz   -->  0.23 Hz/cm^2
nDigis in module 3  counter 3:    1759  --> hit rate:   109.9 Hz   -->  0.13 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 11723
maximum # of digis per channel on module 1, counter 2: 2883
maximum # of digis per channel on module 1, counter 3: 226
maximum # of digis per channel on module 2, counter 1: 1414
maximum # of digis per channel on module 2, counter 2: 691
maximum # of digis per channel on module 2, counter 3: 202
maximum # of digis per channel on module 3, counter 1: 228
maximum # of digis per channel on module 3, counter 2: 890
maximum # of digis per channel on module 3, counter 3: 199
 *** -------------------- ***

 *** hit rate calculation in run 19119029 ***
nEvents: 3642556   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  514400  --> hit rate: 35304.9 Hz   --> 40.86 Hz/cm^2
nDigis in module 1  counter 2:   93811  --> hit rate:  6438.5 Hz   -->  7.45 Hz/cm^2
nDigis in module 1  counter 3:    3874  --> hit rate:   265.9 Hz   -->  0.31 Hz/cm^2
nDigis in module 2  counter 1:   16487  --> hit rate:  1131.6 Hz   -->  1.31 Hz/cm^2
nDigis in module 2  counter 2:    4109  --> hit rate:   282.0 Hz   -->  0.33 Hz/cm^2
nDigis in module 2  counter 3:    2042  --> hit rate:   140.1 Hz   -->  0.16 Hz/cm^2
nDigis in module 3  counter 1:    2046  --> hit rate:   140.4 Hz   -->  0.16 Hz/cm^2
nDigis in module 3  counter 2:    3205  --> hit rate:   220.0 Hz   -->  0.25 Hz/cm^2
nDigis in module 3  counter 3:    1783  --> hit rate:   122.4 Hz   -->  0.14 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 10799
maximum # of digis per channel on module 1, counter 2: 2783
maximum # of digis per channel on module 1, counter 3: 222
maximum # of digis per channel on module 2, counter 1: 1378
maximum # of digis per channel on module 2, counter 2: 555
maximum # of digis per channel on module 2, counter 3: 184
maximum # of digis per channel on module 3, counter 1: 201
maximum # of digis per channel on module 3, counter 2: 998
maximum # of digis per channel on module 3, counter 3: 232
 *** -------------------- ***

 *** hit rate calculation in run 19120034 ***
nEvents: 3999779   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  585449  --> hit rate: 36592.6 Hz   --> 42.35 Hz/cm^2
nDigis in module 1  counter 2:  115427  --> hit rate:  7214.6 Hz   -->  8.35 Hz/cm^2
nDigis in module 1  counter 3:    4177  --> hit rate:   261.1 Hz   -->  0.30 Hz/cm^2
nDigis in module 2  counter 1:   19746  --> hit rate:  1234.2 Hz   -->  1.43 Hz/cm^2
nDigis in module 2  counter 2:    3536  --> hit rate:   221.0 Hz   -->  0.26 Hz/cm^2
nDigis in module 2  counter 3:    2082  --> hit rate:   130.1 Hz   -->  0.15 Hz/cm^2
nDigis in module 3  counter 1:    3219  --> hit rate:   201.2 Hz   -->  0.23 Hz/cm^2
nDigis in module 3  counter 2:    3627  --> hit rate:   226.7 Hz   -->  0.26 Hz/cm^2
nDigis in module 3  counter 3:    1603  --> hit rate:   100.2 Hz   -->  0.12 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 12126
maximum # of digis per channel on module 1, counter 2: 3324
maximum # of digis per channel on module 1, counter 3: 224
maximum # of digis per channel on module 2, counter 1: 1703
maximum # of digis per channel on module 2, counter 2: 579
maximum # of digis per channel on module 2, counter 3: 207
maximum # of digis per channel on module 3, counter 1: 200
maximum # of digis per channel on module 3, counter 2: 1026
maximum # of digis per channel on module 3, counter 3: 185
 *** -------------------- ***

*** hit rate calculation in run 19121022 ***
nEvents: 3999771   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 2:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 3:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 2  counter 1:   22323  --> hit rate:  1395.3 Hz   -->  1.61 Hz/cm^2
nDigis in module 2  counter 2:    4063  --> hit rate:   254.0 Hz   -->  0.29 Hz/cm^2
nDigis in module 2  counter 3:    2871  --> hit rate:   179.4 Hz   -->  0.21 Hz/cm^2
nDigis in module 3  counter 1:    2680  --> hit rate:   167.5 Hz   -->  0.19 Hz/cm^2
nDigis in module 3  counter 2:    3384  --> hit rate:   211.5 Hz   -->  0.24 Hz/cm^2
nDigis in module 3  counter 3:    1696  --> hit rate:   106.0 Hz   -->  0.12 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 0
maximum # of digis per channel on module 1, counter 2: 0
maximum # of digis per channel on module 1, counter 3: 0
maximum # of digis per channel on module 2, counter 1: 1549
maximum # of digis per channel on module 2, counter 2: 587
maximum # of digis per channel on module 2, counter 3: 224
maximum # of digis per channel on module 3, counter 1: 132
maximum # of digis per channel on module 3, counter 2: 769
maximum # of digis per channel on module 3, counter 3: 173
 *** -------------------- ***

 

 

*** hit rate calculation in run 19122022 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 2:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 3:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 2  counter 1:   25857  --> hit rate:  1616.1 Hz   -->  1.87 Hz/cm^2
nDigis in module 2  counter 2:    4476  --> hit rate:   279.8 Hz   -->  0.32 Hz/cm^2
nDigis in module 2  counter 3:    2838  --> hit rate:   177.4 Hz   -->  0.21 Hz/cm^2
nDigis in module 3  counter 1:    4399  --> hit rate:   274.9 Hz   -->  0.32 Hz/cm^2
nDigis in module 3  counter 2:    4980  --> hit rate:   311.2 Hz   -->  0.36 Hz/cm^2
nDigis in module 3  counter 3:    2319  --> hit rate:   144.9 Hz   -->  0.17 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 0
maximum # of digis per channel on module 1, counter 2: 0
maximum # of digis per channel on module 1, counter 3: 0
maximum # of digis per channel on module 2, counter 1: 1722
maximum # of digis per channel on module 2, counter 2: 589
maximum # of digis per channel on module 2, counter 3: 234
maximum # of digis per channel on module 3, counter 1: 239
maximum # of digis per channel on module 3, counter 2: 1259
maximum # of digis per channel on module 3, counter 3: 197
 *** -------------------- ***

 *** hit rate calculation in run 19123019 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 2:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 3:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 2  counter 1:   26110  --> hit rate:  1631.9 Hz   -->  1.89 Hz/cm^2
nDigis in module 2  counter 2:    4395  --> hit rate:   274.7 Hz   -->  0.32 Hz/cm^2
nDigis in module 2  counter 3:    2553  --> hit rate:   159.6 Hz   -->  0.18 Hz/cm^2
nDigis in module 3  counter 1:    2767  --> hit rate:   172.9 Hz   -->  0.20 Hz/cm^2
nDigis in module 3  counter 2:    3346  --> hit rate:   209.1 Hz   -->  0.24 Hz/cm^2
nDigis in module 3  counter 3:    1912  --> hit rate:   119.5 Hz   -->  0.14 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 0
maximum # of digis per channel on module 1, counter 2: 0
maximum # of digis per channel on module 1, counter 3: 0
maximum # of digis per channel on module 2, counter 1: 1695
maximum # of digis per channel on module 2, counter 2: 564
maximum # of digis per channel on module 2, counter 3: 254
maximum # of digis per channel on module 3, counter 1: 190
maximum # of digis per channel on module 3, counter 2: 895
maximum # of digis per channel on module 3, counter 3: 240
 *** -------------------- ***

  *** hit rate calculation in run 19125025 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 2:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 3:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 2  counter 1:   30556  --> hit rate:  1909.8 Hz   -->  2.21 Hz/cm^2
nDigis in module 2  counter 2:    3918  --> hit rate:   244.9 Hz   -->  0.28 Hz/cm^2
nDigis in module 2  counter 3:    3171  --> hit rate:   198.2 Hz   -->  0.23 Hz/cm^2
nDigis in module 3  counter 1:    3522  --> hit rate:   220.1 Hz   -->  0.25 Hz/cm^2
nDigis in module 3  counter 2:    3153  --> hit rate:   197.1 Hz   -->  0.23 Hz/cm^2
nDigis in module 3  counter 3:    1414  --> hit rate:    88.4 Hz   -->  0.10 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 0
maximum # of digis per channel on module 1, counter 2: 0
maximum # of digis per channel on module 1, counter 3: 0
maximum # of digis per channel on module 2, counter 1: 2136
maximum # of digis per channel on module 2, counter 2: 644
maximum # of digis per channel on module 2, counter 3: 298
maximum # of digis per channel on module 3, counter 1: 211
maximum # of digis per channel on module 3, counter 2: 885
maximum # of digis per channel on module 3, counter 3: 170
 *** -------------------- ***

*** ------------- *** hit rate calculation in run 19126022 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 2:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 3:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 2  counter 1:   33622  --> hit rate:  2101.4 Hz   -->  2.43 Hz/cm^2
nDigis in module 2  counter 2:    3798  --> hit rate:   237.4 Hz   -->  0.27 Hz/cm^2
nDigis in module 2  counter 3:    2353  --> hit rate:   147.1 Hz   -->  0.17 Hz/cm^2
nDigis in module 3  counter 1:    4056  --> hit rate:   253.5 Hz   -->  0.29 Hz/cm^2
nDigis in module 3  counter 2:    4298  --> hit rate:   268.6 Hz   -->  0.31 Hz/cm^2
nDigis in module 3  counter 3:    1879  --> hit rate:   117.4 Hz   -->  0.14 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 0
maximum # of digis per channel on module 1, counter 2: 0
maximum # of digis per channel on module 1, counter 3: 0
maximum # of digis per channel on module 2, counter 1: 2078
maximum # of digis per channel on module 2, counter 2: 586
maximum # of digis per channel on module 2, counter 3: 248
maximum # of digis per channel on module 3, counter 1: 291
maximum # of digis per channel on module 3, counter 2: 1136
maximum # of digis per channel on module 3, counter 3: 200
 *** -------------------- ***------- ***

 *** hit rate calculation in run 19127023 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 2:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 3:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 2  counter 1:   38835  --> hit rate:  2427.2 Hz   -->  2.81 Hz/cm^2
nDigis in module 2  counter 2:    4135  --> hit rate:   258.4 Hz   -->  0.30 Hz/cm^2
nDigis in module 2  counter 3:    2321  --> hit rate:   145.1 Hz   -->  0.17 Hz/cm^2
nDigis in module 3  counter 1:    4467  --> hit rate:   279.2 Hz   -->  0.32 Hz/cm^2
nDigis in module 3  counter 2:    4093  --> hit rate:   255.8 Hz   -->  0.30 Hz/cm^2
nDigis in module 3  counter 3:    1828  --> hit rate:   114.2 Hz   -->  0.13 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 0
maximum # of digis per channel on module 1, counter 2: 0
maximum # of digis per channel on module 1, counter 3: 0
maximum # of digis per channel on module 2, counter 1: 2176
maximum # of digis per channel on module 2, counter 2: 638
maximum # of digis per channel on module 2, counter 3: 186
maximum # of digis per channel on module 3, counter 1: 265
maximum # of digis per channel on module 3, counter 2: 1187
maximum # of digis per channel on module 3, counter 3: 237
 *** -------------------- ***

 *** hit rate calculation in run 19128020 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 2:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 3:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 2  counter 1:   39448  --> hit rate:  2465.5 Hz   -->  2.85 Hz/cm^2
nDigis in module 2  counter 2:    3395  --> hit rate:   212.2 Hz   -->  0.25 Hz/cm^2
nDigis in module 2  counter 3:    2063  --> hit rate:   128.9 Hz   -->  0.15 Hz/cm^2
nDigis in module 3  counter 1:    5034  --> hit rate:   314.6 Hz   -->  0.36 Hz/cm^2
nDigis in module 3  counter 2:    2781  --> hit rate:   173.8 Hz   -->  0.20 Hz/cm^2
nDigis in module 3  counter 3:    1218  --> hit rate:    76.1 Hz   -->  0.09 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 0
maximum # of digis per channel on module 1, counter 2: 0
maximum # of digis per channel on module 1, counter 3: 0
maximum # of digis per channel on module 2, counter 1: 1934
maximum # of digis per channel on module 2, counter 2: 534
maximum # of digis per channel on module 2, counter 3: 176
maximum # of digis per channel on module 3, counter 1: 270
maximum # of digis per channel on module 3, counter 2: 635
maximum # of digis per channel on module 3, counter 3: 144
 *** -------------------- ***

 *** hit rate calculation in run 19129017 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 2:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 3:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 2  counter 1:   43510  --> hit rate:  2719.4 Hz   -->  3.15 Hz/cm^2
nDigis in module 2  counter 2:    3534  --> hit rate:   220.9 Hz   -->  0.26 Hz/cm^2
nDigis in module 2  counter 3:    2226  --> hit rate:   139.1 Hz   -->  0.16 Hz/cm^2
nDigis in module 3  counter 1:    5857  --> hit rate:   366.1 Hz   -->  0.42 Hz/cm^2
nDigis in module 3  counter 2:    3546  --> hit rate:   221.6 Hz   -->  0.26 Hz/cm^2
nDigis in module 3  counter 3:    1516  --> hit rate:    94.8 Hz   -->  0.11 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 0
maximum # of digis per channel on module 1, counter 2: 0
maximum # of digis per channel on module 1, counter 3: 0
maximum # of digis per channel on module 2, counter 1: 1841
maximum # of digis per channel on module 2, counter 2: 554
maximum # of digis per channel on module 2, counter 3: 150
maximum # of digis per channel on module 3, counter 1: 318
maximum # of digis per channel on module 3, counter 2: 905
maximum # of digis per channel on module 3, counter 3: 184
 *** -------------------- ***

 

*** hit rate calculation in run 19134031 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  574601  --> hit rate: 35912.6 Hz   --> 41.57 Hz/cm^2
nDigis in module 1  counter 2:  136583  --> hit rate:  8536.4 Hz   -->  9.88 Hz/cm^2
nDigis in module 1  counter 3:    5141  --> hit rate:   321.3 Hz   -->  0.37 Hz/cm^2
nDigis in module 2  counter 1:   48664  --> hit rate:  3041.5 Hz   -->  3.52 Hz/cm^2
nDigis in module 2  counter 2:    4353  --> hit rate:   272.1 Hz   -->  0.31 Hz/cm^2
nDigis in module 2  counter 3:    2272  --> hit rate:   142.0 Hz   -->  0.16 Hz/cm^2
nDigis in module 3  counter 1:   10416  --> hit rate:   651.0 Hz   -->  0.75 Hz/cm^2
nDigis in module 3  counter 2:    3250  --> hit rate:   203.1 Hz   -->  0.24 Hz/cm^2
nDigis in module 3  counter 3:    1483  --> hit rate:    92.7 Hz   -->  0.11 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 11874
maximum # of digis per channel on module 1, counter 2: 3518
maximum # of digis per channel on module 1, counter 3: 232
maximum # of digis per channel on module 2, counter 1: 1771
maximum # of digis per channel on module 2, counter 2: 635
maximum # of digis per channel on module 2, counter 3: 212
maximum # of digis per channel on module 3, counter 1: 524
maximum # of digis per channel on module 3, counter 2: 510
maximum # of digis per channel on module 3, counter 3: 151
 *** -------------------- ***

 *** hit rate calculation in run 19136037 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  560834  --> hit rate: 35052.1 Hz   --> 40.57 Hz/cm^2
nDigis in module 1  counter 2:  138879  --> hit rate:  8679.9 Hz   --> 10.05 Hz/cm^2
nDigis in module 1  counter 3:    4949  --> hit rate:   309.3 Hz   -->  0.36 Hz/cm^2
nDigis in module 2  counter 1:   41385  --> hit rate:  2586.6 Hz   -->  2.99 Hz/cm^2
nDigis in module 2  counter 2:    3046  --> hit rate:   190.4 Hz   -->  0.22 Hz/cm^2
nDigis in module 2  counter 3:    1485  --> hit rate:    92.8 Hz   -->  0.11 Hz/cm^2
nDigis in module 3  counter 1:   10506  --> hit rate:   656.6 Hz   -->  0.76 Hz/cm^2
nDigis in module 3  counter 2:    2950  --> hit rate:   184.4 Hz   -->  0.21 Hz/cm^2
nDigis in module 3  counter 3:    1952  --> hit rate:   122.0 Hz   -->  0.14 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 11905
maximum # of digis per channel on module 1, counter 2: 3510
maximum # of digis per channel on module 1, counter 3: 236
maximum # of digis per channel on module 2, counter 1: 1620
maximum # of digis per channel on module 2, counter 2: 586
maximum # of digis per channel on module 2, counter 3: 160
maximum # of digis per channel on module 3, counter 1: 480
maximum # of digis per channel on module 3, counter 2: 272
maximum # of digis per channel on module 3, counter 3: 171
 *** -------------------- ***

 *** hit rate calculation in run 19142042 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  643641  --> hit rate: 40227.6 Hz   --> 46.56 Hz/cm^2
nDigis in module 1  counter 2:  169841  --> hit rate: 10615.1 Hz   --> 12.29 Hz/cm^2
nDigis in module 1  counter 3:    6325  --> hit rate:   395.3 Hz   -->  0.46 Hz/cm^2
nDigis in module 2  counter 1:   49718  --> hit rate:  3107.4 Hz   -->  3.60 Hz/cm^2
nDigis in module 2  counter 2:    4041  --> hit rate:   252.6 Hz   -->  0.29 Hz/cm^2
nDigis in module 2  counter 3:    1831  --> hit rate:   114.4 Hz   -->  0.13 Hz/cm^2
nDigis in module 3  counter 1:   12986  --> hit rate:   811.6 Hz   -->  0.94 Hz/cm^2
nDigis in module 3  counter 2:    3068  --> hit rate:   191.8 Hz   -->  0.22 Hz/cm^2
nDigis in module 3  counter 3:    1836  --> hit rate:   114.8 Hz   -->  0.13 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 13127
maximum # of digis per channel on module 1, counter 2: 4237
maximum # of digis per channel on module 1, counter 3: 264
maximum # of digis per channel on module 2, counter 1: 1333
maximum # of digis per channel on module 2, counter 2: 530
maximum # of digis per channel on module 2, counter 3: 166
maximum # of digis per channel on module 3, counter 1: 583
maximum # of digis per channel on module 3, counter 2: 391
maximum # of digis per channel on module 3, counter 3: 209
 *** -------------------- ***

*** hit rate calculation in run 19145045 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  747899  --> hit rate: 46743.7 Hz   --> 54.10 Hz/cm^2
nDigis in module 1  counter 2:  209294  --> hit rate: 13080.9 Hz   --> 15.14 Hz/cm^2
nDigis in module 1  counter 3:    7250  --> hit rate:   453.1 Hz   -->  0.52 Hz/cm^2
nDigis in module 2  counter 1:   59897  --> hit rate:  3743.6 Hz   -->  4.33 Hz/cm^2
nDigis in module 2  counter 2:    5773  --> hit rate:   360.8 Hz   -->  0.42 Hz/cm^2
nDigis in module 2  counter 3:    2430  --> hit rate:   151.9 Hz   -->  0.18 Hz/cm^2
nDigis in module 3  counter 1:   16710  --> hit rate:  1044.4 Hz   -->  1.21 Hz/cm^2
nDigis in module 3  counter 2:    2872  --> hit rate:   179.5 Hz   -->  0.21 Hz/cm^2
nDigis in module 3  counter 3:    1523  --> hit rate:    95.2 Hz   -->  0.11 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 14937
maximum # of digis per channel on module 1, counter 2: 5028
maximum # of digis per channel on module 1, counter 3: 223
maximum # of digis per channel on module 2, counter 1: 1622
maximum # of digis per channel on module 2, counter 2: 634
maximum # of digis per channel on module 2, counter 3: 252
maximum # of digis per channel on module 3, counter 1: 647
maximum # of digis per channel on module 3, counter 2: 274
maximum # of digis per channel on module 3, counter 3: 154
 *** -------------------- ***

 *** hit rate calculation in run 19146031 ***  (taken ~ 1h after magnet ramp & turning on the FEEs)
nEvents: 3371908   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  417419  --> hit rate: 30948.3 Hz   --> 35.82 Hz/cm^2
nDigis in module 1  counter 2:  124179  --> hit rate:  9206.9 Hz   --> 10.66 Hz/cm^2
nDigis in module 1  counter 3:    5074  --> hit rate:   376.2 Hz   -->  0.44 Hz/cm^2
nDigis in module 2  counter 1:   31790  --> hit rate:  2357.0 Hz   -->  2.73 Hz/cm^2
nDigis in module 2  counter 2:    2815  --> hit rate:   208.7 Hz   -->  0.24 Hz/cm^2
nDigis in module 2  counter 3:    1577  --> hit rate:   116.9 Hz   -->  0.14 Hz/cm^2
nDigis in module 3  counter 1:    9053  --> hit rate:   671.2 Hz   -->  0.78 Hz/cm^2
nDigis in module 3  counter 2:    1427  --> hit rate:   105.8 Hz   -->  0.12 Hz/cm^2
nDigis in module 3  counter 3:     965  --> hit rate:    71.5 Hz   -->  0.08 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 8201
maximum # of digis per channel on module 1, counter 2: 2966
maximum # of digis per channel on module 1, counter 3: 142
maximum # of digis per channel on module 2, counter 1: 893
maximum # of digis per channel on module 2, counter 2: 457
maximum # of digis per channel on module 2, counter 3: 137
maximum # of digis per channel on module 3, counter 1: 339
maximum # of digis per channel on module 3, counter 2: 124
maximum # of digis per channel on module 3, counter 3: 96
 *** -------------------- ***

 *** hit rate calculation in run 19148025 ***
nEvents: 3999563   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  787452  --> hit rate: 49221.1 Hz   --> 56.97 Hz/cm^2
nDigis in module 1  counter 2:  227901  --> hit rate: 14245.4 Hz   --> 16.49 Hz/cm^2
nDigis in module 1  counter 3:    7244  --> hit rate:   452.8 Hz   -->  0.52 Hz/cm^2
nDigis in module 2  counter 1:   70339  --> hit rate:  4396.7 Hz   -->  5.09 Hz/cm^2
nDigis in module 2  counter 2:    4964  --> hit rate:   310.3 Hz   -->  0.36 Hz/cm^2
nDigis in module 2  counter 3:    2232  --> hit rate:   139.5 Hz   -->  0.16 Hz/cm^2
nDigis in module 3  counter 1:   18329  --> hit rate:  1145.7 Hz   -->  1.33 Hz/cm^2
nDigis in module 3  counter 2:    2796  --> hit rate:   174.8 Hz   -->  0.20 Hz/cm^2
nDigis in module 3  counter 3:    1436  --> hit rate:    89.8 Hz   -->  0.10 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 15761
maximum # of digis per channel on module 1, counter 2: 5445
maximum # of digis per channel on module 1, counter 3: 225
maximum # of digis per channel on module 2, counter 1: 1942
maximum # of digis per channel on module 2, counter 2: 729
maximum # of digis per channel on module 2, counter 3: 178
maximum # of digis per channel on module 3, counter 1: 719
maximum # of digis per channel on module 3, counter 2: 333
maximum # of digis per channel on module 3, counter 3: 158
 *** -------------------- ***

