/// <summary>
/// Get string of the flight plan to export.
/// </summary>
/// <exception cref="Exception"></exception>
public static string GetExportText(ExportInput input)
{
var route = input.Route;
if (route.Count < 2)
{
throw new ArgumentException();
}
var from = route.FirstWaypoint.ID.Substring(0, 4);
var to = route.LastWaypoint.ID.Substring(0, 4);
var str = route.ToString(true);
if (str == "DCT")
{
return($"{from} {to}");
}
// Replace SID/STAR with DCT.
var split = str.Split(' ');
if (split.Length < 3)
{
throw new ArgumentException();
}
var middle = string.Join(" ", split.WithoutFirstAndLast().FormatWaypointIds());
return($"{from} DCT {middle} DCT {to}");
}
/// <summary>
/// Get string of the flight plan to export.
/// </summary>
/// <exception cref="Exception"></exception>
public static string GetExportText(ExportInput input)
{
var route = input.Route;
const string start = @"[RTE]
ORIGIN_AIRPORT=ABCD
DEST_AIRPORT=EFGH
";
const string end = @"
[CDU]
CRZ_ALT=
COST_INDEX=
";
const string template = @"
[RTE.{id}]
RouteName={route}
Name={wpt}
Latitude={lat}
Longitude={lon}
CrossThisPoint=0
Heading=0
Speed=0
Altitude=0
Frequency=
FrequencyID=
";
if (route.Count < 2)
{
throw new ArgumentException();
}
var list = new List <string>();
var current = route.First;
var index = 0;
while (current.Next != route.Last)
{
var next = current.Next;
var airway = current.Value.AirwayToNext.Airway;
var airwayStr = (index == 0 || airway == "DCT") ? "" : airway;
var wpt = next.Value.Waypoint;
var val = template.Replace("{id}", index.ToString())
.Replace("{route}", airwayStr)
.Replace("{wpt}", wpt.ID.FormatWaypointId())
.Replace("{lat}", wpt.Lat.ToString("0.000000"))
.Replace("{lon}", wpt.Lon.ToString("0.000000"));
list.Add(val);
current = next;
index++;
}
var startStr = start.Replace("ABCD", route.FirstWaypoint.ID.Substring(0, 4))
.Replace("EFGH", route.LastWaypoint.ID.Substring(0, 4));
return(string.Join("", startStr, string.Join("", list), end));
}
/// <summary>
/// Returns the text of the file to export.
/// </summary>
/// <exception cref="Exception"></exception>
public static string GetExportText(ExportInput input)
{
var(route, airports) = (input.Route, input.Airports);
if (route.Count < 2)
{
throw new ArgumentException();
}
var orig = route.FirstWaypoint;
var origId = orig.ID;
var origIcao = origId.Substring(0, 4);
var origAirport = airports[origIcao];
var origLatLonAlt = LatLonAlt(orig, origAirport.Elevation);
var origLine = $"{origIcao}, A, {origLatLonAlt}, ";
var dest = route.LastWaypoint;
var destId = dest.ID;
var destIcao = destId.Substring(0, 4);
var destAirport = airports[destIcao];
var destLatLonAlt = LatLonAlt(dest, destAirport.Elevation);
var destLine = $"{destIcao}, A, {destLatLonAlt}, ";
var result = new StringBuilder();
result.AppendLine("[flightplan]");
result.AppendLine($"title={origIcao} to {destIcao}");
result.AppendLine($"description={origIcao}, {destIcao}");
result.AppendLine(@"type=IFR
routetype=3
cruising_altitude=10000");
result.AppendLine($"departure_id={origIcao}, {origLatLonAlt}");
result.AppendLine($"destination_id={destIcao}, {destLatLonAlt}");
result.AppendLine($"departure_name={origAirport.Name}");
result.AppendLine($"destination_name={destAirport.Name}");
var lines = new List <string>();
lines.Add(origLine);
var wptLines = route
.WithoutFirstAndLast()
.Select(n =>
{
var id = n.Waypoint.ID.FormatWaypointId();
return($"{id}, I, {LatLonAlt(n.Waypoint, 0.0)}, ");
});
lines.AddRange(wptLines);
lines.Add(destLine);
ConvertLines(lines);
lines.ForEach(i => result.AppendLine(i));
return(result.ToString());
}
private static XElement GetWaypointNode(Waypoint wpt, ExportInput input)
{
var node = new XElement("ATCWaypoint",
new XElement("ATCWaypointType", "Intersection"),
new XElement("WorldPosition", LatLonAlt(wpt, 0.0)),
new XElement("ICAO",
new XElement("ICAOIdent", wpt.ID.FormatWaypointId())));
node.SetAttributeValue("id", FormatIdAttribute(wpt.ID));
return(node);
}
/// <summary>
/// Get string of the flight plan to export.
