public Color RandomColorOffSpeed(int postal) // Used to generate different colors for the heatmap based of the speeds available
{
int Postal = postal;
using (SpeedApplicationDBEntities context = new SpeedApplicationDBEntities())
{
var speed = context.SpeedData.Where(f => f.postcode == Postal).Select(c => c.snelheid).Distinct().SingleOrDefault();
int speedResult = Convert.ToInt32(speed);
if (speedResult <= 5000)
{
return(Colors.Red);
}
else if (speedResult >= 5000 && speedResult < 9999)
{
return(Colors.OrangeRed);
}
else if (speedResult >= 10000 && speedResult < 29999)
{
return(Colors.SandyBrown);
}
else if (speedResult >= 30000 && speedResult < 39999)
{
return(Colors.DarkOrange);
}
else if (speedResult >= 40000 && speedResult < 49999)
{
return(Colors.Orange);
}
else if (speedResult >= 50000 && speedResult < 64999)
{
return(Colors.Gold);
}
else if (speedResult >= 65000 && speedResult < 74999)
{
return(Colors.Yellow);
}
else if (speedResult >= 75000 && speedResult < 89999)
{
return(Colors.GreenYellow);
}
else if (speedResult >= 90000 && speedResult < 100001)
{
return(Colors.Green);
}
else
{
return(Colors.WhiteSmoke);
}
}
}
private void SetupNewWifiSpots() // Goes through every wifi hotspot in the database and adds it to the map
{
using (SpeedApplicationDBEntities context = new SpeedApplicationDBEntities())
{
foreach (var data in context.WifiData)
{
Pushpin p = new Pushpin();
p.Content = data.aanbieder;
Location location = new Location((double)data.lat, (double)data.@long);
wifiLayer.AddChild(p, location);
}
}
}
private void SetupNewData() // Run this to add the speed data of each postal code to the map
{
using (SpeedApplicationDBEntities context = new SpeedApplicationDBEntities())
{
foreach (var data in context.SpeedData)
{
Label l = new Label();
l.Content = data.snelheid + " kbs";
var a = context.SpeedLocations.Where(f => f.postcode == data.postcode).Select(c => c.cnlat).SingleOrDefault();
var b = context.SpeedLocations.Where(f => f.postcode == data.postcode).Select(c => c.cnlng).SingleOrDefault();
Location location = new Location((double)a, (double)b);
labelLayer.AddChild(l, location);
}
}
}
public static double getDistance(int userinput) // This extends CalcDistance.cs and is only used to query against the database and return the distance between two given points
{
int userInput = userinput;
using (SpeedApplicationDBEntities context = new SpeedApplicationDBEntities())
{
// Calculate distance to central
var speedPostalLat = context.SpeedData.Where(f => f.postcode == userInput).Select(c => c.centralelat).SingleOrDefault();
var speedPostalLong = context.SpeedData.Where(f => f.postcode == userInput).Select(c => c.centralelong).SingleOrDefault();
var locationPostalLat = context.SpeedLocations.Where(f => f.postcode == userInput).Select(c => c.cnlat).SingleOrDefault();
var locationPostalLong = context.SpeedLocations.Where(f => f.postcode == userInput).Select(c => c.cnlng).SingleOrDefault();
double afstand = CalcDistance.DistanceBetweenPlaces((double)speedPostalLong, (double)speedPostalLat, (double)locationPostalLong, (double)locationPostalLat);
return(afstand);
}
}
private void LoadDataIntoBarChart(int userinput) // Uses userinput to insert the data into the bar chart
{
int userInput = userinput;
using (SpeedApplicationDBEntities context = new SpeedApplicationDBEntities())
{
// Generate average speed from Rotterdam
var avgSpeed = context.SpeedData.Select(c => c.snelheid).Average();
var userSpeed = context.SpeedData.Where(f => f.postcode == userInput).Select(c => c.snelheid).SingleOrDefault();
((BarSeries)barChart.Series[0]).ItemsSource =
new KeyValuePair <string, int>[]
{
new KeyValuePair <string, int>("Gemiddelde", (int)avgSpeed),
new KeyValuePair <string, int>("Uw snelheid", userSpeed)
};
}
}
private void LoadDataIntoChart() // Used to insert the data into the pie chart
{
using (SpeedApplicationDBEntities context = new SpeedApplicationDBEntities())
{
// We query the different kind of technologies, count them and then add them to the pie chart
var tech = context.SpeedData.Where(c => c.tech == "Vdsl2_Pots").Count();
var tech1 = context.SpeedData.Where(c => c.tech == "Adsl2_Pots").Count();
var tech2 = context.SpeedData.Where(c => c.tech == "Vvdsl2_Pots").Count();
((PieSeries)pieChart.Series[0]).ItemsSource =
new KeyValuePair <string, int>[]
{
new KeyValuePair <string, int>("Vdsl2_Pots", tech),
new KeyValuePair <string, int>("Adsl2_Pots", tech1),
new KeyValuePair <string, int>("Vvdsl2_Pots", tech2)
};
}
}
private void SetupNewPolygon() // Run this to add a layer the postalcode heatmap
