public userMapOverlay(IMapDrawable drawable, Geocode geocode, Library.User user)
{
_drawable = (userMapDrawable)drawable;
_geocode = geocode;
_user = user;
_offset = new Point((ClientSettings.SmallArtSize + (ClientSettings.Margin * 2) / 2), (ClientSettings.SmallArtSize + (ClientSettings.Margin * 2)));
}
Point GeocodeToScreen(Geocode geocode, int zoom, int adjustX, int adjustY)
{
Point p = new Point(LongitudeToXAtZoom(geocode.Longitude, zoom), LatitudeToYAtZoom(geocode.Latitude, zoom));
p.X += adjustX;
p.Y += adjustY;
return(p);
}
public Geocode CenterRelativePointToGeocode(Point point)
{
Geocode ret = new Geocode();
ret.Longitude = XToLongitudeAtZoom((myCenterTile.X << 8) + myCenterOffset.X + point.X, myZoom + 8);
ret.Latitude = YToLatitudeAtZoom((myCenterTile.Y << 8) + myCenterOffset.Y + point.Y, myZoom + 8);
return(ret);
}
public Point GeocodeToCenterRelativePoint(Geocode geocode)
{
int centerXReference = (myCenterTile.X << 8) + myCenterOffset.X;
int centerYReference = (myCenterTile.Y << 8) + myCenterOffset.Y;
int px = LongitudeToXAtZoom(geocode.Longitude, myZoom + 8);
int py = LatitudeToYAtZoom(geocode.Latitude, myZoom + 8);
return(new Point(px - centerXReference, py - centerYReference));
}
void DrawAtGeocode(Geocode tlGeo, Geocode brGeo, IMapRenderer renderer, Geocode geocode, int pixelLevelZoom, int adjustX, int adjustY, IMapDrawable drawable)
{
if (!GeocodeBoxContains(tlGeo, brGeo, geocode) || drawable == null)
{
return;
}
Point p = GeocodeToScreen(geocode, pixelLevelZoom, adjustX, adjustY);
renderer.Draw(drawable, new Rectangle(p.X - drawable.Width / 2, p.Y - drawable.Height / 2, drawable.Width, drawable.Height), new Rectangle(0, 0, drawable.Width, drawable.Height));
}
static List <Segment> DecodeSteps(char[] chars)
{
StringBuilder builder = new StringBuilder();
builder.Append(chars);
string blob = builder.ToString();
Regex regex = new Regex(@"new VE_RouteInstruction\('(.*?)',(-*[\d]+.[\d]+),(-*[\d]+.[\d]+),(-*[\d]+.[\d]+)");
Regex cleaner = new Regex(@"&#[\d]+;.*?&#[\d]+;");
Regex bolder = new Regex(@"( [A-Z][A-Z]+ )");
Match m = regex.Match(blob);
List <Segment> ret = new List <Segment>();
while (m.Success)
{
Segment segment = new Segment();
Geocode geocode = new Geocode();
geocode.Latitude = double.Parse(m.Groups[2].Value);
geocode.Longitude = double.Parse(m.Groups[3].Value);
segment.Geocode = geocode;
segment.Distance = string.Format("{0} miles", m.Groups[4].Value);
string text = m.Groups[1].Value;
Match m2 = cleaner.Match(text);
while (m2.Success)
{
text = text.Replace(m2.Value, string.Empty);
m2 = cleaner.Match(text);
}
string formattedText = text;
m2 = bolder.Match(text);
while (m2.Success)
{
text = text.Replace(m2.Value, m2.Value.ToLower());
formattedText = formattedText.Replace(m2.Value, string.Format("<b>{0}</b>", m2.Value.ToLower()));
m2 = bolder.Match(text);
}
text = text.Replace(" ", " ");
formattedText = formattedText.Replace(" ", " ").Replace("<b> ", " <b>").Replace(" </b>", "</b> ");
segment.FormattedText = formattedText;
segment.Text = text;
ret.Add(segment);
m = m.NextMatch();
}
return(ret);
}
public void FitPOIToDimensions(int width, int height, int maxZoom, params Geocode[] geocodes)
{
// find the center
Geocode topLeft = new Geocode(double.MinValue, double.MaxValue);
Geocode bottomRight = new Geocode(double.MaxValue, double.MinValue);
