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engine-sound-processor.txt
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engine-sound-processor.txt
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@name OpenControl/engine-sound-processor
@inputs Locomotive:entity Prime1 Prime2 Start1 Start2 Shutdown1 Shutdown2 Isolation1 Isolation2 [LOCOMOTIVE_PROCESSOR CONTROL_STAND_DATA CONFIGURATION_DATA]:array
@outputs [ENGINE_SOUND_DATA]:array Primed1 Primed2 PrimerSet1 PrimerSet2 Clag1 Clag2 On1 On2 EngineNotch1 EngineSpeed1
@persist Startup_Mode Shutdown_Mode FuelSaverMode FuelSaverDelay NumThrottleNotches NumEngineNotches PrimerDuration MU_Master
@persist [Startup_Hi Startup_Lo Shutdown_Hi Shutdown_Lo TransitionPath TransitionToLow TransitionToHigh Idle_Low]:string [Notches EngineBehavior UpDelays DownDelays UpOverrides DownOverrides]:array
@persist EIIS_Enabled [EIIS_HigherIdle EIIS_HighToHigher EIIS_LowToHigher EIIS_HigherToHigh EIIS_HigherToLow EIIS_HigherTo2 EIIS_2ToHigher EIIS_Shutdown_Higher]:string
@persist On1 On2 Primed1 Primed2 Priming1 Priming2 Starting1 Starting2 LowIdleTarget1 LowIdleCondition2 LowIdleActual1 LowIdling2 LowIdleWaiting1 LowIdleWaiting2 EngineNotch1
@persist EngineNotch2 EngineSpeed1 EngineSpeed2 IdleOverride [PrimeOn PrimeOff]:string
@persist RevDirection1 RevDirection2 TimeStamp1 TimeStamp2 Dur1 Dur2 NQ TQ1 TQ2 ABQ1 ABQ2 ABlendQ1 ABlendQ2 AnyBlendQ1 AnyBlendQ2
@persist [E O W H1 H2]:entity DriverQ RailType RollQ LastProps:array MU_Connected MU_F MU_R WheelSlip WheelSlipLocal WheelSlipRand Sanding APR ForceSand WheelSlipThreshold Reverser_DPM DPM_Delay
@persist RemoteMode ForcePrime1 ForcePrime2 ForceStart1 ForceStart2 SoundMultiplier HasPM HasTM SlugMode BatteryKnife GenField
@trigger Prime1 Prime2 Start1 Start2 Shutdown1 Shutdown2 Isolation1 Isolation2 EngineRun Throttle BatteryKnife GenField
if(dupefinished() | duped()){ reset() }
if(first()){
Startup_Hi = "gsgtrainsounds/emd567e4v16/startup.wav" #Startup Sound to put the engine in High (Normal) Idle.
Startup_Lo = "" #Startup Sound to put the engine in Low Idle.
Startup_Mode = 1 #0 for Low, 1 for High
Shutdown_Hi = "gsgtrainsounds/emd567e4v16/shutdown.wav" #Shutdown Sound from High Idle.
Shutdown_Lo = "" #Shutdown Sound from Low Idle.
Shutdown_Mode = 1 #0 for Low, 1 for High, 2 for Both as the situation demands it
FuelSaverMode = 0 #If set to 1, the locomotive will go into and out of Low Idle as the reverser is moved in and out of Neutral
FuelSaverDelay = 0 #Time, in seconds, for engine to fall into Low Idle, if used.
TransitionToLow = "" #Transition sound for High to Low idle, if used.
TransitionToHigh = "" #Transition sound for Low to High idle, if used.
Idle_Low = "" #Sound for Low Idle, if used.
