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A320-family/Nasal/ECAM/ECAM-logic.nas

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# A3XX Electronic Centralised Aircraft Monitoring System
# Copyright (c) 2019 Jonathan Redpath (legoboyvdlp)
# props.nas:
var dualFailNode = props.globals.initNode("/ECAM/dual-failure-enabled", 0, "BOOL");
var phaseNode = props.globals.getNode("/ECAM/warning-phase", 1);
var apWarn = props.globals.getNode("/it-autoflight/output/ap-warning", 1);
var athrWarn = props.globals.getNode("/it-autoflight/output/athr-warning", 1);
var emerGen = props.globals.getNode("/controls/electrical/switches/emer-gen", 1);
var state1Node = props.globals.getNode("/engines/engine[0]/state", 1);
var state2Node = props.globals.getNode("/engines/engine[1]/state", 1);
var wing_pb = props.globals.getNode("/controls/ice-protection/wing", 1);
var apu_bleedSw = props.globals.getNode("/controls/pneumatics/switches/apu", 1);
var gear = props.globals.getNode("/gear/gear-pos-norm", 1);
var stallVoice = props.globals.initNode("/sim/sound/warnings/stall-voice", 0, "BOOL");
var engOpt = props.globals.getNode("/options/eng", 1);
var thrustState = [nil, nil];
# local variables
var transmitFlag1 = 0;
var transmitFlag2 = 0;
var phaseVar3 = nil;
var phaseVar2 = nil;
var phaseVar1 = nil;
var phaseVarMemo = nil;
var phaseVarMemo2 = nil;
var phaseVarMemo3 = nil;
var gear_agl_cur = nil;
var numberMinutes = nil;
var timeNow = nil;
var timer10secIRS = nil;
var altAlertInhibit = nil;
var alt200 = nil;
var alt750 = nil;
var bigThree = nil;
var altAlertSteady = 0;
var altAlertFlash = 0;
var ecamConfigTest = props.globals.initNode("/ECAM/to-config-test", 0, "BOOL");
var messages_priority_3 = func {
phaseVar3 = phaseNode.getValue();
# Stall
# todo - altn law and emer cancel flipflops page 2440
if (warningNodes.Logic.stallWarn.getValue()) {
stall.active = 1;
stallVoice.setValue(1);
} else {
ECAM_controller.warningReset(stall);
stallVoice.setValue(0);
}
# FCTL FLAPS NOT ZERO
if (flap_not_zero.clearFlag == 0 and warningNodes.Logic.flapNotZero.getBoolValue()) {
flap_not_zero.active = 1;
} else {
ECAM_controller.warningReset(flap_not_zero);
}
if ((phaseVar3 == 1 or (phaseVar3 >= 5 and phaseVar3 <= 7)) and getprop("/systems/navigation/adr/output/overspeed")) {
overspeed.active = 1;
if (getprop("/systems/navigation/adr/computation/overspeed-vmo") or getprop("/systems/navigation/adr/computation/overspeed-mmo")) {
overspeedVMO.active = 1;
} else {
ECAM_controller.warningReset(overspeedVMO);
}
if (getprop("/systems/navigation/adr/computation/overspeed-vle")) {
overspeedGear.active = 1;
} else {
ECAM_controller.warningReset(overspeedGear);
}
if (getprop("/systems/navigation/adr/computation/overspeed-vfe")) {
overspeedFlap.active = 1;
overspeedFlap.msg = "-VFE................" ~ (systems.ADIRS.overspeedVFE.getValue() - 4);
} else {
ECAM_controller.warningReset(overspeedFlap);
overspeedFlap.msg = "-VFE................XXX";
}
} else {
ECAM_controller.warningReset(overspeed);
ECAM_controller.warningReset(overspeedVMO);
ECAM_controller.warningReset(overspeedGear);
ECAM_controller.warningReset(overspeedFlap);
overspeedFlap.msg = "-VFE................XXX";
}
# ENG ALL ENGINE FAILURE
if (allEngFail.clearFlag == 0 and dualFailNode.getBoolValue()) {
allEngFail.active = 1;
if (allEngFailElec.clearFlag == 0 and systems.ELEC.Source.EmerGen.relayPos.getValue() == 0) {
allEngFailElec.active = 1;
} else {
ECAM_controller.warningReset(allEngFailElec);
}
if (allEngFailSPD1.clearFlag == 0 and allEngFailSPD2.clearFlag == 0 and allEngFailSPD3.clearFlag == 0 and allEngFailSPD4.clearFlag == 0) {
if (find("LEAP", getprop("/MCDUC/eng"))) {
allEngFailSPD2.active = 1;
ECAM_controller.warningReset(allEngFailSPD1);
ECAM_controller.warningReset(allEngFailSPD3);
ECAM_controller.warningReset(allEngFailSPD4);
} elsif (find("V2527", getprop("/MCDUC/eng"))) {
allEngFailSPD3.active = 1;
ECAM_controller.warningReset(allEngFailSPD1);
ECAM_controller.warningReset(allEngFailSPD2);
ECAM_controller.warningReset(allEngFailSPD4);
} elsif (find("PW11", getprop("/MCDUC/eng"))) {
allEngFailSPD1.active = 1;
ECAM_controller.warningReset(allEngFailSPD2);
ECAM_controller.warningReset(allEngFailSPD3);
ECAM_controller.warningReset(allEngFailSPD4);
} else {
allEngFailSPD4.active = 1;
ECAM_controller.warningReset(allEngFailSPD1);
ECAM_controller.warningReset(allEngFailSPD2);
ECAM_controller.warningReset(allEngFailSPD3);
}
} else {
ECAM_controller.warningReset(allEngFailSPD1);
ECAM_controller.warningReset(allEngFailSPD2);
ECAM_controller.warningReset(allEngFailSPD3);
ECAM_controller.warningReset(allEngFailSPD4);
}
if (allEngFailAPU.clearFlag == 0 and !systems.APUNodes.Controls.master.getBoolValue() and systems.ELEC.Switch.genApu.getValue() and !systems.APUNodes.Controls.fire.getValue() and !systems.APU.signals.autoshutdown and !systems.APU.signals.emer and pts.Instrumentation.Altimeter.indicatedFt.getValue() < 22500) {
allEngFailAPU.active = 1;
} else {
ECAM_controller.warningReset(allEngFailAPU);
}
if (allEngFailLevers.clearFlag == 0 and (pts.Controls.Engines.Engine.throttleLever[0].getValue() > 0.01 or pts.Controls.Engines.Engine.throttleLever[1].getValue() > 0.01)) {
allEngFailLevers.active = 1;
} else {
ECAM_controller.warningReset(allEngFailLevers);
}
if (allEngFailFAC.clearFlag == 0 and fbw.FBW.Computers.fac1.getBoolValue() == 0) {
allEngFailFAC.active = 1;
} else {
ECAM_controller.warningReset(allEngFailFAC);
}
if (allEngFailGlide.clearFlag == 0) {
allEngFailGlide.active = 1;
} else {
ECAM_controller.warningReset(allEngFailGlide);
}
if (allEngFailDiversion.clearFlag == 0) {
allEngFailDiversion.active = 1;
} else {
ECAM_controller.warningReset(allEngFailDiversion);
}
if (allEngFailProc.clearFlag == 0) {
allEngFailProc.active = 1;
} else {
ECAM_controller.warningReset(allEngFailProc);
}
} else {
ECAM_controller.warningReset(allEngFail);
ECAM_controller.warningReset(allEngFailElec);
ECAM_controller.warningReset(allEngFailSPD1);
ECAM_controller.warningReset(allEngFailSPD2);
ECAM_controller.warningReset(allEngFailSPD3);
ECAM_controller.warningReset(allEngFailSPD4);
ECAM_controller.warningReset(allEngFailAPU);
ECAM_controller.warningReset(allEngFailLevers);
ECAM_controller.warningReset(allEngFailFAC);
ECAM_controller.warningReset(allEngFailGlide);
ECAM_controller.warningReset(allEngFailDiversion);
ECAM_controller.warningReset(allEngFailProc);
}
# ENG ABV IDLE
if (eng1ThrLvrAbvIdle.clearFlag == 0 and ((phaseVar3 >= 2 and phaseVar3 <= 4) or (phaseVar3 >= 6 and phaseVar3 <= 9)) and warningNodes.Flipflops.eng1ThrLvrAbvIdle.getValue()) { # AND NOT RUNWAY TOO SHORT
eng1ThrLvrAbvIdle.active = 1;
if (eng1ThrLvrAbvIdle2.clearFlag == 0) {
eng1ThrLvrAbvIdle2.active = 1;
} else {
ECAM_controller.warningReset(eng1ThrLvrAbvIdle2);
}
} else {
ECAM_controller.warningReset(eng1ThrLvrAbvIdle);
ECAM_controller.warningReset(eng1ThrLvrAbvIdle2);
}
if (eng2ThrLvrAbvIdle.clearFlag == 0 and ((phaseVar3 >= 2 and phaseVar3 <= 4) or (phaseVar3 >= 6 and phaseVar3 <= 9)) and warningNodes.Flipflops.eng2ThrLvrAbvIdle.getValue()) { # AND NOT RUNWAY TOO SHORT
eng2ThrLvrAbvIdle.active = 1;
if (eng2ThrLvrAbvIdle2.clearFlag == 0) {
eng2ThrLvrAbvIdle2.active = 1;
} else {
ECAM_controller.warningReset(eng2ThrLvrAbvIdle2);
}
} else {
ECAM_controller.warningReset(eng2ThrLvrAbvIdle);
ECAM_controller.warningReset(eng2ThrLvrAbvIdle2);
}
# ENG FIRE
if ((eng1FireFlAgent2.clearFlag == 0 and systems.eng1FireWarn.getValue() == 1 and phaseVar3 >= 5 and phaseVar3 <= 7) or (eng1FireGnEvac.clearFlag == 0 and systems.eng1FireWarn.getValue() == 1 and (phaseVar3 < 5 or phaseVar3 > 7))) {
eng1Fire.active = 1;
} else {
ECAM_controller.warningReset(eng1Fire);
}
if ((eng2FireFlAgent2.clearFlag == 0 and systems.eng2FireWarn.getValue() == 1 and phaseVar3 >= 5 and phaseVar3 <= 7) or (eng2FireGnEvac.clearFlag == 0 and systems.eng2FireWarn.getValue() == 1 and (phaseVar3 < 5 or phaseVar3 > 7))) {
eng2Fire.active = 1;
} else {
ECAM_controller.warningReset(eng2Fire);
}
if (apuFireMaster.clearFlag == 0 and systems.apuFireWarn.getValue() == 1) {
apuFire.active = 1;
} else {
ECAM_controller.warningReset(apuFire);
}
if (eng1Fire.active == 1) {
if (phaseVar3 >= 5 and phaseVar3 <= 7) {
if (eng1FireFllever.clearFlag == 0 and pts.Controls.Engines.Engine.throttleLever[0].getValue() > 0.01) {
eng1FireFllever.active = 1;
} else {
ECAM_controller.warningReset(eng1FireFllever);
}
if (eng1FireFlmaster.clearFlag == 0 and pts.Controls.Engines.Engine.cutoffSw[0].getValue() == 0) {
eng1FireFlmaster.active = 1;
} else {
ECAM_controller.warningReset(eng1FireFlmaster);
}
if (eng1FireFlPB.clearFlag == 0 and systems.fireButtons[0].getValue() == 0) {
eng1FireFlPB.active = 1;
} else {
ECAM_controller.warningReset(eng1FireFlPB);
}
if (systems.eng1AgentTimer.getValue() != 0 and systems.eng1AgentTimer.getValue() != 99) {
eng1FireFlAgent1Timer.msg = " -AGENT AFT " ~ systems.eng1AgentTimer.getValue() ~ " S...DISCH";
}
if (eng1FireFlAgent1.clearFlag == 0 and systems.fireButtons[0].getValue() == 1 and !systems.extinguisherBottles.vector[0].lightProp.getValue() and systems.eng1AgentTimer.getValue() != 0 and systems.eng1AgentTimer.getValue() != 99) {
eng1FireFlAgent1Timer.active = 1;
} else {
ECAM_controller.warningReset(eng1FireFlAgent1Timer);
}
if (eng1FireFlAgent1.clearFlag == 0 and !systems.extinguisherBottles.vector[0].lightProp.getValue() and (systems.eng1AgentTimer.getValue() == 0 or systems.eng1AgentTimer.getValue() == 99)) {
eng1FireFlAgent1.active = 1;
} else {
ECAM_controller.warningReset(eng1FireFlAgent1);
}
if (eng1FireFlATC.clearFlag == 0) {
eng1FireFlATC.active = 1;
} else {
ECAM_controller.warningReset(eng1FireFlATC);
}
if (systems.eng1Agent2Timer.getValue() != 0 and systems.eng1Agent2Timer.getValue() != 99) {
eng1FireFl30Sec.msg = "•IF FIRE AFTER " ~ systems.eng1Agent2Timer.getValue() ~ " S:";
}
if (eng1FireFlAgent2.clearFlag == 0 and systems.extinguisherBottles.vector[0].lightProp.getValue() and !systems.extinguisherBottles.vector[1].lightProp.getValue() and systems.eng1Agent2Timer.getValue() > 0) {
eng1FireFl30Sec.active = 1;
} else {
ECAM_controller.warningReset(eng1FireFl30Sec);
}
if (eng1FireFlAgent2.clearFlag == 0 and systems.extinguisherBottles.vector[0].lightProp.getValue() and !systems.extinguisherBottles.vector[1].lightProp.getValue()) {
eng1FireFlAgent2.active = 1;
} else {
ECAM_controller.warningReset(eng1FireFlAgent2);
}
} else {
ECAM_controller.warningReset(eng1FireFllever);
ECAM_controller.warningReset(eng1FireFlmaster);
ECAM_controller.warningReset(eng1FireFlPB);
ECAM_controller.warningReset(eng1FireFlAgent1);
ECAM_controller.warningReset(eng1FireFlATC);
ECAM_controller.warningReset(eng1FireFl30Sec);
ECAM_controller.warningReset(eng1FireFlAgent2);
}
if (phaseVar3 < 5 or phaseVar3 > 7) {
if (eng1FireGnlever.clearFlag == 0 and pts.Controls.Engines.Engine.throttleLever[0].getValue() > 0.01 and pts.Controls.Engines.Engine.throttleLever[1].getValue() > 0.01) {
eng1FireGnlever.active = 1;
} else {
ECAM_controller.warningReset(eng1FireGnlever);
}
if (eng1FireGnparkbrk.clearFlag == 0 and pts.Controls.Gear.parkingBrake.getValue() == 0) {
eng1FireGnstopped.active = 1;
eng1FireGnparkbrk.active = 1;
} else {
ECAM_controller.warningReset(eng1FireGnstopped);
ECAM_controller.warningReset(eng1FireGnparkbrk);
}
if (eng1FireGnATC.clearFlag == 0) {
eng1FireGnATC.active = 1;
} else {
ECAM_controller.warningReset(eng1FireGnATC);
}
if (eng1FireGncrew.clearFlag == 0) {
eng1FireGncrew.active = 1;
} else {
ECAM_controller.warningReset(eng1FireGncrew);
}
if (eng1FireGnmaster.clearFlag == 0 and pts.Controls.Engines.Engine.cutoffSw[0].getValue() == 0) {
eng1FireGnmaster.active = 1;
} else {
ECAM_controller.warningReset(eng1FireGnmaster);
}
if (eng1FireGnPB.clearFlag == 0 and systems.fireButtons[0].getValue() == 0) {
eng1FireGnPB.active = 1;
} else {
ECAM_controller.warningReset(eng1FireGnPB);
}
if (eng1FireGnAgent1.clearFlag == 0 and !systems.extinguisherBottles.vector[0].lightProp.getValue()) {
eng1FireGnAgent1.active = 1;
} else {
ECAM_controller.warningReset(eng1FireGnAgent1);
}
if (eng1FireGnAgent2.clearFlag == 0 and !systems.extinguisherBottles.vector[1].lightProp.getValue()) {
eng1FireGnAgent2.active = 1;
} else {
ECAM_controller.warningReset(eng1FireGnAgent2);
}
if (eng1FireGnEvac.clearFlag == 0) {
eng1FireGnEvac.active = 1;
} else {
ECAM_controller.warningReset(eng1FireGnEvac);
}
} else {
ECAM_controller.warningReset(eng1FireGnlever);
ECAM_controller.warningReset(eng1FireGnstopped);
ECAM_controller.warningReset(eng1FireGnparkbrk);
ECAM_controller.warningReset(eng1FireGnATC);
ECAM_controller.warningReset(eng1FireGncrew);
ECAM_controller.warningReset(eng1FireGnmaster);
ECAM_controller.warningReset(eng1FireGnPB);
ECAM_controller.warningReset(eng1FireGnAgent1);
ECAM_controller.warningReset(eng1FireGnAgent2);
