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//Title of this code
//Rextester.Program.Main is the entry point for your code. Don't change it.
//Compiler version 4.0.30319.17929 for Microsoft (R) .NET Framework 4.5

using System;
using System.Collections.Generic;
using System.Linq;
using System.Text.RegularExpressions;

namespace Rextester
{
// This snippet contains methods to transform between the
// various "coordinate formats" used by PTV components
using System;

public class Program
{
    public static void Main(string[] args)
    {
        var pWgs = new Point(8.4, 49.0); // Karlsruhe
        var pPtv_Geodecimal =
          GeoTransform.Trans(CoordinateFormat.Wgs84,
                             CoordinateFormat.Ptv_Geodecimal,
                             pWgs);
        var pPtv_Mercator =
          GeoTransform.Trans(CoordinateFormat.Wgs84,
                             CoordinateFormat.Ptv_Mercator,
                             pWgs);
        var pWeb_Mercator =
          GeoTransform.Trans(CoordinateFormat.Wgs84,
                             CoordinateFormat.Web_Mercator,
                             pWgs);
        var pPtv_SmartUnits =
          GeoTransform.Trans(CoordinateFormat.Wgs84,
                             CoordinateFormat.Ptv_SmartUnits,
                             pWgs);

Console.WriteLine("Wgs84: {0}/{1}",
                          pWgs.X, pWgs.Y);
        Console.WriteLine("PTV Geodecimal: {0}/{1}",
                          pPtv_Geodecimal.X, pPtv_Geodecimal.Y);
        Console.WriteLine("PTV Mercator: {0}/{1}",
                          pPtv_Mercator.X, pPtv_Mercator.Y);
        Console.WriteLine("Google Mercator: {0}/{1}",
                          pWeb_Mercator.X, pWeb_Mercator.Y);
        Console.WriteLine("PTV Smart Units: {0}/{1}",
                          pPtv_SmartUnits.X, pPtv_SmartUnits.Y);
    }
}

public enum CoordinateFormat
{
    /// <summary>
    /// Lat/Lon EPGS:4326
    /// </summary>
    Wgs84,
    /// <summary>
    /// PTV Spherical Mercator EPSG:505456
    /// </summary>
    Ptv_Mercator,
    /// <summary>
    /// PTV Geodecimal (WGS * 100000)
    /// </summary>
    Ptv_Geodecimal,
    /// <summary>
    /// PTV Smart Units
    /// </summary>
    Ptv_SmartUnits,
    /// <summary>
    /// Spherical Web Mercator Projection 
    /// (aka Google Mercator) EPSG:900913
    /// </summary>
    Web_Mercator,
}

public static class GeoTransform
{
    public static Point Trans(CoordinateFormat inFormat, CoordinateFormat outFormat, Point point)
    {
        // int == out -> return
        if (inFormat == outFormat)
            return point;

// direct transformations
        if (inFormat == CoordinateFormat.Ptv_Geodecimal && outFormat == CoordinateFormat.Wgs84)
            return Geodecimal_2_WGS84(point);

if (inFormat == CoordinateFormat.Wgs84 && outFormat == CoordinateFormat.Ptv_Geodecimal)
            return WGS84_2_Geodecimal(point);

if (inFormat == CoordinateFormat.Ptv_Mercator && outFormat == CoordinateFormat.Ptv_SmartUnits)
            return Mercator_2_SmartUnits(point);

if (inFormat == CoordinateFormat.Ptv_SmartUnits && outFormat == CoordinateFormat.Ptv_Mercator)
            return SmartUnits_2_Mercator(point);

if (inFormat == CoordinateFormat.Ptv_Mercator && outFormat == CoordinateFormat.Wgs84)
            return SphereMercator_2_Wgs(point, Ptv_Radius);

if (inFormat == CoordinateFormat.Wgs84 && outFormat == CoordinateFormat.Ptv_Mercator)
            return Wgs_2_SphereMercator(point, Ptv_Radius);

