protected void Page_Load(object sender, EventArgs e)
{
GLatLng latlng = new GLatLng(46, 21);
GMap1.setCenter(latlng, 4);
List<GLatLng> puntos = new List<GLatLng>();
puntos.Add(latlng + new GLatLng(0, 8));
puntos.Add(latlng + new GLatLng(-0.5, 4.2));
puntos.Add(latlng);
puntos.Add(latlng + new GLatLng(3.5, -4));
puntos.Add(latlng + new GLatLng(4.79, +2.6));
GPolygon poligono = new GPolygon(puntos, "557799", 3, 0.5, "237464", 0.5);
poligono.close();
GMap1.Add(poligono);
List<GLatLng> puntos2 = new List<GLatLng>();
puntos2.Add(latlng + new GLatLng(5, -8));
puntos2.Add(latlng + new GLatLng(5, -6));
puntos2.Add(latlng + new GLatLng(5, -4));
puntos2.Add(latlng);
puntos2.Add(latlng + new GLatLng(-5, 0));
GPolygon poligono2 = new GPolygon(puntos2, "000000", 3, 1, "654321", 1);
GMap1.Add(poligono2);
GPolygon poligono3 = new GPolygon(new List<GLatLng>(), "00ff00", 3, 1, "ff0044", 1);
poligono3.createPolygon(latlng + new GLatLng(-6, -7.5), 7, 4, Math.PI / 3);
GMap1.Add(poligono3);
}
protected void Page_Load(object sender, EventArgs e)
{
GLatLng latlon = new GLatLng(10.2, 22);
GMap1.setCenter(latlon, 4);
GMarker icono = new GMarker(latlon);
GInfoWindow window = new GInfoWindow(icono, "Ejemplo de <b>infoWindow</b>", false, GListener.Event.mouseover);
GMap1.Add(window);
GPolygon polygon = new GPolygon();
polygon.points.Add(new GLatLng(9, 25));
polygon.points.Add(new GLatLng(3, 22));
polygon.points.Add(new GLatLng(1, 26));
polygon.close();
GPolyline polyline = new GPolyline(polygon);
GInfoWindow window2 = new GInfoWindow();
//window2.gPolygon = polygon;
//window2.html = "GPolygon";
window2.gPolyline = polyline;
window2.html = "polyline";
window2.opened = true;
window2.sourceEvent = GListener.Event.click;
GMap1.Add(window2);
}
protected void Page_Load(object sender, EventArgs e)
{
GLatLng latlng = new GLatLng(46, 21);
GMap1.setCenter(latlng, 4);
List <GLatLng> puntos = new List <GLatLng>();
puntos.Add(latlng + new GLatLng(0, 8));
puntos.Add(latlng + new GLatLng(-0.5, 4.2));
puntos.Add(latlng);
puntos.Add(latlng + new GLatLng(3.5, -4));
puntos.Add(latlng + new GLatLng(4.79, +2.6));
GPolygon poligono = new GPolygon(puntos, "557799", 3, 0.5, "237464", 0.5);
poligono.close();
GMap1.Add(poligono);
List <GLatLng> puntos2 = new List <GLatLng>();
puntos2.Add(latlng + new GLatLng(5, -8));
puntos2.Add(latlng + new GLatLng(5, -6));
puntos2.Add(latlng + new GLatLng(5, -4));
puntos2.Add(latlng);
puntos2.Add(latlng + new GLatLng(-5, 0));
GPolygon poligono2 = new GPolygon(puntos2, "000000", 3, 1, "654321", 1);
GMap1.Add(poligono2);
GPolygon poligono3 = new GPolygon(new List <GLatLng>(), "00ff00", 3, 1, "ff0044", 1);
poligono3.createPolygon(latlng + new GLatLng(-6, -7.5), 7, 4, Math.PI / 3);
GMap1.Add(poligono3);
}
protected void Page_Load(object sender, EventArgs e)
{
GLatLng latlon = new GLatLng(10.2, 22);
GMap1.setCenter(latlon, 4);
GMarker icono = new GMarker(latlon);
GInfoWindow window = new GInfoWindow(icono, "Ejemplo de <b>infoWindow</b>", false, GListener.Event.mouseover);
GMap1.Add(window);
GPolygon polygon = new GPolygon();
polygon.points.Add(new GLatLng(9, 25));
polygon.points.Add(new GLatLng(3, 22));
polygon.points.Add(new GLatLng(1, 26));
polygon.close();
