private void HandlePodRacerHitCheckpoint(PodRacer podRacer, CheckPoint checkPoint)
{
PodRacerRaceState podRacerRaceState = raceState.PodRacerRaceStates[podRacer];
Team team = podRacer.Owner;
TeamRaceState teamRaceState = raceState.TeamRaceStates[team];
CheckPoint nextCheckPoint;
if (podRacerRaceState.CurrentCheckPoint == checkPoint)
{
podRacerRaceState.CheckPointsReached++;
teamRaceState.Timeout = raceRules.TIMEOUT + 1;
if (checkPoint == arena.GetStartFinish())
{
podRacerRaceState.RoundsFinished++;
if (raceResult.WinningTeam == null)
{
if (podRacerRaceState.RoundsFinished == raceRules.RACE_LENGTH)
{
raceResult.WinningTeam = team;
raceState.Finished = true;
teamRaceState.FinishedRace = true;
}
}
}
nextCheckPoint = arena.GetNextCheckPoint(checkPoint);
podRacerRaceState.CurrentCheckPoint = nextCheckPoint;
}
}
public void Bounce(PodRacer unitA, PodRacer unitB)
{
Vector relativePosition = unitA.Position - unitB.Position;
Vector relativeVelocity = unitA.Velocity - unitB.Velocity;
double massFactor = (unitA.Mass + unitB.Mass) / (unitA.Mass * unitB.Mass);
Vector impulse =
(
(relativeVelocity * relativePosition) /
relativePosition.LengthSquared
) *
relativePosition /
massFactor;
double impulseFactor;
if (impulse.Length < raceRules.MIN_HALF_IMPULSE)
{
impulseFactor = 1.0 + raceRules.MIN_HALF_IMPULSE / impulse.Length;
}
else
{
impulseFactor = 2.0;
}
unitA.Velocity = unitA.Velocity - (impulseFactor / unitA.Mass) * impulse;
unitB.Velocity = unitB.Velocity + (impulseFactor / unitB.Mass) * impulse;
}
private void FinalizeRoundForPodRacer(PodRacer podRacer, PodRacerRaceState podRacerRaceState)
{
podRacer.ConvertStateToInt();
if (podRacerRaceState.ShieldPenaltyRoundsCounter > 0)
{
podRacerRaceState.ShieldPenaltyRoundsCounter--;
}
}
public PodRacer(PodRacer podRacer)
: base(podRacer)
{
Owner = podRacer.Owner;
Number = podRacer.Number;
Pilot = podRacer.Pilot;
PodRacerPhysics = podRacer.PodRacerPhysics;
PureMass = podRacer.PureMass;
IsShielded = podRacer.IsShielded;
}
public void AcceleratePodRacer(PodRacer podRacer, double thrust)
{
if ((thrust < podRacer.PodRacerPhysics.MIN_THRUST) || (thrust > podRacer.PodRacerPhysics.MAX_THRUST))
{
throw new ArgumentOutOfRangeException("PodRacer thrust out of range!");
}
podRacer.Thrust = thrust;
podRacer.Accelerate(1.0);
}
public void RotatePodRacerToPosition(PodRacer podRacer, Vector position)
{
Vector to = position - podRacer.Position;
double angle = podRacer.Orientation.GetAngle(to);
angle = LimitRotationToMaxRotationSpeed(podRacer, angle);
podRacer.Rotate(angle);
}
public PodRacerRaceState(PodRacer podRacer)
{
PodRacer = podRacer;
CurrentCommand = null;
ShieldPenaltyRoundsCounter = 0;
HasBoosted = false;
Failed = false;
CurrentCheckPoint = null;
RoundsFinished = 0;
CheckPointsReached = 0;
}
private void HandleShieldCommandForPodRacer(PodRacer podRacer)
{
if (CurrentCommandForPodRacerIsShield(podRacer))
{
ShieldPodRacer(podRacer);
}
else
{
UnShieldPodRacer(podRacer);
}
}
public PodRacer CreatePodRacer(Team team, int number, IPilot pilot, Vector position, double heading, IPodRacerPhysics podRacerPhysics)
{
PodRacer newPodRacer;
newPodRacer = new PodRacer(team, number, pilot, position, heading, podRacerPhysics);
team.PodRacers.Add(newPodRacer);
pilot.PodRacer = newPodRacer;
PodRacers.Add(newPodRacer);
return(newPodRacer);
}
public PodRacerRaceState Copy()
{
PodRacerRaceState copy;
copy = new PodRacerRaceState(PodRacer.Copy())
{
CurrentCommand = CurrentCommand.Copy(),
ShieldPenaltyRoundsCounter = ShieldPenaltyRoundsCounter,
HasBoosted = HasBoosted,
Failed = Failed,
CurrentCheckPoint = CurrentCheckPoint.Copy(),
RoundsFinished = RoundsFinished,
CheckPointsReached = CheckPointsReached
};
return(copy);
}
private void HandleAccelerateCommandsForPodRacer(PodRacer podRacer)
{
if (CanPodRacerAccelerate(podRacer))
{
if (CurrentCommandForPodRacerIsBoost(podRacer))
{
