# This Jython script created by MRRM software from MTS Associates 
# Copyright 2004 - 2019
import java 
import javax.swing 
import jarray 
import jmri 
class CF_2_W2E(jmri.jmrit.automat.AbstractAutomaton) : 
	# Class Variables are initialized. Access in defs by "self." prefix! 
	loco1 = 0 
	loco2 = 0 
	sound_loco = "nosound" 
	delay_time = 0 
	play_time = 0 
	throttle = 0 
	throttle2 = 0 
	loco_gear = "F" 
	consist_direction = "West to East" 
	stop_list = [] 
	stopnote_list = [] 
	slow_ms_list = [] 
	depart_ms_list = [] 
	stop_ms_list = [] 
	slow_speed_list = [] 
	depart_speed_list = [] 
	blockBypassStatus = "No" 
	takeBypass = "No" 
	main_bypass = "N/A" 
	alternate_bypass = "N/A" 
	whichBypass = "N/A" 
	trk_restrictSpeed = 0.12 
	trk_speed = 0.20 
	signalspeed = 0.15 
	trk_restrict_ms = 0.0 
	trk_max_ms = 0.0 
	sh_name_lastsignal = "LH0" 
	blk_ck_ms = "0" 
	next_altblock = 0 
	prior_block = 1 
	trigger = "LT0" 
	b1_stub = "N" 
	b1_sensor = 0 
	b1_turnout ="0" 
	b1_state = 2 
	using_dispatcher = "false" 
	def init(self):  
		self.loco1 = loco1CF_2_W2E 
		print self.loco1 
		self.loco2 = loco2CF_2_W2E 
		print "CF_2_W2E runs West to East from Pottsville_Main_stop to Allentown"  
		if self.loco1 > 127 :  
			self.slong1 = True 
			self.throttle = self.getThrottle(self.loco1, True) 
		else : 
			self.slong1 = False 
			self.throttle = self.getThrottle(self.loco1, False) 
		print "CF_2_W2E",  self.throttle  
		if (self.throttle == None) : 
			print "CF_2_W2E Could not assign throttle" 
			self.locoLeaving() 	
		self.throttle.setF0(True) 
		self.throttle.setIsForward(True)  
		self.throttle.setSpeedSetting(0.0) 
		return 
	def locoLeaving(self):  
		self.throttle.setSpeedSetting(0) 
		self.throttle.setF0(False) 
		self.throttle.setIsForward(True)  
		return 
	def arrivalSounds(self):  
		if self.sound_loco == "loco1" :  
			self.throttle.setF2(True)     # turn on horn 
			self.waitMsec(2000) 
			self.throttle.setF1(True)     # turn on bell 
			self.throttle.setF2(False)     # turn off horn 
		elif self.sound_loco == "loco2" :  
			self.throttle2.setF2(True)     # turn on horn 
			self.waitMsec(2000) 
			self.throttle2.setF1(True)     # turn on bell 
			self.throttle2.setF2(False)     # turn off horn 
		return 
	def departureSounds(self):  
		if self.sound_loco == "loco1" :  
			self.throttle.setF2(True)     # turn on horn LONG 
			self.waitMsec(1000) 
			self.throttle.setF2(False)     # turn off horn 
			self.waitMsec(500) 
			self.throttle.setF2(True)     # turn on horn LONG 
			self.waitMsec(1000) 
			self.throttle.setF2(False)     # turn off horn 
			self.waitMsec(2000) 
		elif self.sound_loco == "loco2" :  
			self.throttle2.setF2(True)     # turn on horn LONG 
			self.waitMsec(1000) 
			self.throttle2.setF2(False)     # turn off horn 
			self.waitMsec(500) 
			self.throttle2.setF2(True)     # turn on horn LONG 
			self.waitMsec(1000) 
			self.throttle2.setF2(False)     # turn off horn 
			self.waitMsec(2000) 
		return 
	def reversingSounds(self):  
		if self.sound_loco == "loco1" :  
			print "CF_2_W2E reversing sound_loco = "+ self.sound_loco 
			self.throttle.setF2(True)     # turn on horn SHORT 
			self.waitMsec(500) 
			self.throttle.setF2(False)     # turn off horn 
			self.waitMsec(500) 
			self.throttle.setF2(True)     # turn on horn SHORT 
			self.waitMsec(500) 
			self.throttle.setF2(False)     # turn off horn 
			self.throttle.setF1(True)     # turn on bell 
		elif self.sound_loco == "loco2" :  
			print "CF_2_W2E reversing sound_loco = "+ self.sound_loco 
			self.throttle2.setF2(True)     # turn on horn SHORT 
			self.waitMsec(500) 
			self.throttle2.setF2(False)     # turn off horn 
			self.waitMsec(500) 
			self.throttle2.setF2(True)     # turn on horn SHORT 
			self.waitMsec(500) 
			self.throttle2.setF2(False)     # turn off horn 
			self.throttle2.setF1(True)     # turn on bell 
		elif self.sound_loco == "nosound" :  
			print "CF_2_W2E No reversing sound" 
		return 
	def passbySounds(self):  
		if self.sound_loco == "loco1" :  
			self.waitMsec(self.delay_time) 
			self.throttle.setF2(True)     # turn on horn 
			self.waitMsec(self.play_time) 
			self.throttle.setF2(False)     # turn off horn 
		elif self.sound_loco == "loco2" :  
			self.waitMsec(self.delay_time) 
			self.throttle2.setF2(True)     # turn on horn 
			self.waitMsec(self.play_time) 
			self.throttle2.setF2(False)     # turn off horn 
		return 
	def crossingSounds(self):  
		if sound_loco == "loco1" :  
			self.waitMsec(self.delay_time) 
			self.throttle.setF1(True)     # turn on bell 
			self.waitMsec(self.play_time) 
			self.throttle.setF1(False)     # turn off bell 
		elif sound_loco == "loco2" :  
			self.waitMsec(self.delay_time) 
			self.throttle2.setF1(True)     # turn on bell 
			self.waitMsec(self.play_time) 
			self.throttle2.setF1(False)     # turn off bell 
		return 
	def acceleration(self):  
		self.throttle.setSpeedSetting(.15) 
		self.waitMsec(500) 
		self.throttle.setSpeedSetting(.20) 
		self.waitMsec(500) 
		self.throttle.setSpeedSetting(.30) 
		self.waitMsec(500) 
		return 
	def deceleration(self):  
		self.throttle.setSpeedSetting(.30) 
		self.waitMsec(500) 
		self.throttle.setSpeedSetting(.20) 
		self.waitMsec(500) 
		self.throttle.setSpeedSetting(.15) 
		self.waitMsec(500) 
		return 
	def useBypass(self, theBypass):  
		self.takeBypass = "No"  
		self.trk_speed = 0.20  
		self.trk_restrictSpeed = 0.12 
		self.trk_max_ms = 2600.00  
		self.trk_restrict_ms = self.trk_max_ms * self.trk_speed / self.trk_restrictSpeed
		self.next_altblock = 0 
		if theBypass == "BP_W2E_92A93": 
			self.trackBlock("18", "22", "LT92", "THROWN", "LH447", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 5465.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("15", "18", "LT93", "THROWN", "LH421", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_W2E_92M93": 
			self.trackBlock("17", "22", "LT92", "CLOSED", "LH447", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 6558.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("15", "17", "LT93", "CLOSED", "LH423", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_W2E_89A196": 