GPolyline polyline = new GPolyline(polygon);
GInfoWindow window2 = new GInfoWindow();
//window2.gPolygon = polygon;
//window2.html = "GPolygon";
window2.gPolyline = polyline;
window2.html = "polyline";
window2.opened = true;
window2.sourceEvent = GListener.Event.click;
GMap1.Add(window2);
}
protected void Page_Load(object sender, EventArgs e)
{
GLatLng latlng = new GLatLng(41, -3.2);
GMap1.setCenter(latlng, 5, GMapType.GTypes.Satellite);
GMarkerOptions mOpts = new GMarkerOptions();
mOpts.draggable = true;
GMarker marker = new GMarker(latlng, mOpts);
GMap1.Add(marker);
GListener listener = new GListener(marker.ID, GListener.Event.dragend, "alertame");
GMap1.Add(listener);
GMarker mkr = new GMarker();
mkr.options = mOpts;
mkr.javascript_GLatLng = "mouseEvent.latLng";
listener = new GListener(mkr.ID, GListener.Event.dragend, "alertame");
System.Text.StringBuilder sb = new System.Text.StringBuilder();
sb.Append("function(mouseEvent) {");
sb.Append(mkr.ToString(GMap1.GMap_Id));
sb.Append(listener.ToString());
sb.Append("}");
GListener listener2 = new GListener(GMap1.GMap_Id, GListener.Event.click, sb.ToString());
GMap1.Add(listener2);
GMap1.Add(new GListener(GMap1.GMap_Id, GListener.Event.moveend, "function() {alert('I Love Elvis :9P');}"));
GPolygon polygon = new GPolygon();
polygon.Add(latlng + new GLatLng(1, 1));
polygon.Add(latlng + new GLatLng(2, 3));
polygon.Add(latlng + new GLatLng(4, 4));
polygon.close();
GMap1.Add(polygon);
GListener listener3 = new GListener(polygon.PolygonID, GListener.Event.click, "function(mouseEvent) {alert('Polygon clicked');}");
GMap1.Add(listener3);
}
protected void Page_Load(object sender, EventArgs e)
{
GLatLng latlng = new GLatLng(41, -3.2);
GMap1.setCenter(latlng, 5, GMapType.GTypes.Satellite);
GMarkerOptions mOpts = new GMarkerOptions();
mOpts.draggable = true;
GMarker marker = new GMarker(latlng, mOpts);
GMap1.Add(marker);
GListener listener = new GListener(marker.ID, GListener.Event.dragend, "alertame");
GMap1.Add(listener);
GMarker mkr = new GMarker();
mkr.options = mOpts;
mkr.javascript_GLatLng = "mouseEvent.latLng";
listener = new GListener(mkr.ID, GListener.Event.dragend, "alertame");
System.Text.StringBuilder sb = new System.Text.StringBuilder();
sb.Append("function(mouseEvent) {");
sb.Append(mkr.ToString(GMap1.GMap_Id));
sb.Append(listener.ToString());
sb.Append("}");
GListener listener2 = new GListener(GMap1.GMap_Id, GListener.Event.click, sb.ToString());
GMap1.Add(listener2);
GMap1.Add(new GListener(GMap1.GMap_Id, GListener.Event.moveend, "function() {alert('I Love Elvis :9P');}"));
GPolygon polygon = new GPolygon();
polygon.Add(latlng + new GLatLng(1, 1));
polygon.Add(latlng + new GLatLng(2, 3));
polygon.Add(latlng + new GLatLng(4, 4));
polygon.close();
GMap1.Add(polygon);
GListener listener3 = new GListener(polygon.PolygonID, GListener.Event.click, "function(mouseEvent) {alert('Polygon clicked');}");
GMap1.Add(listener3);
}
private void drawCircle2(double lat, double lng, double radius)
{
// globals
//drawing the circle with the latitude and longitude
var d2r = Math.PI / 180; // degrees to radians
var r2d = 180 / Math.PI; // radians to degrees
var earthsradius = 3963; // 3963 is the radius of the earth in miles
