///Local Method
private void CreateTravelStudentData(TravelStudent ts, Student student, TravelStatus status)
{
ts.StartAt = DateTime.UtcNow.ToLocalTime();
ts.Student = student;
ts.Status = status;
_context.TravelsStudent.Add(ts);
}
public async Task SetTravelStatus(string userId, string itemId, TravelStatus travelStatus)
{
var item = await digitServiceContext.FocusItems
.Include(f => f.Directions)
.Where(v => v.Id == itemId).SingleAsync();
if (null != item.Directions)
{
item.Directions.TravelStatus = travelStatus;
}
await digitServiceContext.SaveChangesAsync();
}
public IActionResult UpdateTravelStatus(Guid studentID, int travelStatus)
{
var student = _context.Students.FirstOrDefault(s => s.Id == studentID);
if (student.NeedTravel)
{
if (student == null)
{
return(NotFound());
}
var status = new TravelStatus();
TravelStudent ts = new TravelStudent();
switch (travelStatus)
{
case 70:
status = TravelStatus.AtScholl;
CreateTravelStudentData(ts, student, status);
break;
case 75:
status = TravelStatus.AtHome;
CreateTravelStudentData(ts, student, status);
break;
case 80:
status = TravelStatus.Trasnporting;
CreateTravelStudentData(ts, student, status);
break;
case 85:
status = TravelStatus.IsComing;
CreateTravelStudentData(ts, student, status);
break;
}
var result = _context.SaveChanges();
if (result == 0)
{
return(BadRequest());
}
return(Ok());
}
else
{
return(NotFound("Aluno não precisa"));
}
}
public string TravelInfo()
{
return(TravelStatus.ToString("TT: "));
}
/// <summary>
/// Move the fleet towards the waypoint at the top of the list. Fuel is consumed
/// at the rate of the sum of each of the individual ships (i.e. available fuel
/// is automatically "pooled" between the ships).
/// </summary>
/// <param name="availableTime">The portion of a year left for travel.</param>
/// <param name="race">The race this fleet belongs to.</param>
/// <returns>A TravelStatus indicating arrival or in-transit.</returns>
public TravelStatus Move(ref double availableTime, Race race)
{
if (GetTravelStatus() == TravelStatus.Arrived)
{
return(TravelStatus.Arrived);
}
Waypoint target = Waypoints[0];
InOrbit = null;
double legDistance = PointUtilities.Distance(Position, target.Position);
int warpFactor = target.WarpFactor;
int speed = warpFactor * warpFactor;
double targetTime = legDistance / speed;
double fuelConsumptionRate = FuelConsumption(warpFactor, race);
double fuelTime = FuelAvailable / fuelConsumptionRate;
double travelTime = targetTime;
// Determine just how long we have available to travel towards the
// waypoint target. This will be the smaller of target time (the ideal
// case, we get there) available time (didn't get there but still can
// move towards there next turn) and fuel time.
TravelStatus arrived = TravelStatus.Arrived;
if (travelTime > availableTime)
{
travelTime = availableTime;
arrived = TravelStatus.InTransit;
}
if (travelTime >= fuelTime)
{
travelTime = fuelTime;
arrived = TravelStatus.InTransit;
}
// If we have arrived then the new fleet position is the waypoint
// target. Otherwise the position is determined by how far we got
// in the time or fuel available.
if (arrived == TravelStatus.Arrived)
{
Position = target.Position;
target.WarpFactor = 0;
}
else
{
double travelled = speed * travelTime;
Position = PointUtilities.MoveTo(Position, target.Position, travelled);
}
// Update the travel time left for this year and the total fuel we
// now have available.
availableTime -= travelTime;
int fuelUsed = (int)(fuelConsumptionRate * travelTime);
FuelAvailable -= fuelUsed;
// Added check if fleet run out of full it's speed will be changed
// to free warp speed.
if (arrived == TravelStatus.InTransit && fuelConsumptionRate > this.FuelAvailable)
{
target.WarpFactor = this.FreeWarpSpeed;
}
return(arrived);
}
public string TravelInfo()
{
return(TravelStatus.ToString(StopMarker ? "Travelled" : "Travelling "));
}