*** hit rate calculation in run 19149027 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  816337  --> hit rate: 51021.1 Hz   --> 59.05 Hz/cm^2
nDigis in module 1  counter 2:  242103  --> hit rate: 15131.4 Hz   --> 17.51 Hz/cm^2
nDigis in module 1  counter 3:    8201  --> hit rate:   512.6 Hz   -->  0.59 Hz/cm^2
nDigis in module 2  counter 1:   75377  --> hit rate:  4711.1 Hz   -->  5.45 Hz/cm^2
nDigis in module 2  counter 2:    6241  --> hit rate:   390.1 Hz   -->  0.45 Hz/cm^2
nDigis in module 2  counter 3:    2566  --> hit rate:   160.4 Hz   -->  0.19 Hz/cm^2
nDigis in module 3  counter 1:   20347  --> hit rate:  1271.7 Hz   -->  1.47 Hz/cm^2
nDigis in module 3  counter 2:    3215  --> hit rate:   200.9 Hz   -->  0.23 Hz/cm^2
nDigis in module 3  counter 3:    2205  --> hit rate:   137.8 Hz   -->  0.16 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 16386
maximum # of digis per channel on module 1, counter 2: 5734
maximum # of digis per channel on module 1, counter 3: 279
maximum # of digis per channel on module 2, counter 1: 2021
maximum # of digis per channel on module 2, counter 2: 744
maximum # of digis per channel on module 2, counter 3: 244
maximum # of digis per channel on module 3, counter 1: 814
maximum # of digis per channel on module 3, counter 2: 323
maximum # of digis per channel on module 3, counter 3: 202
 *** -------------------- ***

 *** hit rate calculation in run 19150051 *** (taken shortly after magnet ramping and turning on the FEEs)
nEvents: 3999491   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  334273  --> hit rate: 20894.7 Hz   --> 24.18 Hz/cm^2
nDigis in module 1  counter 2:  119997  --> hit rate:  7500.8 Hz   -->  8.68 Hz/cm^2
nDigis in module 1  counter 3:    3839  --> hit rate:   240.0 Hz   -->  0.28 Hz/cm^2
nDigis in module 2  counter 1:   28227  --> hit rate:  1764.4 Hz   -->  2.04 Hz/cm^2
nDigis in module 2  counter 2:    3364  --> hit rate:   210.3 Hz   -->  0.24 Hz/cm^2
nDigis in module 2  counter 3:    1367  --> hit rate:    85.4 Hz   -->  0.10 Hz/cm^2
nDigis in module 3  counter 1:    7078  --> hit rate:   442.4 Hz   -->  0.51 Hz/cm^2
nDigis in module 3  counter 2:    1369  --> hit rate:    85.6 Hz   -->  0.10 Hz/cm^2
nDigis in module 3  counter 3:    1039  --> hit rate:    64.9 Hz   -->  0.08 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 6742
maximum # of digis per channel on module 1, counter 2: 2804
maximum # of digis per channel on module 1, counter 3: 137
maximum # of digis per channel on module 2, counter 1: 765
maximum # of digis per channel on module 2, counter 2: 532
maximum # of digis per channel on module 2, counter 3: 107
maximum # of digis per channel on module 3, counter 1: 267
maximum # of digis per channel on module 3, counter 2: 94
maximum # of digis per channel on module 3, counter 3: 89
 *** -------------------- ***

 *** hit rate calculation in run 19150054 *** (taken ~1h after magnet ramping and turning on the FEEs)
nEvents: 3998959   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 1  counter 2:  129200  --> hit rate:  8077.1 Hz   -->  9.35 Hz/cm^2
nDigis in module 1  counter 3:    5651  --> hit rate:   353.3 Hz   -->  0.41 Hz/cm^2
nDigis in module 2  counter 1:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in module 2  counter 2:    4286  --> hit rate:   267.9 Hz   -->  0.31 Hz/cm^2
nDigis in module 2  counter 3:    1575  --> hit rate:    98.5 Hz   -->  0.11 Hz/cm^2
nDigis in module 3  counter 1:    9731  --> hit rate:   608.3 Hz   -->  0.70 Hz/cm^2
nDigis in module 3  counter 2:    1527  --> hit rate:    95.5 Hz   -->  0.11 Hz/cm^2
nDigis in module 3  counter 3:     987  --> hit rate:    61.7 Hz   -->  0.07 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 0
maximum # of digis per channel on module 1, counter 2: 3039
maximum # of digis per channel on module 1, counter 3: 187
maximum # of digis per channel on module 2, counter 1: 0
maximum # of digis per channel on module 2, counter 2: 736
maximum # of digis per channel on module 2, counter 3: 159
maximum # of digis per channel on module 3, counter 1: 334
maximum # of digis per channel on module 3, counter 2: 95
maximum # of digis per channel on module 3, counter 3: 80
 *** -------------------- ***

 *** hit rate calculation in run 19150061 ***
nEvents: 3999780   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  725270  --> hit rate: 45331.9 Hz   --> 52.47 Hz/cm^2
nDigis in module 1  counter 2:  212230  --> hit rate: 13265.1 Hz   --> 15.35 Hz/cm^2
nDigis in module 1  counter 3:    7863  --> hit rate:   491.5 Hz   -->  0.57 Hz/cm^2
nDigis in module 2  counter 1:   64288  --> hit rate:  4018.2 Hz   -->  4.65 Hz/cm^2
nDigis in module 2  counter 2:    6724  --> hit rate:   420.3 Hz   -->  0.49 Hz/cm^2
nDigis in module 2  counter 3:    2214  --> hit rate:   138.4 Hz   -->  0.16 Hz/cm^2
nDigis in module 3  counter 1:   15576  --> hit rate:   973.6 Hz   -->  1.13 Hz/cm^2
nDigis in module 3  counter 2:    2875  --> hit rate:   179.7 Hz   -->  0.21 Hz/cm^2
nDigis in module 3  counter 3:    2310  --> hit rate:   144.4 Hz   -->  0.17 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 14851
maximum # of digis per channel on module 1, counter 2: 5085
maximum # of digis per channel on module 1, counter 3: 245
maximum # of digis per channel on module 2, counter 1: 2199
maximum # of digis per channel on module 2, counter 2: 1242
maximum # of digis per channel on module 2, counter 3: 190
maximum # of digis per channel on module 3, counter 1: 607
maximum # of digis per channel on module 3, counter 2: 201
maximum # of digis per channel on module 3, counter 3: 222
 *** -------------------- ***

 *** hit rate calculation in run 19151075 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  789939  --> hit rate: 49371.2 Hz   --> 57.14 Hz/cm^2
nDigis in module 1  counter 2:  237670  --> hit rate: 14854.4 Hz   --> 17.19 Hz/cm^2
nDigis in module 1  counter 3:    8949  --> hit rate:   559.3 Hz   -->  0.65 Hz/cm^2
nDigis in module 2  counter 1:   71924  --> hit rate:  4495.3 Hz   -->  5.20 Hz/cm^2
nDigis in module 2  counter 2:    8468  --> hit rate:   529.3 Hz   -->  0.61 Hz/cm^2
nDigis in module 2  counter 3:    2128  --> hit rate:   133.0 Hz   -->  0.15 Hz/cm^2
nDigis in module 3  counter 1:   18881  --> hit rate:  1180.1 Hz   -->  1.37 Hz/cm^2
nDigis in module 3  counter 2:    3529  --> hit rate:   220.6 Hz   -->  0.26 Hz/cm^2
nDigis in module 3  counter 3:    2418  --> hit rate:   151.1 Hz   -->  0.17 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 15855
maximum # of digis per channel on module 1, counter 2: 5721
maximum # of digis per channel on module 1, counter 3: 271
maximum # of digis per channel on module 2, counter 1: 1942
maximum # of digis per channel on module 2, counter 2: 1564
maximum # of digis per channel on module 2, counter 3: 180
maximum # of digis per channel on module 3, counter 1: 672
maximum # of digis per channel on module 3, counter 2: 410
maximum # of digis per channel on module 3, counter 3: 290
 *** -------------------- ***

*** hit rate calculation in run 19152061 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  867648  --> hit rate: 54228.0 Hz   --> 62.76 Hz/cm^2
nDigis in module 1  counter 2:  275183  --> hit rate: 17198.9 Hz   --> 19.91 Hz/cm^2
nDigis in module 1  counter 3:   10370  --> hit rate:   648.1 Hz   -->  0.75 Hz/cm^2
nDigis in module 2  counter 1:   84426  --> hit rate:  5276.6 Hz   -->  6.11 Hz/cm^2
nDigis in module 2  counter 2:    7858  --> hit rate:   491.1 Hz   -->  0.57 Hz/cm^2
nDigis in module 2  counter 3:    2931  --> hit rate:   183.2 Hz   -->  0.21 Hz/cm^2
nDigis in module 3  counter 1:   21156  --> hit rate:  1322.3 Hz   -->  1.53 Hz/cm^2
nDigis in module 3  counter 2:    2739  --> hit rate:   171.2 Hz   -->  0.20 Hz/cm^2
nDigis in module 3  counter 3:    2056  --> hit rate:   128.5 Hz   -->  0.15 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 17364
maximum # of digis per channel on module 1, counter 2: 6462
maximum # of digis per channel on module 1, counter 3: 317
maximum # of digis per channel on module 2, counter 1: 2235
maximum # of digis per channel on module 2, counter 2: 919
maximum # of digis per channel on module 2, counter 3: 216
maximum # of digis per channel on module 3, counter 1: 777
maximum # of digis per channel on module 3, counter 2: 469
maximum # of digis per channel on module 3, counter 3: 242
  *** -------------------- ***

 *** hit rate calculation in run 19152070 ***  (after setting new HV of 5.1kV to modules 2 & 3)
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  860777  --> hit rate: 53798.6 Hz   --> 62.27 Hz/cm^2
nDigis in module 1  counter 2:  282089  --> hit rate: 17630.6 Hz   --> 20.41 Hz/cm^2
nDigis in module 1  counter 3:   10870  --> hit rate:   679.4 Hz   -->  0.79 Hz/cm^2
nDigis in module 2  counter 1: 1480743  --> hit rate: 92546.4 Hz   --> 107.11 Hz/cm^2
nDigis in module 2  counter 2: 1365412  --> hit rate: 85338.3 Hz   --> 98.77 Hz/cm^2
nDigis in module 2  counter 3: 1258211  --> hit rate: 78638.2 Hz   --> 91.02 Hz/cm^2
nDigis in module 3  counter 1:   33697  --> hit rate:  2106.1 Hz   -->  2.44 Hz/cm^2
nDigis in module 3  counter 2:    6542  --> hit rate:   408.9 Hz   -->  0.47 Hz/cm^2
nDigis in module 3  counter 3:    4769  --> hit rate:   298.1 Hz   -->  0.34 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 16968
maximum # of digis per channel on module 1, counter 2: 6517
maximum # of digis per channel on module 1, counter 3: 340
maximum # of digis per channel on module 2, counter 1: 474999
maximum # of digis per channel on module 2, counter 2: 206512
maximum # of digis per channel on module 2, counter 3: 121543
maximum # of digis per channel on module 3, counter 1: 1129
maximum # of digis per channel on module 3, counter 2: 974
maximum # of digis per channel on module 3, counter 3: 405
 *** -------------------- ***

 *** hit rate calculation in run 19153041 ***
nEvents: 3604560   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  796802  --> hit rate: 55263.5 Hz   --> 63.96 Hz/cm^2
nDigis in module 1  counter 2:  253097  --> hit rate: 17553.9 Hz   --> 20.32 Hz/cm^2
nDigis in module 1  counter 3:    9460  --> hit rate:   656.1 Hz   -->  0.76 Hz/cm^2
nDigis in module 2  counter 1:  301395  --> hit rate: 20903.7 Hz   --> 24.19 Hz/cm^2
nDigis in module 2  counter 2:  146922  --> hit rate: 10190.0 Hz   --> 11.79 Hz/cm^2
nDigis in module 2  counter 3:  155909  --> hit rate: 10813.3 Hz   --> 12.52 Hz/cm^2
nDigis in module 3  counter 1:   32321  --> hit rate:  2241.7 Hz   -->  2.59 Hz/cm^2
nDigis in module 3  counter 2:   17015  --> hit rate:  1180.1 Hz   -->  1.37 Hz/cm^2
nDigis in module 3  counter 3:    6695  --> hit rate:   464.3 Hz   -->  0.54 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 15815
maximum # of digis per channel on module 1, counter 2: 5994
maximum # of digis per channel on module 1, counter 3: 288
maximum # of digis per channel on module 2, counter 1: 24139
maximum # of digis per channel on module 2, counter 2: 18076
maximum # of digis per channel on module 2, counter 3: 14176
maximum # of digis per channel on module 3, counter 1: 1362
maximum # of digis per channel on module 3, counter 2: 4019
maximum # of digis per channel on module 3, counter 3: 599
 *** -------------------- ***

 *** hit rate calculation in run 19154035 ***
nEvents: 3330069   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  732110  --> hit rate: 54962.1 Hz   --> 63.61 Hz/cm^2
nDigis in module 1  counter 2:  236956  --> hit rate: 17789.1 Hz   --> 20.59 Hz/cm^2
nDigis in module 1  counter 3:    8787  --> hit rate:   659.7 Hz   -->  0.76 Hz/cm^2
nDigis in module 2  counter 1:  235908  --> hit rate: 17710.4 Hz   --> 20.50 Hz/cm^2
nDigis in module 2  counter 2:   59541  --> hit rate:  4470.0 Hz   -->  5.17 Hz/cm^2
nDigis in module 2  counter 3:   34131  --> hit rate:  2562.3 Hz   -->  2.97 Hz/cm^2
nDigis in module 3  counter 1:   34169  --> hit rate:  2565.2 Hz   -->  2.97 Hz/cm^2
nDigis in module 3  counter 2:   16362  --> hit rate:  1228.4 Hz   -->  1.42 Hz/cm^2
nDigis in module 3  counter 3:    7313  --> hit rate:   549.0 Hz   -->  0.64 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 14616
maximum # of digis per channel on module 1, counter 2: 5554
maximum # of digis per channel on module 1, counter 3: 291
maximum # of digis per channel on module 2, counter 1: 7315
maximum # of digis per channel on module 2, counter 2: 5080
maximum # of digis per channel on module 2, counter 3: 3296
maximum # of digis per channel on module 3, counter 1: 1244
maximum # of digis per channel on module 3, counter 2: 3339
maximum # of digis per channel on module 3, counter 3: 535
 *** -------------------- ***

 *** hit rate calculation in run 19156022 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  925327  --> hit rate: 57832.9 Hz   --> 66.94 Hz/cm^2
nDigis in module 1  counter 2:  323901  --> hit rate: 20243.8 Hz   --> 23.43 Hz/cm^2
nDigis in module 1  counter 3:   12864  --> hit rate:   804.0 Hz   -->  0.93 Hz/cm^2
nDigis in module 2  counter 1:  357601  --> hit rate: 22350.1 Hz   --> 25.87 Hz/cm^2
nDigis in module 2  counter 2:   87331  --> hit rate:  5458.2 Hz   -->  6.32 Hz/cm^2
nDigis in module 2  counter 3:   74170  --> hit rate:  4635.6 Hz   -->  5.37 Hz/cm^2
nDigis in module 3  counter 1:   51446  --> hit rate:  3215.4 Hz   -->  3.72 Hz/cm^2
nDigis in module 3  counter 2:   24373  --> hit rate:  1523.3 Hz   -->  1.76 Hz/cm^2
nDigis in module 3  counter 3:    9713  --> hit rate:   607.1 Hz   -->  0.70 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 18020
maximum # of digis per channel on module 1, counter 2: 7515
maximum # of digis per channel on module 1, counter 3: 416
maximum # of digis per channel on module 2, counter 1: 10603
maximum # of digis per channel on module 2, counter 2: 7926
maximum # of digis per channel on module 2, counter 3: 5280
maximum # of digis per channel on module 3, counter 1: 1594
maximum # of digis per channel on module 3, counter 2: 4580
maximum # of digis per channel on module 3, counter 3: 787
 *** -------------------- ***

 *** hit rate calculation in run 19159029 ***
nEvents: 3971975   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  866277  --> hit rate: 54524.3 Hz   --> 63.11 Hz/cm^2
nDigis in module 1  counter 2:  333635  --> hit rate: 20999.3 Hz   --> 24.30 Hz/cm^2
nDigis in module 1  counter 3:   13363  --> hit rate:   841.1 Hz   -->  0.97 Hz/cm^2
nDigis in module 2  counter 1:  280877  --> hit rate: 17678.7 Hz   --> 20.46 Hz/cm^2
nDigis in module 2  counter 2:   52378  --> hit rate:  3296.7 Hz   -->  3.82 Hz/cm^2
nDigis in module 2  counter 3:   12494  --> hit rate:   786.4 Hz   -->  0.91 Hz/cm^2
nDigis in module 3  counter 1:   55054  --> hit rate:  3465.2 Hz   -->  4.01 Hz/cm^2
nDigis in module 3  counter 2:   15670  --> hit rate:   986.3 Hz   -->  1.14 Hz/cm^2
nDigis in module 3  counter 3:    7360  --> hit rate:   463.2 Hz   -->  0.54 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 16599
maximum # of digis per channel on module 1, counter 2: 7400
maximum # of digis per channel on module 1, counter 3: 419
maximum # of digis per channel on module 2, counter 1: 7420
maximum # of digis per channel on module 2, counter 2: 5751
maximum # of digis per channel on module 2, counter 3: 1007
maximum # of digis per channel on module 3, counter 1: 1675
maximum # of digis per channel on module 3, counter 2: 3025
maximum # of digis per channel on module 3, counter 3: 675
 *** -------------------- ***

 *** hit rate calculation in run 19162026 ***
nEvents: 3999779   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  923000  --> hit rate: 57690.7 Hz   --> 66.77 Hz/cm^2
nDigis in module 1  counter 2:  375978  --> hit rate: 23499.9 Hz   --> 27.20 Hz/cm^2
nDigis in module 1  counter 3:   15820  --> hit rate:   988.8 Hz   -->  1.14 Hz/cm^2
nDigis in module 2  counter 1:  400993  --> hit rate: 25063.4 Hz   --> 29.01 Hz/cm^2
nDigis in module 2  counter 2:   73455  --> hit rate:  4591.2 Hz   -->  5.31 Hz/cm^2
nDigis in module 2  counter 3:   18955  --> hit rate:  1184.8 Hz   -->  1.37 Hz/cm^2
nDigis in module 3  counter 1:   67079  --> hit rate:  4192.7 Hz   -->  4.85 Hz/cm^2
nDigis in module 3  counter 2:   24095  --> hit rate:  1506.0 Hz   -->  1.74 Hz/cm^2
nDigis in module 3  counter 3:    9884  --> hit rate:   617.8 Hz   -->  0.72 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 17735
maximum # of digis per channel on module 1, counter 2: 8384
maximum # of digis per channel on module 1, counter 3: 474
maximum # of digis per channel on module 2, counter 1: 10778
maximum # of digis per channel on module 2, counter 2: 7531
maximum # of digis per channel on module 2, counter 3: 1563
maximum # of digis per channel on module 3, counter 1: 1992
maximum # of digis per channel on module 3, counter 2: 4207
maximum # of digis per channel on module 3, counter 3: 812
 *** -------------------- ***

 *** hit rate calculation in run 19163037 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  884710  --> hit rate: 55294.4 Hz   --> 64.00 Hz/cm^2
nDigis in module 1  counter 2:  360476  --> hit rate: 22529.8 Hz   --> 26.08 Hz/cm^2
nDigis in module 1  counter 3:   15635  --> hit rate:   977.2 Hz   -->  1.13 Hz/cm^2
nDigis in module 2  counter 1:  408279  --> hit rate: 25517.4 Hz   --> 29.53 Hz/cm^2
nDigis in module 2  counter 2:   66338  --> hit rate:  4146.1 Hz   -->  4.80 Hz/cm^2
nDigis in module 2  counter 3:   15662  --> hit rate:   978.9 Hz   -->  1.13 Hz/cm^2
nDigis in module 3  counter 1:   73938  --> hit rate:  4621.1 Hz   -->  5.35 Hz/cm^2
nDigis in module 3  counter 2:   30530  --> hit rate:  1908.1 Hz   -->  2.21 Hz/cm^2
nDigis in module 3  counter 3:   11318  --> hit rate:   707.4 Hz   -->  0.82 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 16978
maximum # of digis per channel on module 1, counter 2: 7826
maximum # of digis per channel on module 1, counter 3: 496
maximum # of digis per channel on module 2, counter 1: 10786
maximum # of digis per channel on module 2, counter 2: 6538
maximum # of digis per channel on module 2, counter 3: 1429
maximum # of digis per channel on module 3, counter 1: 3399
maximum # of digis per channel on module 3, counter 2: 5044
maximum # of digis per channel on module 3, counter 3: 1351
 *** -------------------- ***

 *** hit rate calculation in run 19165025 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  971727  --> hit rate: 60732.9 Hz   --> 70.29 Hz/cm^2
nDigis in module 1  counter 2:  423557  --> hit rate: 26472.3 Hz   --> 30.64 Hz/cm^2
nDigis in module 1  counter 3:   18996  --> hit rate:  1187.3 Hz   -->  1.37 Hz/cm^2
nDigis in module 2  counter 1:  504755  --> hit rate: 31547.2 Hz   --> 36.51 Hz/cm^2
nDigis in module 2  counter 2:  101728  --> hit rate:  6358.0 Hz   -->  7.36 Hz/cm^2
nDigis in module 2  counter 3:   60859  --> hit rate:  3803.7 Hz   -->  4.40 Hz/cm^2
nDigis in module 3  counter 1:   91107  --> hit rate:  5694.2 Hz   -->  6.59 Hz/cm^2
nDigis in module 3  counter 2:   31024  --> hit rate:  1939.0 Hz   -->  2.24 Hz/cm^2
nDigis in module 3  counter 3:   12809  --> hit rate:   800.6 Hz   -->  0.93 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 18445
maximum # of digis per channel on module 1, counter 2: 9257
maximum # of digis per channel on module 1, counter 3: 603
maximum # of digis per channel on module 2, counter 1: 13316
maximum # of digis per channel on module 2, counter 2: 9384
maximum # of digis per channel on module 2, counter 3: 3192
maximum # of digis per channel on module 3, counter 1: 4461
maximum # of digis per channel on module 3, counter 2: 4909
maximum # of digis per channel on module 3, counter 3: 1371
 *** -------------------- ***

 *** hit rate calculation in run 19166018 ***
nEvents: 3991810   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  949085  --> hit rate: 59439.5 Hz   --> 68.80 Hz/cm^2
nDigis in module 1  counter 2:  420307  --> hit rate: 26323.1 Hz   --> 30.47 Hz/cm^2
nDigis in module 1  counter 3:   19167  --> hit rate:  1200.4 Hz   -->  1.39 Hz/cm^2
nDigis in module 2  counter 1:  534986  --> hit rate: 33505.2 Hz   --> 38.78 Hz/cm^2
nDigis in module 2  counter 2:   88890  --> hit rate:  5567.0 Hz   -->  6.44 Hz/cm^2
nDigis in module 2  counter 3:   33328  --> hit rate:  2087.3 Hz   -->  2.42 Hz/cm^2
nDigis in module 3  counter 1:   89684  --> hit rate:  5616.8 Hz   -->  6.50 Hz/cm^2
nDigis in module 3  counter 2:   34712  --> hit rate:  2174.0 Hz   -->  2.52 Hz/cm^2
nDigis in module 3  counter 3:   13517  --> hit rate:   846.5 Hz   -->  0.98 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 18442
maximum # of digis per channel on module 1, counter 2: 9208
maximum # of digis per channel on module 1, counter 3: 612
maximum # of digis per channel on module 2, counter 1: 14136
maximum # of digis per channel on module 2, counter 2: 8651
maximum # of digis per channel on module 2, counter 3: 2461
maximum # of digis per channel on module 3, counter 1: 3109
maximum # of digis per channel on module 3, counter 2: 4994
maximum # of digis per channel on module 3, counter 3: 1214
 *** -------------------- ***

