public Car(Telemetry telemetry, int carIdx)
{
this.telemetry = telemetry;
this.carIdx = carIdx;
this.driver = telemetry.SessionData.DriverInfo.Drivers.FirstOrDefault(d => d.CarIdx == carIdx);
this.Details = new CarDetails(telemetry, carIdx);
}
public Car(Telemetry telemetry, int carIdx)
{
this.telemetry = telemetry;
this.carIdx = carIdx;
this.driver = telemetry.SessionData.DriverInfo.CompetingDrivers[carIdx];
this.Details = new CarDetails(telemetry, carIdx);
}
public Car(Telemetry telemetry, int carIdx)
{
this.telemetry = telemetry;
this.carIdx = carIdx;
this.driver = telemetry.SessionData.DriverInfo.CompetingDrivers[carIdx];
this.Details = new CarDetails(telemetry, carIdx);
}
public void Direct(DataSample data)
{
if (isWatchingRandomDriver)
return;
isWatchingRandomDriver = true;
finishWatchingRandomDriverAt = data.Telemetry.SessionTimeSpan + stickyTime;
camera = cameraControl.FindACamera(new[] { CameraAngle.LookingInfrontOfCar, CameraAngle.LookingAtCar, CameraAngle.LookingAtTrack });
car = FindADriver(data);
TraceInfo.WriteLine("{0} Changing camera to random driver: {1}; camera: {2}", data.Telemetry.SessionTimeSpan, car.UserName, camera.CameraName);
cameraControl.CameraOnDriver((short)car.CarNumberRaw, camera.CameraNumber);
}
public BattleState(BattlePosition state, CarDetails driver)
{
this.State = state;
this.Driver = driver;
}
static CarDetails ChangeCarForCamera(DataSample data, CarDetails driver)
{
if (driver == null)
return null;
var car = driver.Car(data);
var otherCar = data.Telemetry.Cars.FirstOrDefault(c => c.Position == car.Position - 1);
if( otherCar == null)
return null;
return otherCar.Details;
}
void SwitchToBattle(DataSample data, CarDetails newFollower, bool establishingShot = false)
{
if (establishingShot)
TraceInfo.WriteLine("{0} New Battle started - Searching for a LookingAtCar camera", data.Telemetry.SessionTimeSpan);
var cameraTypes = establishingShot ? new[] { CameraAngle.LookingAtCar } : new[] { CameraAngle.LookingInfrontOfCar, CameraAngle.LookingBehindCar, CameraAngle.LookingAtCar };
var newFollowerPosition = newFollower.Car(data).Position;
battleLeader = data.Telemetry.Cars.First(c => c.Position == newFollowerPosition - 1).Details;
battleFollower = newFollower;
car = newFollower;
camera = cameraControl.FindACamera(cameraTypes, adjustedCamera, 2);
if (establishingShot)
adjustedCamera = camera;
else
adjustedCamera = null;
if (camera.CameraAngle == CameraAngle.LookingBehindCar)
{
TraceInfo.WriteLine("{0} Changing to forward car, with reverse camera", data.Telemetry.SessionTimeSpan);
car = battleLeader;
}
TraceInfo.WriteLine("{0} Changing camera to driver: {1}; camera: {2}; within {3}",
data.Telemetry.SessionTimeSpan,
car.UserName,
camera.CameraName,
battleGap);
cameraControl.CameraOnDriver(car.CarNumberRaw, camera.CameraNumber);
}
void UpdateBattleCamera(DataSample data)
{
if (data.Telemetry.SessionTimeSpan <= cameraChangeTime)
return;
cameraChangeTime = data.Telemetry.SessionTimeSpan + this.battleCameraChangePeriod;
var otherCar = ChangeCarForCamera(data, battleFollower);
var cameraSet = otherCar == null ? new [] {CameraAngle.LookingInfrontOfCar, CameraAngle.LookingAtCar} : new [] { CameraAngle.LookingInfrontOfCar, CameraAngle.LookingBehindCar, CameraAngle.LookingAtCar };
camera = cameraControl.FindACamera(cameraSet, adjustedCamera, 2);
adjustedCamera = null;
if (camera.CameraAngle == CameraAngle.LookingBehindCar)
{
TraceInfo.WriteLine("{0} Changing to forward car, with reverse camera", data.Telemetry.SessionTimeSpan);
car = otherCar;
}
else
{
car = battleFollower;
}
TraceInfo.WriteLine("{0} Changing camera to driver: {1}; camera: {2}", data.Telemetry.SessionTimeSpan, car.UserName, camera.CameraName);
cameraControl.CameraOnDriver(car.CarNumberRaw, camera.CameraNumber);
}
internal static bool IsInBattle(DataSample data, TimeSpan battleGap, CarDetails follower, CarDetails leader)
{
var leaderCar = leader.Car(data);
var followerCar = follower.Car(data);
if (Settings.Default.FocusOnPreferedDriver)
{
if (!(preferredCarIdxs.Contains(leaderCar.CarIdx) || preferredCarIdxs.Contains(followerCar.CarIdx)))
{
Trace.WriteLine("Current race battle does not include drivers within preferred list");
return false;
}
}
if (leaderCar.Position == followerCar.Position + 1)
return false;
var timeGap = (leaderCar.TotalDistance - followerCar.TotalDistance) * data.Telemetry.Session.ResultsAverageLapTime;
return timeGap < battleGap.TotalSeconds;
}
private static int? GetPositionFor(DataSample data, CarDetails carDetails)
{
var car = carDetails.Car(data);
if (data.Telemetry.RaceDistance > 1.10)
return car.Position;
var session = data.SessionData.SessionInfo.Sessions.Qualifying();
if (session == null || session.ResultsPositions == null)
return null;
var qualifyingResult = session.ResultsPositions.FirstOrDefault(p => p.CarIdx == car.CarIdx);
if (qualifyingResult == null)
return null;
return (int)qualifyingResult.Position;
}
void SwitchToBattle(DataSample data, CarDetails newFollower)
{
var newFollowerPosition = newFollower.Car(data).Position;
battleLeader = data.Telemetry.Cars.First(c => c.Position == newFollowerPosition - 1).Details;
battleFollower = newFollower;
car = newFollower; //.Car(data).Details;
camera = cameraControl.FindACamera(CameraAngle.LookingInfrontOfCar, CameraAngle.LookingBehindCar, CameraAngle.LookingAtCar);
if (camera.CameraAngle == CameraAngle.LookingBehindCar)
{
TraceInfo.WriteLine("{0} Changing to forward car, with reverse camera", data.Telemetry.SessionTimeSpan);
car = battleLeader;
}
TraceInfo.WriteLine("{0} Changing camera to driver: {1}; camera: {2}; within {3}",
data.Telemetry.SessionTimeSpan,
car.UserName,
camera.CameraName,
battleGap);
cameraControl.CameraOnDriver(car.CarNumberRaw, camera.CameraNumber);
}