ECAM_controller.warningReset(eng1FireGnEvac);
}
} else {
ECAM_controller.warningReset(eng1FireFllever);
ECAM_controller.warningReset(eng1FireFlmaster);
ECAM_controller.warningReset(eng1FireFlPB);
ECAM_controller.warningReset(eng1FireFlAgent1);
ECAM_controller.warningReset(eng1FireFlATC);
ECAM_controller.warningReset(eng1FireFl30Sec);
ECAM_controller.warningReset(eng1FireFlAgent2);
ECAM_controller.warningReset(eng1FireGnlever);
ECAM_controller.warningReset(eng1FireGnstopped);
ECAM_controller.warningReset(eng1FireGnparkbrk);
ECAM_controller.warningReset(eng1FireGnATC);
ECAM_controller.warningReset(eng1FireGncrew);
ECAM_controller.warningReset(eng1FireGnmaster);
ECAM_controller.warningReset(eng1FireGnPB);
ECAM_controller.warningReset(eng1FireGnAgent1);
ECAM_controller.warningReset(eng1FireGnAgent2);
ECAM_controller.warningReset(eng1FireGnEvac);
}
if (eng2Fire.active == 1) {
if (phaseVar3 >= 5 and phaseVar3 <= 7) {
if (eng2FireFllever.clearFlag == 0 and pts.Controls.Engines.Engine.throttleLever[1].getValue() > 0.01) {
eng2FireFllever.active = 1;
} else {
ECAM_controller.warningReset(eng2FireFllever);
}
if (eng2FireFlmaster.clearFlag == 0 and pts.Controls.Engines.Engine.cutoffSw[1].getValue() == 0) {
eng2FireFlmaster.active = 1;
} else {
ECAM_controller.warningReset(eng2FireFlmaster);
}
if (eng2FireFlPB.clearFlag == 0 and systems.fireButtons[1].getValue() == 0) {
eng2FireFlPB.active = 1;
} else {
ECAM_controller.warningReset(eng2FireFlPB);
}
if (systems.eng2AgentTimer.getValue() != 0 and systems.eng2AgentTimer.getValue() != 99) {
eng2FireFlAgent1Timer.msg = " -AGENT AFT " ~ systems.eng2AgentTimer.getValue() ~ " S...DISCH";
}
if (eng2FireFlAgent1.clearFlag == 0 and systems.fireButtons[1].getValue() == 1 and !systems.extinguisherBottles.vector[2].lightProp.getValue() and getprop("/systems/fire/engine2agent1-timer") != 0 and systems.eng2AgentTimer.getValue() != 99) {
eng2FireFlAgent1Timer.active = 1;
} else {
ECAM_controller.warningReset(eng2FireFlAgent1Timer);
}
if (eng2FireFlAgent1.clearFlag == 0 and !systems.extinguisherBottles.vector[2].lightProp.getValue() and (systems.eng2AgentTimer.getValue() == 0 or systems.eng2AgentTimer.getValue() == 99)) {
eng2FireFlAgent1.active = 1;
} else {
ECAM_controller.warningReset(eng2FireFlAgent1);
}
if (eng2FireFlATC.clearFlag == 0) {
eng2FireFlATC.active = 1;
} else {
ECAM_controller.warningReset(eng2FireFlATC);
}
if (systems.eng2Agent2Timer.getValue() != 0 and systems.eng2Agent2Timer.getValue() != 99) {
eng2FireFl30Sec.msg = "•IF FIRE AFTER " ~ systems.eng2Agent2Timer.getValue() ~ " S:";
}
if (eng2FireFlAgent2.clearFlag == 0 and systems.extinguisherBottles.vector[2].lightProp.getValue() and !systems.extinguisherBottles.vector[4].lightProp.getValue() and systems.eng2Agent2Timer.getValue() > 0) {
eng2FireFl30Sec.active = 1;
} else {
ECAM_controller.warningReset(eng2FireFl30Sec);
}
if (eng2FireFlAgent2.clearFlag == 0 and systems.extinguisherBottles.vector[2].lightProp.getValue() and !systems.extinguisherBottles.vector[4].lightProp.getValue()) {
eng2FireFlAgent2.active = 1;
} else {
ECAM_controller.warningReset(eng2FireFlAgent2);
}
} else {
ECAM_controller.warningReset(eng2FireFllever);
ECAM_controller.warningReset(eng2FireFlmaster);
ECAM_controller.warningReset(eng2FireFlPB);
ECAM_controller.warningReset(eng2FireFlAgent1);
ECAM_controller.warningReset(eng2FireFlATC);
ECAM_controller.warningReset(eng2FireFl30Sec);
ECAM_controller.warningReset(eng2FireFlAgent2);
}
if (phaseVar3 < 5 or phaseVar3 > 7) {
if (eng2FireGnlever.clearFlag == 0 and pts.Controls.Engines.Engine.throttleLever[0].getValue() > 0.01 and pts.Controls.Engines.Engine.throttleLever[1].getValue() > 0.01) {
eng2FireGnlever.active = 1;
} else {
ECAM_controller.warningReset(eng2FireGnlever);
}
if (eng2FireGnparkbrk.clearFlag == 0 and pts.Controls.Gear.parkingBrake.getValue() == 0) {
eng2FireGnstopped.active = 1;
eng2FireGnparkbrk.active = 1;
} else {
ECAM_controller.warningReset(eng2FireGnstopped);
ECAM_controller.warningReset(eng2FireGnparkbrk);
}
if (eng2FireGnATC.clearFlag == 0) {
eng2FireGnATC.active = 1;
} else {
ECAM_controller.warningReset(eng2FireGnATC);
}
if (eng2FireGncrew.clearFlag == 0) {
eng2FireGncrew.active = 1;
} else {
ECAM_controller.warningReset(eng2FireGncrew);
}
if (eng2FireGnmaster.clearFlag == 0 and pts.Controls.Engines.Engine.cutoffSw[1].getValue() == 0) {
eng2FireGnmaster.active = 1;
} else {
ECAM_controller.warningReset(eng2FireGnmaster);
}
if (eng2FireGnPB.clearFlag == 0 and systems.fireButtons[1].getValue() == 0) {
eng2FireGnPB.active = 1;
} else {
ECAM_controller.warningReset(eng2FireGnPB);
}
if (eng2FireGnAgent1.clearFlag == 0 and !systems.extinguisherBottles.vector[2].lightProp.getValue()) {
eng2FireGnAgent1.active = 1;
} else {
ECAM_controller.warningReset(eng2FireGnAgent1);
}
if (eng2FireGnAgent2.clearFlag == 0 and !systems.extinguisherBottles.vector[4].lightProp.getValue()) {
eng2FireGnAgent2.active = 1;
} else {
ECAM_controller.warningReset(eng2FireGnAgent2);
}
if (eng2FireGnEvac.clearFlag == 0) {
eng2FireGnEvac.active = 1;
} else {
ECAM_controller.warningReset(eng2FireGnEvac);
}
} else {
ECAM_controller.warningReset(eng2FireGnlever);
ECAM_controller.warningReset(eng2FireGnstopped);
ECAM_controller.warningReset(eng2FireGnparkbrk);
ECAM_controller.warningReset(eng2FireGnATC);
ECAM_controller.warningReset(eng2FireGncrew);
ECAM_controller.warningReset(eng2FireGnmaster);
ECAM_controller.warningReset(eng2FireGnPB);
ECAM_controller.warningReset(eng2FireGnAgent1);
ECAM_controller.warningReset(eng2FireGnAgent2);
ECAM_controller.warningReset(eng2FireGnEvac);
}
} else {
ECAM_controller.warningReset(eng2FireFllever);
ECAM_controller.warningReset(eng2FireFlmaster);
ECAM_controller.warningReset(eng2FireFlPB);
ECAM_controller.warningReset(eng2FireFlAgent1);
ECAM_controller.warningReset(eng2FireFlATC);
ECAM_controller.warningReset(eng2FireFl30Sec);
ECAM_controller.warningReset(eng2FireFlAgent2);
ECAM_controller.warningReset(eng2FireGnlever);
ECAM_controller.warningReset(eng2FireGnstopped);
ECAM_controller.warningReset(eng2FireGnparkbrk);
ECAM_controller.warningReset(eng2FireGnATC);
ECAM_controller.warningReset(eng2FireGncrew);
ECAM_controller.warningReset(eng2FireGnmaster);
ECAM_controller.warningReset(eng2FireGnPB);
ECAM_controller.warningReset(eng2FireGnAgent1);
ECAM_controller.warningReset(eng2FireGnAgent2);
ECAM_controller.warningReset(eng2FireGnEvac);
}
# APU Fire
if (apuFire.active == 1) {
if (apuFirePB.clearFlag == 0 and !systems.APUNodes.Controls.fire.getValue()) {
apuFirePB.active = 1;
} else {
ECAM_controller.warningReset(apuFirePB);
}
if (systems.apuAgentTimer.getValue() != 0 and systems.apuAgentTimer.getValue() != 99) {
apuFireAgentTimer.msg = " -AGENT AFT " ~ systems.apuAgentTimer.getValue() ~ " S...DISCH";
}
if (apuFireAgent.clearFlag == 0 and systems.APUNodes.Controls.fire.getValue() and !systems.extinguisherBottles.vector[5].lightProp.getValue() and systems.apuAgentTimer.getValue() != 0) {
apuFireAgentTimer.active = 1;
} else {
ECAM_controller.warningReset(apuFireAgentTimer);
}
if (apuFireAgent.clearFlag == 0 and systems.APUNodes.Controls.fire.getValue() and !systems.extinguisherBottles.vector[5].lightProp.getValue() and systems.apuAgentTimer.getValue() == 0) {
apuFireAgent.active = 1;
} else {
ECAM_controller.warningReset(apuFireAgent);
}
if (apuFireMaster.clearFlag == 0 and systems.APUNodes.Controls.master.getBoolValue()) {
apuFireMaster.active = 1;
} else {
ECAM_controller.warningReset(apuFireMaster);
}
} else {
ECAM_controller.warningReset(apuFirePB);
ECAM_controller.warningReset(apuFireAgentTimer);
ECAM_controller.warningReset(apuFireAgent);
ECAM_controller.warningReset(apuFireMaster);
}
if ((ecamConfigTest.getValue() and (phaseVar3 == 1 or phaseVar3 == 2 or phaseVar3 == 9)) or phaseVar3 == 3 or phaseVar3 == 4) {
takeoffConfig = 1;
} else {
takeoffConfig = 0;
}
if (slats_config.clearFlag == 0 and (warningNodes.Logic.slatsConfig.getBoolValue() or (takeoffConfig and warningNodes.Logic.slatsConfig2.getBoolValue()))) {
slats_config.active = 1;
slats_config_1.active = 1;
} else {
ECAM_controller.warningReset(slats_config);
ECAM_controller.warningReset(slats_config_1);
}
if (flaps_config.clearFlag == 0 and (warningNodes.Logic.flapsConfig.getBoolValue() or (takeoffConfig and warningNodes.Logic.flapsConfig2.getBoolValue()))) {
flaps_config.active = 1;
flaps_config_1.active = 1;
} else {
ECAM_controller.warningReset(flaps_config);
ECAM_controller.warningReset(flaps_config_1);
}
if (spd_brk_config.clearFlag == 0 and (warningNodes.Logic.spdBrkConfig.getBoolValue() or (takeoffConfig and warningNodes.Logic.spdBrkConfig2.getBoolValue()))) {
spd_brk_config.active = 1;
spd_brk_config_1.active = 1;
} else {
ECAM_controller.warningReset(spd_brk_config);
ECAM_controller.warningReset(spd_brk_config_1);
}
if (pitch_trim_config.clearFlag == 0 and (warningNodes.Logic.pitchTrimConfig.getBoolValue() or (takeoffConfig and warningNodes.Logic.pitchTrimConfig2.getBoolValue()))) {
pitch_trim_config.active = 1;
pitch_trim_config_1.active = 1;
} else {
ECAM_controller.warningReset(pitch_trim_config);
ECAM_controller.warningReset(pitch_trim_config_1);
}
if (rud_trim_config.clearFlag == 0 and (warningNodes.Logic.rudTrimConfig.getBoolValue() or (takeoffConfig and warningNodes.Logic.rudTrimConfig2.getBoolValue()))) {
rud_trim_config.active = 1;
rud_trim_config_1.active = 1;
} else {
ECAM_controller.warningReset(rud_trim_config);
ECAM_controller.warningReset(rud_trim_config_1);
}
if (park_brk_config.clearFlag == 0 and warningNodes.Logic.parkBrkConfig.getValue() and phaseVar3 >= 2 and phaseVar3 <= 3) {
park_brk_config.active = 1;
} else {
ECAM_controller.warningReset(park_brk_config);
}
if (lrElevFault.clearFlag == 0 and warningNodes.Timers.LRElevFault.getValue()) {
lrElevFault.active = 1;
if (lrElevFaultSpeed.clearFlag == 0) {
lrElevFaultSpeed.active = 1;
} else {
ECAM_controller.warningReset(lrElevFaultSpeed);
}
if (lrElevFaultTrim.clearFlag == 0) {
lrElevFaultTrim.active = 1;
} else {
ECAM_controller.warningReset(lrElevFaultTrim);
}
if (lrElevFaultSpdBrk.clearFlag == 0) {
lrElevFaultSpdBrk.active = 1;
} else {
ECAM_controller.warningReset(lrElevFaultSpdBrk);
}
} else {
ECAM_controller.warningReset(lrElevFault);
ECAM_controller.warningReset(lrElevFaultSpeed);
ECAM_controller.warningReset(lrElevFaultTrim);
ECAM_controller.warningReset(lrElevFaultSpdBrk);
}
if (gearNotDown.clearFlag == 0 and (warningNodes.Logic.gearNotDown1.getBoolValue() or warningNodes.Logic.gearNotDown2.getBoolValue()) and phaseVar3 != 3 and phaseVar3 != 4 and phaseVar3 != 5) {
if (!gearNotDown.active) {
gearWarnLight.setValue(1);
}
gearNotDown.active = 1;
} else {
if (gearNotDown.active) {
gearWarnLight.setValue(0);
}
ECAM_controller.warningReset(gearNotDown);
}
if (gearNotDownLocked.clearFlag == 0 and warningNodes.Logic.gearNotDownLocked.getBoolValue() and phaseVar3 != 3 and phaseVar3 != 4 and phaseVar3 != 5 and phaseVar3 != 8) {
gearNotDownLocked.active = 1;
if (gearNotDownLockedRec.clearFlag == 0 and !warningNodes.Logic.gearNotDownLockedFlipflop.getBoolValue()) {
gearNotDownLockedRec.active = 1;
gearNotDownLockedWork.active = 1;
} else {
ECAM_controller.warningReset(gearNotDownLockedRec);
ECAM_controller.warningReset(gearNotDownLockedWork);
}
if (gearNotDownLocked120.clearFlag == 0) {
gearNotDownLocked120.active = 1;
} else {
ECAM_controller.warningReset(gearNotDownLocked120);
}
if (gearNotDownLockedGrav.clearFlag == 0) {
gearNotDownLockedGrav.active = 1;
} else {
ECAM_controller.warningReset(gearNotDownLockedGrav);
}
} else {
ECAM_controller.warningReset(gearNotDownLocked);
ECAM_controller.warningReset(gearNotDownLockedRec);
ECAM_controller.warningReset(gearNotDownLockedWork);
ECAM_controller.warningReset(gearNotDownLocked120);
ECAM_controller.warningReset(gearNotDownLockedGrav);
}
# AUTOFLT
if ((ap_offw.clearFlag == 0) and apWarn.getValue() == 2) {
ap_offw.active = 1;
} else {
ECAM_controller.warningReset(ap_offw);
}
# C-Chord
if (warningNodes.Logic.altitudeAlert.getValue()) {
if (!getprop("/sim/sound/warnings/cchord-inhibit")) {
aural[4].setValue(1);
} else {
aural[4].setValue(0);
}
} else {
aural[4].setValue(0);
setprop("/sim/sound/warnings/cchord-inhibit", 0);
}
if (warningNodes.Logic.altitudeAlertSteady.getValue()) {
altAlertSteady = 1;
} else {
altAlertSteady = 0;
}
if (warningNodes.Logic.altitudeAlertFlash.getValue()) {
altAlertFlash = 1;
} else {
altAlertFlash = 0;
}
if (cargoSmokeFwd.clearFlag == 0 and systems.fwdCargoFireWarn.getBoolValue() and (phaseVar3 <= 3 or phaseVar3 >= 9 or phaseVar3 == 6)) {
cargoSmokeFwd.active = 1;
if (cargoSmokeFwdFans.clearFlag == 0 and systems.PNEU.Switch.cabinFans.getValue()) {
cargoSmokeFwdFans.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeFwdFans);
}
if (cargoSmokeFwdGrdClsd.clearFlag == 0 and (phaseVar3 == 1 or phaseVar3 == 10)) {
