A320-family/Nasal/Libraries/libraries.nas

# A320 Main Libraries
# Joshua Davidson (Octal450)

# Copyright (c) 2020 Josh Davidson (Octal450)

print("------------------------------------------------");
print("Copyright (c) 2016-2020 Josh Davidson (Octal450)");
print("------------------------------------------------");

# Disable specific menubar items
setprop("/sim/menubar/default/menu[0]/item[0]/enabled", 0);
setprop("/sim/menubar/default/menu[2]/item[0]/enabled", 0);
setprop("/sim/menubar/default/menu[2]/item[2]/enabled", 0);
setprop("/sim/menubar/default/menu[3]/enabled", 0);
setprop("/sim/menubar/default/menu[5]/item[9]/enabled", 0);
setprop("/sim/menubar/default/menu[5]/item[10]/enabled", 0);
setprop("/sim/menubar/default/menu[5]/item[11]/enabled", 0);

# Oil Qty
var qty1 = math.round((rand() * 5 ) + 20, 0.1);
var qty2 = math.round((rand() * 5 ) + 20, 0.1);
setprop("/engines/engine[0]/oil-qt-actual", qty1);
setprop("/engines/engine[1]/oil-qt-actual", qty2);

##########
# Lights #
##########
var beacon = aircraft.light.new("/sim/model/lights/beacon", [0.1, 1], "/controls/lighting/beacon");
var strobe = aircraft.light.new("/sim/model/lights/strobe", [0.05, 0.06, 0.05, 1], "/controls/lighting/strobe");
var tail_strobe = aircraft.light.new("/sim/model/lights/tailstrobe", [0.1, 1], "/controls/lighting/strobe");

###########
# Effects #
###########

var tiresmoke_system = aircraft.tyresmoke_system.new(0, 1, 2);
aircraft.rain.init();

aircraft.livery.init(getprop("/sim/model/livery-dir"));

#########
# Doors #
#########

# Front doors
var doorl1 = aircraft.door.new("/sim/model/door-positions/doorl1", 4);
var doorr1 = aircraft.door.new("/sim/model/door-positions/doorr1", 4);

# Middle doors (A321 only)
var doorl2 = aircraft.door.new("/sim/model/door-positions/doorl2", 4);
var doorr2 = aircraft.door.new("/sim/model/door-positions/doorr2", 4);
var doorl3 = aircraft.door.new("/sim/model/door-positions/doorl3", 4);
var doorr3 = aircraft.door.new("/sim/model/door-positions/doorr3", 4);

# Rear doors
var doorl4 = aircraft.door.new("/sim/model/door-positions/doorl4", 4);
var doorr4 = aircraft.door.new("/sim/model/door-positions/doorr4", 4);

# Cargo holds
var cargobulk = aircraft.door.new("/sim/model/door-positions/cargobulk", 3);
var cargoaft = aircraft.door.new("/sim/model/door-positions/cargoaft", 10);
var cargofwd = aircraft.door.new("/sim/model/door-positions/cargofwd", 10);

# Seat armrests in the flight deck (unused)
var armrests = aircraft.door.new("/sim/model/door-positions/armrests", 2);

# Cockpit door - TODO animation
var cockpitdoor = aircraft.door.new("/sim/model/door-positions/doorc", 1);
setprop("/sim/model/door-positions/doorc/lock-status",0);

# door opener/closer
var triggerDoor = func(door, doorName, doorDesc) {
	if (getprop("/sim/model/door-positions/" ~ doorName ~ "/position-norm") > 0) {
		gui.popupTip("Closing " ~ doorDesc ~ " door");
		door.toggle();
	} else {
		if (pts.Velocities.groundspeed.getValue() > 5) {
			gui.popupTip("You cannot open the doors while the aircraft is moving!");
		} else {
			gui.popupTip("Opening " ~ doorDesc ~ " door");
			door.toggle();
		}
	}
};

setlistener("/controls/doors/doorc-switch",func(a){
	setprop("sim/sounde/switch1", 1);
	if (systems.ELEC.Bus.dc1.getValue() > 25 or systems.ELEC.Bus.dc2.getValue() > 25) {
		var pos = a.getValue();
		var current = getprop("/sim/model/door-positions/doorc/lock-status");
		if (pos == 1 and current == 0) {		## LOCK
			settimer( func {
				if (a.getValue() == pos) setprop("/sim/model/door-positions/doorc/lock-status",1);
			},0.4);
		}
		else if (pos == -1 and current == 1) {		## UNLOCK
			settimer( func {
				if (a.getValue() == pos) setprop("/sim/model/door-positions/doorc/lock-status",0);
			},0.3);
		}
		#setprop("/sim/model/door-positions/doorc/lock-status",-9); ## FAULT
	}
},0,0);