			self.trackBlock("2", "5", "LT89", "CLOSED", "LH399", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 13990.00  
			self.trackBlock("299", "2", "LT90", "CLOSED", "LH353", "loco1", "0","F","false","true","LS3587","0","0") 
			self.trk_max_ms = 10784.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("27", "299", "LT196", "THROWN", "LH359", "loco1", "0","F","false","true","LS3621","0","0") 
		elif theBypass == "BP_W2E_89M196": 
			self.trackBlock("258", "5", "LT89", "THROWN", "LH397", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 1639.00   
			self.trackBlock("302", "258", "LT197", "CLOSED", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 2732.00  
			self.trackBlock("257", "302", "LT5", "CLOSED", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 2186.00    
			self.trackBlock("300", "257", "LT90", "CLOSED", "LH355", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 8197.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("27", "300", "LT196", "CLOSED", "LH357", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_W2E_45M43": 
			self.trackBlock("287", "15", "LT45", "CLOSED", "LH369", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 15120.00   
			self.trackBlock("284", "287", "LT0", "Unknown", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 9837.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("33", "284", "LT43", "CLOSED", "LH343", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_W2E_45A43": 
			self.trackBlock("288", "15", "LT45", "THROWN", "LH371", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 18071.00   
			self.trackBlock("283", "288", "LT199", "CLOSED", "LH0", "loco1", "0","F","false","true","LS3519","LS3721","0") 
			self.trk_max_ms = 14865.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("33", "283", "LT43", "THROWN", "LH341", "loco1", "0","F","false","true","LS3775","0","0") 
		elif theBypass == "BP_W2E_40M42": 
			self.trk_max_ms = 5000.00  
			self.trackBlock("285", "13", "LT40", "CLOSED", "LH321", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 21000.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("40", "285", "LT42", "CLOSED", "LH335", "loco1", "0","F","false","true","LS3741","LS3743","LS3769") 
		elif theBypass == "BP_W2E_40A42": 
			self.trk_max_ms = 6000.00  
			self.trackBlock("286", "13", "LT40", "THROWN", "LH323", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 30000.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("40", "286", "LT42", "THROWN", "LH333", "loco1", "0","F","false","true","LS3741","LS3743","LS3769") 
		elif theBypass == "BP_W2E_37M38": 
			self.trackBlock("291", "7", "LT37", "THROWN", "LH433", "loco1", "0","F","false","true","0","0","0") 
			self.trackBlock("297", "291", "LT2", "THROWN", "LH261", "loco1", "0","F","false","true","LS3545","LS3745","0") 
			self.trk_max_ms = 25000.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("13", "297", "LT38", "CLOSED", "LH431", "loco1", "0","F","false","true","LS3563","LS3767","LS3767") 
		elif theBypass == "BP_W2E_37A38": 
			self.trk_max_ms = 2750.00  
			self.trackBlock("298", "7", "LT37", "CLOSED", "LH435", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 25000.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("13", "298", "LT38", "THROWN", "LH429", "loco1", "0","F","false","true","LS3763","LS3567","LS3767") 
		elif theBypass == "BP_W2E_27M18": 
			self.trackBlock("305", "35", "LT27", "CLOSED", "LH461", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 3279.00   
			self.trackBlock("306", "305", "LT28", "CLOSED", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 13844.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("293", "306", "LT18", "CLOSED", "LH505", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_W2E_27A18": 
			self.trackBlock("309", "35", "LT27", "THROWN", "LH461", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 13990.00   
			self.trackBlock("26", "309", "LT24", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_restrictSpeed = 0.05 
			self.trk_max_ms = 9715.00   
			self.trk_speed = 0.15  
			self.trackBlock("49", "26", "LT21", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_restrictSpeed = 0.15 
			self.trk_max_ms = 5246.00   
			self.trk_speed = 0.25  
			self.trackBlock("50", "49", "LT20", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 3498.00   
			self.trackBlock("51", "50", "LT19", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_restrictSpeed = 0.10 
			self.trk_max_ms = 1093.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("293", "51", "LT18", "THROWN", "LH507", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_W2E_17M34": 
			self.trackBlock("307", "293", "LT17", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 2915.00   
			self.trackBlock("314", "307", "LT32", "THROWN", "LH509", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 4372.00   
			self.trackBlock("303", "314", "LT0", "Unknown", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 8379.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("3", "303", "LT34", "CLOSED", "LH415", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_W2E_17A34": 
			self.trackBlock("312", "293", "LT17", "CLOSED", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 10201.00   
			self.trk_speed = 0.25  
			self.trackBlock("304", "312", "LT0", "Unknown", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 12824.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("3", "304", "LT34", "THROWN", "LH413", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_E2W_93M92": 
			self.trackBlock("17", "15", "LT93", "CLOSED", "LH419", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 6558.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("22", "17", "LT92", "CLOSED", "LH443", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_E2W_93A92": 
			self.trackBlock("18", "15", "LT93", "THROWN", "LH419", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 5465.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("22", "18", "LT92", "THROWN", "LH441", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_E2W_43M45": 
			self.trackBlock("284", "33", "LT43", "CLOSED", "LH365", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 9837.00   