var points = 32;
//var radius = 10;
double rlat = ((double)radius / earthsradius) * r2d;
double rlng = rlat / Math.Cos(lat * d2r);
List<GLatLng> extp = new List<GLatLng>();
for (var i = 0; i < points + 1; i++)
{
double theta = Math.PI * (i / (double)(points / 2));
double ex = lng + (rlng * Math.Cos(theta));
double ey = lat + (rlat * Math.Sin(theta));
extp.Add(new GLatLng(ey, ex));
}
GIcon icon1 = new GIcon();
icon1.image = "/images/urhere2.png";
//icon.shadow = "http://labs.google.com/ridefinder/images/mm_20_shadow.png";
icon1.iconSize = new GSize(30, 30);
icon1.shadowSize = new GSize(22, 20);
icon1.iconAnchor = new GPoint(6, 20);
icon1.infoWindowAnchor = new GPoint(5, 1);
GMarkerOptions mOpts1 = new GMarkerOptions();
mOpts1.clickable = false;
mOpts1.icon = icon1;
GMarker marker1 = new GMarker(latlong, mOpts1);
this.GMap11.addPolygon(new GPolygon(extp, "##FF0000", 0.3));
GMap11.addGMarker(marker1);
//end of code for drawing circle with given lat long and radius
//code for XML Retrieval
using (reader1 = XmlReader.Create("C:/Users/Dheeraj Rampally/Desktop/dheeraj/SEM 2 ebooks/Query Processing/Project/yumi_web/yumi/xml/XMLFile1.xml"))
{
while (reader1.Read() && i1 <= l && j < l && k < l)
{
if (reader1.IsStartElement())
{
switch (reader1.Name)
{
case "dictionary": break;
case "item": break;
case "key": break;
case "string": if (reader1.Read())
{
if (reader1.Value.Trim().Contains("Metromix"))
{
nn[k] = reader1.Value.Trim();
//Label1.Text = Label1.Text + reader.Value.Trim() + " "+"<br/>";
k++;
}
}
break;
case "value": break;
case "ArrayOfPoint": break;
case "Point": break;
case "x": if (reader1.Read())
{
xcoordinates[i1] = reader1.Value.Trim();
//Label2.Text += "xcoordinates[" + i1 + "]=" + reader.Value.Trim() + " " +"<br/>";
i1++;
}
break;
case "y": if (reader1.Read())
{
ycoordinates[j] = reader1.Value.Trim();
//Label3.Text += "ycoordinates[" + j + "]=" + reader.Value.Trim() + " " + "<br/>";
j++;
}
break;
}
}
}
}//end of code for the retrieval of XML coordinates
//code snippet to draw a rectangle
for (int z = 0; z <= 422; z=z+2)//looping through all the neighborhoods <=452
{
for (int j2 = 0; j2 < 4; j2++)//looping through all the edges within a neighborhood
{
d2r = Math.PI / 180D;
if (j2 == 0)
{
//Haversine's Formula
dlong = (lng-double.Parse(xcoordinates[z])) * d2r;
dlat = (lat-double.Parse(ycoordinates[z])) * d2r;
a = Math.Pow(Math.Sin(dlat / 2.0), 2) + Math.Cos(lat * d2r) * Math.Cos(double.Parse(ycoordinates[z]) * d2r) * Math.Pow(Math.Sin(dlong / 2.0), 2);
c = 2 * Math.Atan2(Math.Sqrt(a), Math.Sqrt(1 - a));
d = 3956 * c;//3956 is radius of earth in miles
}
else if (j2 == 1)
{
//Haversine's Formula
dlong = (lng-double.Parse(xcoordinates[z + 1])) * d2r;
dlat = (lat-double.Parse(ycoordinates[z])) * d2r;
a = Math.Pow(Math.Sin(dlat / 2.0), 2) + Math.Cos(lat * d2r) * Math.Cos(double.Parse(ycoordinates[z]) * d2r) * Math.Pow(Math.Sin(dlong / 2.0), 2);
c = 2 * Math.Atan2(Math.Sqrt(a), Math.Sqrt(1 - a));
d = 3956 * c;
}
else if (j2 == 2)
{
//Haversine's Formula
dlong = (lng-double.Parse(xcoordinates[z])) * d2r;
dlat = (lat-double.Parse(ycoordinates[z+1])) * d2r;
a = Math.Pow(Math.Sin(dlat / 2.0), 2) + Math.Cos(lat * d2r) * Math.Cos(double.Parse(ycoordinates[z]) * d2r) * Math.Pow(Math.Sin(dlong / 2.0), 2);