foreach (Geocode geocode in geocodes)
{
topLeft.Latitude = Math.Max(topLeft.Latitude, geocode.Latitude);
topLeft.Longitude = Math.Min(topLeft.Longitude, geocode.Longitude);
bottomRight.Latitude = Math.Min(bottomRight.Latitude, geocode.Latitude);
bottomRight.Longitude = Math.Max(bottomRight.Longitude, geocode.Longitude);
}
Geocode center = new Geocode((topLeft.Latitude + bottomRight.Latitude) / 2, (topLeft.Longitude + bottomRight.Longitude) / 2);
// center the map on the center
myZoom = maxZoom;
int y = LatitudeToYAtZoom(center.Latitude, myZoom + 8);
int x = LongitudeToXAtZoom(center.Longitude, myZoom + 8);
myCenterTile.X = x / 256;
myCenterTile.Y = y / 256;
myCenterOffset.X = x % 256;
myCenterOffset.Y = y % 256;
int halfWidth = width / 2;
int halfHeight = height / 2;
while (myZoom > 0)
{
ZoomOut();
y = LatitudeToYAtZoom(center.Latitude, myZoom + 8);
x = LongitudeToXAtZoom(center.Longitude, myZoom + 8);
int tly = LatitudeToYAtZoom(topLeft.Latitude, myZoom + 8);
int tlx = LongitudeToXAtZoom(topLeft.Longitude, myZoom + 8);
int bry = LatitudeToYAtZoom(bottomRight.Latitude, myZoom + 8);
int brx = LongitudeToXAtZoom(bottomRight.Longitude, myZoom + 8);
if (tlx - x > -halfWidth && tly - y > -halfHeight && brx - x < halfWidth && bry - y < halfHeight)
{
break;
}
}
}
public static Directions GetDirections(Geocode startLoc, Geocode endLoc)
{
string uri = string.Format("http://dev.virtualearth.net/legacyService/directions.ashx?mkt=en-us&startlat={0}&startlon={1}&endlat={2}&endlon={3}&units=m&type=q", startLoc.Latitude, startLoc.Longitude, endLoc.Latitude, endLoc.Longitude);
HttpWebRequest request = (HttpWebRequest)WebRequest.Create(uri);
request.Method = "GET";
using (HttpWebResponse response = (HttpWebResponse)request.GetResponse())
{
if (response.StatusCode != HttpStatusCode.OK)
return null;
using (MemoryStream memory = new MemoryStream())
{
using (Stream stream = response.GetResponseStream())
{
byte[] buffer = new byte[1024];
int read = -1;
while (read != 0)
{
read = stream.Read(buffer, 0, buffer.Length);
memory.Write(buffer, 0, read);
}
}
string stepsStartString = "new VE_RouteInstruction";
int stepsStart = FindFirstOccurence(memory, stepsStartString, 0);
if (stepsStart == -1)
throw new Exception("Could not find Directions Steps blob.");
stepsStart -= stepsStartString.Length;
int stepsEnd = FindFirstOccurence(memory, "]", stepsStart);
if (stepsEnd == -1)
throw new Exception("Could not find Directions Steps blob.");
memory.Seek(stepsStart, SeekOrigin.Begin);
char [] charBuffer = new char[stepsEnd - stepsStart - 1];
StreamReader reader = new StreamReader(memory);
reader.Read(charBuffer, 0, charBuffer.Length);
List<Segment> steps = DecodeSteps(charBuffer);
int latsStart = FindFirstOccurence(memory, ",'", stepsEnd);
if (latsStart == -1)
throw new Exception("Could not find lats blob.");
int latsEnd = FindFirstOccurence(memory, "','", latsStart);
if (latsEnd == -1)
throw new Exception("Could not find lats blob.");
memory.Seek(latsStart, SeekOrigin.Begin);
byte[] subset = new byte[latsEnd - latsStart - 1];
memory.Read(subset, 0, subset.Length);
MemoryStream ms = new MemoryStream(subset);
reader = new StreamReader(ms);
List<double> lats = DecodeDoubles(reader.ReadToEnd());
int lonsStart = latsEnd;
if (lonsStart == -1)
throw new Exception("Could not find lons blob.");