 *** hit rate calculation in run 19168023 ***
nEvents: 4000000   time window: 2us     active area: 864cm^2
nDigis in module 1  counter 1:  933488  --> hit rate: 58343.0 Hz   --> 67.53 Hz/cm^2
nDigis in module 1  counter 2:  423383  --> hit rate: 26461.4 Hz   --> 30.63 Hz/cm^2
nDigis in module 1  counter 3:   19931  --> hit rate:  1245.7 Hz   -->  1.44 Hz/cm^2
nDigis in module 2  counter 1:  543484  --> hit rate: 33967.8 Hz   --> 39.31 Hz/cm^2
nDigis in module 2  counter 2:   72364  --> hit rate:  4522.8 Hz   -->  5.23 Hz/cm^2
nDigis in module 2  counter 3:   18647  --> hit rate:  1165.4 Hz   -->  1.35 Hz/cm^2
nDigis in module 3  counter 1:   96981  --> hit rate:  6061.3 Hz   -->  7.02 Hz/cm^2
nDigis in module 3  counter 2:   32942  --> hit rate:  2058.9 Hz   -->  2.38 Hz/cm^2
nDigis in module 3  counter 3:   10749  --> hit rate:   671.8 Hz   -->  0.78 Hz/cm^2
 *** -------------------- ***
maximum # of digis per channel on module 1, counter 1: 18084
maximum # of digis per channel on module 1, counter 2: 9377
maximum # of digis per channel on module 1, counter 3: 644
maximum # of digis per channel on module 2, counter 1: 14269
maximum # of digis per channel on module 2, counter 2: 6646
maximum # of digis per channel on module 2, counter 3: 1525
maximum # of digis per channel on module 3, counter 1: 3423
maximum # of digis per channel on module 3, counter 2: 4431
maximum # of digis per channel on module 3, counter 3: 954
 *** -------------------- ***

eTOF noise rates in Run19

For the moment we have the noise rates per sector (excluding the channels with pulser input) for noise runs (pedAsPhys or pedAsPhys_tcd_only) from January 12^th (day 012) to May 23^rd (day 143):

 *** noise rate calculation in run 20012031 ***

nEvents: 1995298   time window: 3us     active area (sector): 7533cm^2
nDigis in sector 13:   52470  --> hit rate:  4382.8 Hz   -->  0.58 Hz/cm^2
nDigis in sector 14:   33714  --> hit rate:  2816.1 Hz   -->  0.37 Hz/cm^2
nDigis in sector 15:  218203  --> hit rate: 18226.4 Hz   -->  2.42 Hz/cm^2
nDigis in sector 16:   66805  --> hit rate:  5580.2 Hz   -->  0.74 Hz/cm^2
nDigis in sector 17:   60485  --> hit rate:  5052.3 Hz   -->  0.67 Hz/cm^2
nDigis in sector 18:   47784  --> hit rate:  3991.4 Hz   -->  0.53 Hz/cm^2
nDigis in sector 19:   47838  --> hit rate:  3995.9 Hz   -->  0.53 Hz/cm^2
nDigis in sector 20:   35534  --> hit rate:  2968.1 Hz   -->  0.39 Hz/cm^2
nDigis in sector 21:  135134  --> hit rate: 11287.7 Hz   -->  1.50 Hz/cm^2
nDigis in sector 22:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in sector 23:   79938  --> hit rate:  6677.2 Hz   -->  0.89 Hz/cm^2
nDigis in sector 24:   88353  --> hit rate:  7380.1 Hz   -->  0.98 Hz/cm^2
 *** -------------------- ***

 *** noise rate calculation in run 20012032 ***

nEvents: 3999998   time window: 3us     active area (sector): 7533cm^2
nDigis in sector 13:  106538  --> hit rate:  4439.1 Hz   -->  0.59 Hz/cm^2
nDigis in sector 14:   67668  --> hit rate:  2819.5 Hz   -->  0.37 Hz/cm^2
nDigis in sector 15:  442016  --> hit rate: 18417.3 Hz   -->  2.44 Hz/cm^2
nDigis in sector 16:  132107  --> hit rate:  5504.5 Hz   -->  0.73 Hz/cm^2
nDigis in sector 17:  119783  --> hit rate:  4991.0 Hz   -->  0.66 Hz/cm^2
nDigis in sector 18:   96125  --> hit rate:  4005.2 Hz   -->  0.53 Hz/cm^2
nDigis in sector 19:   95652  --> hit rate:  3985.5 Hz   -->  0.53 Hz/cm^2
nDigis in sector 20:   70297  --> hit rate:  2929.0 Hz   -->  0.39 Hz/cm^2
nDigis in sector 21:  267425  --> hit rate: 11142.7 Hz   -->  1.48 Hz/cm^2
nDigis in sector 22:       0  --> hit rate:     0.0 Hz   -->  0.00 Hz/cm^2
nDigis in sector 23:  159088  --> hit rate:  6628.7 Hz   -->  0.88 Hz/cm^2
nDigis in sector 24:  173432  --> hit rate:  7226.3 Hz   -->  0.96 Hz/cm^2
 *** -------------------- ***

 *** noise rate calculation in run 20013043 ***
nEvents: 3655403   time window: 3us     active area (sector): 7533cm^2
nDigis in sector 13:   94210  --> hit rate:  4295.5 Hz   -->  0.57 Hz/cm^2
nDigis in sector 14:   58535  --> hit rate:  2668.9 Hz   -->  0.35 Hz/cm^2
nDigis in sector 15:  397960  --> hit rate: 18144.8 Hz   -->  2.41 Hz/cm^2
nDigis in sector 16:  130759  --> hit rate:  5961.9 Hz   -->  0.79 Hz/cm^2
nDigis in sector 17:  106755  --> hit rate:  4867.5 Hz   -->  0.65 Hz/cm^2
nDigis in sector 18:   97815  --> hit rate:  4459.8 Hz   -->  0.59 Hz/cm^2
nDigis in sector 19:   81002  --> hit rate:  3693.3 Hz   -->  0.49 Hz/cm^2
nDigis in sector 20:   83005  --> hit rate:  3784.6 Hz   -->  0.50 Hz/cm^2
nDigis in sector 21:  162815  --> hit rate:  7423.5 Hz   -->  0.99 Hz/cm^2
nDigis in sector 22:  318136  --> hit rate: 14505.3 Hz   -->  1.93 Hz/cm^2
nDigis in sector 23:  135613  --> hit rate:  6183.2 Hz   -->  0.82 Hz/cm^2
nDigis in sector 24:  156598  --> hit rate:  7140.0 Hz   -->  0.95 Hz/cm^2
 *** -------------------- ***

 *** noise rate calculation in run 20017008 ***     (CosmicLocalClock/physics run)
# events: 337993   time window: 3 microseconds
# digis in sector 13:    7252  --> hit rate:  3576.0 Hz, active area: 7533.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 14:    5816  --> hit rate:  2867.9 Hz, active area: 7479.0 cm^2   -->  0.38 Hz/cm^2
# digis in sector 15:   41430  --> hit rate: 20429.4 Hz, active area: 7533.0 cm^2   -->  2.71 Hz/cm^2
# digis in sector 16:    9734  --> hit rate:  4799.9 Hz, active area: 7371.0 cm^2   -->  0.65 Hz/cm^2
# digis in sector 17:    9625  --> hit rate:  4746.2 Hz, active area: 7533.0 cm^2   -->  0.63 Hz/cm^2
# digis in sector 18:    9636  --> hit rate:  4751.6 Hz, active area: 7533.0 cm^2   -->  0.63 Hz/cm^2
# digis in sector 19:    7848  --> hit rate:  3869.9 Hz, active area: 7533.0 cm^2   -->  0.51 Hz/cm^2
# digis in sector 20:    5362  --> hit rate:  2644.0 Hz, active area: 7506.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 21:    7636  --> hit rate:  3765.4 Hz, active area: 7384.5 cm^2   -->  0.51 Hz/cm^2
# digis in sector 22:    2222  --> hit rate:  1095.7 Hz, active area: 2470.5 cm^2   -->  0.44 Hz/cm^2
# digis in sector 23:    6765  --> hit rate:  3335.9 Hz, active area: 7452.0 cm^2   -->  0.45 Hz/cm^2
# digis in sector 24:    8915  --> hit rate:  4396.0 Hz, active area: 7533.0 cm^2   -->  0.58 Hz/cm^2
 *** -------------------- ***

 *** noise rate calculation in run 20021052 ***
# events: 3602540   time window: 3 microseconds
# digis in sector 13:   74687  --> hit rate:  3455.3 Hz, active area: 7533.0 cm^2   -->  0.46 Hz/cm^2
# digis in sector 14:   57666  --> hit rate:  2667.8 Hz, active area: 7479.0 cm^2   -->  0.36 Hz/cm^2
# digis in sector 15:  550240  --> hit rate: 25456.1 Hz, active area: 7533.0 cm^2   -->  3.38 Hz/cm^2
# digis in sector 16:  130037  --> hit rate:  6016.0 Hz, active area: 7533.0 cm^2   -->  0.80 Hz/cm^2
# digis in sector 17:   97749  --> hit rate:  4522.2 Hz, active area: 7533.0 cm^2   -->  0.60 Hz/cm^2
# digis in sector 18:   94488  --> hit rate:  4371.4 Hz, active area: 7533.0 cm^2   -->  0.58 Hz/cm^2
# digis in sector 19:   74864  --> hit rate:  3463.5 Hz, active area: 7479.0 cm^2   -->  0.46 Hz/cm^2
# digis in sector 20:  221113  --> hit rate: 10229.5 Hz, active area: 7533.0 cm^2   -->  1.36 Hz/cm^2
# digis in sector 21:  112178  --> hit rate:  5189.8 Hz, active area: 7533.0 cm^2   -->  0.69 Hz/cm^2
# digis in sector 22:  249187  --> hit rate: 11528.3 Hz, active area: 7533.0 cm^2   -->  1.53 Hz/cm^2
# digis in sector 23:   71223  --> hit rate:  3295.0 Hz, active area: 7425.0 cm^2   -->  0.44 Hz/cm^2
# digis in sector 24:   95773  --> hit rate:  4430.8 Hz, active area: 7533.0 cm^2   -->  0.59 Hz/cm^2

 *** noise rate calculation in run 20022023 ***
# events: 3865515   time window: 3 microseconds
# digis in sector 13:   67599  --> hit rate:  2914.6 Hz, active area: 7533.0 cm^2   -->  0.39 Hz/cm^2
# digis in sector 14:   50238  --> hit rate:  2166.1 Hz, active area: 7479.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 15:  522992  --> hit rate: 22549.5 Hz, active area: 7533.0 cm^2   -->  2.99 Hz/cm^2
# digis in sector 16:  117246  --> hit rate:  5055.2 Hz, active area: 7533.0 cm^2   -->  0.67 Hz/cm^2
# digis in sector 17:   91879  --> hit rate:  3961.5 Hz, active area: 7533.0 cm^2   -->  0.53 Hz/cm^2
# digis in sector 18:   89902  --> hit rate:  3876.2 Hz, active area: 7533.0 cm^2   -->  0.51 Hz/cm^2
# digis in sector 19:   72531  --> hit rate:  3127.3 Hz, active area: 7533.0 cm^2   -->  0.42 Hz/cm^2
# digis in sector 20:   50446  --> hit rate:  2175.0 Hz, active area: 7533.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 21:   84903  --> hit rate:  3660.7 Hz, active area: 7533.0 cm^2   -->  0.49 Hz/cm^2
# digis in sector 22:  180176  --> hit rate:  7768.5 Hz, active area: 7533.0 cm^2   -->  1.03 Hz/cm^2
# digis in sector 23:   65197  --> hit rate:  2811.1 Hz, active area: 7425.0 cm^2   -->  0.38 Hz/cm^2
# digis in sector 24:   88901  --> hit rate:  3833.1 Hz, active area: 7533.0 cm^2   -->  0.51 Hz/cm^2

 *** noise rate calculation in run 20023052 ***
# events: 3081608   time window: 3 microseconds
# digis in sector 13:   54846  --> hit rate:  2966.3 Hz, active area: 7533.0 cm^2   -->  0.39 Hz/cm^2
# digis in sector 14:   43162  --> hit rate:  2334.4 Hz, active area: 7479.0 cm^2   -->  0.31 Hz/cm^2
# digis in sector 15:  414145  --> hit rate: 22398.7 Hz, active area: 7533.0 cm^2   -->  2.97 Hz/cm^2
# digis in sector 16:  100708  --> hit rate:  5446.7 Hz, active area: 7533.0 cm^2   -->  0.72 Hz/cm^2
# digis in sector 17:   71016  --> hit rate:  3840.9 Hz, active area: 7533.0 cm^2   -->  0.51 Hz/cm^2
# digis in sector 18:   61749  --> hit rate:  3339.7 Hz, active area: 6277.5 cm^2   -->  0.53 Hz/cm^2
# digis in sector 19:   58516  --> hit rate:  3164.8 Hz, active area: 7533.0 cm^2   -->  0.42 Hz/cm^2
# digis in sector 20:   42032  --> hit rate:  2273.3 Hz, active area: 7533.0 cm^2   -->  0.30 Hz/cm^2
# digis in sector 21:   72722  --> hit rate:  3933.1 Hz, active area: 7533.0 cm^2   -->  0.52 Hz/cm^2
# digis in sector 22:  171482  --> hit rate:  9274.5 Hz, active area: 7533.0 cm^2   -->  1.23 Hz/cm^2
# digis in sector 23:   47536  --> hit rate:  2571.0 Hz, active area: 7425.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 24:   68154  --> hit rate:  3686.1 Hz, active area: 7533.0 cm^2   -->  0.49 Hz/cm^2

 *** noise rate calculation in run 20027043 ***
# events: 4000000   time window: 3 microseconds
# digis in sector 13:   73070  --> hit rate:  3044.6 Hz, active area: 7533.0 cm^2   -->  0.40 Hz/cm^2
# digis in sector 14:   53411  --> hit rate:  2225.5 Hz, active area: 7479.0 cm^2   -->  0.30 Hz/cm^2
# digis in sector 15:  545023  --> hit rate: 22709.3 Hz, active area: 7533.0 cm^2   -->  3.01 Hz/cm^2
# digis in sector 16:  152626  --> hit rate:  6359.4 Hz, active area: 7533.0 cm^2   -->  0.84 Hz/cm^2
# digis in sector 17:   87279  --> hit rate:  3636.6 Hz, active area: 7533.0 cm^2   -->  0.48 Hz/cm^2
# digis in sector 18:   87997  --> hit rate:  3666.5 Hz, active area: 7533.0 cm^2   -->  0.49 Hz/cm^2
# digis in sector 19:   72289  --> hit rate:  3012.0 Hz, active area: 7533.0 cm^2   -->  0.40 Hz/cm^2
# digis in sector 20:   52627  --> hit rate:  2192.8 Hz, active area: 7533.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 21:  124652  --> hit rate:  5193.8 Hz, active area: 7533.0 cm^2   -->  0.69 Hz/cm^2
# digis in sector 22:  248901  --> hit rate: 10370.9 Hz, active area: 7533.0 cm^2   -->  1.38 Hz/cm^2
# digis in sector 23:   67214  --> hit rate:  2800.6 Hz, active area: 7425.0 cm^2   -->  0.38 Hz/cm^2
# digis in sector 24:   93113  --> hit rate:  3879.7 Hz, active area: 7533.0 cm^2   -->  0.52 Hz/cm^2

 *** noise rate calculation in run 20030048 ***
# events: 4000000   time window: 3 microseconds
# digis in sector 13:   84559  --> hit rate:  3523.3 Hz, active area: 7533.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 14:   64333  --> hit rate:  2680.5 Hz, active area: 7479.0 cm^2   -->  0.36 Hz/cm^2
# digis in sector 15:  828956  --> hit rate: 34539.8 Hz, active area: 7533.0 cm^2   -->  4.59 Hz/cm^2
# digis in sector 16:  707667  --> hit rate: 29486.1 Hz, active area: 7533.0 cm^2   -->  3.91 Hz/cm^2
# digis in sector 17:   91706  --> hit rate:  3821.1 Hz, active area: 7533.0 cm^2   -->  0.51 Hz/cm^2
# digis in sector 18:   92144  --> hit rate:  3839.3 Hz, active area: 7533.0 cm^2   -->  0.51 Hz/cm^2
# digis in sector 19:   79645  --> hit rate:  3318.5 Hz, active area: 7533.0 cm^2   -->  0.44 Hz/cm^2
# digis in sector 20:   56082  --> hit rate:  2336.7 Hz, active area: 7533.0 cm^2   -->  0.31 Hz/cm^2
# digis in sector 21:  360070  --> hit rate: 15002.9 Hz, active area: 7533.0 cm^2   -->  1.99 Hz/cm^2
# digis in sector 22:  655828  --> hit rate: 27326.2 Hz, active area: 7533.0 cm^2   -->  3.63 Hz/cm^2
# digis in sector 23:   71182  --> hit rate:  2965.9 Hz, active area: 7425.0 cm^2   -->  0.40 Hz/cm^2
# digis in sector 24:   97501  --> hit rate:  4062.5 Hz, active area: 7533.0 cm^2   -->  0.54 Hz/cm^2

 *** noise rate calculation in run 20036038 ***
# events: 3811057   time window: 3 microseconds
# digis in sector 13:   72845  --> hit rate:  3185.7 Hz, active area: 7533.0 cm^2   -->  0.42 Hz/cm^2
# digis in sector 14:   59429  --> hit rate:  2599.0 Hz, active area: 7479.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 15:  942326  --> hit rate: 41210.2 Hz, active area: 7533.0 cm^2   -->  5.47 Hz/cm^2
# digis in sector 16:  486065  --> hit rate: 21256.8 Hz, active area: 7533.0 cm^2   -->  2.82 Hz/cm^2
# digis in sector 17:   70676  --> hit rate:  3090.8 Hz, active area: 6277.5 cm^2   -->  0.49 Hz/cm^2
# digis in sector 18:   81622  --> hit rate:  3569.5 Hz, active area: 7533.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 19:   57893  --> hit rate:  2531.8 Hz, active area: 6277.5 cm^2   -->  0.40 Hz/cm^2
# digis in sector 20:   46968  --> hit rate:  2054.0 Hz, active area: 7533.0 cm^2   -->  0.27 Hz/cm^2
# digis in sector 21:  348748  --> hit rate: 15251.6 Hz, active area: 7533.0 cm^2   -->  2.02 Hz/cm^2
# digis in sector 22:  193457  --> hit rate:  8460.3 Hz, active area: 5022.0 cm^2   -->  1.68 Hz/cm^2
# digis in sector 23:   74638  --> hit rate:  3264.1 Hz, active area: 7060.5 cm^2   -->  0.46 Hz/cm^2
# digis in sector 24:   95041  --> hit rate:  4156.4 Hz, active area: 7533.0 cm^2   -->  0.55 Hz/cm^2

 *** noise rate calculation in run 20037044 ***
# events: 4000000   time window: 3 microseconds
# digis in sector 13:   66433  --> hit rate:  2768.0 Hz, active area: 7533.0 cm^2   -->  0.37 Hz/cm^2
# digis in sector 14:   53120  --> hit rate:  2213.3 Hz, active area: 7479.0 cm^2   -->  0.30 Hz/cm^2
# digis in sector 15:  784399  --> hit rate: 32683.3 Hz, active area: 7533.0 cm^2   -->  4.34 Hz/cm^2
# digis in sector 16:  543280  --> hit rate: 22636.7 Hz, active area: 7533.0 cm^2   -->  3.01 Hz/cm^2
# digis in sector 17:   79533  --> hit rate:  3313.9 Hz, active area: 7533.0 cm^2   -->  0.44 Hz/cm^2
# digis in sector 18:   80281  --> hit rate:  3345.0 Hz, active area: 7533.0 cm^2   -->  0.44 Hz/cm^2
# digis in sector 19:   74362  --> hit rate:  3098.4 Hz, active area: 7533.0 cm^2   -->  0.41 Hz/cm^2
# digis in sector 20:   53651  --> hit rate:  2235.5 Hz, active area: 7533.0 cm^2   -->  0.30 Hz/cm^2
# digis in sector 21:  266452  --> hit rate: 11102.2 Hz, active area: 7533.0 cm^2   -->  1.47 Hz/cm^2
# digis in sector 22:  163246  --> hit rate:  6801.9 Hz, active area: 5022.0 cm^2   -->  1.35 Hz/cm^2
# digis in sector 23:   63731  --> hit rate:  2655.5 Hz, active area: 7060.5 cm^2   -->  0.38 Hz/cm^2
# digis in sector 24:   91908  --> hit rate:  3829.5 Hz, active area: 7533.0 cm^2   -->  0.51 Hz/cm^2

 *** noise rate calculation in run 20039024 ***
# events: 3798998   time window: 3 microseconds
# digis in sector 13:   66356  --> hit rate:  2911.1 Hz, active area: 6277.5 cm^2   -->  0.46 Hz/cm^2
# digis in sector 14:   57269  --> hit rate:  2512.5 Hz, active area: 7479.0 cm^2   -->  0.34 Hz/cm^2
# digis in sector 15:  802133  --> hit rate: 35190.5 Hz, active area: 7533.0 cm^2   -->  4.67 Hz/cm^2
# digis in sector 16:  760143  --> hit rate: 33348.4 Hz, active area: 7533.0 cm^2   -->  4.43 Hz/cm^2
# digis in sector 17:   68281  --> hit rate:  2995.6 Hz, active area: 6277.5 cm^2   -->  0.48 Hz/cm^2
# digis in sector 18:   80235  --> hit rate:  3520.0 Hz, active area: 7533.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 19:   38631  --> hit rate:  1694.8 Hz, active area: 5022.0 cm^2   -->  0.34 Hz/cm^2
# digis in sector 20:   62715  --> hit rate:  2751.4 Hz, active area: 7533.0 cm^2   -->  0.37 Hz/cm^2
# digis in sector 21:  358261  --> hit rate: 15717.3 Hz, active area: 7452.0 cm^2   -->  2.11 Hz/cm^2
# digis in sector 22:  241978  --> hit rate: 10615.9 Hz, active area: 5022.0 cm^2   -->  2.11 Hz/cm^2
# digis in sector 23:   87118  --> hit rate:  3822.0 Hz, active area: 7060.5 cm^2   -->  0.54 Hz/cm^2
# digis in sector 24:  108247  --> hit rate:  4748.9 Hz, active area: 7533.0 cm^2   -->  0.63 Hz/cm^2