			self.trackBlock("287", "284", "LT0", "Unknown", "LH381", "loco1", "0","F","false","true","LS3519","0","0") 
			self.trk_max_ms = 15120.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("15", "287", "LT45", "CLOSED", "LH331", "loco1", "0","F","false","true","LS3775","0","0") 
		elif theBypass == "BP_E2W_43A45": 
			self.trackBlock("283", "33", "LT43", "THROWN", "LH367", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 14865.00   
			self.trackBlock("288", "283", "LT199", "CLOSED", "LH383", "loco1", "0","F","false","true","LS3520","0","0") 
			self.trk_max_ms = 18071.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("15", "288", "LT45", "THROWN", "LH329", "loco1", "0","F","false","true","LS3780","0","0") 
		elif theBypass == "BP_E2W_42M40": 
			self.trackBlock("285", "40", "LT42", "CLOSED", "LH379", "loco1", "0","F","false","true","LS3568","0","0") 
			self.trk_max_ms =25000.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("13", "285", "LT40", "CLOSED", "LH325", "loco1", "0","F","false","true","LS3568","LS3564","LS3764")
		elif theBypass == "BP_E2W_42A40": 
			self.trackBlock("286", "40", "LT42", "THROWN", "LH377", "loco1", "0","F","false","true","LS3768","0","0") 
			self.trk_max_ms = 25000.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("13", "286", "LT40", "THROWN", "LH327", "loco1", "0","F","false","true","LS3768","LS3564","LS3764") 
		elif theBypass == "BP_E2W_38M37": 
			self.trackBlock("297", "13", "LT38", "CLOSED", "LH427", "loco1", "0","F","false","true","LS3762","LS3745","0") 
			self.trk_max_ms = 25000.00   
			self.trackBlock("291", "297", "LT2", "THROWN", "LH0", "loco1", "0","F","false","true","LS3745","0","0") 
			self.trk_max_ms = 2650.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("7", "291", "LT37", "THROWN", "LH437", "loco1", "0","F","false","true","LS3762","LS3560","LS3760") 
		elif theBypass == "BP_E2W_38A37": 
			self.trk_max_ms = 3000.00  
			self.trackBlock("298", "13", "LT38", "THROWN", "LH425", "loco1", "0","F","false","true","LS3562","0","0") 
			self.trk_max_ms = 25000.00   
			self.trk_speed = 0.25  
			self.blockBypassStatus = "Exit" 
			self.trackBlock("7", "298", "LT37", "CLOSED", "LH439", "loco1", "0","F","false","true","LS3562","LS3560","LS3760") 
		elif theBypass == "BP_E2W_34M17": 
			self.trackBlock("303", "3", "LT34", "CLOSED", "LH411", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 8379.00   
			self.trackBlock("314", "303", "LT0", "Unknown", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 4372.00   
			self.trackBlock("307", "314", "LT32", "THROWN", "LH495", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 2915.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("293", "307", "LT17", "THROWN", "LH491", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_E2W_34A17": 
			self.trackBlock("304", "3", "LT34", "THROWN", "LH409", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 12824.00   
			self.trk_speed = 0.25  
			self.trackBlock("312", "304", "LT0", "Unknown", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 2915.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("293", "312", "LT17", "CLOSED", "LH489", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_E2W_196M89": 
			self.trackBlock("300", "27", "LT196", "CLOSED", "LH391", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 9472.00   
			self.trackBlock("257", "300", "LT90", "CLOSED", "LH391", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 2186.00   
			self.trackBlock("302", "257", "LT5", "CLOSED", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 8197.00   
			self.trackBlock("258", "302", "LT197", "CLOSED", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 1639.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("5", "258", "LT89", "THROWN", "LH393", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_E2W_196A89": 
			self.trackBlock("299", "27", "LT196", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 10784.00   
			self.trackBlock("2", "299", "LT90", "CLOSED", "LH389", "loco1", "0","F","false","true","LS3588","LS3801","0") 
			self.trk_max_ms = 13990.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("5", "2", "LT89", "CLOSED", "LH395", "loco1", "0","F","false","true","LS3586","0","0") 
		elif theBypass == "BP_E2W_18M27": 
			self.trackBlock("306", "293", "LT18", "CLOSED", "LH483", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 13844.00   
			self.trackBlock("305", "306", "LT28", "CLOSED", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 3279.00   
			self.blockBypassStatus = "Exit" 
			self.trackBlock("35", "305", "LT27", "CLOSED", "LH459", "loco1", "0","F","false","true","0","0","0") 
		elif theBypass == "BP_E2W_18A27": 
			self.trackBlock("51", "293", "LT18", "THROWN", "LH483", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 1093.00  
			self.trk_speed = 0.20 
			self.trk_restrictSpeed = 0.10  
			self.trackBlock("50", "51", "LT19", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 3498.00   
			self.trk_speed = 0.25  
			self.trackBlock("49", "50", "LT20", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 5246.00   
			self.trk_speed = 0.25  
			self.trackBlock("26", "49", "LT21", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_restrictSpeed = 0.05  
			self.trk_max_ms = 9715.00   
			self.trk_speed = 0.15  
			self.trackBlock("309", "26", "LT24", "THROWN", "LH0", "loco1", "0","F","false","true","0","0","0") 
			self.trk_max_ms = 13990.00   
			self.trk_speed = 0.25  
			self.blockBypassStatus = "Exit" 
			self.trackBlock("35", "309", "LT27", "THROWN", "LH457", "loco1", "0","F","false","true","0","0","0") 
		return 
	def checkBypassLogic(self):  
		if self.blockBypassStatus == "Entry": 
			if self.takeBypass == "Entry": 
				if self.whichBypass == self.main_bypass:  
					self.whichBypass = self.alternate_bypass 
				else:  
					self.whichBypass = self.main_bypass 
				print "CF_2_W2E checkBypassLogic: Bypass route is defined by "+self.whichBypass 
				self.useBypass(self.whichBypass) 
				self.takeBypass = "Exit" 
		elif self.blockBypassStatus == "Exit": 
			print "CF_2_W2E Took the Exit Bypass - do not skip more blocks?" 