int lonsEnd = FindFirstOccurence(memory, "',", lonsStart);
if (lonsEnd == -1)
throw new Exception("Could not find lons blob.");
memory.Seek(lonsStart, SeekOrigin.Begin);
subset = new byte[lonsEnd - lonsStart - 1];
memory.Read(subset, 0, subset.Length);
ms = new MemoryStream(subset);
reader = new StreamReader(ms, Encoding.UTF8);
List<double> lons = DecodeDoubles(reader.ReadToEnd());
Directions ret = new Directions();
ret.Segments = steps.ToArray();
ret.PolyLine = new Geocode[lats.Count];
ret.Levels = new int[lats.Count];
for (int i = 0; i < lats.Count; i++)
{
ret.Levels[i] = 3;
ret.PolyLine[i] = new Geocode(lats[i], lons[i]);
}
return ret;
}
}
}
public static Directions GetDirections(Geocode startLoc, Geocode endLoc)
{
string uri = string.Format("http://dev.virtualearth.net/legacyService/directions.ashx?mkt=en-us&startlat={0}&startlon={1}&endlat={2}&endlon={3}&units=m&type=q", startLoc.Latitude, startLoc.Longitude, endLoc.Latitude, endLoc.Longitude);
HttpWebRequest request = (HttpWebRequest)WebRequest.Create(uri);
request.Method = "GET";
using (HttpWebResponse response = (HttpWebResponse)request.GetResponse())
{
if (response.StatusCode != HttpStatusCode.OK)
{
return(null);
}
using (MemoryStream memory = new MemoryStream())
{
using (Stream stream = response.GetResponseStream())
{
byte[] buffer = new byte[1024];
int read = -1;
while (read != 0)
{
read = stream.Read(buffer, 0, buffer.Length);
memory.Write(buffer, 0, read);
}
}
string stepsStartString = "new VE_RouteInstruction";
int stepsStart = FindFirstOccurence(memory, stepsStartString, 0);
if (stepsStart == -1)
{
throw new Exception("Could not find Directions Steps blob.");
}
stepsStart -= stepsStartString.Length;
int stepsEnd = FindFirstOccurence(memory, "]", stepsStart);
if (stepsEnd == -1)
{
throw new Exception("Could not find Directions Steps blob.");
}
memory.Seek(stepsStart, SeekOrigin.Begin);
char [] charBuffer = new char[stepsEnd - stepsStart - 1];
StreamReader reader = new StreamReader(memory);
reader.Read(charBuffer, 0, charBuffer.Length);
List <Segment> steps = DecodeSteps(charBuffer);
int latsStart = FindFirstOccurence(memory, ",'", stepsEnd);
if (latsStart == -1)
{
throw new Exception("Could not find lats blob.");
}
int latsEnd = FindFirstOccurence(memory, "','", latsStart);
if (latsEnd == -1)
{
throw new Exception("Could not find lats blob.");
}
memory.Seek(latsStart, SeekOrigin.Begin);
byte[] subset = new byte[latsEnd - latsStart - 1];
memory.Read(subset, 0, subset.Length);
MemoryStream ms = new MemoryStream(subset);
reader = new StreamReader(ms);
List <double> lats = DecodeDoubles(reader.ReadToEnd());
int lonsStart = latsEnd;
if (lonsStart == -1)
{
throw new Exception("Could not find lons blob.");
}
int lonsEnd = FindFirstOccurence(memory, "',", lonsStart);
if (lonsEnd == -1)
{
throw new Exception("Could not find lons blob.");
}
memory.Seek(lonsStart, SeekOrigin.Begin);
subset = new byte[lonsEnd - lonsStart - 1];
memory.Read(subset, 0, subset.Length);
ms = new MemoryStream(subset);
reader = new StreamReader(ms, Encoding.UTF8);
List <double> lons = DecodeDoubles(reader.ReadToEnd());
Directions ret = new Directions();
ret.Segments = steps.ToArray();
ret.PolyLine = new Geocode[lats.Count];
ret.Levels = new int[lats.Count];
for (int i = 0; i < lats.Count; i++)
{
ret.Levels[i] = 3;
ret.PolyLine[i] = new Geocode(lats[i], lons[i]);
}