c = 2 * Math.Atan2(Math.Sqrt(a), Math.Sqrt(1 - a));
d = 3956 * c;
}
else if (j2 == 3)
{
//Haversine's Formula
dlong = (lng-double.Parse(xcoordinates[z+1])) * d2r;
dlat = (lat-double.Parse(ycoordinates[z + 1])) * d2r;
a = Math.Pow(Math.Sin(dlat / 2.0), 2) + Math.Cos(lat * d2r) * Math.Cos(double.Parse(ycoordinates[z]) * d2r) * Math.Pow(Math.Sin(dlong / 2.0), 2);
c = 2 * Math.Atan2(Math.Sqrt(a), Math.Sqrt(1 - a));
d = 3956 * c;
}
distance[j2] = d;
//Label1.Text += distance[j2].ToString()+"<br/>";
}
maxElement = distance[0];//code for retriving the min element in an array
for (int i3 = 0; i3 < 4; i3++)
{
if (distance[i3] <maxElement)
{
maxElement = distance[i3];
//Label1.Text += "The minimum element is in loop" + x1 + "<br/>";
}
}
//x1 y2 x2 y1
x1 = double.Parse(ycoordinates[z]);
//Label1.Text += x1+" ";
x3=lat;
//Label1.Text += x2+" ";
x2 = double.Parse(ycoordinates[z + 1]);
//Label1.Text += x3 + "<br/>";
if(x2<x3&&x3<x1)
{
c1=true;
// Label1.Text+="c1";
}
y1=(double.Parse(xcoordinates[z]));
//Label1.Text += c2l + " ";
y3=lng;
//Label1.Text += c2m + " ";
y2=(double.Parse(xcoordinates[z+1]));
//Label1.Text += c2r +"<br/>";
if((y1>y3)&&(y3>y2))
{
c2=true;
// Label1.Text += "c2";
}
//vertex falling under circle
if (radius >= maxElement)
{
//code snippet to draw a rectangle
if (z == 0)
{
//Label1.Text += nn[0];
neighborhood[0] = nn[0];
}
else
{
//Label1.Text += nn[z / 2];
neighborhood[z / 2] = nn[z / 2];
}
GPolygon rectangle = new GPolygon();
List<GLatLng> rectanglePts = new List<GLatLng>();
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z]), double.Parse(xcoordinates[z + 1])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z]), double.Parse(xcoordinates[z])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z + 1]), double.Parse(xcoordinates[z])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z + 1]), double.Parse(xcoordinates[z + 1])));
rectangle = new GPolygon(rectanglePts, "0000CD", 2, 2, "FCD116", 0.3);
rectangle.clickable = true;
rectangle.close();
GMap11.Add(rectangle);
continue;
}
//circle lying inside neighborhood
else if ((x2 < x3 && x3 < x1) && (y1 > y3 && y3 > y2))
{
if (z == 0)
{
//Label1.Text += nn[0];
neighborhood[0] = nn[0];
}
else
{
//Label1.Text += nn[z / 2];
neighborhood[z / 2] = nn[z / 2];
}
GPolygon rectangle = new GPolygon();
List<GLatLng> rectanglePts = new List<GLatLng>();
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z]), double.Parse(xcoordinates[z + 1])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z]), double.Parse(xcoordinates[z])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z + 1]), double.Parse(xcoordinates[z])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z + 1]), double.Parse(xcoordinates[z + 1])));
rectangle = new GPolygon(rectanglePts, "0000CD", 2, 2, "FCD116", 0.3);
rectangle.clickable = true;
rectangle.close();
GMap11.Add(rectangle);
continue;
}
// the circle and line intersection with vertex lying outside circle
for (int j3 = 0; j3 < 4; j3++)
{
if (j3 == 0)
{
x4 = double.Parse(ycoordinates[z]);
y4 = double.Parse(xcoordinates[z]);
x5 = double.Parse(ycoordinates[z + 1]);
y5 = double.Parse(xcoordinates[z]);
}
if (j3 == 1)
{