cargoSmokeFwdGrdClsd.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeFwdGrdClsd);
}
if (cargoSmokeFwdAgent.clearFlag == 0 and !systems.cargoExtinguisherBottles.vector[0].lightProp.getValue()) {
cargoSmokeFwdAgent.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeFwdAgent);
}
if (FWC.Timer.gnd.getValue() == 0) {
cargoSmokeFwdGrd.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeFwdGrd);
}
if (cargoSmokeFwdDoors.clearFlag == 0) {
cargoSmokeFwdDoors.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeFwdDoors);
}
if (cargoSmokeFwdDisemb.clearFlag == 0) {
cargoSmokeFwdDisemb.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeFwdDisemb);
}
} else {
ECAM_controller.warningReset(cargoSmokeFwd);
ECAM_controller.warningReset(cargoSmokeFwdFans);
ECAM_controller.warningReset(cargoSmokeFwdGrdClsd);
ECAM_controller.warningReset(cargoSmokeFwdAgent);
ECAM_controller.warningReset(cargoSmokeFwdGrd);
ECAM_controller.warningReset(cargoSmokeFwdDoors);
ECAM_controller.warningReset(cargoSmokeFwdDisemb);
systems.cargoTestBtnOff.setBoolValue(0);
}
if (cargoSmokeAft.clearFlag == 0 and systems.aftCargoFireWarn.getBoolValue() and (phaseVar3 <= 3 or phaseVar3 >= 9 or phaseVar3 == 6)) {
cargoSmokeAft.active = 1;
if (cargoSmokeAftFans.clearFlag == 0 and systems.PNEU.Switch.cabinFans.getValue()) {
cargoSmokeAftFans.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeAftFans);
}
if (cargoSmokeAftGrdClsd.clearFlag == 0 and (phaseVar3 == 1 or phaseVar3 == 10)) {
cargoSmokeAftGrdClsd.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeAftGrdClsd);
}
if (cargoSmokeAftAgent.clearFlag == 0 and !systems.cargoExtinguisherBottles.vector[1].lightProp.getValue()) {
cargoSmokeAftAgent.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeAftAgent);
}
if (FWC.Timer.gnd.getValue() == 0) {
cargoSmokeAftGrd.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeAftGrd);
}
if (cargoSmokeAftDoors.clearFlag == 0) {
cargoSmokeAftDoors.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeAftDoors);
}
if (cargoSmokeAftDisemb.clearFlag == 0) {
cargoSmokeAftDisemb.active = 1;
} else {
ECAM_controller.warningReset(cargoSmokeAftDisemb);
}
} else {
ECAM_controller.warningReset(cargoSmokeAft);
ECAM_controller.warningReset(cargoSmokeAftFans);
ECAM_controller.warningReset(cargoSmokeAftGrdClsd);
ECAM_controller.warningReset(cargoSmokeAftAgent);
ECAM_controller.warningReset(cargoSmokeAftGrd);
ECAM_controller.warningReset(cargoSmokeAftDoors);
ECAM_controller.warningReset(cargoSmokeAftDisemb);
systems.cargoTestBtnOff.setBoolValue(0);
}
if (lavatorySmoke.clearFlag == 0 and systems.lavatoryFireWarn.getValue() and phaseVar3 != 4 and phaseVar3 != 5 and phaseVar3 != 7 and phaseVar3 != 8) {
lavatorySmoke.active = 1;
lavatorySmokeComm.active = 1;
} else {
ECAM_controller.warningReset(lavatorySmoke);
ECAM_controller.warningReset(lavatorySmokeComm);
}
# ESS on BAT
if ((!gear.getValue() or !pts.Controls.Gear.gearDown.getValue()) and getprop("/systems/electrical/some-electric-thingie/static-inverter-timer") == 1 and phaseVar3 >= 5 and phaseVar3 <= 7) {
essBusOnBat.active = 1;
essBusOnBatLGUplock.active = 1;
essBusOnBatManOn.active = 1;
essBusOnBatRetract.active = 1;
essBusOnBatMinSpeed.active = 1;
essBusOnBatLGCB.active = 1;
} else {
ECAM_controller.warningReset(essBusOnBat);
ECAM_controller.warningReset(essBusOnBatLGUplock);
ECAM_controller.warningReset(essBusOnBatManOn);
ECAM_controller.warningReset(essBusOnBatRetract);
ECAM_controller.warningReset(essBusOnBatMinSpeed);
ECAM_controller.warningReset(essBusOnBatLGCB);
}
# EMER CONFIG
if (systems.ELEC.EmerElec.getValue() and !dualFailNode.getBoolValue() and phaseVar3 != 4 and phaseVar3 != 8 and emerconfig.clearFlag == 0 and !getprop("/systems/acconfig/autoconfig-running")) {
emerconfig.active = 1;
if (getprop("/systems/hydraulic/sources/rat/position") != 0 and emerconfigMinRat.clearFlag == 0) {
emerconfigMinRat.active = 1;
} else {
ECAM_controller.warningReset(emerconfigMinRat);
}
if (!(getprop("/systems/electrical/some-electric-thingie/generator-1-reset") and getprop("/systems/electrical/some-electric-thingie/generator-2-reset")) and emerconfigGen.clearFlag == 0) {
emerconfigGen.active = 1; # EGEN12R TRUE
} else {
ECAM_controller.warningReset(emerconfigGen);
}
if (!(getprop("/systems/electrical/some-electric-thingie/generator-1-reset-bustie") and getprop("/systems/electrical/some-electric-thingie/generator-2-reset-bustie")) and emerconfigGen2.clearFlag == 0) {
emerconfigGen2.active = 1;
if (getprop("/controls/electrical/switches/bus-tie")) {
emerconfigBusTie.active = 1;
} else {
ECAM_controller.warningReset(emerconfigBusTie);
}
emerconfigGen3.active = 1; # EGENRESET TRUE
} else {
ECAM_controller.warningReset(emerconfigGen2);
ECAM_controller.warningReset(emerconfigBusTie);
ECAM_controller.warningReset(emerconfigGen3);
}
if (systems.ELEC.Source.EmerGen.relayPos.getValue() == 0 and emerconfigManOn.clearFlag == 0) {
emerconfigManOn.active = 1;
} else {
ECAM_controller.warningReset(emerconfigManOn);
}
if (getprop("/controls/engines/engine-start-switch") != 2 and emerconfigEngMode.clearFlag == 0) {
emerconfigEngMode.active = 1;
} else {
ECAM_controller.warningReset(emerconfigEngMode);
}
if (emerconfigRadio.clearFlag == 0) {
emerconfigRadio.active = 1;
} else {
ECAM_controller.warningReset(emerconfigRadio);
}
if (emerconfigIcing.clearFlag == 0) {
emerconfigIcing.active = 1;
} else {
ECAM_controller.warningReset(emerconfigIcing);
}
if (emerconfigFuelG.clearFlag == 0) {
emerconfigFuelG.active = 1;
} else {
ECAM_controller.warningReset(emerconfigFuelG);
}
if (emerconfigFuelG2.clearFlag == 0) {
emerconfigFuelG2.active = 1;
} else {
ECAM_controller.warningReset(emerconfigFuelG2);
}
if (fbw.FBW.Computers.fac1.getBoolValue() == 0 and emerconfigFAC.clearFlag == 0) {
emerconfigFAC.active = 1;
} else {
ECAM_controller.warningReset(emerconfigFAC);
}
if (!getprop("/controls/electrical/switches/bus-tie") and emerconfigBusTie2.clearFlag == 0) {
emerconfigBusTie2.active = 1;
} else {
ECAM_controller.warningReset(emerconfigBusTie2);
}
if (emerconfigAPU.clearFlag == 0) {
emerconfigAPU.active = 1;
} else {
ECAM_controller.warningReset(emerconfigAPU);
}
if (emerconfigVent.clearFlag == 0) {
emerconfigVent.active = 1;
} else {
ECAM_controller.warningReset(emerconfigVent);
}
} else {
ECAM_controller.warningReset(emerconfig);
ECAM_controller.warningReset(emerconfigMinRat);
ECAM_controller.warningReset(emerconfigGen);
ECAM_controller.warningReset(emerconfigGen2);
ECAM_controller.warningReset(emerconfigBusTie);
ECAM_controller.warningReset(emerconfigGen3);
ECAM_controller.warningReset(emerconfigManOn);
ECAM_controller.warningReset(emerconfigEngMode);
ECAM_controller.warningReset(emerconfigRadio);
ECAM_controller.warningReset(emerconfigIcing);
ECAM_controller.warningReset(emerconfigFuelG);
ECAM_controller.warningReset(emerconfigFuelG2);
ECAM_controller.warningReset(emerconfigFAC);
ECAM_controller.warningReset(emerconfigBusTie2);
ECAM_controller.warningReset(emerconfigAPU);
ECAM_controller.warningReset(emerconfigVent);
}
if (hydBYloPr.clearFlag == 0 and phaseVar3 != 4 and phaseVar3 != 5 and warningNodes.Logic.blueYellow.getValue()) {
hydBYloPr.active = 1;
if (hydBYloPrRat.clearFlag == 0 and systems.HYD.Rat.position.getValue() != 0) {
hydBYloPrRat.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrRat);
}
if (hydBYloPrYElec.clearFlag == 0 and !systems.HYD.Pump.yellowElec.getValue() and systems.ELEC.Bus.ac2.getValue() >= 110 and systems.HYD.Qty.yellow.getValue() >= 3.5) {
hydBYloPrYElec.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrYElec);
}
if (hydBYloPrRatOn.clearFlag == 0 and systems.HYD.Rat.position.getValue() == 0 and systems.HYD.Qty.blue.getValue() >= 2.4) {
hydBYloPrRatOn.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrRatOn);
}
if (hydBYloPrBElec.clearFlag == 0 and systems.HYD.Switch.blueElec.getValue()) {
hydBYloPrBElec.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrBElec);
}
if (hydBYloPrYEng.clearFlag == 0 and systems.HYD.Switch.yellowEDP.getValue()) {
hydBYloPrYEng.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrYEng);
}
if (hydBYloPrMaxSpd.clearFlag == 0) {
hydBYloPrMaxSpd.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrMaxSpd);
}
if (hydBYloPrMnvrCare.clearFlag == 0) {
hydBYloPrMnvrCare.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrMnvrCare);
}
if (hydBYloPrGaPitch.clearFlag == 0) {
hydBYloPrGaPitch.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrGaPitch);
}
if (hydBYloPrFuelCnsmpt.clearFlag == 0 and warningNodes.Logic.blueYellowFuel.getValue()) {
hydBYloPrFuelCnsmpt.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrFuelCnsmpt);
}
if (hydBYloPrFmsPredict.clearFlag == 0 and warningNodes.Logic.blueYellowFuel.getValue()) {
hydBYloPrFmsPredict.active = 1;
} else {
ECAM_controller.warningReset(hydBYloPrFmsPredict);
}
} else {
ECAM_controller.warningReset(hydBYloPr);
ECAM_controller.warningReset(hydBYloPrRat);
ECAM_controller.warningReset(hydBYloPrYElec);
ECAM_controller.warningReset(hydBYloPrRatOn);
ECAM_controller.warningReset(hydBYloPrBElec);
ECAM_controller.warningReset(hydBYloPrYEng);
ECAM_controller.warningReset(hydBYloPrMaxSpd);
ECAM_controller.warningReset(hydBYloPrMnvrCare);
ECAM_controller.warningReset(hydBYloPrGaPitch);
ECAM_controller.warningReset(hydBYloPrFuelCnsmpt);
ECAM_controller.warningReset(hydBYloPrFmsPredict);
}
if (hydGBloPr.clearFlag == 0 and phaseVar3 != 4 and phaseVar3 != 5 and warningNodes.Logic.blueGreen.getValue()) {
hydGBloPr.active = 1;
if (hydGBloPrRat.clearFlag == 0 and systems.HYD.Rat.position.getValue() != 0) {
hydGBloPrRat.active = 1;
} else {
ECAM_controller.warningReset(hydGBloPrRat);
}
if (hydGBloPrRatOn.clearFlag == 0 and systems.HYD.Rat.position.getValue() == 0 and systems.HYD.Qty.blue.getValue() >= 2.4) {
hydGBloPrRatOn.active = 1;
} else {
ECAM_controller.warningReset(hydGBloPrRatOn);
}
if (hydGBloPrBElec.clearFlag == 0 and systems.HYD.Switch.blueElec.getValue()) {
hydGBloPrBElec.active = 1;
} else {
ECAM_controller.warningReset(hydGBloPrBElec);
}
if (hydGBloPrGEng.clearFlag == 0 and systems.HYD.Switch.greenEDP.getValue()) {
hydGBloPrGEng.active = 1;
} else {
ECAM_controller.warningReset(hydGBloPrGEng);
}
if (hydGBloPrMnvrCare.clearFlag == 0) {
hydGBloPrMnvrCare.active = 1;
} else {
ECAM_controller.warningReset(hydGBloPrMnvrCare);
}
if (hydGBloPrGaPitch.clearFlag == 0) {
hydGBloPrGaPitch.active = 1;
} else {
ECAM_controller.warningReset(hydGBloPrGaPitch);
}
if (hydGBloPrFuelCnsmpt.clearFlag == 0 and warningNodes.Logic.blueGreenFuel.getValue()) {
hydGBloPrFuelCnsmpt.active = 1;
} else {
ECAM_controller.warningReset(hydGBloPrFuelCnsmpt);
}
if (hydGBloPrFmsPredict.clearFlag == 0 and warningNodes.Logic.blueGreenFuel.getValue()) {
hydGBloPrFmsPredict.active = 1;
} else {
ECAM_controller.warningReset(hydGBloPrFmsPredict);
}
} else {
ECAM_controller.warningReset(hydGBloPr);
ECAM_controller.warningReset(hydGBloPrRat);
ECAM_controller.warningReset(hydGBloPrRatOn);
ECAM_controller.warningReset(hydGBloPrBElec);
ECAM_controller.warningReset(hydGBloPrGEng);
ECAM_controller.warningReset(hydGBloPrMnvrCare);
ECAM_controller.warningReset(hydGBloPrGaPitch);
ECAM_controller.warningReset(hydGBloPrFuelCnsmpt);
ECAM_controller.warningReset(hydGBloPrFmsPredict);
}
if (hydGYloPr.clearFlag == 0 and phaseVar3 != 4 and phaseVar3 != 5 and warningNodes.Logic.greenYellow.getValue()) {
hydGYloPr.active = 1;
if (hydGYloPrPtu.clearFlag == 0 and systems.HYD.Switch.ptu.getValue() != 0) {
hydGYloPrPtu.active = 1;
} else {
ECAM_controller.warningReset(hydGYloPrPtu);
}
if (hydGYloPrGEng.clearFlag == 0 and systems.HYD.Switch.greenEDP.getValue()) {
hydGYloPrGEng.active = 1;
} else {
ECAM_controller.warningReset(hydGYloPrGEng);
}
if (hydGYloPrYEng.clearFlag == 0 and systems.HYD.Switch.yellowEDP.getValue()) {
hydGYloPrYEng.active = 1;
} else {
ECAM_controller.warningReset(hydGYloPrYEng);
}
if (hydGYloPrYElec.clearFlag == 0 and !systems.HYD.Pump.yellowElec.getValue() and systems.ELEC.Bus.ac2.getValue() >= 110 and systems.HYD.Qty.yellow.getValue() >= 3.5) {
hydGYloPrYElec.active = 1;
} else {
ECAM_controller.warningReset(hydGYloPrYElec);
}
if (hydGYloPrMnvrCare.clearFlag == 0) {
hydGYloPrMnvrCare.active = 1;
} else {
ECAM_controller.warningReset(hydGYloPrMnvrCare);
}
if (hydGYloPrFuelCnsmpt.clearFlag == 0 and warningNodes.Logic.greenYellowFuel.getValue()) {
hydGYloPrFuelCnsmpt.active = 1;
} else {
ECAM_controller.warningReset(hydGYloPrFuelCnsmpt);
}
if (hydGYloPrFmsPredict.clearFlag == 0 and warningNodes.Logic.greenYellowFuel.getValue()) {
hydGYloPrFmsPredict.active = 1;
} else {
ECAM_controller.warningReset(hydGYloPrFmsPredict);
}
} else {
ECAM_controller.warningReset(hydGYloPr);
ECAM_controller.warningReset(hydGYloPrPtu);
ECAM_controller.warningReset(hydGYloPrGEng);
ECAM_controller.warningReset(hydGYloPrYEng);
ECAM_controller.warningReset(hydGYloPrYElec);
