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ID |
Date |
Author |
Subject |
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296
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Wed Jun 8 05:00:53 2016 |
TD | Analysis of R1229 |
Files R1229_0 ... R1229_3 (written by TapeServer without data compression)
Timestamp data per FEE per 10s (i.e. 1 ch = 10s)
s3501-s3524 ADC data
s3601-s3624 PAUSE
s3701-s3724 RESUME
s3801-s3824 SYNC |
| Attachment 1: 10.png
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| Attachment 2: 11.png
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| Attachment 3: 12.png
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| Attachment 4: 13.png
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294
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Wed Jun 8 03:57:59 2016 |
TD | Analysis of R1222 | Timestamp data per FEE per 10s (i.e. 1 ch = 10s)
s3501-s3524 ADC data
s3601-s3624 PAUSE
s3701-s3724 RESUME
s3801-s3824 SYNC
Little evidence of data loss or high dead time |
| Attachment 1: 1.png
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| Attachment 2: 2.png
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| Attachment 3: 3.png
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| Attachment 4: 4.png
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565
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Sat May 13 03:16:16 2017 |
TD | Analysis of May2017/R1_0 to May2017/ R1_79 |
See https://elog.ph.ed.ac.uk/AIDA/555
Date files May2017/R1_0 to May2017/R_79 are an extended (c. 3.8 day) background run with
BNC PB-4 Pulser OFF and and a relatively high slow comparator threshold 0x64 to reduce
data volume.
Attachment 1 - DSSSD#1-6 m_p versus m_n
Attachment 2 - DSSSD#1-6 x versus y hit patterns
Attachment 3 - DSSSD#1-6 E_p versus E_n (dispersion ~20-23keV/channel)
Attachment 4 - DSSSD#1-6 E_p versus E_n (with tags)
Attachment 5 - 2D contour levels & colours for all 2D spectra above
Attachment 6 - MIDASsort subroutine
Attachment 7 - MIDASsort namelist I/O variables
Attachments 8-10 - ADC offset calculation logs etc
Attachment 11 - spectrum titles
MIDASsort calculates channel and ADC data as follows
ch = channel + ( module - 1 ) * 64 + ( range * 2048 )
adc_data = INT( RSHIFT( ABS( adc_data - 32768 ), 3 ) - offset(ch) + 0.5 )
where
channel = FEE channel # (0-63)
module = FEE module # (1-24)
range = LEC or HEC (LEC = 0, HEC = 1)
ADC offsets were calculated using the pulser walkthrough data of files May2017/R4
and command
cd ~/td/calibration
offsets /homes/npg/Spectra/R4 100 1400 15 10
where the peakfind peak search parameters are limits 100-1400 channels, fwhm=15 channels and acceptance=10%
Probably ~10% of ADC offsets need manual checking/adjustment
The 2D spectra (attachments 1-4) were produced for events with
multiplicities 0 < m_p < 8 *and* 0 < m_n < 8
all x-y combinations incremented
no clustering, gain matching or software thresholds
All DSSSDs show Uranium 4n+2 decay sequence background spectra from the intrinsic activity of the DSSSDs
and airborne decay products (e.g. 222Rn). Not clear why statistics are higher for DSSSD#1 cf. DSSSD#2-6.
One possibility is the activity of the aluminized Mylar window just upstream of DSSSD#1? Surrounding air
and Al snout would presumably affect DSSSD#1 and #6 about the same. |
| Attachment 1: 60.png
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| Attachment 2: 61.png
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| Attachment 3: 62.png
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| Attachment 4: 63.png
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| Attachment 5: 64.png
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| Attachment 6: implantdecay.f
|
*trigger
128
*oned
1..32 s 65536
101..132 s 65536
200..201 s 4096
301..332 s 65536
400 s 64
2130..2135 s 65536
2030..2035 s 65536
2200..2205 s 65536
*twod
1000..1001 s 4096 4096
2000..2005 s 128 128
2010..2015 s 128 128
2020..2025 s 512 512
2100..2105 s 128 128
2110..2115 s 128 128
2120..2125 s 512 512
*vars
*sort
C----67---------------------------------------------------------------72------80
SUBROUTINE init
IMPLICIT none
SAVE
C
C External functions
C
EXTERNAL dtime
C
INTEGER and, lshift, rshift, bb18order
C
LOGICAL btest
C
REAL float, secnds
C
C Parameter variables
C
INTEGER max
PARAMETER (max = 4096)
C
C Local variables
C
INTEGER adc_data, asic, ch, channel, channel_ident
INTEGER count, data(0:4095), disc
INTEGER dsssd_a( 6 ), dsssd_b( 6 ), dsssd_c( 6 ), dsssd_d( 6 )
INTEGER*8 dt
INTEGER events, events_old
INTEGER*8 e_time, e_time_old
INTEGER i
INTEGER*2 i2(2), i2_2(4)
INTEGER i4, i4_2(2)
INTEGER*8 i8, first_ts_value
INTEGER idata(0:4095), ierr, information, information_index
INTEGER invalid_id, items, items_old, j, j1, j1_old, j2, j2_old, k
INTEGER l, mbs_data(0:3), module, m_disc, m_p, m_n, ptr
INTEGER sc_channel
INTEGER scaler( 32 ), scaler_old( 32 ), range, time_warp, total
INTEGER*8 ts
INTEGER ts28
INTEGER ts48
INTEGER*8 old_ts( 8, 2 ), ts_old
INTEGER*8 implant_ts( 0:127, 0:127, 1:8 )
INTEGER*8 decay_ts( 0:127, 0:127, 1:8 )
INTEGER type, w(0:31), zzz
C
LOGICAL first, first_ts, hit(0:4095), ihit(0:4095)
REAL c(0:7), delta_t, gain(0:max-1), offset(0:max-1)
REAL t1, t2, t2_old
DOUBLE PRECISION rates( 32 ), t3, t4, t4_old
C----67---------------------------------------------------------------72------80
C
C Namelists
C
NAMELIST /variables/ gain, offset, c, w,
+ dsssd_a, dsssd_b, dsssd_c, dsssd_d
C----67---------------------------------------------------------------72------80
C
C Common variables
C
INTEGER*2 gdata(0:15)
C
COMMON /fdata/ gdata
C
C Common variables
C
INTEGER*2 gid(0:15)
C
COMMON /fid/ gid
C
C Common variables
C
INTEGER mult
C
COMMON /fmult/ mult
C
EQUIVALENCE ( i8, i4_2(1) )
EQUIVALENCE ( i4, i2(1) )
C
C----67---------------------------------------------------------------72------80
WRITE ( 6, * ) ' *** AIDA @ RIKEN - implants - November 2016'
WRITE ( 6, * ) ' *** Entry init commences'
C Initialise counters
events = 0
events_old = 0
time_warp = 0
invalid_id = 0
first_ts = .TRUE.
t3 = 0.0D+00
t4 = 0.0D+00
t4_old = 0.0D+00
C Initialise event data
DO i = 0, 4095
data( i ) = 0
hit( i ) = .FALSE.
ENDDO
first = .true.
ts_old = 0
e_time_old = 0
count = 0
total = 0
DO i = 0, 127
gain( i ) = 1.0
offset( i ) = 0.0
ENDDO
DO i = 0, 31
w( i ) = 0
ENDDO
DO i = 0, 7
c( i ) = 1.0
ENDDO
DO i = 1, 32
scaler( i ) = 0
scaler_old( i ) = 0
rates( i ) = 0.0
ENDDO
DO i = 1, 6
DO j = 1, 2
old_ts( i, j ) = 0
ENDDO
ENDDO
C Initialise time
t1 = SECNDS(0.0)
C Read program variables via NAMELIST I/O
OPEN( 1, FILE = '/homes/npg/td/GREAT/variables.dat',
+ IOSTAT = ierr )
IF ( ierr.NE.0 ) THEN
WRITE( 6, * ) ' *** OPEN I/O error:', ierr
RETURN
ENDIF
READ( 1, NML = variables, IOSTAT = ierr )
IF ( ierr.NE.0 ) THEN
WRITE( 6, * ) ' *** READ I/O error:', ierr
ENDIF
CLOSE( 1, IOSTAT = ierr )
IF ( ierr.NE.0 ) THEN
WRITE( 6, * ) ' *** CLOSE I/O error:', ierr
RETURN
ENDIF
C Display program variables
DO i = 0, 4095, 8
WRITE( 6, 9001 ) i, i+7, ( gain( j ), j = i, i+7 )
ENDDO
DO i = 0, 4095, 8
WRITE( 6, 9002 ) i, i+7, ( offset( j ), j = i, i+7 )
ENDDO
DO i = 0, 7, 8
WRITE( 6, 9003 ) i, i+7, ( c(j), j = 1, 8 )
ENDDO
DO i = 0, 31, 8
WRITE( 6, 9004 ) i, i+7, ( w(j), j = i, i+7 )
ENDDO
DO i = 1, 6
WRITE( 6, 9005 ) i, dsssd_a(i), dsssd_b(i),
+ dsssd_c(i), dsssd_d(i)
ENDDO
WRITE ( 6, * ) ' *** Entry init ends'
RETURN
C----67---------------------------------------------------------------72------80
ENTRY sortin
items = items + 1
IF ( MOD( items, 10000000 ).EQ.0 ) THEN
t2 = SECNDS( t1 )
delta_t = t2 - t2_old
WRITE( 6, 9010 ) items, FLOAT( items - items_old ) / delta_t,
+ events, FLOAT( events - events_old ) / delta_t
items_old = items
events_old = events
t2_old = t2
ENDIF
IF ( MOD( items, 50000 ).EQ.0 ) THEN
t4 = DFLOAT( ts ) * 10.0D-9 - t3
delta_t = t4 - t4_old
IF ( delta_t.GE.1.0D+00 ) THEN
DO i = 1, 32
rates( i ) = DFLOAT( scaler( i ) - scaler_old( i ) ) / delta_t
ENDDO
C WRITE( 6, * ) ' '
DO i = 1, 6
C WRITE( 6, 9020 ) i, scaler( i ), scaler_old( i ),
C + delta_t, rates( i )
sc_channel = INT ( MOD( t4, 65536.0 ) + 0.5 )
CALL set1d( i+300, sc_channel, INT( rates( i ) + 0.5 ) )
ENDDO
DO i = 7, 12
C WRITE( 6, 9030 ) i-6, scaler( i ), scaler_old( i ),
C + delta_t, rates( i )
sc_channel = INT ( MOD( t4, 65536.0 ) + 0.5 )
CALL set1d( i+300, sc_channel, INT( rates( i ) + 0.5 ) )
ENDDO
DO i = 1, 32
scaler_old( i ) = scaler( i )
ENDDO
t4_old = t4
ENDIF
ENDIF
C----67---------------------------------------------------------------72------80
C Event data
C For Linux/x64 & Windows/x86 least significant 16-bit word i2(1)
C For Solaris/SPARC least significant 16-bit word i2(2)
C GREAT 3.2.1 format
C
C Other information
C gid[0]=-1
C gdata[0]=module number
C gdata[1]=information type (2=Pause, 3=Resume, 4=SYNC100, 6=FEE64 disc etc)
C gdata[2]=information field (bits 16-19)
C gdata[3]=information field (bits 0-15)
C gdata[4]=time stamp (bits 16-27)
C gdata[5]=time stamp (bits 0-15)
C
C ADC data format
C
C gid[0]=channel ident (FEE64 module bits 6-11, channel bits 0-5)
C gdata[0]=fail/veto bits (AIDA: fail=0, veto=0 LEC/MEC, veto=1 HEC)
C gdata[1]=?
C gdata[2]=ADC data
C gdata[3]=time stamp (bits 16-27)
C gdata[4]=time stamp (bits 0-15)
C----67---------------------------------------------------------------72------80
C gid = - 1 Other information
IF ( gid(0).EQ.-1 ) THEN
i2(2) = 0
i2(1) = gdata(0)
module = AND( i4, Z'0000003f' )
i2(1) = gdata(1)
type = AND( i4, Z'0000000f' )
i2(2) = gdata(2)
i2(1) = gdata(3)
information = AND( i4, Z'000fffff' )
i2(2) = gdata(4)
i2(1) = gdata(5)
ts28 = AND( i4, Z'0fffffff' )
... 894 more lines ...