			self.takeBypass = "No" 
		return 
	def emptyTheLists(self):  
		del self.stop_list[:]
		del self.stopnote_list[:]
		del self.slow_ms_list[:]
		del self.depart_ms_list[:]
		del self.stop_ms_list[:]
		del self.slow_speed_list[:]
		del self.depart_speed_list[:]
		return 
	def superBlockStatus(self, base_address): 
		mem_handle = memories.getMemory("IM" + str(base_address)) 
		if mem_handle.getComment() == "CF_2_W2E": 
			return "Unoccuppied" 
		first_sensor = int(base_address) 
		self.senshand = sensors.provideSensor("LS"+str(base_address)) 
		if self.senshand.getKnownState() == ACTIVE : 
			return "Occuppied" 
		b = [[5,33],[284,287],[257,302,258],[21,27],[51,50,49,26,309],[304,312],[303,314],[25,318],[305,35,39,40],[7,8],[22,259]] 
		for list in b: 
			east_sensor = list[0] 
			west_sensor = list[-1] 
			lengthoflist = len(list) 
			if east_sensor == first_sensor and self.consist_direction == "East to West": 
				west_sensor = list[-1] 
				last_sensor = west_sensor 
			elif west_sensor == first_sensor  and self.consist_direction == "West to East": 
				east_sensor = list[0] 
				last_sensor = east_sensor 
			else : 
				continue 
			self.senshand = sensors.provideSensor("LS"+str(first_sensor)) 
			self.senshand2 = sensors.provideSensor("LS"+str(last_sensor)) 
			if ( self.senshand.getKnownState() == ACTIVE or self.senshand2.getKnownState() == ACTIVE ) : 
				return "Occuppied"   
			if lengthoflist > 2 : 
				ptr = 1 
				while ptr <= lengthoflist - 2 : 
					inner_sensor = list[ptr] 
					self.senshand = sensors.provideSensor("LS"+str(inner_sensor)) 
					if self.senshand.getKnownState() == ACTIVE : 
						return "Occuppied" 
					ptr += 1 
			break 
		return "Unoccuppied" 
	def reserveBlocks(self, base_address, setString):  
		first_sensor = int(base_address) 
		mem_handle = memories.getMemory("IM" + str(first_sensor)) 
		while mem_handle.getComment() <> "CF_2_W2E": 
			if ( mem_handle.getComment() == "" or mem_handle.getComment() is None ) : 
				break 
			self.waitMsec(3000) 
			print "CF_2_W2EWaiting for block memory",base_address,"to be available" 
		mem_handle.setComment(setString)  
		if (setString == "") and (int(self.b1_sensor) == int(base_address )) : 
			if self.b1_stub == "Y" : 
				turnouts.getTurnout(self.b1_turnout).setState(int(self.b1_state)) 
			return 
		b = [[5,33],[284,287],[257,302,258],[21,27],[51,50,49,26,309],[304,312],[303,314],[25,318],[305,35,39,40],[7,8],[22,259]] 
		for list in b: 
			east_sensor = list[0] 
			west_sensor = list[-1] 
			lengthoflist = len(list) 
			if east_sensor == first_sensor and self.consist_direction == "East to West": 
				west_sensor = list[-1] 
				last_sensor = west_sensor 
			elif west_sensor == first_sensor  and self.consist_direction == "West to East": 
				east_sensor = list[0] 
				last_sensor = east_sensor 
			else : 
				continue 
			first = "IM" + str(first_sensor) 
			last = "IM" + str(last_sensor) 
			memories.getMemory(first).setComment(setString)  
			memories.getMemory(last).setComment(setString)  
			if lengthoflist > 2 : 
				ptr = 1 
				while ptr <= lengthoflist - 2 : 
					inner_sensor = list[ptr] 
					inner = "IM" + str(inner_sensor) 
					memories.getMemory(inner).setComment(setString)  
					ptr += 1 
			break 
		return 
	def set_tfcs(self, tfc1, tfc2, tfc3): 
		sensors.provideSensor(tfc1).setState(ACTIVE)
		sensors.provideSensor(tfc2).setState(ACTIVE)
		sensors.provideSensor(tfc3).setState(ACTIVE)
		return 
	def trackBlock(self, next_block, block_address, to_name, to_state, sh_name, sound_loco, blockStopCount, direct, accel, dispatch, tfc1, tfc2, tfc3):  
		print "CF_2_W2E @@@@@ START OF TRACK BLOCK =",block_address, "; blockBypassStatus = ", self.blockBypassStatus,"; Speed is ", self.throttle.getSpeedSetting() 
		print "CF_2_W2E self.throttle.getSpeedSetting() =",self.throttle.getSpeedSetting() 
		print "CF_2_W2E self.trk_speed = ", self.trk_speed 
