December 15, 2010 online meeting minutes - Revision history

Boiarino: Text replacement - "clonwiki.jlab.org" to "clonwiki0.jlab.org"

2015-04-17T20:06:28Z

Text replacement - "clonwiki.jlab.org" to "clonwiki0.jlab.org"

← Older revision		Revision as of 16:06, 17 April 2015
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	* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented		* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented

	* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see [https://~~clonwiki~~.jlab.org/wiki/clondocs/Docs/tpe_run_rol1.ps ps]), may try to decrease readout window width; clastrig2 readout speed still to be studied		* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see [https://clonwiki0.jlab.org/wiki/clondocs/Docs/tpe_run_rol1.ps ps]), may try to decrease readout window width; clastrig2 readout speed still to be studied

	* fast reconstraction works producing target [https://~~clonwiki~~.jlab.org/wiki/clondocs/Docs/tpe_run_target.ps image].		* fast reconstraction works producing target [https://clonwiki0.jlab.org/wiki/clondocs/Docs/tpe_run_target.ps image].

	* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently		* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently

129.57.76.91 at 21:49, 15 December 2010

2010-12-15T21:49:14Z

← Older revision		Revision as of 17:49, 15 December 2010
Line 8:		Line 8:

	* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see [https://clonwiki.jlab.org/wiki/clondocs/Docs/tpe_run_rol1.ps ps]), may try to decrease readout window width; clastrig2 readout speed still to be studied		* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see [https://clonwiki.jlab.org/wiki/clondocs/Docs/tpe_run_rol1.ps ps]), may try to decrease readout window width; clastrig2 readout speed still to be studied

			* fast reconstraction works producing target [https://clonwiki.jlab.org/wiki/clondocs/Docs/tpe_run_target.ps image].

	* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently		* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently
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	* TOF SCHV alarm did not work when all values (except EPICS demand values) went to zero; crate turned on but values stayed zero and it was no alarm which is correct; we do not know why values went down to zero; will ask Nerses to look		* TOF SCHV alarm did not work when all values (except EPICS demand values) went to zero; crate turned on but values stayed zero and it was no alarm which is correct; we do not know why values went down to zero; will ask Nerses to look

			* epics_monitor config files are ready and will be installed; run_log_comment and database info to be reviewed and corrected

129.57.76.91 at 21:38, 15 December 2010

2010-12-15T21:38:31Z

← Older revision		Revision as of 17:38, 15 December 2010
Line 7:		Line 7:
	* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented		* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented

	* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see [https://clonwiki.jlab.org/wiki/clondocs/tpe_run_rol1.ps ps]), may try to decrease readout window width; clastrig2 readout speed still to be studied		* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see [https://clonwiki.jlab.org/wiki/clondocs/Docs/tpe_run_rol1.ps ps]), may try to decrease readout window width; clastrig2 readout speed still to be studied

	* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently		* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently

129.57.76.91 at 21:38, 15 December 2010

2010-12-15T21:38:06Z

← Older revision		Revision as of 17:38, 15 December 2010
Line 7:		Line 7:
	* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented		* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented

	* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see ~~xxx~~), may try to decrease readout window width; clastrig2 readout speed still to be studied		* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see [https://clonwiki.jlab.org/wiki/clondocs/tpe_run_rol1.ps ps]), may try to decrease readout window width; clastrig2 readout speed still to be studied

	* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently		* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently

129.57.81.115 at 15:29, 15 December 2010

2010-12-15T15:29:10Z

← Older revision		Revision as of 11:29, 15 December 2010
Line 7:		Line 7:
	* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented		* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented

	* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see xxx); clastrig2 readout speed still to be studied		* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see xxx), may try to decrease readout window width; clastrig2 readout speed still to be studied

	* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently		* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently

129.57.81.115 at 15:28, 15 December 2010

2010-12-15T15:28:12Z

← Older revision		Revision as of 11:28, 15 December 2010
Line 7:		Line 7:
	* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented		* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented

	* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see xxx); clastrig2 readout speed still to be studied		* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime and beam current 140nA, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see xxx); clastrig2 readout speed still to be studied

	* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently		* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently

129.57.81.115 at 15:27, 15 December 2010

2010-12-15T15:27:33Z

← Older revision		Revision as of 11:27, 15 December 2010
Line 15:		Line 15:
	* two kind of ROC crashes were observed: ROLS_LOOP on host and PROC on PMCs; last one does not require reboot, cancel-reser-download-.. works, first one will try it; will try to reproduce and debug it over downtime (big buffer check function etc)		* two kind of ROC crashes were observed: ROLS_LOOP on host and PROC on PMCs; last one does not require reboot, cancel-reser-download-.. works, first one will try it; will try to reproduce and debug it over downtime (big buffer check function etc)

	* TOF SCHV alarm did not work when all values (except EPICS demand values) went to zero; crate turned on but values stayed zero and it was no alarm which is correct; we do not know why values went down to zero		* TOF SCHV alarm did not work when all values (except EPICS demand values) went to zero; crate turned on but values stayed zero and it was no alarm which is correct; we do not know why values went down to zero; will ask Nerses to look

129.57.81.115 at 15:26, 15 December 2010

2010-12-15T15:26:07Z

← Older revision		Revision as of 11:26, 15 December 2010
Line 15:		Line 15:
	* two kind of ROC crashes were observed: ROLS_LOOP on host and PROC on PMCs; last one does not require reboot, cancel-reser-download-.. works, first one will try it; will try to reproduce and debug it over downtime (big buffer check function etc)		* two kind of ROC crashes were observed: ROLS_LOOP on host and PROC on PMCs; last one does not require reboot, cancel-reser-download-.. works, first one will try it; will try to reproduce and debug it over downtime (big buffer check function etc)

	* TOF SCHV alarm did not work when all values (except EPICS demand values) went to zero; crate turned on but values stayed zero and it was no alarm which is correct; we do not know why values went down		* TOF SCHV alarm did not work when all values (except EPICS demand values) went to zero; crate turned on but values stayed zero and it was no alarm which is correct; we do not know why values went down to zero

129.57.81.115 at 15:25, 15 December 2010

2010-12-15T15:25:32Z

← Older revision		Revision as of 11:25, 15 December 2010
Line 13:		Line 13:
	* last night 2 switches went down, CC want to replace the one on 96 subnet, should think about bethsw3sc; also, dc6pmc1 died and did not want to reboot		* last night 2 switches went down, CC want to replace the one on 96 subnet, should think about bethsw3sc; also, dc6pmc1 died and did not want to reboot

	* two kind of ROC crashes were observed: ROLS_LOOP on host and PROC on PMCs; last one does not require reboot, cancel-reser-download-.. works, first one will try it; will try		* two kind of ROC crashes were observed: ROLS_LOOP on host and PROC on PMCs; last one does not require reboot, cancel-reser-download-.. works, first one will try it; will try to reproduce and debug it over downtime (big buffer check function etc)
	to reproduce and debug it over downtime (big buffer check function etc)

	* TOF SCHV alarm did not work when all values (except EPICS demand values) went to zero; crate turned on but values stayed zero and it was no alarm which is correct; we do not know why values went down		* TOF SCHV alarm did not work when all values (except EPICS demand values) went to zero; crate turned on but values stayed zero and it was no alarm which is correct; we do not know why values went down

129.57.81.115 at 15:23, 15 December 2010

2010-12-15T15:23:29Z

New page

present: Sergey Boyarinov, Sergey Pozdnyakov

1. TPE run status

* new trigger was commissioned and compared with old one, seems working, need to measure adc gate position; latch feature seems working, need to read it out and place to datastream

* Ben's trigger GUI is working; v1495 software was adjusted; EPICS scalers readout to be implemented

* DAQ was tuned; both rol2 and net are running on all available co-processors; 'parallel' rol1 is used everywhere; reached 4.6kHz at 86% livetime, limited by DC occupancy but DAQ limit is close as well; sc2 rol1 processing time is much bigger then others (see xxx); clastrig2 readout speed still to be studied

* RF signal dissapeards, Raffaella fixed it (bad unit, see logbook Dec 14 around 7pm), need to fix permanently

* last night 2 switches went down, CC want to replace the one on 96 subnet, should think about bethsw3sc; also, dc6pmc1 died and did not want to reboot

* two kind of ROC crashes were observed: ROLS_LOOP on host and PROC on PMCs; last one does not require reboot, cancel-reser-download-.. works, first one will try it; will try
to reproduce and debug it over downtime (big buffer check function etc)

* TOF SCHV alarm did not work when all values (except EPICS demand values) went to zero; crate turned on but values stayed zero and it was no alarm which is correct; we do not know why values went down