|
| Attachment 7: variables.dat
|
$variables
dsssd_a( 1 ) = 1
dsssd_a( 2 ) = 2
dsssd_a( 3 ) = 9
dsssd_a( 4 ) = 10
dsssd_a( 5 ) = 17
dsssd_a( 6 ) = 18
dsssd_b( 1 ) = 20
dsssd_b( 2 ) = 19
dsssd_b( 3 ) = 12
dsssd_b( 4 ) = 11
dsssd_b( 5 ) = 4
dsssd_b( 6 ) = 3
dsssd_c( 1 ) = 22
dsssd_c( 2 ) = 21
dsssd_c( 3 ) = 14
dsssd_c( 4 ) = 13
dsssd_c( 5 ) = 6
dsssd_c( 6 ) = 5
dsssd_d( 1 ) = 23
dsssd_d( 2 ) = 24
dsssd_d( 3 ) = 15
dsssd_d( 4 ) = 16
dsssd_d( 5 ) = 7
dsssd_d( 6 ) = 8
offset = 4096*0.0
gain = 4096*1.0
c = 8*1.0
w = 32*0
offset( 0) = 16.10
offset( 1) = -14.93
offset( 2) = -4.03
offset( 3) = 24.20
offset( 4) = -1.49
offset( 5) = 18.78
offset( 6) = 2.57
offset( 7) = -0.06
offset( 8) = 8.52
offset( 9) = 17.08
offset( 10) = -8.18
offset( 11) = 11.06
offset( 12) = 1.45
offset( 13) = -0.11
offset( 14) = -5.27
offset( 15) = 12.08
offset( 16) = -13.45
offset( 17) = -23.82
offset( 18) = -18.33
offset( 19) = 9.29
offset( 20) = 1.15
offset( 21) = -20.83
offset( 22) = -14.00
offset( 23) = 0.04
offset( 24) = -0.18
offset( 25) = -0.13
offset( 26) = -7.15
offset( 27) = -0.09
offset( 28) = 8.33
offset( 29) = -16.03
offset( 30) = 9.93
offset( 31) = -0.08
offset( 32) = -8.71
offset( 33) = -28.08
offset( 34) = -1.57
offset( 35) = 4.32
offset( 36) = -0.98
offset( 37) = 9.03
offset( 38) = 10.18
offset( 39) = -8.64
offset( 40) = 15.82
offset( 41) = -9999.99
offset( 42) = 25.30
offset( 43) = -1.59
offset( 44) = 1.77
offset( 45) = 10.58
offset( 46) = 16.35
offset( 47) = 3.63
offset( 48) = -3.42
offset( 49) = -14.59
offset( 50) = 35.18
offset( 51) = 4.42
offset( 52) = 12.15
offset( 53) = -9999.99
offset( 54) = -9999.99
offset( 55) = -9999.99
offset( 56) = 15.79
offset( 57) = -9999.99
offset( 58) = -9999.99
offset( 59) = 37.06
offset( 60) = 0.63
offset( 61) = 22.36
offset( 62) = -9999.99
offset( 63) = 11.76
offset( 64) = 26.68
offset( 65) = 321.40
offset( 66) = -16.48
offset( 67) = 11.08
offset( 68) = 13.34
offset( 69) = 10.44
offset( 70) = -1.68
offset( 71) = 52.27
offset( 72) = 16.87
offset( 73) = -9999.99
offset( 74) = 0.25
offset( 75) = 11.73
offset( 76) = -4.28
offset( 77) = 26.30
offset( 78) = -14.03
offset( 79) = -19.91
offset( 80) = 3.36
offset( 81) = -9.93
offset( 82) = -7.04
offset( 83) = 14.20
offset( 84) = 4.07
offset( 85) = -33.64
offset( 86) = 1.75
offset( 87) = -8.25
offset( 88) = 0.12
offset( 89) = -9999.99
offset( 90) = -3.26
offset( 91) = 14.34
offset( 92) = -24.36
offset( 93) = -8.27
offset( 94) = -0.30
offset( 95) = 5.13
offset( 96) = 47.52
offset( 97) = 29.22
offset( 98) = 10.99
offset( 99) = 38.34
offset( 100) = 25.33
offset( 101) = 9.46
offset( 102) = 29.87
offset( 103) = 31.58
offset( 104) = 8.87
offset( 105) = 32.96
offset( 106) = -8.22
offset( 107) = 12.51
offset( 108) = 28.56
offset( 109) = 34.60
offset( 110) = 9.83
offset( 111) = 50.37
offset( 112) = 1.92
offset( 113) = 102.85
offset( 114) = -9999.99
offset( 115) = -39.65
offset( 116) = -40.48
offset( 117) = -9999.99
offset( 118) = -9999.99
offset( 119) = -9999.99
offset( 120) = -9999.99
offset( 121) = -31.23
offset( 122) = -34.30
offset( 123) = -165.01
offset( 124) = -9999.99
offset( 125) = -25.43
offset( 126) = -12.98
offset( 127) = -24.50
offset( 128) = -9999.99
offset( 129) = -30.13
offset( 130) = -14.02
offset( 131) = 8.01
offset( 132) = -2.04
offset( 133) = 5.37
offset( 134) = -13.81
offset( 135) = -32.82
offset( 136) = -2.94
offset( 137) = -19.71
offset( 138) = -15.45
offset( 139) = 28.13
offset( 140) = -10.23
offset( 141) = -19.78
offset( 142) = 6.51
offset( 143) = -22.02
offset( 144) = -35.77
offset( 145) = -20.93
offset( 146) = -8.63
offset( 147) = -17.27
offset( 148) = -4.88
offset( 149) = 2.34
offset( 150) = 9.69
offset( 151) = 124.36
offset( 152) = -10.54
offset( 153) = -32.31
offset( 154) = -1.74
offset( 155) = 6.40
offset( 156) = -41.53
offset( 157) = -12.64
offset( 158) = -9999.99
offset( 159) = -2.22
offset( 160) = -17.31
offset( 161) = -9999.99
offset( 162) = 5.38
offset( 163) = -1.76
offset( 164) = -18.30
offset( 165) = 9.68
offset( 166) = 6.79
offset( 167) = -126.74
offset( 168) = -9.77
offset( 169) = 8.47
offset( 170) = 7.11
offset( 171) = 28.72
offset( 172) = -29.96
offset( 173) = -27.75
offset( 174) = -2.43
offset( 175) = 11.08
offset( 176) = 7.05
offset( 177) = -27.55
offset( 178) = -1.09
offset( 179) = 5.26
offset( 180) = -12.73
offset( 181) = -15.53
offset( 182) = -6.55
offset( 183) = 34.68
offset( 184) = 19.55
offset( 185) = -14.17
offset( 186) = -8.89
offset( 187) = 8.12
offset( 188) = -9.06
offset( 189) = 8.78
offset( 190) = -31.35
offset( 191) = 5.97
offset( 192) = -13.90
offset( 193) = -10.36
offset( 194) = 18.66
offset( 195) = -9.45
offset( 196) = 8.94
offset( 197) = 8.83
offset( 198) = -0.29
offset( 199) = -20.45
offset( 200) = -8.42
offset( 201) = -7.99
offset( 202) = -12.23
offset( 203) = -2.14
offset( 204) = -3.89
offset( 205) = -0.34
offset( 206) = 25.49
offset( 207) = 11.81
offset( 208) = 7.79
offset( 209) = -2.57
offset( 210) = 29.34
offset( 211) = -5.80
offset( 212) = 14.64
offset( 213) = -2.74offset( 0) = 16.10
offset( 1) = -14.93
offset( 2) = -4.03
offset( 3) = 24.20
offset( 4) = -1.49
offset( 5) = 18.78
offset( 6) = 2.57
offset( 7) = -0.06
offset( 8) = 8.52
offset( 9) = 17.08
offset( 10) = -8.18
offset( 11) = 11.06
offset( 12) = 1.45
offset( 13) = -0.11
offset( 14) = -5.27
offset( 15) = 12.08
offset( 16) = -13.45
offset( 17) = -23.82
offset( 18) = -18.33
offset( 19) = 9.29
offset( 20) = 1.15
offset( 21) = -20.83
offset( 22) = -14.00
offset( 23) = 0.04
offset( 24) = -0.18
offset( 25) = -0.13
offset( 26) = -7.15
offset( 27) = -0.09
offset( 28) = 8.33
offset( 29) = -16.03
offset( 30) = 9.93
offset( 31) = -0.08
offset( 32) = -8.71
offset( 33) = -28.08
offset( 34) = -1.57
offset( 35) = 4.32
offset( 36) = -0.98
offset( 37) = 9.03
offset( 38) = 10.18
offset( 39) = -8.64
offset( 40) = 15.82
offset( 41) = -9999.99
offset( 42) = 25.30
offset( 43) = -1.59
offset( 44) = 1.77
offset( 45) = 10.58
offset( 46) = 16.35
offset( 47) = 3.63
offset( 48) = -3.42
offset( 49) = -14.59
offset( 50) = 35.18
offset( 51) = 4.42
offset( 52) = 12.15
offset( 53) = -9999.99
offset( 54) = -9999.99
offset( 55) = -9999.99
offset( 56) = 15.79
offset( 57) = -9999.99
... 12012 more lines ...
|
| Attachment 8: offsets.dat
|
0 16.10 0.17 0.368 7
1 -14.93 0.43 0.581 8
2 -4.03 0.17 0.290 7
3 24.20 0.15 0.341 7
4 -1.49 0.17 0.423 7
5 18.78 0.17 0.347 6
6 2.57 0.15 0.251 7
7 -0.06 0.16 0.379 6
8 8.52 0.15 0.317 7
9 17.08 0.15 0.395 7
10 -8.18 0.14 0.302 8
11 11.06 0.14 0.330 7
12 1.45 0.15 0.299 7
13 -0.11 0.14 0.356 8
14 -5.27 0.16 0.284 7
15 12.08 0.14 0.201 7
16 -13.45 0.12 0.282 8
17 -23.82 0.16 0.259 6
18 -18.33 0.17 0.310 6
19 9.29 0.16 0.241 7
20 1.15 0.16 0.417 6
21 -20.83 0.14 0.286 7
22 -14.00 0.15 0.286 7
23 0.04 0.16 0.369 7
24 -0.18 0.15 0.336 7
25 -0.13 0.15 0.408 7
26 -7.15 0.15 0.334 7
27 -0.09 0.16 0.264 7
28 8.33 0.15 0.294 6
29 -16.03 0.13 0.247 7
30 9.93 0.12 0.354 7
31 -0.08 0.14 0.329 6
32 -8.71 0.13 0.210 8
33 -28.08 0.12 0.198 7
34 -1.57 0.13 0.151 7
35 4.32 0.13 0.235 7
36 -0.98 0.14 0.254 6
37 9.03 0.13 0.255 7
38 10.18 0.13 0.233 7
39 -8.64 0.13 0.201 7
40 15.82 0.14 0.496 7
42 25.30 0.14 0.421 7
43 -1.59 0.13 0.243 7
44 1.77 0.11 0.313 8
45 10.58 0.12 0.231 7
46 16.35 0.12 0.144 7
47 3.63 0.16 0.425 7
48 -3.42 0.13 0.232 7
49 -14.59 0.13 0.139 7
50 35.18 0.13 0.198 7
51 4.42 0.13 0.259 7
52 12.15 0.17 0.453 7
53 -9999.99 0.00 0.000 2 < 3 peaks
56 15.79 0.15 0.282 7
58 -9999.99 0.00 0.000 2 < 3 peaks
59 37.06 0.14 0.247 7
60 0.63 0.59 1.292 7 INL > 1%
61 22.36 0.29 0.411 6
63 11.76 0.15 0.365 7
64 26.68 0.20 0.436 6
65 321.40 0.79 9.980 5 INL > 1%
66 -16.48 0.15 0.430 8
67 11.08 0.18 0.637 6
68 13.34 0.20 0.415 6
69 10.44 0.26 0.618 4
70 -1.68 0.16 0.595 8
71 52.27 0.25 0.731 4
72 16.87 0.35 1.048 5 INL > 1%
74 0.25 0.40 1.031 6 INL > 1%
75 11.73 0.19 0.432 6
76 -4.28 0.18 0.498 6
77 26.30 0.16 0.427 7
78 -14.03 0.15 0.416 8
79 -19.91 0.15 0.415 7
80 3.36 0.26 0.755 3
81 -9.93 0.16 0.382 7
82 -7.04 0.16 0.233 7
83 14.20 0.14 0.558 7
84 4.07 0.17 0.285 6
85 -33.64 0.17 0.194 7
86 1.75 0.15 0.344 7
87 -8.25 0.17 0.458 7
88 0.12 0.16 0.549 7
90 -3.26 0.17 0.397 6
91 14.34 0.24 0.809 4
92 -24.36 0.16 0.358 7
93 -8.27 0.14 0.183 7
94 -0.30 0.13 0.258 7
95 5.13 0.14 0.305 7
96 47.52 0.17 0.259 7
97 29.22 0.15 0.209 7
98 10.99 0.16 0.278 7
99 38.34 0.20 0.256 7
100 25.33 0.27 0.733 3
101 9.46 0.18 0.443 6
102 29.87 0.16 0.268 7
103 31.58 0.15 0.207 8
104 8.87 0.15 0.306 8
105 32.96 0.16 0.367 7
106 -8.22 0.19 0.719 7
107 12.51 0.15 1.401 8 INL > 1%
108 28.56 0.16 0.343 8
109 34.60 0.16 0.314 7
110 9.83 0.15 0.218 8
111 50.37 0.14 2.407 8 INL > 1%
112 1.92 0.18 3.186 6 INL > 1%
113 102.85 0.19 4.906 6 INL > 1%
114 -9999.99 0.00 0.000 2 < 3 peaks
115 -39.65 0.16 3.403 7 INL > 1%
116 -40.48 0.17 4.601 7 INL > 1%
120 -9999.99 0.00 0.000 1 < 3 peaks
121 -31.23 0.21 6.250 5 INL > 1%
122 -34.30 0.65 4.771 6 INL > 1%
123 -165.01 0.31 14.704 6 INL > 1%
125 -25.43 0.33 2.197 5 INL > 1%
126 -12.98 0.17 3.692 7 INL > 1%
127 -24.50 0.16 1.880 7 INL > 1%
128 -9999.99 0.00 0.000 1 < 3 peaks
129 -30.13 0.26 0.529 7
130 -14.02 0.12 0.450 7
131 8.01 0.13 0.506 7
132 -2.04 0.27 0.395 4
133 5.37 0.12 0.571 6
134 -13.81 0.12 0.588 7
135 -32.82 0.12 0.562 7
136 -2.94 0.11 0.607 7
137 -19.71 0.11 0.566 7
138 -15.45 0.11 0.568 7
139 28.13 0.12 0.518 7
140 -10.23 0.12 0.512 6
141 -19.78 0.12 0.478 7
142 6.51 0.12 0.478 6
143 -22.02 0.11 0.489 7
144 -35.77 0.11 0.445 7
145 -20.93 0.11 0.483 6
146 -8.63 0.12 0.487 6
147 -17.27 0.10 0.474 7
148 -4.88 0.12 0.476 5
149 2.34 0.12 0.498 5
150 9.69 0.12 0.504 5
151 124.36 0.12 0.391 6
152 -10.54 0.10 0.541 7
153 -32.31 0.11 0.496 6
154 -1.74 0.10 0.577 7
155 6.40 0.10 0.485 7
156 -41.53 0.11 0.510 6
157 -12.64 0.11 0.406 7
158 -9999.99 0.00 0.000 2 < 3 peaks
159 -2.22 0.09 0.438 7
160 -17.31 0.12 0.543 6
161 -9999.99 0.00 0.000 2 < 3 peaks
162 5.38 0.12 0.532 6
163 -1.76 0.11 0.581 7
164 -18.30 0.11 0.552 7
165 9.68 0.11 0.539 7
166 6.79 0.12 0.589 6
167 -126.74 0.13 12.329 8 INL > 1%
168 -9.77 0.11 0.593 7
169 8.47 0.12 0.658 6
170 7.11 0.11 0.604 7
171 28.72 0.11 0.599 7
172 -29.96 0.11 0.562 7
173 -27.75 0.11 0.540 7
174 -2.43 0.11 0.421 7
175 11.08 0.11 0.485 7
176 7.05 0.11 0.472 7
177 -27.55 0.12 0.387 6
178 -1.09 0.12 0.394 6
179 5.26 0.11 0.483 6
180 -12.73 0.11 0.524 7
181 -15.53 0.11 0.545 7
182 -6.55 0.11 0.539 7
183 34.68 0.17 0.312 4
184 19.55 0.12 0.486 6
185 -14.17 0.11 0.489 7
186 -8.89 0.14 0.403 5
187 8.12 0.12 0.447 6
188 -9.06 0.11 0.464 7
189 8.78 0.13 0.365 5
190 -31.35 0.12 0.400 6
191 5.97 0.14 0.335 5
192 -13.90 0.16 0.465 7
193 -10.36 0.28 0.682 6
194 18.66 0.16 0.462 5
195 -9.45 0.13 0.561 7
196 8.94 0.17 0.561 5
197 8.83 0.15 0.522 5
198 -0.29 0.14 0.575 6
199 -20.45 0.13 0.658 7
200 -8.42 0.12 0.623 7
201 -7.99 0.12 0.594 7
202 -12.23 0.13 0.575 6
203 -2.14 0.14 0.529 6
204 -3.89 0.14 0.465 5
205 -0.34 0.12 0.530 6
206 25.49 0.14 0.382 5
207 11.81 0.12 0.354 6
208 7.79 0.12 0.567 7
209 -2.57 0.12 0.507 6
210 29.34 0.12 0.581 6
211 -5.80 0.11 0.562 7
212 14.64 0.12 0.615 6
213 -2.74 0.11 0.665 7
214 15.44 0.11 0.610 7
215 -13.24 0.11 0.600 7
216 3.93 0.12 0.662 6
217 8.62 0.12 0.621 6
218 -15.60 0.12 0.691 6
219 6.02 0.12 0.647 6
220 20.74 0.12 0.537 6
221 17.48 0.11 0.590 7
222 -23.06 0.11 0.528 6
223 -3.13 0.11 0.543 6
224 30.14 0.13 0.245 6
225 0.82 0.12 0.544 7
226 0.93 0.13 0.393 6
227 11.01 0.11 0.413 7
228 18.31 0.12 0.396 6
229 26.80 0.12 0.488 6
230 28.42 0.13 0.462 6
231 8.85 0.12 0.477 6
232 33.87 0.12 0.527 6
233 -22.41 0.12 0.511 7
234 9.61 0.12 0.466 6
235 -21.32 0.12 0.458 6
236 13.79 0.11 0.480 7
237 16.58 0.11 0.428 7
238 24.98 0.11 0.412 7
239 -12.59 0.11 0.351 7
240 -10.85 0.11 0.465 7
241 -4.30 0.11 0.467 7
242 15.44 0.11 0.495 7
243 6.72 0.12 0.428 6
244 -19.95 0.11 0.476 7
245 -11.12 0.14 0.429 5
246 -15.90 0.12 0.544 7
247 -17.53 0.16 0.277 4
248 -15.94 0.11 0.535 7
249 -21.35 0.12 0.547 7
250 5.89 0.17 0.312 4
251 7.21 0.13 0.522 6
252 -17.58 0.13 0.466 6
253 4.70 0.14 0.349 5
254 8.84 0.13 0.406 6
255 -36.92 0.12 0.339 7
256 18.26 0.13 0.333 6
257 -13.97 0.16 0.607 8
258 3.43 0.11 0.385 7
259 -16.64 0.12 0.302 6
260 23.27 0.12 0.370 6
261 11.47 0.15 0.701 4
262 -3.04 0.11 0.414 7
263 11.25 0.16 0.771 4
264 18.61 0.14 0.410 5
265 -5.86 0.11 0.313 6
266 1.15 0.12 0.411 6
267 -1.39 0.12 0.295 6
268 2.92 0.12 0.312 6
269 7.21 0.11 0.170 7
270 -0.52 0.11 0.234 7
271 -16.88 0.12 0.252 6
272 35.03 0.19 0.526 3
273 4.74 0.12 0.252 6
274 44.31 0.11 0.170 7
275 -8.56 0.11 0.198 7
276 -4.40 0.11 0.161 7
277 18.77 0.11 0.163 7
278 9.39 0.11 0.115 7
279 31.10 0.11 0.097 7
280 -29.67 0.11 0.174 7
281 -9.00 0.11 0.262 6
282 -2.36 0.12 0.271 6
283 23.40 0.19 0.646 3
284 -10.10 0.10 0.150 7
285 29.40 0.12 0.321 6
286 -15.00 0.10 0.202 7
287 8.21 0.11 0.222 6
288 -25.94 0.10 0.354 8
289 -39.22 0.12 0.229 7
290 -30.57 0.11 0.184 7
291 -30.06 0.11 0.201 7
292 -7.54 0.22 0.708 3
293 -10.08 0.12 0.603 6
295 8.87 0.11 0.422 7
296 141.74 0.13 0.077 6
297 -38.12 0.12 0.241 7
298 -24.38 0.11 0.288 7
299 14.50 0.11 1.273 7 INL > 1%
300 -10.18 0.10 0.120 8
301 -18.27 0.11 0.163 7
302 -6.08 0.11 0.149 7
303 -14.37 0.11 2.328 8 INL > 1%
304 -52.55 0.11 2.786 7 INL > 1%
306 4.73 0.20 0.685 3
307 -42.32 0.12 2.328 7 INL > 1%
308 116.18 0.17 4.359 6 INL > 1%
309 -172.69 0.17 11.462 5 INL > 1%
310 -8.71 0.17 4.105 7 INL > 1%
312 -9999.99 0.00 0.000 1 < 3 peaks
313 -43.31 0.20 5.341 5 INL > 1%
... 1171 more lines ...