x4 = double.Parse(ycoordinates[z + 1]);
y4 = double.Parse(xcoordinates[z]);
x5 = double.Parse(ycoordinates[z + 1]);
y5 = double.Parse(xcoordinates[z + 1]);
}
if (j3 == 2)
{
x4 = double.Parse(ycoordinates[z + 1]);
y4 = double.Parse(xcoordinates[z + 1]);
x5 = double.Parse(ycoordinates[z]);
y5 = double.Parse(xcoordinates[z + 1]);
}
if (j3 == 3)
{
x4 = double.Parse(ycoordinates[z]);
y4 = double.Parse(xcoordinates[z + 1]);
x5 = double.Parse(ycoordinates[z]);
y5 = double.Parse(xcoordinates[z]);
}
dx = x5 - x4;
dy = y5 - y4;
A = dx * dx + dy * dy;
B = 2 * (dx * (x4 - lat) + dy * (y4 - lng));
C = (x4 - lat) * (x4 - lat) + (y4 - lng) * (y4 - lng) - Math.Pow(0.014513788,2)*radius * radius;
det = B * B - 4 * A * C;
double t, ix1, iy1,ix2,iy2;
if ((A <= 0.0000001) || (det < 0))
{
}
else if(det==0)
{
t = -B / (2 * A);
ix1 = x4 + t * dx;
iy1 = y4 + t * dy;
if ((x4 >= ix1 && ix1 >= x5) && (y4 <= iy1 && iy1 <= y5) || (x4 <= ix1 && ix1 <= x5) && (y4 >= iy1 && iy1 >= y5))
{
if (z == 0)
{
//Label1.Text += nn[0];
neighborhood[0] = nn[0];
}
else
{
//Label1.Text += nn[z / 2];
neighborhood[z / 2] = nn[z / 2];
}
GPolygon rectangle = new GPolygon();
List<GLatLng> rectanglePts = new List<GLatLng>();
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z]), double.Parse(xcoordinates[z + 1])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z]), double.Parse(xcoordinates[z])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z + 1]), double.Parse(xcoordinates[z])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z + 1]), double.Parse(xcoordinates[z + 1])));
rectangle = new GPolygon(rectanglePts, "0000CD", 2, 2, "FCD116", 0.3);
rectangle.clickable = true;
rectangle.close();
GMap11.Add(rectangle);
}
}
else
{
t = (-B + Math.Sqrt(det)) / (2 * A);
ix1 = x4 + t * dx;
iy1 = y4 + t * dy;
t = (-B - Math.Sqrt(det)) / (2 * A);
ix2 = x4 + t * dx;
iy2 = y4 + t * dy;
if((x4>=ix1&&ix1>=x5)&&(y4<=iy1&&iy1<=y5)&&(x4>=ix2&&ix2>=x5)&&(y4<=iy2&&iy2<=y5)||
(x4 <= ix1 && ix1 <= x5) && (y4 >= iy1 && iy1 >= y5) && (x4 <= ix2 && ix2 <= x5) && (y4 >= iy2 && iy2 >= y5))
{
if (z == 0)
{
//Label1.Text += nn[0];
neighborhood[0] = nn[0];
}
else
{
//Label1.Text += nn[z / 2];
neighborhood[z / 2] = nn[z / 2];
}
GPolygon rectangle = new GPolygon();
List<GLatLng> rectanglePts = new List<GLatLng>();
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z]), double.Parse(xcoordinates[z + 1])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z]), double.Parse(xcoordinates[z])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z + 1]), double.Parse(xcoordinates[z])));
rectanglePts.Add(new GLatLng(double.Parse(ycoordinates[z + 1]), double.Parse(xcoordinates[z + 1])));
rectangle = new GPolygon(rectanglePts, "0000CD", 2, 2, "FCD116", 0.3);
rectangle.clickable = true;
rectangle.close();
GMap11.Add(rectangle);
}
}
}
}
for (int i = 0, x = 0; i < neighborhood.Length; i++)
{
if (neighborhood[i] == null)
continue;
else
{
shortListednn[x] = neighborhood[i];
shortListednn[x] = shortListednn[x].Substring(9);
//Label1.Text += "ShortlistedNN " + x + "=" + shortListednn[x];
x++;
}
}
for (int i = 0; i < Globals.hoods.Count(); i++)
{
for (int j = 0; j < shortListednn.Length; j++)
{
if (Globals.hoods[i].getName() == shortListednn[j])
