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A320-family/Models/Instruments/PFD/PFD.nas
Jonathan Redpath 67e87c60cd Merge branch 'dev' into new-flightplan
2022-05-03 20:15:37 +01:00

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# A3XX PFD
# Copyright (c) 2020 Josh Davidson (Octal450)
var acconfig = props.globals.getNode("/systems/acconfig/autoconfig-running", 1);
var acconfig_weight_kgs = props.globals.getNode("/systems/acconfig/options/weight-kgs", 1);
var adr_1_switch = props.globals.getNode("/controls/navigation/adirscp/switches/adr-1", 1);
var adr_2_switch = props.globals.getNode("/controls/navigation/adirscp/switches/adr-2", 1);
var adr_3_switch = props.globals.getNode("/controls/navigation/adirscp/switches/adr-3", 1);
var adr_1_fault = props.globals.getNode("/controls/navigation/adirscp/lights/adr-1-fault", 1);
var adr_2_fault = props.globals.getNode("/controls/navigation/adirscp/lights/adr-2-fault", 1);
var adr_3_fault = props.globals.getNode("/controls/navigation/adirscp/lights/adr-3-fault", 1);
var air_data_switch = props.globals.getNode("/controls/navigation/switching/air-data", 1);
var altitude = props.globals.getNode("/instrumentation/altimeter/indicated-altitude-ft", 1);
var alt_hpa = props.globals.getNode("/instrumentation/altimeter/setting-hpa", 1);
var alt_inhg = props.globals.getNode("/instrumentation/altimeter/setting-inhg", 1);
var aoa_1 = props.globals.getNode("/systems/navigation/adr/output/aoa-1", 1);
var aoa_2 = props.globals.getNode("/systems/navigation/adr/output/aoa-2", 1);
var aoa_3 = props.globals.getNode("/systems/navigation/adr/output/aoa-3", 1);
var hundredAbove = props.globals.getNode("/instrumentation/pfd/hundred-above", 1);
var minimum = props.globals.getNode("/instrumentation/pfd/minimums", 1);
# Create Nodes:
var altFlash = [0,0];
var amberFlash = [0, 0];
var dhFlash = 0;
var ilsFlash = [0,0];
var qnhFlash = [0,0];
var elapsedtime_act = nil;
var du1_test = props.globals.initNode("/instrumentation/du/du1-test", 0, "BOOL");
var du1_test_time = props.globals.initNode("/instrumentation/du/du1-test-time", 0.0, "DOUBLE");
var du1_offtime = props.globals.initNode("/instrumentation/du/du1-off-time", 0.0, "DOUBLE");
var du1_test_amount = props.globals.initNode("/instrumentation/du/du1-test-amount", 0.0, "DOUBLE");
var du2_test = props.globals.initNode("/instrumentation/du/du2-test", 0, "BOOL");
var du2_test_time = props.globals.initNode("/instrumentation/du/du2-test-time", 0.0, "DOUBLE");
var du2_test_amount = props.globals.initNode("/instrumentation/du/du2-test-amount", 0.0, "DOUBLE");
var du5_test = props.globals.initNode("/instrumentation/du/du5-test", 0, "BOOL");
var du5_test_time = props.globals.initNode("/instrumentation/du/du5-test-time", 0.0, "DOUBLE");
var du5_test_amount = props.globals.initNode("/instrumentation/du/du5-test-amount", 0.0, "DOUBLE");
var du6_test = props.globals.initNode("/instrumentation/du/du6-test", 0, "BOOL");
var du6_test_time = props.globals.initNode("/instrumentation/du/du6-test-time", 0.0, "DOUBLE");
var du6_test_amount = props.globals.initNode("/instrumentation/du/du6-test-amount", 0.0, "DOUBLE");
var du6_offtime = props.globals.initNode("/instrumentation/du/du6-off-time", 0.0, "DOUBLE");
var autoland_alarm = props.globals.initNode("/instrumentation/pfd/logic/autoland/autoland-alarm", 0, "BOOL");
var autoland_pulse = props.globals.initNode("/instrumentation/pfd/logic/autoland/autoland-sw-pulse", 0, "BOOL");
var autoland_pitch_land = props.globals.initNode("/instrumentation/pfd/logic/autoland/pitch-land", 0, "BOOL");
var autoland_ap_disc_ft = props.globals.initNode("/instrumentation/pfd/logic/autoland/ap-disc-ft", 0, "INT");
var canvas_pfd = {
ASItrendIsShown: 0,
middleOffset: 0,
heading: 0,
heading10: 0,
headOffset: 0,
middleText: 0,
leftText1: 0,
leftText2: 0,
leftText3: 0,
rightText1: 0,
rightText2: 0,
rightText3: 0,
track_diff: 0,
split_ils: 0,
magnetic_hdg_dif: 0,
alt_diff_cur: 0,
new: func(svg, name, number) {
var obj = {parents: [canvas_pfd] };
obj.canvas = canvas.new({
"name": "PFD" ~ number,
"size": [1024, 1024],
"view": [1024, 1024],
"mipmapping": 1,
});
obj.canvas.addPlacement({"node": "pfd" ~ (number + 1) ~ ".screen"});
obj.group = obj.canvas.createGroup();
obj.test = obj.canvas.createGroup();
obj.mismatch = obj.canvas.createGroup();
obj.font_mapper = func(family, weight) {
return "ECAMFontRegular.ttf";
};
canvas.parsesvg(obj.group, svg, {"font-mapper": obj.font_mapper} );
foreach(var key; obj.getKeys()) {
obj[key] = obj.group.getElementById(key);
var clip_el = obj.group.getElementById(key ~ "_clip");
if (clip_el != nil) {
clip_el.setVisible(0);
var tran_rect = clip_el.getTransformedBounds();
var clip_rect = sprintf("rect(%d,%d, %d,%d)",
tran_rect[1],
tran_rect[2],
tran_rect[3],
tran_rect[0]);
obj[key].set("clip", clip_rect);
obj[key].set("clip-frame", canvas.Element.PARENT);
}
};
canvas.parsesvg(obj.test, "Aircraft/A320-family/Models/Instruments/Common/res/du-test.svg", {"font-mapper": obj.font_mapper} );
canvas.parsesvg(obj.mismatch, "Aircraft/A320-family/Models/Instruments/Common/res/mismatch.svg", {"font-mapper": obj.font_mapper} );
foreach(var key; obj.getKeysTest()) {
obj[key] = obj.test.getElementById(key);
};
foreach(var key; obj.getKeysMismatch()) {
obj[key] = obj.mismatch.getElementById(key);
};
obj.number = number;
obj.units = acconfig_weight_kgs.getValue();
# temporary vars
obj.ASItrendIsShown = 0;
obj.middleOffset = 0;
obj.heading = 0;
obj.heading10 = 0;
obj.headOffset = 0;
obj.middleText = 0;
obj.leftText1 = 0;
obj.leftText2 = 0;
obj.leftText3 = 0;
obj.rightText1 = 0;
obj.rightText2 = 0;
obj.rightText3 = 0;
obj.track_diff = 0;
obj.split_ils = 0;
obj.magnetic_hdg_dif = 0;
obj.alt_diff_cur = 0;
# hide non-updated objects
obj["FMA_catmode"].hide();
obj["FMA_cattype"].hide();
obj["FMA_catmode_box"].hide();
obj["FMA_cattype_box"].hide();
obj["FMA_cat_box"].hide();
obj["spdLimError"].hide();
obj["FMA_dh_box"].hide();
# init hidden objects
obj["LOC_scale"].hide();
obj["GS_scale"].hide();
obj.temporaryNodes = {
showGroundReferenceAGL: 0,
showTailstrikeAGL: 0,
showTailstrikeGroundspeed: 0,
showTailstrikeThrust: 0,
};
obj.AICenter = obj["AI_center"].getCenter();
obj.update_items = [
props.UpdateManager.FromHashValue("pitchPFD", 0.025, func(val) {
obj.AI_horizon_trans.setTranslation(0, val * 11.825);
}),
props.UpdateManager.FromHashValue("roll", 0.025, func(val) {
obj.AI_horizon_rot.setRotation(-val * D2R, obj.AICenter);
obj.AI_horizon_ground_rot.setRotation(-val * D2R, obj.AICenter);
obj.AI_horizon_sky_rot.setRotation(-val * D2R, obj.AICenter);
obj.AI_horizon_hdg_rot.setRotation(-val * D2R, obj.AICenter);
obj["AI_bank"].setRotation(-val * D2R);
obj["AI_agl_g"].setRotation(-val * D2R);
obj.AI_fpv_rot.setRotation(-val * D2R, obj.AICenter);
obj["FPV"].setRotation(val * D2R); # It shouldn't be rotated, only the axis should
}),
props.UpdateManager.FromHashValue("fbwLaw", 1, func(val) {
if (val == 0) {
obj["AI_bank_lim"].show();
obj["AI_pitch_lim"].show();
obj["AI_bank_lim_X"].hide();
obj["AI_pitch_lim_X"].hide();
} else {
obj["AI_bank_lim"].hide();
obj["AI_pitch_lim"].hide();
obj["AI_bank_lim_X"].show();
obj["AI_pitch_lim_X"].show();
}
}),
props.UpdateManager.FromHashValue("horizonGround", 0.1, func(val) {
obj.AI_horizon_ground_trans.setTranslation(0, val * 11.825);
}),
props.UpdateManager.FromHashList(["middleOffset","horizonPitch"], 0.1, func(val) {
obj.AI_horizon_hdg_trans.setTranslation(val.middleOffset, val.horizonPitch * 11.825);
}),
props.UpdateManager.FromHashValue("slipSkid", 0.1, func(val) {
obj["AI_slipskid"].setTranslation(math.clamp(val, -15, 15) * 7, 0);
}),
props.UpdateManager.FromHashValue("FDRollBar", 0.1, func(val) {
obj["FD_roll"].setTranslation(val * 2.2, 0);
}),
props.UpdateManager.FromHashValue("FDPitchBar", 0.1, func(val) {
obj["FD_pitch"].setTranslation(0, val * -3.8);
}),
props.UpdateManager.FromHashValue("agl", 0.5, func(val) {
var roundingFactor = 1;
if (val >= 50) {
roundingFactor = 10;
} else if (val >= 5) {
roundingFactor = 5;
}
obj["AI_agl"].setText(sprintf("%s", math.round(math.clamp(val, 0, 2500), roundingFactor)));
obj["ground_ref"].setTranslation(0, (-val / 100) * -48.66856);
obj["ground"].setTranslation(0, (-val / 100) * -48.66856);
if (abs(val) <= 565) {
obj.temporaryNodes.showGroundReferenceAGL = 1;
} else {
obj.temporaryNodes.showGroundReferenceAGL = 0;
}
if (val <= 400) {
obj.temporaryNodes.showTailstrikeAGL = 1;
} else {
obj.temporaryNodes.showTailstrikeAGL = 0;
}
}),
props.UpdateManager.FromHashValue("vsNeedle", 0.1, func(val) {
obj["VS_pointer"].setRotation(val * D2R);
}),
props.UpdateManager.FromHashValue("vsDigit", 0.5, func(val) {
obj["VS_box"].setTranslation(0, val);
}),
props.UpdateManager.FromHashValue("vsPFD", 0.5, func(val) {
if (val < 2) {
obj["VS_box"].hide();
} else {
obj["VS_digit"].setText(sprintf("%02d", val));
obj["VS_box"].show();
}
}),
props.UpdateManager.FromHashValue("localizer", 0.0025, func(val) {
obj["LOC_pointer"].setTranslation(val * 197, 0);
}),
props.UpdateManager.FromHashValue("glideslope", 0.0025, func(val) {
obj["GS_pointer"].setTranslation(0, val * -197);
}),
props.UpdateManager.FromHashList(["athr", "thrustLvrClb"], 1, func(val) {