		if self.trk_restrictSpeed == 0 : 
			self.trk_restrictSpeed = 0.135 
		print "CF_2_W2E self.trk_restrictSpeed = ", self.trk_restrictSpeed 
		if to_name <> "LT0" :  
			self.trk_max_ms -= 2500 
		print "CF_2_W2E self.trk_max_ms = ", self.trk_max_ms 
		self.trk_restrict_ms = self.trk_max_ms * self.trk_speed / self.trk_restrictSpeed 
		print "CF_2_W2E self.trk_restrict_ms = ", self.trk_restrict_ms 
		if self.sh_name_lastsignal is None : 
			self.sh_name_lastsignal = "LH0" 
		if self.sh_name_lastsignal <> "LH0" : 
			self.sh_handle = signals.getBySystemName(self.sh_name_lastsignal) 
			print "CF_2_W2E Last block signal =" ,self.sh_name_lastsignal,"; Color will define block speed" 
			if self.sh_handle.getAppearance() == YELLOW :  
				self.signalspeed = self.trk_restrictSpeed 
				print "CF_2_W2E YELLOW" 
				self.blk_ck_ms = self.trk_restrict_ms * 0.8 
			else : 
				self.signalspeed = self.trk_speed  
				print "CF_2_W2E GREEN" 
				self.blk_ck_ms = self.trk_max_ms * 0.8 
		else : 
			self.signalspeed = self.trk_restrictSpeed 
			self.blk_ck_ms = self.trk_restrict_ms * 0.8 
		if self.signalspeed == 0.0 : 
			self.signalspeed = 0.15 
		print "CF_2_W2E constrain Train speed to ", self.signalspeed," and travel time to (ms)  = " + str(self.blk_ck_ms) 
		print "CF_2_W2E self.prior_block =",self.prior_block 
		if self.prior_block <> block_address : 
			self.throttle.setSpeedSetting( self.signalspeed ) 
			self.waitMsec(100) 
			print "CF_2_W2E NOW RUNNING at speed = "+str(self.signalspeed)+" to Sensor LS"+block_address+" Active; Intrablock STOPS next, if any" 
		else : 
			print "CF_2_W2E ######################## STOP loco in 2nd run through of a bypass until next block begins" 
			self.throttle.setSpeedSetting(0) 
			self.waitMsec(100) 
		self.bs_handle = sensors.provideSensor(block_address) 
		self.waitSensorActive(self.bs_handle) 
		print "CF_2_W2E sensor LS"+block_address+" is  ******************* NOW ACTIVE ******************** " 
		# 
		if int(blockStopCount) > 0 : 
			self.afterstopsms = 0.0 
			iPtr = 0 
			while iPtr < int(blockStopCount) : 
				if self.stopnote_list[iPtr] == "Pass by Station": 
					if sound_loco <> "nosound" :  
						self.passbySounds()  
						self.afterstopsms += (self.delay_time + self.play_time) 
				elif self.stopnote_list[iPtr] == "Crossing": 
					if sound_loco <> "nosound" :  
						self.crossingSounds()  
						self.afterstopsms += (self.delay_time + self.play_time) 
				else : 
					print "CF_2_W2E  Normal Stop " + str(self.stop_list[iPtr]) 
					print "CF_2_W2E time to slow to the stop (ms) " + str(self.slow_ms_list[iPtr]) 
					self.waitMsec(long(self.slow_ms_list[iPtr])) 
					if sound_loco == "loco1": 
						self.throttle.setF1(False) 
					elif self.sound_loco == "loco2": 
						self.throttle.setF2(False) 
					self.throttle.setSpeedSetting(0) 
					self.waitMsec(100) 
					print "CF_2_W2E Time to stay stopped (ms) " + str(self.stop_ms_list[iPtr]) 
					self.waitMsec(long(self.stop_ms_list[iPtr])) 
					self.departureSounds()  
					if direct == "F" : 
						self.throttle.setIsForward(True) 
						print "CF_2_W2E Consist gearing is moving loco forward at restricted speed ",str(self.trk_restrictSpeed)  
						self.throttle.setSpeedSetting( self.trk_restrictSpeed ) 
						self.waitMsec(100) 
					else : 
						self.throttle.setIsForward(False) 
						print "CF_2_W2E Locomotive is moving in reverse !!!" 
						self.throttle.setSpeedSetting( self.trk_restrictSpeed ) 
						self.waitMsec(100) 
						self.reversingSounds()  
						if sound_loco == "loco1": 
							self.throttle.setF1(False)
						elif sound_loco == "loco2": 
							self.throttle2.setF1(False) 
						else: 
							print "CF_2_W2E stop +self.stop_list[iPtr]+:  No Sound with this Train!" 
					self.afterstopsms += self.slow_ms_list[iPtr] 
				iPtr += 1 
			if next_block == "0" :  
				print "CF_2_W2E @@@@@ this is the last trackBlock so STOP!" 