|
| Attachment 9: offsets.log
|
*** Weighted least squares fit to spectrum: s0
X nom. Y exp. Y fit Y fit - Y exp.
1.0 189.93 190.53 0.60
2.0 363.74 364.96 1.22
3.0 539.69 539.39 -0.30
4.0 716.47 713.82 -2.65
5.0 890.56 888.25 -2.31
6.0 1063.08 1062.68 -0.40
7.0 1233.27 1237.11 3.84
m = 174.43 +/- 0.04
c = 16.10 +/- 0.17
non-linearity = 0.368 %
mean fwhm = 13.979 channels
*** Weighted least squares fit to spectrum: s1
X nom. Y exp. Y fit Y fit - Y exp.
1.0 143.31 147.73 4.42
2.0 306.71 310.39 3.68
3.0 473.19 473.05 -0.14
4.0 641.99 635.72 -6.27
5.0 804.99 798.38 -6.61
6.0 964.85 961.04 -3.81
7.0 1122.66 1123.70 1.04
8.0 1280.63 1286.36 5.73
m = 162.66 +/- 0.08
c = -14.93 +/- 0.43
non-linearity = 0.581 %
mean fwhm = 15.366 channels
*** Weighted least squares fit to spectrum: s10
X nom. Y exp. Y fit Y fit - Y exp.
1.0 156.28 157.68 1.40
2.0 322.54 323.53 0.99
3.0 489.15 489.39 0.24
4.0 657.04 655.25 -1.79
5.0 824.04 821.11 -2.93
6.0 989.30 986.97 -2.33
7.0 1152.63 1152.82 0.19
8.0 1315.18 1318.68 3.50
m = 165.86 +/- 0.03
c = -8.18 +/- 0.14
non-linearity = 0.302 %
mean fwhm = 13.655 channels
*** Weighted least squares fit to spectrum: s100
X nom. Y exp. Y fit Y fit - Y exp.
1.0 453.00 455.71 2.71
2.0 892.40 886.10 -6.30
3.0 1312.65 1316.49 3.84
m = 430.39 +/- 0.13
c = 25.33 +/- 0.27
non-linearity = 0.733 %
mean fwhm = 13.810 channels
*** Weighted least squares fit to spectrum: s1000
X nom. Y exp. Y fit Y fit - Y exp.
1.0 176.03 172.24 -3.79
2.0 368.23 370.47 2.24
3.0 563.55 568.70 5.15
4.0 763.63 766.93 3.30
5.0 965.23 965.16 -0.07
6.0 1167.69 1163.39 -4.30
m = 198.23 +/- 0.04
c = -25.99 +/- 0.14
non-linearity = 0.519 %
mean fwhm = 13.743 channels
*** Weighted least squares fit to spectrum: s1001
X nom. Y exp. Y fit Y fit - Y exp.
1.0 173.02 167.78 -5.24
2.0 350.34 352.30 1.96
3.0 531.64 536.82 5.18
4.0 717.63 721.34 3.71
5.0 903.56 905.86 2.30
6.0 1091.05 1090.38 -0.67
7.0 1279.54 1274.90 -4.64
m = 184.52 +/- 0.03
c = -16.74 +/- 0.13
non-linearity = 0.474 %
mean fwhm = 13.837 channels
*** Weighted least squares fit to spectrum: s1002
X nom. Y exp. Y fit Y fit - Y exp.
1.0 270.82 269.26 -1.56
2.0 542.40 544.69 2.29
3.0 818.19 820.11 1.92
4.0 1097.69 1095.53 -2.16
m = 275.42 +/- 0.07
c = -6.16 +/- 0.19
non-linearity = 0.276 %
mean fwhm = 13.880 channels
*** Weighted least squares fit to spectrum: s1003
X nom. Y exp. Y fit Y fit - Y exp.
1.0 222.42 219.04 -3.38
2.0 441.73 443.41 1.68
3.0 664.14 667.78 3.64
4.0 889.54 892.15 2.61
5.0 1116.21 1116.53 0.32
6.0 1344.31 1340.90 -3.41
m = 224.37 +/- 0.04
c = -5.33 +/- 0.15
non-linearity = 0.325 %
mean fwhm = 13.785 channels
*** Weighted least squares fit to spectrum: s1004
X nom. Y exp. Y fit Y fit - Y exp.
1.0 402.40 401.72 -0.68
2.0 811.53 813.44 1.91
3.0 1226.26 1225.15 -1.11
m = 411.71 +/- 0.12
c = -9.99 +/- 0.23
non-linearity = 0.232 %
mean fwhm = 13.830 channels
*** Weighted least squares fit to spectrum: s1005
X nom. Y exp. Y fit Y fit - Y exp.
1.0 191.64 187.11 -4.53
2.0 376.18 378.19 2.01
3.0 565.34 569.26 3.92
4.0 757.36 760.34 2.98
5.0 949.57 951.41 1.84
6.0 1142.93 1142.49 -0.44
7.0 1337.33 1333.56 -3.77
m = 191.08 +/- 0.03
c = -3.96 +/- 0.13
non-linearity = 0.395 %
mean fwhm = 13.793 channels
*** Weighted least squares fit to spectrum: s1006
X nom. Y exp. Y fit Y fit - Y exp.
1.0 233.72 231.32 -2.40
2.0 457.46 459.66 2.20
3.0 684.47 688.01 3.54
4.0 915.78 916.35 0.57
5.0 1147.42 1144.70 -2.72
m = 228.35 +/- 0.05
c = 2.97 +/- 0.16
non-linearity = 0.387 %
mean fwhm = 13.786 channels
*** Weighted least squares fit to spectrum: s1007
X nom. Y exp. Y fit Y fit - Y exp.
1.0 231.89 229.14 -2.75
2.0 448.23 449.41 1.18
3.0 665.90 669.68 3.78
4.0 887.99 889.95 1.96
5.0 1110.32 1110.21 -0.11
6.0 1333.51 1330.48 -3.03
m = 220.27 +/- 0.04
c = 8.87 +/- 0.15
non-linearity = 0.343 %
mean fwhm = 13.912 channels
*** Weighted least squares fit to spectrum: s1008
X nom. Y exp. Y fit Y fit - Y exp.
1.0 210.16 205.78 -4.38
2.0 416.43 419.79 3.36
3.0 628.63 633.80 5.17
4.0 845.15 847.82 2.67
5.0 1061.98 1061.83 -0.15
6.0 1280.14 1275.84 -4.30
m = 214.01 +/- 0.04
c = -8.24 +/- 0.14
non-linearity = 0.484 %
mean fwhm = 13.820 channels
*** Weighted least squares fit to spectrum: s1009
X nom. Y exp. Y fit Y fit - Y exp.
1.0 196.88 190.74 -6.14
2.0 366.59 369.43 2.84
3.0 542.97 548.12 5.15
4.0 723.64 726.81 3.17
5.0 904.37 905.50 1.13
6.0 1085.38 1084.19 -1.19
7.0 1266.62 1262.88 -3.74
m = 178.69 +/- 0.03
c = 12.05 +/- 0.14
non-linearity = 0.574 %
mean fwhm = 13.909 channels
*** Weighted least squares fit to spectrum: s101
X nom. Y exp. Y fit Y fit - Y exp.
1.0 225.00 227.26 2.26
2.0 443.49 445.06 1.57
3.0 667.05 662.86 -4.19
4.0 885.48 880.66 -4.82
5.0 1098.86 1098.46 -0.40
6.0 1312.33 1316.27 3.94
m = 217.80 +/- 0.05
c = 9.46 +/- 0.18
non-linearity = 0.443 %
mean fwhm = 13.720 channels
*** Weighted least squares fit to spectrum: s1010
X nom. Y exp. Y fit Y fit - Y exp.
1.0 183.64 177.83 -5.81
2.0 365.65 368.48 2.83
3.0 553.40 559.13 5.73
4.0 746.00 749.78 3.78
5.0 938.39 940.43 2.04
6.0 1132.33 1131.08 -1.25
7.0 1326.30 1321.73 -4.57
m = 190.65 +/- 0.03
c = -12.82 +/- 0.13
non-linearity = 0.508 %
mean fwhm = 13.837 channels
*** Weighted least squares fit to spectrum: s1011
X nom. Y exp. Y fit Y fit - Y exp.
1.0 209.48 205.06 -4.42
2.0 429.27 432.84 3.57
3.0 655.24 660.61 5.37
4.0 885.45 888.39 2.94
5.0 1116.52 1116.16 -0.36
6.0 1348.17 1343.94 -4.23
m = 227.78 +/- 0.04
c = -22.72 +/- 0.15
non-linearity = 0.472 %
mean fwhm = 13.895 channels
*** Weighted least squares fit to spectrum: s1012
X nom. Y exp. Y fit Y fit - Y exp.
1.0 263.42 260.01 -3.41
2.0 505.95 510.02 4.07
3.0 755.57 760.04 4.47
4.0 1009.46 1010.06 0.60
5.0 1263.81 1260.07 -3.74
m = 250.02 +/- 0.05
c = 9.99 +/- 0.16
non-linearity = 0.447 %
mean fwhm = 13.856 channels
*** Weighted least squares fit to spectrum: s1013
X nom. Y exp. Y fit Y fit - Y exp.
1.0 166.90 49.06 -117.84
2.0 275.02 278.25 3.23
3.0 500.48 507.43 6.95
4.0 730.66 736.62 5.96
5.0 966.26 965.80 -0.46
6.0 1202.19 1194.99 -7.20
m = 229.19 +/- 0.05
c = -180.12 +/- 0.21
non-linearity = 11.382 %
mean fwhm = 14.147 channels
*** Weighted least squares fit to spectrum: s1014
X nom. Y exp. Y fit Y fit - Y exp.