ECAM_controller.warningReset(hydGYloPrMnvrCare);
ECAM_controller.warningReset(hydGYloPrFuelCnsmpt);
ECAM_controller.warningReset(hydGYloPrFmsPredict);
}
}
var messages_priority_2 = func {
phaseVar2 = phaseNode.getValue();
# DC EMER CONFIG
if (!systems.ELEC.EmerElec.getValue() and systems.ELEC.Bus.dcEss.getValue() < 25 and systems.ELEC.Bus.dc1.getValue() < 25 and systems.ELEC.Bus.dc2.getValue() < 25 and phaseVar2 != 4 and phaseVar2 != 8 and dcEmerconfig.clearFlag == 0) {
dcEmerconfig.active = 1;
dcEmerconfigManOn.active = 1;
} else {
ECAM_controller.warningReset(dcEmerconfig);
ECAM_controller.warningReset(dcEmerconfigManOn);
}
if (!systems.ELEC.EmerElec.getValue() and !dcEmerconfig.active and systems.ELEC.Bus.dc1.getValue() < 25 and systems.ELEC.Bus.dc2.getValue() < 25 and phaseVar2 != 4 and phaseVar2 != 8 and dcBus12Fault.clearFlag == 0) {
dcBus12Fault.active = 1;
dcBus12FaultBlower.active = 1;
dcBus12FaultExtract.active = 1;
dcBus12FaultBaroRef.active = 1;
dcBus12FaultIcing.active = 1;
dcBus12FaultBrking.active = 1;
} else {
ECAM_controller.warningReset(dcBus12Fault);
ECAM_controller.warningReset(dcBus12FaultBlower);
ECAM_controller.warningReset(dcBus12FaultExtract);
ECAM_controller.warningReset(dcBus12FaultBaroRef);
ECAM_controller.warningReset(dcBus12FaultIcing);
ECAM_controller.warningReset(dcBus12FaultBrking);
}
if (!systems.ELEC.EmerElec.getValue() and systems.ELEC.Bus.acEss.getValue() < 110 and phaseVar2 != 4 and phaseVar2 != 8 and AcBusEssFault.clearFlag == 0) {
AcBusEssFault.active = 1;
if (!systems.ELEC.Switch.acEssFeed.getBoolValue()) {
AcBusEssFaultFeed.active = 1;
} else {
ECAM_controller.warningReset(AcBusEssFaultFeed);
}
AcBusEssFaultAtc.active = 1;
} else {
ECAM_controller.warningReset(AcBusEssFault);
ECAM_controller.warningReset(AcBusEssFaultFeed);
ECAM_controller.warningReset(AcBusEssFaultAtc);
}
if (!systems.ELEC.EmerElec.getValue() and systems.ELEC.Bus.ac1.getValue() < 110 and phaseVar2 != 4 and phaseVar2 != 8 and AcBus1Fault.clearFlag == 0) {
AcBus1Fault.active = 1;
AcBus1FaultBlower.active = 1;
} else {
ECAM_controller.warningReset(AcBus1Fault);
ECAM_controller.warningReset(AcBus1FaultBlower);
}
if (!dcEmerconfig.active and systems.ELEC.Bus.dcEss.getValue() < 25 and phaseVar2 != 4 and phaseVar2 != 8 and DcEssBusFault.clearFlag == 0) {
DcEssBusFault.active = 1;
DcEssBusFaultRadio.active = 1;
DcEssBusFaultRadio2.active = 1;
DcEssBusFaultBaro.active = 1;
DcEssBusFaultGPWS.active = 1;
} else {
ECAM_controller.warningReset(DcEssBusFault);
ECAM_controller.warningReset(DcEssBusFaultRadio);
ECAM_controller.warningReset(DcEssBusFaultRadio2);
ECAM_controller.warningReset(DcEssBusFaultBaro);
ECAM_controller.warningReset(DcEssBusFaultGPWS);
}
if (!systems.ELEC.EmerElec.getValue() and systems.ELEC.Bus.ac2.getValue() < 110 and phaseVar2 != 4 and phaseVar2 != 8 and AcBus2Fault.clearFlag == 0) {
AcBus2Fault.active = 1;
AcBus2FaultExtract.active = 1;
} else {
ECAM_controller.warningReset(AcBus2Fault);
ECAM_controller.warningReset(AcBus2FaultExtract);
}
if (!systems.ELEC.EmerElec.getValue() and systems.ELEC.Bus.dc1.getValue() < 25 and systems.ELEC.Bus.dc2.getValue() >= 25 and phaseVar2 != 4 and phaseVar2 != 8 and dcBus1Fault.clearFlag == 0) {
dcBus1Fault.active = 1;
dcBus1FaultBlower.active = 1;
dcBus1FaultExtract.active = 1;
} else {
ECAM_controller.warningReset(dcBus1Fault);
ECAM_controller.warningReset(dcBus1FaultBlower);
ECAM_controller.warningReset(dcBus1FaultExtract);
}
if (!systems.ELEC.EmerElec.getValue() and systems.ELEC.Bus.dc1.getValue() >= 25 and systems.ELEC.Bus.dc2.getValue() <= 25 and phaseVar2 != 4 and phaseVar2 != 8 and dcBus2Fault.clearFlag == 0) {
dcBus2Fault.active = 1;
dcBus2FaultAirData.active = 1;
dcBus2FaultBaro.active = 1;
} else {
ECAM_controller.warningReset(dcBus2Fault);
ECAM_controller.warningReset(dcBus2FaultAirData);
ECAM_controller.warningReset(dcBus2FaultBaro);
}
if (!systems.ELEC.EmerElec.getValue() and !dcEmerconfig.active and systems.ELEC.Bus.dcBat.getValue() < 25 and phaseVar2 != 4 and phaseVar2 != 5 and phaseVar2 != 7 and phaseVar2 != 8 and dcBusBatFault.clearFlag == 0) {
dcBusBatFault.active = 1;
} else {
ECAM_controller.warningReset(dcBusBatFault);
}
if (!(systems.ELEC.EmerElec.getValue() and !systems.ELEC.Source.EmerGen.relayPos.getValue()) and systems.ELEC.Bus.dcEssShed.getValue() < 25 and systems.ELEC.Bus.dcEss.getValue() >= 25 and phaseVar2 != 4 and phaseVar2 != 8 and dcBusEssShed.clearFlag == 0) {
dcBusEssShed.active = 1;
dcBusEssShedExtract.active = 1;
dcBusEssShedIcing.active = 1;
} else {
ECAM_controller.warningReset(dcBusEssShed);
ECAM_controller.warningReset(dcBusEssShedExtract);
ECAM_controller.warningReset(dcBusEssShedIcing);
}
if (!(systems.ELEC.EmerElec.getValue() and !systems.ELEC.Source.EmerGen.relayPos.getValue()) and systems.ELEC.Bus.acEssShed.getValue() < 110 and systems.ELEC.Bus.acEss.getValue() >= 110 and phaseVar2 != 4 and phaseVar2 != 8 and acBusEssShed.clearFlag == 0) {
acBusEssShed.active = 1;
if (!systems.ELEC.EmerElec.getValue()) {
acBusEssShedAtc.active = 1;
} else {
ECAM_controller.warningReset(acBusEssShed);
}
} else {
ECAM_controller.warningReset(acBusEssShed);
ECAM_controller.warningReset(acBusEssShedAtc);
}
if (gen1fault.clearFlag == 0 and warningNodes.Flipflops.gen1Fault.getValue() and (phaseVar2 == 2 or phaseVar2 == 3 or phaseVar2 == 6 or phaseVar2 == 9)) {
gen1fault.active = 1;
if (!warningNodes.Flipflops.gen1FaultOnOff.getValue()) {
gen1faultGen.active = 1;
} else {
ECAM_controller.warningReset(gen1faultGen);
}
if (systems.ELEC.Switch.gen1.getBoolValue()) {
gen1faultGen2.active = 1;
gen1faultGen3.active = 1;
} else {
ECAM_controller.warningReset(gen1faultGen2);
ECAM_controller.warningReset(gen1faultGen3);
}
} else {
ECAM_controller.warningReset(gen1fault);
ECAM_controller.warningReset(gen1faultGen);
ECAM_controller.warningReset(gen1faultGen2);
ECAM_controller.warningReset(gen1faultGen3);
}
if (gen2fault.clearFlag == 0 and warningNodes.Flipflops.gen2Fault.getValue() and (phaseVar2 == 2 or phaseVar2 == 3 or phaseVar2 == 6 or phaseVar2 == 9)) {
gen2fault.active = 1;
if (!warningNodes.Flipflops.gen2FaultOnOff.getValue()) {
gen2faultGen.active = 1;
} else {
ECAM_controller.warningReset(gen2faultGen);
}
if (systems.ELEC.Switch.gen2.getBoolValue()) {
gen2faultGen2.active = 1;
gen2faultGen3.active = 1;
} else {
ECAM_controller.warningReset(gen2faultGen2);
ECAM_controller.warningReset(gen2faultGen3);
}
} else {
ECAM_controller.warningReset(gen2fault);
ECAM_controller.warningReset(gen2faultGen);
ECAM_controller.warningReset(gen2faultGen2);
ECAM_controller.warningReset(gen2faultGen3);
}
if (apuGenfault.clearFlag == 0 and warningNodes.Flipflops.apuGenFault.getValue() and (phaseVar2 <= 3 or phaseVar2 == 6 or phaseVar2 >= 9)) {
apuGenfault.active = 1;
if (!warningNodes.Flipflops.apuGenFaultOnOff.getValue()) {
apuGenfaultGen.active = 1;
} else {
ECAM_controller.warningReset(apuGenfaultGen);
}
if (systems.ELEC.Switch.genApu.getBoolValue()) {
apuGenfaultGen2.active = 1;
apuGenfaultGen3.active = 1;
} else {
ECAM_controller.warningReset(apuGenfaultGen2);
ECAM_controller.warningReset(apuGenfaultGen3);
}
} else {
ECAM_controller.warningReset(apuGenfault);
ECAM_controller.warningReset(apuGenfaultGen);
ECAM_controller.warningReset(apuGenfaultGen2);
ECAM_controller.warningReset(apuGenfaultGen3);
}
if (lElevFault.clearFlag == 0 and warningNodes.Timers.leftElevFail.getValue() and phaseVar2 != 4 and phaseVar2 != 5) {
lElevFault.active = 1;
if (lElevFaultCare.clearFlag == 0) {
lElevFaultCare.active = 1;
} else {
ECAM_controller.warningReset(lElevFaultCare);
}
if (lElevFaultPitch.clearFlag == 0) {
lElevFaultPitch.active = 1;
} else {
ECAM_controller.warningReset(lElevFaultPitch);
}
} else {
ECAM_controller.warningReset(lElevFault);
ECAM_controller.warningReset(lElevFaultCare);
ECAM_controller.warningReset(lElevFaultPitch);
}
if (rElevFault.clearFlag == 0 and warningNodes.Timers.rightElevFail.getValue() and phaseVar2 != 4 and phaseVar2 != 5) {
rElevFault.active = 1;
if (rElevFaultCare.clearFlag == 0) {
rElevFaultCare.active = 1;
} else {
ECAM_controller.warningReset(rElevFaultCare);
}
if (rElevFaultPitch.clearFlag == 0) {
rElevFaultPitch.active = 1;
} else {
ECAM_controller.warningReset(rElevFaultPitch);
}
} else {
ECAM_controller.warningReset(rElevFault);
ECAM_controller.warningReset(rElevFaultCare);
ECAM_controller.warningReset(rElevFaultPitch);
}
if (directLaw.clearFlag == 0 and warningNodes.Timers.directLaw.getValue() and phaseVar2 != 4 and phaseVar2 != 5 and phaseVar2 != 7 and phaseVar2 != 8) {
directLaw.active = 1;
directLawProt.active = 1;
if (directLawMaxSpeed.clearFlag == 0 and !fbw.tripleADRFail and pts.Gear.position[1].getValue() == 1) {
directLawMaxSpeed.active = 1;
} else {
ECAM_controller.warningReset(directLawMaxSpeed);
}
if (directLawTrim.clearFlag == 0 and (systems.HYD.Psi.green.getValue() >= 1500 or systems.HYD.Psi.yellow.getValue() >= 1500) and !fbw.FBW.Failures.ths.getValue()) {
directLawTrim.active = 1;
} else {
ECAM_controller.warningReset(directLawTrim);
}
if (directLawCare.clearFlag == 0 and (fbw.tripleADRFail or pts.Gear.position[1].getValue() == 1)) {
directLawCare.active = 1;
} else {
ECAM_controller.warningReset(directLawCare);
}
if (directLawSpdBrk.clearFlag == 0 and !fbw.tripleADRFail and pts.Gear.position[1].getValue() == 1) {
directLawSpdBrk.active = 1;
} else {
ECAM_controller.warningReset(directLawSpdBrk);
}
if (directLawSpdBrk2.clearFlag == 0 and fbw.tripleADRFail) {
directLawSpdBrk2.active = 1;
} else {
ECAM_controller.warningReset(directLawSpdBrk2);
}
} else {
ECAM_controller.warningReset(directLaw);
ECAM_controller.warningReset(directLawProt);
ECAM_controller.warningReset(directLawMaxSpeed);
ECAM_controller.warningReset(directLawTrim);
ECAM_controller.warningReset(directLawCare);
ECAM_controller.warningReset(directLawSpdBrk);
ECAM_controller.warningReset(directLawSpdBrk2);
}
if (altnLaw.clearFlag == 0 and warningNodes.Timers.altnLaw.getValue() and phaseVar2 != 4 and phaseVar2 != 5 and phaseVar2 != 7 and phaseVar2 != 8) {
altnLaw.active = 1;
altnLawProt.active = 1;
if (altnLawMaxSpeed.clearFlag == 0 and altnLawMaxSpeed2.clearFlag == 0 and !fbw.tripleADRFail) {
if (!(getprop("/ECAM/warnings/hyd/green-abnorm-lo-pr") and (getprop("/ECAM/warnings/hyd/blue-abnorm-lo-pr") or getprop("/ECAM/warnings/hyd/yellow-abnorm-lo-pr")))) {
altnLawMaxSpeed.active = 1;
ECAM_controller.warningReset(altnLawMaxSpeed2);
} else {
altnLawMaxSpeed2.active = 1;
ECAM_controller.warningReset(altnLawMaxSpeed);
}
} else {
ECAM_controller.warningReset(altnLawMaxSpeed);
ECAM_controller.warningReset(altnLawMaxSpeed2);
}
if (altnLawMaxSpdBrk.clearFlag == 0 and (fbw.tripleADRFail or warningNodes.Logic.leftElevFail.getValue() or warningNodes.Logic.rightElevFail.getValue())) {
altnLawMaxSpdBrk.active = 1;
} else {
ECAM_controller.warningReset(altnLawMaxSpdBrk);
}
} else {
ECAM_controller.warningReset(altnLaw);
ECAM_controller.warningReset(altnLawProt);
ECAM_controller.warningReset(altnLawMaxSpeed);
ECAM_controller.warningReset(altnLawMaxSpeed2);
ECAM_controller.warningReset(altnLawMaxSpdBrk);
}
if ((athr_offw.clearFlag == 0) and athrWarn.getValue() == 2 and phaseVar2 != 4 and phaseVar2 != 8 and phaseVar2 != 10) {
athr_offw.active = 1;
athr_offw_1.active = 1;
} else {
ECAM_controller.warningReset(athr_offw);
ECAM_controller.warningReset(athr_offw_1);
}
if ((athr_lock.clearFlag == 0) and phaseVar2 >= 5 and phaseVar2 <= 7 and getprop("/systems/thrust/thr-locked-alert") == 1) {
if (getprop("/systems/thrust/thr-locked-flash") == 0) {
athr_lock.msg = " ";
} else {
athr_lock.msg = msgSave
}
athr_lock.active = 1;
athr_lock_1.active = 1;
} else {
ECAM_controller.warningReset(athr_lock);
ECAM_controller.warningReset(athr_lock_1);
}
if ((athr_lim.clearFlag == 0) and getprop("it-autoflight/output/athr") == 1 and ((getprop("/systems/thrust/eng-out") != 1 and (pts.Systems.Thrust.state[0].getValue() == "MAN" or pts.Systems.Thrust.state[1].getValue() == "MAN")) or (getprop("/systems/thrust/eng-out") == 1 and (pts.Systems.Thrust.state[0].getValue() == "MAN" or pts.Systems.Thrust.state[1].getValue() == "MAN" or (pts.Systems.Thrust.state[0].getValue() == "MAN THR" and getprop("/controls/engines/engine[0]/throttle-pos") <= 0.83) or (pts.Systems.Thrust.state[1].getValue() == "MAN THR" and getprop("/controls/engines/engine[0]/throttle-pos") <= 0.83)))) and (phaseVar2 >= 5 and phaseVar2 <= 7)) {
athr_lim.active = 1;
athr_lim_1.active = 1;
} else {
ECAM_controller.warningReset(athr_lim);
ECAM_controller.warningReset(athr_lim_1);
}
if (getprop("/instrumentation/tcas/serviceable") == 0 and phaseVar2 != 1 and phaseVar2 != 3 and phaseVar2 != 4 and phaseVar2 != 5 and phaseVar2 != 7 and phaseVar2 != 8 and phaseVar2 != 10 and systems.ELEC.Bus.ac1.getValue() >= 110 and pts.Instrumentation.TCAS.Inputs.mode.getValue() != 1 and tcasFault.clearFlag == 0) {
