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RDS42002_DYN

Static fork

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Dynamic Fork

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Note: LabVIEW booleans take one byte.

Details

Il calcolo dettagliato degli offsets di tutte le variabili del Dynamic Fork è riportato nella tabella a fondo pagina.
Segue la descrizione del significato delle varie componenti dei 3 vettori ADCDynArray, DACDynArray e IODynArray, nel caso degli anelli e-, e+ e dell'accumulatore.

ADCDynArray

Ha 13 componenti per le chiavi RF degli anelli e 9 componenti per quella dell'accumulatore; ciascuna componente rappresenta un valore letto dagli ADC. Traducendo il chName da float (con un cast su una stringa di 8 caratteri), si ottiene, per ciascun canale:

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 0 - BeamPhs Beam Phase
 1 - PhaseWP Phase Working Point
 2 - AGCWP AGC Working Point
 3 - RFFrw RF Forward
 4 - RFLevel RF Level
 5 - RFRvrsm RF Rverse
 6 - PhsFdbk Phase Feedback
 7 - TnrWP Turner Working Point
 8 - ZMdFdbk Zero Mode Feedback
 9 - SlideFbk Slide Feedback
10- PhErrKly Phase Error Klystron
11- WpKlyFbk Working Point Feedback
12- Klystron

...

DACDynArray

Ha 19 componenti per le chiavi RF degli anelli e 10 componenti per quella dell'accumulatore; ciascuna componente rappresenta un valore impostato sul DAC. Traducendo il chName da float (con un cast su una stringa di 8 caratteri), si ottiene, per ciascun canale:

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0 - AbsPhsR Absolute Phase Reference
1 - PhsFdbkR Phase Feedback Reference
2 - RFLevRef RF Level Reference
3 - AGCGain AGC Gain
4 - PhsLpGn Phase Loop Gain
5 - PhsWndwP Window Cavity Center Phase
6 - PhsWndwM Window Cavity width Pahase
7 - RFLvRefA RF Level Refernce Amplitude
8 - TnrPhsSh Tuner Phase Shifter
9 - ZMdFdbkP Zero Mode feedback reference
10-Amplitud RF feedback Amplitude
11-phaseFbk RF feedback phase
12-SlopeFbk RF feedback Slope
13-ZeroFbk RF feedback Zero
14-ManPhKly Manual Phase Kystron
15-LowThKly Window Center Klystron Phase
16-HigThKly Window WidthKlystron Phase
17-RfFbkOn RF Feedback On
18-KlyFbkOn Klystron Feedback On

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Dynamic Fork

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IODynArray

Ha 14 componenti sia per le chiavi RF degli anelli sia per quella dell'accumulatore. Traducendo il chName da float (con un cast su una stringa di 8 caratteri), si ottiene per ciascun canale:

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0 - TnrUpLSw Tuner Level Up
1 - TnrDwLSw  Tuner Level Down
2 - PLCAllar PLC Allarm
3 - FstIntlk Fast Interlok
4 - ZMdFdbkO Zero Mode Feedback ON/OFF
5 - TnrDw Tuner Down
6 - ResetPLC Reset PLC
7 - IMPCW IMP/CW
8 - TnrUp Tuner Up
9 - AGCOnOff Aplitude Loop On/Off
10-PhsFdbkO Cavity Phase ON/Off
11-TnrMnAt Tuner Manual automatic
12-RFOnOff RF On Off
13-ErInOnOf ErIn ON/OFF

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0 - TnrUpLSw Tuner Level Up
1 - TnrDwLSw  Tuner Level Down
2 - PLCAllar PLC Allarm
3 - FstIntlk Fast Interlok
4 - ErInOnOf ErIn ON/OFF
5 - ZMdFdbkO Zero Mode Feedback ON/OFF
6 - TnrDw Tuner Down
7 - ResetPLC Reset PLC
8 - IMPCW IMP/CW
9 - TnrUp Tuner Up
10 - AGCOnOff Aplitude Loop On/Off
11-PhsFdbkO Cavity Phase ON/Off
12-TnrMnAt Tuner Manual automatic
13-RFOnOff RF On Off

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LabVIEW
type

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00
01
02
03
04
05
06
07

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DBL

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elementName

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08
09
10
11

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I32

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status

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12
13
14
15

...