if (val.athr and val.thrustLvrClb) {
obj["FMA_lvrclb"].show();
} else {
obj["FMA_lvrclb"].hide();
}
}),
props.UpdateManager.FromHashList(["trackPFD","headingPFD","aoaPFD"], 0.01, func(val) {
obj.track_diff = geo.normdeg180(val.trackPFD - val.headingPFD); # store this to use in FPV
obj["TRK_pointer"].setTranslation(obj.getTrackDiffPixels(obj.track_diff),0);
obj.AI_fpv_trans.setTranslation(obj.getTrackDiffPixels(math.clamp(obj.track_diff, -21, 21)), math.clamp(val.aoaPFD, -20, 20) * 12.5);
}),
props.UpdateManager.FromHashList(["vsAutopilot","agl"], 5, func(val) {
if (abs(val.vsAutopilot) >= 6000 or (val.vsAutopilot <= -2000 and val.agl <= 2500) or (val.vsAutopilot <= -1200 and val.agl <= 1000)) {
obj["VS_digit"].setColor(0.7333,0.3803,0);
obj["VS_pointer"].setColor(0.7333,0.3803,0);
obj["VS_pointer"].setColorFill(0.7333,0.3803,0);
} else {
obj["VS_digit"].setColor(0.0509,0.7529,0.2941);
obj["VS_pointer"].setColor(0.0509,0.7529,0.2941);
obj["VS_pointer"].setColorFill(0.0509,0.7529,0.2941);
}
}),
props.UpdateManager.FromHashList(["aileronPFD","elevatorPFD"], 0.01, func(val) {
obj["AI_stick_pos"].setTranslation(val.aileronPFD * 196.8, val.elevatorPFD * 151.5);
}),
props.UpdateManager.FromHashValue("headingScale", 0.025, func(val) {
obj.heading = val;
obj.heading10 = (obj.heading / 10);
obj.headOffset = obj.heading10 - int(obj.heading10);
obj.middleText = roundabout(obj.heading10);
obj.middleOffset = 0;
if (obj.middleText == 36) {
obj.middleText = 0;
}
obj.leftText1 = obj.middleText == 0 ? 35 : obj.middleText - 1;
obj.rightText1 = obj.middleText == 35 ? 0: obj.middleText + 1;
obj.leftText2 = obj.leftText1 == 0 ? 35 : obj.leftText1 - 1;
obj.rightText2 = obj.rightText1 == 35 ? 0 : obj.rightText1 + 1;
obj.leftText3 = obj.leftText2 == 0 ? 35 : obj.leftText2 - 1;
obj.rightText3 = obj.rightText2 == 35 ? 0 : obj.rightText2 + 1;
if (obj.headOffset > 0.5) {
obj.middleOffset = -(obj.headOffset - 1) * 98.5416;
} else {
obj.middleOffset = -obj.headOffset * 98.5416;
}
obj["HDG_scale"].setTranslation(obj.middleOffset, 0);
obj["HDG_scale"].update();
obj["HDG_four"].setText(sprintf("%d", obj.middleText));
obj["HDG_five"].setText(sprintf("%d", obj.rightText1));
obj["HDG_three"].setText(sprintf("%d", obj.leftText1));
obj["HDG_six"].setText(sprintf("%d", obj.rightText2));
obj["HDG_two"].setText(sprintf("%d", obj.leftText2));
obj["HDG_seven"].setText(sprintf("%d", obj.rightText3));
obj["HDG_one"].setText(sprintf("%d", obj.leftText3));
# TODO: optimize here - only when the attributes update
obj["HDG_four"].setFontSize(fontSizeHDG(obj.middleText), 1);
obj["HDG_five"].setFontSize(fontSizeHDG(obj.rightText1), 1);
obj["HDG_three"].setFontSize(fontSizeHDG(obj.leftText1), 1);
obj["HDG_six"].setFontSize(fontSizeHDG(obj.rightText2), 1);
obj["HDG_two"].setFontSize(fontSizeHDG(obj.leftText2), 1);
obj["HDG_seven"].setFontSize(fontSizeHDG(obj.rightText3), 1);
obj["HDG_one"].setFontSize(fontSizeHDG(obj.leftText3), 1);
}),
props.UpdateManager.FromHashValue("altitudeAutopilot", 50, func(val) {
obj["ALT_digit_UP_metric"].setText(sprintf("%5.0fM", val * 0.3048));
}),
props.UpdateManager.FromHashList(["fac1","fac2"], 1, func(val) {
if (obj.number == 0) { # LHS only acc to manual
if (!val.fac1 and !val.fac2) {
obj["spdLimError"].show();
} else {
obj["spdLimError"].hide();
}
}
}),
props.UpdateManager.FromHashValue("athrArm", 1, func(val) {
if (val != 1) {
obj["FMA_athr"].setColor(0.8078,0.8039,0.8078);
} else {
obj["FMA_athr"].setColor(0.0901,0.6039,0.7176);
}
}),
props.UpdateManager.FromHashList(["apBox","apMode"], nil, func(val) {
obj["FMA_ap"].setText(val.apMode);
if (val.apBox and val.apMode != " ") {
obj["FMA_ap_box"].show();
} else {
obj["FMA_ap_box"].hide();
}
}),
props.UpdateManager.FromHashList(["atBox","atMode"], nil, func(val) {
obj["FMA_athr"].setText(val.atMode);
if (val.atBox and val.atMode != " ") {
obj["FMA_athr_box"].show();
} else {
obj["FMA_athr_box"].hide();
}
}),
props.UpdateManager.FromHashValue("rollMode", nil, func(val) {
obj["FMA_roll"].setText(val);
}),
props.UpdateManager.FromHashValue("rollModeArmed", nil, func(val) {
obj["FMA_rollarm"].setText(val);
}),
props.UpdateManager.FromHashList(["pitchMode","pitchModeBox","autopilotVS","autopilotFPA","pitchMode2Armed","pitchModeArmed","pitchMode2ArmedBox","pitchModeArmedBox","rollMode","rollModeBox","rollModeArmed","rollModeArmedBox","ap1","ap2","fd1","fd2"], nil, func(val) {
obj["FMA_combined"].setText(val.pitchMode);
if (val.pitchMode == "V/S") {
obj["FMA_pitch"].setText("V/S ");
obj["vsFMArate"].setText(sprintf("%+4.0f",val.autopilotVS));
obj["vsFMArate"].show();
} elsif (val.pitchMode == "FPA") {
obj["FMA_pitch"].setText("FPA ");
obj["vsFMArate"].setText(sprintf("%+3.1f°",val.autopilotFPA));
obj["vsFMArate"].show();
} else {
obj["FMA_pitch"].setText(val.pitchMode);
obj["vsFMArate"].hide();
}
if (val.pitchMode == "LAND" or val.pitchMode == "FLARE" or val.pitchMode == "ROLL OUT") {
obj["FMA_pitch"].hide();
obj["FMA_roll"].hide();
obj["FMA_pitch_box"].hide();
obj["FMA_roll_box"].hide();
obj["FMA_pitcharm_box"].hide();
obj["FMA_rollarm_box"].hide();
obj["FMA_Middle1"].hide();
obj["FMA_Middle2"].hide();
obj["FMA_combined"].show();
if (val.pitchModeBox and val.pitchMode != " ") {
obj["FMA_combined_box"].show();
} else {
obj["FMA_combined_box"].hide();
}
} else {
obj["FMA_combined"].hide();
obj["FMA_combined_box"].hide();
if (val.pitchModeBox and val.pitchMode != " " and (val.ap1 or val.ap2 or val.fd1 or val.fd2)) {
obj["FMA_pitch_box"].show();
} else {
obj["FMA_pitch_box"].hide();
}
if (val.pitchModeArmed == " " and val.pitchMode2Armed == " ") {
obj["FMA_pitcharm_box"].hide();
} else {
if ((val.pitchModeArmedBox or val.pitchMode2ArmedBox) and (val.ap1 or val.ap2 or val.fd1 or val.fd2)) {
obj["FMA_pitcharm_box"].show();
} else {
obj["FMA_pitcharm_box"].hide();
}
}
if (val.rollModeBox == 1 and val.rollMode != " " and (val.ap1 or val.ap2 or val.fd1 or val.fd2)) {
obj["FMA_roll_box"].show();
} else {
obj["FMA_roll_box"].hide();
}
if (val.rollModeArmedBox == 1 and val.rollModeArmed != " " and (val.ap1 or val.ap2 or val.fd1 or val.fd2)) {
obj["FMA_rollarm_box"].show();
} else {
obj["FMA_rollarm_box"].hide();
}
}
}),
props.UpdateManager.FromHashValue("pitchModeArmed", nil, func(val) {
obj["FMA_pitcharm"].setText(val);
}),
props.UpdateManager.FromHashValue("pitchMode2Armed", nil, func(val) {
obj["FMA_pitcharm2"].setText(val);
}),
props.UpdateManager.FromHashList(["fdBox","fdMode"], nil, func(val) {
obj["FMA_fd"].setText(val.fdMode);
if (val.fdBox and val.fdMode != " ") {
obj["FMA_fd_box"].show();
} else {
obj["FMA_fd_box"].hide();
}
}),
props.UpdateManager.FromHashList(["fd1","fd2","ap1","ap2"], 1, func(val) {
if (val.fd1 or val.fd2 or val.ap1 or val.ap2) {
obj["FMA_pitcharm"].show();
obj["FMA_pitcharm2"].show();
obj["FMA_rollarm"].show();
obj["FMA_pitch"].show();
obj["FMA_roll"].show();
} else {
obj["FMA_pitcharm"].hide();
obj["FMA_pitcharm2"].hide();
obj["FMA_rollarm"].hide();
obj["FMA_pitch"].hide();
obj["FMA_roll"].hide();
}
}),
props.UpdateManager.FromHashList(["gear1Wow","gear2Wow","fmgcPhase","engine1State","engine2State"], 1, func(val) {
if ((val.gear1Wow or val.gear2Wow) and val.fmgcPhase != 0 and val.fmgcPhase != 1) {
obj["AI_stick"].show();
obj["AI_stick_pos"].show();
} else if ((val.gear1Wow or val.gear2Wow) and (val.fmgcPhase == 0 or val.fmgcPhase == 1) and (val.engine1State == 3 or val.engine2State == 3)) {
obj["AI_stick"].show();
obj["AI_stick_pos"].show();
} else {
obj["AI_stick"].hide();
obj["AI_stick_pos"].hide();
}
}),
props.UpdateManager.FromHashList(["markerO","markerM","markerI"], 1, func(val) {
if (val.markerO) {
obj["outerMarker"].show();
obj["middleMarker"].hide();
obj["innerMarker"].hide();
} else if (val.markerM) {
obj["middleMarker"].show();
obj["outerMarker"].hide();
obj["innerMarker"].hide();
} else if (val.markerI) {
obj["innerMarker"].show();
obj["outerMarker"].hide();
obj["middleMarker"].hide();
} else {
obj["outerMarker"].hide();
obj["middleMarker"].hide();
obj["innerMarker"].hide();
}
}),
props.UpdateManager.FromHashList(["pfdILS1","pfdILS2"], 1, func(val) {
if ((obj.number == 0 and val.pfdILS1) or (obj.number == 1 and val.pfdILS2)) {
obj["LOC_scale"].show();
obj["GS_scale"].show();
} else {
obj["LOC_scale"].hide();
obj["GS_scale"].hide();
}
}),
props.UpdateManager.FromHashList(["hasLocalizer","hasGlideslope","signalQuality","localizerInRange","glideslopeInRange","pfdILS1","pfdILS2"], nil, func(val) {
if (((obj.number == 0 and val.pfdILS1) or (obj.number == 1 and val.pfdILS2)) and val.localizerInRange and val.hasLocalizer and val.signalQuality > 0.99) {
obj["LOC_pointer"].show();
} else {
obj["LOC_pointer"].hide();
}
if (((obj.number == 0 and val.pfdILS1) or (obj.number == 1 and val.pfdILS2)) and val.glideslopeInRange and val.hasGlideslope and val.signalQuality > 0.99) {
obj["GS_pointer"].show();
} else {
obj["GS_pointer"].hide();
}
}),
props.UpdateManager.FromHashList(["fd1","fd2","rollMode","pitchMode","trkFpa","pitchWithinLimits","rollWithinLimits","gear1Wow"], nil, func(val) {
if (((obj.number == 0 and val.fd1) or (obj.number == 1 and val.fd2)) and val.trkFpa == 0 and val.pitchWithinLimits and val.rollWithinLimits) {
