private string OutputText(string Lat0, string Lon0, string Lat1, string Lon1)
{
string result = string.Empty;
if ((Lat0.Length > 0) && (Lon0.Length > 0) && (Lat1.Length > 0) && (Lon1.Length > 0))
{
switch (SectionComboBox.SelectedIndex)
{
case 0: // SIDSTAR
result = SCTstrings.SSDout(Lat0, Lon0, Lat1, Lon1) + cr;
break;
case 1: // ARTCC
result = SCTstrings.BoundaryOut(PrefixTextBox.Text, Lat0, Lon0, Lat1, Lon1) + cr;
break;
case 2: // Airway (prefix textbox req'd)
result = SCTstrings.AWYout(PrefixTextBox.Text, Lat0, Lon0, Lat1, Lon1, "", "") + cr;
break;
case 3: // GEO format
result = SCTstrings.GeoOut(Lat0, Lon0, Lat1, Lon1, ColorValueTextBox.Text) + cr;
break;
}
}
return(result);
}
private void AddLine()
{
// Purpose - to Output a series of lines based upon user options
// RETURNS - Nothing; writes a string to the Output Textbox
string cr = Environment.NewLine;
string Msg;
// Create the list of points for the line (if not dashed, returns original points)
string[] strOut = new string[4];
strOut[0] = strOut[1] = strOut[2] = strOut[3] = string.Empty;
double[][] Lines = DashedLine(DashedLineRadioButton.Checked);
if (SSDRadioButton.Checked)
{
foreach (double[] Line in Lines)
{
if (Line[0] == -1)
{
strOut[2] = string.Empty; strOut[3] = string.Empty;
}
else
{
strOut[2] = Conversions.Degrees2SCT(Line[0], true);
strOut[3] = Conversions.Degrees2SCT(Line[1], false);
}
if ((strOut[0].Length != 0) && (strOut[2].Length != 0))
{
switch (OutputType)
{
case "SSD":
OutputTextBox.Text += SCTstrings.SSDout(strOut[0], strOut[1],
strOut[2], strOut[3]) + cr;
break;
case "AWY":
if (PrefixTextBox.TextLength != 0)
{
OutputTextBox.Text += SCTstrings.AWYout(PrefixTextBox.Text, strOut[0], strOut[1],
strOut[2], strOut[3], StartFixTextBox.Text, EndFixTextBox.Text) + cr;
}
else
{
Msg = "The Airway identifier is required for this format." + cr + "(Place in the prefix text box.)";
SCTcommon.SendMessage(Msg);
PrefixTextBox.Focus();
}
break;
case "ARTCC":
if (PrefixTextBox.TextLength != 0)
{
OutputTextBox.Text += SCTstrings.BoundaryOut(PrefixTextBox.Text, strOut[0], strOut[1],
strOut[2], strOut[3]);
if (SuffixTextBox.TextLength != 0)
{
OutputTextBox.Text += SuffixTextBox.Text;
}
OutputTextBox.Text += cr;
}
else
{
Msg = "The ARTCC identifier is required for this format." + cr + "(Place in the prefix text box.)";
SCTcommon.SendMessage(Msg);
PrefixTextBox.Focus();
}
break;
case "GEO":
OutputTextBox.Text += SCTstrings.GeoOut(strOut[0], strOut[1],
strOut[2], strOut[3], SuffixTextBox.Text) + cr;
break;
}
}
strOut[0] = strOut[2]; strOut[1] = strOut[3];
}
}
}
public static void WriteAWY(string path, bool IsLow)
{
DataTable AWY = Form1.AWY;
string Awy0 = string.Empty; string Awy1;
string NavAid0 = string.Empty; string NavAid1;
double Lat0 = -1; double Lat1 = -1;
double Lon0 = -1; double Lon1 = -1;
bool IsBreak;
string filter = "[Selected]";
if (IsLow)
{
filter += " AND [IsLow]";
}
else
{
filter += " AND NOT [IsLow]";
}
DataView dvAWY = new DataView(AWY)
{
RowFilter = filter,
Sort = "AWYID, Sequence",
};
// Rotate output as in other output loops
using (StreamWriter sw = new StreamWriter(path))
{
sw.WriteLine(CycleHeader);
if (IsLow)
{
sw.WriteLine("[LOW AIRWAY]");
}
else
{
sw.WriteLine("[HIGH AIRWAY]");
}
foreach (DataRowView rowAWY in dvAWY)
{
Awy1 = rowAWY["AWYID"].ToString();
NavAid1 = rowAWY["NAVAID"].ToString();
IsBreak = (bool)rowAWY["IsBreak"];
Lat1 = Convert.ToSingle(rowAWY["Latitude"]);
Lon1 = Convert.ToSingle(rowAWY["Longitude"]);
if (IsBreak)
{
Lat1 = -1f; // Break in awy; restart sequence with next
}
if (Awy1 != Awy0)
{
Lat0 = -1f; // New air, last segment was written (but save this coord)
}
{
if ((Lat0 != -1) && (Lat1 != -1))
{
sw.WriteLine(SCTstrings.AWYout(Awy1,
Conversions.DecDeg2SCT(Convert.ToSingle(Lat0), true),
Conversions.DecDeg2SCT(Convert.ToSingle(Lon0), false),
Conversions.DecDeg2SCT(Convert.ToSingle(Lat1), true),
Conversions.DecDeg2SCT(Convert.ToSingle(Lon1), false),
NavAid0, NavAid1));
}
}
// Shift all items
Awy0 = Awy1; NavAid0 = NavAid1;
Lat0 = Lat1; Lon0 = Lon1;
}
}
dvAWY.Dispose();
}
