public static void AddSampleSegments(DataAnalyzer pDA)
{
pDA.AddSegment(393.93, 8, 205.98, 9.61, 393.81);
pDA.AddSegment(495.3, 10, 199.94, 10.09, 495.20);
pDA.AddSegment(514.3, 10, 192.42, 4.33, 514.28);
pDA.AddSegment(468.76, 9, 188.40, 3.85, 468.74);
pDA.AddSegment(253.65, 5, 164.79, 5.77, 253.58);
pDA.AddSegment(200.45, 4, 139.13, 4.33, 200.41);
pDA.AddSegment(203.53, 4, 117.75, 2.40, 203.52);
pDA.AddSegment(155.14, 3, 100.85, 0.96, 155.13);
pDA.AddSegment(355.56, 7, 86.89, 4.81, 355.53);
pDA.AddSegment(242.13, 5, 70.93, 11.54, 241.85);
}
protected void TrackChanged(object sender, EventArgs e)
{
if (GPX == null)
return;
if (String.IsNullOrEmpty(ddlTracks.SelectedValue))
{
pnlAnalysis.Visible = false;
pnlActivity.Visible = false;
ActivityPanelsVisible = false;
return;
}
List<wptType> trackPoints = GPX.GetTrackFirstSegmentPoints(ddlTracks.SelectedValue);
lblTrackPointCount.Text = String.Format(" ({0})", trackPoints.Count());
Analyzer = new DataAnalyzer(trackPoints);
gvTrackPoints.DataSource = Analyzer.TrackPoints;
gvTrackPoints.DataBind();
lblSegmentCount.Text = String.Format(" ({0})", Analyzer.Segments.Count());
gvSegments.DataSource = Analyzer.Segments;
gvSegments.DataBind();
lblTotalDistance.Text = FormatDistance(Analyzer.TotalDistance());
lblTotalVerticalDistance.Text = FormatDistance(Analyzer.TotalVerticalDistance());
lblTotalFlatEarthDistance.Text = FormatDistance(Analyzer.TotalFlatEarthDistance());
lblTotalTime.Text = FormatTime(Analyzer.TotalTime());
lblAverageDistance.Text = FormatDistance(Analyzer.AverageDistance());
lblAverageVerticalDistance.Text = FormatDistance(Analyzer.AverageVerticalDistance());
lblAverageFlatEarthDistance.Text = FormatDistance(Analyzer.AverageFlatEarthDistance());
lblAverageTime.Text = FormatTime(Analyzer.AverageTime());
lblAverageCourse.Text = FormatCourse(Analyzer.AverageCourse());
lblAverageVelocity.Text = FormatVelocity(Analyzer.AverageVelocity());
lblAverageVerticalVelocity.Text = FormatVelocity(Analyzer.AverageVerticalVelocity());
lblAverageFlatEarthVelocity.Text = FormatVelocity(Analyzer.AverageFlatEarthVelocity());
pnlAnalysis.Visible = true;
pnlActivity.Visible = true;
ActivityChanged(ddlActivity, EventArgs.Empty);
}
public static void Get(DataAnalyzer pDA, string entry)
{
string[] segments = entry.Split(' ');
string subcommand = segments[1].ToUpper();
double returned = -1;
switch (subcommand)
{
#region Internal
case "VELOCITY":
case "V":
if (segments.Count() < 4)
{
Console.Write("Distance and Time not entered.");
}
else
{
Console.Write("Velocity = distance/time = {0}/{1} = ", segments[2], segments[3]);
returned = pDA.Velocity(double.Parse(segments[2]), double.Parse(segments[3]));
Console.WriteLine(returned);
}
break;
case "ACCELERATION":
case "A":
if (segments.Count() < 5)
{
Console.Write("Distance and Time not entered.");
}
else if (segments.Count() == 5)
{
Console.Write("Acceleration = (v2 - v1)/time = ({1} - {0})/{2} = ", segments[2], segments[3], segments[4]);
returned = pDA.Acceleration(double.Parse(segments[2]), double.Parse(segments[3]), double.Parse(segments[4]));
Console.WriteLine(returned);
}
else if (segments.Count() > 5)
{
Console.Write("Acceleration = (v2 - v1)/time = ({2}/{3} - {0}/{1})/{3} = ", segments[2], segments[3], segments[4], segments[5]);
returned = pDA.Acceleration(double.Parse(segments[2]), double.Parse(segments[3]), double.Parse(segments[4]), double.Parse(segments[5]));
Console.WriteLine(returned);
}
break;
#endregion
#region Private
case "I":
returned = pDA.GetI();
Console.WriteLine("i = " + returned);
break;
case "N":
returned = pDA.GetN();
Console.WriteLine("n = " + returned);
break;
case "MAX":
returned = pDA.GetMax();
Console.WriteLine("max = " + returned);
break;
case "STARTELEVATION":
case "SE":
returned = pDA.GetStartElevation();
Console.WriteLine("Start Elevation = " + returned);
break;
case "STARTLATITUDE":
case "SLAT":
returned = pDA.GetStartLatitude();
Console.WriteLine("Start Latitude = " + returned);
break;
case "STARTLONGITUDE":
case "SLON":
returned = pDA.GetStartLongitude();
Console.WriteLine("Start Longitude = " + returned);
break;
case "STARTDATETIME":
case "SD":
Console.WriteLine("Start Date Time = " + pDA.GetStartDateTime());
break;
case "ENDELEVATION":
case "EE":
returned = pDA.GetEndElevation();
Console.WriteLine("End Elevation = " + returned);
break;
case "ENDLATITUDE":
case "ELAT":
returned = pDA.GetEndLatitude();
Console.WriteLine("End Latitude = " + returned);
break;
case "ENDLONGITUDE":
case "ELON":
returned = pDA.GetEndLongitude();