if (val.rollMode != " " and !val.gear1Wow) {
obj["FD_roll"].show();
} else {
obj["FD_roll"].hide();
}
if (val.pitchMode != " ") {
obj["FD_pitch"].show();
} else {
obj["FD_pitch"].hide();
}
} else {
obj["FD_roll"].hide();
obj["FD_pitch"].hide();
}
}),
props.UpdateManager.FromHashList(["thrust1","thrust2","engOut"], nil, func(val) {
if ((val.thrust1 == "CL" and val.thrust2 != "CL") or (val.thrust1 != "CL" and val.thrust2 == "CL") and val.engOut != 1) {
obj["FMA_lvrclb"].setText("LVR ASYM");
} else {
if (val.engOut == 1) {
obj["FMA_lvrclb"].setText("LVR MCT");
} else {
obj["FMA_lvrclb"].setText("LVR CLB");
}
}
}),
props.UpdateManager.FromHashList(["alphaFloor","togaLk","thrust1","thrust2","throttleMode","throttleModeBox","thrustLimit","engOut","thr1","thr2","athr"], nil, func(val) {
if (val.athr and (val.thrust1 == "TOGA" or val.thrust1 == "MCT" or val.thrust1 == "MAN THR" or val.thrust2 == "TOGA" or val.thrust2 == "MCT" or val.thrust2 == "MAN THR") and val.engOut != 1 and val.alphaFloor != 1 and
val.togaLk != 1) {
obj["FMA_man"].show();
if (val.thrust1 == "TOGA" or val.thrust2 == "TOGA") {
obj["FMA_flx_box"].hide();
obj["FMA_flxtemp"].hide();
obj["FMA_man_box"].show();
obj["FMA_manmode"].show();
obj["FMA_flxmode"].hide();
obj["FMA_manmode"].setText("TOGA");
obj["FMA_man_box"].setColor(0.8078,0.8039,0.8078);
} else if ((val.thrust1 == "MAN THR" and val.thr1 >= 0.83) or (val.thrust2 == "MAN THR" and val.thr2 >= 0.83)) {
obj["FMA_flx_box"].hide();
obj["FMA_flxtemp"].hide();
obj["FMA_man_box"].show();
obj["FMA_manmode"].show();
obj["FMA_flxmode"].hide();
obj["FMA_manmode"].setText("THR");
obj["FMA_man_box"].setColor(0.7333,0.3803,0);
} else if ((val.thrust1 == "MCT" or val.thrust2 == "MCT") and val.thrustLimit != "FLX") {
obj["FMA_flx_box"].hide();
obj["FMA_flxtemp"].hide();
obj["FMA_man_box"].show();
obj["FMA_manmode"].show();
obj["FMA_flxmode"].hide();
obj["FMA_manmode"].setText("MCT");
obj["FMA_man_box"].setColor(0.8078,0.8039,0.8078);
} else if ((val.thrust1 == "MCT" or val.thrust2 == "MCT") and val.thrustLimit == "FLX") {
obj["FMA_man_box"].hide();
obj["FMA_flx_box"].show();
obj["FMA_flxtemp"].show();
obj["FMA_manmode"].hide();
obj["FMA_flxmode"].show();
obj["FMA_man_box"].setColor(0.8078,0.8039,0.8078);
} else if ((val.thrust1 == "MAN THR" and val.thr1 < 0.83) or (val.thrust2 == "MAN THR" and val.thr2 < 0.83)) {
obj["FMA_flx_box"].hide();
obj["FMA_flxtemp"].hide();
obj["FMA_man_box"].show();
obj["FMA_manmode"].show();
obj["FMA_flxmode"].hide();
obj["FMA_manmode"].setText("THR");
obj["FMA_man_box"].setColor(0.7333,0.3803,0);
}
} else if (val.athr and (val.thrust1 == "TOGA" or (val.thrust1 == "MCT" and val.thrustLimit == "FLX") or (val.thrust1 == "MAN THR" and val.thr1 >= 0.83) or val.thrust2 == "TOGA" or (val.thrust2 == "MCT" and
val.thrustLimit == "FLX") or (val.thrust2 == "MAN THR" and val.thr2 >= 0.83)) and val.engOut and val.alphaFloor != 1 and val.togaLk != 1) {
obj["FMA_man"].show();
if (val.thrust1 == "TOGA" or val.thrust2 == "TOGA") {
obj["FMA_flx_box"].hide();
obj["FMA_flxtemp"].hide();
obj["FMA_man_box"].show();
obj["FMA_manmode"].show();
obj["FMA_flxmode"].hide();
obj["FMA_manmode"].setText("TOGA");
obj["FMA_man_box"].setColor(0.8078,0.8039,0.8078);
} else if ((val.thrust1 == "MAN THR" and val.thr1 >= 0.83) or (val.thrust2 == "MAN THR" and val.thr2 >= 0.83)) {
obj["FMA_flx_box"].hide();
obj["FMA_flxtemp"].hide();
obj["FMA_man_box"].show();
obj["FMA_manmode"].show();
obj["FMA_flxmode"].hide();
obj["FMA_manmode"].setText("THR");
obj["FMA_man_box"].setColor(0.7333,0.3803,0);
} else if ((val.thrust1 == "MCT" or val.thrust2 == "MCT") and val.thrustLimit == "FLX") {
obj["FMA_man_box"].hide();
obj["FMA_flx_box"].show();
obj["FMA_flxtemp"].show();
obj["FMA_manmode"].hide();
obj["FMA_flxmode"].show();
obj["FMA_man_box"].setColor(0.8078,0.8039,0.8078);
}
} else {
obj["FMA_man"].hide();
obj["FMA_manmode"].hide();
obj["FMA_man_box"].hide();
obj["FMA_flx_box"].hide();
obj["FMA_flxtemp"].hide();
obj["FMA_flxmode"].hide();
}
if (val.alphaFloor != 1 and val.togaLk != 1) {
if (val.athr and val.engOut != 1 and (val.thrust1 == "MAN" or val.thrust1 == "CL") and (val.thrust2 == "MAN" or val.thrust2 == "CL")) {
obj["FMA_thrust"].show();
if (val.throttleModeBox and val.throttleMode != " ") {
obj["FMA_thrust_box"].show();
} else {
obj["FMA_thrust_box"].hide();
}
} else if (val.athr and val.engOut and (val.thrust1 == "MAN" or val.thrust1 == "CL" or (val.thrust1 == "MAN THR" and val.thr1 < 0.83) or (val.thrust1 == "MCT" and val.thrustLimit != "FLX")) and
(val.thrust2 == "MAN" or val.thrust2 == "CL" or (val.thrust2 == "MAN THR" and val.thr2 < 0.83) or (val.thrust2 == "MCT" and val.thrustLimit != "FLX"))) {
obj["FMA_thrust"].show();
if (val.throttleModeBox and val.throttleMode != " ") {
obj["FMA_thrust_box"].show();
} else {
obj["FMA_thrust_box"].hide();
}
} else {
obj["FMA_thrust"].hide();
obj["FMA_thrust_box"].hide();
}
} else {
obj["FMA_thrust"].show();
obj["FMA_thrust_box"].show();
}
if (val.alphaFloor) {
obj["FMA_thrust"].setText("A.FLOOR");
obj["FMA_thrust_box"].setColor(0.7333,0.3803,0);
} else if (val.togaLk) {
obj["FMA_thrust"].setText("TOGA LK");
obj["FMA_thrust_box"].setColor(0.7333,0.3803,0);
} else {
obj["FMA_thrust"].setText(sprintf("%s", val.throttleMode));
obj["FMA_thrust_box"].setColor(0.8078,0.8039,0.8078);
}
}),
props.UpdateManager.FromHashValue("flexTemp", 1, func(val) {
obj["FMA_flxtemp"].setText(sprintf("%s", "+" ~ val));
}),
props.UpdateManager.FromHashValue("groundspeed", 1, func(val) {
if (val > 50) {
obj.temporaryNodes.showTailstrikeGroundspeed = 1;
} else {
obj.temporaryNodes.showTailstrikeGroundspeed = 0;
}
}),
props.UpdateManager.FromHashList(["thr1","thr2"], 0.005, func(val) {
if (val.thr1 < 0.78 and val.thr2 < 0.78) {
obj.temporaryNodes.showTailstrikeThrust = 1;
} else {
obj.temporaryNodes.showTailstrikeThrust = 0;
}
}),
props.UpdateManager.FromHashValue("targetHeading", 0.5, func(val) {
obj["HDG_digit_L"].setText(sprintf("%3.0f", val));
obj["HDG_digit_R"].setText(sprintf("%3.0f", val));
}),
props.UpdateManager.FromHashValue("hdgDiff", 0.025, func(val) {
obj["HDG_target"].setTranslation((val / 10) * 98.5416, 0);
}),
props.UpdateManager.FromHashList(["hdgDiff","showHdg"], 0.01, func(val) {
if (val.showHdg and val.hdgDiff >= -23.62 and val.hdgDiff <= 23.62) {
obj["HDG_digit_L"].hide();
obj["HDG_digit_R"].hide();
obj["HDG_target"].show();
} else if (val.showHdg and val.hdgDiff < -23.62 and val.hdgDiff >= -180) {
obj["HDG_digit_L"].show();
obj["HDG_digit_R"].hide();
obj["HDG_target"].hide();
} else if (val.showHdg and val.hdgDiff > 23.62 and val.hdgDiff <= 180) {
obj["HDG_digit_R"].show();
obj["HDG_digit_L"].hide();
obj["HDG_target"].hide();
} else {
obj["HDG_digit_L"].hide();
obj["HDG_digit_R"].hide();
obj["HDG_target"].hide();
}
}),
props.UpdateManager.FromHashList(["altimeterHpa","altimeterInhg","altimeterInhgMode"], 0.005, func(val) {
if (val.altimeterInhgMode == 0) {
obj["QNH_setting"].setText(sprintf("%4.0f", val.altimeterHpa));
} else {
obj["QNH_setting"].setText(sprintf("%2.2f", val.altimeterInhg));
}
}),
props.UpdateManager.FromHashList(["altimeterStd","altitudeAutopilot"], 1, func(val) {
if (val.altimeterStd == 1) {
if (val.altitudeAutopilot < 10000) {
obj["ALT_digit_UP"].setText(sprintf("%s", "FL " ~ val.altitudeAutopilot / 100));
obj["ALT_digit_DN"].setText(sprintf("%s", "FL " ~ val.altitudeAutopilot / 100));
} else {
obj["ALT_digit_UP"].setText(sprintf("%s", "FL " ~ val.altitudeAutopilot / 100));
obj["ALT_digit_DN"].setText(sprintf("%s", "FL " ~ val.altitudeAutopilot / 100));
}
} else {
obj["ALT_digit_UP"].setText(sprintf("%5.0f", val.altitudeAutopilot));
obj["ALT_digit_DN"].setText(sprintf("%5.0f", val.altitudeAutopilot));
}
}),
props.UpdateManager.FromHashValue("managedSpd", 1, func(val) {
if (val) {
obj["ASI_target"].setColor(0.6901,0.3333,0.7450);
obj["ASI_digit_UP"].setColor(0.6901,0.3333,0.7450);
obj["ASI_decimal_UP"].setColor(0.6901,0.3333,0.7450);
obj["ASI_digit_DN"].setColor(0.6901,0.3333,0.7450);
obj["ASI_decimal_DN"].setColor(0.6901,0.3333,0.7450);
} else {
obj["ASI_target"].setColor(0.0901,0.6039,0.7176);
obj["ASI_digit_UP"].setColor(0.0901,0.6039,0.7176);
obj["ASI_decimal_UP"].setColor(0.0901,0.6039,0.7176);
obj["ASI_digit_DN"].setColor(0.0901,0.6039,0.7176);
obj["ASI_decimal_DN"].setColor(0.0901,0.6039,0.7176);
}
}),
props.UpdateManager.FromHashValue("dmeDistance", 0.025, func(val) {
if (val < 19.95) {
obj["dme_dist"].setText(sprintf("%1.1f", val));
} else {
obj["dme_dist"].setText(sprintf("%2.0f", val));
}
}),
props.UpdateManager.FromHashValue("speedError", 1, func(val) {
if (!val) {
obj["ASI_error"].hide();
obj["ASI_buss"].hide();
obj["ASI_buss_ref"].hide();
obj["ASI_buss_ref_blue"].hide();
obj["ASI_frame"].setColor(1,1,1);
obj["ASI_group"].show();
obj["VLS_min"].hide();
obj["ALPHA_PROT"].hide();
obj["ALPHA_MAX"].hide();
obj["ALPHA_SW"].hide();
} else {
obj["ASI_group"].hide();
obj["ASI_frame"].setColor(1,0,0);
obj["clean_speed"].hide();
obj["S_target"].hide();
obj["F_target"].hide();
obj["flap_max"].hide();
obj["v1_group"].hide();
obj["v1_text"].hide();
obj["vr_speed"].hide();
obj["ground"].hide(); # Why?