if (inFormat == CoordinateFormat.Web_Mercator && outFormat == CoordinateFormat.Wgs84)
            return SphereMercator_2_Wgs(point, Google_Radius);

if (inFormat == CoordinateFormat.Wgs84 && outFormat == CoordinateFormat.Web_Mercator)
            return Wgs_2_SphereMercator(point, Google_Radius);

if (inFormat == CoordinateFormat.Ptv_Mercator && outFormat == CoordinateFormat.Web_Mercator)
            return Ptv_2_Google(point);

if (inFormat == CoordinateFormat.Web_Mercator && outFormat == CoordinateFormat.Ptv_Mercator)
            return Google_2_Ptv(point);

// transitive transformations
        if (inFormat == CoordinateFormat.Ptv_SmartUnits)
            return Trans(CoordinateFormat.Ptv_Mercator, outFormat, SmartUnits_2_Mercator(point));

if (outFormat == CoordinateFormat.Ptv_SmartUnits)
            return Mercator_2_SmartUnits(Trans(inFormat, CoordinateFormat.Ptv_Mercator, point));

if (inFormat == CoordinateFormat.Ptv_Geodecimal)
            return Trans(CoordinateFormat.Wgs84, outFormat, Geodecimal_2_WGS84(point));

if (outFormat == CoordinateFormat.Ptv_Geodecimal)
            return WGS84_2_Geodecimal(Trans(inFormat, CoordinateFormat.Wgs84, point));
       
        // this should not happen
        throw new NotImplementedException(string.Format("transformation not implemented for {0} to {1}",
          inFormat.ToString(), outFormat.ToString()));
    }

#region geographic formats
    public static Point Geodecimal_2_WGS84(Point point)
    {
        return new Point(point.X / 100000.0, point.Y / 100000.0);
    }

public static Point WGS84_2_Geodecimal(Point point)
    {
        return new Point(point.X * 100000.0, point.Y * 100000.0);
    }
    #endregion

#region smart units
    const double SMARTFACTOR = 4.809543;
    const int SMART_OFFSET = 20015087;

public static Point SmartUnits_2_Mercator(Point point)
    {
        return new Point(
          (point.X * SMARTFACTOR) - SMART_OFFSET,
          (point.Y * SMARTFACTOR) - SMART_OFFSET);
    }

public static Point Mercator_2_SmartUnits(Point point)
    {
        return new Point(
          (point.X + SMART_OFFSET) / SMARTFACTOR,
          (point.Y + SMART_OFFSET) / SMARTFACTOR);
    }
    #endregion

#region Spherical Mercator
    const double Ptv_Radius = 6371000.0;
    const double Google_Radius = 6378137.0;

public static Point Ptv_2_Google(Point point)
    {
        return new Point(point.X / Ptv_Radius * Google_Radius, point.Y / Ptv_Radius * Google_Radius);
    }

public static Point Google_2_Ptv(Point point)
    {
        return new Point(point.X / Google_Radius * Ptv_Radius, point.Y / Google_Radius * Ptv_Radius);
    }

public static Point Wgs_2_SphereMercator(Point point, double earthRadius)
    {
        double x = earthRadius * point.X * Math.PI / 180.0;
        double y = earthRadius * Math.Log(Math.Tan(Math.PI / 4.0 + point.Y * Math.PI / 360.0));

return new Point(x, y);
    }

public static Point SphereMercator_2_Wgs(Point point, double earthRadius)
    {
        double x = (180.0 / Math.PI) * (point.X / earthRadius);
        double y = (360 / Math.PI) * (Math.Atan(Math.Exp(point.Y / earthRadius)) - (Math.PI / 4));

return new Point(x, y);
    }
    #endregion
}

public class Point
{
    public Point(double x, double y)
    {
        this.X = x;
        this.Y = y;
    }

public double X { get; set; }
    public double Y { get; set; }
}

}

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Compilation time: 0.11 sec, absolute running time: 0.11 sec, cpu time: 0.09 sec, average memory usage: 18 Mb, average nr of threads: 5