Notches = array(
"gsgtrainsounds/emd567e4v16/idle.wav", #Idle
"gsgtrainsounds/emd567e4v16/notch1.wav", #Notch 1
"gsgtrainsounds/emd567e4v16/notch2.wav", #Notch 2
"gsgtrainsounds/emd567e4v16/notch3.wav", #Notch 3
"gsgtrainsounds/emd567e4v16/notch4.wav", #And so On
"gsgtrainsounds/emd567e4v16/notch5.wav",
"gsgtrainsounds/emd567e4v16/notch6.wav",
"gsgtrainsounds/emd567e4v16/notch7.wav",
"gsgtrainsounds/emd567e4v16/notch8.wav"
)
TransitionPath = "gsgtrainsounds/emd567e4v16/transitions/"
#---------------------0-1,1-2,2-3,3-4,4-5,5-6,6-7,7-8
EngineBehavior = array(1, 0, 0, 0, 0, 0, 0, 0)
#0 - A/B Notching
#1 - Full Sweep
#2 - Instant Change
#3 - No Change
#4 - Override (Full Sweep)
#0-1 1-2 2-3 3-4 4-5 5-6 6-7 7-8
UpDelays = array(1950,1500,3000,2500,3200,2700,3000,3200)
#8-7 7-6 6-5 5-4 4-3 3-2 2-1
DownDelays = array(750, 900, 900, 850, 1000,1600,1432)
UpOverrides = array(
"", #0-1
"", #1-2
"", #2-3
"", #3-4
"", #4-5
"", #5-6
"", #6-7
"" #7-8
)
DownOverrides = array(
"", #8-7
"", #7-6
"", #6-5
"", #5-4
"", #4-3
"", #3-2
"", #2-1
"" #1-0
)
StartupClagDelay = CONFIGURATION_DATA[66,number]
StartupClagDuration = CONFIGURATION_DATA[67,number]
PrimeOn = CONFIGURATION_DATA[64,string]
PrimeOff = CONFIGURATION_DATA[65,string]
PrimerDuration = CONFIGURATION_DATA[68,number]
NumEngineNotches = CONFIGURATION_DATA[43,number]
DPM = CONFIGURATION_DATA[59,number]
HEP = CONFIGURATION_DATA[60,number]
HEP_Subtract = CONFIGURATION_DATA[61,number]
HEPTYPE = CONFIGURATION_DATA[62,number]
StarterMode = CONFIGURATION_DATA[63,number]
UnitType = CONFIGURATION_DATA[58,number]
MU_Connected = 0
IdleOverride = 0
DPM_Delay = CONFIGURATION_DATA[68,number]
On1 = On2 = 0
Primed1 = Primed2 = 0
Priming1 = Priming2 = 0
Starting1 = Starting2 = 0
Clag1 = 0
Clag2 = 0
LowIdleActual1 = 1
LowIdling2 = 0
E = Locomotive
RLCPT = E
O = owner()
W = E
H1 = holoCreate(1,W:boxCenterW())
holoParent(1,W)
holoAlpha(1,0)
H2 = holoCreate(2,W:boxCenterW())
holoParent(2,W)
holoAlpha(2,0)
Throttle = 0
DynamicBrake = 0
HumpMultiplier = 1
TQ1 = 0
TQ2 = 0
ABQ1 = 0
ABQ2 = 0
EngineSpeed1 = EngineSpeed2 = 0
EngineNotch1 = EngineNotch2 = 0
LRQ1 = LRQ2 = 0
RevQ = 0
LowIdleWaiting1 = 0
ForcePrime1 = 0
ForcePrime2 = 0
ForceStart1 = 0
ForceStart2 = 0
HasPM = (UnitType==0) | (UnitType==2)
HasTM = (UnitType==0) | (UnitType==1)
SlugMode = UnitType==1
if(!HasPM){
DPM = 0
HEP = 0
}
SoundMultiplier = soundDuration("gsgtrainsounds/misc/switch_rotating.wav")/0.645
function number sdr(Soundpath:string){
#local Tick = round(1/tickInterval())
DR = floor(soundDuration(Soundpath)*100/SoundMultiplier)*10 - 20
#print(DR)
return DR
}
function normal adc(MinVal, MaxVal, Resolution, Input){
local Output = 0
if(inrange(Input,MinVal,MaxVal)){
Output = round(Resolution*((Input - MinVal)/(MaxVal-MinVal)))
}elseif(Input < MinVal){
Output = 0
}elseif(Input > MaxVal){
Output = Resolution
}
return Output
}
function normal dac(MinVal, MaxVal, Resolution, Input){