return(ret);
}
}
}
public MapOverlay(IMapDrawable drawable, Geocode geocode, Point offset)
{
myDrawable = drawable;
myOffset = offset;
myGeocode = geocode;
}
Point GeocodeToScreen(Geocode geocode, int zoom, int adjustX, int adjustY)
{
Point p = new Point(LongitudeToXAtZoom(geocode.Longitude, zoom), LatitudeToYAtZoom(geocode.Latitude, zoom));
p.X += adjustX;
p.Y += adjustY;
return p;
}
void DrawAtGeocode(Geocode tlGeo, Geocode brGeo, IMapRenderer renderer, Geocode geocode, int pixelLevelZoom, int adjustX, int adjustY, IMapDrawable drawable)
{
if (!GeocodeBoxContains(tlGeo, brGeo, geocode) || drawable == null)
return;
Point p = GeocodeToScreen(geocode, pixelLevelZoom, adjustX, adjustY);
renderer.Draw(drawable, new Rectangle(p.X - drawable.Width / 2, p.Y - drawable.Height / 2, drawable.Width, drawable.Height), new Rectangle(0, 0, drawable.Width, drawable.Height));
}
static bool GeocodeBoxContains(Geocode tlGeo, Geocode brGeo, Geocode geocode)
{
return geocode.Latitude > brGeo.Latitude && geocode.Latitude < tlGeo.Latitude && geocode.Longitude > tlGeo.Longitude && geocode.Longitude < brGeo.Longitude;
}
public Point GeocodeToCenterRelativePoint(Geocode geocode)
{
int centerXReference = (myCenterTile.X << 8) + myCenterOffset.X;
int centerYReference = (myCenterTile.Y << 8) + myCenterOffset.Y;
int px = LongitudeToXAtZoom(geocode.Longitude, myZoom + 8);
int py = LatitudeToYAtZoom(geocode.Latitude, myZoom + 8);
return new Point(px - centerXReference, py - centerYReference);
}
public void FitPOIToDimensions(int width, int height, int maxZoom, params Geocode[] geocodes)
{
// find the center
Geocode topLeft = new Geocode(double.MinValue, double.MaxValue);
Geocode bottomRight = new Geocode(double.MaxValue, double.MinValue);
foreach (Geocode geocode in geocodes)
{
topLeft.Latitude = Math.Max(topLeft.Latitude, geocode.Latitude);
topLeft.Longitude = Math.Min(topLeft.Longitude, geocode.Longitude);
bottomRight.Latitude = Math.Min(bottomRight.Latitude, geocode.Latitude);
bottomRight.Longitude = Math.Max(bottomRight.Longitude, geocode.Longitude);
}
Geocode center = new Geocode((topLeft.Latitude + bottomRight.Latitude) / 2, (topLeft.Longitude + bottomRight.Longitude) / 2);
// center the map on the center
myZoom = maxZoom;
int y = LatitudeToYAtZoom(center.Latitude, myZoom + 8);
int x = LongitudeToXAtZoom(center.Longitude, myZoom + 8);
myCenterTile.X = x / 256;
myCenterTile.Y = y / 256;
myCenterOffset.X = x % 256;
myCenterOffset.Y = y % 256;
int halfWidth = width / 2;
int halfHeight = height / 2;
while (myZoom > 0)
{
ZoomOut();
y = LatitudeToYAtZoom(center.Latitude, myZoom + 8);
x = LongitudeToXAtZoom(center.Longitude, myZoom + 8);
int tly = LatitudeToYAtZoom(topLeft.Latitude, myZoom + 8);
int tlx = LongitudeToXAtZoom(topLeft.Longitude, myZoom + 8);
int bry = LatitudeToYAtZoom(bottomRight.Latitude, myZoom + 8);
int brx = LongitudeToXAtZoom(bottomRight.Longitude, myZoom + 8);
if (tlx - x > -halfWidth && tly - y > -halfHeight && brx - x < halfWidth && bry - y < halfHeight)
break;
}
}
public Geocode CenterRelativePointToGeocode(Point point)
{
Geocode ret = new Geocode();
ret.Longitude = XToLongitudeAtZoom((myCenterTile.X << 8) + myCenterOffset.X + point.X, myZoom + 8);
ret.Latitude = YToLatitudeAtZoom((myCenterTile.Y << 8) + myCenterOffset.Y + point.Y, myZoom + 8);
return ret;
}
