/// <summary>
///
/// </summary>
/// <param name="locationEquation"> The ILocationEquation to use to update the location</param>
/// <param name="initialLocation"> The starting location of the object</param>
/// <param name="AngleOffset"> The input angle should be in radians and will go clockwise starting in the x direction</param>
public BasicPath(ILocationEquation locationEquation, Vector2 initialLocation, double AngleOffset, double speedRatio = 1)
{
_locationEquation = locationEquation;
_speedRatio = speedRatio;
_initialLocation = initialLocation;
Offset = initialLocation - locationEquation.GetLocation(0);
this.AngleOffset = AngleOffset;
StartTime = Clock.getClock().getTime();
}
public override Vector2 UpdateLocation()
{
long curTime = (long)(Clock.getClock().getTime() * _speedRatio);
Vector2 newLocation = _locationEquation.GetLocation(curTime - StartTime);
newLocation = VectorRotation.RotateVector(AngleOffset, newLocation);
return(newLocation + Offset);
}
public BasicPath(BasicPath path, Vector2 initialLocation, double AngleOffset, double speedRatio = 1)
{
_locationEquation = path._locationEquation;
_speedRatio = speedRatio;
Offset = initialLocation - _locationEquation.GetLocation(0);
this.AngleOffset = AngleOffset;
this.StartTime = Clock.getClock().getTime();
}
public Vector2 GetLocation(long ticksElapsed)
{
Vector2 newLoc = equation.GetLocation(ticksElapsed);
return(VectorRotation.RotateVector(angle, newLoc));
}