 *** noise rate calculation in run 20041025 ***
# events: 4000000, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   59094  --> hit rate:  2462.2 Hz, active area: 7533.0 cm^2   -->  0.33 Hz/cm^2
# digis in sector 14:   43821  --> hit rate:  1825.9 Hz, active area: 7479.0 cm^2   -->  0.24 Hz/cm^2
# digis in sector 15:  716808  --> hit rate: 29867.0 Hz, active area: 7533.0 cm^2   -->  3.96 Hz/cm^2
# digis in sector 16:   33556  --> hit rate:  1398.2 Hz, active area: 3766.5 cm^2   -->  0.37 Hz/cm^2
# digis in sector 17:   69227  --> hit rate:  2884.5 Hz, active area: 7533.0 cm^2   -->  0.38 Hz/cm^2
# digis in sector 18:   68895  --> hit rate:  2870.6 Hz, active area: 7533.0 cm^2   -->  0.38 Hz/cm^2
# digis in sector 19:   60156  --> hit rate:  2506.5 Hz, active area: 7533.0 cm^2   -->  0.33 Hz/cm^2
# digis in sector 20:   50962  --> hit rate:  2123.4 Hz, active area: 7533.0 cm^2   -->  0.28 Hz/cm^2
# digis in sector 21:  183170  --> hit rate:  7632.1 Hz, active area: 7533.0 cm^2   -->  1.01 Hz/cm^2
# digis in sector 22:  157609  --> hit rate:  6567.0 Hz, active area: 5022.0 cm^2   -->  1.31 Hz/cm^2
# digis in sector 23:   71489  --> hit rate:  2978.7 Hz, active area: 7060.5 cm^2   -->  0.42 Hz/cm^2
# digis in sector 24:   89943  --> hit rate:  3747.6 Hz, active area: 7533.0 cm^2   -->  0.50 Hz/cm^2

 *** noise rate calculation in run 20042039 ***
# events: 3843464, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   62951  --> hit rate:  2729.8 Hz, active area: 7533.0 cm^2   -->  0.36 Hz/cm^2
# digis in sector 14:   47833  --> hit rate:  2074.2 Hz, active area: 7438.5 cm^2   -->  0.28 Hz/cm^2
# digis in sector 15:  678716  --> hit rate: 29431.6 Hz, active area: 7533.0 cm^2   -->  3.91 Hz/cm^2
# digis in sector 16:   38354  --> hit rate:  1663.2 Hz, active area: 3766.5 cm^2   -->  0.44 Hz/cm^2
# digis in sector 17:   59963  --> hit rate:  2600.2 Hz, active area: 6277.5 cm^2   -->  0.41 Hz/cm^2
# digis in sector 18:   68878  --> hit rate:  2986.8 Hz, active area: 7533.0 cm^2   -->  0.40 Hz/cm^2
# digis in sector 19:   40949  --> hit rate:  1775.7 Hz, active area: 5022.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 20:   45779  --> hit rate:  1985.1 Hz, active area: 6277.5 cm^2   -->  0.32 Hz/cm^2
# digis in sector 21:  220033  --> hit rate:  9541.4 Hz, active area: 7533.0 cm^2   -->  1.27 Hz/cm^2
# digis in sector 22:  218223  --> hit rate:  9462.9 Hz, active area: 5022.0 cm^2   -->  1.88 Hz/cm^2
# digis in sector 23:   80710  --> hit rate:  3499.9 Hz, active area: 7060.5 cm^2   -->  0.50 Hz/cm^2
# digis in sector 24:   94726  --> hit rate:  4107.7 Hz, active area: 7533.0 cm^2   -->  0.55 Hz/cm^2

 *** noise rate calculation in run 20044017 ***
# events: 4000000   time window: 4 microseconds
# digis in sector 13:   86570  --> hit rate:  3607.1 Hz, active area: 7533.0 cm^2   -->  0.36 Hz/cm^2
# digis in sector 14:   64475  --> hit rate:  2686.5 Hz, active area: 7479.0 cm^2   -->  0.27 Hz/cm^2
# digis in sector 15:  803500  --> hit rate: 33479.2 Hz, active area: 7533.0 cm^2   -->  3.33 Hz/cm^2
# digis in sector 16:  875268  --> hit rate: 36469.5 Hz, active area: 7533.0 cm^2   -->  3.63 Hz/cm^2
# digis in sector 17:   84583  --> hit rate:  3524.3 Hz, active area: 7533.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 18:   83733  --> hit rate:  3488.9 Hz, active area: 7533.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 19:   75410  --> hit rate:  3142.1 Hz, active area: 7533.0 cm^2   -->  0.32 Hz/cm^2
# digis in sector 20:   69041  --> hit rate:  2876.7 Hz, active area: 7533.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 21:  379157  --> hit rate: 15798.2 Hz, active area: 7533.0 cm^2   -->  1.58 Hz/cm^2
# digis in sector 22:  266380  --> hit rate: 11099.2 Hz, active area: 5022.0 cm^2   -->  1.66 Hz/cm^2
# digis in sector 23:   92924  --> hit rate:  3871.8 Hz, active area: 7060.5 cm^2   -->  0.41 Hz/cm^2
# digis in sector 24:  113041  --> hit rate:  4710.0 Hz, active area: 7533.0 cm^2   -->  0.47 Hz/cm^2

 *** noise rate calculation in run 20046026 ***
# events: 3999999   time window: 4 microseconds
# digis in sector 13:  100147  --> hit rate:  3129.6 Hz, active area: 7533.0 cm^2   -->  0.42 Hz/cm^2
# digis in sector 14:   72483  --> hit rate:  2265.1 Hz, active area: 7479.0 cm^2   -->  0.30 Hz/cm^2
# digis in sector 15:  928257  --> hit rate: 29008.0 Hz, active area: 7533.0 cm^2   -->  3.85 Hz/cm^2
# digis in sector 16: 1058237  --> hit rate: 33069.9 Hz, active area: 7533.0 cm^2   -->  4.39 Hz/cm^2
# digis in sector 17:   98655  --> hit rate:  3083.0 Hz, active area: 7533.0 cm^2   -->  0.41 Hz/cm^2
# digis in sector 18:  104391  --> hit rate:  3262.2 Hz, active area: 7533.0 cm^2   -->  0.43 Hz/cm^2
# digis in sector 19:   91496  --> hit rate:  2859.3 Hz, active area: 7533.0 cm^2   -->  0.38 Hz/cm^2
# digis in sector 20:   78588  --> hit rate:  2455.9 Hz, active area: 7533.0 cm^2   -->  0.33 Hz/cm^2
# digis in sector 21:  336126  --> hit rate: 10503.9 Hz, active area: 7533.0 cm^2   -->  1.39 Hz/cm^2
# digis in sector 22: 1257531  --> hit rate: 39297.9 Hz, active area: 7533.0 cm^2   -->  5.22 Hz/cm^2
# digis in sector 23:  110199  --> hit rate:  3443.7 Hz, active area: 7060.5 cm^2   -->  0.49 Hz/cm^2
# digis in sector 24:  131097  --> hit rate:  4096.8 Hz, active area: 7533.0 cm^2   -->  0.54 Hz/cm^2
 *** -------------------- ***

 *** noise rate calculation in run 20047059 ***
# events: 3821205   time window: 4 microseconds
# digis in sector 13: 4334227  --> hit rate: 141782.1 Hz, active area: 6696.0 cm^2   --> 21.17 Hz/cm^2
# digis in sector 14:   65361  --> hit rate:  2138.1 Hz, active area: 7479.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 15:  878499  --> hit rate: 28737.6 Hz, active area: 7533.0 cm^2   -->  3.81 Hz/cm^2
# digis in sector 16:  575832  --> hit rate: 18836.7 Hz, active area: 6277.5 cm^2   -->  3.00 Hz/cm^2
# digis in sector 17:   91663  --> hit rate:  2998.5 Hz, active area: 7533.0 cm^2   -->  0.40 Hz/cm^2
# digis in sector 18:   95745  --> hit rate:  3132.0 Hz, active area: 7533.0 cm^2   -->  0.42 Hz/cm^2
# digis in sector 19:   80065  --> hit rate:  2619.1 Hz, active area: 7533.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 20:   72867  --> hit rate:  2383.6 Hz, active area: 7533.0 cm^2   -->  0.32 Hz/cm^2
# digis in sector 21:  289911  --> hit rate:  9483.6 Hz, active area: 7533.0 cm^2   -->  1.26 Hz/cm^2
# digis in sector 22: 1185530  --> hit rate: 38781.3 Hz, active area: 7533.0 cm^2   -->  5.15 Hz/cm^2
# digis in sector 23:   82648  --> hit rate:  2703.6 Hz, active area: 5805.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 24:  123111  --> hit rate:  4027.2 Hz, active area: 7533.0 cm^2   -->  0.53 Hz/cm^2
 *** -------------------- ***

 *** noise rate calculation in run 20050011 ***
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   29841  --> hit rate:   932.5 Hz, active area: 4522.5 cm^2   -->  0.21 Hz/cm^2
# digis in sector 14:   36660  --> hit rate:  1145.6 Hz, active area: 7479.0 cm^2   -->  0.15 Hz/cm^2
# digis in sector 15:  467148  --> hit rate: 14598.4 Hz, active area: 7533.0 cm^2   -->  1.94 Hz/cm^2
# digis in sector 16:  605427  --> hit rate: 18919.6 Hz, active area: 7533.0 cm^2   -->  2.51 Hz/cm^2
# digis in sector 17:   57981  --> hit rate:  1811.9 Hz, active area: 7533.0 cm^2   -->  0.24 Hz/cm^2
# digis in sector 18:   60181  --> hit rate:  1880.7 Hz, active area: 7533.0 cm^2   -->  0.25 Hz/cm^2
# digis in sector 19:   49593  --> hit rate:  1549.8 Hz, active area: 7533.0 cm^2   -->  0.21 Hz/cm^2
# digis in sector 20:   42326  --> hit rate:  1322.7 Hz, active area: 7533.0 cm^2   -->  0.18 Hz/cm^2
# digis in sector 21:  142077  --> hit rate:  4439.9 Hz, active area: 7533.0 cm^2   -->  0.59 Hz/cm^2
# digis in sector 22:  574469  --> hit rate: 17952.2 Hz, active area: 7533.0 cm^2   -->  2.38 Hz/cm^2
# digis in sector 23:   70382  --> hit rate:  2199.4 Hz, active area: 7060.5 cm^2   -->  0.31 Hz/cm^2
# digis in sector 24:   76421  --> hit rate:  2388.2 Hz, active area: 7533.0 cm^2   -->  0.32 Hz/cm^2

 *** noise rate calculation in run 20051018 ***
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   34144  --> hit rate:  1067.0 Hz, active area: 5926.5 cm^2   -->  0.18 Hz/cm^2
# digis in sector 14:   34869  --> hit rate:  1089.7 Hz, active area: 7479.0 cm^2   -->  0.15 Hz/cm^2
# digis in sector 15:  469002  --> hit rate: 14656.3 Hz, active area: 7533.0 cm^2   -->  1.95 Hz/cm^2
# digis in sector 16:  590280  --> hit rate: 18446.2 Hz, active area: 7533.0 cm^2   -->  2.45 Hz/cm^2
# digis in sector 17:   46843  --> hit rate:  1463.8 Hz, active area: 6277.5 cm^2   -->  0.23 Hz/cm^2
# digis in sector 18:   49768  --> hit rate:  1555.2 Hz, active area: 6277.5 cm^2   -->  0.25 Hz/cm^2
# digis in sector 19:   47669  --> hit rate:  1489.7 Hz, active area: 7533.0 cm^2   -->  0.20 Hz/cm^2
# digis in sector 20:   39545  --> hit rate:  1235.8 Hz, active area: 7114.5 cm^2   -->  0.17 Hz/cm^2
# digis in sector 21:  128354  --> hit rate:  4011.1 Hz, active area: 7533.0 cm^2   -->  0.53 Hz/cm^2
# digis in sector 22:  565095  --> hit rate: 17659.2 Hz, active area: 7533.0 cm^2   -->  2.34 Hz/cm^2
# digis in sector 23:   68554  --> hit rate:  2142.3 Hz, active area: 7060.5 cm^2   -->  0.30 Hz/cm^2
# digis in sector 24:   70018  --> hit rate:  2188.1 Hz, active area: 7533.0 cm^2   -->  0.29 Hz/cm^2

 *** noise rate calculation in run 20052001 ***
# events: 4028288, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 14:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 15:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 16:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 17:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 18:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 19:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 20:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 21:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 22:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 23:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2
# digis in sector 24:       0  --> hit rate:     0.0 Hz, active area:   0.0 cm^2   --> 0.00 Hz/cm^2

 *** noise rate calculation in run 20056028 ***
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   42617  --> hit rate:  1331.8 Hz, active area: 3226.5 cm^2   -->  0.41 Hz/cm^2
# digis in sector 14:   26658  --> hit rate:   833.1 Hz, active area: 2740.5 cm^2   -->  0.30 Hz/cm^2
# digis in sector 15:  194441  --> hit rate:  6076.3 Hz, active area: 3348.0 cm^2   -->  1.81 Hz/cm^2
# digis in sector 16:   25663  --> hit rate:   802.0 Hz, active area: 2416.5 cm^2   -->  0.33 Hz/cm^2
# digis in sector 17:   40148  --> hit rate:  1254.6 Hz, active area: 2943.0 cm^2   -->  0.43 Hz/cm^2
# digis in sector 18:   54746  --> hit rate:  1710.8 Hz, active area: 3469.5 cm^2   -->  0.49 Hz/cm^2
# digis in sector 19:   29315  --> hit rate:   916.1 Hz, active area: 2349.0 cm^2   -->  0.39 Hz/cm^2
# digis in sector 20:   42131  --> hit rate:  1316.6 Hz, active area: 3766.5 cm^2   -->  0.35 Hz/cm^2
# digis in sector 21:   25759  --> hit rate:   805.0 Hz, active area: 756.0 cm^2   -->  1.06 Hz/cm^2
# digis in sector 22:   13786  --> hit rate:   430.8 Hz, active area: 378.0 cm^2   -->  1.14 Hz/cm^2
# digis in sector 23:   60549  --> hit rate:  1892.2 Hz, active area: 2929.5 cm^2   -->  0.65 Hz/cm^2
# digis in sector 24:   46478  --> hit rate:  1452.4 Hz, active area: 2160.0 cm^2   -->  0.67 Hz/cm^2

 *** noise rate calculation in run 20058022 ***
# events: 3816995, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   55251  --> hit rate:  1809.4 Hz, active area: 7533.0 cm^2   -->  0.24 Hz/cm^2
# digis in sector 14:   38178  --> hit rate:  1250.3 Hz, active area: 7479.0 cm^2   -->  0.17 Hz/cm^2
# digis in sector 15:  565818  --> hit rate: 18529.6 Hz, active area: 7533.0 cm^2   -->  2.46 Hz/cm^2
# digis in sector 16:  845701  --> hit rate: 27695.2 Hz, active area: 7533.0 cm^2   -->  3.68 Hz/cm^2
# digis in sector 17:   70629  --> hit rate:  2313.0 Hz, active area: 7533.0 cm^2   -->  0.31 Hz/cm^2
# digis in sector 18:   79672  --> hit rate:  2609.1 Hz, active area: 7533.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 19:   62022  --> hit rate:  2031.1 Hz, active area: 7533.0 cm^2   -->  0.27 Hz/cm^2
# digis in sector 20:   46885  --> hit rate:  1535.4 Hz, active area: 7114.5 cm^2   -->  0.22 Hz/cm^2
# digis in sector 21:  125332  --> hit rate:  4104.4 Hz, active area: 7533.0 cm^2   -->  0.54 Hz/cm^2
# digis in sector 22:  805393  --> hit rate: 26375.2 Hz, active area: 7533.0 cm^2   -->  3.50 Hz/cm^2
# digis in sector 23:   82417  --> hit rate:  2699.0 Hz, active area: 7060.5 cm^2   -->  0.38 Hz/cm^2
# digis in sector 24:   85607  --> hit rate:  2803.5 Hz, active area: 7533.0 cm^2   -->  0.37 Hz/cm^2

 *** noise rate calculation in run 20059053 ***
# events: 3804819, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   65614  --> hit rate:  2155.6 Hz, active area: 7533.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 14:   44050  --> hit rate:  1447.2 Hz, active area: 7479.0 cm^2   -->  0.19 Hz/cm^2
# digis in sector 15:  670123  --> hit rate: 22015.6 Hz, active area: 7533.0 cm^2   -->  2.92 Hz/cm^2
# digis in sector 16:  843282  --> hit rate: 27704.4 Hz, active area: 7533.0 cm^2   -->  3.68 Hz/cm^2
# digis in sector 17:   74638  --> hit rate:  2452.1 Hz, active area: 7533.0 cm^2   -->  0.33 Hz/cm^2
# digis in sector 18:   85027  --> hit rate:  2793.4 Hz, active area: 7533.0 cm^2   -->  0.37 Hz/cm^2
# digis in sector 19:   67816  --> hit rate:  2228.0 Hz, active area: 7533.0 cm^2   -->  0.30 Hz/cm^2
# digis in sector 20:   54732  --> hit rate:  1798.1 Hz, active area: 7114.5 cm^2   -->  0.25 Hz/cm^2
# digis in sector 21:  211831  --> hit rate:  6959.3 Hz, active area: 7533.0 cm^2   -->  0.92 Hz/cm^2
# digis in sector 22: 1143035  --> hit rate: 37552.2 Hz, active area: 5940.0 cm^2   -->  6.32 Hz/cm^2
# digis in sector 23:   87742  --> hit rate:  2882.6 Hz, active area: 7060.5 cm^2   -->  0.41 Hz/cm^2
# digis in sector 24:  100501  --> hit rate:  3301.8 Hz, active area: 7533.0 cm^2   -->  0.44 Hz/cm^2

 *** noise rate calculation in run 20062032 ***
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   36924  --> hit rate:  1153.9 Hz, active area: 6277.5 cm^2   -->  0.18 Hz/cm^2
# digis in sector 14:   30166  --> hit rate:   942.7 Hz, active area: 7479.0 cm^2   -->  0.13 Hz/cm^2
# digis in sector 15:  551184  --> hit rate: 17224.5 Hz, active area: 7533.0 cm^2   -->  2.29 Hz/cm^2
# digis in sector 16:  776015  --> hit rate: 24250.5 Hz, active area: 7533.0 cm^2   -->  3.22 Hz/cm^2
# digis in sector 17:   56473  --> hit rate:  1764.8 Hz, active area: 7533.0 cm^2   -->  0.23 Hz/cm^2
# digis in sector 18:   57289  --> hit rate:  1790.3 Hz, active area: 7533.0 cm^2   -->  0.24 Hz/cm^2
# digis in sector 19:   46916  --> hit rate:  1466.1 Hz, active area: 7533.0 cm^2   -->  0.19 Hz/cm^2
# digis in sector 20:   33575  --> hit rate:  1049.2 Hz, active area: 7114.5 cm^2   -->  0.15 Hz/cm^2
# digis in sector 21:  145137  --> hit rate:  4535.5 Hz, active area: 7533.0 cm^2   -->  0.60 Hz/cm^2
# digis in sector 22: 1284175  --> hit rate: 40130.5 Hz, active area: 7533.0 cm^2   -->  5.33 Hz/cm^2
# digis in sector 23:   86303  --> hit rate:  2697.0 Hz, active area: 7060.5 cm^2   -->  0.38 Hz/cm^2
# digis in sector 24:   76730  --> hit rate:  2397.8 Hz, active area: 7533.0 cm^2   -->  0.32 Hz/cm^2

 *** noise rate calculation in run 20063026 ***
# events: 1746373, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   30326  --> hit rate:  2170.6 Hz, active area: 7533.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 14:   20013  --> hit rate:  1432.5 Hz, active area: 7479.0 cm^2   -->  0.19 Hz/cm^2
# digis in sector 15:  300791  --> hit rate: 21529.7 Hz, active area: 7533.0 cm^2   -->  2.86 Hz/cm^2
# digis in sector 16:  445283  --> hit rate: 31872.0 Hz, active area: 7533.0 cm^2   -->  4.23 Hz/cm^2
# digis in sector 17:   32936  --> hit rate:  2357.5 Hz, active area: 7533.0 cm^2   -->  0.31 Hz/cm^2
# digis in sector 18:   34600  --> hit rate:  2476.6 Hz, active area: 7533.0 cm^2   -->  0.33 Hz/cm^2
# digis in sector 19:   29288  --> hit rate:  2096.3 Hz, active area: 7533.0 cm^2   -->  0.28 Hz/cm^2
# digis in sector 20:   20797  --> hit rate:  1488.6 Hz, active area: 7114.5 cm^2   -->  0.21 Hz/cm^2
# digis in sector 21:  407559  --> hit rate: 29171.8 Hz, active area: 7533.0 cm^2   -->  3.87 Hz/cm^2
# digis in sector 22: 1080903  --> hit rate: 77367.7 Hz, active area: 7533.0 cm^2   --> 10.27 Hz/cm^2
# digis in sector 23:   57129  --> hit rate:  4089.1 Hz, active area: 7060.5 cm^2   -->  0.58 Hz/cm^2
# digis in sector 24:   47827  --> hit rate:  3423.3 Hz, active area: 7533.0 cm^2   -->  0.45 Hz/cm^2

 *** noise rate calculation in run 20065042 ***
# events: 3815448, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   50932  --> hit rate:  1668.6 Hz, active area: 7533.0 cm^2   -->  0.22 Hz/cm^2
# digis in sector 14:   34918  --> hit rate:  1144.0 Hz, active area: 7479.0 cm^2   -->  0.15 Hz/cm^2
# digis in sector 15:  480258  --> hit rate: 15734.0 Hz, active area: 7533.0 cm^2   -->  2.09 Hz/cm^2
# digis in sector 16:  686105  --> hit rate: 22477.9 Hz, active area: 7533.0 cm^2   -->  2.98 Hz/cm^2
# digis in sector 17:   59199  --> hit rate:  1939.5 Hz, active area: 7533.0 cm^2   -->  0.26 Hz/cm^2
# digis in sector 18:   66510  --> hit rate:  2179.0 Hz, active area: 7533.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 19:   52207  --> hit rate:  1710.4 Hz, active area: 7533.0 cm^2   -->  0.23 Hz/cm^2
# digis in sector 20:   42402  --> hit rate:  1389.2 Hz, active area: 7114.5 cm^2   -->  0.20 Hz/cm^2
# digis in sector 21:  104190  --> hit rate:  3413.4 Hz, active area: 5022.0 cm^2   -->  0.68 Hz/cm^2
# digis in sector 22:   56352  --> hit rate:  1846.2 Hz, active area: 2551.5 cm^2   -->  0.72 Hz/cm^2
# digis in sector 23:   75815  --> hit rate:  2483.8 Hz, active area: 7060.5 cm^2   -->  0.35 Hz/cm^2
# digis in sector 24:   84127  --> hit rate:  2756.1 Hz, active area: 7533.0 cm^2   -->  0.37 Hz/cm^2

 *** noise rate calculation in run 20066035 ***
# events: 3834212, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   12392  --> hit rate:   404.0 Hz, active area: 7533.0 cm^2   -->  0.05 Hz/cm^2
# digis in sector 14:    7924  --> hit rate:   258.3 Hz, active area: 7452.0 cm^2   -->  0.03 Hz/cm^2
# digis in sector 15:  133509  --> hit rate:  4352.6 Hz, active area: 7533.0 cm^2   -->  0.58 Hz/cm^2
# digis in sector 16:  243933  --> hit rate:  7952.5 Hz, active area: 7533.0 cm^2   -->  1.06 Hz/cm^2
# digis in sector 17:   20114  --> hit rate:   655.7 Hz, active area: 7533.0 cm^2   -->  0.09 Hz/cm^2
# digis in sector 18:   20972  --> hit rate:   683.7 Hz, active area: 7533.0 cm^2   -->  0.09 Hz/cm^2
# digis in sector 19:   16090  --> hit rate:   524.6 Hz, active area: 7533.0 cm^2   -->  0.07 Hz/cm^2
# digis in sector 20:   11769  --> hit rate:   383.7 Hz, active area: 7087.5 cm^2   -->  0.05 Hz/cm^2
# digis in sector 21:   17437  --> hit rate:   568.5 Hz, active area: 5022.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 22:  330621  --> hit rate: 10778.6 Hz, active area: 6102.0 cm^2   -->  1.77 Hz/cm^2
# digis in sector 23:   22461  --> hit rate:   732.3 Hz, active area: 7060.5 cm^2   -->  0.10 Hz/cm^2
# digis in sector 24:   20939  --> hit rate:   682.6 Hz, active area: 7533.0 cm^2   -->  0.09 Hz/cm^2

