FGFS-4.1/flightgear-airports-old
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https://github.com/Portree-Kid/flightgear-airports/issues/88

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This commit is contained in:
portree_kid 2020-08-03 22:37:37 +02:00
parent 00132e46fb
commit 7c8cc0e705
1 changed files with 75 additions and 64 deletions
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139
src/renderer/loaders/pavement_loader.js
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@ -41,12 +41,12 @@ function bezier(line, icao, layerGroup, currentFeature) {
var startPoint = [Number(previous[0]), Number(previous[1])];
var endPoint = [Number(line[1]), Number(line[2])];
if(module.exports.debug) {
L.polyline([startPoint, endPoint], { color: 'fuchsia' }).addTo(layerGroup);
var marker = new L.marker(endPoint, { title: 'endpoint', color: 'fuchsia' });
marker.bindTooltip(String(currentFeature.slice(-1)[0].length + ' ' + line), { className: "my-label", offset: [0, 0] });
marker.addTo(layerGroup);
}
if (module.exports.debug) {
L.polyline([startPoint, endPoint], { color: 'fuchsia' }).addTo(layerGroup);
var marker = new L.marker(endPoint, { title: 'endpoint', color: 'fuchsia' });
marker.bindTooltip(String(currentFeature.slice(-1)[0].length + ' ' + line), { className: "my-label", offset: [0, 0] });
marker.addTo(layerGroup);
}
var control = [Number(line[3]), Number(line[4])];
if (!isNaN(control[0]) && control[0] !== undefined && !isNaN(control[1]) && control[1] !== undefined) {
@ -71,7 +71,7 @@ function bezier(line, icao, layerGroup, currentFeature) {
L.polyline([startPoint, controlReflected, endPoint], { color: 'purple' }).addTo(layerGroup);
var marker = new L.marker(controlReflected, { title: 'control First' });
marker.bindTooltip(String(currentFeature.slice(-1)[0].length + ' ' + line), {className: "my-label", offset: [0, 0] });
marker.bindTooltip(String(currentFeature.slice(-1)[0].length + ' ' + line), { className: "my-label", offset: [0, 0] });
marker.addTo(layerGroup);
}
points = deCasteljau([
@ -82,13 +82,13 @@ function bezier(line, icao, layerGroup, currentFeature) {
if (module.exports.debug) {
L.polyline([startPoint, exports.bezierPoint, controlReflected, endPoint], { color: 'purple' }).addTo(layerGroup);
var marker = new L.marker(exports.bezierPoint, { title: 'exports.bezierPoint' }).addTo(layerGroup);
marker.bindTooltip(String(currentFeature.slice(-1)[0].length + ' ' + line), {className: "my-label", offset: [0, 10] });
marker.bindTooltip(String(currentFeature.slice(-1)[0].length + ' ' + line), { className: "my-label", offset: [0, 10] });
marker.addTo(layerGroup);
var marker1 = new L.marker(controlReflected, { title: 'controlReflected' }).addTo(layerGroup);
marker1.bindTooltip(String(currentFeature.slice(-1)[0].length + ' ' + line), {className: "my-label", offset: [0, -10] });
marker1.bindTooltip(String(currentFeature.slice(-1)[0].length + ' ' + line), { className: "my-label", offset: [0, -10] });
marker1.addTo(layerGroup);
}
points = deCasteljau([
[Number(previous[0]), Number(previous[1])],
@ -276,36 +276,47 @@ module.exports.readPavement = function (f, icao, cb) {
store.default.dispatch('setPavementLoaded', false);
lineReader.createInterface({
input: fs.createReadStream(f).pipe(zlib.createGunzip())
}).on('line', function (line) {
try {
var fields = line.split(/[ ]+/);
// var fields = line.match('([0-9]+)');
if (fields == null)
return;
var scanMethod = scanMethods[fields[0]];
if (scanMethod != null) {
currentFeature = scanMethod(fields, icao, pavementLayerGroup, currentFeature);
}
else {
if (fields[0] == '99') {
lineReader.close();
if (!fs.existsSync(f)) {
store.default.dispatch('setPavementLoaded', true);
return;
}
try {
fs.accessSync(f, fs.constants.R_OK);
lineReader.createInterface({
input: fs.createReadStream(f).pipe(zlib.createGunzip())
}).on('line', function (line) {
try {
var fields = line.split(/[ ]+/);
// var fields = line.match('([0-9]+)');
if (fields == null)
return;
var scanMethod = scanMethods[fields[0]];
if (scanMethod != null) {
currentFeature = scanMethod(fields, icao, pavementLayerGroup, currentFeature);
}
// console.log('Ignored:', line);
}
} catch (error) {
console.error('Error reading : ' + line + error);
}
}).on('error', function (err) {
else {
if (fields[0] == '99') {
lineReader.close();
}