tcasFault.active = 1;
} else {
ECAM_controller.warningReset(tcasFault);
}
if (phaseVar2 == 6 and pts.Instrumentation.TCAS.Inputs.mode.getValue() == 1 and !tcasFault.active and (atc.Transponders.vector[0].condition != 0 and atc.Transponders.vector[1].condition != 0) and tcasStby.clearFlag == 0) {
tcasStby.active = 1;
} else {
ECAM_controller.warningReset(tcasStby);
}
if (gpwsTerrFault.clearFlag == 0 and warningNodes.Timers.navTerrFault.getValue() == 1 and (phaseVar2 == 2 or phaseVar2 == 6 or phaseVar2 == 7 or phaseVar2 == 9)) {
gpwsTerrFault.active = 1;
if (gpwsTerrFaultOff.clearFlag == 0 and !getprop("/instrumentation/mk-viii/inputs/discretes/ta-tcf-inhibit")) {
gpwsTerrFaultOff.active = 1;
} else {
ECAM_controller.warningReset(gpwsTerrFaultOff);
}
} else {
ECAM_controller.warningReset(gpwsTerrFault);
ECAM_controller.warningReset(gpwsTerrFaultOff);
}
if (fac12Fault.clearFlag == 0 and phaseVar2 != 4 and phaseVar2 != 5 and phaseVar2 != 7 and phaseVar2 != 8 and warningNodes.Logic.fac12Fault.getBoolValue()) {
fac12Fault.active = 1;
fac12FaultRud.active = 1;
fac12FaultFac.active = 1;
fac12FaultSuccess.active = 1;
fac12FaultFacOff.active = 1;
} else {
ECAM_controller.warningReset(fac12Fault);
ECAM_controller.warningReset(fac12FaultRud);
ECAM_controller.warningReset(fac12FaultFac);
ECAM_controller.warningReset(fac12FaultSuccess);
ECAM_controller.warningReset(fac12FaultFacOff);
}
if (yawDamperSysFault.clearFlag == 0 and phaseVar2 != 4 and phaseVar2 != 5 and phaseVar2 != 7 and phaseVar2 != 8 and phaseVar2 != 10 and warningNodes.Logic.yawDamper12Fault.getBoolValue()) {
yawDamperSysFault.active = 1;
yawDamperSysFaultFac1.active = 1;
yawDamperSysFaultFac2.active = 1;
} else {
ECAM_controller.warningReset(yawDamperSysFault);
ECAM_controller.warningReset(yawDamperSysFaultFac1);
ECAM_controller.warningReset(yawDamperSysFaultFac2);
}
if (rudTravLimSysFault.clearFlag == 0 and phaseVar2 != 4 and phaseVar2 != 5 and phaseVar2 != 7 and phaseVar2 != 8 and warningNodes.Logic.rtlu12Fault.getBoolValue()) {
rudTravLimSysFault.active = 1;
rudTravLimSysFaultRud.active = 1;
rudTravLimSysFaultFac.active = 1;
} else {
ECAM_controller.warningReset(rudTravLimSysFault);
ECAM_controller.warningReset(rudTravLimSysFaultRud);
ECAM_controller.warningReset(rudTravLimSysFaultFac);
}
if (fac1Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Logic.fac1Fault.getBoolValue()) {
fac1Fault.active = 1;
fac1FaultFac.active = 1;
fac1FaultSuccess.active = 1;
fac1FaultFacOff.active = 1;
} else {
ECAM_controller.warningReset(fac1Fault);
ECAM_controller.warningReset(fac1FaultFac);
ECAM_controller.warningReset(fac1FaultSuccess);
ECAM_controller.warningReset(fac1FaultFacOff);
}
if (fac2Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Logic.fac2Fault.getBoolValue()) {
fac2Fault.active = 1;
fac2FaultFac.active = 1;
fac2FaultSuccess.active = 1;
fac2FaultFacOff.active = 1;
} else {
ECAM_controller.warningReset(fac2Fault);
ECAM_controller.warningReset(fac2FaultFac);
ECAM_controller.warningReset(fac2FaultSuccess);
ECAM_controller.warningReset(fac2FaultFacOff);
}
if (yawDamper1Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 == 9 or phaseVar2 == 6) and warningNodes.Timers.yawDamper1Fault.getValue() == 1 and !warningNodes.Logic.yawDamper12Fault.getBoolValue()) {
yawDamper1Fault.active = 1;
} else {
ECAM_controller.warningReset(yawDamper1Fault);
}
if (yawDamper2Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 == 9 or phaseVar2 == 6) and warningNodes.Timers.yawDamper2Fault.getValue() == 1 and !warningNodes.Logic.yawDamper12Fault.getBoolValue()) {
yawDamper2Fault.active = 1;
} else {
ECAM_controller.warningReset(yawDamper2Fault);
}
if (rudTravLimSys1Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Logic.rtlu1Fault.getBoolValue()) {
rudTravLimSys1Fault.active = 1;
} else {
ECAM_controller.warningReset(rudTravLimSys1Fault);
}
if (rudTravLimSys2Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Logic.rtlu2Fault.getBoolValue()) {
rudTravLimSys2Fault.active = 1;
} else {
ECAM_controller.warningReset(rudTravLimSys2Fault);
}
if (fcu.FCUController.FCU1.failed and fcu.FCUController.FCU2.failed and systems.ELEC.Bus.dcEss.getValue() >= 25 and systems.ELEC.Bus.dcEss.getValue() >= 25 and fcuFault.clearFlag == 0) {
fcuFault.active = 1;
fcuFaultBaro.active = 1;
} else {
ECAM_controller.warningReset(fcuFault);
ECAM_controller.warningReset(fcuFaultBaro);
}
if (fcu.FCUController.FCU1.failed and !fcu.FCUController.FCU2.failed and systems.ELEC.Bus.dcEss.getValue() >= 25 and fcuFault1.clearFlag == 0) {
fcuFault1.active = 1;
fcuFault1Baro.active = 1;
} else {
ECAM_controller.warningReset(fcuFault1);
ECAM_controller.warningReset(fcuFault1Baro);
}
if (fcu.FCUController.FCU2.failed and !fcu.FCUController.FCU1.failed and systems.ELEC.Bus.dc2.getValue() >= 25 and fcuFault2.clearFlag == 0) {
fcuFault2.active = 1;
fcuFault2Baro.active = 1;
} else {
ECAM_controller.warningReset(fcuFault2);
ECAM_controller.warningReset(fcuFault2Baro);
}
# APU EMER SHUT DOWN
if (apuEmerShutdown.clearFlag == 0 and systems.APUController.APU.signals.autoshutdown and systems.APUController.APU.signals.emer and !getprop("/systems/fire/apu/warning-active") and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
apuEmerShutdown.active = 1;
} elsif (apuEmerShutdown.clearFlag == 1) {
ECAM_controller.warningReset(apuEmerShutdown);
}
if (apuEmerShutdownMast.clearFlag == 0 and systems.APUNodes.Controls.master.getBoolValue() and apuEmerShutdown.active == 1) {
apuEmerShutdownMast.active = 1;
} else {
ECAM_controller.warningReset(apuEmerShutdownMast);
}
# APU AUTO SHUT DOWN
if (apuAutoShutdown.clearFlag == 0 and systems.APUController.APU.signals.autoshutdown and !systems.APUController.APU.signals.emer and !getprop("/systems/fire/apu/warning-active") and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
apuAutoShutdown.active = 1;
} elsif (apuAutoShutdown.clearFlag == 1) {
ECAM_controller.warningReset(apuAutoShutdown);
}
if (apuAutoShutdownMast.clearFlag == 0 and systems.APUNodes.Controls.master.getValue() and apuAutoShutdown.active == 1) {
apuAutoShutdownMast.active = 1;
} else {
ECAM_controller.warningReset(apuAutoShutdownMast);
}
# Bleed
# BLEED 1 FAULT
if ((FWC.Timer.eng1idleOutput.getBoolValue() == 1 and !pts.Controls.Engines.Engine.cutoffSw[0].getValue()) and (systems.PNEU.Warnings.overpress1.getValue() or systems.PNEU.Warnings.ovht1.getValue())) {
warningNodes.Timers.bleed1Fault.setValue(1);
} else {
warningNodes.Timers.bleed1Fault.setValue(0);
}
if (bleed1Fault.clearFlag == 0 and (phaseVar2 == 2 or phaseVar2 == 6 or phaseVar2 == 9) and warningNodes.Timers.bleed1FaultOutput.getValue() == 1 and (!systems.PNEU.Switch.pack1.getBoolValue() or !systems.PNEU.Switch.pack2.getBoolValue() or !(getprop("/ECAM/phases/wing-anti-ice-pulse") and getprop("/controls/ice-protection/wing")))) { # inverse pulse
bleed1Fault.active = 1;
} else {
ECAM_controller.warningReset(bleed1Fault);
}
if (bleed1Fault.active) {
if (bleed1FaultOff.clearFlag == 0 and systems.PNEU.Switch.bleed1.getBoolValue() and systems.PNEU.Warnings.prv1Disag.getValue()) {
bleed1FaultOff.active = 1;
} else {
ECAM_controller.warningReset(bleed1FaultOff);
}
if (bleed1FaultPack.clearFlag == 0 and systems.PNEU.Switch.pack1.getBoolValue() and systems.PNEU.Switch.pack2.getBoolValue() and getprop("/ECAM/warnings/logic/wai-on")) {
bleed1FaultPack.active = 1;
} else {
ECAM_controller.warningReset(bleed1FaultPack);
}
if (bleed1FaultXBleed.clearFlag == 0 and systems.PNEU.Valves.crossbleed.getValue() == 0) {
bleed1FaultXBleed.active = 1;
} else {
ECAM_controller.warningReset(bleed1FaultXBleed);
}
} else {
ECAM_controller.warningReset(bleed1FaultOff);
ECAM_controller.warningReset(bleed1FaultPack);
ECAM_controller.warningReset(bleed1FaultXBleed);
}
# BLEED 2 FAULT
if ((FWC.Timer.eng2idleOutput.getBoolValue() == 1 and !pts.Controls.Engines.Engine.cutoffSw[1].getValue()) and (systems.PNEU.Warnings.overpress2.getValue() or systems.PNEU.Warnings.ovht2.getValue())) {
warningNodes.Timers.bleed2Fault.setValue(1);
} else {
warningNodes.Timers.bleed2Fault.setValue(0);
}
if (bleed2Fault.clearFlag == 0 and (phaseVar2 == 2 or phaseVar2 == 6 or phaseVar2 == 9) and warningNodes.Timers.bleed2FaultOutput.getValue() == 1 and (!systems.PNEU.Switch.pack1.getBoolValue() or !systems.PNEU.Switch.pack2.getBoolValue() or !(getprop("/ECAM/phases/wing-anti-ice-pulse") and getprop("/controls/ice-protection/wing")))) { # inverse pulse
bleed2Fault.active = 1;
} else {
ECAM_controller.warningReset(bleed2Fault);
}
if (bleed2Fault.active) {
if (bleed2FaultOff.clearFlag == 0 and systems.PNEU.Switch.bleed2.getBoolValue() and systems.PNEU.Warnings.prv2Disag.getValue()) {
bleed2FaultOff.active = 1;
} else {
ECAM_controller.warningReset(bleed2FaultOff);
}
if (bleed2FaultPack.clearFlag == 0 and systems.PNEU.Switch.pack1.getValue() and systems.PNEU.Switch.pack2.getValue() and getprop("/ECAM/warnings/logic/wai-on")) {
bleed2FaultPack.active = 1;
} else {
ECAM_controller.warningReset(bleed2FaultPack);
}
if (bleed2FaultXBleed.clearFlag == 0 and systems.PNEU.Valves.crossbleed.getValue() == 0) {
bleed2FaultXBleed.active = 1;
} else {
ECAM_controller.warningReset(bleed2FaultXBleed);
}
} else {
ECAM_controller.warningReset(bleed2FaultOff);
ECAM_controller.warningReset(bleed2FaultPack);
ECAM_controller.warningReset(bleed2FaultXBleed);
}
if (apuBleedFault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.apuFaultOutput.getValue() == 1) {
apuBleedFault.active = 1;
} else {
ECAM_controller.warningReset(apuBleedFault);
}
# HP Valves
if (hpValve1Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and systems.PNEU.Fail.hp1Valve.getValue() and systems.ELEC.Bus.dcEssShed.getValue() >= 25) {
hpValve1Fault.active = 1;
} else {
ECAM_controller.warningReset(hpValve1Fault);
}
if (hpValve2Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and systems.PNEU.Fail.hp2Valve.getValue() and systems.ELEC.Bus.dc2.getValue() >= 25) {
hpValve2Fault.active = 1;
} else {
ECAM_controller.warningReset(hpValve2Fault);
}
# Crossbleed
if (xBleedFault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Logic.crossbleedFault.getValue()) {
xBleedFault.active = 1;
if (xBleedFaultMan.clearFlag == 0 and systems.PNEU.Switch.xbleed.getValue() == 1) {
xBleedFaultMan.active = 1;
} else {
ECAM_controller.warningReset(xBleedFaultMan);
}
if (xBleedFaultWAI.clearFlag == 0 and wing_pb.getValue() and warningNodes.Logic.crossbleedWai.getValue()) {
xBleedFaultWAI.active = 1;
} else {
ECAM_controller.warningReset(xBleedFaultWAI);
}
if (xBleedFaultICE.clearFlag == 0 and warningNodes.Logic.crossbleedWai.getValue()) {
xBleedFaultICE.active = 1;
} else {
ECAM_controller.warningReset(xBleedFaultICE);
}
} else {
ECAM_controller.warningReset(xBleedFault);
ECAM_controller.warningReset(xBleedFaultMan);
ECAM_controller.warningReset(xBleedFaultWAI);
ECAM_controller.warningReset(xBleedFaultICE);
}
if (bleed1Off.clearFlag == 0 and (warningNodes.Timers.bleed1Off60Output.getValue() == 1 or warningNodes.Timers.bleed1Off5Output.getValue() == 1) and FWC.Timer.eng1idleOutput.getBoolValue() and (phaseVar2 == 2 or phaseVar2 == 6)) {
bleed1Off.active = 1;
} else {
ECAM_controller.warningReset(bleed1Off);
}
if (bleed2Off.clearFlag == 0 and (warningNodes.Timers.bleed2Off60Output.getValue() == 1 or warningNodes.Timers.bleed2Off5Output.getValue() == 1) and FWC.Timer.eng2idleOutput.getBoolValue() and (phaseVar2 == 2 or phaseVar2 == 6)) {
bleed2Off.active = 1;
} else {
ECAM_controller.warningReset(bleed2Off);
}
if (warningNodes.Flipflops.bleed1LowTemp.getValue() and warningNodes.Flipflops.bleed2LowTemp.getValue()) {
warningNodes.Timers.bleed1And2LoTemp.setValue(1);
} else {
warningNodes.Timers.bleed1And2LoTemp.setValue(0);
}
if (engBleedLowTemp.clearFlag == 0 and warningNodes.Timers.bleed1And2LoTempOutput.getValue() == 1 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6 or phaseVar2 == 7)) {
engBleedLowTemp.active = 1;
if (engBleedLowTempAthr.clearFlag == 0 and fmgc.Output.athr.getValue()) {
engBleedLowTempAthr.active = 1;
} else {
ECAM_controller.warningReset(engBleedLowTempAthr);
}
if (engBleedLowTempAdv.clearFlag == 0) {
engBleedLowTempAdv.active = 1;
} else {
ECAM_controller.warningReset(engBleedLowTempAdv);
}
if (engBleedLowTempSucc.clearFlag == 0) {
engBleedLowTempSucc.active = 1;
} else {
ECAM_controller.warningReset(engBleedLowTempSucc);
}
if (engBleedLowTempIce.clearFlag == 0) {
engBleedLowTempIce.active = 1;
} else {
ECAM_controller.warningReset(engBleedLowTempIce);
}
if (engBleedLowTempIcing.clearFlag == 0) {
engBleedLowTempIcing.active = 1;
} else {
ECAM_controller.warningReset(engBleedLowTempIcing);
}
} else {
ECAM_controller.warningReset(engBleedLowTemp);
ECAM_controller.warningReset(engBleedLowTempAthr);
ECAM_controller.warningReset(engBleedLowTempAdv);
ECAM_controller.warningReset(engBleedLowTempSucc);