/// </summary>
/// <exception cref="Exception"></exception>
public static string GetExportText(ExportInput input)
{
var route = input.Route;
if (route.Count < 2)
{
throw new ArgumentException();
}
var from = route.FirstWaypoint.ID;
var to = route.LastWaypoint.ID;
var lines = List(
"[CoRte]",
$"ArptDep={from.Substring(0, 4)}",
$"ArptArr={to.Substring(0, 4)}",
$"RwyDep={from}",
$"RwyArr={to}");
var current = route.First;
var index = 1;
while (current.Next != route.Last)
{
var next = current.Next;
var airway = current.Value.AirwayToNext.Airway;
var isDirect = (index == 1 || airway == "DCT");
var currentWpt = current.Value.Waypoint;
var nextWpt = next.Value.Waypoint;
if (isDirect)
{
var id = nextWpt.ID.FormatWaypointId();
var lat = nextWpt.Lat.ToString("0.000000");
var lon = nextWpt.Lon.ToString("0.000000");
lines.Add($"DctWpt{index}={id}");
lines.Add($"DctWpt{index}Coordinates={lat},{lon}");
}
else
{
lines.Add($"Airway{index}={airway}");
lines.Add($"Airway{index}FROM={currentWpt.ID}");
lines.Add($"Airway{index}TO={nextWpt.ID}");
}
current = current.Next;
index++;
}
lines.Add("");
return(string.Join("\n", lines));
}
/// <summary>
/// Get string of the flight plan to export.
/// </summary>
/// <exception cref="Exception"></exception>
public static string GetExportText(ExportInput input)
{
var(route, navaids, wptList) = (input.Route, input.Navaids, input.Waypoints);
if (route.Count < 2)
{
throw new ArgumentException();
}
var from = route.FirstWaypoint;
var to = route.LastWaypoint;
var s = @"I
3 version
1
" + (route.Count - 1);
var firstLine = GetLine(from.ID.Substring(0, 4), from, 1);
var lastLine = GetLine(to.ID.Substring(0, 4), to, 1);
var middleLines = route.WithoutFirstAndLast().Select(n =>
{
var w = n.Waypoint;
var id = w.ID;
var navaid = navaids.Find(id, w);
if (navaid != null && navaid.IsVOR)
{
return(GetLine(id, w, 3));
}
if (navaid != null && navaid.IsNDB)
{
return(GetLine(id, w, 2));
}
var coordinate = id.ParseLatLon();
if (coordinate == null || Format5Letter.Parse(w.ID) != null)
{
return(GetLine(id, w, 11));
}
return(GetLine(coordinate.FormatLatLon(), w, 28));
});
var lines = List(s, firstLine)
.Concat(middleLines)
.Concat(lastLine)
.Concat(Enumerable.Repeat("0 ---- 0 0.000000 0.000000", 4))
.Concat("");
return(string.Join("\n", lines));
}
/// <summary>
/// Get string of the flight plan to export.
/// </summary>
/// <exception cref="Exception"></exception>
public static string GetExportText(ExportInput input)
{
var(route, w) = (input.Route, input.WindTables);
var altitudes = List(6000, 9000, 12000, 18000, 24000,
30000, 34000, 39000, 44000, 49000);
return(string.Join("\n", route.Select(node =>
{
var wpt = node.Waypoint;
var id = (node == route.First.Value || node == route.Last.Value) ?
wpt.ID.Substring(0, 4) :
wpt.ID.FormatWaypointId();
var altitudesStr = altitudes.Select(a => GetWindTemp(w, wpt, a)).ToList();
return string.Join("\t", List(id).Concat(altitudesStr.Take(5))) + "\n\t" +
string.Join("\t", altitudesStr.Skip(5));
})));
}
// In the waypoint part, each line contain a waypoint and a true heading.