{
LocationList newHood = new LocationList(shortListednn[j]);
newHood = Globals.hoods[i];
Globals.shortListedNeighborHoods.Add(newHood);
}
}
}
/*
for (int i = 1; i < Globals.baba.Length; i++)
{
Globals.baba[i] = null;
}
for (int i = 0; i < Globals.shortListedNeighborHoods.Count(); i++)
{
for (int j = 0; j < Globals.shortListedNeighborHoods[i].getLocationsCount(); j++)
{
if (Globals.baba[Globals.shortListedNeighborHoods[i].getSearchEngineCodeForMapping(j)] == null)
{
Globals.baba[Globals.shortListedNeighborHoods[i].getSearchEngineCodeForMapping(j)] = Globals.shortListedNeighborHoods[i].getNeighborhood(j);
continue;
}
Globals.baba[Globals.shortListedNeighborHoods[i].getSearchEngineCodeForMapping(j)]=Globals.baba[Globals.shortListedNeighborHoods[i].getSearchEngineCodeForMapping(j)]+","+Globals.shortListedNeighborHoods[i].getNeighborhood(j);
}
}
*/
for (int i = 0; i < Globals.shortListedNeighborHoods.Count(); i++)
{
for (int j = 0; j < Globals.shortListedNeighborHoods[i].getLocationsCount(); j++)
{
int k = Globals.shortListedNeighborHoods[i].getSearchEngineCodeForMapping(j);
s1 += Globals.shortListedNeighborHoods[i].getNeighborhood(j) + k.ToString() + ",";
//Label1.Text+= Globals.shortListedNeighborHoods[i].getNeighborhood(j) + k.ToString() +"<br/>";
}
//Label1.Text += "<------------Next Set of Neighborhoods for new neighborhood--------->"+"<br/>";
}
//Label1.Text = s1;
char[] seps = { ',' };
childList = s1.Split(seps);
//for (int i = 0; i < childList.Length - 1; i++)
//{
// Label1.Text += childList[i] + "<br/>";
//}
for (int i = 0; i < childList.Length - 1; i++)
{
//Label1.Text += childList[i]+"<br/>";
length = childList[i].Length;
if ((childList[i].Substring(length - 1)) == "1")
{
Globals.metromixList[m] = childList[i].Substring(0, length - 1);
//Label1.Text += "Metromix" +Globals.metromixList[m] + " " + "<br/>";
m++;
}
else if ((childList[i].Substring(length - 1)) == "2")
{
Globals.dexknowsList[d1] = childList[i].Substring(0, length - 1);
//Label1.Text += "dexknows"+Globals.dexknowsList[d1] + " " + "<br/>";
d1++;
}
else if ((childList[i].Substring(length - 1)) == "3")
{
Globals.yelpList[y] = childList[i].Substring(0, length - 1);
//Label1.Text += "yelp"+Globals.yelpList[y] + " " + "<br/>";
y++;
}
else if ((childList[i].Substring(length - 1)) == "4")
{
Globals.chicagoList[ch] = childList[i].Substring(0, length - 1);
//Label1.Text += "chicagoreader"+Globals.chicagoList[ch] + " " + "<br/>";
ch++;
}
else if ((childList[i].Substring(length - 1)) == "5")
{
Globals.menuList[me] = childList[i].Substring(0, length - 1);
//Label1.Text += "menu"+Globals.menuList[me] + " " + "<br/>";
me++;
}
else if ((childList[i].Substring(length - 1)) == "6")
{
Globals.menuPagesList[mp] = childList[i].Substring(0, length - 1);
//Label1.Text += "menupages"+Globals.menuPagesList[mp] + " " + "<br/>";
mp++;
}
else if ((childList[i].Substring(length - 1)) == "7")
{
Globals.yahooList[ya] = childList[i].Substring(0, length - 1);
//Label1.Text += "yahoo"+Globals.yahooList[ya] + " " + "<br/>";
ya++;
}
else if ((childList[i].Substring(length - 1)) == "8")
{
Globals.yellowList[ye] = childList[i].Substring(0, length - 1);
//Label1.Text += "yellow"+Globals.yellowList[ye] + " " + "<br/>";