 *** noise rate calculation in run 20068038 ***
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   24602  --> hit rate:   768.8 Hz, active area: 7533.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 14:   13786  --> hit rate:   430.8 Hz, active area: 7479.0 cm^2   -->  0.06 Hz/cm^2
# digis in sector 15:  267530  --> hit rate:  8360.3 Hz, active area: 7533.0 cm^2   -->  1.11 Hz/cm^2
# digis in sector 16:  451854  --> hit rate: 14120.4 Hz, active area: 7533.0 cm^2   -->  1.87 Hz/cm^2
# digis in sector 17:   30687  --> hit rate:   959.0 Hz, active area: 7533.0 cm^2   -->  0.13 Hz/cm^2
# digis in sector 18:   27037  --> hit rate:   844.9 Hz, active area: 7533.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 19:   23005  --> hit rate:   718.9 Hz, active area: 7533.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 20:   17663  --> hit rate:   552.0 Hz, active area: 7087.5 cm^2   -->  0.08 Hz/cm^2
# digis in sector 21:   55952  --> hit rate:  1748.5 Hz, active area: 7533.0 cm^2   -->  0.23 Hz/cm^2
# digis in sector 22:   19728  --> hit rate:   616.5 Hz, active area: 2511.0 cm^2   -->  0.25 Hz/cm^2
# digis in sector 23:   32880  --> hit rate:  1027.5 Hz, active area: 7060.5 cm^2   -->  0.15 Hz/cm^2
# digis in sector 24:   36568  --> hit rate:  1142.8 Hz, active area: 7533.0 cm^2   -->  0.15 Hz/cm^2

 *** noise rate calculation in run 20069039 ***
# events: 3836763, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   25114  --> hit rate:   818.2 Hz, active area: 7533.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 14:   15695  --> hit rate:   511.3 Hz, active area: 7479.0 cm^2   -->  0.07 Hz/cm^2
# digis in sector 15:  272174  --> hit rate:  8867.3 Hz, active area: 7533.0 cm^2   -->  1.18 Hz/cm^2
# digis in sector 16:  436977  --> hit rate: 14236.5 Hz, active area: 7533.0 cm^2   -->  1.89 Hz/cm^2
# digis in sector 17:   32044  --> hit rate:  1044.0 Hz, active area: 7533.0 cm^2   -->  0.14 Hz/cm^2
# digis in sector 18:   29814  --> hit rate:   971.3 Hz, active area: 7533.0 cm^2   -->  0.13 Hz/cm^2
# digis in sector 19:   25389  --> hit rate:   827.2 Hz, active area: 7533.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 20:   19992  --> hit rate:   651.3 Hz, active area: 7087.5 cm^2   -->  0.09 Hz/cm^2
# digis in sector 21:   57763  --> hit rate:  1881.9 Hz, active area: 7533.0 cm^2   -->  0.25 Hz/cm^2
# digis in sector 22:  619873  --> hit rate: 20195.2 Hz, active area: 7182.0 cm^2   -->  2.81 Hz/cm^2
# digis in sector 23:   36493  --> hit rate:  1188.9 Hz, active area: 7060.5 cm^2   -->  0.17 Hz/cm^2
# digis in sector 24:   35993  --> hit rate:  1172.6 Hz, active area: 7533.0 cm^2   -->  0.16 Hz/cm^2

 *** noise rate calculation in run 20071033 ***
# events: 3126618, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   19386  --> hit rate:   775.0 Hz, active area: 7533.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 14:   12760  --> hit rate:   510.1 Hz, active area: 7479.0 cm^2   -->  0.07 Hz/cm^2
# digis in sector 15:  207550  --> hit rate:  8297.7 Hz, active area: 7533.0 cm^2   -->  1.10 Hz/cm^2
# digis in sector 16:  339374  --> hit rate: 13567.9 Hz, active area: 7533.0 cm^2   -->  1.80 Hz/cm^2
# digis in sector 17:   24294  --> hit rate:   971.3 Hz, active area: 7533.0 cm^2   -->  0.13 Hz/cm^2
# digis in sector 18:   15341  --> hit rate:   613.3 Hz, active area: 5022.0 cm^2   -->  0.12 Hz/cm^2
# digis in sector 19:   19750  --> hit rate:   789.6 Hz, active area: 7533.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 20:   17258  --> hit rate:   690.0 Hz, active area: 7087.5 cm^2   -->  0.10 Hz/cm^2
# digis in sector 21:   54180  --> hit rate:  2166.1 Hz, active area: 7533.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 22: 1883829  --> hit rate: 75314.2 Hz, active area: 7128.0 cm^2   --> 10.57 Hz/cm^2
# digis in sector 23:   27838  --> hit rate:  1112.9 Hz, active area: 7060.5 cm^2   -->  0.16 Hz/cm^2
# digis in sector 24:   27927  --> hit rate:  1116.5 Hz, active area: 7533.0 cm^2   -->  0.15 Hz/cm^2

 *** noise rate calculation in run 20072021 ***
# events: 3842991, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   23820  --> hit rate:   774.8 Hz, active area: 7533.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 14:   14889  --> hit rate:   484.3 Hz, active area: 7465.5 cm^2   -->  0.06 Hz/cm^2
# digis in sector 15:  264279  --> hit rate:  8596.1 Hz, active area: 7533.0 cm^2   -->  1.14 Hz/cm^2
# digis in sector 16:  414829  --> hit rate: 13493.0 Hz, active area: 7519.5 cm^2   -->  1.79 Hz/cm^2
# digis in sector 17:   28011  --> hit rate:   911.1 Hz, active area: 7533.0 cm^2   -->  0.12 Hz/cm^2
# digis in sector 18:   28679  --> hit rate:   932.8 Hz, active area: 7533.0 cm^2   -->  0.12 Hz/cm^2
# digis in sector 19:   23959  --> hit rate:   779.3 Hz, active area: 7533.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 20:   27202  --> hit rate:   884.8 Hz, active area: 5805.0 cm^2   -->  0.15 Hz/cm^2
# digis in sector 21:   59612  --> hit rate:  1939.0 Hz, active area: 7533.0 cm^2   -->  0.26 Hz/cm^2
# digis in sector 22:  331327  --> hit rate: 10777.0 Hz, active area: 3780.0 cm^2   -->  2.85 Hz/cm^2
# digis in sector 23:   33852  --> hit rate:  1101.1 Hz, active area: 7060.5 cm^2   -->  0.16 Hz/cm^2
# digis in sector 24:   33879  --> hit rate:  1102.0 Hz, active area: 7533.0 cm^2   -->  0.15 Hz/cm^2

 *** noise rate calculation in run 20077024 ***
# events: 6222318, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   33957  --> hit rate:   682.2 Hz, active area: 7533.0 cm^2   -->  0.09 Hz/cm^2
# digis in sector 14:   20675  --> hit rate:   415.3 Hz, active area: 7479.0 cm^2   -->  0.06 Hz/cm^2
# digis in sector 15:  400509  --> hit rate:  8045.8 Hz, active area: 7519.5 cm^2   -->  1.07 Hz/cm^2
# digis in sector 16:  649066  --> hit rate: 13039.1 Hz, active area: 7533.0 cm^2   -->  1.73 Hz/cm^2
# digis in sector 17:   43926  --> hit rate:   882.4 Hz, active area: 7533.0 cm^2   -->  0.12 Hz/cm^2
# digis in sector 18:   42601  --> hit rate:   855.8 Hz, active area: 7533.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 19:   35124  --> hit rate:   705.6 Hz, active area: 7533.0 cm^2   -->  0.09 Hz/cm^2
# digis in sector 20:   30692  --> hit rate:   616.6 Hz, active area: 7114.5 cm^2   -->  0.09 Hz/cm^2
# digis in sector 21:   67574  --> hit rate:  1357.5 Hz, active area: 5737.5 cm^2   -->  0.24 Hz/cm^2
# digis in sector 22:   43016  --> hit rate:   864.1 Hz, active area: 3766.5 cm^2   -->  0.23 Hz/cm^2
# digis in sector 23:   49683  --> hit rate:   998.1 Hz, active area: 7060.5 cm^2   -->  0.14 Hz/cm^2
# digis in sector 24:   50124  --> hit rate:  1006.9 Hz, active area: 7533.0 cm^2   -->  0.13 Hz/cm^2

 *** noise rate calculation in run 20079031 ***
# events: 3916210, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   19987  --> hit rate:   638.0 Hz, active area: 7533.0 cm^2   -->  0.08 Hz/cm^2
# digis in sector 14:   12249  --> hit rate:   391.0 Hz, active area: 7479.0 cm^2   -->  0.05 Hz/cm^2
# digis in sector 15:  235279  --> hit rate:  7509.8 Hz, active area: 7533.0 cm^2   -->  1.00 Hz/cm^2
# digis in sector 16:  381011  --> hit rate: 12161.3 Hz, active area: 7533.0 cm^2   -->  1.61 Hz/cm^2
# digis in sector 17:   26277  --> hit rate:   838.7 Hz, active area: 7533.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 18:   26054  --> hit rate:   831.6 Hz, active area: 7533.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 19:    8446  --> hit rate:   269.6 Hz, active area: 3766.5 cm^2   -->  0.07 Hz/cm^2
# digis in sector 20:   17275  --> hit rate:   551.4 Hz, active area: 7087.5 cm^2   -->  0.08 Hz/cm^2
# digis in sector 21:   48725  --> hit rate:  1555.2 Hz, active area: 7533.0 cm^2   -->  0.21 Hz/cm^2
# digis in sector 22:   14502  --> hit rate:   462.9 Hz, active area: 2808.0 cm^2   -->  0.16 Hz/cm^2
# digis in sector 23:   29629  --> hit rate:   945.7 Hz, active area: 7060.5 cm^2   -->  0.13 Hz/cm^2
# digis in sector 24:   30363  --> hit rate:   969.1 Hz, active area: 7533.0 cm^2   -->  0.13 Hz/cm^2

 *** noise rate calculation in run 20081028 ***
# events: 3815230, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   33005  --> hit rate:  1081.4 Hz, active area: 7533.0 cm^2   -->  0.14 Hz/cm^2
# digis in sector 14:   20986  --> hit rate:   687.6 Hz, active area: 7479.0 cm^2   -->  0.09 Hz/cm^2
# digis in sector 15:  247561  --> hit rate:  8110.9 Hz, active area: 7533.0 cm^2   -->  1.08 Hz/cm^2
# digis in sector 16:   44972  --> hit rate:  1473.4 Hz, active area: 5022.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 17:   36439  --> hit rate:  1193.9 Hz, active area: 7533.0 cm^2   -->  0.16 Hz/cm^2
# digis in sector 18:   21877  --> hit rate:   716.8 Hz, active area: 5022.0 cm^2   -->  0.14 Hz/cm^2
# digis in sector 19:   12936  --> hit rate:   423.8 Hz, active area: 3807.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 20:   24114  --> hit rate:   790.1 Hz, active area: 7114.5 cm^2   -->  0.11 Hz/cm^2
# digis in sector 21:  120801  --> hit rate:  3957.9 Hz, active area: 7533.0 cm^2   -->  0.53 Hz/cm^2
# digis in sector 22: 1083655  --> hit rate: 35504.2 Hz, active area: 5022.0 cm^2   -->  7.07 Hz/cm^2
# digis in sector 23:   39945  --> hit rate:  1308.7 Hz, active area: 7060.5 cm^2   -->  0.19 Hz/cm^2
# digis in sector 24:   43181  --> hit rate:  1414.8 Hz, active area: 7533.0 cm^2   -->  0.19 Hz/cm^2

 *** noise rate calculation in run 20083038 ***
# events: 3893736, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   23415  --> hit rate:   751.7 Hz, active area: 7533.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 14:   13388  --> hit rate:   429.8 Hz, active area: 7479.0 cm^2   -->  0.06 Hz/cm^2
# digis in sector 15:  214336  --> hit rate:  6880.8 Hz, active area: 7533.0 cm^2   -->  0.91 Hz/cm^2
# digis in sector 16:  353486  --> hit rate: 11347.9 Hz, active area: 7533.0 cm^2   -->  1.51 Hz/cm^2
# digis in sector 17:   25874  --> hit rate:   830.6 Hz, active area: 7533.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 18:   17518  --> hit rate:   562.4 Hz, active area: 5022.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 19:   21393  --> hit rate:   686.8 Hz, active area: 7533.0 cm^2   -->  0.09 Hz/cm^2
# digis in sector 20:   11998  --> hit rate:   385.2 Hz, active area: 5022.0 cm^2   -->  0.08 Hz/cm^2
# digis in sector 21:   53777  --> hit rate:  1726.4 Hz, active area: 7533.0 cm^2   -->  0.23 Hz/cm^2
# digis in sector 22:   14515  --> hit rate:   466.0 Hz, active area: 2511.0 cm^2   -->  0.19 Hz/cm^2
# digis in sector 23:   31882  --> hit rate:  1023.5 Hz, active area: 7060.5 cm^2   -->  0.14 Hz/cm^2
# digis in sector 24:   31652  --> hit rate:  1016.1 Hz, active area: 7533.0 cm^2   -->  0.13 Hz/cm^2

 *** noise rate calculation in run 20084021 ***
# events: 3910030, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   23514  --> hit rate:   751.7 Hz, active area: 7533.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 14:   13887  --> hit rate:   444.0 Hz, active area: 7479.0 cm^2   -->  0.06 Hz/cm^2
# digis in sector 15:  225636  --> hit rate:  7213.4 Hz, active area: 7533.0 cm^2   -->  0.96 Hz/cm^2
# digis in sector 16:  377472  --> hit rate: 12067.4 Hz, active area: 7533.0 cm^2   -->  1.60 Hz/cm^2
# digis in sector 17:   28092  --> hit rate:   898.1 Hz, active area: 7533.0 cm^2   -->  0.12 Hz/cm^2
# digis in sector 18:   17793  --> hit rate:   568.8 Hz, active area: 5022.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 19:   23165  --> hit rate:   740.6 Hz, active area: 7533.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 20:   18217  --> hit rate:   582.4 Hz, active area: 7114.5 cm^2   -->  0.08 Hz/cm^2
# digis in sector 21:   62790  --> hit rate:  2007.3 Hz, active area: 7533.0 cm^2   -->  0.27 Hz/cm^2
# digis in sector 22:   21034  --> hit rate:   672.4 Hz, active area: 3753.0 cm^2   -->  0.18 Hz/cm^2
# digis in sector 23:   31718  --> hit rate:  1014.0 Hz, active area: 7060.5 cm^2   -->  0.14 Hz/cm^2
# digis in sector 24:   32147  --> hit rate:  1027.7 Hz, active area: 7533.0 cm^2   -->  0.14 Hz/cm^2

 *** noise rate calculation in run 20085021 ***
# events: 3931160, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   21108  --> hit rate:   671.2 Hz, active area: 7533.0 cm^2   -->  0.09 Hz/cm^2
# digis in sector 14:   12501  --> hit rate:   397.5 Hz, active area: 7479.0 cm^2   -->  0.05 Hz/cm^2
# digis in sector 15:  221491  --> hit rate:  7042.8 Hz, active area: 7533.0 cm^2   -->  0.93 Hz/cm^2
# digis in sector 16:  366374  --> hit rate: 11649.7 Hz, active area: 7519.5 cm^2   -->  1.55 Hz/cm^2
# digis in sector 17:   27220  --> hit rate:   865.5 Hz, active area: 7533.0 cm^2   -->  0.11 Hz/cm^2
# digis in sector 18:   16238  --> hit rate:   516.3 Hz, active area: 5022.0 cm^2   -->  0.10 Hz/cm^2
# digis in sector 19:   20848  --> hit rate:   662.9 Hz, active area: 7533.0 cm^2   -->  0.09 Hz/cm^2
# digis in sector 20:   17076  --> hit rate:   543.0 Hz, active area: 7087.5 cm^2   -->  0.08 Hz/cm^2
# digis in sector 21:   53753  --> hit rate:  1709.2 Hz, active area: 7533.0 cm^2   -->  0.23 Hz/cm^2
# digis in sector 22:   15822  --> hit rate:   503.1 Hz, active area: 2835.0 cm^2   -->  0.18 Hz/cm^2
# digis in sector 23:   28874  --> hit rate:   918.1 Hz, active area: 7060.5 cm^2   -->  0.13 Hz/cm^2
# digis in sector 24:   31127  --> hit rate:   989.8 Hz, active area: 7533.0 cm^2   -->  0.13 Hz/cm^2

 *** noise rate calculation in run 20086021 ***
# events: 3931771, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   30846  --> hit rate:   980.7 Hz, active area: 7533.0 cm^2   -->  0.13 Hz/cm^2
# digis in sector 14:   20416  --> hit rate:   649.1 Hz, active area: 7479.0 cm^2   -->  0.09 Hz/cm^2
# digis in sector 15:  343468  --> hit rate: 10919.6 Hz, active area: 7533.0 cm^2   -->  1.45 Hz/cm^2
# digis in sector 16:  466636  --> hit rate: 14835.4 Hz, active area: 7533.0 cm^2   -->  1.97 Hz/cm^2
# digis in sector 17:   40329  --> hit rate:  1282.2 Hz, active area: 7533.0 cm^2   -->  0.17 Hz/cm^2
# digis in sector 18:   30600  --> hit rate:   972.8 Hz, active area: 5022.0 cm^2   -->  0.19 Hz/cm^2
# digis in sector 19:   33836  --> hit rate:  1075.7 Hz, active area: 7533.0 cm^2   -->  0.14 Hz/cm^2
# digis in sector 20:  199241  --> hit rate:  6334.3 Hz, active area: 7114.5 cm^2   -->  0.89 Hz/cm^2
# digis in sector 21:   53065  --> hit rate:  1687.1 Hz, active area: 5022.0 cm^2   -->  0.34 Hz/cm^2
# digis in sector 22:   26969  --> hit rate:   857.4 Hz, active area: 2511.0 cm^2   -->  0.34 Hz/cm^2
# digis in sector 23:   50215  --> hit rate:  1596.4 Hz, active area: 7060.5 cm^2   -->  0.23 Hz/cm^2
# digis in sector 24:   52747  --> hit rate:  1676.9 Hz, active area: 7533.0 cm^2   -->  0.22 Hz/cm^2

 *** noise rate calculation in run 20087027 ***
# events: 3452020, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   60027  --> hit rate:  2173.6 Hz, active area: 7533.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 14:   42999  --> hit rate:  1557.0 Hz, active area: 7479.0 cm^2   -->  0.21 Hz/cm^2
# digis in sector 15:  182480  --> hit rate:  6607.7 Hz, active area: 7533.0 cm^2   -->  0.88 Hz/cm^2
# digis in sector 16:  300815  --> hit rate: 10892.7 Hz, active area: 7506.0 cm^2   -->  1.45 Hz/cm^2
# digis in sector 17:   62261  --> hit rate:  2254.5 Hz, active area: 7533.0 cm^2   -->  0.30 Hz/cm^2
# digis in sector 18:   38095  --> hit rate:  1379.4 Hz, active area: 5022.0 cm^2   -->  0.27 Hz/cm^2
# digis in sector 19:   55776  --> hit rate:  2019.7 Hz, active area: 7533.0 cm^2   -->  0.27 Hz/cm^2
# digis in sector 20:   46798  --> hit rate:  1694.6 Hz, active area: 7114.5 cm^2   -->  0.24 Hz/cm^2
# digis in sector 21:   39240  --> hit rate:  1420.9 Hz, active area: 7533.0 cm^2   -->  0.19 Hz/cm^2
# digis in sector 22:   12020  --> hit rate:   435.3 Hz, active area: 2524.5 cm^2   -->  0.17 Hz/cm^2
# digis in sector 23:   67851  --> hit rate:  2456.9 Hz, active area: 7060.5 cm^2   -->  0.35 Hz/cm^2
# digis in sector 24:   72859  --> hit rate:  2638.3 Hz, active area: 7533.0 cm^2   -->  0.35 Hz/cm^2

 *** noise rate calculation in run 20088019 ***
# events: 3898510, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   75863  --> hit rate:  2432.4 Hz, active area: 7533.0 cm^2   -->  0.32 Hz/cm^2
# digis in sector 14:   57684  --> hit rate:  1849.6 Hz, active area: 7479.0 cm^2   -->  0.25 Hz/cm^2
# digis in sector 15:  202339  --> hit rate:  6487.7 Hz, active area: 7533.0 cm^2   -->  0.86 Hz/cm^2
# digis in sector 16:  337914  --> hit rate: 10834.7 Hz, active area: 7533.0 cm^2   -->  1.44 Hz/cm^2
# digis in sector 17:   81738  --> hit rate:  2620.8 Hz, active area: 7533.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 18:   45849  --> hit rate:  1470.1 Hz, active area: 5022.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 19:   31502  --> hit rate:  1010.1 Hz, active area: 3766.5 cm^2   -->  0.27 Hz/cm^2
# digis in sector 20:   60227  --> hit rate:  1931.1 Hz, active area: 7114.5 cm^2   -->  0.27 Hz/cm^2
# digis in sector 21:   50704  --> hit rate:  1625.7 Hz, active area: 7533.0 cm^2   -->  0.22 Hz/cm^2
# digis in sector 22:   14743  --> hit rate:   472.7 Hz, active area: 2511.0 cm^2   -->  0.19 Hz/cm^2
# digis in sector 23:   87169  --> hit rate:  2794.9 Hz, active area: 7060.5 cm^2   -->  0.40 Hz/cm^2
# digis in sector 24:   93097  --> hit rate:  2985.0 Hz, active area: 7533.0 cm^2   -->  0.40 Hz/cm^2

 *** noise rate calculation in run 20089023 ***
# events: 3844835, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   74317  --> hit rate:  2416.1 Hz, active area: 7533.0 cm^2   -->  0.32 Hz/cm^2
# digis in sector 14:   55117  --> hit rate:  1791.9 Hz, active area: 7479.0 cm^2   -->  0.24 Hz/cm^2
# digis in sector 15:  197409  --> hit rate:  6418.0 Hz, active area: 7533.0 cm^2   -->  0.85 Hz/cm^2
# digis in sector 16:  330331  --> hit rate: 10739.4 Hz, active area: 7533.0 cm^2   -->  1.43 Hz/cm^2
# digis in sector 17:   79994  --> hit rate:  2600.7 Hz, active area: 7533.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 18:   45364  --> hit rate:  1474.8 Hz, active area: 5022.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 19:   71511  --> hit rate:  2324.9 Hz, active area: 7533.0 cm^2   -->  0.31 Hz/cm^2
# digis in sector 20:   57725  --> hit rate:  1876.7 Hz, active area: 7114.5 cm^2   -->  0.26 Hz/cm^2
# digis in sector 21:   34465  --> hit rate:  1120.5 Hz, active area: 5022.0 cm^2   -->  0.22 Hz/cm^2
# digis in sector 22:   14805  --> hit rate:   481.3 Hz, active area: 2538.0 cm^2   -->  0.19 Hz/cm^2
# digis in sector 23:   84354  --> hit rate:  2742.4 Hz, active area: 7060.5 cm^2   -->  0.39 Hz/cm^2
# digis in sector 24:   89831  --> hit rate:  2920.5 Hz, active area: 7533.0 cm^2   -->  0.39 Hz/cm^2