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				return 
			self.blk_ck_ms -= self.afterstopsms 
			print "CF_2_W2E @@@@@ Finished stations/xings in this block - RUN ",self.blk_ck_ms,"ms MORE" 
			if self.blk_ck_ms > 0 : 
				self.waitMsec(long(self.blk_ck_ms)) 
		else:  
			print "CF_2_W2E @@@@@ No stops in block! RUN ",self.blk_ck_ms,"ms MORE" 
			self.throttle.setSpeedSetting( self.trk_restrictSpeed ) 
			self.waitMsec(100) 
			self.waitMsec(long(self.blk_ck_ms)) 
		self.throttle.setSpeedSetting(0) 
		self.waitMsec(100) 
		print "CF_2_W2E @@@@@ STOP train to pre-process next block = ",next_block," : Speed is ", self.throttle.getSpeedSetting() 
		nextblkctl = "not_done" 
		while nextblkctl == "not_done" : 
			print "CF_2_W2E WHILE: self.blockBypassStatus = " + self.blockBypassStatus 
			print "CF_2_W2E self.next_altblock = ",self.next_altblock 
			while self.blockBypassStatus == "Entry" : 
				print "CF_2_W2E Entry" 
				self.senshand = sensors.provideSensor(next_block) 
				print "Entry Test",self.superBlockStatus(next_block)  
				self.memhand = memories.getMemory("IM" + str(next_block)) 
				if ( self.memhand.getComment() == "CF_2_W2E" or self.memhand.getComment() == "" or self.memhand.getComment() is None ): 
					if self.superBlockStatus(next_block) == "Unoccuppied" : 
						print "CF_2_W2E Entry drop to Normal Entry" 
						break 
					else : 
						print "CF_2_W2E WARNING Entry: main track already occuppied; take next_altblock",self.next_altblock 
						self.reserveBlocks(self.next_altblock, "CF_2_W2E")  
						self.set_tfcs(tfc1, tfc2, tfc3)  
						self.takeBypass = "Entry"  
						self.reserveBlocks(self.prior_block, "")  
						return 
				else :  
					print "CF_2_W2E Entry: main track occuppied by other robot or by non-robot so take bypass altblock track if > 0 " 
					if ( self.next_altblock == 0 or self.next_altblock is None ) : 
						print "CF_2_W2E no altblock so already in the bypass; wait until other train leaves block" 
						while self.superBlockStatus(self.next_altblock) == "Occuppied" :  
							print "CF_2_W2E waiting for robot or non robot train to leave Bypass block" 
							self.waitMsec(5000) 
						print "CF_2_W2E other train left bypass block , so process NORMAL path" 
						break 
					else : 
						while self.superBlockStatus(self.next_altblock) == "Occuppied" :  
							print "CF_2_W2E Entry Bypass: WAIT for non or other robot train to leave bypass track next_altblock = ", next_altblock  
							self.waitMsec(3000) 
						self.reserveBlocks(self.next_altblock, "CF_2_W2E")  
						self.set_tfcs(tfc1, tfc2, tfc3)  
						self.takeBypass = "Entry"  
						print "CF_2_W2E Entry Bypass: go to Bypass via HANDLE"  
						self.reserveBlocks(self.prior_block, "")  
						return 
			print "CF_2_W2E NORMAL PATH: next_block ",next_block," is not an Entry (Exit,Neither) or is Entry and is my memory and is not active (non-Robot) so proceed" 
			print "CF_2_W2E self.prior_block =",self.prior_block 
			if self.prior_block > 0 : 
				self.reserveBlocks(self.prior_block, "")  
			self.memhandle_nextblock = memories.getMemory("IM" + str(next_block)) 
			self.mem_nextblock = self.memhandle_nextblock.getComment() 
			while self.mem_nextblock <> "CF_2_W2E"  : 
				if ( self.mem_nextblock == "" or self.mem_nextblock is None ) :  
					self.mem_nextblock = memories.getMemory("IM" + str(next_block)).setComment("CF_2_W2E") 
					break 
				self.waitMsec(2500) 
				self.mem_nextblock = memories.getMemory("IM" + str(next_block)).getComment() 
			self.senshand = sensors.provideSensor(next_block) 
			if self.superBlockStatus(next_block) == "Unoccuppied" :  
				print "CF_2_W2E SuperBlock",next_block,"is NOT occuppied by another train" 
			while self.superBlockStatus(next_block) == "Occuppied" :  
				print "CF_2_W2E ACTIVE Sensor - wait for SuperBlock ",next_block,"NOT ACTIVE" 
				self.waitMsec(3000) 
			while self.superBlockStatus(next_block) == "Unoccuppied" :  
				self.reserveBlocks(next_block, "CF_2_W2E")  
				if to_name <> "LT0" : 
					if to_state == "CLOSED": 
						 self.to_state_code = 2 
					else : 
						self.to_state_code = 4 
					if turnouts.getTurnout(to_name).getCommandedState() <> self.to_state_code : 
						if self.using_dispatcher == "true" : 
							print "CF_2_W2E INCORRECT turnout ",to_name," - await Dispatcher"
							if turnouts.getTurnout(to_name).getCommandedState() <> self.to_state_code : 
								print "CF_2_W2E WAIT 10 sec - TURNOUT ",to_name," INCORRECT - awaiting DISPATCHER action" 
								self.waitMsec(60000) 
								continue 
						else : 
							turnouts.getTurnout(to_name).setState(self.to_state_code) 
							self.waitMsec(3000) 
							print "CF_2_W2E awaited tortoise; corrected turnout",to_name,"for next block" 
					else : 
						print "CF_2_W2E turnout",to_name,"was CORRECT!" 
				self.sh_name_lastsignal = "LH0" 
				if sh_name <> "LH0" : 
					if signals.getBySystemName(sh_name).getAppearance() == RED : 
						self.waitMsec(3000) 
						print "CF_2_W2E RED signal",sh_name," - wait then retry" 
						continue 
					print "CF_2_W2E Signal",sh_name,"is NOT RED!"  
					self.sh_name_lastsignal = sh_name 
				else : 
					print "CF_2_W2E No Signal precedes next block" 
				if self.blockBypassStatus == "Exit":  
					print "CF_2_W2E blockBypassStatus = Exit. Let HANDLE manage takebypass!"  