static bool GeocodeBoxContains(Geocode tlGeo, Geocode brGeo, Geocode geocode)
{
return(geocode.Latitude > brGeo.Latitude && geocode.Latitude < tlGeo.Latitude && geocode.Longitude > tlGeo.Longitude && geocode.Longitude < brGeo.Longitude);
}
public MapOverlay(IMapDrawable drawable, Geocode geocode, Point offset)
{
myDrawable = drawable;
myOffset = offset;
myGeocode = geocode;
}
public int DrawMap(IMapRenderer renderer, int x, int y, int width, int height, WaitCallback callback, object state)
{
int unavailable = 0;
// approximate the the top left tile (it may be off by 1), but the loop
// below will kept it from being drawn
int midX = x + width / 2 - myCenterOffset.X;
int midY = y + height / 2 - myCenterOffset.Y;
int xTiles = (midX - x) / 256 + 1;
int yTiles = (midY - y) / 256 + 1;
Key currentXKey = new Key(myCenterTile.X - xTiles, myCenterTile.Y - yTiles, myZoom);
int xStart = midX - xTiles * 256;
int yStart = midY - yTiles * 256;
Rectangle rect = new Rectangle(x, y, width, height);
int tickCount = Environment.TickCount;
for (int currentX = xStart; currentX < x + width; currentX += 256, currentXKey.X++)
{
Key key = currentXKey;
for (int currentY = yStart; currentY < y + height; currentY += 256, key.Y++)
{
IMapDrawable tile = null;
// find the intersect region of the tile that we are drawing
Rectangle tileRect = new Rectangle(currentX, currentY, 256, 256);
tileRect.Intersect(rect);
Rectangle sourceRect = new Rectangle(tileRect.X - currentX, tileRect.Y - currentY, tileRect.Width, tileRect.Height);
// dont draw off the map tiles
if (!key.IsValid)
{
// dont draw gray rect if we're drawing transparent
if (!HasAlpha)
{
renderer.FillRectangle(BackColor, tileRect);
}
continue;
}
// first try to get the tile from the tileData
TileData tileData = GetTile(key, renderer, callback, state);
if (tileData != null)
{
tile = tileData.Bitmap;
tileData.LastUsed = tickCount;
}
if (tile == null)
{
// tile not available, so try to generate a tile from child tiles
unavailable++;
Key childKey = new Key(key.X * 2, key.Y * 2, key.Zoom + 1);
Key tl = childKey;
Key tr = new Key(childKey.X + 1, childKey.Y, childKey.Zoom);
Key br = new Key(childKey.X + 1, childKey.Y + 1, childKey.Zoom);
Key bl = new Key(childKey.X, childKey.Y + 1, childKey.Zoom);
TileData tld;
TileData trd;
TileData bld;
TileData brd;
// see if the children are available
// we also need to null check, because they could be loading
if (TileCache.TryGetValue(tl, out tld) && TileCache.TryGetValue(tr, out trd) && TileCache.TryGetValue(br, out brd) && TileCache.TryGetValue(bl, out bld) &&
tld != null && trd != null && bld != null & brd != null &&
tld.Bitmap != null && trd.Bitmap != null && bld.Bitmap != null && brd.Bitmap != null)
{
// children are available, so mark them as recently used
tld.LastUsed = trd.LastUsed = bld.LastUsed = brd.LastUsed = tickCount;
// calculate the destination rects of each child tile
Rectangle tlr = new Rectangle(currentX, currentY, 128, 128);
Rectangle trr = new Rectangle(currentX + 128, currentY, 128, 128);
Rectangle blr = new Rectangle(currentX, currentY + 128, 128, 128);
Rectangle brr = new Rectangle(currentX + 128, currentY + 128, 128, 128);
tlr.Intersect(rect);
trr.Intersect(rect);
blr.Intersect(rect);
brr.Intersect(rect);
// calculate the source rect of each child tile
Rectangle tlsr = new Rectangle(tlr.X - currentX, tlr.Y - currentY, tlr.Width * 2, tlr.Height * 2);
