private void WriteArbSct()
{
// File Path to the file we want to write to
string highFilePath = $"{GlobalConfig.outputDirectory}\\VRC\\[ARTCC HIGH].sct2";
string lowFilePath = $"{GlobalConfig.outputDirectory}\\VRC\\[ARTCC LOW].sct2";
// String Builder to store all the lines we want to write to the file.
StringBuilder highArb = new StringBuilder();
highArb.AppendLine("[ARTCC HIGH]");
StringBuilder lowArb = new StringBuilder();
lowArb.AppendLine("[ARTCC LOW]");
foreach (BoundryModel boundry in allBoundarys)
{
// HIGH ARTCC = HIGH, FIR_ONLY, UTA
// LOW ARTCC = LOW, CTA, BDRY
ArbModel prevPoint = new ArbModel();
foreach (ArbModel arbPoint in boundry.AllPoints)
{
if (prevPoint.Identifier == null)
{
prevPoint = arbPoint;
}
else
{
if (boundry.Type == "HIGH" || boundry.Type == "FIR ONLY" || boundry.Type == "UTA")
{
highArb.AppendLine($"{boundry.Identifier} {prevPoint.Lat} {prevPoint.Lon} {arbPoint.Lat} {arbPoint.Lon}; {prevPoint.Sequence} {arbPoint.Sequence} / {prevPoint.DecodeName} {arbPoint.DecodeName}");
}
else if (boundry.Type == "LOW" || boundry.Type == "CTA" || boundry.Type == "BDRY")
{
lowArb.AppendLine($"{boundry.Identifier} {prevPoint.Lat} {prevPoint.Lon} {arbPoint.Lat} {arbPoint.Lon}; {prevPoint.Sequence} {arbPoint.Sequence} / {prevPoint.DecodeName} {arbPoint.DecodeName}");
}
else
{
throw new NotImplementedException();
}
prevPoint = arbPoint;
}
}
}
// Write to the file.
File.WriteAllText(highFilePath, highArb.ToString());
File.WriteAllText(lowFilePath, lowArb.ToString());
// Add some new lines to the end of the file.
File.AppendAllText(highFilePath, $"\n\n\n\n\n\n");
File.AppendAllText(lowFilePath, $"\n\n\n\n\n\n");
// Add this file to our TEST SECTOR file.
File.AppendAllText($"{GlobalConfig.outputDirectory}\\{GlobalConfig.testSectorFileName}", File.ReadAllText(highFilePath));
File.AppendAllText($"{GlobalConfig.outputDirectory}\\{GlobalConfig.testSectorFileName}", File.ReadAllText(lowFilePath));
}
private void ParseArb(string effectiveDate)
{
foreach (string line in File.ReadAllLines($"{GlobalConfig.tempPath}\\{effectiveDate}_ARB\\ARB.txt"))
{
ArbModel arb = new ArbModel
{
Identifier = line.Substring(0, 4).Trim(),
CenterName = line.Substring(12, 40).Trim(),
DecodeName = line.Substring(52, 10).Trim(),
Lat = GlobalConfig.CorrectLatLon(line.Substring(62, 14).Trim(), true, GlobalConfig.Convert),
Lon = GlobalConfig.CorrectLatLon(line.Substring(76, 14).Trim(), false, GlobalConfig.Convert),
Description = line.Substring(90, 300).Trim(),
Sequence = line.Substring(390, 6).Trim(),
Legal = line.Substring(396, 1).Trim()
};
if (arb.Description.IndexOf("POINT OF BEGINNING", 0) != -1)
{
arb.ToBeginingAfterThis = true;
}
allBoundaryPoints.Add(arb);
}
BoundryModel Boundary = new BoundryModel();
int totalPoints = allBoundaryPoints.Count;
int currentPointCount = 0;
foreach (ArbModel point in allBoundaryPoints)
{
currentPointCount += 1;
if (point.Identifier == Boundary.Identifier && point.DecodeName == Boundary.Type)
{
Boundary.AllPoints.Add(point);
if (point.ToBeginingAfterThis)
{
Boundary.AllPoints.Add(Boundary.AllPoints.First());
allBoundarys.Add(Boundary);
Boundary = new BoundryModel();
}
}
else
{
if (Boundary.Identifier != null)
{
allBoundarys.Add(Boundary);
}
Boundary = new BoundryModel();
Boundary.Identifier = point.Identifier;
Boundary.Type = point.DecodeName;
Boundary.AllPoints = new List <ArbModel>();
Boundary.AllPoints.Add(point);
}
if (totalPoints == currentPointCount && Boundary.Identifier != null)
{
allBoundarys.Add(Boundary);
}
}
}