				else : 
					self.takeBypass = "No" 
				break 
			break 
		print "CF_2_W2E self.mem_nextblock =",self.mem_nextblock 
		self.reserveBlocks(next_block, "CF_2_W2E")  
		self.prior_block = block_address 
		self.set_tfcs(tfc1, tfc2, tfc3) 
		self.waitMsec(400) 
		self.throttle.setSpeedSetting(0.13) 
		self.waitMsec(100) 
		print "CF_2_W2E @@@@@ RUN TRAIN to end of block",block_address, "; STOP TRAIN when touching next block sensor",next_block 
		self.nbs_handle = sensors.provideSensor(next_block) 
		self.waitSensorActive(self.nbs_handle) 
		self.throttle.setSpeedSetting(0) 
		self.waitMsec(100) 
		print "CF_2_W2E @@@@@ END-OF-BLOCK: TRAIN IS NOW STOPPED; goto HANDLE / BYPASS for Next Block",next_block,"with Resuming Speed = ",str(self.signalspeed)  
		print "CF_2_W2E self.mem_nextblock =",self.mem_nextblock 
		return 
	def handle(self):  	#Handle is main routine for this class
		if turnouts.provideTurnout("LT2046").getKnownState() == 2 : 
			print "Quitting" 
			return 0 	
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 303; Next Block = 3;  Step 1 *****************"  
		self.trk_max_ms = 16529.00 
		self.trk_restrictSpeed = 0.17 
		self.trk_speed = 0.22 
		self.emptyTheLists() 
		self.stop_list.append("Pottsville_Main_stop")
		self.stopnote_list.append("Crossing")
		self.slow_ms_list.append(5000)
		self.depart_ms_list.append(6000)
		self.stop_ms_list.append(0)
		self.slow_speed_list.append(0.22)
		self.depart_speed_list.append(0.22)
		b1_stub = "N" 
		self.this_block =  303 
		print "CF_2_W2Eself.this_block = ", self.this_block 
		blocks.getBlock("IB" + str(self.this_block)).value = self.loco1 
		while sensors.provideSensor("LS" + str(self.this_block)).getKnownState == ACTIVE : 
			print "CF_2_W2E first block is occuppied" 
			self.waitMsec(5000)  
		self.mem_handle = memories.getMemory("IM" + str(self.this_block)) 
		if self.mem_handle.getComment() == "CF_2_W2E"  or self.mem_handle.getComment()  == "" : 
			print "CF_2_W2E Memory Assigned/Assignable to my train" 
		else : 
			while (self.mem_handle.getComment() <> "" ) : 
				self.waitMsec(5000) 
				print "CF_2_W2E Unknown owner of block; Waiting for available memory for block ", self.this_block 
		self.reserveBlocks(303, "CF_2_W2E" ) 
		self.set_tfcs("LS3555", "LS0", "LS0") 
		self.trk_max_ms *= 0.5 
		self.trk_restrict_ms = self.trk_max_ms * self.trk_speed / self.trk_restrictSpeed 
		print "CF_2_W2E Start Handle() with Loco Number ", self.loco1 
		self.next_altblock = 0 
		print "CF_2_W2E Block ID 1 is a Bypass EXIT PORTAL if train direction = West to East"  
		self.blockBypassStatus = "Exit" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("3", "303", "LT34", "CLOSED", "LH415", "nosound", "1","F","false","false", "LS3555", "LS0", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 2 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 3; Next Block = 8;  Step 2 *****************"  
		self.trk_max_ms = 14876.00 
		self.trk_restrictSpeed = 0.15 
		self.trk_speed = 0.22 
		b1_stub = "N" 
		self.next_altblock = 0 
		self.blockBypassStatus = "No" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("8", "3", "LT35", "CLOSED", "LH387", "nosound", "0","F","false","false", "LS3557", "LS0", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 3 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 8; Next Block = 7;  Step 3 *****************"  
		self.trk_max_ms = 3497.00 
		self.trk_restrictSpeed = 0.10 
		self.trk_speed = 0.13 
		b1_stub = "N" 
		self.next_altblock = 0 
		self.blockBypassStatus = "No" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("7", "8", "LT36", "CLOSED", "LH271", "nosound", "0","F","false","false", "LS3561", "LS3761", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 4 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 7; Next Block = 291;  Step 4 *****************"  
		self.trk_max_ms = 1818.00 
		self.trk_restrictSpeed = 0.09 
		self.trk_speed = 0.10 
		b1_stub = "N" 
		self.next_altblock = 298 
		self.blockBypassStatus = "Entry" 
		self.takeBypass = "No" 
		self.main_bypass = "BP_W2E_37M38" 
		self.alternate_bypass = "BP_W2E_37A38" 
		self.whichBypass = self.main_bypass 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("291", "7", "LT37", "THROWN", "LH433", "nosound", "0","F","false","false", "LS3561", "LS3761", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 5 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 291; Next Block = 297;  Step 5 *****************"  
		self.trk_max_ms = 455.00 
		self.trk_restrictSpeed = 0.09 
		self.trk_speed = 0.10 
		b1_stub = "N" 
		self.next_altblock = 0 
		self.blockBypassStatus = "No" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("297", "291", "LT2", "THROWN", "LH261", "nosound", "0","F","false","false", "LS3746", "LS3546", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 6 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 297; Next Block = 13;  Step 6 *****************"  
		self.trk_max_ms = 23809.00 
		self.trk_restrictSpeed = 0.17 
		self.trk_speed = 0.21 
		b1_stub = "N" 
		self.next_altblock = 0 
		print "CF_2_W2E Block ID 6 is a Bypass EXIT PORTAL if train direction = West to East"  
		self.blockBypassStatus = "Exit" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("13", "297", "LT38", "CLOSED", "LH431", "nosound", "0","F","false","false", "LS3563", "LS0", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 7 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 13; Next Block = 285;  Step 7 *****************"  
		self.trk_max_ms = 25108.00 
		self.trk_restrictSpeed = 0.17 
		self.trk_speed = 0.21 
		b1_stub = "N" 
		self.next_altblock = 286 
		self.blockBypassStatus = "Entry" 
