/// <summary>
/// Run the tutorial.
/// </summary>
public void Run()
{
foreach (var Filename in new DirectoryInfo(Directory.GetCurrentDirectory()).
EnumerateFiles("PolyfileReader/*.poly", SearchOption.TopDirectoryOnly))
{
var a = Polyfiles.Polyfile2ShapeInfo(new StreamReader("PolyfileReader/" + Filename).GetLines().Skip(1), 2, 23);
var lat_start = a.Latitude_Start;
var lng_start = a.Longitude_Start;
var lat_end = a.Longitude_Start;
var lng_end = a.Longitude_End;
var zoom5 = a.PathAtZoomLevel[5];
}
//var _PolyMetaPipe = new PolyReaderMetaPipe(SearchPattern: "PolyfileReader/*.poly",
// SearchOption: SearchOption.TopDirectoryOnly);
//_PolyMetaPipe.SetSource(Directory.GetCurrentDirectory());
//_PolyMetaPipe.ForEach(s => Console.WriteLine(s));
foreach (var Filename in new DirectoryInfo(Directory.GetCurrentDirectory()).
EnumerateFiles("PolyfileReader/*.poly",
SearchOption.TopDirectoryOnly))
{
Console.WriteLine("Processing... " + Filename);
var Shapes = new Dictionary <UInt32, Tuple <List <GeoCoordinate>, Dictionary <UInt32, Tuple <List <Tuple <UInt64, UInt64> >, StringBuilder> > > >();
UInt32 Integer = 1;
UInt32 ShapeNumber = 1;
GeoCoordinate GeoCoordinate = null;
var min_lat = Double.MaxValue;
var min_lng = Double.MaxValue;
var max_lat = Double.MinValue;
var max_lng = Double.MinValue;
foreach (var line in new StreamReader("PolyfileReader/" + Filename).GetLines().Skip(1))
{
if (UInt32.TryParse(line, out Integer))
{
ShapeNumber = Integer;
Shapes.Add(ShapeNumber, new Tuple <List <GeoCoordinate>, Dictionary <UInt32, Tuple <List <Tuple <UInt64, UInt64> >, StringBuilder> > >(
new List <GeoCoordinate>(),
new Dictionary <UInt32, Tuple <List <Tuple <UInt64, UInt64> >, StringBuilder> >()));
}
else if (line == "END")
{
continue;
}
else if (GeoCoordinate.TryParseString(line, out GeoCoordinate))
{
// Polyfiles store lng lat!!!
Shapes[ShapeNumber].Item1.Add(new GeoCoordinate(GeoCoordinate.Longitude, GeoCoordinate.Latitude));
if (min_lat > GeoCoordinate.Longitude)
{
min_lat = GeoCoordinate.Longitude;
}
if (min_lng > GeoCoordinate.Latitude)
{
min_lng = GeoCoordinate.Latitude;
}
if (max_lat < GeoCoordinate.Longitude)
{
max_lat = GeoCoordinate.Longitude;
}
if (max_lng < GeoCoordinate.Latitude)
{
max_lng = GeoCoordinate.Latitude;
}
}
}
var Output1 = new StreamWriter("PolyfileReader/" + Filename.Name.Replace(".poly", ".data"));
var Array = new StringBuilder();
var Output2 = new StreamWriter("PolyfileReader/" + Filename.Name.Replace(".poly", ".geo"));
var Language = new StringBuilder();
Shapes.ForEach((shape) =>
{
Array.AppendLine(shape.Key.ToString());
shape.Value.Item1.ForEach(c =>
{
Array.AppendLine("\t\t\t{ " + c.Latitude.ToString("00.000000").Replace(",", ".") + ", " + c.Longitude.ToString("00.000000").Replace(",", ".") + " },");
});
});
Output1.WriteLine(Array.ToString());
Output1.Flush();
Output1.Close();
var diff_lat = Math.Abs(min_lat - max_lat);
var diff_lng = Math.Abs(min_lng - max_lng);
var min_resolution = 2U;
