public Vector3 Advance(long ticks, float translateSpeed)
{
if (this.CurrentLinearTrajectorie == null)
{
return(Vector3.Zero);
}
Vector3 retPosition = this.CurrentLinearTrajectorie.Advance(ticks, translateSpeed);
this.CurrDirection = this.CurrentLinearTrajectorie.Direction;
if (this.CurrentLinearTrajectorie.HasReachedPosition)
{
this.HasChangeDirectionInLastStep = true;
if (currentLinearTrajectorieIndex + 1 < this._linearTrajectories.Count)
{
//si tiene un trajectrorie adelante, entoncesa avanza al siguiente y le pega el len que se paso
float LargoQueSePaso = this.CurrentLinearTrajectorie.CurrentLen - this.CurrentLinearTrajectorie.PathLen;
this.CurrentTotalLen = this.CurrentTotalLen + this.CurrentLinearTrajectorie.PathLen + LargoQueSePaso;
this.CurrentLinearTrajectorie = this._linearTrajectories[++currentLinearTrajectorieIndex];
this.CurrentLinearTrajectorie.CurrentLen = LargoQueSePaso;
retPosition = this.CurrentLinearTrajectorie.V0 + this.CurrentLinearTrajectorie.Versor * this.CurrentLinearTrajectorie.CurrentLen;
}
else
{
//no trajectorie adelante, llega al final y listo
retPosition = this.CurrentLinearTrajectorie.Destination;
this.CurrentTotalLen = this.TotalLen;
}
}
else
{
this.HasChangeDirectionInLastStep = false;
}
return(retPosition);
}
public MUPath(List <Vector3> points)
{
if (points.Count <= 1)
{
throw new Exception("points.Count <= 1 in PATH");
}
_points = points;
for (int i = 0; i < points.Count - 1; i++)
{
LinearTrajectorie lt = new LinearTrajectorie(points[i], points[i + 1]);
this._linearTrajectories.Add(lt);
this.TotalLen = this.TotalLen + lt.PathLen;
}
this.CurrentLinearTrajectorie = this._linearTrajectories[0];
this.currentLinearTrajectorieIndex = 0;
this.HasChangeDirectionInLastStep = true; //default
}