obj["ground_ref"].hide();
obj["VLS_min"].hide();
obj["VLS_min"].hide();
obj["ALPHA_PROT"].hide();
obj["ALPHA_MAX"].hide();
obj["ALPHA_SW"].hide();
}
}),
props.UpdateManager.FromHashList(["speedError","fac1","fac2"], 1, func(val) {
if (!val.speedError and (val.fac1 or val.fac2)) {
obj["ASI_max"].show();
} else {
obj["ASI_max"].hide();
}
}),
props.UpdateManager.FromHashList(["speedError","fac1","fac2","ASItrendIsShown"], 1, func(val) {
if (!val.speedError and (val.fac1 or val.fac2)) {
if (val.ASItrendIsShown == 1) {
obj["ASI_trend_up"].show();
obj["ASI_trend_down"].hide();
} else if (val.ASItrendIsShown == -1) {
obj["ASI_trend_up"].hide();
obj["ASI_trend_down"].show();
} else {
obj["ASI_trend_up"].hide();
obj["ASI_trend_down"].hide();
}
} else {
obj["ASI_trend_up"].hide();
obj["ASI_trend_down"].hide();
}
}),
props.UpdateManager.FromHashValue("ASI", 0.1, func(val) {
obj["ASI_scale"].setTranslation(0, val * 6.6);
}),
props.UpdateManager.FromHashValue("ASImax", 0.1, func(val) {
obj["ASI_max"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashValue("ASItrend", 0.1, func(val) {
obj["ASI_trend_up"].setTranslation(0, math.clamp(val, 0, 50) * -6.6);
obj["ASI_trend_down"].setTranslation(0, math.clamp(val, -50, 0) * -6.6);
}),
props.UpdateManager.FromHashValue("V1trgt", 0.1, func(val) {
obj["v1_group"].setTranslation(0, val * -6.6);
obj["v1_text"].setText(sprintf("%3.0f", fmgc.FMGCInternal.v1));
}),
props.UpdateManager.FromHashList(["speedError","showVr","SPDv1trgtdiff","fmgcPhase","agl"], 0.5, func(val) {
if (!val.speedError and val.showVr) {
if (val.agl < 55 and val.fmgcPhase <= 2 and abs(val.SPDv1trgtdiff) <= 42) {
obj["v1_group"].show();
obj["v1_text"].hide();
} else if (val.agl < 55 and fmgc.FMGCInternal.phase <= 2) {
obj["v1_group"].hide();
obj["v1_text"].show();
} else {
obj["v1_group"].hide();
obj["v1_text"].hide();
}
} else {
obj["v1_group"].hide();
obj["v1_text"].hide();
}
}),
props.UpdateManager.FromHashValue("VRtrgt", 0.1, func(val) {
obj["vr_speed"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashList(["speedError","showVr","SPDvrtrgtdiff","fmgcPhase","agl"], 0.5, func(val) {
if (!val.speedError and val.showVr) {
if (val.agl < 55 and val.fmgcPhase <= 2 and abs(val.SPDvrtrgtdiff) <= 42) {
obj["vr_speed"].show();
} else {
obj["vr_speed"].hide();
}
} else {
obj["vr_speed"].hide();
}
}),
props.UpdateManager.FromHashList(["speedError","showV2","SPDv2trgtdiff","fmgcPhase","agl","V2trgt"], 0.5, func(val) {
if (!val.speedError and val.showVr) {
if (val.agl < 55 and val.fmgcPhase <= 2 and abs(val.SPDv2trgtdiff) <= 42) {
obj["ASI_target"].show();
obj["ASI_target"].setTranslation(0, val.V2trgt * -6.6);
obj["ASI_digit_UP"].setText(sprintf("%3.0f", fmgc.FMGCInternal.v2));
} else if (val.agl < 55 and fmgc.FMGCInternal.phase <= 2) {
obj["ASI_target"].hide();
obj["ASI_digit_UP"].setText(sprintf("%3.0f", fmgc.FMGCInternal.v2));
}
}
}),
props.UpdateManager.FromHashList(["machError","ind_mach"], 0.001, func(val) {
if (val.machError) {
obj["ASI_mach"].hide();
obj["machError"].show();
} else {
obj["machError"].hide();
if (val.ind_mach >= 0.999) {
obj["ASI_mach"].setText(".999");
} else {
obj["ASI_mach"].setText(sprintf(".%3.0f", val.ind_mach * 1000));
}
if (val.ind_mach >= 0.5) {
obj["ASI_mach"].show();
} else {
obj["ASI_mach"].hide();
}
}
}),
props.UpdateManager.FromHashList(["flapMaxSpeed","ASI"], 0.1, func(val) {
obj["flap_max"].setTranslation(0, (val.flapMaxSpeed - 30 - val.ASI) * -6.6);
}),
props.UpdateManager.FromHashList(["speedError","fac1","fac2","flapMaxSpeed","flapsInput","ind_spd"], 0.5, func(val) {
if (!val.speedError and (val.fac1 or val.fac2)) {
if (abs(val.flapMaxSpeed - val.ind_spd) <= 42 and val.flapsInput != 4) {
obj["flap_max"].show();
} else {
obj["flap_max"].hide();
}
} else {
obj["flap_max"].hide();
}
}),
props.UpdateManager.FromHashValue("Ctrgt", 0.1, func(val) {
obj["clean_speed"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashValue("Ftrgt", 0.1, func(val) {
obj["F_target"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashValue("Strgt", 0.1, func(val) {
obj["S_target"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashList(["speedError","fac1","fac2","flapsInput","SPDstrgtdiff","SPDftrgtdiff","SPDcleantrgtdiff","agl"], 0.5, func(val) {
if (!val.speedError and (val.fac1 or val.fac2)) {
if (val.flapsInput == 1) {
obj["F_target"].hide();
obj["clean_speed"].hide();
if (abs(val.SPDstrgtdiff) <= 42 and val.agl >= 400) {
obj["S_target"].show();
} else {
obj["S_target"].hide();
}
} else if (val.flapsInput == 2 or val.flapsInput == 3) {
obj["S_target"].hide();
obj["clean_speed"].hide();
if (abs(val.SPDftrgtdiff) <= 42 and val.agl >= 400) {
obj["F_target"].show();
} else {
obj["F_target"].hide();
}
} else if (val.flapsInput == 4) {
obj["S_target"].hide();
obj["F_target"].hide();
obj["clean_speed"].hide();
} else {
obj["S_target"].hide();
obj["F_target"].hide();
if (abs(val.SPDcleantrgtdiff) <= 42) {
obj["clean_speed"].show();
} else {
obj["clean_speed"].hide();
}
}
} else {
obj["S_target"].hide();
obj["F_target"].hide();
obj["clean_speed"].hide();
}
}),
props.UpdateManager.FromHashValue("bussTranslate", 0.2, func(val) {
obj["ASI_buss"].setTranslation(0, val);
obj["ASI_buss_ref_blue"].setTranslation(0, val);
}),
props.UpdateManager.FromHashList(["speedError","fac1","fac2","fbwLaw","fmgcPhase","gear1Wow","gear2Wow","fmgcTakeoffState"], 1, func(val) {
if (!val.fmgcTakeoffState and val.fmgcPhase >= 1 and !val.gear1Wow and !val.gear2Wow and !val.speedError and (val.fac1 or val.fac2)) {
obj["VLS_min"].show();
if (val.fbwLaw == 0) {
obj["ALPHA_PROT"].show();
obj["ALPHA_MAX"].show();
obj["ALPHA_SW"].hide();
} else {
obj["ALPHA_PROT"].hide();
obj["ALPHA_MAX"].hide();
obj["ALPHA_SW"].show();
}
} else {
obj["VLS_min"].hide();
obj["ALPHA_PROT"].hide();
obj["ALPHA_MAX"].hide();
obj["ALPHA_SW"].hide();
}
}),
props.UpdateManager.FromHashValue("ALPHAprot", 0.1, func(val) {
obj["ALPHA_PROT"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashValue("ALPHAmax", 0.1, func(val) {
obj["ALPHA_MAX"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashValue("ALPHAvsw", 0.1, func(val) {
obj["ALPHA_SW"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashValue("VLSmin", 0.1, func(val) {
obj["VLS_min"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashValue("ASItrgt", 0.1, func(val) {
obj["ASI_target"].setTranslation(0, val * -6.6);
}),
props.UpdateManager.FromHashList(["speedError","ASItrgtdiff","targetMach","tgt_kts","ktsMach"], 0.5, func(val) {
if (!val.speedError) {
if (abs(val.ASItrgtdiff) <= 42) {
obj["ASI_digit_UP"].hide();
obj["ASI_decimal_UP"].hide();
obj["ASI_digit_DN"].hide();
obj["ASI_decimal_DN"].hide();
obj["ASI_target"].show();
} else if (val.ASItrgtdiff < -42) {
if (val.ktsMach) {
obj["ASI_digit_DN"].setText(sprintf("%3.0f", val.targetMach * 1000));
obj["ASI_decimal_UP"].hide();
obj["ASI_decimal_DN"].show();
} else {
obj["ASI_digit_DN"].setText(sprintf("%3.0f", val.tgt_kts));
obj["ASI_decimal_UP"].hide();
obj["ASI_decimal_DN"].hide();
}
obj["ASI_digit_DN"].show();
obj["ASI_digit_UP"].hide();
obj["ASI_target"].hide();
} else if (val.ASItrgtdiff > 42) {
if (val.ktsMach) {
obj["ASI_digit_UP"].setText(sprintf("%3.0f", val.targetMach * 1000));
obj["ASI_decimal_UP"].show();
obj["ASI_decimal_DN"].hide();
} else {
obj["ASI_digit_UP"].setText(sprintf("%3.0f", val.tgt_kts));
obj["ASI_decimal_UP"].hide();
obj["ASI_decimal_DN"].hide();
}
obj["ASI_digit_UP"].show();
obj["ASI_digit_DN"].hide();
obj["ASI_target"].hide();
}
}
}),
props.UpdateManager.FromHashList(["showPFDILS","magnetic_hdg_dif"], 0.01, func(val) {
if (val.showPFDILS) {
if (abs(val.magnetic_hdg_dif) <= 23.62) {
obj["CRS_pointer"].setTranslation((val.magnetic_hdg_dif / 10) * 98.5416, 0);
obj["ILS_HDG_L"].hide();
obj["ILS_HDG_R"].hide();
obj["CRS_pointer"].show();
} else if (val.magnetic_hdg_dif < -23.62 and val.magnetic_hdg_dif >= -180) {
obj["ILS_HDG_L"].show();
obj["ILS_HDG_R"].hide();
obj["CRS_pointer"].hide();
} else if (val.magnetic_hdg_dif > 23.62 and val.magnetic_hdg_dif <= 180) {
obj["ILS_HDG_L"].hide();
obj["ILS_HDG_R"].show();
obj["CRS_pointer"].hide();
} else {
obj["ILS_HDG_L"].hide();
obj["ILS_HDG_R"].hide();
obj["CRS_pointer"].hide();
}
} else {
obj["ILS_HDG_L"].hide();
obj["ILS_HDG_R"].hide();
obj["CRS_pointer"].hide();
}
}),
props.UpdateManager.FromHashValue("ilsCrs", 0.5, func(val) {
if (int(val) < 10) {
obj["ILS_left"].setText(sprintf("00%1.0f", int(val)));
obj["ILS_right"].setText(sprintf("00%1.0f", int(val)));
} else if (int(val) < 100) {
obj["ILS_left"].setText(sprintf("0%2.0f", int(val)));
obj["ILS_right"].setText(sprintf("0%2.0f", int(val)));
} else {
obj["ILS_left"].setText(sprintf("%3.0f", int(val)));
obj["ILS_right"].setText(sprintf("%3.0f", int(val)));
}
}),
props.UpdateManager.FromHashValue("altimeterStd", 1, func(val) {
if (val) {
obj["QNH"].hide();
obj["QNH_setting"].hide();
} else {
obj["QNH_std"].hide();
obj["QNH_box"].hide();
}
}),
props.UpdateManager.FromHashList(["showDecisionHeight","agl","decision","radio","baro","radioNo"], 0.5, func(val) {
if (!val.showDecisionHeight) {
obj["FMA_dh"].hide();
obj["FMA_dhn"].hide();
obj["FMA_nodh"].hide();
if (val.agl <= 2500) {
obj["AI_agl"].show();
if (val.agl <= val.decision) {
obj["AI_agl"].setColor(0.7333,0.3803,0);
obj["AI_agl"].setFontSize(55);
} else {
if (val.agl <= 400) {
obj["AI_agl"].setFontSize(55);