###########
# Systems #
###########
var systemsInitialized = 0;
var A320Libraries = nil;

var systemsInit = func() {
	systemsInitialized = 0;
	fbw.FBW.init();
	effects.lightManager.init();
	systems.ELEC.init();
	systems.PNEU.init();
	systems.HYD.init();
	systems.FUEL.init();
	systems.ADIRS.init();
	systems.eng_init();
	systems.APUController.init();
	systems.BrakeSys.reset();
	systems.Autobrake.init();
	systems.fire_init();
	fmgc.flightPlanController.reset();
	fmgc.windController.reset();
	fadec.FADEC.init();
	fmgc.ITAF.init();
	fmgc.FMGCinit();
	mcdu.MCDU_init(0);
	mcdu.MCDU_init(1);
	mcdu_scratchpad.mcduMsgtimer1.start();
	mcdu_scratchpad.mcduMsgtimer2.start();
	effects.icingInit();
	ecam.ECAM.init();
	libraries.variousReset();
	rmp.init();
	acp.init();
	ecam.ECAM_controller.init();
	atc.init();
	fcu.FCUController.init();
	dmc.DMController.init();
	fmgc.flightPlanController.init();
	fmgc.windController.init();
	atsu.CompanyCall.init();
	systemsInitialized = 1;
}

setlistener("/sim/signals/fdm-initialized", func() {
	systemsInit();
	fmgc.postInit();
	fmgc.flightPlanTimer.start();
	fmgc.WaypointDatabase.read();

	A320Libraries = LibrariesRecipient.new("A320 Libraries");
	emesary.GlobalTransmitter.Register(A320Libraries);
});

var systemsLoop = func(notification) {
	if (!systemsInitialized and getprop("/systems/acconfig/mismatch-code") != "0x000") { return; }
	systems.PNEU.loop(notification);
	systems.ADIRS.loop(notification);
	systems.BrakeSys.update(notification);
	systems.HFLoop(notification);
	systems.APUController.loop();
	fadec.FADEC.loop();
	rmp.rmpUpdate();
	fcu.FCUController.loop(notification);
	atc.Transponders.vector[atc.transponderPanel.atcSel - 1].update(notification);
	dmc.DMController.loop();
	atsu.ATSU.loop();
	libraries.BUTTONS.update();
	
	if (notification.engine1State >= 2 and pts.Fdm.JSBsim.Propulsion.Tank.contentsLbs[5].getValue() < 1) {
		systems.cutoff_one();
	}
	
	if (notification.engine2State >= 2 and pts.Fdm.JSBsim.Propulsion.Tank.contentsLbs[6].getValue() < 1) {
		systems.cutoff_two();
	}
}

# GPWS
var GPWS = {
	alertMode: props.globals.initNode("/instrumentation/mk-viii/outputs/alert-mode", 0, "INT"),
	alert: props.globals.getNode("instrumentation/mk-viii/outputs/discretes/gpws-alert"),
	warning: props.globals.getNode("instrumentation/mk-viii/outputs/discretes/gpws-warning"),
};

# GPWS alert pooling for get mode change - a little esoteric way but it works
var GPWSAlertStatus = 0;
var gpws_alert_watch = maketimer(0.8, func() {	
	if (GPWS.warning.getValue()) {
		GPWSAlertStatus = 2; # MODE2 - warning - RED
	} else if (GPWS.alert.getValue()) {
		GPWSAlertStatus = 1; # MODE1 - caution - YELLOW
	} else {
		GPWSAlertStatus = 0;
	}
	
	if (GPWS.alertMode.getValue() != GPWSAlertStatus) {
		GPWS.alertMode.setValue(GPWSAlertStatus);
	}
});

# detect GPWS switch status
setlistener("/instrumentation/mk-viii/inputs/discretes/ta-tcf-inhibit", func (val) {
	if (!val.getBoolValue()) {
		gpws_alert_watch.start();
	} else {
		gpws_alert_watch.stop();
	}
}, 1, 0);

# Steep ILS
setlistener("/options/steep-ils", func(val) {
	if (val.getValue()) {
		pts.Instrumentation.MKVII.Inputs.Discretes.steepApproach.setValue(1);
	} else {
		pts.Instrumentation.MKVII.Inputs.Discretes.steepApproach.setValue(0);
	}
}, 0, 0);

# Replay
var replayState = props.globals.getNode("/sim/replay/replay-state");
setlistener(replayState, func(v) {
	if (v.getBoolValue()) {
	} else {
		acconfig.colddark();
		gui.popupTip("Replay Ended: Setting Cold and Dark state...");
	}
}, 0, 0);

# hackCanvas
canvas.Text._lastText = canvas.Text["_lastText"];
canvas.Text.setText = func(text) {
	if (text == me._lastText and text != nil and size(text) == size(me._lastText)) {return me;}
	me._lastText = text;
	me.set("text", typeof(text) == 'scalar' ? text : "");
};
canvas.Element._lastVisible = nil;
canvas.Element.show = func() {
	if (1 == me._lastVisible) {return me;}
	me._lastVisible = 1;
	me.setBool("visible", 1);
};
canvas.Element.hide = func() {
	if (0 == me._lastVisible) {return me;}
	me._lastVisible = 0;
	me.setBool("visible", 0);
};
canvas.Element.setVisible = func(vis) {
	if (vis == me._lastVisible) {return me;}
	me._lastVisible = vis;
	me.setBool("visible", vis);
};

