public void SelectSeat(SeatViewModel seatVM)
{
if (SelectedSeat == null || SelectedSeat != seatVM)
{
if (!seatVM.IsDisabled && !seatVM.IsOccupied)
{
SelectedSeat = seatVM;
//RefreshMapElements();
}
}
}
internal List <PlaneElementViewModel> GetDataForSeatsPolSeries(ShapefileConverter shapeFileSeatsPol)
{
this.SeatVMs = new List <PlaneElementViewModel>();
foreach (ShapefileRecord record in shapeFileSeatsPol)
{
//create SeatViewModel for each record in the passed shapefileconverter and
//add it to list of seatViewmodels. This list will be the data source for the seatPolseries.
var seatVM = new SeatViewModel();
seatVM.Id = record.Fields["ID"].ToString();
seatVM.Shape = this.MapProjector.ProjectToGeographic(record.Points);
seatVM.Row = record.Fields["ROW"].ToString();
seatVM.Column = record.Fields["COLUMN"].ToString();
//Get the seat position and class from the shape file.
seatVM.Class = record.Fields["CLASS"].ToString();
//string seatClassName = record.Fields["CLASS"].ToString();
//Lookup the seat information from the XAML data file and create default if not present
//as it is assumed the shape file holds the plane structure information.
SeatViewModel seatVMFromPlaneData = PlaneData.GetSeatVM(seatVM.Row, seatVM.Column) ??
new SeatViewModel {
Row = seatVM.Row,
Column = seatVM.Column,
IsOccupied = false,
SeatType = SeatType.StandardSeat
};
//Values of Properties like the SeatType are not available from the .dbf file of shapefile.
//Set such properties from the PlaneData object.
seatVM.SeatType = seatVMFromPlaneData.SeatType;
seatVM.IsOccupied = seatVMFromPlaneData.IsOccupied;
this.SeatVMs.Add(seatVM);
//Increment Seat Count for the seatClass as we go through the shape file elements.
IncrementSeatCountByClass(seatVM.Class);
}
_allClass.SeatCount = shapeFileSeatsPol.Count();
SelectedClass = _allClass;
return(this.SeatVMs);
}