} else {
obj["AI_agl"].setFontSize(45);
}
obj["AI_agl"].setColor(0.0509,0.7529,0.2941);
}
} else {
obj["AI_agl"].hide();
}
} else {
if (val.agl <= 2500) {
obj["AI_agl"].show();
# Minimums
if (int(val.radio) != 99999) {
obj["FMA_dh"].setText("RADIO");
obj["FMA_dh"].show();
obj["FMA_dhn"].setText(sprintf("%.0f", val.radio));
obj["FMA_dhn"].show();
obj["FMA_nodh"].hide();
hundredAbove.setValue(val.radio + 100);
minimum.setValue(val.radio);
if (val.agl <= val.radio + 100) {
obj["AI_agl"].setColor(0.7333,0.3803,0);
obj["AI_agl"].setFontSize(55);
} else {
if (val.agl <= 400) {
obj["AI_agl"].setFontSize(55);
} else {
obj["AI_agl"].setFontSize(45);
}
obj["AI_agl"].setColor(0.0509,0.7529,0.2941);
}
} else if (int(val.baro) != 99999) {
obj["FMA_dh"].setText("BARO");
obj["FMA_dh"].show();
obj["FMA_dhn"].setText(sprintf("%.0f", val.baro));
obj["FMA_dhn"].show();
obj["FMA_nodh"].hide();
hundredAbove.setValue(val.baro + 100);
minimum.setValue(val.baro);
if (val.agl <= val.baro + 100) {
obj["AI_agl"].setColor(0.7333,0.3803,0);
obj["AI_agl"].setFontSize(55);
} else {
if (val.agl <= 400) {
obj["AI_agl"].setFontSize(55);
} else {
obj["AI_agl"].setFontSize(45);
}
obj["AI_agl"].setColor(0.0509,0.7529,0.2941);
}
} else if (val.radioNo) {
obj["FMA_dh"].setText("BARO");
obj["FMA_dh"].show();
obj["FMA_dhn"].setText("100");
obj["FMA_dhn"].show();
obj["FMA_nodh"].hide();
hundredAbove.setValue(100);
minimum.setValue(0);
if (val.agl <= 400) {
obj["AI_agl"].setFontSize(55);
} else {
obj["AI_agl"].setFontSize(45);
}
if (val.agl <= 100) {
obj["AI_agl"].setColor(0.7333,0.3803,0);
} else {
obj["AI_agl"].setColor(0.0509,0.7529,0.2941);
}
} else {
obj["FMA_dh"].hide();
obj["FMA_dhn"].hide();
obj["FMA_nodh"].show();
hundredAbove.setValue(400);
minimum.setValue(300);
if (val.agl <= 400) {
obj["AI_agl"].setColor(0.7333,0.3803,0);
obj["AI_agl"].setFontSize(55);
} else {
obj["AI_agl"].setColor(0.0509,0.7529,0.2941);
obj["AI_agl"].setFontSize(45);
}
}
} else {
obj["AI_agl"].hide();
obj["FMA_nodh"].hide();
# Minimums
if (int(val.radio) != 99999) {
obj["FMA_dh"].setText("RADIO");
obj["FMA_dh"].show();
obj["FMA_dhn"].setText(sprintf("%.0f", val.radio));
obj["FMA_dhn"].show();
obj["FMA_nodh"].hide();
} else if (int(val.baro) != 99999) {
obj["FMA_dh"].setText("BARO");
obj["FMA_dh"].show();
obj["FMA_dhn"].setText(sprintf("%.0f", val.baro));
obj["FMA_dhn"].show();
obj["FMA_nodh"].hide();
} else if (fmgc.FMGCInternal.radioNo) {
obj["FMA_dh"].setText("BARO");
obj["FMA_dh"].show();
obj["FMA_dhn"].setText("100");
obj["FMA_dhn"].show();
obj["FMA_nodh"].hide();
} else {
obj["FMA_dh"].hide();
obj["FMA_dhn"].hide();
obj["FMA_nodh"].show();
}
}
}
}),
props.UpdateManager.FromHashValue("altError", 1, func(val) {
if (val) {
obj["ALT_error"].show();
obj["ALT_frame"].setColor(1,0,0);
obj["ALT_group"].hide();
obj["ALT_tens"].hide();
obj["ALT_neg"].hide();
obj["ALT_group2"].hide();
obj["ALT_scale"].hide();
obj["ALT_box_flash"].hide();
obj["ALT_box_amber"].hide();
obj["ALT_box"].hide();
obj["Metric_box"].hide();
obj["Metric_letter"].hide();
obj["Metric_cur_alt"].hide();
obj["ALT_digit_UP_metric"].hide();
} else {
obj["ALT_error"].hide();
obj["ALT_frame"].setColor(1,1,1);
obj["ALT_group"].show();
obj["ALT_tens"].show();
obj["ALT_box"].show();
obj["ALT_group2"].show();
obj["ALT_scale"].show();
}
}),
props.UpdateManager.FromHashList(["altError","showMetric"], 1, func(val) {
if (!val.altError and val.showMetric) {
obj["ALT_digit_UP_metric"].show();
obj["Metric_box"].show();
obj["Metric_letter"].show();
obj["Metric_cur_alt"].show();
} else {
obj["ALT_digit_UP_metric"].hide();
obj["Metric_box"].hide();
obj["Metric_letter"].hide();
obj["Metric_cur_alt"].hide();
}
}),
props.UpdateManager.FromHashList(["altitudePFD","altError"], 0.5, func(val) {
if (!val.altError) {
obj["Metric_cur_alt"].setText(sprintf("%5.0f", val.altitudePFD * 0.3048));
obj.middleAltText = roundaboutAlt(val.altitudePFD / 100);
obj["ALT_five"].setText(sprintf("%03d", abs(obj.middleAltText + 10)));
obj["ALT_four"].setText(sprintf("%03d", abs(obj.middleAltText + 5)));
obj["ALT_three"].setText(sprintf("%03d", abs(obj.middleAltText)));
obj["ALT_two"].setText(sprintf("%03d", abs(obj.middleAltText - 5)));
obj["ALT_one"].setText(sprintf("%03d", abs(obj.middleAltText - 10)));
if (val.altitudePFD < 0) {
obj["ALT_neg"].show();
} else {
obj["ALT_neg"].hide();
}
} else {
obj["ALT_neg"].hide();
}
}),
props.UpdateManager.FromHashList(["altitudePFD","altError"], 0.1, func(val) {
if (!val.altError) {
obj.altOffset = val.altitudePFD / 500 - int(val.altitudePFD / 500);
obj.middleAltOffset = nil;
if (obj.altOffset > 0.5) {
obj.middleAltOffset = -(obj.altOffset - 1) * 243.3424;
} else {
obj.middleAltOffset = -obj.altOffset * 243.3424;
}
obj["ALT_scale"].setTranslation(0, -obj.middleAltOffset);
obj["ALT_scale"].update();
obj["ALT_tens"].setTranslation(0, num(right(sprintf("%02d", val.altitudePFD), 2)) * 1.392);
}
}),
props.UpdateManager.FromHashValue("altitudeDigits", 1, func(val) {
obj["ALT_digits"].setText(sprintf("%d", val));
}),
props.UpdateManager.FromHashValue("altitudeDifference", 0.1, func(val) {
obj["ALT_target"].setTranslation(0, (val / 100) * -48.66856);
}),
props.UpdateManager.FromHashValue("altitudeAutopilot", 25, func(val) {
obj["ALT_target_digit"].setText(sprintf("%03d", math.round(val / 100)));
}),
props.UpdateManager.FromHashList(["altError","altitudeDifference"], 1, func(val) {
if (!val.altError and abs(val.altitudeDifference) <= 565) {
obj["ALT_digit_UP"].hide();
obj["ALT_digit_DN"].hide();
obj["ALT_target"].show();
} else {
if (val.altitudeDifference < -565 and !val.altError) {
obj["ALT_digit_DN"].show();
obj["ALT_digit_UP"].hide();
} else if (val.altitudeDifference > 565 and !val.altError) {
obj["ALT_digit_UP"].show();
obj["ALT_digit_DN"].hide();
} else {
obj["ALT_digit_UP"].hide();
obj["ALT_digit_DN"].hide();
}
obj["ALT_target"].hide();
}
}),
];
obj.update_items_mismatch = [
props.UpdateManager.FromHashValue("acconfigMismatch", nil, func(val) {
obj["ERRCODE"].setText(val);
}),
];
obj.AI_horizon_trans = obj["AI_horizon"].createTransform();
obj.AI_horizon_rot = obj["AI_horizon"].createTransform();
obj.AI_horizon_ground_trans = obj["AI_horizon_ground"].createTransform();
obj.AI_horizon_ground_rot = obj["AI_horizon_ground"].createTransform();
obj.AI_horizon_sky_rot = obj["AI_horizon_sky"].createTransform();
obj.AI_horizon_hdg_trans = obj["AI_heading"].createTransform();
obj.AI_horizon_hdg_rot = obj["AI_heading"].createTransform();
obj.AI_fpv_trans = obj["FPV"].createTransform();
obj.AI_fpv_rot = obj["FPV"].createTransform();
obj.page = obj.group;
return obj;
},
getKeys: func() {
return ["FMA_man","FMA_manmode","FMA_flxmode","FMA_flxtemp","FMA_thrust","FMA_lvrclb","FMA_pitch","FMA_pitcharm","FMA_pitcharm2","FMA_roll","FMA_rollarm","FMA_combined","FMA_ctr_msg","FMA_catmode","FMA_cattype","FMA_nodh","FMA_dh","FMA_dhn","FMA_ap",
"FMA_fd","FMA_athr","FMA_man_box","FMA_flx_box","FMA_thrust_box","FMA_pitch_box","FMA_pitcharm_box","FMA_roll_box","FMA_rollarm_box","FMA_combined_box","FMA_catmode_box","FMA_cattype_box","FMA_cat_box","FMA_dh_box","FMA_ap_box","FMA_fd_box",
"FMA_athr_box","FMA_Middle1","FMA_Middle2","ALPHA_MAX","ALPHA_PROT","ALPHA_SW","ALPHA_bars","VLS_min","ASI_max","ASI_scale","ASI_target","ASI_mach","ASI_trend_up","ASI_trend_down","ASI_digit_UP","ASI_digit_DN","ASI_decimal_UP",
"ASI_decimal_DN","ASI_index","ASI_error","ASI_group","ASI_frame","AI_center","AI_bank","AI_bank_lim","AI_bank_lim_X","AI_pitch_lim","AI_pitch_lim_X","AI_slipskid","AI_horizon","AI_horizon_ground","AI_horizon_sky","AI_stick","AI_stick_pos","AI_heading",
"AI_agl_g","AI_agl","AI_error","AI_group","FD_roll","FD_pitch","ALT_box_flash","ALT_box","ALT_box_amber","ALT_scale","ALT_target","ALT_target_digit","ALT_one","ALT_two","ALT_three","ALT_four","ALT_five","ALT_digits","ALT_tens","ALT_digit_UP",
"ALT_digit_DN","ALT_digit_UP_metric","ALT_error","ALT_neg","ALT_group","ALT_group2","ALT_frame","VS_pointer","VS_box","VS_digit","VS_error","VS_group","QNH","QNH_setting","QNH_std","QNH_box","LOC_pointer","LOC_scale","GS_scale","GS_pointer","CRS_pointer",
"HDG_target","HDG_scale","HDG_one","HDG_two","HDG_three","HDG_four","HDG_five","HDG_six","HDG_seven","HDG_digit_L","HDG_digit_R","HDG_error","HDG_group","HDG_frame","TRK_pointer","machError","ilsError","ils_code","ils_freq","dme_dist","dme_dist_legend",
"ILS_HDG_R","ILS_HDG_L","ILS_right","ILS_left","outerMarker","middleMarker","innerMarker","v1_group","v1_text","vr_speed","F_target","S_target","FS_targets","flap_max","clean_speed","ground","ground_ref","FPV","spdLimError","vsFMArate","tailstrikeInd",
"Metric_box","Metric_letter","Metric_cur_alt","ASI_buss","ASI_buss_ref","ASI_buss_ref_blue"];
},
getKeysTest: func() {
return ["Test_white","Test_text"];
},
getKeysMismatch: func() {
return ["ERRCODE"];
},
aoa: 0,
showMetricAlt: 0,
onsideADIRSOperating: 0,
update: func(notification) {
me.updatePower(notification);
if (me.mismatch.getVisible() == 1) {
me.updateMismatch(notification);
return;
}
if (me.test.getVisible() == 1) {
me.updateTest(notification);
}
if (me.group.getVisible() == 0) {
return;
}
# Errors
if (systems.ADIRS.ADIRunits[(me.number == 0 ? 0 : 1)].operating == 1 or (systems.ADIRS.ADIRunits[2].operating == 1 and notification.attSwitch == (me.number == 0 ? -1 : 1))) {
me.onsideADIRSOperating = 1;
} else {