if (CanPodRacerBoost(podRacer))
{
BoostPodRacer(podRacer);
}
else
{
throw new InvalidOperationException("PodRacer already boosted!");
}
}
else
{
AcceleratePodRacer(podRacer);
}
}
}
static private double CollisionTimeBetweenTwoUnits(Unit unitA, Unit unitB)
{
double time = double.NaN;
double radiiSumSquared;
if ((unitA is CheckPoint) || ((unitB is CheckPoint)))
{
if (unitA.Size > unitB.Size)
{
radiiSumSquared = unitA.Size * unitA.Size;
}
else
{
radiiSumSquared = unitB.Size * unitB.Size;
}
}
else
{
radiiSumSquared = (unitA.Size + unitB.Size) * (unitA.Size + unitB.Size);
}
Vector relativePosition = unitA.Position - unitB.Position;
Vector relativeVelocity = unitA.Velocity - unitB.Velocity;
if (unitA.Velocity.IsEqual(unitB.Velocity))
{
return(double.NaN);
}
if ((unitA is PodRacer) && (unitB is PodRacer))
{
if (relativePosition.LengthSquared - radiiSumSquared < 0)
{
double distanceDelta = relativePosition.Length / (unitA.Size + unitB.Size);
double subTime;
PodRacer unitAShrinked;
PodRacer unitBShrinked;
unitAShrinked = new PodRacer(unitA as PodRacer);
unitAShrinked.Size -= distanceDelta * unitAShrinked.Size;
unitBShrinked = new PodRacer(unitB as PodRacer);
unitBShrinked.Size -= distanceDelta * unitBShrinked.Size;
subTime = CollisionTimeBetweenTwoUnits(unitAShrinked, unitBShrinked);
if (subTime > 0)
{
return(subTime);
}
else
{
return(double.NaN);
}
}
}
double pHalf = (relativePosition * relativeVelocity) / relativeVelocity.LengthSquared;
double q = (relativePosition.LengthSquared - radiiSumSquared) / relativeVelocity.LengthSquared;
double pHalfSquared = pHalf * pHalf;
if (pHalfSquared >= q)
{
time = -pHalf - Math.Sqrt(pHalfSquared - q);
}
return(time);
}
private void BoostPodRacer(PodRacer podRacer)
{
podRacerRaceStates[podRacer].HasBoosted = true;
racePodRacerMechanics.BoostPodRacer(podRacer);
}
private bool CanPodRacerBoost(PodRacer podRacer)
{
return(!podRacerRaceStates[podRacer].HasBoosted);
}
private bool CurrentCommandForPodRacerIsShield(PodRacer podRacer)
{
return(podRacerRaceStates[podRacer].CurrentCommand.Shield);
}
private void AcceleratePodRacer(PodRacer podRacer)
{
racePodRacerMechanics.AcceleratePodRacer(podRacer, podRacerRaceStates[podRacer].CurrentCommand.Thrust);
}
private bool CurrentCommandForPodRacerIsBoost(PodRacer podRacer)
{
return(podRacerRaceStates[podRacer].CurrentCommand.Boost);
}
public void ApplyFractionToPodRacer(PodRacer podRacer)
{
podRacer.ApplyFraction(podRacer.PodRacerPhysics.FRACTION_FACTOR);
}
private void ShieldPodRacer(PodRacer podRacer)
{
podRacerRaceStates[podRacer].ShieldPenaltyRoundsCounter = raceRules.SHIELD_PENALTY_ROUNDS;
podRacer.TurnShieldOn();
}
private double LimitRotationToMaxRotationSpeed(PodRacer podRacer, double rotation)
{
rotation = Helper.LimitDoubleToAbsValue(rotation, podRacer.PodRacerPhysics.MAX_ROTATION_SPEED);
return(rotation);
}
private static void UnShieldPodRacer(PodRacer podRacer)
{
podRacer.TurnShieldOff();
}
private void HandleDestinationCommandForPodRacer(PodRacer podRacer)
{
racePodRacerMechanics.RotatePodRacerToPosition(podRacer, podRacerRaceStates[podRacer].CurrentCommand.Destination);
}
public bool PodRacerIsDisqualified(PodRacer podRacer)
{
return(raceState.PodRacerRaceStates[podRacer].Failed);
}
public void BoostPodRacer(PodRacer podRacer)
{
AcceleratePodRacer(podRacer, podRacer.PodRacerPhysics.BOOST_THRUST);
}
private void EvaluatePostRoundForPodRacer(PodRacer podRacer)
{
racePodRacerMechanics.ApplyFractionToPodRacer(podRacer);
FinalizeRoundForPodRacer(podRacer, raceState.PodRacerRaceStates[podRacer]);
}
private void EvaluatePreRoundForPodRacer(PodRacer podRacer)
{
HandleDestinationCommandForPodRacer(podRacer);
HandleShieldCommandForPodRacer(podRacer);
HandleAccelerateCommandsForPodRacer(podRacer);
}
private bool CanPodRacerAccelerate(PodRacer podRacer)
{
return(podRacerRaceStates[podRacer].ShieldPenaltyRoundsCounter == 0);
}