1.0 197.22 192.13 -5.09
2.0 418.62 422.06 3.44
3.0 646.33 651.99 5.66
4.0 879.02 881.92 2.90
5.0 1111.58 1111.85 0.27
6.0 1346.52 1341.79 -4.73
m = 229.93 +/- 0.04
c = -37.81 +/- 0.17
non-linearity = 0.493 %
mean fwhm = 14.097 channels
*** Weighted least squares fit to spectrum: s1016
... 22032 more lines ...
|
| Attachment 10: offsets.txt
|
0 16.10 0.17 0.368 7
1 -14.93 0.43 0.581 8
10 -8.18 0.14 0.302 8
100 25.33 0.27 0.733 3
1000 -25.99 0.14 0.519 6
1001 -16.74 0.13 0.474 7
1002 -6.16 0.19 0.276 4
1003 -5.33 0.15 0.325 6
1004 -9.99 0.23 0.232 3
1005 -3.96 0.13 0.395 7
1006 2.97 0.16 0.387 5
1007 8.87 0.15 0.343 6
1008 -8.24 0.14 0.484 6
1009 12.05 0.14 0.574 7
101 9.46 0.18 0.443 6
1010 -12.82 0.13 0.508 7
1011 -22.72 0.15 0.472 6
1012 9.99 0.16 0.447 5
1013 -180.12 0.21 11.382 6 INL > 1%
1014 -37.81 0.17 0.493 6
1015 -9999.99 0.00 0.000 1 < 3 peaks
1016 -21.43 0.15 0.631 7
1017 2.78 0.16 0.649 7
1018 33.97 0.36 0.332 3
1019 14.86 0.17 0.471 5
102 29.87 0.16 0.268 7
1020 -25.55 0.15 0.445 6
1021 -44.62 0.19 0.385 5
1022 -29.19 0.15 0.454 6
1023 -20.66 0.16 0.358 6
1024 -8.53 0.12 0.396 7
1025 -18.46 0.26 0.852 6
1026 5.53 0.12 0.493 6
1027 19.07 0.12 0.449 7
1028 3.91 0.13 0.659 6
1029 -16.62 0.11 0.502 7
103 31.58 0.15 0.207 8
1030 -5.75 0.14 0.579 5
1031 -17.50 0.12 0.468 6
1032 -13.51 0.11 0.483 7
1033 -5.23 0.12 0.587 6
1034 10.66 0.10 0.472 8
1035 -3.40 0.12 0.619 6
1036 5.86 0.12 0.547 6
1037 -12.08 0.10 0.375 8
1038 8.01 0.13 0.560 5
1039 -1.52 0.12 0.457 6
104 8.87 0.15 0.306 8
1040 5.43 0.10 0.265 8
1041 -1.99 0.14 0.441 5
1042 22.25 0.12 0.220 6
1043 7.86 0.11 0.229 7
1044 11.93 0.13 0.454 5
1045 10.44 0.11 0.263 7
1046 34.77 0.10 0.287 8
1047 22.66 0.12 0.412 6
1048 22.36 0.11 0.255 7
1049 3.27 0.14 0.515 5
105 32.96 0.16 0.367 7
1050 32.14 0.10 0.204 7
1051 5.81 0.10 0.199 7
1052 9.66 0.13 0.465 5
1053 8.13 0.11 0.126 7
1054 30.12 0.10 0.110 7
1055 -4.78 0.11 0.334 6
1056 -7.56 0.10 0.314 8
1057 -16.01 0.11 0.234 7
1058 7.45 0.11 0.116 7
1059 -2.10 0.11 0.282 7
106 -8.22 0.19 0.719 7
1060 5.53 0.12 0.145 6
1061 7.41 0.11 0.162 7
1062 6.07 0.11 0.136 7
1063 -19.15 0.11 0.057 7
1064 3.36 0.11 0.231 7
1065 41.14 0.11 0.162 7
1066 10.14 0.11 0.177 7
1067 -1.13 0.11 0.296 7
1068 23.17 0.10 0.342 8
1069 -5.69 0.11 0.162 7
107 12.51 0.15 1.401 8 INL > 1%
1070 0.94 0.11 0.139 7
1071 -22.68 0.11 2.007 8 INL > 1%
1072 6.47 0.13 0.232 7
1073 11.00 0.13 0.103 7
1074 21.32 0.13 0.088 7
1075 -3.36 0.13 0.102 7
1076 10.18 0.15 0.147 7
1077 -9999.99 0.00 0.000 2 < 3 peaks
1078 16.65 0.20 0.078 7
1079 -9999.99 0.00 0.000 0 < 3 peaks
108 28.56 0.16 0.343 8
1080 -8.57 0.16 0.257 7
1081 -1.99 0.18 0.322 6
1082 -9999.99 0.00 0.000 0 < 3 peaks
1083 -9.32 0.13 0.069 7
1084 12.14 0.15 0.122 7
1085 11.90 0.56 0.146 7
1086 29.22 0.12 0.187 7
1087 -8.78 0.13 0.262 7
1088 -3.77 0.14 0.298 6
1089 23.20 0.29 0.629 8
109 34.60 0.16 0.314 7
1090 -14.02 0.11 0.353 8
1091 -0.60 0.13 0.368 6
1092 8.65 0.13 0.255 6
1093 15.35 0.18 0.517 4
1094 -13.38 0.12 0.388 7
1095 3.70 0.18 0.656 4
1096 -1.90 0.15 0.389 5
1097 -13.10 0.12 0.250 7
1098 -0.55 0.13 0.314 6
1099 -11.97 0.13 0.244 6
11 11.06 0.14 0.330 7
110 9.83 0.15 0.218 8
1100 -13.06 0.11 0.280 7
1101 18.06 0.11 0.117 7
1102 2.08 0.10 0.234 8
1103 -8.49 0.12 0.300 6
1104 26.10 0.16 0.512 4
1105 10.58 0.11 0.322 7
1106 13.85 0.11 0.136 7
1107 8.24 0.11 0.060 7
1108 5.48 0.12 0.314 6
1109 -9999.99 0.00 0.000 0 < 3 peaks
111 50.37 0.14 2.407 8 INL > 1%
1110 8.21 0.11 0.056 7
1111 25.08 0.11 0.183 7
1112 16.25 0.11 0.085 7
1113 33.44 0.12 0.105 6
1114 18.91 0.12 0.239 6
1115 19.90 0.19 0.652 3
1116 5.83 0.11 0.300 7
1117 7.11 0.11 0.185 7
1118 11.53 0.11 0.086 7
1119 5.06 0.10 0.072 7
112 1.92 0.18 3.186 6 INL > 1%
1120 20.30 0.11 0.320 7
1121 13.84 0.12 0.115 7
1122 33.04 0.12 0.213 7
1123 25.55 0.12 0.165 7
1124 14.44 0.25 0.756 3
1125 1.05 0.13 0.370 6
1126 11.11 0.12 0.173 7
1127 13.89 0.11 0.178 8
1128 25.97 0.11 0.180 8
1129 -5.67 0.12 0.204 7
113 102.85 0.19 4.906 6 INL > 1%
1130 10.73 0.13 0.280 6
1131 51.54 0.12 1.035 7 INL > 1%
1132 1.96 0.11 0.113 7
1133 4.79 0.11 0.115 7
1134 28.25 0.11 0.066 7
1135 48.83 0.11 2.380 8 INL > 1%
1136 -5.48 0.12 2.632 7 INL > 1%
1137 -19.08 0.13 3.179 7 INL > 1%
1138 -19.80 0.23 0.710 3
1139 -27.60 0.13 2.657 7 INL > 1%
114 -9999.99 0.00 0.000 2 < 3 peaks
1140 -20.19 0.14 3.644 7 INL > 1%
1141 -144.89 0.21 10.334 5 INL > 1%
1142 -20.97 0.22 4.241 7 INL > 1%
1143 -9999.99 0.00 0.000 0 < 3 peaks
1144 -9999.99 0.00 0.000 1 < 3 peaks
1145 -54.96 0.18 4.183 6 INL > 1%
1146 -9999.99 0.00 0.000 0 < 3 peaks
1147 -165.59 0.19 9.528 5 INL > 1%
1148 -14.70 0.18 3.174 7 INL > 1%
1149 -9.16 0.58 1.854 5 INL > 1%
115 -39.65 0.16 3.403 7 INL > 1%
1150 -10.31 0.12 3.228 7 INL > 1%
1151 -44.00 0.13 1.954 7 INL > 1%
1152 26.88 0.21 0.443 7
1153 99.91 0.40 6.187 8 INL > 1%
1154 -7.34 0.17 0.368 7
1155 -32.93 0.18 0.486 7
1156 -18.88 0.19 0.561 7
1157 -33.34 0.16 0.424 6
1158 -7.38 0.15 0.531 7
1159 -20.04 0.17 0.506 7
116 -40.48 0.17 4.601 7 INL > 1%
1160 -12.94 0.14 0.468 7
1161 -36.07 0.14 0.463 7
1162 -10.71 0.14 0.497 7
1163 -11.56 0.14 0.465 7
1164 -9.65 0.14 0.416 6
1165 22.11 0.13 0.421 7
1166 -54.21 0.15 0.366 6
1167 22.97 0.13 0.417 7
1168 -1.70 0.15 0.485 6
1169 18.13 0.14 0.490 6
117 -9999.99 0.00 0.000 0 < 3 peaks
1170 -25.43 0.15 0.484 6
1171 -25.24 0.14 0.483 7
1172 -2.35 0.17 0.439 5
1173 45.23 0.17 0.484 5
1174 -2.42 0.16 0.440 5
1175 8.27 0.15 0.490 6
1176 8.67 0.14 0.561 7
1177 27.85 0.16 0.460 5
1178 4.52 0.14 0.585 7
1179 19.26 0.15 0.471 6
118 -9999.99 0.00 0.000 0 < 3 peaks
1180 -21.29 0.15 0.491 6
1181 -33.85 0.13 0.547 7
1182 -9999.99 0.00 0.000 2 < 3 peaks
1183 34.92 0.13 0.467 7
1184 -109.15 0.15 12.490 7 INL > 1%
1185 -9999.99 0.00 0.000 1 < 3 peaks
1186 -210.29 0.20 15.309 7 INL > 1%
1187 -130.73 0.15 8.967 8 INL > 1%
1188 -5.42 0.14 0.444 7
1189 -15.20 0.14 0.551 7
119 -9999.99 0.00 0.000 0 < 3 peaks
1190 1.52 0.15 0.412 6
1191 -32.21 0.15 3.246 7 INL > 1%
1192 7.37 0.13 0.329 7
1193 140.84 0.20 1.574 5 INL > 1%
1194 -0.56 0.14 0.333 7
1195 13.33 0.15 0.382 7
1196 -17.92 0.15 0.404 7
1197 7.99 0.16 0.439 6
1198 -28.42 0.14 0.380 7
1199 34.22 0.15 0.274 7
12 1.45 0.15 0.299 7
120 -9999.99 0.00 0.000 1 < 3 peaks
1200 -10.54 0.16 0.627 6
1201 -7.88 0.16 0.631 6
1202 -22.13 0.16 0.499 6
1203 25.10 0.15 0.593 6
1204 -18.68 0.15 0.680 7
1205 16.23 0.15 0.663 7
1206 18.66 0.16 0.488 6
1207 8.97 0.20 0.396 4
1208 17.89 0.18 0.610 5
1209 159.03 0.25 0.532 4
121 -31.23 0.21 6.250 5 INL > 1%
1210 27.51 0.20 0.435 5
1211 7.07 0.16 0.607 6
1212 -13.64 0.15 0.429 7
1213 -15.08 0.18 0.433 5
1214 17.21 0.15 0.566 6
1215 -9.70 0.18 0.373 5
1216 -7.89 0.21 0.458 7
1217 100.94 0.57 14.976 5 INL > 1%
1218 -1.86 0.19 0.452 5
1219 14.71 0.19 0.539 6
122 -34.30 0.65 4.771 6 INL > 1%
1220 -27.54 0.22 0.455 5
1221 -30.34 0.16 0.404 6
1222 -27.96 0.15 0.533 7
1223 -26.76 0.15 0.620 7
1224 -9.74 0.13 0.566 7
1225 -25.15 0.13 0.551 7
1226 -29.27 0.14 0.452 6
1227 -9.14 0.15 0.454 6
1228 11.60 0.17 0.300 4
1229 -2.38 0.14 0.420 6
123 -165.01 0.31 14.704 6 INL > 1%
1230 -31.37 0.16 0.395 5
1231 -44.70 0.12 0.414 7
1232 -13.18 0.12 0.486 7
1233 9.38 0.13 0.498 6
1234 -1.77 0.13 0.458 6
1235 -6.12 0.12 0.501 7
1236 19.58 0.13 0.522 6
1237 -5.27 0.12 0.584 7
1238 8.13 0.13 0.563 7
1239 -33.72 0.12 0.508 7
124 -9999.99 0.00 0.000 0 < 3 peaks
1240 -44.83 0.13 0.578 6
1241 -21.80 0.13 0.539 6
1242 -2.42 0.13 0.513 7
1243 -25.98 0.13 0.511 7
1244 -4.31 0.14 0.424 6
1245 1.37 0.12 0.483 7
1246 -5.75 0.12 0.445 6
1247 6.60 0.13 0.380 6
1248 10.60 0.14 0.460 6
1249 2.26 0.13 0.506 7
125 -25.43 0.33 2.197 5 INL > 1%
1250 -27.27 0.13 0.492 7
1251 -25.88 0.13 0.526 7
1252 3.43 0.14 0.538 6
1253 2.88 0.13 0.553 7
1254 -36.56 0.12 0.518 7
1255 -6.75 0.14 0.544 6
1256 -37.35 0.13 0.572 7
1257 -6.73 0.13 0.572 7
1258 5.23 0.14 0.612 6
1259 -46.99 0.13 0.524 7
126 -12.98 0.17 3.692 7 INL > 1%
1260 0.12 0.13 0.477 7
1261 -15.45 0.12 0.544 7
1262 -10.77 0.12 0.477 7
1263 -27.99 0.12 0.420 8
1264 -7.01 0.15 0.465 6
1265 -20.12 0.13 0.444 7
1266 -0.64 0.14 0.490 7
1267 -16.97 0.14 0.526 6
... 1237 more lines ...