me.onsideADIRSOperating = 0;
}
if (me.onsideADIRSOperating) {
me["AI_group"].show();
me["HDG_group"].show();
me["AI_error"].hide();
me["HDG_error"].hide();
me["HDG_frame"].setColor(1,1,1);
me["VS_group"].show();
me["VS_error"].hide(); # VS is inertial-sourced
} else {
me["AI_error"].show();
me["HDG_error"].show();
me["HDG_frame"].setColor(1,0,0);
me["AI_group"].hide();
me["HDG_group"].hide();
me["VS_error"].show();
me["VS_group"].hide();
}
notification.aoaPFD = (me.number == 0 ? me.getAOAForPFD1() : me.getAOAForPFD2());
notification.middleOffset = me.middleOffset;
# FD Hide / Show
if (notification.pitchPFD < 25 and notification.pitchPFD > -13) {
notification.pitchWithinLimits = 1;
} else {
notification.pitchWithinLimits = 0;
}
if (abs(notification.roll) < 45) {
notification.rollWithinLimits = 1;
} else {
notification.rollWithinLimits = 0;
}
# FPV
if (notification.trkFpa) {
if (notification.aoaPFD == nil or !me.onsideADIRSOperating){
me["FPV"].hide();
} else {
me["FPV"].show();
}
} else {
me["FPV"].hide();
}
# ILS
if (((me.number == 0 and notification.pfdILS1 == 0) or (me.number == 1 and notification.pfdILS2 == 0)) and (notification.apprArmed or notification.locArmed or notification.autopilotVert == 2)) {
if (me.number == 0 and ils_going1 == 0) {
ils_going1 = 1;
ilsTimer1.start();
} else if (me.number == 1 and ils_going2 == 0) {
ils_going2 = 1;
ilsTimer2.start();
}
if ((me.number == 0 and ils_going1 == 1) and (me.number == 1 and ils_going2 == 1)) {
if (ilsFlash[me.number]) {
me["ilsError"].show();
} else {
me["ilsError"].hide();
}
}
} else {
if (me.number == 0) {
ilsTimer1.stop();
ils_going1 = 0;
} else {
ilsTimer2.stop();
ils_going2 = 0;
}
me["ilsError"].hide();
}
# Airspeed
if (dmc.DMController.DMCs[me.number].outputs[0] != nil) {
me.ind_spd = dmc.DMController.DMCs[me.number].outputs[0].getValue();
notification.ind_spd = me.ind_spd;
notification.speedError = 0;
if (me.ind_spd <= 30) {
notification.ASI = 0;
} else if (me.ind_spd >= 420) {
notification.ASI = 390;
} else {
notification.ASI = me.ind_spd - 30;
}
if (fmgc.FMGCInternal.maxspeed <= 30) {
notification.ASImax = 0 - me.ASI;
} else if (fmgc.FMGCInternal.maxspeed >= 420) {
notification.ASImax = 390 - me.ASI;
} else {
notification.ASImax = fmgc.FMGCInternal.maxspeed - 30 - notification.ASI;
}
if (fmgc.FMGCInternal.v1set) {
if (fmgc.FMGCInternal.v1 <= 30) {
notification.V1trgt = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.v1 >= 420) {
notification.V1trgt = 390 - notification.ASI;
} else {
notification.V1trgt = fmgc.FMGCInternal.v1 - 30 - notification.ASI;
}
notification.SPDv1trgtdiff = fmgc.FMGCInternal.v1 - me.ind_spd;
notification.showV1 = 1;
} else {
notification.V1trgt = 0;
notification.SPDv1trgtdiff = 0;
notification.showV1 = 0;
}
if (fmgc.FMGCInternal.vrset) {
if (fmgc.FMGCInternal.vr <= 30) {
notification.VRtrgt = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.vr >= 420) {
notification.VRtrgt = 390 - notification.ASI;
} else {
notification.VRtrgt = fmgc.FMGCInternal.vr - 30 - notification.ASI;
}
notification.SPDvrtrgtdiff = fmgc.FMGCInternal.vr - me.ind_spd;
notification.showVr = 1;
} else {
notification.VRtrgt = 0;
notification.SPDvrtrgtdiff = 0;
notification.showVr = 0;
}
if (fmgc.FMGCInternal.v2set) {
if (fmgc.FMGCInternal.v2 <= 30) {
notification.V2trgt = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.v2 >= 420) {
notification.V2trgt = 390 - notification.ASI;
} else {
notification.V2trgt = fmgc.FMGCInternal.v2 - 30 - notification.ASI;
}
notification.SPDv2trgtdiff = fmgc.FMGCInternal.v2 - me.ind_spd;
notification.showV2 = 1;
} else {
notification.V2trgt = 0;
notification.SPDv2trgtdiff = 0;
notification.showV2 = 0;
}
if (notification.fac1 or notification.fac2) {
if (notification.flapsInput == 1) {
if (fmgc.FMGCInternal.slat <= 30) {
notification.Strgt = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.slat >= 420) {
notification.Strgt = 390 - notification.ASI;
} else {
notification.Strgt = fmgc.FMGCInternal.slat - 30 - notification.ASI;
}
notification.SPDstrgtdiff = fmgc.FMGCInternal.slat - me.ind_spd;
notification.flapMaxSpeed = 200;
} else if (notification.flapsInput == 2) {
if (fmgc.FMGCInternal.flap2 <= 30) {
notification.Ftrgt = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.flap2 >= 420) {
notification.Ftrgt = 390 - notification.ASI;
} else {
notification.Ftrgt = fmgc.FMGCInternal.flap2 - 30 - notification.ASI;
}
notification.SPDftrgtdiff = fmgc.FMGCInternal.flap2 - me.ind_spd;
notification.flapMaxSpeed = 185;
} else if (notification.flapsInput == 3) {
if (fmgc.FMGCInternal.flap3 <= 30) {
notification.Ftrgt = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.flap3 >= 420) {
notification.Ftrgt = 390 - notification.ASI;
} else {
notification.Ftrgt = fmgc.FMGCInternal.flap3 - 30 - notification.ASI;
}
notification.SPDftrgtdiff = fmgc.FMGCInternal.flap3 - me.ind_spd;
notification.flapMaxSpeed = 177;
} else if (notification.flapsInput == 0) {
notification.Ctrgt = fmgc.FMGCInternal.clean - 30 - notification.ASI;
notification.SPDcleantrgtdiff = fmgc.FMGCInternal.clean - me.ind_spd;
notification.flapMaxSpeed = 230;
}
} else {
notification.SPDcleantrgtdiff = 0;
notification.SPDftrgtdiff = 0;
notification.SPDstrgtdiff = 0;
notification.Strgt = 0;
notification.Ftrgt = 0;
notification.Ctrgt = 0;
notification.flapMaxSpeed = 0;
}
notification.fmgcTakeoffState = fmgc.FMGCInternal.takeoffState;
if (!fmgc.FMGCInternal.takeoffState and fmgc.FMGCInternal.phase >= 1 and !notification.gear1Wow and !notification.gear2Wow) {
if (fmgc.FMGCInternal.vls_min <= 30) {
notification.VLSmin = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.vls_min >= 420) {
notification.VLSmin = 390 - notification.ASI;
} else {
notification.VLSmin = fmgc.FMGCInternal.vls_min - 30 - notification.ASI;
}
if (fmgc.FMGCInternal.alpha_prot <= 30) {
notification.ALPHAprot = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.alpha_prot >= 420) {
notification.ALPHAprot = 390 - notification.ASI;
} else {
notification.ALPHAprot = fmgc.FMGCInternal.alpha_prot - 30 - notification.ASI;
}
if (fmgc.FMGCInternal.alpha_max <= 30) {
notification.ALPHAmax = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.alpha_max >= 420) {
notification.ALPHAmax = 390 - notification.ASI;
} else {
notification.ALPHAmax = fmgc.FMGCInternal.alpha_max - 30 - notification.ASI;
}
if (fmgc.FMGCInternal.vsw <= 30) {
notification.ALPHAvsw = 0 - notification.ASI;
} else if (fmgc.FMGCInternal.vsw >= 420) {
notification.ALPHAvsw = 390 - notification.ASI;
} else {
notification.ALPHAvsw = fmgc.FMGCInternal.vsw - 30 - notification.ASI;
}
} else {
notification.ALPHAprot = 0;
notification.ALPHAmax = 0;
notification.ALPHAvsw = 0;
notification.VLSmin = 0;
}
me.tgt_ias = notification.targetIasPFD;
me.tgt_kts = notification.targetKts;
if (notification.managedSpd) {
if (fmgc.FMGCInternal.decel) {
me.tgt_ias = fmgc.FMGCInternal.vappSpeedSet ? fmgc.FMGCInternal.vapp_appr : fmgc.FMGCInternal.vapp;
me.tgt_kts = fmgc.FMGCInternal.vappSpeedSet ? fmgc.FMGCInternal.vapp_appr : fmgc.FMGCInternal.vapp;
} else if (fmgc.FMGCInternal.phase == 6) {
me.tgt_ias = fmgc.FMGCInternal.clean;
me.tgt_kts = fmgc.FMGCInternal.clean;
}
}
notification.tgt_kts = me.tgt_kts;
if (me.tgt_ias <= 30) {
notification.ASItrgt = 0 - notification.ASI;
} else if (me.tgt_ias >= 420) {
notification.ASItrgt = 390 - notification.ASI;
} else {
notification.ASItrgt = me.tgt_ias - 30 - notification.ASI;
}
notification.ASItrgtdiff = me.tgt_ias - notification.ind_spd;
notification.ASItrend = dmc.DMController.DMCs[me.number].outputs[6].getValue() - notification.ASI;
if (notification.ASItrend >= 2 or (me.ASItrendIsShown != 0 and notification.ASItrend >= 1)) {
me.ASItrendIsShown = 1;
} else if (notification.ASItrend <= -2 or (me.ASItrendIsShown != 0 and notification.ASItrend <= -1)) {
me.ASItrendIsShown = -1;
} else {
me.ASItrendIsShown = 0;
}
notification.ASItrendIsShown = me.ASItrendIsShown;
if (me.temporaryNodes.showGroundReferenceAGL) {
me["ground_ref"].show();
} else {
me["ground_ref"].hide();
}
} else {
notification.ind_spd = 0;
notification.speedError = 1;
if (!systems.ADIRS.Operating.adr[0].getValue() and !systems.ADIRS.Operating.adr[1].getValue() and !systems.ADIRS.Operating.adr[2].getValue()) {
me["ASI_buss"].show();
me["ASI_buss_ref"].show();
me["ASI_buss_ref_blue"].show();
me["ASI_error"].hide();
} else {
me["ASI_buss"].hide();
me["ASI_buss_ref"].hide();
me["ASI_buss_ref_blue"].hide();
me["ASI_error"].show();
}
notification.ASI = 0;
notification.ASImax = 0;
notification.ASItrgt = 0;
notification.ASItrgtdiff = 0;
notification.ASItrend = 0;
notification.ALPHAprot = 0;
notification.ALPHAmax = 0;
notification.ALPHAvsw = 0;
notification.ASItrendIsShown = 0;
notification.Ctrgt = 0;
notification.flapMaxSpeed = 0;
notification.Ftrgt = 0;
notification.Strgt = 0;
notification.showV1 = 0;
notification.showVr = 0;
notification.showV2 = 0;
notification.SPDcleantrgtdiff = 0;
notification.SPDftrgtdiff = 0;
notification.SPDstrgtdiff = 0;
notification.SPDv1trgtdiff = 0;
notification.SPDvrtrgtdiff = 0;
notification.SPDv2trgtdiff = 0;
notification.tgt_kts = 0;
notification.V1trgt = 0;
notification.VRtrgt = 0;
notification.V2trgt = 0;
notification.VLSmin = 0;
}
# Mach
if (dmc.DMController.DMCs[me.number].outputs[2] != nil) {
notification.ind_mach = dmc.DMController.DMCs[me.number].outputs[2].getValue();