 *** noise rate calculation in run 20090038 ***
# events: 3938681, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   87048  --> hit rate:  2762.6 Hz, active area: 7533.0 cm^2   -->  0.37 Hz/cm^2
# digis in sector 14:   66440  --> hit rate:  2108.6 Hz, active area: 7479.0 cm^2   -->  0.28 Hz/cm^2
# digis in sector 15:  255037  --> hit rate:  8094.0 Hz, active area: 7533.0 cm^2   -->  1.07 Hz/cm^2
# digis in sector 16:  377060  --> hit rate: 11966.6 Hz, active area: 7533.0 cm^2   -->  1.59 Hz/cm^2
# digis in sector 17:   94342  --> hit rate:  2994.1 Hz, active area: 7533.0 cm^2   -->  0.40 Hz/cm^2
# digis in sector 18:   55726  --> hit rate:  1768.5 Hz, active area: 5022.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 19:   85705  --> hit rate:  2720.0 Hz, active area: 7533.0 cm^2   -->  0.36 Hz/cm^2
# digis in sector 20:   65670  --> hit rate:  2084.1 Hz, active area: 6277.5 cm^2   -->  0.33 Hz/cm^2
# digis in sector 21:   37276  --> hit rate:  1183.0 Hz, active area: 2511.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 22:   20587  --> hit rate:   653.4 Hz, active area: 2632.5 cm^2   -->  0.25 Hz/cm^2
# digis in sector 23:   97378  --> hit rate:  3090.4 Hz, active area: 7060.5 cm^2   -->  0.44 Hz/cm^2
# digis in sector 24:  104768  --> hit rate:  3325.0 Hz, active area: 7533.0 cm^2   -->  0.44 Hz/cm^2

 *** noise rate calculation in run 20092048 ***
# events: 3911676, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   77682  --> hit rate:  2482.4 Hz, active area: 7533.0 cm^2   -->  0.33 Hz/cm^2
# digis in sector 14:   59159  --> hit rate:  1890.5 Hz, active area: 7479.0 cm^2   -->  0.25 Hz/cm^2
# digis in sector 15:  181295  --> hit rate:  5793.4 Hz, active area: 7533.0 cm^2   -->  0.77 Hz/cm^2
# digis in sector 16:  296702  --> hit rate:  9481.3 Hz, active area: 7506.0 cm^2   -->  1.26 Hz/cm^2
# digis in sector 17:   84829  --> hit rate:  2710.8 Hz, active area: 7533.0 cm^2   -->  0.36 Hz/cm^2
# digis in sector 18:   74074  --> hit rate:  2367.1 Hz, active area: 7533.0 cm^2   -->  0.31 Hz/cm^2
# digis in sector 19:   75518  --> hit rate:  2413.2 Hz, active area: 7533.0 cm^2   -->  0.32 Hz/cm^2
# digis in sector 20:   65478  --> hit rate:  2092.4 Hz, active area: 7114.5 cm^2   -->  0.29 Hz/cm^2
# digis in sector 21:   44704  --> hit rate:  1428.5 Hz, active area: 7533.0 cm^2   -->  0.19 Hz/cm^2
# digis in sector 22: 4918299  --> hit rate: 157167.2 Hz, active area: 6345.0 cm^2   --> 24.77 Hz/cm^2
# digis in sector 23:   87552  --> hit rate:  2797.8 Hz, active area: 7060.5 cm^2   -->  0.40 Hz/cm^2
# digis in sector 24:   91993  --> hit rate:  2939.7 Hz, active area: 7533.0 cm^2   -->  0.39 Hz/cm^2

 *** noise rate calculation in run 20095024 ***
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   97102  --> hit rate:  3034.4 Hz, active area: 7533.0 cm^2   -->  0.40 Hz/cm^2
# digis in sector 14:   75811  --> hit rate:  2369.1 Hz, active area: 7479.0 cm^2   -->  0.32 Hz/cm^2
# digis in sector 15:  487822  --> hit rate: 15244.4 Hz, active area: 2511.0 cm^2   -->  6.07 Hz/cm^2
# digis in sector 16: 2939633  --> hit rate: 91863.5 Hz, active area: 7533.0 cm^2   --> 12.19 Hz/cm^2
# digis in sector 17:  112502  --> hit rate:  3515.7 Hz, active area: 7519.5 cm^2   -->  0.47 Hz/cm^2
# digis in sector 18:   93709  --> hit rate:  2928.4 Hz, active area: 7533.0 cm^2   -->  0.39 Hz/cm^2
# digis in sector 19:  114142  --> hit rate:  3566.9 Hz, active area: 7533.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 20:   90453  --> hit rate:  2826.7 Hz, active area: 7114.5 cm^2   -->  0.40 Hz/cm^2
# digis in sector 21:  105922  --> hit rate:  3310.1 Hz, active area: 7533.0 cm^2   -->  0.44 Hz/cm^2
# digis in sector 22: 1308456  --> hit rate: 40889.2 Hz, active area: 6412.5 cm^2   -->  6.38 Hz/cm^2
# digis in sector 23:  114177  --> hit rate:  3568.0 Hz, active area: 7060.5 cm^2   -->  0.51 Hz/cm^2
# digis in sector 24:  118272  --> hit rate:  3696.0 Hz, active area: 7533.0 cm^2   -->  0.49 Hz/cm^2

 *** noise rate calculation in run 20097029 ***
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  109603  --> hit rate:  3425.1 Hz, active area: 7533.0 cm^2   -->  0.45 Hz/cm^2
# digis in sector 14:   85594  --> hit rate:  2674.8 Hz, active area: 7479.0 cm^2   -->  0.36 Hz/cm^2
# digis in sector 15: 1004823  --> hit rate: 31400.7 Hz, active area: 6277.5 cm^2   -->  5.00 Hz/cm^2
# digis in sector 16: 3102580  --> hit rate: 96955.6 Hz, active area: 7533.0 cm^2   --> 12.87 Hz/cm^2
# digis in sector 17:  125097  --> hit rate:  3909.3 Hz, active area: 7533.0 cm^2   -->  0.52 Hz/cm^2
# digis in sector 18:  105498  --> hit rate:  3296.8 Hz, active area: 7533.0 cm^2   -->  0.44 Hz/cm^2
# digis in sector 19:  134232  --> hit rate:  4194.8 Hz, active area: 7533.0 cm^2   -->  0.56 Hz/cm^2
# digis in sector 20:  102620  --> hit rate:  3206.9 Hz, active area: 7114.5 cm^2   -->  0.45 Hz/cm^2
# digis in sector 21:  135462  --> hit rate:  4233.2 Hz, active area: 7533.0 cm^2   -->  0.56 Hz/cm^2
# digis in sector 22:   28684  --> hit rate:   896.4 Hz, active area: 3469.5 cm^2   -->  0.26 Hz/cm^2
# digis in sector 23:  124454  --> hit rate:  3889.2 Hz, active area: 7060.5 cm^2   -->  0.55 Hz/cm^2
# digis in sector 24:  134817  --> hit rate:  4213.0 Hz, active area: 7533.0 cm^2   -->  0.56 Hz/cm^2

 *** noise rate calculation in run 20098034 ***
# events: 3747444, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  216014  --> hit rate:  7205.4 Hz, active area: 7533.0 cm^2   -->  0.96 Hz/cm^2
# digis in sector 14:  173923  --> hit rate:  5801.4 Hz, active area: 7479.0 cm^2   -->  0.78 Hz/cm^2
# digis in sector 15: 2209445  --> hit rate: 73698.4 Hz, active area: 5022.0 cm^2   --> 14.68 Hz/cm^2
# digis in sector 16: 5166266  --> hit rate: 172326.3 Hz, active area: 7533.0 cm^2   --> 22.88 Hz/cm^2
# digis in sector 17:  251961  --> hit rate:  8404.4 Hz, active area: 7533.0 cm^2   -->  1.12 Hz/cm^2
# digis in sector 18:  155989  --> hit rate:  5203.2 Hz, active area: 5022.0 cm^2   -->  1.04 Hz/cm^2
# digis in sector 19:  309828  --> hit rate: 10334.6 Hz, active area: 7533.0 cm^2   -->  1.37 Hz/cm^2
# digis in sector 20:  226815  --> hit rate:  7565.7 Hz, active area: 7114.5 cm^2   -->  1.06 Hz/cm^2
# digis in sector 21:  452835  --> hit rate: 15104.8 Hz, active area: 5022.0 cm^2   -->  3.01 Hz/cm^2
# digis in sector 22:  270415  --> hit rate:  9020.0 Hz, active area: 3766.5 cm^2   -->  2.39 Hz/cm^2
# digis in sector 23:  251961  --> hit rate:  8404.4 Hz, active area: 7060.5 cm^2   -->  1.19 Hz/cm^2
# digis in sector 24:  275865  --> hit rate:  9201.8 Hz, active area: 7533.0 cm^2   -->  1.22 Hz/cm^2

 *** noise rate calculation in run 20100042 ***
# events: 3934158, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  330290  --> hit rate: 10494.3 Hz, active area: 7411.5 cm^2   -->  1.42 Hz/cm^2
# digis in sector 14: 19286137  --> hit rate: 612778.4 Hz, active area: 7303.5 cm^2   --> 83.90 Hz/cm^2
# digis in sector 15: 1290534  --> hit rate: 41004.1 Hz, active area: 7533.0 cm^2   -->  5.44 Hz/cm^2
# digis in sector 16: 3188186  --> hit rate: 101298.2 Hz, active area: 7533.0 cm^2   --> 13.45 Hz/cm^2
# digis in sector 17:  140207  --> hit rate:  4454.8 Hz, active area: 7465.5 cm^2   -->  0.60 Hz/cm^2
# digis in sector 18:  111718  --> hit rate:  3549.6 Hz, active area: 7452.0 cm^2   -->  0.48 Hz/cm^2
# digis in sector 19:  147642  --> hit rate:  4691.0 Hz, active area: 7425.0 cm^2   -->  0.63 Hz/cm^2
# digis in sector 20:  169822  --> hit rate:  5395.8 Hz, active area: 7060.5 cm^2   -->  0.76 Hz/cm^2
# digis in sector 21:  128477  --> hit rate:  4082.1 Hz, active area: 5022.0 cm^2   -->  0.81 Hz/cm^2
# digis in sector 22:   43007  --> hit rate:  1366.5 Hz, active area: 2821.5 cm^2   -->  0.48 Hz/cm^2
# digis in sector 23: 5499283  --> hit rate: 174728.7 Hz, active area: 7033.5 cm^2   --> 24.84 Hz/cm^2
# digis in sector 24:  136217  --> hit rate:  4328.0 Hz, active area: 7506.0 cm^2   -->  0.58 Hz/cm^2

 *** noise rate calculation in run 20101027 ***
# events: 2468702, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  105287  --> hit rate:  5331.1 Hz, active area: 7398.0 cm^2   -->  0.72 Hz/cm^2
# digis in sector 14: 12216280  --> hit rate: 618557.9 Hz, active area: 7290.0 cm^2   --> 84.85 Hz/cm^2
# digis in sector 15:  694874  --> hit rate: 35184.2 Hz, active area: 7533.0 cm^2   -->  4.67 Hz/cm^2
# digis in sector 16: 1979180  --> hit rate: 100213.6 Hz, active area: 7533.0 cm^2   --> 13.30 Hz/cm^2
# digis in sector 17:   85961  --> hit rate:  4352.5 Hz, active area: 7465.5 cm^2   -->  0.58 Hz/cm^2
# digis in sector 18:   69745  --> hit rate:  3531.5 Hz, active area: 7452.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 19:   87832  --> hit rate:  4447.3 Hz, active area: 7425.0 cm^2   -->  0.60 Hz/cm^2
# digis in sector 20:   69409  --> hit rate:  3514.4 Hz, active area: 7060.5 cm^2   -->  0.50 Hz/cm^2
# digis in sector 21:   92597  --> hit rate:  4688.5 Hz, active area: 7533.0 cm^2   -->  0.62 Hz/cm^2
# digis in sector 22:   24885  --> hit rate:  1260.0 Hz, active area: 3685.5 cm^2   -->  0.34 Hz/cm^2
# digis in sector 23: 3012916  --> hit rate: 152555.7 Hz, active area: 7020.0 cm^2   --> 21.73 Hz/cm^2
# digis in sector 24: 1624865  --> hit rate: 82273.2 Hz, active area: 7519.5 cm^2   --> 10.94 Hz/cm^2

 *** noise rate calculation in run 20104033 ***
# events: 3861860, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  123340  --> hit rate:  3992.2 Hz, active area: 4968.0 cm^2   -->  0.80 Hz/cm^2
# digis in sector 14:  137663  --> hit rate:  4455.9 Hz, active area: 6939.0 cm^2   -->  0.64 Hz/cm^2
# digis in sector 15: 17741170  --> hit rate: 574243.1 Hz, active area: 7492.5 cm^2   --> 76.64 Hz/cm^2
# digis in sector 16: 9162022  --> hit rate: 296554.7 Hz, active area: 7519.5 cm^2   --> 39.44 Hz/cm^2
# digis in sector 17:  211537  --> hit rate:  6847.0 Hz, active area: 7182.0 cm^2   -->  0.95 Hz/cm^2
# digis in sector 18:  184665  --> hit rate:  5977.2 Hz, active area: 7249.5 cm^2   -->  0.82 Hz/cm^2
# digis in sector 19:   87891  --> hit rate:  2844.8 Hz, active area: 3618.0 cm^2   -->  0.79 Hz/cm^2
# digis in sector 20:  209079  --> hit rate:  6767.4 Hz, active area: 6939.0 cm^2   -->  0.98 Hz/cm^2
# digis in sector 21: 7274862  --> hit rate: 235471.4 Hz, active area: 7533.0 cm^2   --> 31.26 Hz/cm^2
# digis in sector 22: 2474158  --> hit rate: 80083.1 Hz, active area: 2619.0 cm^2   --> 30.58 Hz/cm^2
# digis in sector 23:  288045  --> hit rate:  9323.4 Hz, active area: 6709.5 cm^2   -->  1.39 Hz/cm^2
# digis in sector 24:  229860  --> hit rate:  7440.1 Hz, active area: 7074.0 cm^2   -->  1.05 Hz/cm^2

 *** noise rate calculation in run 20106023 ***
# events: 1264767, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:    4918  --> hit rate:   486.1 Hz, active area: 1633.5 cm^2   -->  0.30 Hz/cm^2
# digis in sector 14:     111  --> hit rate:    11.0 Hz, active area: 1120.5 cm^2   -->  0.01 Hz/cm^2
# digis in sector 15:    8958  --> hit rate:   885.3 Hz, active area: 823.5 cm^2   -->  1.08 Hz/cm^2
# digis in sector 16:      53  --> hit rate:     5.2 Hz, active area: 391.5 cm^2   -->  0.01 Hz/cm^2
# digis in sector 17:     454  --> hit rate:    44.9 Hz, active area: 2146.5 cm^2   -->  0.02 Hz/cm^2
# digis in sector 18:     756  --> hit rate:    74.7 Hz, active area: 2295.0 cm^2   -->  0.03 Hz/cm^2
# digis in sector 19:    1155  --> hit rate:   114.2 Hz, active area: 2065.5 cm^2   -->  0.06 Hz/cm^2
# digis in sector 20:    1360  --> hit rate:   134.4 Hz, active area: 2767.5 cm^2   -->  0.05 Hz/cm^2
# digis in sector 21:       7  --> hit rate:     0.7 Hz, active area:  94.5 cm^2   -->  0.01 Hz/cm^2
# digis in sector 22:       2  --> hit rate:     0.2 Hz, active area:  13.5 cm^2   -->  0.01 Hz/cm^2
# digis in sector 23:    1108  --> hit rate:   109.5 Hz, active area: 2619.0 cm^2   -->  0.04 Hz/cm^2
# digis in sector 24:    1037  --> hit rate:   102.5 Hz, active area: 2929.5 cm^2   -->  0.03 Hz/cm^2

 *** noise rate calculation in run 20106024 ***
# events: 1155507, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:    2962  --> hit rate:   320.4 Hz, active area: 1984.5 cm^2   -->  0.16 Hz/cm^2
# digis in sector 14:      95  --> hit rate:    10.3 Hz, active area: 891.0 cm^2   -->  0.01 Hz/cm^2
# digis in sector 15:   13202  --> hit rate:  1428.2 Hz, active area: 796.5 cm^2   -->  1.79 Hz/cm^2
# digis in sector 16:      39  --> hit rate:     4.2 Hz, active area: 405.0 cm^2   -->  0.01 Hz/cm^2
# digis in sector 17:     376  --> hit rate:    40.7 Hz, active area: 2254.5 cm^2   -->  0.02 Hz/cm^2
# digis in sector 18:     693  --> hit rate:    75.0 Hz, active area: 2956.5 cm^2   -->  0.03 Hz/cm^2
# digis in sector 19:    1146  --> hit rate:   124.0 Hz, active area: 1512.0 cm^2   -->  0.08 Hz/cm^2
# digis in sector 20:    1938  --> hit rate:   209.6 Hz, active area: 2578.5 cm^2   -->  0.08 Hz/cm^2
# digis in sector 21:    9183  --> hit rate:   993.4 Hz, active area: 297.0 cm^2   -->  3.34 Hz/cm^2
# digis in sector 22:    3561  --> hit rate:   385.2 Hz, active area: 108.0 cm^2   -->  3.57 Hz/cm^2
# digis in sector 23:    1033  --> hit rate:   111.7 Hz, active area: 2686.5 cm^2   -->  0.04 Hz/cm^2
# digis in sector 24:     899  --> hit rate:    97.3 Hz, active area: 2808.0 cm^2   -->  0.03 Hz/cm^2

 *** noise rate calculation in run 20116024 ***
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  218373  --> hit rate:  6824.2 Hz, active area: 6885.0 cm^2   -->  0.99 Hz/cm^2
# digis in sector 14: 1047229  --> hit rate: 32725.9 Hz, active area: 6331.5 cm^2   -->  5.17 Hz/cm^2
# digis in sector 15: 12456581  --> hit rate: 389268.2 Hz, active area: 7249.5 cm^2   --> 53.70 Hz/cm^2
# digis in sector 16: 6346179  --> hit rate: 198318.1 Hz, active area: 7438.5 cm^2   --> 26.66 Hz/cm^2
# digis in sector 17:  132108  --> hit rate:  4128.4 Hz, active area: 4576.5 cm^2   -->  0.90 Hz/cm^2
# digis in sector 18:  221368  --> hit rate:  6917.8 Hz, active area: 6925.5 cm^2   -->  1.00 Hz/cm^2
# digis in sector 19:  563080  --> hit rate: 17596.2 Hz, active area: 6736.5 cm^2   -->  2.61 Hz/cm^2
# digis in sector 20:  414069  --> hit rate: 12939.7 Hz, active area: 6547.5 cm^2   -->  1.98 Hz/cm^2
# digis in sector 21: 4448681  --> hit rate: 139021.3 Hz, active area: 5602.5 cm^2   --> 24.81 Hz/cm^2
# digis in sector 22: 10870065  --> hit rate: 339689.5 Hz, active area: 4941.0 cm^2   --> 68.75 Hz/cm^2
# digis in sector 23:  256965  --> hit rate:  8030.2 Hz, active area: 6412.5 cm^2   -->  1.25 Hz/cm^2
# digis in sector 24: 2794429  --> hit rate: 87325.9 Hz, active area: 5791.5 cm^2   --> 15.08 Hz/cm^2

 *** noise rate calculation in run 20117044 ***
# events: 3925851, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  220357  --> hit rate:  7016.2 Hz, active area: 7101.0 cm^2   -->  0.99 Hz/cm^2
# digis in sector 14:  272896  --> hit rate:  8689.1 Hz, active area: 6318.0 cm^2   -->  1.38 Hz/cm^2
# digis in sector 15: 10163165  --> hit rate: 323597.5 Hz, active area: 7249.5 cm^2   --> 44.64 Hz/cm^2
# digis in sector 16: 5714119  --> hit rate: 181938.9 Hz, active area: 7438.5 cm^2   --> 24.46 Hz/cm^2
# digis in sector 17:  249966  --> hit rate:  7959.0 Hz, active area: 6628.5 cm^2   -->  1.20 Hz/cm^2
# digis in sector 18:  180928  --> hit rate:  5760.8 Hz, active area: 7006.5 cm^2   -->  0.82 Hz/cm^2
# digis in sector 19:   86040  --> hit rate:  2739.5 Hz, active area: 3334.5 cm^2   -->  0.82 Hz/cm^2
# digis in sector 20:  161091  --> hit rate:  5129.2 Hz, active area: 6547.5 cm^2   -->  0.78 Hz/cm^2
# digis in sector 21: 2727862  --> hit rate: 86855.8 Hz, active area: 3361.5 cm^2   --> 25.84 Hz/cm^2
# digis in sector 22: 8795133  --> hit rate: 280039.1 Hz, active area: 5022.0 cm^2   --> 55.76 Hz/cm^2
# digis in sector 23:  218920  --> hit rate:  6970.5 Hz, active area: 6412.5 cm^2   -->  1.09 Hz/cm^2
# digis in sector 24:  505388  --> hit rate: 16091.7 Hz, active area: 6790.5 cm^2   -->  2.37 Hz/cm^2

 *** noise rate calculation in run 20119029 ***
# events: 12182528, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  312225  --> hit rate:  3203.6 Hz, active area: 4806.0 cm^2   -->  0.67 Hz/cm^2
# digis in sector 14:  421065  --> hit rate:  4320.4 Hz, active area: 6345.0 cm^2   -->  0.68 Hz/cm^2
# digis in sector 15: 22276007  --> hit rate: 228565.1 Hz, active area: 7249.5 cm^2   --> 31.53 Hz/cm^2
# digis in sector 16: 13907415  --> hit rate: 142698.4 Hz, active area: 7438.5 cm^2   --> 19.18 Hz/cm^2
# digis in sector 17:  640509  --> hit rate:  6572.0 Hz, active area: 6871.5 cm^2   -->  0.96 Hz/cm^2
# digis in sector 18:  499382  --> hit rate:  5124.0 Hz, active area: 7047.0 cm^2   -->  0.73 Hz/cm^2
# digis in sector 19: 1081434  --> hit rate: 11096.2 Hz, active area: 6736.5 cm^2   -->  1.65 Hz/cm^2
# digis in sector 20:  901025  --> hit rate:  9245.1 Hz, active area: 6493.5 cm^2   -->  1.42 Hz/cm^2
# digis in sector 21: 4262591  --> hit rate: 43736.7 Hz, active area: 6817.5 cm^2   -->  6.42 Hz/cm^2
# digis in sector 22: 8493433  --> hit rate: 87147.7 Hz, active area: 4927.5 cm^2   --> 17.69 Hz/cm^2
# digis in sector 23:  565853  --> hit rate:  5806.0 Hz, active area: 6345.0 cm^2   -->  0.92 Hz/cm^2
# digis in sector 24:  973206  --> hit rate:  9985.7 Hz, active area: 6858.0 cm^2   -->  1.46 Hz/cm^2

