//! sets the pricing engine to be used.
/*! calling this method will have no effects in case the performCalculation method
was overridden in a derived class. */
public void setPricingEngine(IPricingEngine e)
{
if (engine_ != null) engine_.unregisterWith(update);
engine_ = e;
if (engine_ != null) engine_.registerWith(update);
update(); // trigger (lazy) recalculation and notify observers
}
//! sets the pricing engine to be used.
/*! calling this method will have no effects in case the performCalculation method
* was overridden in a derived class. */
public void setPricingEngine(IPricingEngine e)
{
if (engine_ != null)
{
engine_.unregisterWith(update);
}
engine_ = e;
if (engine_ != null)
{
engine_.registerWith(update);
}
update(); // trigger (lazy) recalculation and notify observers
}
// ************************************************************
// ****** METHODS -- OVERRIDDEN METHODS
// ************************************************************
#region QLNet methods
/// <summary>
/// Attaches the Monte Carlo pricing engine to the autocall instrument.
/// </summary>
new public void setPricingEngine(IPricingEngine e)
{
if (engine_ != null)
{
engine_.unregisterWith(update);
}
engine_ = e;
if (engine_ != null)
{
engine_.registerWith(update);
}
update();
}
public void setPricingEngine(IPricingEngine engine)
{
if (pricingEngine != null)
pricingEngine.unregisterWith(update);
pricingEngine = engine;
if (pricingEngine != null)
pricingEngine.registerWith(update);
update(); // trigger (lazy) recalculation and notify observers
}