Rectangle trsr = new Rectangle(trr.X - currentX - 128, trr.Y - currentY, trr.Width * 2, trr.Height * 2);
Rectangle blsr = new Rectangle(blr.X - currentX, blr.Y - currentY - 128, blr.Width * 2, blr.Height * 2);
Rectangle brsr = new Rectangle(brr.X - currentX - 128, brr.Y - currentY - 128, brr.Width * 2, brr.Height * 2);
// don't attempt to draw tiles that we don't need to
if (tlsr.Width > 0 && tlsr.Height > 0)
{
renderer.Draw(tld.Bitmap, tlr, tlsr);
}
if (trsr.Width > 0 && trsr.Height > 0)
{
renderer.Draw(trd.Bitmap, trr, trsr);
}
if (blsr.Width > 0 && blsr.Height > 0)
{
renderer.Draw(bld.Bitmap, blr, blsr);
}
if (brsr.Width > 0 && brsr.Height > 0)
{
renderer.Draw(brd.Bitmap, brr, brsr);
}
continue;
}
else
{
// can't generate from children, so try generating one of the parents
Key parent = key;
Rectangle parentRect = sourceRect;
TileData parentData = null;
while (parent.Zoom >= 0 && parentData == null)
{
parentRect.Width /= 2;
parentRect.Height /= 2;
parentRect.X /= 2;
parentRect.Y /= 2;
if (parent.X % 2 == 1)
{
parentRect.X += 128;
}
if (parent.Y % 2 == 1)
{
parentRect.Y += 128;
}
parent.X /= 2;
parent.Y /= 2;
parent.Zoom--;
TileCache.TryGetValue(parent, out parentData);
}
if (parentData != null && parentData.Bitmap != null)
{
// mark this tile as used recently
parentData.LastUsed = tickCount;
if (tileRect.Width > 0 && tileRect.Height > 0)
{
renderer.Draw(parentData.Bitmap, tileRect, parentRect);
}
continue;
}
else
{
// tile is being downloaded, and we have no parent or child images we can use to draw a temp
// image. let's try to use a refresh bitmap.
// tile is not available, and this is a transparent draw,
// so dont draw at all
if (HasAlpha)
{
continue;
}
if ((tile = RefreshBitmap) == null)
{
renderer.FillRectangle(BackColor, tileRect);
continue;
}
}
}
}
if (tile != null && tileRect.Width > 0 && tileRect.Height > 0)
{
renderer.Draw(tile, tileRect, sourceRect);
}
}
}
int pixelLevelZoom = myZoom + 8;
int centerXReference = myCenterTile.X << 8;
int centerYReference = myCenterTile.Y << 8;
Geocode tlGeo = PointToGeocode(new Point(Math.Max(centerXReference + myCenterOffset.X - width / 2, 0), Math.Max(centerYReference + myCenterOffset.Y - height / 2, 0)), pixelLevelZoom);
Geocode brGeo = PointToGeocode(new Point(Math.Min(centerXReference + myCenterOffset.X + width / 2, 1 << pixelLevelZoom), Math.Min(centerYReference + myCenterOffset.Y + height / 2, 1 << pixelLevelZoom)), pixelLevelZoom);
int adjustX = midX - centerXReference;
int adjustY = midY - centerYReference;
foreach (Route route in myRoutes)
{
List <Point> points = new List <Point>();
Geocode lastOffscreenPoint = Geocode.Null;
for (int i = 0; i < route.PolyLine.Length; i++)
{
Geocode geocode = route.PolyLine[i];
if (myLevelToZoom[route.Levels[i]] > myZoom)
{
continue;
}
// check if we're drawing off the screen
if (!GeocodeBoxContains(tlGeo, brGeo, geocode))
{
// if we're drawing from on screen to off screen, draw it, but note that
// we are now off screen
if (lastOffscreenPoint == Geocode.Null)
{
points.Add(GeocodeToScreen(geocode, pixelLevelZoom, adjustX, adjustY));
}
lastOffscreenPoint = geocode;
continue;
}
// draw in from off the screen if necessary
if (lastOffscreenPoint != Geocode.Null)
{
points.Add(GeocodeToScreen(lastOffscreenPoint, pixelLevelZoom, adjustX, adjustY));
}
