NAME	MAIN.Test	ntuple	Condition	Trigger Super. ID		CODA type			Main triggers are:
	name	name		trigger	program
HMS	htrig	T_trgHMS	3/4 scin .AND. Cer single	1		1		htrig = gen_event_trigtype(1) == 1	* HMS (3/4 scin && Cer) single (Trigger Supervisor trigger 1, CODA event type 1)
BETA1	b1trig	T_trgBIG	Bigcal	2		5		b1trig = gen_event_trigtype(2) == 1	* BETA1 (Bigcal) single (Trigger Supervisor trigger 2, CODA event type 5)
Bigcal	piotrig	T_trgpio	pi0	3		5		piotrig = gen_event_trigtype(3) == 1	* Bigcal "pi0" (Trigger Supervisor trigger 3, CODA event type 5)
BETA2	b2trig	T_trgBETA	Bigcal .AND.Sane Cer sum of 8) single	4		5		b2trig = gen_event_trigtype(4) == 1	* BETA2 (Bigcal && Sane Cer sum of 8) single (Trigger Supervisor trigger 4, CODA event type 5)
HMS	ctrig	T_trgCOIN1	3/4 scin .AND. BETA1 coincidence	5		6		ctrig = gen_event_trigtype(5) == 1	* HMS (3/4 scin) & BETA1 coincidence (Trigger Supervisor trigger 5, CODA event type 6)
HMS	h2trig	T_trgCOIN2	HMS 3/4 scin	6		7		h2trig = gen_event_trigtype(6) == 1	* HMS (3/4 scin) Cosmic (Trigger Supervisor trigger 6, CODA event type 7)
Cer or Bigcal			LED for gain monitoring	7		8			* Cer or Bigcal LED for gain monitoring (Trigger Supervisor trigger 7, CODA event type 8)
Pulser			pedestals	8		4			* Pulser for pedestals (Trigger Supervisor trigger 8, CODA event type 4)
Force			Sync and scaler read		internal	0			* Force Sync and scaler read ( Internal to Trigger Supervisor, every 2 sec, CODA event type 0)
MPS					event 1	9			* MPS (Trigger Supervisor program event 1, CODA event type 9)
Quartet Flag					input 10				* Quartet Flag (Trigger Supervisor input 10)
Plus Helicity Flag					input 11				* Plus Helicity Flag (Trigger Supervisor input 11)
Minus Helicity Flag					input 12				* Minus Helicity Flag (Trigger Supervisor input 12)
	htrigp		AND(1;h+)
	htrigm		AND(1;h-)						Presently the Hall C ENGINE expects that CODA event type 1,2,3 and 4 are
	b1trigp		AND(2;h+)						HMS single, SOS single, HMS & SOS coincidence and pulser for pedestals,
	b1trigm		AND(2;h-)						so the triggers above avoid CODA event types 2 and 3.
	piotrigp		AND(3;h+)
	piotrigm		AND(3;h-)
	b2trigp		AND(4;h+)						Trigger inputs 10-12 are only latched, by themselves they do not cause a
	b2trigm		AND(4;h-)						trigger
	ctrigp		AND(5;h+)
	ctrigm		AND(5;h-)						Retrieved from
	h2trigp		AND(6;h+)						http://hallcweb.jlab.org/experiments/sane/wiki/index.php/Trigger
	h2trigm		AND(6;h-)
									begin test a_trigs group=hms group=sos group=both group=gep group=bigcal
									#int dmytst, ctrig, htrig, strig, btrig,atrig,b1trig, piotrig, b2trig, h2trig, htrigp,htrigm, ctrigp,ctrigm
									#int b1trigp,b1trigm, piotrigp,piotrigm, b2trigp,b2trigm , h2trigp,h2trigm
									dmytst = 1
									strig = 1
									btrig=1
									htrig = gen_event_trigtype(1) == 1
									b1trig = gen_event_trigtype(2) == 1
									piotrig = gen_event_trigtype(3) == 1
									b2trig = gen_event_trigtype(4) == 1
									ctrig = gen_event_trigtype(5) == 1
									h2trig = gen_event_trigtype(6) == 1
									atrig = htrig || b1trig || piotrig || b2trig || ctrig || h2trig
							htrigp	AND(1;h+)	htrigp = htrig && (gbeam_helicity == 1)
							htrigm	AND(1;h-)	htrigm = htrig && (gbeam_helicity == -1)
							b1trigp	AND(2;h+)	b1trigp = b1trig && (gbeam_helicity == 1)
							b1trigm	AND(2;h-)	b1trigm = b1trig && (gbeam_helicity == -1)
							piotrigp	AND(3;h+)	piotrigp = piotrig && (gbeam_helicity == 1)
							piotrigm	AND(3;h-)	piotrigm = piotrig && (gbeam_helicity == -1)
							b2trigp	AND(4;h+)	b2trigp = b2trig && (gbeam_helicity == 1)
							b2trigm	AND(4;h-)	b2trigm = b2trig && (gbeam_helicity == -1)
							ctrigp	AND(5;h+)	ctrigp = ctrig && (gbeam_helicity == 1)
							ctrigm	AND(5;h-)	ctrigm = ctrig && (gbeam_helicity == -1)
							h2trigp	AND(6;h+)	h2trigp = h2trig && (gbeam_helicity == 1)
							h2trigm	AND(6;h-)	h2trigm = h2trig && (gbeam_helicity == -1)
									end test a_trigs