 *** noise rate calculation in run 20120023 ***
# events: 3738581, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  128427  --> hit rate:  4294.0 Hz, active area: 4806.0 cm^2   -->  0.89 Hz/cm^2
# digis in sector 14:  176057  --> hit rate:  5886.5 Hz, active area: 6264.0 cm^2   -->  0.94 Hz/cm^2
# digis in sector 15: 7892103  --> hit rate: 263873.6 Hz, active area: 7249.5 cm^2   --> 36.40 Hz/cm^2
# digis in sector 16: 4618371  --> hit rate: 154415.9 Hz, active area: 7317.0 cm^2   --> 21.10 Hz/cm^2
# digis in sector 17:  198219  --> hit rate:  6627.5 Hz, active area: 6763.5 cm^2   -->  0.98 Hz/cm^2
# digis in sector 18:  169257  --> hit rate:  5659.1 Hz, active area: 6966.0 cm^2   -->  0.81 Hz/cm^2
# digis in sector 19:  178852  --> hit rate:  5979.9 Hz, active area: 6561.0 cm^2   -->  0.91 Hz/cm^2
# digis in sector 20:  177054  --> hit rate:  5919.8 Hz, active area: 6466.5 cm^2   -->  0.92 Hz/cm^2
# digis in sector 21: 1077930  --> hit rate: 36040.7 Hz, active area: 6858.0 cm^2   -->  5.26 Hz/cm^2
# digis in sector 22: 2185695  --> hit rate: 73079.0 Hz, active area: 4927.5 cm^2   --> 14.83 Hz/cm^2
# digis in sector 23:  187750  --> hit rate:  6277.4 Hz, active area: 6345.0 cm^2   -->  0.99 Hz/cm^2
# digis in sector 24:  321152  --> hit rate: 10737.8 Hz, active area: 6844.5 cm^2   -->  1.57 Hz/cm^2

 *** noise rate calculation in run 20120024 ***
# events: 10202648, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  328935  --> hit rate:  4030.0 Hz, active area: 4792.5 cm^2   -->  0.84 Hz/cm^2
# digis in sector 14:  884412  --> hit rate: 10835.6 Hz, active area: 6291.0 cm^2   -->  1.72 Hz/cm^2
# digis in sector 15: 22100786  --> hit rate: 270772.7 Hz, active area: 7263.0 cm^2   --> 37.28 Hz/cm^2
# digis in sector 16: 12957240  --> hit rate: 158748.5 Hz, active area: 7330.5 cm^2   --> 21.66 Hz/cm^2
# digis in sector 17:  557780  --> hit rate:  6833.8 Hz, active area: 6804.0 cm^2   -->  1.00 Hz/cm^2
# digis in sector 18:  480994  --> hit rate:  5893.0 Hz, active area: 7006.5 cm^2   -->  0.84 Hz/cm^2
# digis in sector 19:  511254  --> hit rate:  6263.7 Hz, active area: 6601.5 cm^2   -->  0.95 Hz/cm^2
# digis in sector 20:  501474  --> hit rate:  6143.9 Hz, active area: 6520.5 cm^2   -->  0.94 Hz/cm^2
# digis in sector 21: 3124549  --> hit rate: 38281.1 Hz, active area: 6858.0 cm^2   -->  5.58 Hz/cm^2
# digis in sector 22: 6109208  --> hit rate: 74848.3 Hz, active area: 4927.5 cm^2   --> 15.19 Hz/cm^2
# digis in sector 23:  533336  --> hit rate:  6534.3 Hz, active area: 6358.5 cm^2   -->  1.03 Hz/cm^2
# digis in sector 24:  916262  --> hit rate: 11225.8 Hz, active area: 6871.5 cm^2   -->  1.63 Hz/cm^2

 *** noise rate calculation in run 20122029 ***
# events: 7836709, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  161948  --> hit rate:  2583.2 Hz, active area: 4225.5 cm^2   -->  0.61 Hz/cm^2
# digis in sector 14:  156788  --> hit rate:  2500.9 Hz, active area: 3753.0 cm^2   -->  0.67 Hz/cm^2
# digis in sector 15: 8757307  --> hit rate: 139684.1 Hz, active area: 5656.5 cm^2   --> 24.69 Hz/cm^2
# digis in sector 16: 5885666  --> hit rate: 93879.8 Hz, active area: 6520.5 cm^2   --> 14.40 Hz/cm^2
# digis in sector 17: 1224937  --> hit rate: 19538.4 Hz, active area: 4995.0 cm^2   -->  3.91 Hz/cm^2
# digis in sector 18: 3192053  --> hit rate: 50915.1 Hz, active area: 5265.0 cm^2   -->  9.67 Hz/cm^2
# digis in sector 19:   65094  --> hit rate:  1038.3 Hz, active area: 2524.5 cm^2   -->  0.41 Hz/cm^2
# digis in sector 20:  510034  --> hit rate:  8135.3 Hz, active area: 5076.0 cm^2   -->  1.60 Hz/cm^2
# digis in sector 21: 4028331  --> hit rate: 64254.2 Hz, active area: 5791.5 cm^2   --> 11.09 Hz/cm^2
# digis in sector 22: 7513563  --> hit rate: 119845.6 Hz, active area: 4387.5 cm^2   --> 27.32 Hz/cm^2
# digis in sector 23:  167412  --> hit rate:  2670.3 Hz, active area: 3402.0 cm^2   -->  0.78 Hz/cm^2
# digis in sector 24:  204359  --> hit rate:  3259.6 Hz, active area: 3591.0 cm^2   -->  0.91 Hz/cm^2

 *** noise rate calculation in run 20123021 ***
# events: 3324743, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   60435  --> hit rate:  2272.2 Hz, active area: 3847.5 cm^2   -->  0.59 Hz/cm^2
# digis in sector 14:   53571  --> hit rate:  2014.1 Hz, active area: 3240.0 cm^2   -->  0.62 Hz/cm^2
# digis in sector 15: 3505885  --> hit rate: 131810.4 Hz, active area: 5697.0 cm^2   --> 23.14 Hz/cm^2
# digis in sector 16: 2264735  --> hit rate: 85147.0 Hz, active area: 6520.5 cm^2   --> 13.06 Hz/cm^2
# digis in sector 17:  287522  --> hit rate: 10809.9 Hz, active area: 4630.5 cm^2   -->  2.33 Hz/cm^2
# digis in sector 18:   87653  --> hit rate:  3295.5 Hz, active area: 4806.0 cm^2   -->  0.69 Hz/cm^2
# digis in sector 19:   81148  --> hit rate:  3050.9 Hz, active area: 4671.0 cm^2   -->  0.65 Hz/cm^2
# digis in sector 20:  991155  --> hit rate: 37264.3 Hz, active area: 4860.0 cm^2   -->  7.67 Hz/cm^2
# digis in sector 21: 1133125  --> hit rate: 42602.0 Hz, active area: 5778.0 cm^2   -->  7.37 Hz/cm^2
# digis in sector 22: 1727401  --> hit rate: 64944.9 Hz, active area: 4320.0 cm^2   --> 15.03 Hz/cm^2
digis in sector 23:  571145  --> hit rate: 21473.3 Hz, active area: 3928.5 cm^2   -->  5.47 Hz/cm^2
# digis in sector 24: 4148993  --> hit rate: 155989.2 Hz, active area: 4900.5 cm^2   --> 31.83 Hz/cm^2

 *** noise rate calculation in run 20126033 ***
# events: 3408273, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   43430  --> hit rate:  1592.8 Hz, active area: 3928.5 cm^2   -->  0.41 Hz/cm^2
# digis in sector 14:   49880  --> hit rate:  1829.4 Hz, active area: 3334.5 cm^2   -->  0.55 Hz/cm^2
# digis in sector 15: 3418710  --> hit rate: 125382.8 Hz, active area: 5724.0 cm^2   --> 21.90 Hz/cm^2
# digis in sector 16: 1764264  --> hit rate: 64705.2 Hz, active area: 6372.0 cm^2   --> 10.15 Hz/cm^2
# digis in sector 17:   61074  --> hit rate:  2239.9 Hz, active area: 4374.0 cm^2   -->  0.51 Hz/cm^2
# digis in sector 18:   51958  --> hit rate:  1905.6 Hz, active area: 4630.5 cm^2   -->  0.41 Hz/cm^2
# digis in sector 19:  389626  --> hit rate: 14289.7 Hz, active area: 4509.0 cm^2   -->  3.17 Hz/cm^2
# digis in sector 20:  136420  --> hit rate:  5003.3 Hz, active area: 4603.5 cm^2   -->  1.09 Hz/cm^2
# digis in sector 21:  770217  --> hit rate: 28248.1 Hz, active area: 5764.5 cm^2   -->  4.90 Hz/cm^2
# digis in sector 22: 1088926  --> hit rate: 39936.9 Hz, active area: 4320.0 cm^2   -->  9.24 Hz/cm^2
# digis in sector 23:   51134  --> hit rate:  1875.4 Hz, active area: 3955.5 cm^2   -->  0.47 Hz/cm^2
# digis in sector 24:  101904  --> hit rate:  3737.4 Hz, active area: 4684.5 cm^2   -->  0.80 Hz/cm^2

 *** noise rate calculation in run 20133026 ***
# events: 3549227, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   29435  --> hit rate:  1036.7 Hz, active area: 3496.5 cm^2   -->  0.30 Hz/cm^2
# digis in sector 14:  196872  --> hit rate:  6933.6 Hz, active area: 2443.5 cm^2   -->  2.84 Hz/cm^2
# digis in sector 15:  821912  --> hit rate: 28946.9 Hz, active area: 5521.5 cm^2   -->  5.24 Hz/cm^2
# digis in sector 16:  374629  --> hit rate: 13194.0 Hz, active area: 6358.5 cm^2   -->  2.08 Hz/cm^2
# digis in sector 17:  832439  --> hit rate: 29317.6 Hz, active area: 4914.0 cm^2   -->  5.97 Hz/cm^2
# digis in sector 18:   44065  --> hit rate:  1551.9 Hz, active area: 4144.5 cm^2   -->  0.37 Hz/cm^2
# digis in sector 19: 1190335  --> hit rate: 41922.3 Hz, active area: 4185.0 cm^2   --> 10.02 Hz/cm^2
# digis in sector 20:  234215  --> hit rate:  8248.8 Hz, active area: 4414.5 cm^2   -->  1.87 Hz/cm^2
# digis in sector 21:  729672  --> hit rate: 25698.3 Hz, active area: 5494.5 cm^2   -->  4.68 Hz/cm^2
# digis in sector 22:  712069  --> hit rate: 25078.3 Hz, active area: 4185.0 cm^2   -->  5.99 Hz/cm^2
# digis in sector 23:  130036  --> hit rate:  4579.7 Hz, active area: 3645.0 cm^2   -->  1.26 Hz/cm^2
# digis in sector 24:   85024  --> hit rate:  2994.5 Hz, active area: 2673.0 cm^2   -->  1.12 Hz/cm^2

 *** noise rate calculation in run 20135016 ***
# events: 3827723, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   24897  --> hit rate:   813.0 Hz, active area: 3456.0 cm^2   -->  0.24 Hz/cm^2
# digis in sector 14:   34756  --> hit rate:  1135.0 Hz, active area: 2497.5 cm^2   -->  0.45 Hz/cm^2
# digis in sector 15:  853370  --> hit rate: 27868.1 Hz, active area: 5332.5 cm^2   -->  5.23 Hz/cm^2
# digis in sector 16:  342639  --> hit rate: 11189.4 Hz, active area: 6318.0 cm^2   -->  1.77 Hz/cm^2
# digis in sector 17:   29836  --> hit rate:   974.3 Hz, active area: 3064.5 cm^2   -->  0.32 Hz/cm^2
# digis in sector 18:   20649  --> hit rate:   674.3 Hz, active area: 3793.5 cm^2   -->  0.18 Hz/cm^2
# digis in sector 19:   18548  --> hit rate:   605.7 Hz, active area: 4144.5 cm^2   -->  0.15 Hz/cm^2
# digis in sector 20:   62012  --> hit rate:  2025.1 Hz, active area: 4266.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 21:  225310  --> hit rate:  7357.8 Hz, active area: 5359.5 cm^2   -->  1.37 Hz/cm^2
# digis in sector 22:  435681  --> hit rate: 14227.8 Hz, active area: 4023.0 cm^2   -->  3.54 Hz/cm^2
# digis in sector 23:   22685  --> hit rate:   740.8 Hz, active area: 3537.0 cm^2   -->  0.21 Hz/cm^2
# digis in sector 24:   32509  --> hit rate:  1061.6 Hz, active area: 3834.0 cm^2   -->  0.28 Hz/cm^2

 *** noise rate calculation in run 20136015 ***
# events: 3821385, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   28672  --> hit rate:   937.9 Hz, active area: 3469.5 cm^2   -->  0.27 Hz/cm^2
# digis in sector 14:  170043  --> hit rate:  5562.2 Hz, active area: 2416.5 cm^2   -->  2.30 Hz/cm^2
# digis in sector 15:  982173  --> hit rate: 32127.5 Hz, active area: 5643.0 cm^2   -->  5.69 Hz/cm^2
# digis in sector 16:  305359  --> hit rate:  9988.5 Hz, active area: 6264.0 cm^2   -->  1.59 Hz/cm^2
# digis in sector 17:   49417  --> hit rate:  1616.5 Hz, active area: 4063.5 cm^2   -->  0.40 Hz/cm^2
# digis in sector 18:   37685  --> hit rate:  1232.7 Hz, active area: 4131.0 cm^2   -->  0.30 Hz/cm^2
# digis in sector 19:   18196  --> hit rate:   595.2 Hz, active area: 4050.0 cm^2   -->  0.15 Hz/cm^2
# digis in sector 20:  328256  --> hit rate: 10737.5 Hz, active area: 3145.5 cm^2   -->  3.41 Hz/cm^2
# digis in sector 21:  207268  --> hit rate:  6779.9 Hz, active area: 3429.0 cm^2   -->  1.98 Hz/cm^2
# digis in sector 22:  309792  --> hit rate: 10133.5 Hz, active area: 3996.0 cm^2   -->  2.54 Hz/cm^2
# digis in sector 23:   23166  --> hit rate:   757.8 Hz, active area: 3658.5 cm^2   -->  0.21 Hz/cm^2
# digis in sector 24:   51351  --> hit rate:  1679.7 Hz, active area: 4009.5 cm^2   -->  0.42 Hz/cm^2

 *** noise rate calculation in run 20137020 ***
# events: 3920751, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   26125  --> hit rate:   832.9 Hz, active area: 3388.5 cm^2   -->  0.25 Hz/cm^2
# digis in sector 14:    8872  --> hit rate:   282.9 Hz, active area: 2470.5 cm^2   -->  0.11 Hz/cm^2
# digis in sector 15:  780791  --> hit rate: 24892.9 Hz, active area: 5521.5 cm^2   -->  4.51 Hz/cm^2
# digis in sector 16:  419463  --> hit rate: 13373.2 Hz, active area: 6345.0 cm^2   -->  2.11 Hz/cm^2
# digis in sector 17: 4291199  --> hit rate: 136810.5 Hz, active area: 4792.5 cm^2   --> 28.55 Hz/cm^2
# digis in sector 18:  656746  --> hit rate: 20938.1 Hz, active area: 4131.0 cm^2   -->  5.07 Hz/cm^2
# digis in sector 19:  140083  --> hit rate:  4466.1 Hz, active area: 3307.5 cm^2   -->  1.35 Hz/cm^2
# digis in sector 20: 1713699  --> hit rate: 54635.5 Hz, active area: 4158.0 cm^2   --> 13.14 Hz/cm^2
# digis in sector 21:  864417  --> hit rate: 27559.0 Hz, active area: 4441.5 cm^2   -->  6.20 Hz/cm^2
# digis in sector 22:  567785  --> hit rate: 18101.9 Hz, active area: 4171.5 cm^2   -->  4.34 Hz/cm^2
# digis in sector 23:   66612  --> hit rate:  2123.7 Hz, active area: 3699.0 cm^2   -->  0.57 Hz/cm^2
# digis in sector 24:   53761  --> hit rate:  1714.0 Hz, active area: 4117.5 cm^2   -->  0.42 Hz/cm^2

 *** noise rate calculation in run 20140010 ***
# events: 2720567, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   19508  --> hit rate:   896.3 Hz, active area: 3388.5 cm^2   -->  0.26 Hz/cm^2
# digis in sector 14:   38217  --> hit rate:  1755.9 Hz, active area: 2416.5 cm^2   -->  0.73 Hz/cm^2
# digis in sector 15:  523312  --> hit rate: 24044.3 Hz, active area: 5575.5 cm^2   -->  4.31 Hz/cm^2
# digis in sector 16:  218685  --> hit rate: 10047.8 Hz, active area: 6372.0 cm^2   -->  1.58 Hz/cm^2
# digis in sector 17:   22748  --> hit rate:  1045.2 Hz, active area: 3820.5 cm^2   -->  0.27 Hz/cm^2
# digis in sector 18:   70064  --> hit rate:  3219.2 Hz, active area: 4252.5 cm^2   -->  0.76 Hz/cm^2
# digis in sector 19:   95187  --> hit rate:  4373.5 Hz, active area: 4104.0 cm^2   -->  1.07 Hz/cm^2
# digis in sector 20:  159429  --> hit rate:  7325.2 Hz, active area: 4212.0 cm^2   -->  1.74 Hz/cm^2
# digis in sector 21:  239867  --> hit rate: 11021.0 Hz, active area: 5481.0 cm^2   -->  2.01 Hz/cm^2
# digis in sector 22:  557375  --> hit rate: 25609.3 Hz, active area: 4131.0 cm^2   -->  6.20 Hz/cm^2
# digis in sector 23:   95706  --> hit rate:  4397.3 Hz, active area: 3685.5 cm^2   -->  1.19 Hz/cm^2
# digis in sector 24:   68374  --> hit rate:  3141.5 Hz, active area: 3712.5 cm^2   -->  0.85 Hz/cm^2

 *** noise rate calculation in run 20142011 ***
# events: 3999998, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   39163  --> hit rate:  1223.8 Hz, active area: 3402.0 cm^2   -->  0.36 Hz/cm^2
# digis in sector 14:   18616  --> hit rate:   581.8 Hz, active area: 2484.0 cm^2   -->  0.23 Hz/cm^2
# digis in sector 15:  701635  --> hit rate: 21926.1 Hz, active area: 5562.0 cm^2   -->  3.94 Hz/cm^2
# digis in sector 16:  289306  --> hit rate:  9040.8 Hz, active area: 6331.5 cm^2   -->  1.43 Hz/cm^2
# digis in sector 17:   28855  --> hit rate:   901.7 Hz, active area: 3969.0 cm^2   -->  0.23 Hz/cm^2
# digis in sector 18:   29063  --> hit rate:   908.2 Hz, active area: 4239.0 cm^2   -->  0.21 Hz/cm^2
# digis in sector 19:   18114  --> hit rate:   566.1 Hz, active area: 4050.0 cm^2   -->  0.14 Hz/cm^2
# digis in sector 20:  221661  --> hit rate:  6926.9 Hz, active area: 4293.0 cm^2   -->  1.61 Hz/cm^2
# digis in sector 21:  231708  --> hit rate:  7240.9 Hz, active area: 5454.0 cm^2   -->  1.33 Hz/cm^2
# digis in sector 22:  441861  --> hit rate: 13808.2 Hz, active area: 4090.5 cm^2   -->  3.38 Hz/cm^2
# digis in sector 23:   65936  --> hit rate:  2060.5 Hz, active area: 3550.5 cm^2   -->  0.58 Hz/cm^2
# digis in sector 24:   51107  --> hit rate:  1597.1 Hz, active area: 4077.0 cm^2   -->  0.39 Hz/cm^2

 *** noise rate calculation in run 20142013 *** ( magnet off, nominal voltage )
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   19363  --> hit rate:   605.1 Hz, active area: 3402.0 cm^2   -->  0.18 Hz/cm^2
# digis in sector 14:   57835  --> hit rate:  1807.3 Hz, active area: 2430.0 cm^2   -->  0.74 Hz/cm^2
# digis in sector 15:  537527  --> hit rate: 16797.7 Hz, active area: 5562.0 cm^2   -->  3.02 Hz/cm^2
# digis in sector 16:  234931  --> hit rate:  7341.6 Hz, active area: 6399.0 cm^2   -->  1.15 Hz/cm^2
# digis in sector 17:   26151  --> hit rate:   817.2 Hz, active area: 3780.0 cm^2   -->  0.22 Hz/cm^2
# digis in sector 18:   16885  --> hit rate:   527.7 Hz, active area: 3469.5 cm^2   -->  0.15 Hz/cm^2
# digis in sector 19:   16022  --> hit rate:   500.7 Hz, active area: 3982.5 cm^2   -->  0.13 Hz/cm^2
# digis in sector 20:   46704  --> hit rate:  1459.5 Hz, active area: 3145.5 cm^2   -->  0.46 Hz/cm^2
# digis in sector 21:  196067  --> hit rate:  6127.1 Hz, active area: 5251.5 cm^2   -->  1.17 Hz/cm^2
# digis in sector 22:  160217  --> hit rate:  5006.8 Hz, active area: 3159.0 cm^2   -->  1.58 Hz/cm^2
# digis in sector 23:   84492  --> hit rate:  2640.4 Hz, active area: 3631.5 cm^2   -->  0.73 Hz/cm^2
# digis in sector 24:  175938  --> hit rate:  5498.1 Hz, active area: 3780.0 cm^2   -->  1.45 Hz/cm^2

 *** noise rate calculation in run 20142014 *** ( HV scan: +200V )
# events: 4000000, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   24449  --> hit rate:   764.0 Hz, active area: 3510.0 cm^2   -->  0.22 Hz/cm^2
# digis in sector 14:   51836  --> hit rate:  1619.9 Hz, active area: 2497.5 cm^2   -->  0.65 Hz/cm^2
# digis in sector 15:  729080  --> hit rate: 22783.8 Hz, active area: 5535.0 cm^2   -->  4.12 Hz/cm^2
# digis in sector 16:  344763  --> hit rate: 10773.8 Hz, active area: 6399.0 cm^2   -->  1.68 Hz/cm^2
# digis in sector 17:   34523  --> hit rate:  1078.8 Hz, active area: 3901.5 cm^2   -->  0.28 Hz/cm^2
# digis in sector 18:   76427  --> hit rate:  2388.3 Hz, active area: 3631.5 cm^2   -->  0.66 Hz/cm^2
# digis in sector 19:   21857  --> hit rate:   683.0 Hz, active area: 4252.5 cm^2   -->  0.16 Hz/cm^2
# digis in sector 20:  104891  --> hit rate:  3277.8 Hz, active area: 3145.5 cm^2   -->  1.04 Hz/cm^2
# digis in sector 21:  264603  --> hit rate:  8268.8 Hz, active area: 5265.0 cm^2   -->  1.57 Hz/cm^2
# digis in sector 22:  316388  --> hit rate:  9887.1 Hz, active area: 3132.0 cm^2   -->  3.16 Hz/cm^2
# digis in sector 23:  101160  --> hit rate:  3161.2 Hz, active area: 3834.0 cm^2   -->  0.82 Hz/cm^2
# digis in sector 24:  148098  --> hit rate:  4628.1 Hz, active area: 4009.5 cm^2   -->  1.15 Hz/cm^2