ye++;
}
else if ((childList[i].Substring(length - 1)) == "9")
{
Globals.cityList[ci] = childList[i].Substring(0, length - 1);
//Label1.Text += "city"+Globals.cityList[ci] + " " + "<br/>";
ci++;
}
else if ((childList[i].Substring(length - 2)) == "10")
{
Globals.zagatList[za] = childList[i].Substring(0, length - 2);
//Label1.Text += "zagat"+Globals.zagatList[za] + " " + "<br/>";
za++;
}
}
Array.Resize(ref Globals.metromixList, m);
Array.Resize(ref Globals.zagatList, za);
Array.Resize(ref Globals.yellowList,ye);
Array.Resize(ref Globals.yahooList, ya);
Array.Resize(ref Globals.menuPagesList, mp);
Array.Resize(ref Globals.menuList, me);
Array.Resize(ref Globals.chicagoList, ch);
Array.Resize(ref Globals.yelpList, y);
Array.Resize(ref Globals.dexknowsList, d1);
Array.Resize(ref Globals.cityList, ci);
//for (int i = 0; i < Globals.dexknowsList.Length; i++)
//{
// Label1.Text += Globals.dexknowsList[i];
//}
}
private List<GPolygon> constructRectangles(List<List<Point>> cornersList, Rectangle type)
{
List<GPolygon> polygons = new List<GPolygon>();
foreach (List<Point> corners in cornersList)
{
List<GLatLng> rectanglePts = new List<GLatLng>();
rectanglePts.Add(new GLatLng(corners[0].y, corners[1].x));
rectanglePts.Add(new GLatLng(corners[0].y, corners[0].x));
rectanglePts.Add(new GLatLng(corners[1].y, corners[0].x));
rectanglePts.Add(new GLatLng(corners[1].y, corners[1].x));
if (type == Rectangle.TARGET)
{
GPolygon rectangle = new GPolygon(rectanglePts, "ffffff", 0, 0, "000080", 0.3);
rectangle.clickable = true;
rectangle.close();
polygons.Add(rectangle);
}
if (type == Rectangle.CHOSEN)
{
GPolygon rectangle = new GPolygon(rectanglePts, "0000ff", 2, 1, "ffffff", 0);
rectangle.clickable = true;
rectangle.close();
polygons.Add(rectangle);
}
if (type == Rectangle.NOTCHOSEN)
{
GPolygon rectangle = new GPolygon(rectanglePts, "ff0000", 2, 1, "ffffff", 0);
rectangle.clickable = true;
rectangle.close();
polygons.Add(rectangle);
}
if (type == Rectangle.YUMITARGET)
{
GPolygon rectangle = new GPolygon(rectanglePts, "0000ff", 2, 1, "ffffff", 0);
rectangle.clickable = true;
rectangle.close();
polygons.Add(rectangle);
}
}
return polygons;
}
private GPolygon constructRectangle(List<Point> corners, Rectangle type)
{
GPolygon rectangle = new GPolygon();
List<GLatLng> rectanglePts = new List<GLatLng>();
rectanglePts.Add(new GLatLng(corners[0].y, corners[1].x));
rectanglePts.Add(new GLatLng(corners[0].y, corners[0].x));
rectanglePts.Add(new GLatLng(corners[1].y, corners[0].x));
rectanglePts.Add(new GLatLng(corners[1].y, corners[1].x));
if (type == Rectangle.TARGET)
{
rectangle = new GPolygon(rectanglePts, "ffffff", 0, 0, "000080", 0.3);
rectangle.clickable = true;
rectangle.close();
}
else if (type == Rectangle.CHOSEN)
{
rectangle = new GPolygon(rectanglePts, "0000ff", 2, 1, "ffffff", 0);
rectangle.clickable = true;
rectangle.close();
}
else if (type == Rectangle.NOTCHOSEN)
{
rectangle = new GPolygon(rectanglePts, "ff0000", 2, 1, "ffffff", 0);
rectangle.clickable = true;
rectangle.close();
}
else if (type == Rectangle.YUMITARGET)
{
rectangle = new GPolygon(rectanglePts, "0000ff", 2, 1, "ffffff", 0);
rectangle.clickable = true;
rectangle.close();
}
return rectangle;
}