local Output = 0
if(inrange(Input,0,Resolution)){
Input = round(Input)
Output = (MaxVal - MinVal)*(Input/Resolution) + MinVal
}elseif(Input < 0){
Output = MinVal
}elseif(Input > Resolution){
Output = MaxVal
}
return Output
}
function void transitionUp1(From,To){
local BType = EngineBehavior[From+1,number]
local TimeLeftMS = 0
if(ABlendQ1){
ABlendQ1 = 0
To = To - 1
}
if((RevDirection1==-1) & !AnyBlendQ1){ #Blend Down to Up
AnyBlendQ1 = 1
local ElapsedMS = round((curtime() - TimeStamp1)*100)*10
TimeLeftMS = Dur1 - ElapsedMS
soundVolume(0,0,clamp(TimeLeftMS/1000,0,(Dur1/1000)-0.001))
ABQ1 = 1
}
switch(BType){
case 0,
if(ABQ1){
local Snd = TransitionPath+"up/"+From:toString()+"-"+(From+1):toString()+"b.wav"
Dur1 = sdr(Snd)
TimeStamp1 = curtime()
if(TimeLeftMS>0){
H1:soundPlay(10,0,Snd)
soundVolume(10,0)
soundVolume(10,1,clamp(TimeLeftMS/1000,0,(Dur1/1000)-0.001))
}else{
soundStop(10)
H1:soundPlay(0,0,Snd)
}
if((To>(From+1)) & (EngineBehavior[From+2,number]==0)){
timer("TQU1",UpDelays[From+1,number])
}else{
timer("TQU1",sdr(Snd))
ABQ1 = 0
}
EngineSpeed1++
RevDirection1 = 1
#print("BBB")
}else{
ABQ1 = 1
local Snd = TransitionPath+"up/"+From:toString()+"-"+(From+1):toString()+"a.wav"
Dur1 = sdr(Snd)
TimeStamp1 = curtime()
H1:soundPlay(0,0,Snd)
timer("TQU1",sdr(Snd))
#print("AAA" + sdr(Snd))
RevDirection1 = 0
ABlendQ1 = 1
}
Clag1 = 1
LRQ1 = 1
break
case 1,
local Snd = TransitionPath+"up/"+From:toString()+"-"+(From+1):toString()+".wav"
Dur1 = sdr(Snd)
TimeStamp1 = curtime()
if(TimeLeftMS>0){
H1:soundPlay(10,0,Snd)
soundVolume(10,0)
soundVolume(10,1,clamp(TimeLeftMS/1000,0,(Dur1/1000)-0.001))
}else{
soundStop(10)
H1:soundPlay(0,0,Snd)
}
timer("TQU1",sdr(Snd))
EngineSpeed1++
LRQ1 = 1
Clag1 = 1
RevDirection1 = 1
break
case 2,
TQ1 = 0
if(!LRQ1){
H1:soundPlay(0,0,Notches[From+2,string])
soundPitch(0,100 + !MU_Master*2*MU_Connected,1)
}
EngineSpeed1++
RevDirection1 = 0
break
case 3,
EngineSpeed1++
TQ1 = 0
if(LRQ1 & (EngineSpeed1==EngineNotch1)){
LRQ1 = 0
H1:soundPlay(0,0,Notches[EngineSpeed1+1,string])
soundPitch(0,100 + !MU_Master*2*MU_Connected,1)
}
RevDirection1 = 0
break
case 4,
local Snd = UpOverrides[From+1,string]
Dur1 = sdr(Snd)
TimeStamp1 = curtime()
if(TimeLeftMS>0){
H1:soundPlay(10,0,Snd)
soundVolume(10,0)
soundVolume(10,1,clamp(TimeLeftMS/1000,0,(Dur1/1000)-0.001))
}else{
soundStop(10)
H1:soundPlay(0,0,Snd)
}
timer("TQU1",sdr(Snd))
EngineSpeed1++
LRQ1 = 1
Clag1 = 1
RevDirection1 = 1
break
}
stoptimer("TQD1")
return void
}
function void transitionUp2(From,To){
local BType = EngineBehavior[From+1,number]
local TimeLeftMS = 0
if(ABlendQ2){
ABlendQ2 = 0
To = To - 1
}
if((RevDirection2==-1) & !AnyBlendQ2){ #Blend Down to Up
AnyBlendQ2 = 1
local ElapsedMS = round((curtime() - TimeStamp2)*100)*10
TimeLeftMS = Dur2 - ElapsedMS
soundVolume(1,0,clamp(TimeLeftMS/1000,0,(Dur2/1000)-0.001))
ABQ2 = 1
}
switch(BType){
case 0,
if(ABQ2){