// E.g.
// ...
// ... WPT0 ... heading0
// ... WPT1 ... heading1
//
// heading0 is the direct heading from WPT0 to WPT1, at WPT0.
public static string GetExportText(ExportInput input)
{
var route = input.Route;
if (route.Count < 2)
{
throw new ArgumentException();
}
var linesPart1 = List(
route.FirstWaypoint.ID.Substring(0, 4),
route.LastWaypoint.ID.Substring(0, 4),
route.FirstWaypoint.ID.Substring(4)
).Concat(Repeat("", 7))
.Concat(List("-1", "", "", "", "", "0"));
var linesPart2 = new List <string>();
var prev = route.First;
var current = prev.Next;
while (current != route.Last)
{
var airway = prev.Value.AirwayToNext.Airway;
bool isDirect = (prev == route.First) || (airway == "DCT");
var w = current.Value.Waypoint;
var heading = EarthGeometry.TrueHeading(prev.Value.Waypoint, w);
linesPart2.Add(string.Format(
"{0},{1},0, {2} {3},0,0, {4},0,0,1,-1,0.000,0,-1000,-1000,-1,-1,-1,0,0,000.00000,0,0,,-1000,-1,-1,-1000,0,-1000,-1,-1,-1000,0,-1000,-1,-1,-1000,0,-1000,-1,-1,-1000,0,-1000,-1000,0",
isDirect ? "DIRECT,3" : $"{airway},2",
w.ID.FormatWaypointId(),
w.Lat.ToString("0.000000"),
w.Lon.ToString("0.000000"),
heading.ToString("0.00000")));
prev = current;
current = current.Next;
}
linesPart2.Add("");
return(string.Join(",\n", linesPart1.Concat(linesPart2)));
}
/// <summary>
/// Returns a string represents the PMDG .rte file.
/// SIDs, STARs are not included.
/// </summary>
public static string GetExportText(ExportInput input)
{
var route = input.Route;
var airports = input.Airports;
int numWpts = route.Count;
// Including dep/arr airports
string icaoOrig = route.FirstWaypoint.ID.Substring(0, 4);
string icaoDest = route.LastWaypoint.ID.Substring(0, 4);
var result = new StringBuilder();
AppendOrigAirportPart(numWpts, icaoOrig, result, airports);
var node = route.First.Next;
while (node != route.Last)
{
var airway = node.Value.AirwayToNext.Airway;
var wpt = node.Value.Waypoint;
if (airway == "DCT" || node.Next == route.Last)
{
airway = "DIRECT";
}
result.Append(wpt.ID.FormatWaypointId() + "\n5\n" + airway + "\n1 ");
result.AppendLine(PmdgLatLonFormat(wpt.Lat, wpt.Lon) +
" 0\n0\n0\n0");
result.AppendLine();
node = node.Next;
}
AppendDestAirportPart(icaoDest, result, airports);
return(result.ToString());
}
/// <summary>
/// Get string of the flight plan to export.