##########
# Misc   #
##########

var pilotComfortTwoPos = func(prop) {
	var item = getprop(prop);
	if (item < 0.5) {
		interpolate(prop, 0.5, 0.5);
	} elsif (item == 0.5) {
		interpolate(prop, 1.0, 0.5);
	} else {
		interpolate(prop, 0.0, 1.0);
	}
}

var pilotComfortOnePos = func(prop) {
	var item = getprop(prop);
	if (item < 1.0) {
		interpolate(prop, 1.0, 1.0);
	} else {
		interpolate(prop, 0.0, 1.0);
	}
}

var lTray = func() {
	pilotComfortTwoPos("/controls/tray/lefttrayext");
}
var rTray = func() {
	pilotComfortTwoPos("/controls/tray/righttrayext");
}

var l1Pedal = func() {
	pilotComfortOnePos("/controls/footrest-cpt[0]");
}
var l2Pedal = func() {
	pilotComfortOnePos("/controls/footrest-cpt[1]");
}

var r1Pedal = func() {
	pilotComfortOnePos("/controls/footrest-fo[0]");
}
var r2Pedal = func() {
	pilotComfortOnePos("/controls/footrest-fo[1]");
}

#####################
# Auto-coordination #
#####################

if (pts.Controls.Flight.autoCoordination.getBoolValue()) {
    pts.Controls.Flight.autoCoordination.setBoolValue(0);
    pts.Controls.Flight.aileronDrivesTiller.setBoolValue(1);
} else {
    pts.Controls.Flight.aileronDrivesTiller.setBoolValue(0);
}

setlistener("/controls/flight/auto-coordination", func() {
    pts.Controls.Flight.autoCoordination.setBoolValue(0);
	print("System: Auto Coordination has been turned off as it is not compatible with the fly-by-wire of this aircraft.");
	screen.log.write("Auto Coordination has been disabled as it is not compatible with the fly-by-wire of this aircraft", 1, 0, 0);
}, 0, 0);

##############
# Legacy FCU #
##############
var APPanel = {
	APDisc: func() {
		fcu.FCUController.APDisc();
	},
	ATDisc: func() {
		fcu.FCUController.ATDisc();
	},
};


# Emesary
var LibrariesRecipient =
{
	new: func(_ident)
	{
		var NewLibrariesRecipient = emesary.Recipient.new(_ident);
		NewLibrariesRecipient.Receive = func(notification)
		{
			if (notification.NotificationType == "FrameNotification")
			{
				if (math.mod(notifications.frameNotification.FrameCount,4) == 0) {
					systemsLoop(notification);
				}
				return emesary.Transmitter.ReceiptStatus_OK;
			}
			return emesary.Transmitter.ReceiptStatus_NotProcessed;
		};
		return NewLibrariesRecipient;
	},
};

var input = {
	# Libraries
	"gearPosNorm": "/gear/gear[0]/position-norm",
	"gearPosNorm1": "/gear/gear[1]/position-norm",
	"gearPosNorm2": "/gear/gear[2]/position-norm",
	"engine1Running": "/engines/engine[0]/running",
	"engine2Running": "/engines/engine[1]/running",
};

foreach (var name; keys(input)) {
	emesary.GlobalTransmitter.NotifyAll(notifications.FrameNotificationAddProperty.new("A320 Libraries", name, input[name]));
}

# TODO split EFIS altimeters
var newinhg = nil;
setlistener("/instrumentation/altimeter/setting-inhg", func(val) {
	newinhg = val.getValue();
	setprop("/instrumentation/altimeter[1]/setting-inhg", newinhg);
	setprop("/instrumentation/altimeter[2]/setting-inhg", newinhg);
	setprop("/instrumentation/altimeter[3]/setting-inhg", newinhg);
	setprop("/instrumentation/altimeter[4]/setting-inhg", newinhg);
	setprop("/instrumentation/altimeter[5]/setting-inhg", newinhg);
}, 0, 0);

var newhpa = nil;
setlistener("/instrumentation/altimeter/setting-hpa", func(val) {
	newhpa = val.getValue();
	setprop("/instrumentation/altimeter[1]/setting-hpa", newhpa);
	setprop("/instrumentation/altimeter[2]/setting-hpa", newhpa);
	setprop("/instrumentation/altimeter[3]/setting-hpa", newhpa);
	setprop("/instrumentation/altimeter[4]/setting-hpa", newhpa);
	setprop("/instrumentation/altimeter[5]/setting-hpa", newhpa);
}, 0, 0);

setprop("/systems/acconfig/libraries-loaded", 1);