local Snd = TransitionPath+"up/"+From:toString()+"-"+(From+1):toString()+"b.wav"
Dur2 = sdr(Snd)
TimeStamp2 = curtime()
if(TimeLeftMS>0){
H2:soundPlay(11,0,Snd)
soundVolume(11,0)
soundVolume(11,1,clamp(TimeLeftMS/1000,0,(Dur2/1000)-0.001))
}else{
soundStop(11)
H2:soundPlay(1,0,Snd)
}
if((To>(From+1)) & (EngineBehavior[From+2,number]==0)){
timer("TQU2",UpDelays[From+1,number])
}else{
timer("TQU2",sdr(Snd))
ABQ2 = 0
}
EngineSpeed2++
RevDirection2 = 1
}else{
ABQ2 = 1
local Snd = TransitionPath+"up/"+From:toString()+"-"+(From+1):toString()+"a.wav"
Dur2 = sdr(Snd)
TimeStamp2 = curtime()
H2:soundPlay(1,0,Snd)
timer("TQU2",sdr(Snd))
RevDirection2 = 0
ABlendQ2 = 1
}
Clag2 = 1
LRQ2 = 1
break
case 1,
local Snd = TransitionPath+"up/"+From:toString()+"-"+(From+1):toString()+".wav"
Dur2 = sdr(Snd)
TimeStamp2 = curtime()
if(TimeLeftMS>0){
H2:soundPlay(11,0,Snd)
soundVolume(11,0)
soundVolume(11,1,clamp(TimeLeftMS/1000,0,(Dur2/1000)-0.001))
}else{
soundStop(11)
H2:soundPlay(1,0,Snd)
}
timer("TQU2",sdr(Snd))
EngineSpeed2++
LRQ2 = 1
Clag2 = 1
RevDirection2 = 1
break
case 2,
TQ2 = 0
if(!LRQ2){
H2:soundPlay(1,0,Notches[From+2,string])
soundPitch(1,98)
}
EngineSpeed2++
RevDirection2 = 0
break
case 3,
EngineSpeed2++
TQ2 = 0
if(LRQ2 & (EngineSpeed2==EngineNotch2)){
LRQ2 = 0
H2:soundPlay(1,0,Notches[EngineSpeed2+1,string])
soundPitch(1,98,1)
}
RevDirection2 = 0
break
case 4,
local Snd = UpOverrides[From+1,string]
Dur2 = sdr(Snd)
TimeStamp2 = curtime()
if(TimeLeftMS>0){
H2:soundPlay(11,0,Snd)
soundVolume(11,0)
soundVolume(11,1,clamp(TimeLeftMS/1000,0,(Dur2/1000)-0.001))
}else{
soundStop(11)
H2:soundPlay(1,0,Snd)
}
timer("TQU2",sdr(Snd))
EngineSpeed2++
LRQ2 = 1
Clag2 = 1
RevDirection2 = 1
break
}
stoptimer("TQD2")
return void
}
function void transitionDown1(From,To){
Clag1 = 0
local BType = EngineBehavior[From,number]
local TimeLeftMS = 0
if(ABlendQ1){
ABlendQ1 = 0
To = To + 1
}
#print("From "+From+" To "+To)
if((RevDirection1==1) & !AnyBlendQ1){ #Blend Up to Down
AnyBlendQ1 = 1
local ElapsedMS = round((curtime() - TimeStamp1)*100)*10
TimeLeftMS = Dur1 - ElapsedMS
soundVolume(0,0,clamp(TimeLeftMS/1000,0,(Dur1/1000)-0.001))
ABQ1 = 1
#print(BType,ABQ1,TimeLeftMS)
}
switch(BType){
case 0,
if(ABQ1){
local Snd = TransitionPath+"down/"+From:toString()+"-"+(From-1):toString()+"b.wav"
Dur1 = sdr(Snd)
TimeStamp1 = curtime()
if(TimeLeftMS>0){
H1:soundPlay(10,0,Snd)
soundVolume(10,0)
soundVolume(10,1,clamp(TimeLeftMS/1000,0,(Dur1/1000)-0.001))
#print("YEAH")
}else{
soundStop(10)
H1:soundPlay(0,0,Snd)
#print("NOPE")
}
if((To<(From-1)) & (EngineBehavior[From-1,number]==0)){
#print("TF "+((To<(From-1))))
#print("EB "+(EngineBehavior[From-1,number]==0))
timer("TQD1",DownDelays[NumEngineNotches-From+1,number])
#print("Play B Cont")
}else{
timer("TQD1",sdr(Snd))
#print("Play B Final")
ABQ1 = 0
}
EngineSpeed1--
RevDirection1 = -1
}else{
ABQ1 = 1
local Snd = TransitionPath+"down/"+From:toString()+"-"+(From-1):toString()+"a.wav"