ECAM_controller.warningReset(engBleedLowTempIce);
ECAM_controller.warningReset(engBleedLowTempIcing);
}
if (eng1BleedLowTemp.clearFlag == 0 and warningNodes.Flipflops.bleed1LowTemp.getValue() == 1 and warningNodes.Flipflops.bleed2LowTemp.getValue() == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6 or phaseVar2 == 7)) {
eng1BleedLowTemp.active = 1;
if (eng1BleedLowTempAthr.clearFlag == 0 and fmgc.Output.athr.getValue()) {
eng1BleedLowTempAthr.active = 1;
} else {
ECAM_controller.warningReset(eng1BleedLowTempAthr);
}
if (eng1BleedLowTempAdv.clearFlag == 0) {
eng1BleedLowTempAdv.active = 1;
} else {
ECAM_controller.warningReset(eng1BleedLowTempAdv);
}
if (eng1BleedLowTempSucc.clearFlag == 0 and warningNodes.Logic.bleed1LoTempUnsuc.getValue()) {
eng1BleedLowTempSucc.active = 1;
} else {
ECAM_controller.warningReset(eng1BleedLowTempSucc);
}
if (eng1BleedLowTempXBld.clearFlag == 0 and warningNodes.Logic.bleed1LoTempXbleed.getValue()) {
eng1BleedLowTempXBld.active = 1;
} else {
ECAM_controller.warningReset(eng1BleedLowTempXBld);
}
if (eng1BleedLowTempOff.clearFlag == 0 and warningNodes.Logic.bleed1LoTempBleed.getValue()) {
eng1BleedLowTempOff.active = 1;
} else {
ECAM_controller.warningReset(eng1BleedLowTempOff);
}
if (eng1BleedLowTempPack.clearFlag == 0 and warningNodes.Logic.bleed1LoTempPack.getValue()) {
eng1BleedLowTempPack.active = 1;
} else {
ECAM_controller.warningReset(eng1BleedLowTempPack);
}
if (eng1BleedLowTempIce.clearFlag == 0 and !warningNodes.Logic.bleed2WaiAvail.getValue()) { # on purpose
eng1BleedLowTempIce.active = 1;
eng1BleedLowTempIcing.active = 1;
} else {
ECAM_controller.warningReset(eng1BleedLowTempIce);
ECAM_controller.warningReset(eng1BleedLowTempIcing);
}
} else {
ECAM_controller.warningReset(eng1BleedLowTemp);
ECAM_controller.warningReset(eng1BleedLowTempAthr);
ECAM_controller.warningReset(eng1BleedLowTempAdv);
ECAM_controller.warningReset(eng1BleedLowTempSucc);
ECAM_controller.warningReset(eng1BleedLowTempXBld);
ECAM_controller.warningReset(eng1BleedLowTempOff);
ECAM_controller.warningReset(eng1BleedLowTempPack);
ECAM_controller.warningReset(eng1BleedLowTempIce);
ECAM_controller.warningReset(eng1BleedLowTempIcing);
}
if (eng2BleedLowTemp.clearFlag == 0 and warningNodes.Flipflops.bleed1LowTemp.getValue() == 0 and warningNodes.Flipflops.bleed2LowTemp.getValue() == 1 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6 or phaseVar2 == 7)) {
eng2BleedLowTemp.active = 1;
if (eng2BleedLowTempAthr.clearFlag == 0 and fmgc.Output.athr.getValue()) {
eng2BleedLowTempAthr.active = 1;
} else {
ECAM_controller.warningReset(eng2BleedLowTempAthr);
}
if (eng2BleedLowTempAdv.clearFlag == 0) {
eng2BleedLowTempAdv.active = 1;
} else {
ECAM_controller.warningReset(eng2BleedLowTempAdv);
}
if (eng2BleedLowTempSucc.clearFlag == 0 and warningNodes.Logic.bleed2LoTempUnsuc.getValue()) {
eng2BleedLowTempSucc.active = 1;
} else {
ECAM_controller.warningReset(eng2BleedLowTempSucc);
}
if (eng2BleedLowTempXBld.clearFlag == 0 and warningNodes.Logic.bleed2LoTempXbleed.getValue()) {
eng2BleedLowTempXBld.active = 1;
} else {
ECAM_controller.warningReset(eng2BleedLowTempXBld);
}
if (eng2BleedLowTempOff.clearFlag == 0 and warningNodes.Logic.bleed2LoTempBleed.getValue()) {
eng2BleedLowTempOff.active = 1;
} else {
ECAM_controller.warningReset(eng2BleedLowTempOff);
}
if (eng2BleedLowTempPack.clearFlag == 0 and warningNodes.Logic.bleed2LoTempPack.getValue()) {
eng2BleedLowTempPack.active = 1;
} else {
ECAM_controller.warningReset(eng2BleedLowTempPack);
}
if (eng2BleedLowTempIce.clearFlag == 0 and !warningNodes.Logic.bleed1WaiAvail.getValue()) { # on purpose
eng2BleedLowTempIce.active = 1;
eng2BleedLowTempIcing.active = 1;
} else {
ECAM_controller.warningReset(eng2BleedLowTempIce);
ECAM_controller.warningReset(eng2BleedLowTempIcing);
}
} else {
ECAM_controller.warningReset(eng2BleedLowTemp);
ECAM_controller.warningReset(eng2BleedLowTempAthr);
ECAM_controller.warningReset(eng2BleedLowTempAdv);
ECAM_controller.warningReset(eng2BleedLowTempSucc);
ECAM_controller.warningReset(eng2BleedLowTempXBld);
ECAM_controller.warningReset(eng2BleedLowTempOff);
ECAM_controller.warningReset(eng2BleedLowTempPack);
ECAM_controller.warningReset(eng2BleedLowTempIce);
ECAM_controller.warningReset(eng2BleedLowTempIcing);
}
if (eng1BleedNotClsd.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.bleed1NotShutOutput.getValue() == 1) {
eng1BleedNotClsd.active = 1;
if (systems.PNEU.Switch.bleed1.getBoolValue()) {
eng1BleedNotClsdOff.active = 1;
} else {
ECAM_controller.warningReset(eng1BleedNotClsdOff);
}
} else {
ECAM_controller.warningReset(eng1BleedNotClsd);
ECAM_controller.warningReset(eng1BleedNotClsdOff);
}
if (eng2BleedNotClsd.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.bleed2NotShutOutput.getValue() == 1) {
eng2BleedNotClsd.active = 1;
if (systems.PNEU.Switch.bleed2.getBoolValue()) {
eng2BleedNotClsdOff.active = 1;
} else {
ECAM_controller.warningReset(eng2BleedNotClsdOff);
}
} else {
ECAM_controller.warningReset(eng2BleedNotClsd);
ECAM_controller.warningReset(eng2BleedNotClsdOff);
}
# BMC
if (bleedMonFault.clearFlag == 0 and systems.PNEU.Fail.bmc1.getValue() and systems.PNEU.Fail.bmc2.getValue() and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6)) {
bleedMonFault.active = 1;
} else {
ECAM_controller.warningReset(bleedMonFault);
}
if (bleedMon1Fault.clearFlag == 0 and systems.PNEU.Fail.bmc1.getValue() and !systems.PNEU.Fail.bmc2.getValue() and (phaseVar2 <= 2 or phaseVar2 >= 9)) {
bleedMon1Fault.active = 1;
} else {
ECAM_controller.warningReset(bleedMon1Fault);
}
if (bleedMon2Fault.clearFlag == 0 and !systems.PNEU.Fail.bmc1.getValue() and systems.PNEU.Fail.bmc2.getValue() and (phaseVar2 <= 2 or phaseVar2 >= 9)) {
bleedMon2Fault.active = 1;
} else {
ECAM_controller.warningReset(bleedMon2Fault);
}
# PACK
if (pack12Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Logic.pack12Fault.getValue()) { # TODO NOT OUTFLOW OR HOT AIR FAULT
pack12Fault.active = 1;
if (systems.PNEU.Switch.pack1.getBoolValue()) {
pack12FaultPackOff1.active = 1;
} else {
ECAM_controller.warningReset(pack12FaultPackOff1);
}
if (systems.PNEU.Switch.pack2.getBoolValue()) {
pack12FaultPackOff2.active = 1;
} else {
ECAM_controller.warningReset(pack12FaultPackOff2);
}
if (!systems.PNEU.Switch.ramAir.getBoolValue() and !FWC.Timer.gnd.getValue() != 1 and pts.Instrumentation.Altimeter.indicatedFt.getValue() >= 16000) {
pack12FaultDescend.active = 1;
} else {
ECAM_controller.warningReset(pack12FaultDescend);
}
if (!systems.PNEU.Switch.ramAir.getBoolValue() and FWC.Timer.gnd.getValue() != 1) {
pack12FaultDiffPr.active = 1;
pack12FaultDiffPr2.active = 1;
pack12FaultRam.active = 1;
} else {
ECAM_controller.warningReset(pack12FaultDiffPr);
ECAM_controller.warningReset(pack12FaultDiffPr2);
ECAM_controller.warningReset(pack12FaultRam);
}
if (FWC.Timer.gnd.getValue() != 1) {
pack12FaultMax.active = 1;
} else {
ECAM_controller.warningReset(pack12FaultMax);
}
if (warningNodes.Logic.pack1ResetPb.getBoolValue() or warningNodes.Logic.pack2ResetPb.getBoolValue()) {
pack12FaultOvht.active = 1;
if (warningNodes.Logic.pack1ResetPb.getBoolValue()) {
pack12FaultPackOn1.active = 1;
} else {
ECAM_controller.warningReset(pack12FaultPackOn1);
}
if (warningNodes.Logic.pack2ResetPb.getBoolValue()) {
pack12FaultPackOn2.active = 1;
} else {
ECAM_controller.warningReset(pack12FaultPackOn2);
}
} else {
ECAM_controller.warningReset(pack12FaultOvht);
ECAM_controller.warningReset(pack12FaultPackOn1);
ECAM_controller.warningReset(pack12FaultPackOn2);
}
} else {
ECAM_controller.warningReset(pack12Fault);
ECAM_controller.warningReset(pack12FaultPackOff1);
ECAM_controller.warningReset(pack12FaultPackOff2);
ECAM_controller.warningReset(pack12FaultDescend);
ECAM_controller.warningReset(pack12FaultDiffPr);
ECAM_controller.warningReset(pack12FaultDiffPr2);
ECAM_controller.warningReset(pack12FaultRam);
ECAM_controller.warningReset(pack12FaultMax);
ECAM_controller.warningReset(pack12FaultOvht);
ECAM_controller.warningReset(pack12FaultPackOn1);
ECAM_controller.warningReset(pack12FaultPackOn2);
}
if (pack1Ovht.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Flipflops.pack1Ovht.getValue()) {
pack1Ovht.active = 1;
if (systems.PNEU.Switch.pack1.getBoolValue()) {
pack1OvhtOff.active = 1;
} else {
ECAM_controller.warningReset(pack1OvhtOff);
}
pack1OvhtOut.active = 1;
pack1OvhtPack.active = 1;
} else {
ECAM_controller.warningReset(pack1Ovht);
ECAM_controller.warningReset(pack1OvhtOff);
ECAM_controller.warningReset(pack1OvhtOut);
ECAM_controller.warningReset(pack1OvhtPack);
}
if (pack2Ovht.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Flipflops.pack2Ovht.getValue()) {
pack2Ovht.active = 1;
if (systems.PNEU.Switch.pack2.getBoolValue()) {
pack2OvhtOff.active = 1;
} else {
ECAM_controller.warningReset(pack2OvhtOff);
}
pack2OvhtOut.active = 1;
pack2OvhtPack.active = 1;
} else {
ECAM_controller.warningReset(pack2Ovht);
ECAM_controller.warningReset(pack2OvhtOff);
ECAM_controller.warningReset(pack2OvhtOut);
ECAM_controller.warningReset(pack2OvhtPack);
}
if (pack1Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.pack1Fault.getValue() == 1) {
pack1Fault.active = 1;
if (systems.PNEU.Switch.pack1.getBoolValue()) {
pack1FaultOff.active = 1;
} else {
ECAM_controller.warningReset(pack1FaultOff);
}
} else {
ECAM_controller.warningReset(pack1Fault);
ECAM_controller.warningReset(pack1FaultOff);
}
if (pack2Fault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.pack2Fault.getValue() == 1) {
pack2Fault.active = 1;
if (systems.PNEU.Switch.pack2.getBoolValue()) {
pack2FaultOff.active = 1;
} else {
ECAM_controller.warningReset(pack2FaultOff);
}
} else {
ECAM_controller.warningReset(pack2Fault);
ECAM_controller.warningReset(pack2FaultOff);
}
if (pack1Off.clearFlag == 0 and phaseVar2 == 6 and warningNodes.Timers.pack1Off.getValue() == 1) {
pack1Off.active = 1;
} else {
ECAM_controller.warningReset(pack1Off);
}
if (pack2Off.clearFlag == 0 and phaseVar2 == 6 and warningNodes.Timers.pack2Off.getValue() == 1) {
pack2Off.active = 1;
} else {
ECAM_controller.warningReset(pack2Off);
}
# COND
if (cabFanFault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Logic.cabinFans.getBoolValue()) {
cabFanFault.active = 1;
cabFanFaultFlow.active = 1;
} else {
ECAM_controller.warningReset(cabFanFault);
ECAM_controller.warningReset(cabFanFaultFlow);
}
if (trimAirFault.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.trimAirFault.getValue() == 1) {
trimAirFault.active = 1;
if (systems.PNEU.Fail.trimValveAft.getBoolValue()) {
trimAirFaultAft.active = 1;
} else {
ECAM_controller.warningReset(trimAirFaultAft);
}
if (systems.PNEU.Fail.trimValveFwd.getBoolValue()) {
trimAirFaultFwd.active = 1;
} else {
ECAM_controller.warningReset(trimAirFaultFwd);
}
if (systems.PNEU.Fail.trimValveCockpit.getBoolValue()) {
trimAirFaultCkpt.active = 1;
} else {
ECAM_controller.warningReset(trimAirFaultCkpt);
}
} else {
ECAM_controller.warningReset(trimAirFault);
ECAM_controller.warningReset(trimAirFaultAft);
ECAM_controller.warningReset(trimAirFaultFwd);
ECAM_controller.warningReset(trimAirFaultCkpt);
}
# ENG AICE
if (eng1IceClosed.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.eng1AiceNotOpen.getValue() == 1) {
eng1IceClosed.active = 1;
eng1IceClosedIcing.active = 1;
} else {
ECAM_controller.warningReset(eng1IceClosed);
ECAM_controller.warningReset(eng1IceClosedIcing);
}
if (eng2IceClosed.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.eng2AiceNotOpen.getValue() == 1) {
eng2IceClosed.active = 1;
eng2IceClosedIcing.active = 1;
} else {
ECAM_controller.warningReset(eng2IceClosed);
ECAM_controller.warningReset(eng2IceClosedIcing);
}
if (eng1IceOpen.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.eng1AiceNotClsd.getValue() == 1) {
eng1IceOpen.active = 1;
eng1IceOpenThrust.active = 1;
} else {
ECAM_controller.warningReset(eng1IceOpen);
ECAM_controller.warningReset(eng1IceOpenThrust);
}
if (eng2IceOpen.clearFlag == 0 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6) and warningNodes.Timers.eng2AiceNotClsd.getValue() == 1) {
eng2IceOpen.active = 1;
eng2IceOpenThrust.active = 1;
} else {
ECAM_controller.warningReset(eng2IceOpen);
ECAM_controller.warningReset(eng2IceOpenThrust);
}
# Wing anti ice
if (wingIceSysFault.clearFlag == 0 and warningNodes.Logic.waiSysfault.getBoolValue() and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6)) {
wingIceSysFault.active = 1;
if ((warningNodes.Logic.waiLclosed.getValue() or warningNodes.Logic.waiRclosed.getValue()) and warningNodes.Logic.procWaiShutdown.getValue() == 1) {
wingIceSysFaultXbld.active = 1;
} else {
ECAM_controller.warningReset(wingIceSysFaultXbld);
}
if ((warningNodes.Logic.waiLclosed.getValue() or warningNodes.Logic.waiRclosed.getValue()) and getprop("/controls/ice-protection/wing")) {
wingIceSysFaultOff.active = 1;
} else {
ECAM_controller.warningReset(wingIceSysFaultOff);