I32

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consoleName

...

16
17
18
19

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U32

...

errorMask

...

20
21
22
23

...

U32

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errorMaskADC

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24
25
26
27

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U32

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errorMaskDAC

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28
19
30
31

...

U32

...

errorMaskIO

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32

...

TF

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onLine

...

33

...

TF

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byPass

...

34

...

TF

...

remote

...

35

...

TF

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busy

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Beginning of the array of clusters ADCDynArray (Cluster structure must be known)

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36
37
38
39

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U32

...

nr. of array components

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arraySize

  • for e-, e+: arraySize = 13
  • for Acc.: arraySize = 9

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40
41
42
43
44
45
46
47

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DBL

...

ADCDynArray.chName[0]
(36 + 4) + ( i * 24 )
with i from 0 to ( arraySize - 1)

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First component [i=0]
First DBL

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48
49
50
51
52
53
54
55

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DBL

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ADCDynArray.readOut[0]
(36 + 4) + ( i * 24 ) + 8
with i from 0 to ( arraySize - 1)

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First component [i=0]
Second DBL

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56
57
58
59
60
61
62
63

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DBL

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ADCDynArray.readOutRaw[0]
(36 + 4) + ( i * 24 ) + 16
with i from 0 to ( arraySize - 1)

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First component [i=0]
Third DBL

...

...

...

...

...

...

...

...

...

End of the array

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Beginning of the array of clusters DACDynArray (Cluster structure must be known)

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O1
O1+01
O1+02
O1+03

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U32

...

nr. of array components

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arraySize

  • for e-, e+: arraySize = 19
  • for Acc.: arraySize = 10

The "O1" offset depends on the number of components of the preceeding arrays

  • for e-, e+: O1 = (36+4)+(12*24)+16+8 = 352
  • for Acc.: O1= (36+4)+(8*24)+16+8 = 256

...

O1+04
O1+05
O1+06
O1+07
O1+08
O1+09
O1+10
O1+11

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DBL

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DACDynArray.chName[0]
(O1 + 4) + ( i * 24 )
with i from 0 to ( arraySize - 1)

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First component [i=0]
First DBL

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O1+12
O1+13
O1+14
O1+15
O1+16
O1+17
O1+18
O1+19

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DBL

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First component [i=0]
Second DBL

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O1+20
O1+21
O1+22
O1+23
O1+24
O1+25
O1+26
O1+27

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DBL

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DACDynArray.settingraw[0]
(O1 + 4) + ( i * 24 ) + 16
with i from 0 to ( arraySize - 1)

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First component [i=0]
Third DBL

...

...

...

...

...

...

...

...

...

End of the array

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Beginning of the array of clusters IODynArray (Cluster structure must be known)

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O2
O2+01
O2+02
O2+03

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U32

...

nr. of array components

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arraySize

  • for e-, e+: arraySize = 14
  • for Acc.: arraySize = 14

The "O2" offset depends on the number of components of the preceeding arrays

  • for e-, e+: O2 = (352+4)+(18*24)+16+8 = 812
  • for Acc.: O2= (256+4)+(9*24)+16+8 = 500

...

O2+04
O2+05
O2+06
O2+07
O2+08
O2+09
O2+10
O2+11

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DBL

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IODynArray.chName[0]
(O2 + 4) + ( i * 9 )
with i from 0 to ( arraySize - 1)

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First component [i=0]
DBL

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O2+12

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TF

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IODynArray.value[0]
(O2 + 4) + ( i * 9 ) + 8
with i from 0 to ( arraySize - 1)

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First component [i=0]
LabVIEW TF (booleans) take one byte.

...

...

...

...

...

...

...

End of the array

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O3
O3+01
O3+02
O3+03
O3+04
O3+05
O3+06
O3+07

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DBL

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tunerPosition

The "O3" offset depends on the number of components of the preceeding arrays

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Details