Dur1 = sdr(Snd)
TimeStamp1 = curtime()
H1:soundPlay(0,0,Snd)
timer("TQD1",sdr(Snd))
#print("Play A")
RevDirection1 = 0
ABlendQ1 = -1
}
LRQ1 = 1
break
case 1,
local Snd = TransitionPath+"down/"+From:toString()+"-"+(From-1):toString()+".wav"
Dur1 = sdr(Snd)
TimeStamp1 = curtime()
if(TimeLeftMS>0){
H1:soundPlay(10,0,Snd)
soundVolume(10,0)
soundVolume(10,1,clamp(TimeLeftMS/1000,0,(Dur1/1000)-0.001))
}else{
soundStop(10)
H1:soundPlay(0,0,Snd)
}
timer("TQD1",sdr(Snd))
EngineSpeed1--
LRQ1 = 1
RevDirection1 = -1
break
case 2,
TQ1 = 0
if(!LRQ1){
H1:soundPlay(0,0,Notches[From,string])
soundPitch(0,100 + !MU_Master*2*MU_Connected,1)
}
EngineSpeed1--
RevDirection1 = 0
break
case 3,
EngineSpeed1--
TQ1 = 0
if(LRQ1 & (EngineSpeed1==EngineNotch1)){
LRQ1 = 0
H1:soundPlay(0,0,Notches[EngineSpeed1+1,string])
soundPitch(0,100 + !MU_Master*2*MU_Connected,1)
}
RevDirection1 = 0
break
case 4,
local Snd = DownOverrides[NumEngineNotches-From+1,string]
Dur1 = sdr(Snd)
TimeStamp1 = curtime()
if(TimeLeftMS>0){
H1:soundPlay(10,0,Snd)
soundVolume(10,0)
soundVolume(10,1,clamp(TimeLeftMS/1000,0,(Dur1/1000)-0.001))
}else{
soundStop(10)
H1:soundPlay(0,0,Snd)
}
timer("TQD1",sdr(Snd))
EngineSpeed1--
LRQ1 = 1
RevDirection1 = -1
break
}
#print("Yadunfuktupnow!")
stoptimer("TQU1")
return void
}
function void transitionDown2(From,To){
Clag2 = 0
local BType = EngineBehavior[From,number]
local TimeLeftMS = 0
if(ABlendQ2){
ABlendQ2 = 0
To = To - 1
}
if((RevDirection2==1) & !AnyBlendQ2){ #Blend Up to Down
AnyBlendQ2 = 1
local ElapsedMS = round((curtime() - TimeStamp2)*100)*10
TimeLeftMS = Dur2 - ElapsedMS
soundVolume(1,0,clamp(TimeLeftMS/1000,0,(Dur2/1000)-0.001))
ABQ2 = 1
#print(BType,ABQ1,TimeLeftMS)
}
switch(BType){
case 0,
if(ABQ2){
local Snd = TransitionPath+"down/"+From:toString()+"-"+(From-1):toString()+"b.wav"
Dur2 = sdr(Snd)
TimeStamp2 = curtime()
if(TimeLeftMS>0){
H2:soundPlay(11,0,Snd)
soundVolume(11,0)
soundVolume(11,1,clamp(TimeLeftMS/1000,0,(Dur2/1000)-0.001))
#print("YEAH")
}else{
soundStop(11)
H2:soundPlay(1,0,Snd)
#print("NOPE")
}
if((To<(From-1)) & (EngineBehavior[From-1,number]==0)){
timer("TQD2",DownDelays[NumEngineNotches-From+1,number])
}else{
timer("TQD2",sdr(Snd))
ABQ2 = 0
}
EngineSpeed2--
RevDirection2 = -1
}else{
ABQ2 = 1
local Snd = TransitionPath+"down/"+From:toString()+"-"+(From-1):toString()+"a.wav"
Dur2 = sdr(Snd)
TimeStamp2 = curtime()
H2:soundPlay(1,0,Snd)
timer("TQD2",sdr(Snd))
RevDirection2 = 0
ABlendQ2 = -1
}
LRQ2 = 1
break
case 1,
local Snd = TransitionPath+"down/"+From:toString()+"-"+(From-1):toString()+".wav"
Dur2 = sdr(Snd)
TimeStamp2 = curtime()
if(TimeLeftMS>0){
H2:soundPlay(11,0,Snd)
soundVolume(11,0)
soundVolume(11,1,clamp(TimeLeftMS/1000,0,(Dur2/1000)-0.001))
}else{
soundStop(11)
H2:soundPlay(1,0,Snd)
}
timer("TQD2",sdr(Snd))
EngineSpeed2--
LRQ2 = 1
RevDirection2 = -1
break
case 2,
TQ2 = 0
if(!LRQ2){
H2:soundPlay(1,0,Notches[From,string])