		self.takeBypass = "No" 
		self.main_bypass = "BP_W2E_40M42" 
		self.alternate_bypass = "BP_W2E_40A42" 
		self.whichBypass = self.main_bypass 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("285", "13", "LT40", "CLOSED", "LH321", "nosound", "0","F","false","false", "LS3567", "LS3767", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 8 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 285; Next Block = 40;  Step 8 *****************"  
		self.trk_max_ms = 24880.00 
		self.trk_restrictSpeed = 0.15 
		self.trk_speed = 0.19 
		b1_stub = "N" 
		self.next_altblock = 0 
		print "CF_2_W2E Block ID 8 is a Bypass EXIT PORTAL if train direction = West to East"  
		self.blockBypassStatus = "Exit" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("40", "285", "LT42", "CLOSED", "LH335", "nosound", "0","F","false","false", "LS3573", "LS0", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 9 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 40; Next Block = 39;  Step 9 *****************"  
		self.trk_max_ms = 23967.00 
		self.trk_restrictSpeed = 0.15 
		self.trk_speed = 0.22 
		b1_stub = "N" 
		self.next_altblock = 0 
		self.blockBypassStatus = "No" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("39", "40", "LT0", "Unknown", "LH0", "nosound", "0","F","false","false", "LS3741", "LS3743", "LS3769") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 10 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 39; Next Block = 35;  Step 10 *****************"  
		self.trk_max_ms = 5785.00 
		self.trk_restrictSpeed = 0.15 
		self.trk_speed = 0.22 
		b1_stub = "N" 
		self.next_altblock = 0 
		self.blockBypassStatus = "No" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("35", "39", "LT41", "CLOSED", "LH349", "nosound", "0","F","false","false", "LS3571", "LS3769", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 11 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 35; Next Block = 305;  Step 11 *****************"  
		self.trk_max_ms = 11364.00 
		self.trk_restrictSpeed = 0.13 
		self.trk_speed = 0.20 
		b1_stub = "N" 
		self.next_altblock = 309 
		self.blockBypassStatus = "Entry" 
		self.takeBypass = "No" 
		self.main_bypass = "BP_W2E_27M18" 
		self.alternate_bypass = "BP_W2E_27A18" 
		self.whichBypass = self.main_bypass 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("305", "35", "LT27", "CLOSED", "LH461", "nosound", "0","F","false","false", "LS3741", "LS3743", "LS3737") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 12 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 305; Next Block = 310;  Step 12 *****************"  
		self.trk_max_ms = 6993.00 
		self.trk_restrictSpeed = 0.11 
		self.trk_speed = 0.13 
		b1_stub = "N" 
		self.next_altblock = 0 
		self.blockBypassStatus = "No" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("310", "305", "LT28", "THROWN", "LH0", "nosound", "0","F","false","false", "LS3741", "LS3743", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 13 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 310; Next Block = 311;  Step 13 *****************"  
		self.trk_max_ms = 12554.00 
		self.trk_restrictSpeed = 0.15 
		self.trk_speed = 0.21 
		b1_stub = "N" 
		self.next_altblock = 0 
		self.blockBypassStatus = "No" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("311", "310", "LT135", "CLOSED", "LH475", "nosound", "0","F","false","false", "LS3503", "LS3701", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 14 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 311; Next Block = 314;  Step 14 *****************"  
		self.trk_max_ms = 20779.00 
		self.trk_restrictSpeed = 0.15 
		self.trk_speed = 0.21 
		b1_stub = "N" 
		self.next_altblock = 0 
		self.blockBypassStatus = "No" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("314", "311", "LT32", "CLOSED", "LH511", "nosound", "0","F","false","false", "LS3551", "LS0", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 15 Start *******************" 
		print "CF_2_W2E ------ HANDLE: preparing Main Block = 314; Next Block = 0;  Step 15 *****************"  
		self.trk_max_ms = 11111.00 
		self.trk_restrictSpeed = 0.14 
		self.trk_speed = 0.18 
		self.emptyTheLists() 
		self.stop_list.append("Allentown")
		self.stopnote_list.append("Normal Stop")
		self.slow_ms_list.append(3030)
		self.depart_ms_list.append(3000)
		self.stop_ms_list.append(5000)
		self.slow_speed_list.append(0.15)
		self.depart_speed_list.append(0.15)
		b1_stub = "N" 
		self.next_altblock = 0 
		self.blockBypassStatus = "No" 
		if self.takeBypass == "Exit" : 
			print "CF_2_W2E skip this block!" 
			if self.blockBypassStatus == "Exit" :  
				self.takeBypass = "No" 
				self.blockBypassStatus = "No" 
				print "CF_2_W2E do not skip any more of the original blocks"  
		else: 
			self.takeBypass = "No" 
			self.trackBlock("0", "314", "LT0", "", "LH0", "nosound", "1","F","false","false", "LS3555", "LS0", "LS0") 
			print"CF_2_W2E self.takeBypass = ", self.takeBypass 
			self.checkBypassLogic() 
			print "CF_2_W2E HANDLE self.takeBypass = ",self.takeBypass 
		#print "CF_2_W2E ************************************ TRACK BLOCK DIVIDER number 16 Start *******************" 
		print "CF_2_W2E script has completed!!!!!!!!!!!!!!!!!!!!!!!!!!!!!" 
		memories.getMemory("IM314").setComment("")  
		print "prior_block =", self.prior_block 
		if self.prior_block > 0 : 
			memories.getMemory("IM" + self.prior_block).setComment("")  
		if "3" <> "0" : 
			memories.getMemory("IM3").setComment("")  
		self.throttle.setSpeedSetting(0) 
		self.throttle.setF0(False) 
		print "Stop Loco and turn off lights"  
		return	 
# end of class definition 
loco1CF_2_W2E = 5574  
loco2CF_2_W2E = 0  
CF_2_W2E().start()