var max_resolution = 23U;
Output2.WriteLine("From: " + max_lat.ToString("00.000000").Replace(",", ".") + ", " + min_lng.ToString("00.000000").Replace(",", "."));
Output2.WriteLine("To: " + min_lat.ToString("00.000000").Replace(",", ".") + ", " + max_lng.ToString("00.000000").Replace(",", "."));
Output2.WriteLine("Diff: " + diff_lat.ToString("00.000000").Replace(",", ".") + ", " + diff_lng.ToString("00.000000").Replace(",", "."));
Output2.WriteLine("Resolution: " + min_resolution + " -> " + max_resolution);
Shapes.ForEach((shape) =>
{
for (var resolution = min_resolution; resolution <= max_resolution; resolution++)
{
shape.Value.Item2.Add(resolution, new Tuple <List <Tuple <UInt64, UInt64> >, StringBuilder>(new List <Tuple <UInt64, UInt64> >(), new StringBuilder()));
shape.Value.Item1.ForEach(coor =>
{
var XY = GeoCalculations.WorldCoordinates_2_Screen(coor, resolution);
//if (XY.Item1 < min_x) min_x = XY.Item1;
//if (XY.Item2 < min_y) min_y = XY.Item2;
shape.Value.Item2[resolution].Item1.Add(XY);
});
//var Char = "M ";
//shape.Value.Item2[resolution].Item1.ForEach(XY =>
//{
// shape.Value.Item2[resolution].Item2.Append(Char + (XY.Item1 - min_x) + " " + (XY.Item2 - min_y) + " ");
// if (Char == "L ") Char = "";
// if (Char == "M ") Char = "L ";
//});
//shape.Value.Item2[resolution].Item2.Append(" Z ");
}
});
var min_x = 0UL;
var min_y = 0UL;
for (var resolution = min_resolution; resolution <= max_resolution; resolution++)
{
min_x = UInt64.MaxValue;
min_y = UInt64.MaxValue;
Shapes.ForEach((shape) =>
{
shape.Value.Item2[resolution].Item1.ForEach(XY =>
{
if (XY.Item1 < min_x)
{
min_x = XY.Item1;
}
if (XY.Item2 < min_y)
{
min_y = XY.Item2;
}
});
});
Shapes.ForEach((shape) =>
{
var Char = "M ";
shape.Value.Item2[resolution].Item1.ForEach(XY =>
{
shape.Value.Item2[resolution].Item2.Append(Char + (XY.Item1 - min_x) + " " + (XY.Item2 - min_y) + " ");
if (Char == "L ")
{
Char = "";
}
if (Char == "M ")
{
Char = "L ";
}
});
shape.Value.Item2[resolution].Item2.Append("Z ");
});
}
var ShapeLanguage = String.Empty;
for (var resolution = min_resolution; resolution <= max_resolution; resolution++)
{
ShapeLanguage = "\"";
Shapes.ForEach((shape) => ShapeLanguage += shape.Value.Item2[resolution].Item2.ToString().Trim() + " ");
Output2.WriteLine(ShapeLanguage.TrimEnd() + "\",");
}
//var Points = (from coor
// in Coordinates.Skip(1)
// select GeoCalculations.WorldCoordinates_2_Screen(coor, 7)).ToList();
//var min_x = (from p in Points select p.Item1).Min();
//var min_y = (from p in Points select p.Item2).Min();
//var FirstPoint = new Tuple<uint, uint>((Points.First().Item1 - min_x), (Points.First().Item2 - min_y));
//Language.Append("M " + FirstPoint.Item1 + " " + FirstPoint.Item2 + " L ");
//Points.Skip(1).ForEach(p => { Language.Append((p.Item1 - min_x) + " " + (p.Item2 - min_y) + " "); });
//Language.AppendLine("z");
//Output2.WriteLine(Language.ToString());
Output2.Flush();
Output2.Close();
}
}