soundPitch(1,98,1)
}
EngineSpeed2--
RevDirection2 = 0
break
case 3,
EngineSpeed2--
TQ2 = 0
if(LRQ2 & (EngineSpeed2==EngineNotch2)){
LRQ2 = 0
H2:soundPlay(1,0,Notches[EngineSpeed2+1,string])
soundPitch(1,98,1)
}
RevDirection2 = 0
break
case 4,
local Snd = DownOverrides[NumEngineNotches-From+1,string]
Dur2 = sdr(Snd)
TimeStamp2 = curtime()
if(TimeLeftMS>0){
H2:soundPlay(11,0,Snd)
soundVolume(11,0)
soundVolume(11,1,clamp(TimeLeftMS/1000,0,(Dur2/1000)-0.001))
}else{
soundStop(11)
H2:soundPlay(1,0,Snd)
}
timer("TQD2",sdr(Snd))
EngineSpeed2--
LRQ2 = 1
RevDirection2 = -1
break
}
#print("Wat")
stoptimer("TQU2")
return void
}
function void interrupt(PM){
if(PM==1){
stoptimer("startprime1")
stoptimer("endprime1")
stoptimer("startstart1")
stoptimer("endstart1")
ForceStart1 = 0
ForcePrime1 = 0
PrimerSet1 = 0
#print("Interrupt!")
}elseif(PM==2){
stoptimer("startprime2")
stoptimer("endprime2")
stoptimer("startstart2")
stoptimer("endstart2")
ForceStart2 = 0
ForcePrime2 = 0
PrimerSet2 = 0
}
return void
}
timer("clk",100)
}
#EngineNotch1 = max((EIIS_Enabled & IdleOverride & (Throttle>0))*2, round(adc(0,100,NumEngineNotches,Throttle)))
Tick = clk("clk")
#interval(100)
if(clk("clk")){
ENGINE_SOUND_DATA = array(Primed1,Primed2,PrimerSet1,PrimerSet2,Clag1,Clag2,On1,On2,EngineNotch1,EngineSpeed1,Isolation1,Isolation2)
EngineRun = CONTROL_STAND_DATA[20,number]
GenField = CONTROL_STAND_DATA[21,number]
BatteryKnife = CONTROL_STAND_DATA[19,number]
Reverser = CONTROL_STAND_DATA[16,number]
if(CONTROL_STAND_DATA[12,number]>0){
Throttle = 4
}
elseif(CONTROL_STAND_DATA[12,number] == 0){
Throttle = CONTROL_STAND_DATA[18,number]
}
local HEP_Notch = LOCOMOTIVE_PROCESSOR[20,number]
if(HEP_Notch){
EngineNotch1 = HEPTYPE ? max(HEP_Notch*2,Throttle) : HEP_Notch*4
}
else{
EngineNotch1 = Throttle
}
timer("clk",100)
}
#Autostart Shenannigans
if(clk("startprime1")){
PrimerSet1 = 1
ForcePrime1 = 1
if(PrimerDuration>0){
timer("endprime1",1000*(PrimerDuration+10))
}else{
Primed1 = 1
Priming1 = 1
timer("startstart1",100)
}
}elseif(clk("endprime1")){
ForcePrime1 = 0
timer("startstart1",1000)
}elseif(clk("startstart1")){
ForceStart1 = 1
timer("endstart1",StartupClagDelay*1000 + 1000)
}elseif(clk("endstart1")){
ForceStart1 = 0
}elseif(clk("startprime2")){
PrimerSet2 = 1
if(PrimerDuration>0){
ForcePrime2 = 1
timer("endprime2",1000*(PrimerDuration+10))
}else{
Primed2 = 1
Priming2 = 1
timer("startstart2",100)
}
}elseif(clk("endprime2")){
ForcePrime2 = 0
timer("startstart2",1000)
}elseif(clk("startstart2")){
ForceStart2 = 1
timer("endstart2",StartupClagDelay*1000 + 1000)
}elseif(clk("endstart2")){
ForceStart2 = 0
}
if(HasPM){ #Actual Engine Starting
#Prime 1
if((Prime1|ForcePrime1) & !Priming1 & BatteryKnife & !GenField & (PrimerDuration>0)){
Priming1 = 1
if(On1){
stoptimer("PrimeCool1")
}else{
H1:soundPlay(2,0,PrimeOn)
timer("PrimeCheck1",1000*(PrimerDuration))
#print("Hi am I working?")