{
// Create a disposeable connection to the database to query against it
using (SpeedApplicationDBEntities context = new SpeedApplicationDBEntities())
{
foreach (var row in context.SpeedLocations)
{
newPolygon = new MapPolygon();
// Defines the polygon fill details
newPolygon.Locations = new LocationCollection();
newPolygon.Fill = new SolidColorBrush(randColor.RandomColorOffSpeed(row.postcode));
newPolygon.Stroke = new SolidColorBrush(Colors.Green);
newPolygon.StrokeThickness = 3;
newPolygon.Opacity = 0.25;
MapWithPolygon.Focus();
/// <summary>
/// We used a script to get the longitude and latitude of 2 corners of a postalcode
/// We then switched the x-axis and y-axis of these points so that we had 4 points in total
/// These 4 points we then use to create squares on the map each representing a certain postalcode
/// </summary>
{ // Add the four points to create a square that covers a postalcode
newPolygon.Locations = new LocationCollection()
{
new Location((double)row.nelat, (double)row.swlng),
new Location((double)row.nelat, (double)row.nelng),
new Location((double)row.swlat, (double)row.nelng),
new Location((double)row.swlat, (double)row.swlng)
};
polygonPointLayer.Children.Clear();
// Add the points to the map
NewPolygonLayer.Children.Add(newPolygon);
}
}
}
}
private void GetDataFromPostal() // Run this to query a specific postalcode
{
using (SpeedApplicationDBEntities context = new SpeedApplicationDBEntities())
{
int num1;
bool result = int.TryParse(textBox.Text, out num1);
if (result == true && textBox.Text.Length == 4)
{
int num2 = 3011; // These numbers represent Rotterdam's postalcodes
int num3 = 3089;
if (num3 > Int32.Parse(textBox.Text) && num2 < Int32.Parse(textBox.Text))
{
// Convert user input to an int to compare it to the database values
int userInput = Int32.Parse(textBox.Text);
// We query the user input and return the results and display them to the screen
var speed = context.SpeedData.Where(f => f.postcode == userInput).Select(c => c.snelheid).SingleOrDefault();
var tech = context.SpeedData.Where(f => f.postcode == userInput).Select(c => c.tech).SingleOrDefault();
var central = context.SpeedData.Where(f => f.postcode == userInput).Select(c => c.centrale).SingleOrDefault();
textBlock.Text = Convert.ToString(speed + " kbit");
textBlock1.Text = Convert.ToString(tech);
textBlock2.Text = Convert.ToString(central);
string checkCentral = Convert.ToString(central);
if (checkCentral.StartsWith("Rt-A")) // Based on the centrale we can say if someone has a high or low ping
{
textBlock3.Text = "Laag";
textBlock4.Text = "Hoog";
}
else
{
textBlock3.Text = "Hoog";
textBlock4.Text = "Laag";
}
// Part where we create and add the line distance to the mini map
// We query the longitude and latitude of the user input
var speedPostalLat = context.SpeedData.Where(f => f.postcode == userInput).Select(c => c.centralelat).SingleOrDefault();
var speedPostalLong = context.SpeedData.Where(f => f.postcode == userInput).Select(c => c.centralelong).SingleOrDefault();
var locationPostalLat = context.SpeedLocations.Where(f => f.postcode == userInput).Select(c => c.cnlat).SingleOrDefault();
var locationPostalLong = context.SpeedLocations.Where(f => f.postcode == userInput).Select(c => c.cnlng).SingleOrDefault();
// We create a polyline and add it to the mini map
MapPolyline polyline = new MapPolyline();
polyline.Stroke = new SolidColorBrush(Colors.Blue);
polyline.StrokeThickness = 5;
polyline.Opacity = 0.7;
polyline.Locations = new LocationCollection()
{
new Location((double)speedPostalLat, (double)speedPostalLong),
new Location((double)locationPostalLat, (double)locationPostalLong)
};
MiniMap.Children.Add(polyline);
// Here we calculate the distance of two points and show it on the screen
var distance = GenDistance.getDistance(userInput);
// We cut the result off at a certain decimal
string distanceString = Convert.ToString(distance);
string distanceStringCut = new string(distanceString.Take(5).ToArray());
textBlock5.Text = Convert.ToString(distanceStringCut + " km");
LoadDataIntoBarChart(userInput);
}
else // If the userinput is not in range
{
textBox.Text = "Postcode niet in Rotterdam.";
textBlock.Text = "n/a";
textBlock1.Text = "n/a";
textBlock2.Text = "n/a";
textBlock3.Text = "n/a";
textBlock4.Text = "n/a";
}
}
else // If the user input is not correct
{
textBox.Text = "Vul een geldige postcode in";
textBlock.Text = "n/a";
textBlock1.Text = "n/a";
textBlock2.Text = "n/a";
textBlock3.Text = "n/a";
textBlock4.Text = "n/a";
}
}
}