notification.machError = 0;
} else {
notification.machError = 1;
}
# Altitude
notification.showMetric = me.showMetricAlt;
if (dmc.DMController.DMCs[me.number].outputs[1] != nil) {
notification.altError = 0;
notification.altitudePFD = dmc.DMController.DMCs[me.number].outputs[1].getValue();
notification.altitudeDigits = dmc.DMController.DMCs[me.number].outputs[3].getValue();
notification.altitudeDifference = dmc.DMController.DMCs[me.number].outputs[7].getValue();
if (!ecam.altAlertFlash and !ecam.altAlertSteady) {
if (me.number == 0) {
alt_going1 = 0;
amber_going1 = 0;
} else {
alt_going2 = 0;
amber_going2 = 0;
}
me["ALT_box"].show();
me["ALT_box_flash"].hide();
me["ALT_box_amber"].hide();
} else {
if (ecam.altAlertFlash) {
# Cancel steady alert
if (me.number == 0) {
if (alt_going1 == 1) {
me["ALT_box_flash"].hide();
altTimer1.stop();
alt_going1 = 0;
}
} else {
if (alt_going2 == 1) {
me["ALT_box_flash"].hide();
altTimer2.stop();
alt_going2 = 0;
}
}
if (me.number == 0 and amber_going1 == 0) {
amber_going1 = 1;
amberTimer1.start();
} else if (me.number == 1 and amber_going2 == 0) {
amber_going2 = 1;
amberTimer2.start();
}
if ((me.number == 0 and amber_going1) or (me.number == 1 and amber_going2)) {
if (amberFlash[me.number]) {
me["ALT_box_amber"].hide();
} else {
me["ALT_box_amber"].show();
}
me["ALT_box"].hide();
}
} elsif (ecam.altAlertSteady) {
# Cancel any flash alert
if (me.number == 0) {
if (amber_going1 == 1) {
me["ALT_box"].show();
me["ALT_box_amber"].hide();
amberTimer1.stop();
amber_going1 = 0;
}
} else {
if (amber_going2 == 1) {
me["ALT_box"].show();
me["ALT_box_amber"].hide();
amberTimer2.stop();
amber_going2 = 0;
}
}
if (me.number == 0 and alt_going1 == 0) {
alt_going1 = 1;
altTimer1.start();
} else if (me.number == 1 and alt_going2 == 0) {
alt_going2 = 1;
altTimer2.start();
}
if ((me.number == 0 and alt_going1 == 1) or (me.number == 1 and alt_going2 == 1)) {
if (altFlash[me.number]) {
me["ALT_box_flash"].show();
} else {
me["ALT_box_flash"].hide();
}
}
}
}
} else {
notification.altError = 1;
notification.altitudePFD = -9999;
notification.altitudeDigits = -9999;
notification.altitudeDifference = -9999;
}
if (notification.pitchMode == "LAND" or notification.pitchMode == "FLARE" or notification.pitchMode == "ROLL OUT") {
if (ecam.directLaw.active) {
me["FMA_ctr_msg"].setText("USE MAN PITCH TRIM");
me["FMA_ctr_msg"].setColor(0.7333,0.3803,0);
me["FMA_ctr_msg"].show();
} else if (notification.fbwLaw == 3) {
me["FMA_ctr_msg"].setText("MAN PITCH TRIM ONLY");
me["FMA_ctr_msg"].setColor(1,0,0);
me["FMA_ctr_msg"].show();
} else {
me["FMA_ctr_msg"].hide();
}
} else {
if (ecam.directLaw.active) {
me["FMA_ctr_msg"].setText("USE MAN PITCH TRIM");
me["FMA_ctr_msg"].setColor(0.7333,0.3803,0);
me["FMA_Middle1"].hide();
me["FMA_Middle2"].show();
me["FMA_ctr_msg"].show();
} else if (notification.fbwLaw == 3) {
me["FMA_ctr_msg"].setText("MAN PITCH TRIM ONLY");
me["FMA_ctr_msg"].setColor(1,0,0);
me["FMA_Middle1"].hide();
me["FMA_Middle2"].show();
me["FMA_ctr_msg"].show();
} else {
me["FMA_ctr_msg"].hide();
me["FMA_Middle1"].show();
me["FMA_Middle2"].hide();
}
}
notification.radioNo = fmgc.FMGCInternal.radioNo;
if (fmgc.FMGCInternal.phase < 3 or fmgc.flightPlanController.arrivalDist.getValue() >= 250) {
notification.showDecisionHeight = 0;
} else {
notification.showDecisionHeight = 1;
}
if (notification.altimeterStd == 1) {
if (notification.altitudePFD < fmgc.FMGCInternal.transAlt and fmgc.FMGCInternal.phase == 4) {
if (me.number == 0) {
if (qnh_going1 == 0) {
qnhTimer1.start();
qnh_going1 = 1;
}
} else {
if (qnh_going2 == 0) {
qnhTimer2.start();
qnh_going2 = 1;
}
}
if ((me.number == 0 and qnh_going1) or (me.number == 1 and qnh_going2)) {
if (qnhFlash[me.number]) {
me["QNH_std"].show();
me["QNH_box"].show();
} else {
me["QNH_std"].hide();
me["QNH_box"].hide();
}
}
} else {
if (me.number == 0) {
qnhTimer1.stop();
qnh_going1 = 0;
} else {
qnhTimer2.stop();
qnh_going2 = 0;
}
me["QNH_std"].show();
me["QNH_box"].show();
}
} else {
if (notification.altitudePFD >= fmgc.FMGCInternal.transAlt and fmgc.FMGCInternal.phase == 2) {
if (me.number == 0) {
if (qnh_going1 == 0) {
qnhTimer1.start();
qnh_going1 = 1;
}
} else {
if (qnh_going2 == 0) {
qnhTimer2.start();
qnh_going2 = 1;
}
}
if ((me.number == 0 and qnh_going1) or (me.number == 1 and qnh_going2)) {
if (qnhFlash[me.number]) {
me["QNH"].show();
me["QNH_setting"].show();
} else {
me["QNH"].hide();
me["QNH_setting"].hide();
}
}
} else {
if (me.number == 0) {
qnhTimer1.stop();
qnh_going1 = 0;
} else {
qnhTimer2.stop();
qnh_going2 = 0;
}
me["QNH"].show();
me["QNH_setting"].show();
}
}
me.split_ils = split("/", fmgc.FMGCInternal.ILS.mcdu);
if ((me.number == 0 and notification.pfdILS1) or (me.number == 1 and notification.pfdILS2)) {
if (size(me.split_ils) < 2) {
me["ils_freq"].setText(me.split_ils[0]);
me["ils_freq"].show();
me["ils_code"].hide();
me["dme_dist"].hide();
me["dme_dist_legend"].hide();
} else {
me["ils_code"].setText(me.split_ils[0]);
me["ils_freq"].setText(me.split_ils[1]);
me["ils_code"].show();
me["ils_freq"].show();
if (notification.dmeInRange) {
me["dme_dist"].show();
me["dme_dist_legend"].show();
} else {
me["dme_dist"].hide();
me["dme_dist_legend"].hide();
}
}
} else {
me["ils_code"].hide();
me["ils_freq"].hide();
me["dme_dist"].hide();
me["dme_dist_legend"].hide();
}
if (((me.number == 0 and notification.pfdILS1) or (me.number == 1 and notification.pfdILS2)) and size(me.split_ils) == 2) {
notification.showPFDILS = 1;
notification.magnetic_hdg_dif = geo.normdeg180(notification.ilsCrs - notification.headingPFD);
} else {
notification.showPFDILS = 0;
notification.magnetic_hdg_dif = 0;
}
if (me.temporaryNodes.showGroundReferenceAGL) {
if ((notification.fmgcPhase == 5 or notification.fmgcPhase == 6) and !notification.gear1Wow and !notification.gear2Wow) { # TODO: add std too
me["ground"].show();
} else {
me["ground"].hide();
}
} else {
me["ground"].hide();
}
if (me.temporaryNodes.showTailstrikeAGL and me.temporaryNodes.showTailstrikeGroundspeed and me.temporaryNodes.showTailstrikeThrust) {
me["tailstrikeInd"].show();
} else {
me["tailstrikeInd"].hide();
}
foreach(var update_item; me.update_items)
{
update_item.update(notification);
}
me["AI_heading"].update();
},
updateTest: func(notification) {
if (me.number == 1) {
if ((du6_test_time.getValue() + 1 >= notification.elapsedTime) and notification.foDuXfr != 1) {
me["Test_white"].show();
me["Test_text"].hide();
} else if ((du5_test_time.getValue() + 1 >= notification.elapsedTime) and notification.foDuXfr != 0) {
me["Test_white"].show();
me["Test_text"].hide();
} else {
me["Test_white"].hide();
me["Test_text"].show();
}
} else {
if ((du1_test_time.getValue() + 1 >= notification.elapsedTime) and notification.cptDuXfr != 1) {
me["Test_white"].show();
me["Test_text"].hide();
} else if ((du2_test_time.getValue() + 1 >= notification.elapsedTime) and notification.cptDuXfr != 0) {
me["Test_white"].show();
me["Test_text"].hide();
} else {
me["Test_white"].hide();
me["Test_text"].show();
}
}
},
updateMismatch: func(notification) {
foreach(var update_item; me.update_items_mismatch)
{
update_item.update(notification);
}
},
off: 0,
on: 0,
powerNode: 0,
offTimeNode: 0,
testNode: 0,
testamountNode: 0,
powerTransient: func() {
if (me.number == 1) {
me.powerNode = systems.ELEC.Bus.ac2;
me.offTimeNode = du6_offtime;
me.testNode = du6_test;
me.testAmountNode = du6_test_amount;
me.testTimeNode = du6_test_time;
} else {
me.powerNode = systems.ELEC.Bus.acEss;
me.offTimeNode = du1_offtime;
me.testNode = du1_test;
me.testAmountNode = du1_test_amount;
me.testTimeNode = du1_test_time;
}
elapsedtime_act = pts.Sim.Time.elapsedSec.getValue();
if (me.powerNode.getValue() >= 110) {
if (!me.on) {
if (me.offTimeNode.getValue() + 3 < elapsedtime_act) {
if (pts.Gear.wow[0].getValue()) {
if (acconfig.getValue() != 1 and me.testNode.getValue() != 1) {
me.testNode.setValue(1);
me.testAmountNode.setValue(math.round((rand() * 5 ) + 35, 0.1));
me.testTimeNode.setValue(elapsedtime_act);
} else if (acconfig.getValue() == 1 and me.testNode.getValue() != 1) {
me.testNode.setValue(1);
me.testAmountNode.setValue(math.round((rand() * 5 ) + 35, 0.1));
me.testTimeNode.setValue(elapsedtime_act - 30);
}
} else {
me.testNode.setValue(1);
me.testAmountNode.setValue(0);
me.testTimeNode.setValue(-100);
}
}
me.off = 0;
me.on = 1;
}
} else {
if (!me.off) {
me.testNode.setValue(0);
me.offTimeNode.setValue(elapsedtime_act);
me.off = 1;
me.on = 0;
}
}
},
updatePower: func(notification) {
if (notification.acconfigMismatch == "0x000") {
me.mismatch.setVisible(0);
if (me.number == 1) {
if (notification.elecAC2 >= 110 and notification.du6Lgt > 0.01) {
if (du6_test_time.getValue() + du6_test_amount.getValue() >= notification.elapsedTime and notification.foDuXfr != 1) {
me.group.setVisible(0);
me.test.setVisible(1);
} else if (du5_test_time.getValue() + du5_test_amount.getValue() >= notification.elapsedTime and notification.foDuXfr == 1) {
me.group.setVisible(0);
me.test.setVisible(1);
} else {
me.group.setVisible(1);
me.test.setVisible(0);
}
} else {
me.group.setVisible(0);
me.test.setVisible(0);
}
} else {
if (notification.elecACEss >= 110 and notification.du1Lgt > 0.01) {
if (du1_test_time.getValue() + du1_test_amount.getValue() >= notification.elapsedTime and notification.cptDuXfr != 1) {