}
}elseif(!(Prime1|ForcePrime1) & BatteryKnife & !GenField & Priming1){
Priming1 = 0
if(On1 & (StarterMode>0)){
timer("PrimeCool1",15000)
}else{
H1:soundPlay(2,2,PrimeOff)
stoptimer("PrimeCheck1")
}
#print("Kill me.")
}
if(clk("PrimeCheck1")){
Primed1 = Primed1 ? 1 : Priming1
}
#Start/Shutdown 1
if((Start1|ForceStart1) & !Shutdown1){
if(~Start1 & (StarterMode==2) & !Isolation1 & !On1 & !Starting1){
timer("startprime1",100)
}elseif(!On1 & !Starting1 & Primed1 & ((~Start1 & (StarterMode<2))|ForceStart1) & !Isolation1 & ((StarterMode>0) ? Priming1 : 1)){
Starting1 = 1
LowIdleActual1 = Startup_Mode
local Snd = Startup_Mode ? Startup_Hi : Startup_Lo
H1:soundPlay(0,0,Snd)
stoptimer("PrimeCool1")
timer("StartCheck1",StartupClagDelay*1000)
timer("FinishStart1",sdr(Snd))
#print("Start1")
}elseif(On1 & ~Start1 & !Isolation1){
#Deleted
}
}elseif((!(Start1|ForceStart1) | Shutdown1) & Starting1 & !Clag1 & !On1 & (StarterMode<2)){
Starting1 = 0
soundPitch(0,0,3)
soundStop(0,3)
stoptimer("StartCheck1")
stoptimer("FinishStart1")
#interrupt(1)
}elseif((Shutdown1 | !Primed1) & On1){
On1 = 0
if(PrimerSet1){PrimerSet1 = 0}
if(Prime1){
#print("Fuel Punp")
H1:soundPlay(2,0,PrimeOn)
soundVolume(2,0)
soundVolume(2,1,3)
}
local Snd = ""
switch(Shutdown_Mode){
case 0,
Snd = Shutdown_Lo
break
case 1,
Snd = Shutdown_Hi
break
case 2,
switch(LowIdleActual1){
case 0,
Snd = Shutdown_Lo
break
case 1,
Snd = Shutdown_Hi
break
case 2,
Snd = EIIS_Shutdown_Higher
break
default,
Snd = Shutdown_Hi
break
}
break
}
H1:soundPlay(0,0,Snd)
stoptimer("IdleDown1")
#interrupt(1)
timer("Cool1",sdr(Snd))
}
if((ForcePrime1|ForceStart1) & Shutdown1){
interrupt(1)
}
if(clk("StartCheck1") & (Start1|ForceStart1)){
Clag1 = 1
if(StarterMode>0){
soundStop(2,3)
}
timer("EndStartClag1",StartupClagDuration*1000)
}elseif(clk("FinishStart1")){
#if(FuelSaverMode & !LowIdling1){
if(0){
TQ1 = 1
#LowIdling1 = 1
local Snd = TransitionPath+"down/1-0.wav"
H1:soundPlay(0,0,Snd)
timer("FinishStart1",sdr(Snd))
}else{
Starting1 = 0
local Snd = ""
switch(LowIdleActual1){
case 0,
Snd = Idle_Low
break
case 1,
Snd = Notches[1,string]
break
case 2,
Snd = EIIS_HigherIdle
break
}
H1:soundPlay(0,0,Snd)
soundPitch(0,100 + !MU_Master*2*MU_Connected,1)
EngineNotch1 = 0
EngineSpeed1 = 0
#stoptimer("clk")
#timer("clk",100)
}
}elseif(clk("EndStartClag1")){
Clag1 = 0
On1 = 1
}elseif(clk("Cool1")){
soundStop(0)
timer("PrimeCool1",60000)
}elseif(clk("PrimeCool1")){
Primed1 = 0
}
if(DPM){
#Prime 2
if((Prime2|ForcePrime2) & !Priming2 & (PrimerDuration>0)){
Priming2 = 1
if(On2){
stoptimer("PrimeCool2")
}else{
H2:soundPlay(3,0,PrimeOn)
timer("PrimeCheck2",1000*(PrimerDuration))
}
}elseif(!(Prime2|ForcePrime2) & Priming2){
Priming2 = 0
if(On2 & (StarterMode>0)){
timer("PrimeCool2",15000)
}else{
H2:soundPlay(3,2,PrimeOff)
stoptimer("PrimeCheck2")
}
#print("Kill me.")