/// </summary>
/// <exception cref="Exception"></exception>
public static string GetExportText(ExportInput input)
{
var(route, navaids, wptList) = (input.Route, input.Navaids, input.Waypoints);
if (route.Count < 2)
{
throw new ArgumentException();
}
var from = route.FirstWaypoint;
var navdatapath = OptionManager.ReadFromFile().NavDataLocation;
var cycle = AiracTools.AiracCyclePeriod(navdatapath);
var to = route.LastWaypoint;
var s = @"I
1100 Version
CYCLE " + cycle.Cycle;
s += "\r\nADEP " + from.ID.Substring(0, 4);
s += "\r\nDEPRWY RW" + from.ID.Substring(4);
var sid = route.First.Value.AirwayToNext.Airway;
if (sid != "DCT")
{
var sidtrans = sid.Split('.');
s += "\r\nSID " + sidtrans[0];
if (sidtrans.Length > 1)
{
s += "\r\nSIDTRANS " + sidtrans[1];
}
}
s += "\r\nADES " + to.ID.Substring(0, 4);
s += "\r\nDESRWY RW" + to.ID.Substring(4);
var star = route.Last.Previous.Value.AirwayToNext.Airway;
if (star != "DCT")
{
var startrans = star.Split('.');
s += "\r\nSTAR " + startrans[0];
if (startrans.Length > 1)
{
s += "\r\nSTARTRANS " + startrans[1];
}
}
s += "\r\nNUMENR " + (route.Count);
var firstLine = GetLine(from.ID.Substring(0, 4), "ADEP", from, 1);
var lastLine = GetLine(to.ID.Substring(0, 4), "ADES", to, 1);
var middleLines = route.WithoutFirstAndLast().Select(n =>
{
var w = n.Waypoint;
var a = n.AirwayToNext.Airway;
var id = w.ID;
var navaid = navaids.Find(id, w);
if (navaid != null && navaid.IsVOR)
{
return(GetLine(id, a, w, 3));
}
if (navaid != null && navaid.IsNDB)
{
return(GetLine(id, a, w, 2));
}
var coordinate = id.ParseLatLon();
if (coordinate == null || Format5Letter.Parse(w.ID) != null)
{
return(GetLine(id, a, w, 11));
}
return(GetLine(coordinate.FormatLatLon(), a, w, 28));
});
var lines = List(s, firstLine)
.Concat(middleLines)
.Concat(lastLine)
.Concat("");
return(string.Join("\n", lines));
}
/// <summary>
/// Returns the text of the file to export.
/// </summary>
/// <exception cref="Exception"></exception>
public static string GetExportText(ExportInput input)
{
var(route, airports) = (input.Route, input.Airports);
if (route.Count < 2)
{
throw new ArgumentException();
}
var version = new XElement("AppVersion",
new XElement("AppVersionMajor", "10"),
new XElement("AppVersionBuild", "61637"));
var orig = route.FirstWaypoint;
var origId = orig.ID;
var origIcao = origId.Substring(0, 4);
var origRwy = origId.Substring(4);
var origAirport = airports[origIcao];
var origLatLonAlt = LatLonAlt(orig, origAirport.Elevation);
var dest = route.LastWaypoint;
var destId = dest.ID;
var destIcao = destId.Substring(0, 4);
var destAirport = airports[destIcao];
var destLatLonAlt = LatLonAlt(dest, destAirport.Elevation);
var origNode = new XElement("ATCWaypoint",
new XElement("ATCWaypointType", "Airport"),
new XElement("WorldPosition", origLatLonAlt),
new XElement("ICAO",
new XElement("ICAOIdent", origIcao)));
origNode.SetAttributeValue("id", origIcao);
var destNode = new XElement("ATCWaypoint",
new XElement("ATCWaypointType", "Airport"),
new XElement("WorldPosition", destLatLonAlt),
new XElement("ICAO",
new XElement("ICAOIdent", destIcao)));
destNode.SetAttributeValue("id", destIcao);
var waypoints = route.Select(n => n.Waypoint).ToArray();
var wptNodes = waypoints.WithoutFirstAndLast()
.Select(x => GetWaypointNode(x, input));
var flightPlanChild = new XElement[]
{
new XElement("Title", origIcao + " to " + destIcao),
new XElement("FPType", "IFR"),
new XElement("RouteType", "HighAlt"),
new XElement("CruisingAlt", "10000"),
new XElement("DepartureID", origIcao),
new XElement("DepartureLLA", origLatLonAlt),
new XElement("DestinationID", destIcao),
new XElement("DestinationLLA", destLatLonAlt),
new XElement("Descr", origIcao + ", " + destIcao),
new XElement("DeparturePosition", origRwy),
new XElement("DepartureName", origAirport.Name),
new XElement("DestinationName", destAirport.Name),
version
};
var flightPlanNode = new XElement("FlightPlan.FlightPlan",
flightPlanChild, origNode, wptNodes, destNode);
var root = new XElement("SimBase.Document",
new XElement("Descr", "AceXML Document"),
flightPlanNode);
root.SetAttributeValue("Type", "AceXML");
root.SetAttributeValue("version", "1,0");
var doc = new XDocument(root);
return(doc.ToString());
}