|
| Attachment 11: titles.dat
|
s1 nnaida1: ADC data items (20us/ch)
s2 nnaida2: ADC data items (20us/ch)
s3 nnaida3: ADC data items (20us/ch)
s4 nnaida4: ADC data items (20us/ch)
s5 nnaida5: ADC data items (20us/ch)
s6 nnaida6: ADC data items (20us/ch)
s7 nnaida7: ADC data items (20us/ch)
s8 nnaida8: ADC data items (20us/ch)
s9 nnaida9: ADC data items (20us/ch)
s10 nnaida10: ADC data items (20us/ch)
s11 nnaida11: ADC data items (20us/ch)
s12 nnaida12: ADC data items (20us/ch)
s13 nnaida13: ADC data items (20us/ch)
s14 nnaida14: ADC data items (20us/ch)
s15 nnaida15: ADC data items (20us/ch)
s16 nnaida16: ADC data items (20us/ch)
s17 nnaida17: ADC data items (20us/ch)
s18 nnaida18: ADC data items (20us/ch)
s19 nnaida19: ADC data items (20us/ch)
s20 nnaida20: ADC data items (20us/ch)
s21 nnaida21: ADC data items (20us/ch)
s22 nnaida22: ADC data items (20us/ch)
s23 nnaida23: ADC data items (20us/ch)
s24 nnaida24: ADC data items (20us/ch)
s25 nnaida25: ADC data items (20us/ch)
s26 nnaida26: ADC data items (20us/ch)
s27 nnaida27: ADC data items (20us/ch)
s28 nnaida28: ADC data items (20us/ch)
s29 nnaida29: ADC data items (20us/ch)
s30 nnaida30: ADC data items (20us/ch)
s31 nnaida31: ADC data items (20us/ch)
s32 nnaida32: ADC data items (20us/ch)
s101 nnaida1: Disc data items (20us/ch)
s102 nnaida2: Disc data items (20us/ch)
s103 nnaida3: Disc data items (20us/ch)
s104 nnaida4: Disc data items (20us/ch)
s105 nnaida5: Disc data items (20us/ch)
s106 nnaida6: Disc data items (20us/ch)
s107 nnaida7: Disc data items (20us/ch)
s108 nnaida8: Disc data items (20us/ch)
s109 nnaida9: Disc data items (20us/ch)
s110 nnaida10: Disc data items (20us/ch)
s111 nnaida11: Disc data items (20us/ch)
s112 nnaida12: Disc data items (20us/ch)
s113 nnaida13: Disc data items (20us/ch)
s114 nnaida14: Disc data items (20us/ch)
s115 nnaida15: Disc data items (20us/ch)
s116 nnaida16: Disc data items (20us/ch)
s117 nnaida17: Disc data items (20us/ch)
s118 nnaida18: Disc data items (20us/ch)
s119 nnaida19: Disc data items (20us/ch)
s120 nnaida20: Disc data items (20us/ch)
s121 nnaida21: Disc data items (20us/ch)
s122 nnaida22: Disc data items (20us/ch)
s123 nnaida23: Disc data items (20us/ch)
s124 nnaida24: Disc data items (20us/ch)
s125 nnaida25: Disc data items (20us/ch)
s126 nnaida26: Disc data items (20us/ch)
s127 nnaida27: Disc data items (20us/ch)
s128 nnaida28: Disc data items (20us/ch)
s129 nnaida29: Disc data items (20us/ch)
s130 nnaida30: Disc data items (20us/ch)
s131 nnaida31: Disc data items (20us/ch)
s132 nnaida32: Disc data items (20us/ch)
s200 LEC & HEC channels (DSSSD order)
s201 LEC & HEC channels (ASIC order)
s301 DSSSD #1 LEC rate (Hz) versus time
s306 DSSSD #6 LEC rate (Hz) versus time
s307 DSSSD #1 HEC rate (Hz) versus time
s312 DSSSD #6 HEC rate (Hz) versus time
s1000 4*(module # - 1) + asic # (0-95 ADC; 100-195 Disc) v. timestamp (20us/ch)
s1001 HEC channel (2048-3584) versus energy
s2000 m_p versus m_n DSSSD #1 (LEC)
s2005 m_p versus m_n DSSSD #6 (LEC)
s2010 x versus y DSSSD #1 (LEC)
s2015 x versus y DSSSD #6 (LEC)
s2020 E_p versus E_n DSSSD #1 (LEC)
s2025 E_p versus E_n DSSSD #6 (LEC)
s2030 LEC-LEC time DSSSD #1 (2.56us/ch)
s2035 LEC-LEC time DSSSD #6 (2.56us/ch)
s2100 m_p versus m_n DSSSD #1 (HEC)
s2105 m_p versus m_n DSSSD #6 (HEC)
s2110 x versus y DSSSD #1 (HEC)
s2115 x versus y DSSSD #6 (HEC)
s2120 E_p versus E_n DSSSD #1 (HEC)
s2125 E_p versus E_n DSSSD #6 (HEC)
s2130 HEC-HEC time DSSSD #1 (2.56us/ch)
s2135 HEC-HEC time DSSSD #6 (2.56us/ch)
s2200 per pixel HEC-LEC time DSSSD #1 (2.56us/ch)
s2205 per pixel HEC-LEC time DSSSD #6 (2.56us/ch)
|
|
|
540
|
Wed Mar 29 00:23:12 2017 |
TD | Analysis of Mar2017/R3 | Analysis of Mar2017/R3_0 ... R3_9 by MIDASsort
*** ENTRY finish
*** data items: ********** ( -48528.10 Hz)
*** ADC events: 908055140 ( 26136.76 Hz)
*** time warps: 0 ( 0.00 Hz)
*** DSSSD # 1 count: 162 old count: 162 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 2 count: 69 old count: 69 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 3 count: 62 old count: 62 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 4 count: 70 old count: 70 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 5 count: 53 old count: 53 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 6 count: 62 old count: 62 dt: 50309.28 s LEC rate: 0.00 Hz
*** DSSSD # 1 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 2 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 3 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 4 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 5 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** DSSSD # 6 count: 0 old count: 0 dt: 50309.28 s HEC rate: 0.00 Hz
*** ENTRY finish ends
Background run (pulser off) with slow comparator thresholds ~1000keV
to check for intrinsic and extrinsic alpha activity in DSSSDs # 1-6
- see attachments 1-4 & 8
Spectra show alpha events distributed across the active areas of all
DSSSDs - DSSSD #1 has largest number of alpha events
Analysis routine implantdecay.f, spectrum titles and sort variables
- see attachments 5-7
Note change of FEE64 configuration cf. September-December 2016. |
| Attachment 1: 30.png
|
|
| Attachment 2: 33.png
|
|
| Attachment 3: 34.png
|
|
| Attachment 4: 35.png
|
|
| Attachment 5: implantdecay.f
|
*trigger
128
*oned
1..32 s 65536
101..132 s 65536
200..201 s 4096
301..332 s 65536
400 s 64
2130..2135 s 65536
2030..2035 s 65536
2200..2205 s 65536
*twod
1000..1001 s 4096 4096
2000..2005 s 128 128
2010..2015 s 128 128
2020..2025 s 512 512
2100..2105 s 128 128
2110..2115 s 128 128
2120..2125 s 512 512
*vars
*sort
C----67---------------------------------------------------------------72------80
SUBROUTINE init
IMPLICIT none
SAVE
C
C External functions
C
EXTERNAL dtime
C
INTEGER and, lshift, rshift, bb18order
C
LOGICAL btest
C
REAL float, secnds
C
C Parameter variables
C
INTEGER max
PARAMETER (max = 4096)
C
C Local variables
C
INTEGER adc_data, asic, ch, channel, channel_ident
INTEGER count, data(0:4095), disc
INTEGER dsssd_a( 6 ), dsssd_b( 6 ), dsssd_c( 6 ), dsssd_d( 6 )
INTEGER*8 dt
INTEGER events, events_old
INTEGER*8 e_time, e_time_old
INTEGER i
INTEGER*2 i2(2), i2_2(4)
INTEGER i4, i4_2(2)
INTEGER*8 i8, first_ts_value
INTEGER idata(0:4095), ierr, information, information_index
INTEGER invalid_id, items, items_old, j, j1, j1_old, j2, j2_old, k
INTEGER l, mbs_data(0:3), module, m_disc, m_p, m_n, ptr
INTEGER sc_channel
INTEGER scaler( 32 ), scaler_old( 32 ), range, time_warp, total
INTEGER*8 ts
INTEGER ts28
INTEGER ts48
INTEGER*8 old_ts( 8, 2 ), ts_old
INTEGER*8 implant_ts( 0:127, 0:127, 1:8 )
INTEGER*8 decay_ts( 0:127, 0:127, 1:8 )
INTEGER type, w(0:31), zzz
C
LOGICAL first, first_ts, hit(0:4095), ihit(0:4095)
REAL c(0:7), delta_t, gain(0:max-1), offset(0:max-1)
REAL t1, t2, t2_old
DOUBLE PRECISION rates( 32 ), t3, t4, t4_old
C----67---------------------------------------------------------------72------80
C
C Namelists
C
NAMELIST /variables/ gain, offset, c, w,
+ dsssd_a, dsssd_b, dsssd_c, dsssd_d
C----67---------------------------------------------------------------72------80
C
C Common variables
C
INTEGER*2 gdata(0:15)
C
COMMON /fdata/ gdata
C
C Common variables
C
INTEGER*2 gid(0:15)
C
COMMON /fid/ gid
C
C Common variables
C
INTEGER mult
C
COMMON /fmult/ mult
C
EQUIVALENCE ( i8, i4_2(1) )
EQUIVALENCE ( i4, i2(1) )
C
C----67---------------------------------------------------------------72------80
WRITE ( 6, * ) ' *** AIDA @ RIKEN - implants - November 2016'
WRITE ( 6, * ) ' *** Entry init commences'
C Initialise counters
events = 0
events_old = 0
time_warp = 0
invalid_id = 0
first_ts = .TRUE.
t3 = 0.0D+00
t4 = 0.0D+00
t4_old = 0.0D+00
C Initialise event data
DO i = 0, 4095
data( i ) = 0
hit( i ) = .FALSE.
ENDDO
first = .true.
ts_old = 0
e_time_old = 0
count = 0
total = 0
DO i = 0, 127
gain( i ) = 1.0
offset( i ) = 0.0
ENDDO
DO i = 0, 31
w( i ) = 0
ENDDO
DO i = 0, 7
c( i ) = 1.0
ENDDO
DO i = 1, 32
scaler( i ) = 0
scaler_old( i ) = 0
rates( i ) = 0.0
ENDDO
DO i = 1, 6
DO j = 1, 2
old_ts( i, j ) = 0
ENDDO
ENDDO
C Initialise time
t1 = SECNDS(0.0)
C Read program variables via NAMELIST I/O
OPEN( 1, FILE = '/homes/npg/td/GREAT/variables.dat',
+ IOSTAT = ierr )
IF ( ierr.NE.0 ) THEN
WRITE( 6, * ) ' *** OPEN I/O error:', ierr
RETURN
ENDIF
READ( 1, NML = variables, IOSTAT = ierr )
IF ( ierr.NE.0 ) THEN
WRITE( 6, * ) ' *** READ I/O error:', ierr
ENDIF
CLOSE( 1, IOSTAT = ierr )
IF ( ierr.NE.0 ) THEN
WRITE( 6, * ) ' *** CLOSE I/O error:', ierr
RETURN
ENDIF
C Display program variables
DO i = 0, 4095, 8
WRITE( 6, 9001 ) i, i+7, ( gain( j ), j = i, i+7 )
ENDDO
DO i = 0, 4095, 8
WRITE( 6, 9002 ) i, i+7, ( offset( j ), j = i, i+7 )
ENDDO
DO i = 0, 7, 8
WRITE( 6, 9003 ) i, i+7, ( c(j), j = 1, 8 )
ENDDO
DO i = 0, 31, 8
WRITE( 6, 9004 ) i, i+7, ( w(j), j = i, i+7 )
ENDDO
DO i = 1, 6
WRITE( 6, 9005 ) i, dsssd_a(i), dsssd_b(i),
+ dsssd_c(i), dsssd_d(i)
ENDDO
WRITE ( 6, * ) ' *** Entry init ends'
RETURN
C----67---------------------------------------------------------------72------80
ENTRY sortin
items = items + 1
IF ( MOD( items, 10000000 ).EQ.0 ) THEN
t2 = SECNDS( t1 )
delta_t = t2 - t2_old
WRITE( 6, 9010 ) items, FLOAT( items - items_old ) / delta_t,
+ events, FLOAT( events - events_old ) / delta_t
items_old = items
events_old = events
t2_old = t2
ENDIF
IF ( MOD( items, 50000 ).EQ.0 ) THEN
t4 = DFLOAT( ts ) * 10.0D-9 - t3
delta_t = t4 - t4_old
IF ( delta_t.GE.1.0D+00 ) THEN
DO i = 1, 32
rates( i ) = DFLOAT( scaler( i ) - scaler_old( i ) ) / delta_t
ENDDO
WRITE( 6, * ) ' '
DO i = 1, 6
WRITE( 6, 9020 ) i, scaler( i ), scaler_old( i ),
+ delta_t, rates( i )
sc_channel = INT ( MOD( t4, 65536.0 ) + 0.5 )
CALL set1d( i+300, sc_channel, INT( rates( i ) + 0.5 ) )
ENDDO
DO i = 7, 12
WRITE( 6, 9030 ) i-6, scaler( i ), scaler_old( i ),
+ delta_t, rates( i )
sc_channel = INT ( MOD( t4, 65536.0 ) + 0.5 )
CALL set1d( i+300, sc_channel, INT( rates( i ) + 0.5 ) )
ENDDO
DO i = 1, 32
scaler_old( i ) = scaler( i )
ENDDO
t4_old = t4
ENDIF
ENDIF
C----67---------------------------------------------------------------72------80
C Event data
C For Linux/x64 & Windows/x86 least significant 16-bit word i2(1)
C For Solaris/SPARC least significant 16-bit word i2(2)
C GREAT 3.2.1 format
C
C Other information
C gid[0]=-1
C gdata[0]=module number
C gdata[1]=information type (2=Pause, 3=Resume, 4=SYNC100, 6=FEE64 disc etc)
C gdata[2]=information field (bits 16-19)
C gdata[3]=information field (bits 0-15)
C gdata[4]=time stamp (bits 16-27)
C gdata[5]=time stamp (bits 0-15)
C
C ADC data format
C
C gid[0]=channel ident (FEE64 module bits 6-11, channel bits 0-5)
C gdata[0]=fail/veto bits (AIDA: fail=0, veto=0 LEC/MEC, veto=1 HEC)
C gdata[1]=?
C gdata[2]=ADC data
C gdata[3]=time stamp (bits 16-27)
C gdata[4]=time stamp (bits 0-15)
C----67---------------------------------------------------------------72------80
C gid = - 1 Other information
IF ( gid(0).EQ.-1 ) THEN
i2(2) = 0
i2(1) = gdata(0)
module = AND( i4, Z'0000003f' )
i2(1) = gdata(1)
type = AND( i4, Z'0000000f' )
i2(2) = gdata(2)
i2(1) = gdata(3)
information = AND( i4, Z'000fffff' )
i2(2) = gdata(4)
i2(1) = gdata(5)
ts28 = AND( i4, Z'0fffffff' )
... 893 more lines ...
