private void SearchForMidway(FilterEditModel filters)
{
GeoCoordinate searchCoordinate;
// get itinerary from Google Directions
GoogleItinerary itineraryComputer = new GoogleItinerary();
GoogleItineraryBase response = itineraryComputer.GetItinerary(filters.PositionA, filters.PositionB);
// push polylines to view for rendering
Steps = new Dictionary <double, double>();
foreach (var step in response.routes[0].legs[0].steps)
{
Steps.Add(step.end_location["lat"], step.end_location["lng"]);
}
// compute mid point ?
// TODO
// if google response is not relevant, use As The Crow Flies method
searchCoordinate = MidPoint(filters.PositionA, filters.PositionB);
Positions.Add(filters.PositionA.Latitude, filters.PositionA.Longitude);
Positions.Add(filters.PositionB.Latitude, filters.PositionB.Longitude);
InitLocationsByCoordinate(searchCoordinate, filters.OnlyOpenBars);
}
public SearchResultModel(FilterEditModel filters) : this()
{
Mode = filters.Mode;
switch (Mode)
{
case FilterMode.Geolocation:
{
SearchForGeolocation(filters);
break;
}
case FilterMode.Midway:
{
SearchForMidway(filters);
break;
}
default:
{
SearchForDefault(filters);
break;
}
}
}
private void SearchForDefault(FilterEditModel filters)
{
var backOffice = new BackOffice();
foreach (Location location in backOffice.Locations)
{
if (filters.ZipCodes.Contains(location.ZipCode) && location.IsValid && (!filters.OnlyOpenBars || location.IsOpenNow))
{
Locations.Add(location);
}
}
}
public SearchResultModel(FilterEditModel filters)
: this()
{
Mode = filters.Mode;
switch (Mode)
{
case FilterMode.Geolocation:
{
SearchForGeolocation(filters);
break;
}
case FilterMode.Midway:
{
SearchForMidway(filters);
break;
}
default:
{
SearchForDefault(filters);
break;
}
}
}
public ActionResult SearchFromLocation(double latitude, double longitude, string open)
{
var model = new FilterEditModel(latitude, longitude, open);
return View("Search", model);
}
public ActionResult SearchFromBetween(double latA, double lngA, double latB, double lngB, string open)
{
var model = new FilterEditModel(latA, lngA, latB, lngB, open);
return View("Search", model);
}
public ActionResult Search(IList<string> zipcodes, string open)
{
var model = new FilterEditModel(zipcodes, open);
return View(model);
}
private void SearchForGeolocation(FilterEditModel filters)
{
InitLocationsByCoordinate(filters.PositionA, filters.OnlyOpenBars);
Positions.Add(filters.PositionA.Latitude, filters.PositionA.Longitude);
}
private void SearchForMidway(FilterEditModel filters)
{
GeoCoordinate searchCoordinate;
// get itinerary from Google Directions
GoogleItinerary itineraryComputer = new GoogleItinerary();
GoogleItineraryBase response = itineraryComputer.GetItinerary(filters.PositionA, filters.PositionB);
// push polylines to view for rendering
Steps = new Dictionary<double, double>();
foreach (var step in response.routes[0].legs[0].steps)
{
Steps.Add(step.end_location["lat"], step.end_location["lng"]);
}
// compute mid point ?
// TODO
// if google response is not relevant, use As The Crow Flies method
searchCoordinate = MidPoint(filters.PositionA, filters.PositionB);
Positions.Add(filters.PositionA.Latitude, filters.PositionA.Longitude);
Positions.Add(filters.PositionB.Latitude, filters.PositionB.Longitude);
InitLocationsByCoordinate(searchCoordinate, filters.OnlyOpenBars);
}
private void SearchForGeolocation(FilterEditModel filters)
{
InitLocationsByCoordinate(filters.PositionA, filters.OnlyOpenBars);
Positions.Add(filters.PositionA.Latitude, filters.PositionA.Longitude);
}
private void SearchForDefault(FilterEditModel filters)
{
var backOffice = new BackOffice();
foreach (Location location in backOffice.Locations)
{
if (filters.ZipCodes.Contains(location.ZipCode) && location.IsValid && (!filters.OnlyOpenBars || location.IsOpenNow))
{
Locations.Add(location);
}
}
}