 *** noise rate calculation in run 20142015 *** ( HV scan: +400V )
# events: 3999999, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   30604  --> hit rate:   956.4 Hz, active area: 3496.5 cm^2   -->  0.27 Hz/cm^2
# digis in sector 14:   85711  --> hit rate:  2678.5 Hz, active area: 2592.0 cm^2   -->  1.03 Hz/cm^2
# digis in sector 15: 1021594  --> hit rate: 31924.8 Hz, active area: 5481.0 cm^2   -->  5.82 Hz/cm^2
# digis in sector 16:  507894  --> hit rate: 15871.7 Hz, active area: 6399.0 cm^2   -->  2.48 Hz/cm^2
# digis in sector 17:   41153  --> hit rate:  1286.0 Hz, active area: 4090.5 cm^2   -->  0.31 Hz/cm^2
# digis in sector 18:   24779  --> hit rate:   774.3 Hz, active area: 3712.5 cm^2   -->  0.21 Hz/cm^2
# digis in sector 19:   29366  --> hit rate:   917.7 Hz, active area: 4212.0 cm^2   -->  0.22 Hz/cm^2
# digis in sector 20:  113784  --> hit rate:  3555.8 Hz, active area: 3105.0 cm^2   -->  1.15 Hz/cm^2
# digis in sector 21:  376517  --> hit rate: 11766.2 Hz, active area: 5278.5 cm^2   -->  2.23 Hz/cm^2
# digis in sector 22:  315247  --> hit rate:  9851.5 Hz, active area: 3118.5 cm^2   -->  3.16 Hz/cm^2
# digis in sector 23:  104600  --> hit rate:  3268.8 Hz, active area: 3874.5 cm^2   -->  0.84 Hz/cm^2
# digis in sector 24:   83616  --> hit rate:  2613.0 Hz, active area: 4158.0 cm^2   -->  0.63 Hz/cm^2

 *** noise rate calculation in run 20142017 *** ( HV scan: +600V )
# events: 2383791, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   36882  --> hit rate:  1934.0 Hz, active area: 3456.0 cm^2   -->  0.56 Hz/cm^2
# digis in sector 14:   51927  --> hit rate:  2722.9 Hz, active area: 2727.0 cm^2   -->  1.00 Hz/cm^2
# digis in sector 15: 1002211  --> hit rate: 52553.4 Hz, active area: 5562.0 cm^2   -->  9.45 Hz/cm^2
# digis in sector 16:  520807  --> hit rate: 27309.8 Hz, active area: 6453.0 cm^2   -->  4.23 Hz/cm^2
# digis in sector 17: 1009343  --> hit rate: 52927.4 Hz, active area: 4887.0 cm^2   --> 10.83 Hz/cm^2
# digis in sector 18:   30988  --> hit rate:  1624.9 Hz, active area: 3685.5 cm^2   -->  0.44 Hz/cm^2
# digis in sector 19:  359681  --> hit rate: 18860.8 Hz, active area: 4414.5 cm^2   -->  4.27 Hz/cm^2
# digis in sector 20:  443965  --> hit rate: 23280.4 Hz, active area: 3982.5 cm^2   -->  5.85 Hz/cm^2
# digis in sector 21:  623577  --> hit rate: 32698.8 Hz, active area: 4725.0 cm^2   -->  6.92 Hz/cm^2
# digis in sector 22:  870289  --> hit rate: 45635.8 Hz, active area: 3199.5 cm^2   --> 14.26 Hz/cm^2
# digis in sector 23:   78821  --> hit rate:  4133.2 Hz, active area: 2713.5 cm^2   -->  1.52 Hz/cm^2
# digis in sector 24: 7317784  --> hit rate: 383726.2 Hz, active area: 4941.0 cm^2   --> 77.66 Hz/cm^2

 *** noise rate calculation in run 20142020 *** ( HV scan: +800V )
# events: 893158, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:    9628  --> hit rate:  1347.5 Hz, active area: 3415.5 cm^2   -->  0.39 Hz/cm^2
# digis in sector 14:   20158  --> hit rate:  2821.2 Hz, active area: 2578.5 cm^2   -->  1.09 Hz/cm^2
# digis in sector 15:  692364  --> hit rate: 96898.3 Hz, active area: 5602.5 cm^2   --> 17.30 Hz/cm^2
# digis in sector 16:  307241  --> hit rate: 42999.2 Hz, active area: 6426.0 cm^2   -->  6.69 Hz/cm^2
# digis in sector 17:   35726  --> hit rate:  5000.0 Hz, active area: 3942.0 cm^2   -->  1.27 Hz/cm^2
# digis in sector 18: 1333532  --> hit rate: 186631.6 Hz, active area: 4360.5 cm^2   --> 42.80 Hz/cm^2
# digis in sector 19:   52295  --> hit rate:  7318.8 Hz, active area: 4293.0 cm^2   -->  1.70 Hz/cm^2
# digis in sector 20:   19567  --> hit rate:  2738.5 Hz, active area: 4239.0 cm^2   -->  0.65 Hz/cm^2
# digis in sector 21:  232545  --> hit rate: 32545.3 Hz, active area: 4536.0 cm^2   -->  7.17 Hz/cm^2
# digis in sector 22:  377441  --> hit rate: 52823.9 Hz, active area: 3159.0 cm^2   --> 16.72 Hz/cm^2
# digis in sector 23:   23756  --> hit rate:  3324.7 Hz, active area: 2700.0 cm^2   -->  1.23 Hz/cm^2
# digis in sector 24:   24201  --> hit rate:  3387.0 Hz, active area: 4158.0 cm^2   -->  0.81 Hz/cm^2

 *** noise rate calculation in run 20142022 *** ( HV scan: -200V )
# events: 1214451, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:    6570  --> hit rate:   676.2 Hz, active area: 3024.0 cm^2   -->  0.22 Hz/cm^2
# digis in sector 14:    5646  --> hit rate:   581.1 Hz, active area: 1579.5 cm^2   -->  0.37 Hz/cm^2
# digis in sector 15:   84094  --> hit rate:  8655.6 Hz, active area: 5413.5 cm^2   -->  1.60 Hz/cm^2
# digis in sector 16:  104339  --> hit rate: 10739.3 Hz, active area: 5440.5 cm^2   -->  1.97 Hz/cm^2
# digis in sector 17:  364056  --> hit rate: 37471.3 Hz, active area: 2808.0 cm^2   --> 13.34 Hz/cm^2
# digis in sector 18:    3626  --> hit rate:   373.2 Hz, active area: 2727.0 cm^2   -->  0.14 Hz/cm^2
# digis in sector 19: 1980613  --> hit rate: 203858.9 Hz, active area: 3294.0 cm^2   --> 61.89 Hz/cm^2
# digis in sector 20:  429041  --> hit rate: 44160.0 Hz, active area: 2511.0 cm^2   --> 17.59 Hz/cm^2
# digis in sector 21:  711880  --> hit rate: 73271.8 Hz, active area: 3658.5 cm^2   --> 20.03 Hz/cm^2
# digis in sector 22:   97754  --> hit rate: 10061.5 Hz, active area: 1971.0 cm^2   -->  5.10 Hz/cm^2
# digis in sector 23:  115858  --> hit rate: 11924.9 Hz, active area: 2970.0 cm^2   -->  4.02 Hz/cm^2
# digis in sector 24:    6282  --> hit rate:   646.6 Hz, active area: 2146.5 cm^2   -->  0.30 Hz/cm^2

 *** noise rate calculation in run 20143014 ***
# events: 3756220, time window: 4 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   21989  --> hit rate:   731.8 Hz, active area: 3388.5 cm^2   -->  0.22 Hz/cm^2
# digis in sector 14:   20709  --> hit rate:   689.2 Hz, active area: 2403.0 cm^2   -->  0.29 Hz/cm^2
# digis in sector 15:  589011  --> hit rate: 19601.2 Hz, active area: 5305.5 cm^2   -->  3.69 Hz/cm^2
# digis in sector 16:  222124  --> hit rate:  7391.9 Hz, active area: 6061.5 cm^2   -->  1.22 Hz/cm^2
# digis in sector 17:   54555  --> hit rate:  1815.5 Hz, active area: 3888.0 cm^2   -->  0.47 Hz/cm^2
# digis in sector 18:   23206  --> hit rate:   772.3 Hz, active area: 4144.5 cm^2   -->  0.19 Hz/cm^2
# digis in sector 19:   16642  --> hit rate:   553.8 Hz, active area: 3915.0 cm^2   -->  0.14 Hz/cm^2
# digis in sector 20:  121879  --> hit rate:  4055.9 Hz, active area: 3901.5 cm^2   -->  1.04 Hz/cm^2
# digis in sector 21:  159585  --> hit rate:  5310.7 Hz, active area: 3510.0 cm^2   -->  1.51 Hz/cm^2
# digis in sector 22:   48245  --> hit rate:  1605.5 Hz, active area: 2092.5 cm^2   -->  0.77 Hz/cm^2
# digis in sector 23:   95376  --> hit rate:  3173.9 Hz, active area: 3645.0 cm^2   -->  0.87 Hz/cm^2
# digis in sector 24:   34049  --> hit rate:  1133.1 Hz, active area: 3699.0 cm^2   -->  0.31 Hz/cm^2

eTOF noise rates in Run20

 *** noise rate calculation in run 20336043 ***
# events: 4000000, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   71614  --> hit rate:  2983.9 Hz, active area: 7533.0 cm^2   -->  0.40 Hz/cm^2
# digis in sector 14:   62632  --> hit rate:  2609.7 Hz, active area: 7479.0 cm^2   -->  0.35 Hz/cm^2
# digis in sector 15:  573104  --> hit rate: 23879.3 Hz, active area: 7425.0 cm^2   -->  3.22 Hz/cm^2
# digis in sector 16:  271952  --> hit rate: 11331.3 Hz, active area: 7479.0 cm^2   -->  1.52 Hz/cm^2
# digis in sector 17:  215913  --> hit rate:  8996.4 Hz, active area: 7533.0 cm^2   -->  1.19 Hz/cm^2
# digis in sector 18:   87839  --> hit rate:  3660.0 Hz, active area: 7263.0 cm^2   -->  0.50 Hz/cm^2
# digis in sector 19:  116175  --> hit rate:  4840.6 Hz, active area: 7533.0 cm^2   -->  0.64 Hz/cm^2
# digis in sector 20:  164158  --> hit rate:  6839.9 Hz, active area: 7276.5 cm^2   -->  0.94 Hz/cm^2
# digis in sector 21:  150115  --> hit rate:  6254.8 Hz, active area: 7533.0 cm^2   -->  0.83 Hz/cm^2
# digis in sector 22:  695547  --> hit rate: 28981.1 Hz, active area: 7438.5 cm^2   -->  3.90 Hz/cm^2
# digis in sector 23:  115138  --> hit rate:  4797.4 Hz, active area: 7425.0 cm^2   -->  0.65 Hz/cm^2
# digis in sector 24:  101760  --> hit rate:  4240.0 Hz, active area: 6966.0 cm^2   -->  0.61 Hz/cm^2

 *** noise rate calculation in run 20337008 ***
# events: 4000000, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:   98103  --> hit rate:  4087.6 Hz, active area: 7533.0 cm^2   -->  0.54 Hz/cm^2
# digis in sector 14:   80595  --> hit rate:  3358.1 Hz, active area: 7533.0 cm^2   -->  0.45 Hz/cm^2
# digis in sector 15:  839648  --> hit rate: 34985.3 Hz, active area: 7533.0 cm^2   -->  4.64 Hz/cm^2
# digis in sector 16:  368782  --> hit rate: 15365.9 Hz, active area: 7533.0 cm^2   -->  2.04 Hz/cm^2
# digis in sector 17:  291384  --> hit rate: 12141.0 Hz, active area: 7533.0 cm^2   -->  1.61 Hz/cm^2
# digis in sector 18:  110253  --> hit rate:  4593.9 Hz, active area: 7479.0 cm^2   -->  0.61 Hz/cm^2
# digis in sector 19:  157351  --> hit rate:  6556.3 Hz, active area: 7533.0 cm^2   -->  0.87 Hz/cm^2
# digis in sector 20:  276382  --> hit rate: 11515.9 Hz, active area: 7479.0 cm^2   -->  1.54 Hz/cm^2
# digis in sector 21:  218920  --> hit rate:  9121.7 Hz, active area: 7533.0 cm^2   -->  1.21 Hz/cm^2
# digis in sector 22: 1068392  --> hit rate: 44516.3 Hz, active area: 7533.0 cm^2   -->  5.91 Hz/cm^2
# digis in sector 23:  146947  --> hit rate:  6122.8 Hz, active area: 7533.0 cm^2   -->  0.81 Hz/cm^2
# digis in sector 24:  151068  --> hit rate:  6294.5 Hz, active area: 7479.0 cm^2   -->  0.84 Hz/cm^2

 *** noise rate calculation in run 20346009 ***
# events: 4000000, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  238491  --> hit rate:  9937.1 Hz, active area: 7533.0 cm^2   -->  1.32 Hz/cm^2
# digis in sector 14:  199550  --> hit rate:  8314.6 Hz, active area: 7533.0 cm^2   -->  1.10 Hz/cm^2
# digis in sector 15: 1096137  --> hit rate: 45672.4 Hz, active area: 7533.0 cm^2   -->  6.06 Hz/cm^2
# digis in sector 16:  496046  --> hit rate: 20668.6 Hz, active area: 7533.0 cm^2   -->  2.74 Hz/cm^2
# digis in sector 17:  683301  --> hit rate: 28470.9 Hz, active area: 7533.0 cm^2   -->  3.78 Hz/cm^2
# digis in sector 18:  239368  --> hit rate:  9973.7 Hz, active area: 7533.0 cm^2   -->  1.32 Hz/cm^2
# digis in sector 19:  406501  --> hit rate: 16937.5 Hz, active area: 7533.0 cm^2   -->  2.25 Hz/cm^2
# digis in sector 20:  646412  --> hit rate: 26933.8 Hz, active area: 7519.5 cm^2   -->  3.58 Hz/cm^2
# digis in sector 21:  271801  --> hit rate: 11325.0 Hz, active area: 7533.0 cm^2   -->  1.50 Hz/cm^2
# digis in sector 22: 1160200  --> hit rate: 48341.7 Hz, active area: 7533.0 cm^2   -->  6.42 Hz/cm^2
# digis in sector 23:  513077  --> hit rate: 21378.2 Hz, active area: 7533.0 cm^2   -->  2.84 Hz/cm^2
# digis in sector 24:  431086  --> hit rate: 17961.9 Hz, active area: 7533.0 cm^2   -->  2.38 Hz/cm^2

 *** noise rate calculation in run 20346011 ***
# events: 4000000, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  208174  --> hit rate:  8673.9 Hz, active area: 7533.0 cm^2   -->  1.15 Hz/cm^2
# digis in sector 14:  160674  --> hit rate:  6694.8 Hz, active area: 7533.0 cm^2   -->  0.89 Hz/cm^2
# digis in sector 15:  957714  --> hit rate: 39904.8 Hz, active area: 7533.0 cm^2   -->  5.30 Hz/cm^2
# digis in sector 16:  450579  --> hit rate: 18774.1 Hz, active area: 7533.0 cm^2   -->  2.49 Hz/cm^2
# digis in sector 17:  606711  --> hit rate: 25279.6 Hz, active area: 7533.0 cm^2   -->  3.36 Hz/cm^2
# digis in sector 18:  203627  --> hit rate:  8484.5 Hz, active area: 7533.0 cm^2   -->  1.13 Hz/cm^2
# digis in sector 19:  349016  --> hit rate: 14542.3 Hz, active area: 7479.0 cm^2   -->  1.94 Hz/cm^2
# digis in sector 20:  577610  --> hit rate: 24067.1 Hz, active area: 7533.0 cm^2   -->  3.19 Hz/cm^2
# digis in sector 21:  234783  --> hit rate:  9782.6 Hz, active area: 7533.0 cm^2   -->  1.30 Hz/cm^2
# digis in sector 22: 1082163  --> hit rate: 45090.1 Hz, active area: 7533.0 cm^2   -->  5.99 Hz/cm^2
# digis in sector 23:  455147  --> hit rate: 18964.5 Hz, active area: 7533.0 cm^2   -->  2.52 Hz/cm^2
# digis in sector 24:  373332  --> hit rate: 15555.5 Hz, active area: 7533.0 cm^2   -->  2.06 Hz/cm^2

 *** noise rate calculation in run 20350023 ***
# events: 4000000, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  452229  --> hit rate: 18842.9 Hz, active area: 6277.5 cm^2   -->  3.00 Hz/cm^2
# digis in sector 14:  381191  --> hit rate: 15883.0 Hz, active area: 7533.0 cm^2   -->  2.11 Hz/cm^2
# digis in sector 15: 1451083  --> hit rate: 60461.8 Hz, active area: 7533.0 cm^2   -->  8.03 Hz/cm^2
# digis in sector 16:  844374  --> hit rate: 35182.2 Hz, active area: 7533.0 cm^2   -->  4.67 Hz/cm^2
# digis in sector 17: 1534829  --> hit rate: 63951.2 Hz, active area: 7533.0 cm^2   -->  8.49 Hz/cm^2
# digis in sector 18:  523592  --> hit rate: 21816.3 Hz, active area: 7533.0 cm^2   -->  2.90 Hz/cm^2
# digis in sector 19:  963727  --> hit rate: 40155.3 Hz, active area: 7479.0 cm^2   -->  5.37 Hz/cm^2
# digis in sector 20: 1386287  --> hit rate: 57762.0 Hz, active area: 7533.0 cm^2   -->  7.67 Hz/cm^2
# digis in sector 21:  375397  --> hit rate: 15641.5 Hz, active area: 7533.0 cm^2   -->  2.08 Hz/cm^2
# digis in sector 22: 1896169  --> hit rate: 79007.0 Hz, active area: 7533.0 cm^2   --> 10.49 Hz/cm^2
# digis in sector 23: 1574695  --> hit rate: 65612.3 Hz, active area: 7533.0 cm^2   -->  8.71 Hz/cm^2
# digis in sector 24: 1050046  --> hit rate: 43751.9 Hz, active area: 7533.0 cm^2   -->  5.81 Hz/cm^2

Starting from run 20352046, I include the channels that receive the pulser into the noise rates (as the rejection of pulsers seems to be reliable),
but I exclude the channels that have many repeated digis (stuck firmware) on a run-by-run basis

 *** noise rate calculation in run 20352046 ***
# events: 4000000, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  627168  --> hit rate: 26132.0 Hz, active area: 7776.0 cm^2   -->  3.36 Hz/cm^2
# digis in sector 14:  399429  --> hit rate: 16642.9 Hz, active area: 6480.0 cm^2   -->  2.57 Hz/cm^2
# digis in sector 15: 1616765  --> hit rate: 67365.2 Hz, active area: 7776.0 cm^2   -->  8.66 Hz/cm^2
# digis in sector 16:  943318  --> hit rate: 39304.9 Hz, active area: 7776.0 cm^2   -->  5.05 Hz/cm^2
# digis in sector 17: 1798051  --> hit rate: 74918.8 Hz, active area: 7776.0 cm^2   -->  9.63 Hz/cm^2
# digis in sector 18:  642743  --> hit rate: 26781.0 Hz, active area: 7776.0 cm^2   -->  3.44 Hz/cm^2
# digis in sector 19: 1194852  --> hit rate: 49785.5 Hz, active area: 7722.0 cm^2   -->  6.45 Hz/cm^2
# digis in sector 20: 1720462  --> hit rate: 71685.9 Hz, active area: 7776.0 cm^2   -->  9.22 Hz/cm^2
# digis in sector 21:  426565  --> hit rate: 17773.5 Hz, active area: 7776.0 cm^2   -->  2.29 Hz/cm^2
# digis in sector 22: 1930982  --> hit rate: 80457.6 Hz, active area: 7776.0 cm^2   --> 10.35 Hz/cm^2
# digis in sector 23: 2236931  --> hit rate: 93205.5 Hz, active area: 7776.0 cm^2   --> 11.99 Hz/cm^2
# digis in sector 24: 1379194  --> hit rate: 57466.4 Hz, active area: 7776.0 cm^2   -->  7.39 Hz/cm^2

 *** noise rate calculation in run 20353020 ***
# events: 3999999, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  582019  --> hit rate: 24250.8 Hz, active area: 7776.0 cm^2   -->  3.12 Hz/cm^2
# digis in sector 14:  444103  --> hit rate: 18504.3 Hz, active area: 7776.0 cm^2   -->  2.38 Hz/cm^2
# digis in sector 15: 1547383  --> hit rate: 64474.3 Hz, active area: 7776.0 cm^2   -->  8.29 Hz/cm^2
# digis in sector 16:  938901  --> hit rate: 39120.9 Hz, active area: 7722.0 cm^2   -->  5.07 Hz/cm^2
# digis in sector 17: 1752882  --> hit rate: 73036.8 Hz, active area: 7776.0 cm^2   -->  9.39 Hz/cm^2
# digis in sector 18:  611426  --> hit rate: 25476.1 Hz, active area: 7776.0 cm^2   -->  3.28 Hz/cm^2
# digis in sector 19:  655959  --> hit rate: 27331.6 Hz, active area: 7708.5 cm^2   -->  3.55 Hz/cm^2
# digis in sector 20: 1686331  --> hit rate: 70263.8 Hz, active area: 7776.0 cm^2   -->  9.04 Hz/cm^2
# digis in sector 21:  415946  --> hit rate: 17331.1 Hz, active area: 7776.0 cm^2   -->  2.23 Hz/cm^2
# digis in sector 22: 1887452  --> hit rate: 78643.9 Hz, active area: 7722.0 cm^2   --> 10.18 Hz/cm^2
# digis in sector 23: 2209764  --> hit rate: 92073.5 Hz, active area: 7776.0 cm^2   --> 11.84 Hz/cm^2
# digis in sector 24: 1294404  --> hit rate: 53933.5 Hz, active area: 7776.0 cm^2   -->  6.94 Hz/cm^2

 *** noise rate calculation in run 20354009 ***
# events: 3999999, time window: 3 microseconds, area of half strip: 13.5 cm^2
# digis in sector 13:  572816  --> hit rate: 23867.3 Hz, active area: 7722.0 cm^2   -->  3.09 Hz/cm^2
# digis in sector 14:  426302  --> hit rate: 17762.6 Hz, active area: 7776.0 cm^2   -->  2.28 Hz/cm^2
# digis in sector 15: 1372069  --> hit rate: 57169.6 Hz, active area: 7776.0 cm^2   -->  7.35 Hz/cm^2
# digis in sector 16:  803083  --> hit rate: 33461.8 Hz, active area: 7722.0 cm^2   -->  4.33 Hz/cm^2
# digis in sector 17: 1653853  --> hit rate: 68910.6 Hz, active area: 7776.0 cm^2   -->  8.86 Hz/cm^2
# digis in sector 18:  559805  --> hit rate: 23325.2 Hz, active area: 7776.0 cm^2   -->  3.00 Hz/cm^2
# digis in sector 19:  625738  --> hit rate: 26072.4 Hz, active area: 7762.5 cm^2   -->  3.36 Hz/cm^2
# digis in sector 20: 1615787  --> hit rate: 67324.5 Hz, active area: 7776.0 cm^2   -->  8.66 Hz/cm^2
# digis in sector 21:  353990  --> hit rate: 14749.6 Hz, active area: 7776.0 cm^2   -->  1.90 Hz/cm^2
# digis in sector 22: 1770948  --> hit rate: 73789.5 Hz, active area: 7776.0 cm^2   -->  9.49 Hz/cm^2
# digis in sector 23: 2228278  --> hit rate: 92844.9 Hz, active area: 7722.0 cm^2   --> 12.02 Hz/cm^2
# digis in sector 24: 1294373  --> hit rate: 53932.2 Hz, active area: 7776.0 cm^2   -->  6.94 Hz/cm^2

global hit position

inverse beta vs momentum

matching ratio

The matching ratios are averaged over all runs in one day. Before day 353 in some of the runs eTOF was not included, so the ratio is lower. I'll redo those plot with the runs without eTOF excluded.
From run 20352037 on, there is a special triggerId for all events with eTOF included and only those events are sampled in the ratio plots.

time resolution