|
| Attachment 6: titles.dat
|
s1 nnaida1: ADC data items (20us/ch)
s2 nnaida2: ADC data items (20us/ch)
s3 nnaida3: ADC data items (20us/ch)
s4 nnaida4: ADC data items (20us/ch)
s5 nnaida5: ADC data items (20us/ch)
s6 nnaida6: ADC data items (20us/ch)
s7 nnaida7: ADC data items (20us/ch)
s8 nnaida8: ADC data items (20us/ch)
s9 nnaida9: ADC data items (20us/ch)
s10 nnaida10: ADC data items (20us/ch)
s11 nnaida11: ADC data items (20us/ch)
s12 nnaida12: ADC data items (20us/ch)
s13 nnaida13: ADC data items (20us/ch)
s14 nnaida14: ADC data items (20us/ch)
s15 nnaida15: ADC data items (20us/ch)
s16 nnaida16: ADC data items (20us/ch)
s17 nnaida17: ADC data items (20us/ch)
s18 nnaida18: ADC data items (20us/ch)
s19 nnaida19: ADC data items (20us/ch)
s20 nnaida20: ADC data items (20us/ch)
s21 nnaida21: ADC data items (20us/ch)
s22 nnaida22: ADC data items (20us/ch)
s23 nnaida23: ADC data items (20us/ch)
s24 nnaida24: ADC data items (20us/ch)
s25 nnaida25: ADC data items (20us/ch)
s26 nnaida26: ADC data items (20us/ch)
s27 nnaida27: ADC data items (20us/ch)
s28 nnaida28: ADC data items (20us/ch)
s29 nnaida29: ADC data items (20us/ch)
s30 nnaida30: ADC data items (20us/ch)
s31 nnaida31: ADC data items (20us/ch)
s32 nnaida32: ADC data items (20us/ch)
s101 nnaida1: Disc data items (20us/ch)
s102 nnaida2: Disc data items (20us/ch)
s103 nnaida3: Disc data items (20us/ch)
s104 nnaida4: Disc data items (20us/ch)
s105 nnaida5: Disc data items (20us/ch)
s106 nnaida6: Disc data items (20us/ch)
s107 nnaida7: Disc data items (20us/ch)
s108 nnaida8: Disc data items (20us/ch)
s109 nnaida9: Disc data items (20us/ch)
s110 nnaida10: Disc data items (20us/ch)
s111 nnaida11: Disc data items (20us/ch)
s112 nnaida12: Disc data items (20us/ch)
s113 nnaida13: Disc data items (20us/ch)
s114 nnaida14: Disc data items (20us/ch)
s115 nnaida15: Disc data items (20us/ch)
s116 nnaida16: Disc data items (20us/ch)
s117 nnaida17: Disc data items (20us/ch)
s118 nnaida18: Disc data items (20us/ch)
s119 nnaida19: Disc data items (20us/ch)
s120 nnaida20: Disc data items (20us/ch)
s121 nnaida21: Disc data items (20us/ch)
s122 nnaida22: Disc data items (20us/ch)
s123 nnaida23: Disc data items (20us/ch)
s124 nnaida24: Disc data items (20us/ch)
s125 nnaida25: Disc data items (20us/ch)
s126 nnaida26: Disc data items (20us/ch)
s127 nnaida27: Disc data items (20us/ch)
s128 nnaida28: Disc data items (20us/ch)
s129 nnaida29: Disc data items (20us/ch)
s130 nnaida30: Disc data items (20us/ch)
s131 nnaida31: Disc data items (20us/ch)
s132 nnaida32: Disc data items (20us/ch)
s200 LEC & HEC channels (DSSSD order)
s201 LEC & HEC channels (ASIC order)
s301 DSSSD #1 LEC rate (Hz) versus time
s306 DSSSD #6 LEC rate (Hz) versus time
s307 DSSSD #1 HEC rate (Hz) versus time
s312 DSSSD #6 HEC rate (Hz) versus time
s1000 4*(module # - 1) + asic # (0-95 ADC; 100-195 Disc) v. timestamp (20us/ch)
s1001 HEC channel (2048-3584) versus energy
s2000 m_p versus m_n DSSSD #1 (LEC)
s2005 m_p versus m_n DSSSD #6 (LEC)
s2010 x versus y DSSSD #1 (LEC)
s2015 x versus y DSSSD #6 (LEC)
s2020 E_p versus E_n DSSSD #1 (LEC)
s2025 E_p versus E_n DSSSD #6 (LEC)
s2030 LEC-LEC time DSSSD #1 (2.56us/ch)
s2035 LEC-LEC time DSSSD #6 (2.56us/ch)
s2100 m_p versus m_n DSSSD #1 (HEC)
s2105 m_p versus m_n DSSSD #6 (HEC)
s2110 x versus y DSSSD #1 (HEC)
s2115 x versus y DSSSD #6 (HEC)
s2120 E_p versus E_n DSSSD #1 (HEC)
s2125 E_p versus E_n DSSSD #6 (HEC)
s2130 HEC-HEC time DSSSD #1 (2.56us/ch)
s2135 HEC-HEC time DSSSD #6 (2.56us/ch)
s2200 per pixel HEC-LEC time DSSSD #1 (2.56us/ch)
s2205 per pixel HEC-LEC time DSSSD #6 (2.56us/ch)
|
| Attachment 7: variables.dat
|
$variables
dsssd_a( 1 ) = 1
dsssd_a( 2 ) = 2
dsssd_a( 3 ) = 9
dsssd_a( 4 ) = 10
dsssd_a( 5 ) = 17
dsssd_a( 6 ) = 18
dsssd_b( 1 ) = 20
dsssd_b( 2 ) = 19
dsssd_b( 3 ) = 12
dsssd_b( 4 ) = 11
dsssd_b( 5 ) = 4
dsssd_b( 6 ) = 3
dsssd_c( 1 ) = 22
dsssd_c( 2 ) = 21
dsssd_c( 3 ) = 14
dsssd_c( 4 ) = 13
dsssd_c( 5 ) = 6
dsssd_c( 6 ) = 5
dsssd_d( 1 ) = 23
dsssd_d( 2 ) = 24
dsssd_d( 3 ) = 15
dsssd_d( 4 ) = 16
dsssd_d( 5 ) = 7
dsssd_d( 6 ) = 8
offset = 4096*0.0
gain = 4096*1.0
c = 8*1.0
w = 32*0
$[end]
|
| Attachment 8: 31.png
|
|
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332
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Sun Jul 31 09:38:07 2016 |
TD | Analysis of AIDA75_1 | Attachment 2 - analysis from *end* of file AIDA75_1
2D spectrum - FEE # versus timestamp (100us/channel)
1D spectrum - projection of timestamp data for FEE # = 6
Conclude data synchronised at beginning and end of AIDA75_1.
Period of pulser data ~36ch = 3.6ms => pulser frequency ~ 280Hz
Attachment 3 - analysis around ts=0x18bacd75c4 +/- 20000000 (dec)
Conclude FEE # 6 stops producing ADC data c. ch 353
Attachment 4 - analysis around ts=0x18cac6144b +/- 20000000 (dec)
Conclude FEE # 6 starts producing ADC data c. ch 28
Spectrum s4100 y-channel calculated as follows
C IF ( ts.GE.z'18bacd75c4' - 20000000
C----67---
C + .AND.
C + ts.LE.z'18bacd75c4' + 20000000 ) THEN
IF ( ts.GE.z'18cac6144b' - 20000000
C----67---
+ .AND.
+ ts.LE.z'18cac6144b' + 20000000 ) THEN
C
C
C Increment ts spectra per FEE64 module
j = MOD( INT( ts*10.0D-09*1.0D+04 ), 4096 )
IF ( j.EQ.0 ) THEN
DO k = 0, 4095
DO l = 1, 31
CALL set2d( 4100, l, k, 0 )
ENDDO
ENDDO
ENDIF
CALL inc2d( 4100, module, j )
ENDIF |
| Attachment 1: AIDA75_1.txt
|
[td@localhost ~/GREAT]$ ./analyser2 /media/1E47-5D81/RIKEN/NP1512/AIDA75_1
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 229487868 ( 519604.0 Hz)
Other data format: 31632132 ( 71621.1 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 168477 ( 381.5 Hz)
FEE64 disc: 31101492 ( 70419.7 Hz)
MBS info: 362163 ( 820.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 1805055 ( 4087.0 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 441.659 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.000 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.000 s
FEE module #: 6 elapsed dead time 0.000 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.000 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.000 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.000 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 347.762s ( 92.017 blocks/s, 5.751 Mb/s)
|
| Attachment 2: Untitled.png
|
|
| Attachment 3: 200.png
|
|
| Attachment 4: 400.png
|
|
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|
326
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Fri Jul 8 18:54:47 2016 |
TD | Analysis July2016/R1 data |
See https://elog.ph.ed.ac.uk/AIDA/324
Analysis of first and last data file - see attachments 1-2
Rates per FEE64 ~20k data items/s
analyser2.f program - see attachment 3
To compile the analyser2.f program (SL6)
gfortran analyser2.f -o analyser2
analyser2 <filename> to produce summary statistics
analyser2 v <filename> to produce verbose analysis
ADC multiplicity as a function of time (1 channel = 0.1ms) for file R1_114 - see attachment 4
Pulser running at ~270Hz clearly identifiable
Conclusion
DAQ ran overnight without stalling
DAQ did not lose synchronisation
Decrease comparator thresholds to increase rates to experiment-realistic levels ~50k data items/s/FEE64 |
| Attachment 1: R1_0.out
|
[td@localhost ~/GREAT]$ ./analyser2 /media/1E47-5D81/RIKEN/July2016/R1_0
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 32000
ADC data format: 260931056 ( 524366.1 Hz)
Other data format: 180163 ( 362.1 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 179382 ( 360.5 Hz)
FEE64 disc: 781 ( 1.6 Hz)
MBS info: 0 ( 0.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 717 ( 1.4 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 497.612 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.000 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.000 s
FEE module #: 6 elapsed dead time 0.000 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.000 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.000 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.000 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 341.047s ( 93.829 blocks/s, 5.864 Mb/s)
|
| Attachment 2: R1_114.out
|
td@localhost ~/GREAT]$ ./analyser2 /media/1E47-5D81/RIKEN/July2016/R1_114
*** GREAT format 3.2.0 analyser - TD - May 2014
*** ERROR: READ I/O error: 5002
blocks: 19133
ADC data format: 156016542 ( 554000.1 Hz)
Other data format: 108244 ( 384.4 Hz)
Sample trace data format: 0 ( 0.0 Hz)
Undefined format: 0 ( 0.0 Hz)
Other data format type: PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 107429 ( 381.5 Hz)
FEE64 disc: 815 ( 2.9 Hz)
MBS info: 0 ( 0.0 Hz)
Other info: 0 ( 0.0 Hz)
ADC data range bit set: 640 ( 2.3 Hz)
Timewarps: ADC: 0 ( 0.0 Hz)
PAUSE: 0 ( 0.0 Hz)
RESUME: 0 ( 0.0 Hz)
SYNC100: 0 ( 0.0 Hz)
FEE64 disc: 0 ( 0.0 Hz)
MBS info: 0 ( 0.0 Hz)
Undefined: 0 ( 0.0 Hz)
Sample trace: 0 ( 0.0 Hz)
Timestamp elapsed time: 281.618 s
FEE module #: 1 elapsed dead time 0.000 s
FEE module #: 2 elapsed dead time 0.000 s
FEE module #: 3 elapsed dead time 0.000 s
FEE module #: 4 elapsed dead time 0.000 s
FEE module #: 5 elapsed dead time 0.000 s
FEE module #: 6 elapsed dead time 0.000 s
FEE module #: 7 elapsed dead time 0.000 s
FEE module #: 8 elapsed dead time 0.000 s
FEE module #: 9 elapsed dead time 0.000 s
FEE module #: 10 elapsed dead time 0.000 s
FEE module #: 11 elapsed dead time 0.000 s
FEE module #: 12 elapsed dead time 0.000 s
FEE module #: 13 elapsed dead time 0.000 s
FEE module #: 14 elapsed dead time 0.000 s
FEE module #: 15 elapsed dead time 0.000 s
FEE module #: 16 elapsed dead time 0.000 s
FEE module #: 17 elapsed dead time 0.000 s
FEE module #: 18 elapsed dead time 0.000 s
FEE module #: 19 elapsed dead time 0.000 s
FEE module #: 20 elapsed dead time 0.000 s
FEE module #: 21 elapsed dead time 0.000 s
FEE module #: 22 elapsed dead time 0.000 s
FEE module #: 23 elapsed dead time 0.000 s
FEE module #: 24 elapsed dead time 0.000 s
FEE module #: 25 elapsed dead time 0.000 s
FEE module #: 26 elapsed dead time 0.000 s
FEE module #: 27 elapsed dead time 0.000 s
FEE module #: 28 elapsed dead time 0.000 s
FEE module #: 29 elapsed dead time 0.000 s
FEE module #: 30 elapsed dead time 0.000 s
FEE module #: 31 elapsed dead time 0.000 s
FEE module #: 32 elapsed dead time 0.000 s
*** Program elapsed time: 203.500s ( 94.020 blocks/s, 5.876 Mb/s)
|
| Attachment 3: analyser2.f
|
PROGRAM GREAT
C Read and analyse GREAT format data - version 3.20
C
C See:
C http://npg.dl.ac.uk/documents/edoc504/edoc504.html
C http://npg.dl.ac.uk/DataAcq/TSformat.html
IMPLICIT NONE
C
C Parameter variables
C
INTEGER block_length
PARAMETER (block_length = 16384)
C
C Argument variables
C
CHARACTER*255 filename
C
INTEGER max_data_words, nowords
C
C Local variables
C
CHARACTER*(block_length*4) buffer
CHARACTER*255 arg
C
INTEGER block_number, block_ptr, data_block(block_length), event
INTEGER header_data(6), high_water_mark, i
INTEGER*2 i2(2), i2_2(4)
INTEGER i4, j4, i4_2(2), io_error, tag, items( 0:31 )
INTEGER fail, range, channel_ident, adc_data, module
INTEGER channel, type, information, ts28, ts48, sample_length
INTEGER information_index, mbs_data, ch, tag_old, type_old
integer*8 i8, ts, ts_old, iargc, first_ts, last_ts, sync_old
integer*8 pause(32), resume(32), dead(32)
REAL dt, t1, t2, secnds
LOGICAL verbose
EQUIVALENCE ( data_block, buffer )
EQUIVALENCE ( i4, i2( 1 ) )
EQUIVALENCE ( i8, i4_2(1) )
SAVE data_block, block_ptr, block_number, event, high_water_mark
C----67---------------------------------------------------------------72------80
C Announce program
WRITE( 6, 9000 )
C Initialise variables
block_ptr = 1
block_number = 0
event = 0
ts_old = 0
tag_old = 0
type_old = 0
first_ts = 0
last_ts = 0
verbose = .FALSE.
DO i = 0, 31
items( i ) = 0
ENDDO
DO i = 1, 32
pause( i ) = -1
resume( i ) = -1
dead( i ) = 0
ENDDO
C Get input filename from command line argument
DO i = 1, iargc()
CALL getarg( i, arg )
IF ( arg.EQ.'v') THEN
verbose = .TRUE.
write(6,*) ' verbose'
ELSE
filename = arg
ENDIF
ENDDO
IF ( iargc().LT.1 .OR. iargc().GT.2 ) THEN
WRITE( 6, * ) ' Usage: ./a.exe [v] <filename>'
STOP
ENDIF
t1 = SECNDS( 0.0 )
C Open file
OPEN( 10, RECL = 4 * block_length,
+ FILE = filename, STATUS = 'OLD', ACCESS = 'DIRECT' )
1 CONTINUE
C Read next block
C Note: for FORTRAN direct I/O first block/record number is 1
C for GREAT data format first (encoded) block/record number is 0
block_number = block_number + 1
READ( 10, REC = block_number, iostat=io_error, ERR=1000 ) buffer
DO block_ptr = 7, data_block( 6 ) / 4 + 4, 2
i4 = data_block( block_ptr )
j4 = data_block( block_ptr + 1 )
C IF ( block_number.EQ.1 ) THEN
C IF ( block_ptr.LE.16 .OR. block_ptr.gt.16200 ) THEN
C WRITE( 6, 9500 ) block_ptr, i4, j4
C ENDIF
C ENDIF
tag = AND( RSHIFT( i4, 30 ), Z'00000003' )
C tag = 3 = ADC data format
C tag = 2 = Other data
C tag = 1 = Sample trace buffer format
C tag = 0 = undefined?