}
if(clk("PrimeCheck2")){
Primed2 = Primed2 ? 1 : Priming2
}
#Start/Shutdown 2
if((Start2|ForceStart2) & !Shutdown2){
if(~Start2 & (StarterMode==2) & !Isolation2 & !On2){
timer("startprime2",100)
}elseif(!On2 & !Starting2 & Primed2 & ((~Start2 & (StarterMode<2))|ForceStart2) & !Isolation2 & ((StarterMode>0) ? Priming2 : 1)){
Starting2 = 1
LowIdling2 = !Startup_Mode
local Snd = Startup_Mode ? Startup_Hi : Startup_Lo
H2:soundPlay(1,0,Snd)
stoptimer("PrimeCool2")
timer("StartCheck2",StartupClagDelay*1000)
timer("FinishStart2",sdr(Snd))
#print("Start1")
}elseif(On2 & ~Start2 & !Isolation2){
#Deleted
}
}elseif((!(Start2|ForceStart2) | Shutdown2) & Starting2 & !Clag2 & !On2 & (StarterMode<2)){
Starting2 = 0
soundPitch(1,0,3)
soundStop(1,3)
stoptimer("StartCheck2")
stoptimer("FinishStart2")
#interrupt(2)
}elseif((Shutdown2 | !Primed2) & On2){
On2 = 0
if(PrimerSet2){PrimerSet2 = 0}
if(Prime2){
#print("Fuel Punp")
H1:soundPlay(3,0,PrimeOn)
soundVolume(3,0)
soundVolume(3,1,3)
}
local Snd = ""
switch(Shutdown_Mode){
case 0,
Snd = Shutdown_Lo
break
case 1,
Snd = Shutdown_Hi
break
case 2,
Snd = LowIdling2 ? Shutdown_Lo : Shutdown_Hi
break
}
H2:soundPlay(1,0,Snd)
stoptimer("IdleDown2")
#interrupt(2)
timer("Cool2",sdr(Snd))
#print("Shutdown2")
}
if((ForcePrime2|ForceStart2) & Shutdown2){
interrupt(2)
}
if(clk("StartCheck2") & (Start2|ForceStart2)){
Clag2 = 1
if(StarterMode>0){
soundStop(3,3)
#Priming2 = 0
}
timer("EndStartClag2",StartupClagDuration*1000)
}elseif(clk("FinishStart2")){
#if(FuelSaverMode & !LowIdling2){
if(0){
TQ2 = 1
LowIdling2 = 1
local Snd = TransitionPath+"down/1-0.wav"
H2:soundPlay(1,0,Snd)
timer("FinishStart2",sdr(Snd))
}else{
Starting2 = 0
H2:soundPlay(1,0,LowIdling2 ? Idle_Low : Notches[1,string])
soundPitch(1,98,1)
EngineNotch2 = 0
EngineSpeed2 = 0
#stoptimer("clk")
#timer("clk",100)
}
}elseif(clk("EndStartClag2")){
Clag2 = 0
On2 = 1
}elseif(clk("Cool2")){
soundStop(1)
timer("PrimeCool2",60000)
}elseif(clk("PrimeCool2")){
Primed2 = 0
}
}
}else{ #Non-PM Starter Toggle
if(Start1 & ~Start1){
if(!On1){
On1 = 1
EngineNotch1 = 0
EngineSpeed1 = 0
}else{
On1 = 0
CompQ1 = 0
}
#H1:soundPlay(0,1,Lever_Throttle)
}
}
#CONTROL_STAND_DATA = array(IncreaseTrainBrake,DecreaseTrainBrake,BrakeNotch,AutomaticPressureSet,Suppression,Emergency,BrakeCutout,IncreaseLocoBrake,DecreaseLocoBrake,Independent_Bail,EmergencyBrake,
#DynamicNotch,DynamicsSetup,DynamicsPowerZone,DynamicUnlock,Reverser,ReverserRemoved,Notch,BatteryKnife,EngineRun,GenField,FuelPump,Control)
MU_Master = EngineRun
if(clk("DPM_Rev")){
if(DPM & On2 & Isolation2){
Reverser_DPM = Reverser
}
}
if(clk("DPM_Eng")){