Console.WriteLine("End Longitude = " + returned);
break;
case "ENDDATETIME":
case "ED":
Console.WriteLine("End Date Time = " + pDA.GetEndDateTime());
break;
case "DISTANCES":
case "DS":
Console.WriteLine("Distances:");
Console.WriteLine(pDA.GetDistances());
break;
case "FLATDISTANCES":
case "FDS":
Console.WriteLine("Flat Distances:");
Console.WriteLine(pDA.GetFlatDistances());
break;
case "VERTICALDISTANCES":
case "VDS":
Console.WriteLine("Vertical Distances:");
Console.WriteLine(pDA.GetVerticalDistances());
break;
case "VELOCITIES":
case "VS":
Console.WriteLine("Velocities:");
Console.WriteLine(pDA.GetVelocities());
break;
case "FLATVELOCITIES":
case "FVS":
Console.WriteLine("Flat Velocities:");
Console.WriteLine(pDA.GetFlatVelocities());
break;
case "VERTICALVELOCITIES":
case "VVS":
Console.WriteLine("Vertical Velocities:");
Console.WriteLine(pDA.GetVerticalVelocities());
break;
case "COURSES":
case "CS":
Console.WriteLine("Courses:");
Console.WriteLine(pDA.GetCourses());
break;
case "TIMES":
case "TS":
Console.WriteLine("Times:");
Console.WriteLine(pDA.GetTimes());
break;
#endregion
#region Common
case "TOTALDISTANCE":
case "TD":
returned = pDA.GetTotalDistance();
Console.WriteLine("Total Distance = " + returned);
break;
case "AVERAGEDISTANCE":
case "AD":
returned = pDA.GetAverageDistance();
Console.WriteLine("Average Distance = " + returned);
break;
case "TOTALTIME":
case "TT":
returned = pDA.GetTotalTime();
Console.WriteLine("Total Distance = " + returned);
break;
case "AVERAGETIME":
case "AT":
returned = pDA.GetAverageTime();
Console.WriteLine("Average Distance = " + returned);
break;
case "AVERAGEVELOCITY":
case "AV":
returned = pDA.GetAverageVelocity();
Console.WriteLine("Total Distance = " + returned);
break;
case "MAXVELOCITY":
case "MV":
returned = pDA.GetMaxVelocity();
Console.WriteLine("Average Distance = " + returned);
break;
case "MINIMUMELEVATION":
case "MINELEVATION":
case "MINELE":
case "MNE":
returned = pDA.GetMinElevation();
Console.WriteLine("Total Distance = " + returned);
break;
case "MAXIMUMELEVATION":
case "MAXELEVATION":
case "MAXELE":
case "MXE":
returned = pDA.GetMaxElevation();
Console.WriteLine("Average Distance = " + returned);
break;
default:
Console.WriteLine("Function Not Recognized.");
break;
#endregion
}
}
static void Main(string[] args)
{
Console.WriteLine("GPX Data Analyzer Console Interface");
Console.WriteLine();
Console.Write("Initializing DataAnalyzer Object... ");
DataAnalyzer da = GetDefaultDataAnalyzer();
Console.WriteLine("Done.");
Console.WriteLine("");
//Enters the main UI Loop which asks for a command, does it, prints any error, and keeps repeating until told to stop);
bool repeat = true;
while (repeat)
{
try
{
Console.Write("> ");
string entry = Console.ReadLine();
string command = entry.Split(' ')[0].ToUpper();
switch (command)
{
//Use the Get command to test the methods written
case "GET":
case "G":
Get(da, entry);
break;
case "ADD":
case "A":
AddSegment(da, entry);
Console.WriteLine("Segment Added.");
break;
case "ADDSAMPLE":
case "AS":
AddSampleSegments(da);
Console.WriteLine("Sample segments added.");
break;
case "GPXLOAD":
case "GPX":
TestGPXLoad();
break;
case "CLS":
Console.Clear();
break;
case "CLEAR":
case "C":
da = new DataAnalyzer(100);
Console.WriteLine("DataAnalyzer cleared, it now contains no segments.");
break;
case "DEFAULT":
case "D":
da = GetDefaultDataAnalyzer();
Console.WriteLine("DataAnalyzer reset to default.");
break;
case "HELP":
case "H":
case "?":
PrintHelp();
break;
case "QUIT":
case "EXIT":
case "Q":
case "E":
repeat = false;
break;
default:
Console.WriteLine("Command Not Recognized. For a list of commands, type H or ? for help.");
break;
}
}
catch (Exception e)
{
Console.WriteLine("Error: " + e.Message);
}
Console.WriteLine();
}
Console.WriteLine();
Console.WriteLine("Application ended. Press any key to continue...");
Console.ReadKey(true);
}
public static void AddSegment(DataAnalyzer pDA, double distance, double time, double course, double vertical, double flat)
{
pDA.AddSegment(distance, time, course, vertical, flat);
}
public static void AddSegment(DataAnalyzer pDA, string entry)
{
string[] segments = entry.Split(' ');
AddSegment(pDA, Double.Parse(segments[1]), Double.Parse(segments[2]), Double.Parse(segments[3]), Double.Parse(segments[4]), Double.Parse(segments[5]));
}
public static DataAnalyzer GetDefaultDataAnalyzer()
{
DataAnalyzer analyzer = new DataAnalyzer(100, 220.27917, new DateTime(2010, 11, 18, 23, 52, 17), -150.17818630, 61.89438680);
AddSampleSegments(analyzer);
return analyzer;
}