C----67---------------------------------------------------------------72------80
C ADC data
IF ( tag.EQ.3 ) THEN
items( 0 ) = items( 0 ) + 1
fail = AND( RSHIFT( i4, 29 ), Z'00000001' )
IF ( fail.NE.0 ) THEN
WRITE( 6, 9600 ) block_number, block_ptr, i4
ENDIF
range = AND( RSHIFT( i4, 28 ), Z'00000001' )
IF ( range.EQ.1 ) THEN
items( 19 ) = items( 19 ) + 1
ENDIF
channel_ident = AND( RSHIFT( i4, 16 ), Z'00000fff' )
module = AND( RSHIFT( channel_ident, 6 ), Z'0000003f' )
channel = AND( channel_ident, Z'0000003f' )
adc_data = AND( i4, Z'0000ffff' )
ts28 = AND( data_block( block_ptr + 1 ), Z'0fffffff' )
i8 = 0
IF ( ts28.LT.Z'00000A0' ) THEN
i4_2( 1 ) = ts48 + 1
ELSE
i4_2( 1 ) = ts48
ENDIF
ts = LSHIFT( i8, 28 )
i8 = 0
i4_2(1) = ts28
ts = ts + i8
IF ( ts.LT.ts_old ) THEN
items( 20 ) = items( 20 ) + 1
WRITE( 6, 9710 ) block_number, block_ptr, i4, module, fail,
+ range, channel_ident, channel, adc_data, ts, ts_old, tag_old,
+ type_old
ENDIF
ts_old = ts
tag_old = tag
type_old = 0
IF ( verbose ) THEN
WRITE( 6, 9700 ) block_number, block_ptr, i4, module, fail,
+ range, channel_ident, channel, adc_data, ts
ENDIF
ch = channel + ( module - 1 ) * 64 + ( range * 2048 )
C----67---------------------------------------------------------------72------80
C Other information
ELSEIF( tag.EQ.2 ) THEN
items( 1 ) = items( 1 ) + 1
module = AND( RSHIFT( i4, 24 ), Z'0000003f' )
type = AND( RSHIFT( i4, 20 ), Z'0000000f' )
information = AND( i4, Z'000fffff' )
ts28 = AND( data_block( block_ptr + 1 ), Z'0fffffff' )
IF ( type.EQ.2 ) THEN
C----67---------------------------------------------------------------72------80
C PAUSE timestamp
items( 4 ) = items( 4 ) + 1
ts48 = information
i8 = 0
IF ( ts28.LT.Z'00000A0' ) THEN
i4_2( 1 ) = ts48 + 1
ELSE
i4_2( 1 ) = ts48
ENDIF
ts = LSHIFT( i8, 28 )
i8 = 0
i4_2(1) = ts28
ts = ts + i8
IF ( ts.LT.ts_old ) THEN
items( 21 ) = items( 21 ) + 1
ENDIF
ts_old = ts
type_old = type
tag_old = tag
pause( module ) = ts
IF ( verbose ) THEN
WRITE( 6, 9800 ) block_number, block_ptr, i4, module, type,
+ information, ts
ENDIF
ELSEIF( type.EQ.3 ) THEN
C----67---------------------------------------------------------------72------80
C RESUME timestamp
items( 5 ) = items( 5 ) + 1
ts48 = information
i8 = 0
IF ( ts28.LT.Z'00000A0' ) THEN
i4_2( 1 ) = ts48 + 1
ELSE
i4_2( 1 ) = ts48
ENDIF
ts = LSHIFT( i8, 28 )
i8 = 0
i4_2(1) = ts28
ts = ts + i8
IF ( ts.LT.ts_old ) THEN
items( 22 ) = items( 22 ) + 1
ENDIF
ts_old = ts
type_old = type
tag_old = tag
resume( module ) = ts
IF ( resume( module ).GE.0
+ .AND.
+ pause( module ).GE.0
+ .AND.
+ resume( module ).GE.pause( module ) ) THEN
dead( module ) = ( resume( module ) - pause( module ) )
+ + dead( module )
pause( module ) = -1
resume( module ) = -1
ENDIF
IF ( verbose ) THEN
WRITE( 6, 9810 ) block_number, block_ptr, i4, module, type,
+ information, ts
ENDIF
ELSEIF( type.EQ.4 ) THEN
C----67---------------------------------------------------------------72------80
C SYNC100 timestamp
items( 6 ) = items( 6 ) + 1
ts48 = information
i8 = 0
IF ( ts28.LT.Z'00000A0' ) THEN
i4_2( 1 ) = ts48 + 1
ELSE
i4_2( 1 ) = ts48
ENDIF
ts = LSHIFT( i8, 28 )
i8 = 0
i4_2(1) = ts28
ts = ts + i8
IF ( first_ts.EQ.0 ) THEN
first_ts = ts
C WRITE( 6, 9920 ) first_ts
C 9920 FORMAT( ' first ts: 0x', Z16.16 )
ENDIF
... 334 more lines ...
|
| Attachment 4: Untitled.png
|
|
|
|
225
|
Fri May 13 13:24:42 2016 |
Patrick Coleman-Smith | An idea that might help when everything grinds to a halt | When using the T9 system and running with too much rate in one FEE64 so the system is unbalanced.
I found a good way to understand this and to be able to operate the controls of the FEE64s was to place the Merger in "Pause" mode.
Then the data is extracted from the busy FEE64 but it can still be controlled.
When there is unbalance in the system it is possible for one or more queue in the Merger to become full and so the communication with that FEE64 is not possible.
Placing the Merger in Pause mode will mean all the data is discarded, the links run at full speed and action can be taken on the problem FEE64(s) to help balance the system out better.
I hope this helps .... it is highly likely that this is already being done.....
Perhaps a wise sequence when starting the whole DAQ is to operate with the Merger in Pause mode and only switch it to merging when the user is happy with the rates.
In the statistics window of the FEE64 there is an indication of the data being transferred over the link.
When deciding how to run the experiment thought needs to be given to the various maximum rates. The rate from the FEE64 is 500k events/sec. If running with 26 FEE64 then this goes up to 13M events/sec. An event is 64 bits.
I'm not sure what the maximum rates are in the Merger and the TapeServer.
|
|
|
915
|
Mon Nov 6 17:30:44 2023 |
NH | Aida Alpha Analysis | Analysis of tape folder /TapeData/BG18OCT23
Using Go4 https://github.com/cej25/DESPEC_NOV23
Figure 1: Hit pattern (XY)
Figure 2: Energy 1D Spectra, alpha peaks visible
Figure 3: Energy X vs Energy Y
Figure 4: 1D Strip (0-386 = X 0-386, 386-512 = Y 0-128) and Energy
Some gaps at 112-114, 121-128 = aida05
Hot channels at 368, 381, 382 = aida06 (high rate seen)
Gap at 435-450 = aida04 (ASIC#4 which is faulty)
Generally 1-10 counts per strip, 1 ch wide gaps may be statistics or issues |
| Attachment 1: alpha_hit.png
|
|
| Attachment 2: alpha_energy.png
|
|
| Attachment 3: alpha_energy_xy.png
|
|
| Attachment 4: alpha_strip_v_energy.png
|
|
|
|
52
|
Mon Mar 9 09:02:03 2015 |
Patrick Coleman-Smith | Adding Filters to the AIDA PSU. | This guide is to help with the filter pcb assembly and installation into the AIDA power supply. |
| Attachment 1: Assembly_of_the_AIDA_PSU_filter_and_installation_guide.pdf
|
|
|
|
178
|
Mon Mar 14 11:27:47 2016 |
PJCS | ASIC_clock synchronisation across the system | During 'SETUP' the ASIC readout clock ( 500KHz ) is synchronised to the SYNC pulse in V8.10 and later versions of the VHDL.
Attached is a short run for verification.
|
| Attachment 1: R44_0.zip.zip
|
|
|
867
|
Wed Apr 12 12:32:13 2023 |
PJCS | ASIC power short problem | I have taken videos with an Infrared camera of the power being supplied to one isolated ASIC on a mezzanine.
The power supply is a bench supply with current limit set to 3A.
The centre of the ASIC glowed white hot for a short time and then the whole ASIC shows as hot. Ths the short is on the ASIC and not the bond wires IMO.
I am unable to globally publish the videos at present as I only have a private google drive account.
Please contact Tom Davinson for further details. |
| Attachment 1: Mezzanine_Under_test_Wider_view_resized.jpg
|
|
| Attachment 2: Mezzanine_Under_test_resized.jpg
|
|
|
|
737
|
Tue Aug 21 12:29:44 2018 |
OH, TD | AIDA@DESPEC dhcpd.conf, dhcpd startup and log messages |
Attachment 1 - DHCP configuration file /etc/dhcpd.conf
Attachment 2 - DHCP startup messages
Attachment 3 - FEE64 startup messages from /var/log/messages
Note
1) dhcpd service is not listed by services tool which we have usually used to restart dhcp following
changes to the configuration. Currently we restart dhcpd as follows
kill -SIGTERM <pid dhcpd>
/usr/local/sbin/dhcpd
2) significant delays (~6 and ~9 minutes) starting aida07 and aida05, otherwise appears to be normal startup |
| Attachment 1: dhcpd.conf
|
#
# DHCP Server Configuration file.
# see /usr/share/doc/dhcp*/dhcpd.conf.sample
#
# Date of last update Jan 12 2015
#
authoritative;
ddns-update-style none; ddns-updates off;
# 2 days
#default-lease-time 172800;
# 4 days
default-lease-time 345600;
# 8 days
max-lease-time 691200;
option domain-search code 119 = string;
option domain-name "dl.ac.uk";
option domain-name-servers 193.62.115.16, 148.79.80.78;
option netbios-name-servers 148.79.160.89;
option netbios-node-type 8;
option nis-domain "nuclear.physics";
option nis-servers 193.62.115.77;
subnet 192.168.11.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 192.168.11.255;
pool {
range 192.168.11.100 192.168.11.199;
}
}
group {
use-host-decl-names true;
default-lease-time 3600;
max-lease-time 14400;
server-name "192.168.11.99";
next-server 192.168.11.99;
host nnrpi1 {
hardware ethernet b8:27:eb:bb:46:7b;
fixed-address 192.168.11.251;
}
host nnrpi2 {
hardware ethernet b8:27:eb:40:53:e8;
fixed-address 192.168.11.117;
}
host aida01 {
hardware ethernet d8:80:39:41:ba:8a;
fixed-address 192.168.11.1;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida01";
}
host aida02 {
hardware ethernet d8:80:39:41:ba:22;
fixed-address 192.168.11.2;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida02";
}
host aida03 {
hardware ethernet d8:80:39:41:d8:21;
fixed-address 192.168.11.3;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida03";
}
host aida04 {
hardware ethernet d8:80:39:41:f6:b7;
fixed-address 192.168.11.4;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida04";
}
host aida05 {
hardware ethernet d8:80:39:41:d7:cc;
fixed-address 192.168.11.5;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida05";
}
host aida06 {
hardware ethernet d8:80:39:41:ee:72;
fixed-address 192.168.11.6;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida06";
}
host aida07 {
hardware ethernet d8:80:39:41:ee:71;
fixed-address 192.168.11.7;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida07";
}
host aida08 {
hardware ethernet d8:80:39:41:ba:2b;
fixed-address 192.168.11.8;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida08";
}
host aida09 {
hardware ethernet d8:80:39:42:0d:0c;
fixed-address 192.168.11.9;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida09";
}
host aida10 {
hardware ethernet d8:80:39:41:ee:10;
fixed-address 192.168.11.10;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida10";
}
host aida11 {
hardware ethernet d8:80:39:41:f6:5a;
fixed-address 192.168.11.11;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida11";
}
host aida12 {
hardware ethernet d8:80:39:41:cf:ac;
fixed-address 192.168.11.12;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida12";
}
}
subnet 192.168.12.0 netmask 255.255.255.0 {
option subnet-mask 255.255.255.0;
option broadcast-address 192.168.12.255;
pool {
range 192.168.12.100 192.168.12.199;
}
}
group {
use-host-decl-names true;
default-lease-time 3600;
max-lease-time 14400;
server-name "192.168.12.99";
next-server 192.168.12.99;
host aida21 {
hardware ethernet d8:80:39:41:d8:2a;
fixed-address 192.168.12.1;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida21";
}
host aida22 {
hardware ethernet 00:04:a3:2a:d0:26;
fixed-address 192.168.12.2;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida22";
}
host aida23 {
hardware ethernet 00:04:a3:2b:09:ce;
fixed-address 192.168.12.3;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida23";
}
host aida24 {
hardware ethernet 00:04:a3:2b:09:e8;
fixed-address 192.168.12.4;
option root-path "/home/Embedded/XilinxLinux/ppc_4xx/rfs/aida24";
}
}
|
| Attachment 2: dhcdConfStartup.txt
|
[root@aidas-gsi npg]# dhcpd
Internet Systems Consortium DHCP Server 4.3.5
Copyright 2004-2016 Internet Systems Consortium.
All rights reserved.
For info, please visit https://www.isc.org/software/dhcp/
Config file: /etc/dhcpd.conf
Database file: /var/db/dhcpd.leases
PID file: /var/run/dhcpd.pid
Wrote 0 deleted host decls to leases file.
Wrote 0 new dynamic host decls to leases file.
Wrote 5 leases to leases file.
No subnet declaration for virbr0 (192.168.122.1).
** Ignoring requests on virbr0. If this is not what
you want, please write a subnet declaration
in your dhcpd.conf file for the network segment
to which interface virbr0 is attached. **
Listening on LPF/p4p2/e8:ea:6a:0c:7d:d5/192.168.12.0/24
Sending on LPF/p4p2/e8:ea:6a:0c:7d:d5/192.168.12.0/24
Listening on LPF/p4p1/e8:ea:6a:0c:7d:d4/192.168.11.0/24
Sending on LPF/p4p1/e8:ea:6a:0c:7d:d4/192.168.11.0/24
No subnet declaration for eth0 (10.99.2.56).