me.group.setVisible(0);
me.test.setVisible(1);
} else if (du2_test_time.getValue() + du2_test_amount.getValue() >= notification.elapsedTime and notification.cptDuXfr == 1) {
me.group.setVisible(0);
me.test.setVisible(1);
} else {
me.group.setVisible(1);
me.test.setVisible(0);
}
} else {
me.group.setVisible(0);
me.test.setVisible(0);
}
}
} else {
me.mismatch.setVisible(1);
me.group.setVisible(0);
me.test.setVisible(0);
}
},
# Get Angle of Attack from ADR1 or, depending on Switching panel, ADR3
getAOAForPFD1: func() {
if (air_data_switch.getValue() != -1 and adr_1_switch.getValue() and !adr_1_fault.getValue()) return aoa_1.getValue();
if (air_data_switch.getValue() == -1 and adr_3_switch.getValue() and !adr_3_fault.getValue()) return aoa_3.getValue();
return 0;
},
# Get Angle of Attack from ADR2 or, depending on Switching panel, ADR3
getAOAForPFD2: func() {
if (air_data_switch.getValue() != 1 and adr_2_switch.getValue() and !adr_2_fault.getValue()) return aoa_2.getValue();
if (air_data_switch.getValue() == 1 and adr_3_switch.getValue() and !adr_3_fault.getValue()) return aoa_3.getValue();
return 0;
},
# Convert difference between magnetic heading and track measured in degrees to pixel for display on PFDs
# And set max and minimum values
getTrackDiffPixels: func(track_diff_deg) {
return ((math.clamp(track_diff_deg, -23.62, 23.62) / 10) * 98.5416);
},
};
var PFDRecipient =
{
new: func(_ident, number)
{
var PFDRecipient = emesary.Recipient.new(_ident);
PFDRecipient.MainScreen = nil;
PFDRecipient.Receive = func(notification)
{
if (notification.NotificationType == "FrameNotification")
{
if (PFDRecipient.MainScreen == nil) {
PFDRecipient.MainScreen = canvas_pfd.new("Aircraft/A320-family/Models/Instruments/PFD/res/pfd.svg", "A320 PFD", number);
}
if (math.mod(notifications.frameNotification.FrameCount,2) == 0) {
PFDRecipient.MainScreen.update(notification);
}
return emesary.Transmitter.ReceiptStatus_OK;
}
return emesary.Transmitter.ReceiptStatus_NotProcessed;
};
return PFDRecipient;
},
};
var A320PFD1 = PFDRecipient.new("A320 PFD", 0);
emesary.GlobalTransmitter.Register(A320PFD1);
var A320PFD2 = PFDRecipient.new("A320 PFD", 1);
emesary.GlobalTransmitter.Register(A320PFD2);
var input = {
acconfigMismatch: "/systems/acconfig/mismatch-code",
cptDuXfr: "/modes/cpt-du-xfr",
foDuXfr: "/modes/fo-du-xfr",
du1Lgt: "/controls/lighting/DU/du1",
du6Lgt: "/controls/lighting/DU/du6",
attSwitch: "/controls/navigation/switching/att-hdg",
atMode: "/modes/pfd/fma/at-mode",
apMode: "/modes/pfd/fma/ap-mode",
fdMode: "/modes/pfd/fma/fd-mode",
atBox: "/modes/pfd/fma/athr-mode-box",
apBox: "/modes/pfd/fma/ap-mode-box",
fdBox: "/modes/pfd/fma/fd-mode-box",
athr: "/it-autoflight/output/athr",
athrArm: "/modes/pfd/fma/athr-armed",
rollMode: "/modes/pfd/fma/roll-mode",
rollModeArmed: "/modes/pfd/fma/roll-mode-armed",
rollModeBox: "/modes/pfd/fma/roll-mode-box",
rollModeArmedBox: "/modes/pfd/fma/roll-mode-armed-box",
pitchMode: "/modes/pfd/fma/pitch-mode",
pitchModeArmed: "/modes/pfd/fma/pitch-mode-armed",
pitchMode2Armed: "/modes/pfd/fma/pitch-mode2-armed",
pitchModeBox: "/modes/pfd/fma/pitch-mode-box",
pitchModeArmedBox: "/modes/pfd/fma/pitch-mode-armed-box",
pitchMode2ArmedBox: "/modes/pfd/fma/pitch-mode2-armed-box",
throttleMode: "/modes/pfd/fma/throttle-mode",
throttleModeBox: "/modes/pfd/fma/throttle-mode-box",
altitudeAutopilot: "/it-autoflight/internal/alt",
pitchPFD: "/instrumentation/pfd/pitch-deg-non-linear",
horizonGround: "/instrumentation/pfd/horizon-ground",
horizonPitch: "/instrumentation/pfd/horizon-pitch",
slipSkid: "/instrumentation/pfd/slip-skid",
fbwLaw: "/it-fbw/law",
FDRollBar: "/it-autoflight/fd/roll-bar",
FDPitchBar: "/it-autoflight/fd/pitch-bar",
vsAutopilot: "/it-autoflight/internal/vert-speed-fpm",
vsDigit: "/instrumentation/pfd/vs-digit-trans",
vsNeedle: "/instrumentation/pfd/vs-needle",
vsPFD: "/it-autoflight/internal/vert-speed-fpm-pfd",
trackPFD: "/instrumentation/pfd/track-deg",
headingPFD: "/instrumentation/pfd/heading-deg",
headingScale: "/instrumentation/pfd/heading-scale",
localizer: "/instrumentation/nav[0]/heading-needle-deflection-norm",
glideslope: "/instrumentation/nav[0]/gs-needle-deflection-norm",
dmeInRange: "/instrumentation/nav[0]/dme-in-range",
dmeDistance: "/instrumentation/dme[0]/indicated-distance-nm",
ilsCrs: "/instrumentation/nav[0]/radials/selected-deg",
localizerInRange: "/instrumentation/nav[0]/in-range",
glideslopeInRange: "/instrumentation/nav[0]/gs-in-range",
signalQuality: "/instrumentation/nav[0]/signal-quality-norm",
hasLocalizer: "/instrumentation/nav[0]/nav-loc",
hasGlideslope: "/instrumentation/nav[0]/has-gs",
locArmed: "/it-autoflight/output/loc-armed",
apprArmed: "/it-autoflight/output/appr-armed",
autopilotVert: "/it-autoflight/output/vert",
autopilotFPA: "/it-autoflight/input/fpa",
autopilotVS: "/it-autoflight/input/vs",
aileronPFD: "/controls/flight/aileron-input-fast",
elevatorPFD: "/controls/flight/elevator-input-fast",
flapsInput: "/controls/flight/flaps-input",
thrustLvrClb: "/systems/thrust/lvrclb",
fmgcPhase: "/FMGC/internal/phase",
fd1: "/it-autoflight/output/fd1",
fd2: "/it-autoflight/output/fd2",
trkFpa: "/it-autoflight/custom/trk-fpa",
pfdILS1: "/modes/pfd/ILS1",
pfdILS2: "/modes/pfd/ILS2",
markerO: "/instrumentation/marker-beacon/outer",
markerM: "/instrumentation/marker-beacon/middle",
markerI: "/instrumentation/marker-beacon/inner",
altimeterStd: "/instrumentation/altimeter/std",
altimeterInhgMode: "/instrumentation/altimeter/inhg",
altimeterInhg: "/instrumentation/altimeter/setting-inhg",
altimeterHpa: "/instrumentation/altimeter/setting-hpa",
targetIasPFD: "/FMGC/internal/target-ias-pfd",
targetMach: "/it-autoflight/input/mach",
targetKts: "/it-autoflight/input/kts",
targetHeading: "/it-autoflight/input/hdg",
managedSpd: "/it-autoflight/input/spd-managed",
ktsMach: "/it-autoflight/input/kts-mach",
showHdg: "/it-autoflight/custom/show-hdg",
hdgDiff: "/instrumentation/pfd/hdg-diff",
thrust1: "/systems/thrust/state1",
thrust2: "/systems/thrust/state2",
engOut: "/systems/thrust/eng-out",
alphaFloor: "/systems/thrust/alpha-floor",
togaLk: "/systems/thrust/toga-lk",
thrustLimit: "/controls/engines/thrust-limit",
thr1: "/controls/engines/engine[0]/throttle-pos",
thr2: "/controls/engines/engine[1]/throttle-pos",
decision: "/instrumentation/mk-viii/inputs/arinc429/decision-height",
radio: "/FMGC/internal/radio",
baro: "/FMGC/internal/baro",
bussTranslate: "/instrumentation/pfd/buss/translate",
};
foreach (var name; keys(input)) {
emesary.GlobalTransmitter.NotifyAll(notifications.FrameNotificationAddProperty.new("A320 PFD", name, input[name]));
}
# Power
setlistener("/systems/electrical/bus/ac-ess", func() {
if (A320PFD1.MainScreen != nil) { A320PFD1.MainScreen.powerTransient() }
}, 0, 0);
setlistener("/systems/electrical/bus/ac-2", func() {
if (A320PFD2.MainScreen != nil) { A320PFD2.MainScreen.powerTransient() }
}, 0, 0);
# Helper Functions
var roundabout = func(x) {
return (x - int(x)) < 0.5 ? int(x) : 1 + int(x);
};
var roundaboutAlt = func(x) {
return (x * 0.2 - int(x * 0.2)) < 0.5 ? 5 * int(x * 0.2) : 5 + 5 * int(x * 0.2);
};
var _fontSizeHDGTempVar = nil;
var fontSizeHDG = func(input) {
_fontSizeHDGTempVar = input / 3;
if (_fontSizeHDGTempVar == int(_fontSizeHDGTempVar)) {
return 42;
} else {
return 32;
}
};
var showPFD1 = func {
var dlg = canvas.Window.new([512, 512], "dialog").set("resize", 1);
dlg.setCanvas(A320PFD1.MainScreen.canvas);
}
var showPFD2 = func {
var dlg = canvas.Window.new([512, 512], "dialog").set("resize", 1);
dlg.setCanvas(A320PFD2.MainScreen.canvas);
}
# Flash managers
var ils_going1 = 0;
var ilsTimer1 = maketimer(0.50, func {
if (!ilsFlash[0]) {
ilsFlash[0] = 1;
} else {
ilsFlash[0] = 0;
}
});
var ils_going2 = 0;
var ilsTimer2 = maketimer(0.50, func {
if (!ilsFlash[1]) {
ilsFlash[1] = 1;
} else {
ilsFlash[1] = 0;
}
});
var qnh_going1 = 0;
var qnhTimer1 = maketimer(0.50, func {
if (!qnhFlash[0]) {
qnhFlash[0] = 1;
} else {
qnhFlash[0] = 0;
}
});
var qnh_going2 = 0;
var qnhTimer2 = maketimer(0.50, func {
if (!qnhFlash[1]) {
qnhFlash[1] = 1;
} else {
qnhFlash[1] = 0;
}
});
var alt_going1 = 0;
var altTimer1 = maketimer(0.50, func {
if (!altFlash[0]) {
altFlash[0] = 1;
} else {
altFlash[0] = 0;
}
});
var alt_going2 = 0;
var altTimer2 = maketimer(0.50, func {
if (!altFlash[1]) {
altFlash[1] = 1;
} else {
altFlash[1] = 0;
}
});
var amber_going1 = 0;
var amberTimer1 = maketimer(0.50, func {
if (!amberFlash[0]) {
amberFlash[0] = 1;
} else {
amberFlash[0] = 0;
}
});
var amber_going2 = 0;
var amberTimer2 = maketimer(0.50, func {
if (!amberFlash[1]) {
amberFlash[1] = 1;
} else {
amberFlash[1] = 0;
}
});
var dh_going = 0;
var dhTimer = maketimer(0.50, func {
if (!dhFlash) {
dhFlash = 1;
} else {
dhFlash = 0;
}
});
var autolandTimer = maketimer(0.5, func {
if (autoland_pulse.getBoolValue()) {
autoland_pulse.setBoolValue(0);
} else {
autoland_pulse.setBoolValue(1);
}
});
setlistener(autoland_alarm, func(alarm) {
if (alarm.getBoolValue()) {
autoland_pulse.setBoolValue(1);
autolandTimer.start();
} else {
autolandTimer.stop();
autoland_pulse.setBoolValue(0);
}
}, 0, 0);
setlistener("/modes/pfd/fma/pitch-mode", func(pitch) {
if (pitch.getValue() == "LAND") {
autoland_pitch_land.setBoolValue(1);
} else {
autoland_pitch_land.setBoolValue(0);
}
}, 0, 0);
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