}
if (warningNodes.Logic.waiLclosed.getValue() or warningNodes.Logic.waiRclosed.getValue()) {
wingIceSysFaultIcing.active = 1;
} else {
ECAM_controller.warningReset(wingIceSysFaultIcing);
}
} else {
ECAM_controller.warningReset(wingIceSysFault);
ECAM_controller.warningReset(wingIceSysFaultXbld);
ECAM_controller.warningReset(wingIceSysFaultOff);
ECAM_controller.warningReset(wingIceSysFaultIcing);
}
if (wingIceOpenGnd.clearFlag == 0 and warningNodes.Logic.waiGndFlight.getValue() and (phaseVar2 <= 2 or phaseVar2 >= 9)) {
wingIceOpenGnd.active = 1;
if (pts.Gear.wow[1].getValue() and getprop("/controls/ice-protection/wing")) {
wingIceOpenGndShut.active = 1;
} else {
ECAM_controller.warningReset(wingIceOpenGndShut);
}
} else {
ECAM_controller.warningReset(wingIceOpenGnd);
ECAM_controller.warningReset(wingIceOpenGndShut);
}
if (wingIceLHiPr.clearFlag == 0 and warningNodes.Timers.waiLhiPr.getValue() == 1 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6)) {
wingIceLHiPr.active = 1;
wingIceLHiPrThrust.active = 1;
} else {
ECAM_controller.warningReset(wingIceLHiPr);
ECAM_controller.warningReset(wingIceLHiPrThrust);
}
if (wingIceRHiPr.clearFlag == 0 and warningNodes.Timers.waiRhiPr.getValue() == 1 and (phaseVar2 <= 2 or phaseVar2 >= 9 or phaseVar2 == 6)) {
wingIceRHiPr.active = 1;
wingIceRHiPrThrust.active = 1;
} else {
ECAM_controller.warningReset(wingIceRHiPr);
ECAM_controller.warningReset(wingIceRHiPrThrust);
}
# Eng fire
if (eng1FireDetFault.clearFlag == 0 and (systems.engFireDetectorUnits.vector[0].condition == 0 or (systems.engFireDetectorUnits.vector[0].loopOne == 9 and systems.engFireDetectorUnits.vector[0].loopTwo == 9 and systems.eng1Inop.getBoolValue())) and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
eng1FireDetFault.active = 1;
} else {
ECAM_controller.warningReset(eng1FireDetFault);
}
if (eng1LoopAFault.clearFlag == 0 and systems.engFireDetectorUnits.vector[0].loopOne == 9 and systems.engFireDetectorUnits.vector[0].loopTwo != 9 and !systems.eng1Inop.getBoolValue() and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
eng1LoopAFault.active = 1;
} else {
ECAM_controller.warningReset(eng1LoopAFault);
}
if (eng1LoopBFault.clearFlag == 0 and systems.engFireDetectorUnits.vector[0].loopOne != 9 and systems.engFireDetectorUnits.vector[0].loopTwo == 9 and !systems.eng1Inop.getBoolValue() and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
eng1LoopBFault.active = 1;
} else {
ECAM_controller.warningReset(eng1LoopBFault);
}
if (eng2FireDetFault.clearFlag == 0 and (systems.engFireDetectorUnits.vector[1].condition == 0 or (systems.engFireDetectorUnits.vector[1].loopOne == 9 and systems.engFireDetectorUnits.vector[1].loopTwo == 9 and systems.eng2Inop.getBoolValue())) and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
eng2FireDetFault.active = 1;
} else {
ECAM_controller.warningReset(eng2FireDetFault);
}
if (eng2LoopAFault.clearFlag == 0 and systems.engFireDetectorUnits.vector[1].loopOne == 9 and systems.engFireDetectorUnits.vector[1].loopTwo != 9 and !systems.eng2Inop.getBoolValue() and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
eng2LoopAFault.active = 1;
} else {
ECAM_controller.warningReset(eng2LoopAFault);
}
if (eng2LoopBFault.clearFlag == 0 and systems.engFireDetectorUnits.vector[1].loopOne != 9 and systems.engFireDetectorUnits.vector[1].loopTwo == 9 and !systems.eng2Inop.getBoolValue() and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
eng2LoopBFault.active = 1;
} else {
ECAM_controller.warningReset(eng2LoopBFault);
}
if (apuFireDetFault.clearFlag == 0 and (systems.engFireDetectorUnits.vector[2].condition == 0 or (systems.engFireDetectorUnits.vector[2].loopOne == 9 and systems.engFireDetectorUnits.vector[2].loopTwo == 9 and systems.apuInop.getBoolValue())) and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
apuFireDetFault.active = 1;
} else {
ECAM_controller.warningReset(apuFireDetFault);
}
if (apuLoopAFault.clearFlag == 0 and systems.engFireDetectorUnits.vector[2].loopOne == 9 and systems.engFireDetectorUnits.vector[2].loopTwo != 9 and !systems.apuInop.getBoolValue() and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
apuLoopAFault.active = 1;
} else {
ECAM_controller.warningReset(apuLoopAFault);
}
if (apuLoopBFault.clearFlag == 0 and systems.engFireDetectorUnits.vector[2].loopOne != 9 and systems.engFireDetectorUnits.vector[2].loopTwo == 9 and !systems.apuInop.getBoolValue() and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
apuLoopBFault.active = 1;
} else {
ECAM_controller.warningReset(apuLoopBFault);
}
if (crgAftFireDetFault.clearFlag == 0 and (systems.cargoSmokeDetectorUnits.vector[0].condition == 0 or systems.cargoSmokeDetectorUnits.vector[1].condition == 0) and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
crgAftFireDetFault.active = 1;
} else {
ECAM_controller.warningReset(crgAftFireDetFault);
}
if (crgFwdFireDetFault.clearFlag == 0 and systems.cargoSmokeDetectorUnits.vector[2].condition == 0 and (phaseVar2 == 6 or phaseVar2 >= 9 or phaseVar2 <= 2)) {
crgFwdFireDetFault.active = 1;
} else {
ECAM_controller.warningReset(crgFwdFireDetFault);
}
if (hf1Emitting.clearFlag == 0 and transmitFlag1) {
hf1Emitting.active = 1;
} else {
ECAM_controller.warningReset(hf1Emitting);
}
if (hf2Emitting.clearFlag == 0 and transmitFlag2) {
hf2Emitting.active = 1;
} else {
ECAM_controller.warningReset(hf2Emitting);
}
}
var messages_priority_1 = func {
}
var messages_priority_0 = func {
if (FWC.Btn.recallStsNormalOutput.getBoolValue()) {
recallNormal.active = 1;
recallNormal1.active = 1;
recallNormal2.active = 1;
} else {
ECAM_controller.warningReset(recallNormal);
ECAM_controller.warningReset(recallNormal1);
ECAM_controller.warningReset(recallNormal2);
}
}
var messages_config_memo = func {
phaseVarMemo = phaseNode.getValue();
if (pts.Controls.Flight.flapsInput.getValue() == 0 or pts.Controls.Flight.flapsInput.getValue() == 4 or pts.Controls.Flight.speedbrake.getValue() != 0 or getprop("/fdm/jsbsim/hydraulics/elevator-trim/final-deg") > 1.75 or getprop("/fdm/jsbsim/hydraulics/elevator-trim/final-deg") < -3.65 or getprop("/fdm/jsbsim/hydraulics/rudder/trim-cmd-deg") < -3.55 or getprop("/fdm/jsbsim/hydraulics/rudder/trim-cmd-deg") > 3.55) {
setprop("/ECAM/to-config-normal", 0);
} else {
setprop("/ECAM/to-config-normal", 1);
}
if (ecamConfigTest.getValue() and (phaseVarMemo == 1 or phaseVarMemo == 2 or phaseVarMemo == 9)) {
setprop("/ECAM/to-config-set", 1);
} else {
setprop("/ECAM/to-config-set", 0);
}
if (!getprop("/ECAM/to-config-normal") or phaseVarMemo == 6) {
setprop("/ECAM/to-config-reset", 1);
} else {
setprop("/ECAM/to-config-reset", 0);
}
if (getprop("/controls/autobrake/mode") == 3) {
toMemoLine1.msg = "T.O AUTO BRK MAX";
toMemoLine1.colour = "g";
} else {
toMemoLine1.msg = "T.O AUTO BRK.....MAX";
toMemoLine1.colour = "c";
}
if (getprop("/controls/switches/seatbelt-sign") and getprop("/controls/switches/no-smoking-sign")) {
toMemoLine2.msg = " SIGNS ON";
toMemoLine2.colour = "g";
} else {
toMemoLine2.msg = " SIGNS.........ON";
toMemoLine2.colour = "c";
}
if (getprop("/controls/flight/speedbrake-arm")) {
toMemoLine3.msg = " SPLRS ARM";
toMemoLine3.colour = "g";
} else {
toMemoLine3.msg = " SPLRS........ARM";
toMemoLine3.colour = "c";
}
if (pts.Controls.Flight.flapsPos.getValue() > 0 and pts.Controls.Flight.flapsPos.getValue() < 5) {
toMemoLine4.msg = " FLAPS T.O";
toMemoLine4.colour = "g";
} else {
toMemoLine4.msg = " FLAPS........T.O";
toMemoLine4.colour = "c";
}
if (getprop("/ECAM/to-config-flipflop") and getprop("/ECAM/to-config-normal")) {
toMemoLine5.msg = " T.O CONFIG NORMAL";
toMemoLine5.colour = "g";
} else {
toMemoLine5.msg = " T.O CONFIG..TEST";
toMemoLine5.colour = "c";
}
if (ecamConfigTest.getValue() and (phaseVarMemo == 2 or phaseVarMemo == 9)) {
setprop("/ECAM/to-memo-set", 1);
} else {
setprop("/ECAM/to-memo-set", 0);
}
if (phaseVarMemo == 1 or phaseVarMemo == 3 or phaseVarMemo == 6 or phaseVarMemo == 10) {
setprop("/ECAM/to-memo-reset", 1);
} else {
setprop("/ECAM/to-memo-reset", 0);
}
if ((phaseVarMemo == 2 and getprop("/ECAM/engine-start-time") != 0 and getprop("/ECAM/engine-start-time") + 120 < pts.Sim.Time.elapsedSec.getValue()) or getprop("/ECAM/to-memo-flipflop")) {
toMemoLine1.active = 1;
toMemoLine2.active = 1;
toMemoLine3.active = 1;
toMemoLine4.active = 1;
toMemoLine5.active = 1;
} else {
ECAM_controller.warningReset(toMemoLine1);
ECAM_controller.warningReset(toMemoLine2);
ECAM_controller.warningReset(toMemoLine3);
ECAM_controller.warningReset(toMemoLine4);
ECAM_controller.warningReset(toMemoLine5);
}
if (getprop("/fdm/jsbsim/gear/gear-pos-norm") == 1) {
ldgMemoLine1.msg = "LDG LDG GEAR DN";
ldgMemoLine1.colour = "g";
} else {
ldgMemoLine1.msg = "LDG LDG GEAR......DN";
ldgMemoLine1.colour = "c";
}
if (getprop("/controls/switches/seatbelt-sign") and getprop("/controls/switches/no-smoking-sign")) {
ldgMemoLine2.msg = " SIGNS ON";
ldgMemoLine2.colour = "g";
} else {
ldgMemoLine2.msg = " SIGNS.........ON";
ldgMemoLine2.colour = "c";
}
if (getprop("/controls/flight/speedbrake-arm")) {
ldgMemoLine3.msg = " SPLRS ARM";
ldgMemoLine3.colour = "g";
} else {
ldgMemoLine3.msg = " SPLRS........ARM";
ldgMemoLine3.colour = "c";
}
if (getprop("/it-fbw/law") == 1 or getprop("instrumentation/mk-viii/inputs/discretes/momentary-flap-3-override")) {
if (pts.Controls.Flight.flapsPos.getValue() == 4) {
ldgMemoLine4.msg = " FLAPS CONF 3";
ldgMemoLine4.colour = "g";
} else {
ldgMemoLine4.msg = " FLAPS.....CONF 3";
ldgMemoLine4.colour = "c";
}
} else {
if (pts.Controls.Flight.flapsPos.getValue() == 5) {
ldgMemoLine4.msg = " FLAPS FULL";
ldgMemoLine4.colour = "g";
} else {
ldgMemoLine4.msg = " FLAPS.......FULL";
ldgMemoLine4.colour = "c";
}
}
gear_agl_cur = pts.Position.gearAglFt.getValue();
if (gear_agl_cur < 2000) {
setprop("/ECAM/ldg-memo-set", 1);
} else {
setprop("/ECAM/ldg-memo-set", 0);
}
if (gear_agl_cur > 2200) {
setprop("/ECAM/ldg-memo-reset", 1);
} else {
setprop("/ECAM/ldg-memo-reset", 0);
}
if (gear_agl_cur > 2200) {
setprop("/ECAM/ldg-memo-2200-set", 1);
} else {
setprop("/ECAM/ldg-memo-2200-set", 0);
}
if (phaseVarMemo != 6 and phaseVarMemo != 7 and phaseVarMemo != 8) {
setprop("/ECAM/ldg-memo-2200-reset", 1);
} else {
setprop("/ECAM/ldg-memo-2200-reset", 0);
}
if ((phaseVarMemo == 6 and getprop("/ECAM/ldg-memo-flipflop") and getprop("/ECAM/ldg-memo-2200-flipflop")) or phaseVarMemo == 7 or phaseVarMemo == 8) {
ldgMemoLine1.active = 1;
ldgMemoLine2.active = 1;
ldgMemoLine3.active = 1;
ldgMemoLine4.active = 1;
} else {
ECAM_controller.warningReset(ldgMemoLine1);
ECAM_controller.warningReset(ldgMemoLine2);
ECAM_controller.warningReset(ldgMemoLine3);
ECAM_controller.warningReset(ldgMemoLine4);
}
}
var messages_memo = func {
phaseVarMemo2 = phaseNode.getValue();
if (getprop("/services/fuel-truck/enable") == 1 and toMemoLine1.active != 1 and ldgMemoLine1.active != 1) {
refuelg.active = 1;
} else {
refuelg.active = 0;
}
if (systems.ADIRS.ADIRunits[0].inAlign == 1 or systems.ADIRS.ADIRunits[1].inAlign == 1 or systems.ADIRS.ADIRunits[2].inAlign == 1) {
FWC.Logic.IRSinAlign.setValue(1);
} else {
FWC.Logic.IRSinAlign.setValue(0);
}
if ((phaseVarMemo2 == 1 or phaseVarMemo2 == 2) and toMemoLine1.active != 1 and ldgMemoLine1.active != 1 and (systems.ADIRS.ADIRunits[0].inAlign == 1 or systems.ADIRS.ADIRunits[1].inAlign == 1 or systems.ADIRS.ADIRunits[2].inAlign == 1)) {
irs_in_align.active = 1;
if (FWC.Timer.eng1or2Output.getValue()) {
irs_in_align.colour = "a";
} else {
irs_in_align.colour = "g";
}
timeNow = pts.Sim.Time.elapsedSec.getValue();
numberMinutes = math.round(math.max(systems.ADIRS.ADIRunits[0]._alignTime - timeNow, systems.ADIRS.ADIRunits[1]._alignTime - timeNow, systems.ADIRS.ADIRunits[2]._alignTime - timeNow) / 60);
if (numberMinutes >= 7) {
irs_in_align.msg = "IRS IN ALIGN > 7 MN";
} elsif (numberMinutes >= 1) {
irs_in_align.msg = "IRS IN ALIGN " ~ numberMinutes ~ " MN";
} else {
irs_in_align.msg = "IRS IN ALIGN";
}
} else {
if (irs_in_align.active and !timer10secIRS) {
timer10secIRS = 1;
irs_in_align.msg = "IRS ALIGNED";
settimer(func() {
irs_in_align.active = 0;
irs_in_align.msg = "IRS IN ALIGN";
timer10secIRS = 0;
}, 10);
} elsif (!timer10secIRS) {
irs_in_align.active = 0;
irs_in_align.msg = "IRS IN ALIGN";
}
}
if (getprop("/controls/flight/speedbrake-arm") == 1 and toMemoLine1.active != 1 and ldgMemoLine1.active != 1) {
gnd_splrs.active = 1;
} else {
gnd_splrs.active = 0;
}
if (getprop("/controls/lighting/seatbelt-sign") == 1 and toMemoLine1.active != 1 and ldgMemoLine1.active != 1) {
seatbelts.active = 1;
} else {
seatbelts.active = 0;
}
if (getprop("/controls/lighting/no-smoking-sign") == 1 and toMemoLine1.active != 1 and ldgMemoLine1.active != 1) { # should go off after takeoff assuming switch is in auto due to old logic from the days when smoking was allowed!