// note that we are now in screen space
lastOffscreenPoint = Geocode.Null;
points.Add(GeocodeToScreen(geocode, pixelLevelZoom, adjustX, adjustY));
}
if (points.Count > 1)
{
renderer.DrawLines(route.LineWidth, Color.Cyan, points.ToArray());
}
}
foreach (IMapOverlay overlay in Overlays)
{
DrawAtGeocode(tlGeo, brGeo, renderer, overlay.Geocode, pixelLevelZoom, adjustX + overlay.Offset.X, adjustY + overlay.Offset.Y, overlay.Drawable);
}
return(unavailable);
}
private void SetMarkers()
{
float fSize = 9;
List<string> seenLocs = new List<string>();
List<Geocode> codes = new List<Geocode>();
SizeF currentScreen = this.CurrentAutoScaleDimensions;
if (currentScreen.Height == 192)
{
fSize = 4;
}
foreach (Library.User user in _Users)
{
string location = user.location;
if (!seenLocs.Contains(location))
{
seenLocs.Add(location);
Yedda.GoogleGeocoder.Coordinate c;
if (!Yedda.GoogleGeocoder.Coordinate.tryParse(location, out c))
{
c = Yedda.GoogleGeocoder.Geocode.GetCoordinates(location);
}
if (c.Latitude != 0 && c.Longitude != 0)
{
userMapDrawable marker = new userMapDrawable();
marker.userToDraw = user;
marker.fSize = fSize;
Geocode g = new Geocode((double)c.Latitude, (double)c.Longitude);
MapOverlay o = new MapOverlay(marker, g, new Point(0, -marker.Height / 2));
codes.Add(g);
mySession.Overlays.Add(o);
}
}
}
mySession.FitPOIToDimensions(myPictureBox.Width, myPictureBox.Height, 8, codes.ToArray());
}
private void SearchNearHere()
{
Point OutsidePoint = new Point(0, this.Height / 2);
Point CenterPoint = new Point(this.Width / 2, this.Height / 2);
Geocode g = mySession.CenterRelativePointToGeocode(OutsidePoint);
Geocode c = mySession.CenterRelativePointToGeocode(CenterPoint);
double dist = distance(g.Latitude, g.Longitude, c.Latitude, c.Longitude, 'K');
System.Diagnostics.Debug.WriteLine(dist);
this.Range = dist;
this.CenterLocation = c;
this.Close();
}
public override bool Equals(object obj)
{
Geocode other = (Geocode)obj;
return(this == other);
}
static List<Segment> DecodeSteps(char[] chars)
{
StringBuilder builder = new StringBuilder();
builder.Append(chars);
string blob = builder.ToString();
Regex regex = new Regex(@"new VE_RouteInstruction\('(.*?)',(-*[\d]+.[\d]+),(-*[\d]+.[\d]+),(-*[\d]+.[\d]+)");
Regex cleaner = new Regex(@"&#[\d]+;.*?&#[\d]+;");
Regex bolder = new Regex(@"( [A-Z][A-Z]+ )");
Match m = regex.Match(blob);
List<Segment> ret = new List<Segment>();
while (m.Success)
{
Segment segment = new Segment();
Geocode geocode = new Geocode();
geocode.Latitude = double.Parse(m.Groups[2].Value);
geocode.Longitude = double.Parse(m.Groups[3].Value);
segment.Geocode = geocode;
segment.Distance = string.Format("{0} miles", m.Groups[4].Value);
string text = m.Groups[1].Value;
Match m2 = cleaner.Match(text);
while (m2.Success)
{
text = text.Replace(m2.Value, string.Empty);
m2 = cleaner.Match(text);
}
string formattedText = text;
m2 = bolder.Match(text);
while (m2.Success)
{
text = text.Replace(m2.Value, m2.Value.ToLower());
formattedText = formattedText.Replace(m2.Value, string.Format("<b>{0}</b>", m2.Value.ToLower()));
m2 = bolder.Match(text);
}
text = text.Replace(" ", " ");
formattedText = formattedText.Replace(" ", " ").Replace("<b> ", " <b>").Replace(" </b>", "</b> ");
segment.FormattedText = formattedText;
segment.Text = text;
ret.Add(segment);
m = m.NextMatch();
}
return ret;
}