# This Jython script created by MRRM software from MTS Associates 
# Copyright 2004 
# using a dispatcher; no autostart; no transponder
# no debug statements; stop at end of script; Sound is used
import jarray 
import jmri 
class Stack Mtn Loop E(jmri.jmrit.automat.AbstractAutomaton) : 
	def init(self):  
		loco1 = 5574 
		loco2 = 6722 
		print "Stack Mtn Loop E: lead loco is "5574" has entered this automaton. loco2 is "6722" If zero, there is no 2nd sound loco. Sound is in primary loco. "  
		if loco1 > 127 :  
			self.slong1 = 1 #Long address 
		else :  
			self.slong1 = 0 #Short address 
		self.throttle = self.getThrottle(loco1, self.slong1) #get throttle for loco1 
		self.throttle.setF0(True)   # turn on headlight
		self.throttle.setIsForward(True)   # Forward direction
		print "Stack Mtn Loop E Sound is controlled through loco2!" 
		if loco2 > 127 :  
			self.slong2=1 #Long address 
		else :  
			self.slong2=0 #Short address 
		self.throttle2 = self.getThrottle(loco2, self.slong2)#get throttle for loco2  
		self.throttle2.setF0(True)   # turn on headlight
		self.throttle2.setIsForward(True)   # Forward direction
		 
		 
	def locoLeaving(self):  
		self.waitMsec(10000)  #continue on for 10 seconds 
		#This code is invoked as handle script completes 
		print "Stack Mtn Loop E:Stop locos then dispatch" 
		self.throttle.setSpeedSetting(0)  # stop loco
		self.throttle.dispatch()   # dispatch/release loco1 
		self.throttle2.dispatch()   # dispatch/release loco2 
	def handle(self):  	#Handle is main routine for this class
		#This code will run exactly one time, in an independent thread, when invoked  
		print "Stack Mtn Loop E: runs West to East from Stack Mtn West Entry to Stack Mtn West Entry"  
		print "Stack Mtn Loop E: loop starting at West entry"  
		#print "Stack Mtn Loop E: Set Speed 10%"  
		self.throttle.setSpeedSetting(0.15)  # 15% of throttle
		 
		#print "Stack Mtn Loop E: wait for sensor LS13 to become Active" 
		self.LS13 = sensors.provideSensor("13") 
		#print "Stack Mtn Loop E: Waiting for Sensor LS13" 
		self.waitSensorActive(self.LS13) 
		self.throttle.setIsForward(False) 
		 
		#print "Stack Mtn Loop E: depart stop; start the lead loco" 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS13 to become Inactive" 
		self.waitSensorInactive(self.LS13) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS12 to become Active" 
		self.LS12 = sensors.provideSensor("12") 
		#print "Stack Mtn Loop E: Waiting for Sensor LS12" 
		self.waitSensorActive(self.LS12) 
		 
		#print "Wait for Turnout LT100 to be THROWN" 
		self.LT100 = turnouts.getTurnout("LT100") 
		if self.LT100.getCommandedState() <> THROWN : 
			self.throttle.setSpeedSetting(0)	#stop the train! 
		while self.LT100.getCommandedState() <> THROWN : 
			self.waitMsec(2500) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS12 to become Inactive" 
		self.waitSensorInactive(self.LS12) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS11 to become Active" 
		self.LS11 = sensors.provideSensor("11") 
		#print "Stack Mtn Loop E: Waiting for Sensor LS11" 
		self.waitSensorActive(self.LS11) 
		 
		#print "Wait for Turnout LT11 to be THROWN" 
		self.LT11 = turnouts.getTurnout("LT11") 
		if self.LT11.getCommandedState() <> THROWN : 
			self.throttle.setSpeedSetting(0)	#stop the train! 
		while self.LT11.getCommandedState() <> THROWN : 
			self.waitMsec(2500) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS11 to become Inactive" 
		self.waitSensorInactive(self.LS11) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS14 to become Active" 
		self.LS14 = sensors.provideSensor("14") 
		#print "Stack Mtn Loop E: Waiting for Sensor LS14" 
		self.waitSensorActive(self.LS14) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS14 to become Inactive" 
		self.waitSensorInactive(self.LS14) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS14 to become Active" 
		self.LS14 = sensors.provideSensor("14") 
		#print "Stack Mtn Loop E: Waiting for Sensor LS14" 
		self.waitSensorActive(self.LS14) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS14 to become Inactive" 
		self.waitSensorInactive(self.LS14) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS14 to become Active" 
		self.LS14 = sensors.provideSensor("14") 
		#print "Stack Mtn Loop E: Waiting for Sensor LS14" 
		self.waitSensorActive(self.LS14) 
		 
		#print "Wait for Turnout LT98 to be THROWN" 
		self.LT98 = turnouts.getTurnout("LT98") 
		if self.LT98.getCommandedState() <> THROWN : 
			self.throttle.setSpeedSetting(0)	#stop the train! 
		while self.LT98.getCommandedState() <> THROWN : 
			self.waitMsec(2500) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS14 to become Inactive" 
		self.waitSensorInactive(self.LS14) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS13 to become Active" 
		self.LS13 = sensors.provideSensor("13") 
		#print "Stack Mtn Loop E: Waiting for Sensor LS13" 
		self.waitSensorActive(self.LS13) 
		self.throttle.setIsForward(False) 
		 
		#print "Stack Mtn Loop E: depart stop; start the lead loco" 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Wait for Turnout LT98 to be THROWN" 
		self.LT98 = turnouts.getTurnout("LT98") 
		if self.LT98.getCommandedState() <> THROWN : 
			self.throttle.setSpeedSetting(0)	#stop the train! 
		while self.LT98.getCommandedState() <> THROWN : 
			self.waitMsec(2500) 
		self.throttle.setSpeedSetting(0.35) 
		 
		#print "Stack Mtn Loop E: wait for sensor LS13 to become Inactive" 
		self.waitSensorInactive(self.LS13) 
		self.throttle.setSpeedSetting(0.35) 
		 
		self.locoLeaving() #dispose/release locos 
		print "Stack Mtn Loop E script has completed!" 
		return 0	# to stop - causes routine to NOT be called again 
# end of class definition