/// <summary>
/// This method combines the passed base airfoil with the passed coefficients as aparallel processing.
/// If finish the processing, it fires the event combinatedAirfoilUpdated.
/// </summary>
/// <param name="basisAirfoils"></param>
/// <param name="coefficients"></param>
public void CombineAirfoils(General.BasisAirfoils basisAirfoils, Double[,] coefficients)
{
List <Task> tasks = new List <Task>();
for (int i = 0; i < _numberOfAirfoils; i++)
{
// Null Check
if (_combinedAirfoils[i] == null)
{
_combinedAirfoils[i] = new Representation.AirfoilCombiner();
}
var x = i;
var basis = basisAirfoils.AirfoilGroup.ToArray();
var coef = GetRowArray(coefficients, i);
// Update Source and Re-Combinate Airfoil.
tasks.Add(Task.Run(() => _combinedAirfoils[x].UpdateBaseSource(coef, basis)));
}
Task.WaitAll(tasks.ToArray());
// Fire the event combinedAirfoilsUpdated
CombinedAirfoilsUpdated?.Invoke(this, new CombinedAirfoilsUpdatedEventArgs()
{
combinedAirfoils = this._combinedAirfoils
});
}
public void AddElement(Representation.AirfoilCombiner element)
{
List <Representation.AirfoilCombiner> tempAirfoils = new List <Representation.AirfoilCombiner>(_combinedAirfoils);
tempAirfoils.Add(element);
_combinedAirfoils = tempAirfoils.ToArray();
// Increment number of airfoils
++this._numberOfAirfoils;
// Fire the event combinedAirfoilsUpdated
CombinedAirfoilsUpdated?.Invoke(this, new CombinedAirfoilsUpdatedEventArgs()
{
combinedAirfoils = this._combinedAirfoils
});
}
