private void setPositions(Position position)
{
currentPosition = position;
GlobalFuncs.gpsOn = true;
string latitude = "" + Math.Round(position.Latitude, 5);
string longitude = "" + Math.Round(position.Longitude, 5);
string writePosition = latitude + ", " + longitude;
if (getNewPos)
{
Task.Run(async() => {
await WritePositionWithLocation(position);
});
}
if (fvm != null)
{
fvm.Position = writePosition;
fvm.PositionLocation = writePositionLocation;
}
if (mvm != null)
{
mvm.Position = writePosition;
mvm.PositionLocation = writePositionLocation;
}
if (uvm != null)
{
uvm.Position = writePosition;
uvm.PositionLocation = writePositionLocation;
}
if (cavm != null)
{
cavm.Position = writePosition;
cavm.PositionLocation = writePositionLocation;
}
if (pvm != null)
{
pvm.Latitude = position.Latitude.ToString();
pvm.Longitude = position.Longitude.ToString();
pvm.Altitude = position.Altitude.ToString() + " m";
pvm.PositionLocation = writePositionLocation;
}
if (vc != null)
{
vc.Position = writePosition;
vc.PositionLocation = writePositionLocation;
vc.Distance = getDistance();
if (GlobalFuncs.mvm.tracked != null)
{
a = GlobalFuncs.calcDist(GlobalFuncs.mvm.returnmypos(), GlobalFuncs.mvm.tracked.Position);
b = GlobalFuncs.calcDist(currentPosition, GlobalFuncs.mvm.tracked.Position);
if (b >= a)
{
vc.DecimalD = 0.0;
}
else
{
//TODO
vc.DecimalD = 1.0 - (b / a);
}
}
else
{
vc.DecimalD = 0;
}
}
fvm.RecalculateDistance();
mvm.RecalculateDistance();
check(position);
}