nosmoke.active = 1;
} else {
nosmoke.active = 0;
}
if (getprop("/controls/lighting/strobe") == 0 and !pts.Gear.wow[1].getValue() and toMemoLine1.active != 1 and ldgMemoLine1.active != 1) { # todo: use gear branch properties
strobe_lt_off.active = 1;
} else {
strobe_lt_off.active = 0;
}
if (systems.FUEL.Valves.transfer1.getValue() == 1 or systems.FUEL.Valves.transfer2.getValue() == 1 and toMemoLine1.active != 1 and ldgMemoLine1.active != 1) {
outr_tk_fuel_xfrd.active = 1;
} else {
outr_tk_fuel_xfrd.active = 0;
}
if (pts.Consumables.Fuel.totalFuelLbs.getValue() < 6000 and toMemoLine1.active != 1 and ldgMemoLine1.active != 1) { # assuming US short ton 2000lb
fob_3T.active = 1;
} else {
fob_3T.active = 0;
}
if (getprop("instrumentation/mk-viii/inputs/discretes/momentary-flap-all-override") == 1 and toMemoLine1.active != 1 and ldgMemoLine1.active != 1) {
gpws_flap_mode_off.active = 1;
} else {
gpws_flap_mode_off.active = 0;
}
if (!fmgc.FMGCInternal.flightNumSet and toMemoLine1.active != 1 and ldgMemoLine1.active != 1 and (phaseVarMemo2 <= 2 or phaseVarMemo2 == 6 or phaseVarMemo2 >= 9)) {
company_datalink_stby.active = 1;
} else {
company_datalink_stby.active = 0;
}
}
var messages_right_memo = func {
phaseVarMemo3 = phaseNode.getValue();
if (FWC.Timer.toInhibitOutput.getValue() == 1) {
to_inhibit.active = 1;
} else {
to_inhibit.active = 0;
}
if (FWC.Timer.ldgInhibitOutput.getValue() == 1) {
ldg_inhibit.active = 1;
} else {
ldg_inhibit.active = 0;
}
if ((!pts.Gear.wow[1].getValue()) and (systems.ELEC.EmerElec.getValue() or getprop("/systems/fire/engine1/warning-active") == 1 or getprop("/systems/fire/engine2/warning-active") == 1 or getprop("/systems/fire/apu/warning-active") == 1 or getprop("/systems/failures/fire/cargo-aft-fire") == 1 or getprop("/systems/failures/fire/cargo-fwd-fire") == 1) or (((systems.HYD.Psi.green.getValue() < 1500 and pts.Engines.Engine.state[0].getValue() == 3) and (systems.HYD.Psi.yellow.getValue() < 1500 and pts.Engines.Engine.state[1].getValue() == 3)) or ((systems.HYD.Psi.green.getValue() < 1500 or systems.HYD.Psi.yellow.getValue() < 1500) and pts.Engines.Engine.state[0].getValue() == 3 and pts.Engines.Engine.state[1].getValue() == 3) and phaseVarMemo3 >= 3 and phaseVarMemo3 <= 8)) {
# todo: emer elec
land_asap_r.active = 1;
} else {
land_asap_r.active = 0;
}
if (land_asap_r.active == 0 and !pts.Gear.wow[1].getValue() and ((getprop("/fdm/jsbsim/propulsion/tank[0]/contents-lbs") < 1650 and getprop("/fdm/jsbsim/propulsion/tank[1]/contents-lbs") < 1650) or ((getprop("/systems/electrical/bus/dc-2") < 25 and (getprop("/systems/failures/fctl/elac1") == 1 or getprop("/systems/failures/fctl/sec1") == 1)) or (systems.HYD.Psi.green.getValue() < 1500 and (getprop("/systems/failures/fctl/elac1") == 1 and getprop("/systems/failures/fctl/sec1") == 1)) or (systems.HYD.Psi.yellow.getValue() < 1500 and (getprop("/systems/failures/fctl/elac1") == 1 and getprop("/systems/failures/fctl/sec1") == 1)) or (systems.HYD.Psi.blue.getValue() < 1500 and (getprop("/systems/failures/fctl/elac2") == 1 and getprop("/systems/failures/fctl/sec2") == 1))) or (phaseVarMemo3 >= 3 and phaseVarMemo3 <= 8 and (pts.Engines.Engine.state[0].getValue() != 3 or pts.Engines.Engine.state[1].getValue() != 3)))) {
land_asap_a.active = 1;
} else {
land_asap_a.active = 0;
}
if (ecam.ap_active == 1 and apWarn.getValue() == 1) {
ap_off.active = 1;
} else {
ap_off.active = 0;
}
if (ecam.athr_active == 1 and athrWarn.getValue() == 1) {
athr_off.active = 1;
} else {
athr_off.active = 0;
}
if ((phaseVarMemo3 >= 2 and phaseVarMemo3 <= 7) and pts.Controls.Flight.speedbrake.getValue() != 0) {
spd_brk.active = 1;
} else {
spd_brk.active = 0;
}
thrustState = [pts.Systems.Thrust.state[0].getValue(), pts.Systems.Thrust.state[1].getValue()];
if (thrustState[0] == "IDLE" and thrustState[1] == "IDLE" and phaseVarMemo3 >= 6 and phaseVarMemo3 <= 7) {
spd_brk.colour = "g";
} else if ((phaseVarMemo3 >= 2 and phaseVarMemo3 <= 5) or ((thrustState[0] != "IDLE" or thrustState[1]) != "IDLE") and (phaseVarMemo3 >= 6 and phaseVarMemo3 <= 7)) {
spd_brk.colour = "a";
}
if (pts.Controls.Gear.parkingBrake.getValue() == 1 and phaseVarMemo3 != 3) {
park_brk.active = 1;
} else {
park_brk.active = 0;
}
if (phaseVarMemo3 >= 4 and phaseVarMemo3 <= 8) {
park_brk.colour = "a";
} else {
park_brk.colour = "g";
}
if (getprop("/controls/gear/brake-fans") == 1) {
brk_fan.active = 1;
} else {
brk_fan.active = 0;
}
if (systems.HYD.Switch.ptu.getValue() == 1 and ((systems.HYD.Psi.yellow.getValue() < 1450 and systems.HYD.Psi.green.getValue() > 1450 and getprop("/controls/hydraulic/elec-pump-yellow") == 0) or (systems.HYD.Psi.yellow.getValue() > 1450 and systems.HYD.Psi.green.getValue() < 1450))) {
ptu.active = 1;
} else {
ptu.active = 0;
}
if (getprop("/systems/hydraulic/sources/rat/position") != 0) {
rat.active = 1;
} else {
rat.active = 0;
}
if (phaseVarMemo3 >= 1 and phaseVarMemo3 <= 2) {
rat.colour = "a";
} else {
rat.colour = "g";
}
if (systems.ELEC.Source.EmerGen.relayPos.getValue() == 1 and getprop("/systems/hydraulic/sources/rat/position") != 0 and !pts.Gear.wow[1].getValue()) {
emer_gen.active = 1;
} else {
emer_gen.active = 0;
}
if (getprop("/sim/model/autopush/enabled") == 1) { # this message is only on when towing - not when disc with switch
nw_strg_disc.active = 1;
} else {
nw_strg_disc.active = 0;
}
if (pts.Engines.Engine.state[0].getValue() == 3 or pts.Engines.Engine.state[1].getValue() == 3) {
nw_strg_disc.colour = "a";
} else {
nw_strg_disc.colour = "g";
}
if (getprop("/controls/pneumatics/switches/ram-air") == 1) {
ram_air.active = 1;
} else {
ram_air.active = 0;
}
if (getprop("/controls/engines/engine[0]/igniter-a") == 1 or getprop("/controls/engines/engine[0]/igniter-b") == 1 or getprop("/controls/engines/engine[1]/igniter-a") == 1 or getprop("/controls/engines/engine[1]/igniter-b") == 1) {
ignition.active = 1;
} else {
ignition.active = 0;
}
if ((atc.Transponders.vector[0].condition == 0 and atc.Transponders.vector[1].condition == 0) or (!getprop("/systems/navigation/adr/operating-1") and !getprop("/systems/navigation/adr/operating-2") and !getprop("/systems/navigation/adr/operating-3")) or pts.Instrumentation.TCAS.Inputs.mode.getValue() == 1) {
if (phaseVarMemo3 == 6) {
tcas_stby.colour = "a";
} else {
tcas_stby.colour = "g";
}
tcas_stby.active = 1;
} else {
tcas_stby.active = 0;
}
if ((phaseVarMemo3 <= 2 or phaseVarMemo3 == 6 or phaseVarMemo3 >= 9) and atsu.CompanyCall.frequency != 999.99 and !atsu.CompanyCall.received) {
company_call.active = 1;
} else {
company_call.active = 0;
}
if (getprop("/controls/pneumatics/switches/apu") == 1 and pts.APU.rpm.getValue() >= 95) {
apu_bleed.active = 1;
} else {
apu_bleed.active = 0;
}
if (apu_bleed.active == 0 and pts.APU.rpm.getValue() >= 95) {
apu_avail.active = 1;
} else {
apu_avail.active = 0;
}
if (getprop("/controls/lighting/landing-lights[1]") > 0 or getprop("/controls/lighting/landing-lights[2]") > 0) {
ldg_lt.active = 1;
} else {
ldg_lt.active = 0;
}
if (mcdu.ReceivedMessagesDatabase.firstUnviewed() != -99 and (phaseVarMemo2 <= 2 or phaseVarMemo2 == 6 or phaseVarMemo2 >= 9)) {
company_msg.active = 1;
} else {
company_msg.active = 0;
}
if (getprop("/controls/ice-protection/leng") == 1 or getprop("/controls/ice-protection/reng") == 1 or getprop("/systems/electrical/bus/dc-1") == 0 or getprop("/systems/electrical/bus/dc-2") == 0) {
eng_aice.active = 1;
} else {
eng_aice.active = 0;
}
if (getprop("/controls/ice-protection/wing") == 1) {
wing_aice.active = 1;
} else {
wing_aice.active = 0;
}
if (getprop("instrumentation/comm[2]/frequencies/selected-mhz") != 0 and (phaseVarMemo3 == 1 or phaseVarMemo3 == 2 or phaseVarMemo3 == 6 or phaseVarMemo3 == 9 or phaseVarMemo3 == 10)) {
vhf3_voice.active = 1;
} else {
vhf3_voice.active = 0;
}
if (getprop("/controls/autobrake/mode") == 1 and (phaseVarMemo3 == 7 or phaseVarMemo3 == 8)) {
auto_brk_lo.active = 1;
} else {
auto_brk_lo.active = 0;
}
if (getprop("/controls/autobrake/mode") == 2 and (phaseVarMemo3 == 7 or phaseVarMemo3 == 8)) {
auto_brk_med.active = 1;
} else {
auto_brk_med.active = 0;
}
if (getprop("/controls/autobrake/mode") == 3 and (phaseVarMemo3 == 7 or phaseVarMemo3 == 8)) {
auto_brk_max.active = 1;
} else {
auto_brk_max.active = 0;
}
if (systems.FUEL.Valves.crossfeed.getValue() != 0 and systems.FUEL.Switches.crossfeed.getValue()) {
fuelx.active = 1;
} else {
fuelx.active = 0;
}
if (phaseVarMemo3 >= 3 and phaseVarMemo3 <= 5) {
fuelx.colour = "a";
} else {
fuelx.colour = "g";
}
if (getprop("instrumentation/mk-viii/inputs/discretes/momentary-flap-3-override") == 1) { # todo: emer elec
gpws_flap3.active = 1;
} else {
gpws_flap3.active = 0;
}
if (phaseVarMemo3 >= 2 and phaseVarMemo3 <= 9 and systems.ELEC.Bus.ac1.getValue() >= 110 and systems.ELEC.Bus.ac2.getValue() >= 110 and (getprop("/systems/fuel/feed-center-1") or getprop("/systems/fuel/feed-center-2"))) {
ctr_tk_feedg.active = 1;
} else {
ctr_tk_feedg.active = 0;
}
}
setlistener("/engines/engine[0]/state", func() {
if ((state1Node.getValue() != 3 and state2Node.getValue() != 3) and !pts.Fdm.JSBsim.Position.wow.getBoolValue()) {
dualFailNode.setBoolValue(1);
} else {
dualFailNode.setBoolValue(0);
}
}, 0, 0);
setlistener("/engines/engine[1]/state", func() {
if ((state1Node.getValue() != 3 and state2Node.getValue() != 3) and !pts.Fdm.JSBsim.Position.wow.getBoolValue()) {
dualFailNode.setBoolValue(1);
} else {
dualFailNode.setBoolValue(0);
}
}, 0, 0);
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