public override TurtleSituation CalculateSituation(TurtleSituation currentSituation)
{
var result = new TurtleSituation();
int newAngle;
if (TurnAngle >= 0)
{
newAngle = (currentSituation.Angle + TurnAngle) % 360;
}
else
{
int turnAngleAbs = Math.Abs(TurnAngle);
if (turnAngleAbs >= currentSituation.Angle)
{
newAngle = 360 - (turnAngleAbs - currentSituation.Angle);
}
else
{
newAngle = currentSituation.Angle - turnAngleAbs;
}
}
result.Angle = newAngle;
result.TurnAngle = currentSituation.TurnAngle + TurnAngle;
result.Position = currentSituation.Position;
result.Change = TurtleSituationChange.Turned;
return(result);
}
private int CalculateY(TurtleSituation currentSituation, int newY)
{
int result;
if ((currentSituation.Angle <= 180 && Math.Sign(Distance) > 0) ||
(currentSituation.Angle > 180 && Math.Sign(Distance) < 0))
{
result = currentSituation.Position.Y + newY;
}
else
{
result = currentSituation.Position.Y - newY;
}
return(result);
}
public override TurtleSituation CalculateSituation(TurtleSituation currentSituation)
{
var result = new TurtleSituation();
int newX = Convert.ToInt32(Math.Round(Distance * Math.Cos(DegreesToRadian(currentSituation.Angle))));
int newY = Convert.ToInt32(Math.Round(Math.Sqrt(Distance * Distance - newX * newX)));
result.Position = new Position
{
X = currentSituation.Position.X + newX,
Y = CalculateY(currentSituation, newY)
};
result.Angle = currentSituation.Angle;
result.TurnAngle = currentSituation.TurnAngle;
result.Change = TurtleSituationChange.Moved;
return(result);
}
public virtual TurtleSituation CalculateSituation(TurtleSituation currentSituation)
{
return(currentSituation);
}