** Ignoring requests on eth0. If this is not what
you want, please write a subnet declaration
in your dhcpd.conf file for the network segment
to which interface eth0 is attached. **
Sending on Socket/fallback/fallback-net
|
| Attachment 3: messagesLog.txt
|
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:f6:b7 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.4 to d8:80:39:41:f6:b7 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.4 (192.168.11.99) from d8:80:39:41:f6:b7 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPACK on 192.168.11.4 to d8:80:39:41:f6:b7 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:d8:21 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.3 to d8:80:39:41:d8:21 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.3 (192.168.11.99) from d8:80:39:41:d8:21 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPACK on 192.168.11.3 to d8:80:39:41:d8:21 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:ba:22 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.2 to d8:80:39:41:ba:22 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.2 (192.168.11.99) from d8:80:39:41:ba:22 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPACK on 192.168.11.2 to d8:80:39:41:ba:22 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:ee:72 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.6 to d8:80:39:41:ee:72 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.6 (192.168.11.99) from d8:80:39:41:ee:72 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPACK on 192.168.11.6 to d8:80:39:41:ee:72 via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:ba:2b via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.8 to d8:80:39:41:ba:2b via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.8 (192.168.11.99) from d8:80:39:41:ba:2b via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPACK on 192.168.11.8 to d8:80:39:41:ba:2b via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:ba:8a via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.1 to d8:80:39:41:ba:8a via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.1 (192.168.11.99) from d8:80:39:41:ba:8a via p4p1
Aug 21 09:01:27 aidas-gsi dhcpd: DHCPACK on 192.168.11.1 to d8:80:39:41:ba:8a via p4p1
Aug 21 09:01:28 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.4:709 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida04 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:28 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.3:899 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida03 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:28 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.2:934 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida02 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:28 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.6:948 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida06 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:28 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.8:781 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida08 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:28 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.1:702 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida01 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:f6:5a via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.11 to d8:80:39:41:f6:5a via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.11 (192.168.11.99) from d8:80:39:41:f6:5a via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPACK on 192.168.11.11 to d8:80:39:41:f6:5a via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:ee:10 via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.10 to d8:80:39:41:ee:10 via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.10 (192.168.11.99) from d8:80:39:41:ee:10 via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPACK on 192.168.11.10 to d8:80:39:41:ee:10 via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:cf:ac via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.12 to d8:80:39:41:cf:ac via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.12 (192.168.11.99) from d8:80:39:41:cf:ac via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPACK on 192.168.11.12 to d8:80:39:41:cf:ac via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:42:0d:0c via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.9 to d8:80:39:42:0d:0c via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.9 (192.168.11.99) from d8:80:39:42:0d:0c via p4p1
Aug 21 09:01:28 aidas-gsi dhcpd: DHCPACK on 192.168.11.9 to d8:80:39:42:0d:0c via p4p1
Aug 21 09:01:29 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.11:947 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida11 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:29 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.10:780 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida10 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:29 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.12:782 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida12 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:29 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.9:838 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida09 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:01:30 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.3
Aug 21 09:01:30 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.4
Aug 21 09:01:31 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.8
Aug 21 09:01:31 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.2
Aug 21 09:01:31 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.6
Aug 21 09:01:31 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.1
Aug 21 09:01:31 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.10
Aug 21 09:01:31 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.11
Aug 21 09:01:31 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.12
Aug 21 09:01:32 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.9
Aug 21 09:01:50 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.8:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:01:52 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.3:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:01:53 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.6:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:01:53 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.4:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:01:55 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.2:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:02:00 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.10:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:02:01 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.11:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:02:01 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.1:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:02:02 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.12:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:02:05 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.9:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:07:37 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:ee:71 via p4p1
Aug 21 09:07:37 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.7 to d8:80:39:41:ee:71 via p4p1
Aug 21 09:07:37 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.7 (192.168.11.99) from d8:80:39:41:ee:71 via p4p1
Aug 21 09:07:37 aidas-gsi dhcpd: DHCPACK on 192.168.11.7 to d8:80:39:41:ee:71 via p4p1
Aug 21 09:07:38 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.7:815 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida07 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:07:39 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.7
Aug 21 09:07:55 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.7:862 for /MIDAS_130718 (/MIDAS_130718)
Aug 21 09:10:33 aidas-gsi dhcpd: DHCPDISCOVER from d8:80:39:41:d7:cc via p4p1
Aug 21 09:10:33 aidas-gsi dhcpd: DHCPOFFER on 192.168.11.5 to d8:80:39:41:d7:cc via p4p1
Aug 21 09:10:33 aidas-gsi dhcpd: DHCPREQUEST for 192.168.11.5 (192.168.11.99) from d8:80:39:41:d7:cc via p4p1
Aug 21 09:10:33 aidas-gsi dhcpd: DHCPACK on 192.168.11.5 to d8:80:39:41:d7:cc via p4p1
Aug 21 09:10:34 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.5:795 for /home/Embedded/XilinxLinux/ppc_4xx/rfs/aida05 (/home/Embedded/XilinxLinux/ppc_4xx/rfs)
Aug 21 09:10:35 aidas-gsi xinetd[4233]: START: time-stream pid=0 from=::ffff:192.168.11.5
Aug 21 09:10:49 aidas-gsi rpc.mountd[4152]: authenticated mount request from 192.168.11.5:862 for /MIDAS_130718 (/MIDAS_130718)
|
|
|
738
|
Wed Aug 22 09:10:28 2018 |
OH, TD | AIDA@DESPEC dhcpd.conf, dhcpd startup and log messages | >
> Attachment 1 - DHCP configuration file /etc/dhcpd.conf
>
> Attachment 2 - DHCP startup messages
>
> Attachment 3 - FEE64 startup messages from /var/log/messages
>
> Note
>
> 1) dhcpd service is not listed by services tool which we have usually used to restart dhcp following
> changes to the configuration. Currently we restart dhcpd as follows
>
> kill -SIGTERM <pid dhcpd>
> /usr/local/sbin/dhcpd
>
> 2) significant delays (~6 and ~9 minutes) starting aida07 and aida05, otherwise appears to be normal startup
Regarding startup of 5 and 7. what is the report from the console log monitor? |
|
|
803
|
Fri May 17 08:10:05 2019 |
TD | AIDA+DTAS @ BigRIPS F11 | |
| Attachment 1: xIMG_2624.JPG
|
|
| Attachment 2: xIMG_2642.JPG
|
|
| Attachment 3: xIMG_2626.JPG
|
|
| Attachment 4: xIMG_2627.JPG
|
|
| Attachment 5: xIMG_2628.JPG
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Mon May 13 10:13:26 2019 |
TD | AIDA with 25MHz external clock does not work ... ! |
OH setup AIDA external clock using Tektronix AFG3102 - settings as follows
CH1 ON - amplitude +5V, phase 0n deg, offset 0V, frequency 50.000000MHz
JA setup DTAS/BigRIPS clock using Tektronix AFG3102 - settings as follows
CH2 ON - amplitude -0.8V, phase 0n deg, offset 0V, frequency 25.000000MHz
Unfortunately the AGF3102 was set to CH1 frequency = CH2 frequency and this changed the AIDA external
clock frequency from 50MHz to 25MHz.
This stopped the DAQ. Interestingly it was possible to Resync successfully and *all* system wide
checks were OK *except* Check Clock Status which produced errors - see attachment 1.
CH1 & CH2 now set to 50MHz and 25MHz respectively.
AIDA DAQ now running OK. |
| Attachment 1: 2.png
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329
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Wed Jul 20 18:41:55 2016 |
DK | AIDA topped up on water | I actually topped off the chiller with water tonight as I am returning to Scotland (and then off to CERN) within hours.
I added 4 liters on around July 5th, to move the marker from a little under the halfway mark to over the halfway mark. After 2.x weeks, it was still sitting a bit shy of under the halfway mark. This means that in a humid and hot Japanese month like July, AIDA doesn't evaporate more than something like 2 liters in one week.
As it's now topped off, I think it's good to go for something like several months.
I also note that I use a faucet in the old Nishina Center, rather than passing radiation control, to find a water tap. It's maybe more of a hike but it avoids going through radiation control.
Anyway, the point of my elog post is that the AIDA chiller will not be running out of water any time soon, probably not before October, though local members at RIKEN might check it each month etc, or on request. I left the bucket and the large-volume container right sitting by it. I still don't know where the funnel is, so I robbed (borrowed) a kind of 1 liter handled jug with a beaker from a place, and returned it. |
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712
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Thu Nov 23 01:12:33 2017 |
TD, CB | AIDA to safe shutdown state | 10.11 Detector bias OFF
FEE64 power OFF
BNC PB-4 OFF
2x NIM bins OFF - fan tray OFF
Julabo FL11006 chiller OFF - 3ph mains switch OFF
USB ac mains relay OFF - flow interlock enabled - USB disconnected
Raspberry Pis ON
Tektronix AFG3102C ON |
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920
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Thu Nov 16 09:09:58 2023 |
TD, JB, CC, VP | AIDA tests 16/11/2023 | Viewing AIDA status on Thursday morning 16/11/2023.
Rates and histograms are observed with bPlast HV connected but not powered. The LIMO cables to the booster cards of bPlast are connected and the TAMEX crate is powered.
The following details the various tests of bPlast configurations and AIDA response:
1. The rates and status are the same as yesterday evening (15/11/2023) where we had the same configuration (bPlast connected to HV but not powered). (Attachment 1-3)
2. The rates and status are the same as in 1. when trying a different power supply but it is not turned on (Attachment 4-5). The R&S HMP4040 HV supply is a linearly regulated supply while the new supply is suspected to be switching regulated (?).
3. The rates and status are the same as in 1.,2. if the HV supply is connected. In fact they seem to increase when disconnecting the HV supply. (Attachment 6).
4. The rates and status are brought back to acceptable levels when disconnecting all the LIMOs of the bPlast booster board to TAMEX. (Attachment 7-8).
5. The rates and status are fairly worse when connecting a single LIMO (attachment 9) and when connecting the Mesytec module that powers the booster board (attachment 10).
6. The rates and status increase a little favourably when connecting a single LIMO to an odd numbered channel. (Attachment 11).
7. The rates and status are dramatically worse when connecting two LIMOs and a Mesytec module to the bPlast booster card. (Attachment 12).
The next tests will be dismounting the snout and trying to shield the bPlast ribbon cables with copper tape.
Tests resumed after lunch 14:00:00:
- The bPlast ribbon cables running to the booster boards were insulated with copper tape and kapton tape, and for the moment grounded freely with a tinned copper braid. A multimeter check of the ribbon cable showed that it is isolated from the snout as desired.
- Remounting the snout we found the following result on the AIDA rates and hit patterns (Attachment 15 & 16). The rates and hit patterns appear to be the same as it was before bPlast was mounted in the snout. The connector cable of AIDA01 was found to be broken for ASICs 1&2 (3&4 are still connected), and the noise on AIDA04 has increased slightly relative to previous tests.
8. The wave forms of the AIDA modules show regular structure. There are some high frequency 'beats' present in some of the AIDA modules (Attachment 13-14). The waveform of AIDA01 has the pulser signal (25 Hz), but has no noise as ASIC 1&2 is missing.
9. The next test carried out was that all the ribbon cables ground were connected to the separate grounds on the item frame and on the frame carrying the booster cards. The bPlast ribbon cables were also plugged into the booster board. (attachment 17-20).
10. The next test we connect all the ribbon cables to the same ground on the item frame and the ribbon cables were disconnected from the booster cards. (attachment 21 -24).
11. The test thereafter we connect all the grounds together but not grounded to anything, just floating in air. The ribbons were still disconnected from the booster cards. Rates were observed to decreased back to normal levels from the previous grounding configuration. (Attachment 25-28)
12. The final test carried out from the grounding tests was connecting the bPlast ribbon cables with floating air ground to the booster cards mounted around the snout. The rates and wave forms observed are back to normal and transience in some of the wave forms from (Attachment 20-28) have gone away after adjusting the LED and wave form capture threshold from 8900 -> 8000/8200. The rates and wave forms are back to the same point when we started the tests after lunch (Attachment 29-32).
The next series of tests involved connecting and/or powering the bPlast HV and LIMOs individually to see their input to AIDA. Each of the tests were carried out individually, resetting back to the configuration from (Attachment 29-32, test 12.):
13. The first test carried out was connecting a LIMO from the TAMEX card to the long side booster card of the bPlast. (Attachment 33-36). The rates, wave form and hit patterns seem to be dramatically affected by simply connecting 1 LIMO to the long side booster card.
14. The second test was connecting the HV supply of the booster card on the short side (right relative to the beam axis) and powering it with the R&S HMP4040 supply. Results are given by (Attachments 37-40). Rates, hit pattern and wave forms change and increase drastically.
15. The third test was simply connecting the booster card HV supply (R&S HMP4040) but not powering it at all. Results are given by (attachment 41-44). Simply connecting the HV supply is introducing a considerable amount of noise into AIDA. (Maybe grounding the supply, or changing its position relative to the DESPEC setup is a next possible test).
16. The fourth test was biasing the SiPMs on the short side booster card ie. right side of the bPlast with the Mesytec module 29.00 V @ 4 uA. The results are given by (attachment 45-48). The rates, hit patterns and wave forms return to more reasonable levels, however, it is clear that biasing the SiPMs is still introducing a great deal of noise into some of the ASICs based on the proximity. eg. aida03 ASIC1.
17. The fifth and final test of the day was under-biasing the SiPMs of the long side of the bPlast with the Mesytec module 26.80 V @ 19 uA. The results are given by (attachment 1-4 in AIDA tests 16/11/2023 cont.). The rates, hit patterns and wave forms are the same as that which was carried out in test 16.
The tests wrap up with suspicion to the HV supply of the booster cards, whether it is grounded or not and its position in the setup. The grounding of the booster cards is also seen to affect AIDA substantially. Isolating and grounding the ribbon cables has proved to be helpful when biasing the SiPMs as the noise in AIDA is reduced in comparison to previous tests. The wave forms when connecting the HV supply seems to show a 100 kHz signal (HV supply cross-talk?). |
| Attachment 1: Screenshot_from_2023-11-16_10-09-31.png
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Fri Nov 17 09:19:41 2023 |
TD, CC, VP | AIDA test 17/11/2023 | We restarted AIDA (a10277ttachment 6) this morning and checked rates (attachments 3/4) and waveforms (attachments 1/2). Temperatures are shown in attachment 5.
It seems consistent with what was observed yesterday.
AIDA stopped and platform moved.
The power cable from USB main power relay was connected to the wall and not the DESPEC 19" racks as expected. It has been corrected : it is now connected to the DESPEC 19" rack, has it should be.
AIDA was restarted after that. bPlast was disconnected from 2 booster cards.
We checked the rates (attachments 7,10 and 11 [linear scale]). They are quite similar, although aida01 rate has increased (maybe a cable issue), and rate from aida07 significantly decreased (it was really low yesterday as well).
The waveforms (attachments 8 & 9) are similar as the ones obtained earlier.
bPlast has been reconnected to all booster cards. Rate increased a little (attachment 12) but broadly similar to that observed first thing this morning.
Then 2 booster cards were grounded, and the rates went up (attachments 13-16)
Afterwards, one power cable was connected to the booster card on the short side, increasing the noise, as observed yesterday (attachments 17-20)
The Rohde Schwarz PSU output was referenced to PSU ground ( 3mm cable to ground socket front panel ). It did not reduced much the noise (attachment 21)
Finally, the power supply was switched on, increasing the noise in AIDA (attachment 22).
After the meeting, we have chosen to reconnect bPlast to the booster : now all LIMOs are connected to the booster cards, the cards are powered and the SiPM are biased. The alarm for the short side has triggered (not full bias)
The Rohde & Scwarz PSU outputs is till referenced to its chassis ground.
See attachments 23-26 for the rates and waveforms in AIDA
14.57 JG/JB added additional black cloth to reduce nPlast SiPM dark current : now it is around 16uA. Updated noise observations
per FEE64 1.8.W spectra 20us FSR - attachments 27-28
per FEE64 1Rate spectra - attachment 29
ADC data item stats - attachment 30
aida02 asics #2-4 remain noisy c. kHz/channel
Most other p+n FEE64s are OK - the usual 'hot' channels but most other channel rates low
15.07 JG removed ground reference for Rohde & Schwarz PSU +4V output to bPlast booster cards
ADC data items atst - attachment 31
Most FEE64s have significantly higher rates so the ground reference is doing 'something'
15.12 JG re-ground ref'd Rohde & Schwarz PSU +4V output to bPlast booster cards
ADC data item stats - attachment 32
Rates for most FEE64s are reduced - some significantly - PSU ground ref is doing something reproducible
15.25 Christoph Scheidenberger reports FRS magnets ON
16.01 JG/JB TAMEX & NIM bin electrically isolated from AIDA stand/DESPEC platform. Screens of flat cables from bPlast to booster cards grounded to snout.
ADC data item stats - attachment 33
per FEE64 1.8.W spectra 20us FSR - attachments 36-37
per FEE64 Rate spectra - attachments 34-35
16.20 TAMEX & NIM bin electrically isolated from AIDA stand/DESPEC platform. Screens of flat cables from bPlast to booster cards now connected together but electrically floating
ADC data item stats - attachment 40
per FEE64 1.8.W spectra 20us FSR - attachments 38-39
per FEE64 Rate spectra - attachment 41
Noted improvement in most FEE64 rates - aida04 improved significantly
16.31 TAMEX & NIM bin electrically isolated from AIDA stand/DESPEC platform. Screens of flat cables from bPlast to booster cards now connected together and grounded to NIM bin chassis.
ADC data item stats - attachment 42
per FEE64 Rate spectra - attachment 43-44
per FEE64 1.8.W spectra 20us FSR - attachments 44-46
Continued, imcremental improvement in FEE64 rates |
| Attachment 1: Screenshot_from_2023-11-17_10-17-43.png
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Thu Nov 16 17:43:25 2023 |
TD, JB, CC, VP | AIDA test 16/11/2023 cont. | Screenshot uploads as I hit the 50 image upload limit. |
| Attachment 1: Screenshot_from_2023-11-16_16-37-22.png
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| Attachment 2: Screenshot_from_2023-11-16_16-36-25.png
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