Description
This key contains the timing status
Source
General Timing WindowKeys
| Key name | Source | Write freq. [Hz] | Data size [byte] | Throughput | Fomat | Notes |
|---|---|---|---|---|---|---|
| DAFNESTATE_JDAT | General Timing Window: it fetches from the DEVIL387 the GTIMDyn global and combines some of its data with information obtained from the Timing Status Word register. The result (GTIMStatusData) is translated as a Json document and written to Memcached on: | ~0 | ~250 | ~0 | The key content is a Json document with the following format. Values for the various fiedls are as consistent as possible with the "Timing Status Word" corresponding bitfields. In some cases the representation is modified in order to make it more intuitive (e.g. mode: -1=electrons, 1=positrons) or even directly usable (e.g. linac_freq: 25 Hz, 50 Hz). In other cases (execution, stand_by_state) the value is equal to that of the corresponding bitfield in the Timing Status Word register (see table below).
| The Json key is worked out by a SubVI of the General Timing window: /u2/dcs/source_solaris/0_classes/TIM/console/timing_2/General_Timing_3.3.3.vi - build 20230125-1145. The SubVI is:  /u2/dcs/source_solaris/0_classes/TIM/console/timing_2/TimingStatusDecode.vi The key is updated any time a user issues "Apply Sequence"or "BTF RUN" from the General Timing window. |
Total throughput
| kbyte/s | Mbit/s |
|---|---|
| ~0 | ~0 |
25 All Off LINAC standby (Non spara niente?) Spectrometer only 1Hz (spara 1Hz allo spettrometro) Disable gun (disable gun e poi?) (*) "standby state" is the condition which is reached when a "standby" command is issued Antonio's comment Go forever(8)/ Single sequence(16) Dafne KCK ON Accumulator Go forever(8)/ Single sequence(16)Timing Status Word register
bit [0-31] Variable bit values corresponding
valuebit values corresponding
valuebit values corresponding
valuebit values corresponding
valuebit values corresponding
value0 LINAC freq. [Hz] 1 0 50 1 0 1 2 extraction freq. [Hz] 1 0.2 0 0.5 0 1 0 2 3 0 1 0 0 4 0 0 1 0 5 0 0 0 1 6 contiguous/equidistant 0 contiguous 1 equidistant 7 mode -/+ 0 e- 1 e+ 8 execution 1 Single cycle first bunch 0 Single cycle same bunch 0 Single cycle next bunch 0 Single sequence 0 Go forever 9 0 1 0 0 0 10 0 0 1 0 0 11 0 1 0 1 0 12 0 0 0 0 1 13 standby state (*) 1 0 0 14 0 1 0 15 0 0 1 16 run/standby 1 run 0 standby 17 0 1 18...31 DAFNE STATE Linac Freq extraction freq contiguous/equidistant mode -/+ execution standby state (*) run/standby DESCRIPTION EXTERNAL INPUTS STDBY(0) 1?? No beam ? Global off? E- INJECT (1) >0 >0 * 0 0?? (codifica esistente?) 1 I Se stdby =0 non esiste questo stato non ha un'unica soluzione E+ INJECT (2) >0 >0 * 1 0?? (codifica esistente?) 1 I Dafne KCK ON Se stdby =0 non esiste questo stato non ha un'unica soluzione E- (3) STORED * * * * * * * ONLY Electrons in dafne I ele >0 I pos =0 E+ (4) STORED * * * * * * * ONLY Positrons in dafne I pos >0 I ele =0 FILLED(5) * * * * * * * Nell'assunzione che significhi fascio che non collide I pos >0 && ele > 0 & Lum=0 COLLIDING(6) * * * * * * * pos >0 && ele > 0 & Lum>0 BTF DELIVERING BTF DELIVERING & COLLIDING [10:10 AM] Alessandro D'Uffizi
switch (status)
{
case 0: return "DAFNE: STDBY";
case 1: return "DAFNE: E- INJECT";
case 2: return "DAFNE: E+ INJECT";
case 3: return "DAFNE: E- STORED";
case 4: return "DAFNE: E+ STORED";
case 5: return "DAFNE: FILLED";
case 6: return "DAFNE: COLLIDING";
case 7: return "DAFNE: BTF DELIVERING";
case 8: return "DAFNE: BTF DELIVERING & COLLIDING";
default: return "DAFNE: UNKNOWN";
}