// console.log('Ignored:', line);
}
} catch (error) {
console.error('Error reading : ' + line + error);
}
}).on('error', function (err) {
store.default.dispatch('setPavementLoaded', true);
console.error(err);
lr.close();
}).on('close', function () {
store.default.dispatch('setPavementLoaded', true);
console.log("End");
cb(pavementLayerGroup);
});
} catch (err) {
console.error('no access!');
store.default.dispatch('setPavementLoaded', true);
console.error(err);
lr.close();
}).on('close', function () {
store.default.dispatch('setPavementLoaded', true);
console.log("End");
cb(pavementLayerGroup);
});
return;
}
}
module.exports.debug = false;
@ -328,24 +339,24 @@ var scanMethods = {
// APTDAT 715 Segment
10: (line, icao, layerGroup) => {
if (module.exports.isScanning) {
var pointMiddle = new LatLonEllipsoidal(Number(line[1]), Number(line[2]));
var point1 = pointMiddle.destinationPoint(line[5]/6.562, line[4]);
var point2 = pointMiddle.destinationPoint(line[5]/6.562, line[4]-180);
var pointMiddle = new LatLonEllipsoidal(Number(line[1]), Number(line[2]));
var point1 = pointMiddle.destinationPoint(line[5] / 6.562, line[4]);
var point2 = pointMiddle.destinationPoint(line[5] / 6.562, line[4] - 180);
var runwayPoints = [];
var runwayPoints = [];
var bearing = point1.initialBearingTo(point2);
// Width in ft
var runwayWidth = Number(line[8])/3.281;
var bearing = point1.initialBearingTo(point2);
// Width in ft
var runwayWidth = Number(line[8]) / 3.281;
runwayPoints.push(point1.destinationPoint(runwayWidth / 2, (bearing + 90)));
runwayPoints.push(point2.destinationPoint(runwayWidth / 2, (bearing + 90)));
runwayPoints.push(point2.destinationPoint(runwayWidth / 2, (bearing - 90)));
runwayPoints.push(point1.destinationPoint(runwayWidth / 2, (bearing - 90)));
runwayPoints.push(point1.destinationPoint(runwayWidth / 2, (bearing + 90)));
runwayPoints.push(point2.destinationPoint(runwayWidth / 2, (bearing + 90)));
runwayPoints.push(point2.destinationPoint(runwayWidth / 2, (bearing - 90)));
runwayPoints.push(point1.destinationPoint(runwayWidth / 2, (bearing - 90)));
var runwayPoly = buildTaxiwayPoly(runwayPoints);
runwayPoly.addTo(layerGroup);
}
var runwayPoly = buildTaxiwayPoly(runwayPoints);
runwayPoly.addTo(layerGroup);
}
},
// Runway
100: (line, icao, layerGroup) => {
@ -363,25 +374,25 @@ var scanMethods = {
runwayPoints.push(point1.destinationPoint(runwayWidth / 2, (bearing + 90)));
runwayPoints.push(point2.destinationPoint(runwayWidth / 2, (bearing + 90)));
runwayPoints.push(point2.destinationPoint(runwayWidth / 2, (bearing - 90)));
runwayPoints.push(point1.destinationPoint(runwayWidth / 2, (bearing - 90)));
runwayPoints.push(point1.destinationPoint(runwayWidth / 2, (bearing - 90)));
var runwayPoly = buildRunwayPoly(runwayPoints);
runwayPoly.addTo(layerGroup);
var displacedEnd1 = point1.destinationPoint(Number(line[20]), bearing)
var displacedEnd2 = point2.destinationPoint(Number(line[20]), bearing-180)
var displacedEnd2 = point2.destinationPoint(Number(line[20]), bearing - 180)
var runwayLine = new L.Polyline([displacedEnd1, displacedEnd2]);
runwayLine.setStyle({ color: 'yellow', stroke: true, dashArray: [50,50] });
runwayLine.setStyle({ color: 'yellow', stroke: true, dashArray: [50, 50] });
runwayLine.addTo(layerGroup);
var t1 = new L.Polyline([displacedEnd1.destinationPoint(runwayWidth / 2, (bearing - 90)),
displacedEnd1.destinationPoint(runwayWidth / 2, (bearing + 90))]);
var t1 = new L.Polyline([displacedEnd1.destinationPoint(runwayWidth / 2, (bearing - 90)),
displacedEnd1.destinationPoint(runwayWidth / 2, (bearing + 90))]);
t1.setStyle({ color: 'yellow' });
t1.addTo(layerGroup);
var t2 = new L.Polyline([displacedEnd2.destinationPoint(runwayWidth / 2, (bearing - 90)),
displacedEnd2.destinationPoint(runwayWidth / 2, (bearing + 90))]);
var t2 = new L.Polyline([displacedEnd2.destinationPoint(runwayWidth / 2, (bearing - 90)),
displacedEnd2.destinationPoint(runwayWidth / 2, (bearing + 90))]);
t2.setStyle({ color: 'yellow' });
t2.addTo(layerGroup);
@ -427,8 +438,8 @@ var scanMethods = {
console.debug(line);
var previous = currentFeature.slice(-1)[0].slice(-1)[0];
if (previous !== undefined &&
previous !== null &&
previous[0] === line[1] &&
previous !== null &&
previous[0] === line[1] &&
previous[1] === line[2]) {
module.exports.bezierPoint = null;
} else {