public override IOperation Apply()
{
var state = State;
bool @continue = alglib.minlbfgs.minlbfgsiteration(state.State);
TerminationCriterionParameter.ActualValue = new BoolValue(!@continue);
if (@continue)
{
PointParameter.ActualValue = new RealVector(state.State.x);
}
else
{
double[] x = new double[state.State.x.Length];
alglib.minlbfgs.minlbfgsreport rep = new alglib.minlbfgs.minlbfgsreport();
alglib.minlbfgs.minlbfgsresults(state.State, ref x, rep);
if (rep.terminationtype < 0)
{
if (rep.terminationtype == -1)
{
throw new OperatorExecutionException(this, "Incorrect parameters were specified.");
}
else if (rep.terminationtype == -2)
{
throw new OperatorExecutionException(this, "Rounding errors prevent further improvement.");
}
else if (rep.terminationtype == -7)
{
throw new OperatorExecutionException(this, "Gradient verification failed.");
}
}
PointParameter.ActualValue = new RealVector(x);
}
return(base.Apply());
}
public override IOperation Apply() {
var state = State;
bool @continue = alglib.minlbfgs.minlbfgsiteration(state.State);
TerminationCriterionParameter.ActualValue = new BoolValue(!@continue);
if (@continue) {
PointParameter.ActualValue = new RealVector(state.State.x);
} else {
double[] x = new double[state.State.x.Length];
alglib.minlbfgs.minlbfgsreport rep = new alglib.minlbfgs.minlbfgsreport();
alglib.minlbfgs.minlbfgsresults(state.State, ref x, rep);
if (rep.terminationtype < 0) {
if (rep.terminationtype == -1)
throw new OperatorExecutionException(this, "Incorrect parameters were specified.");
else if (rep.terminationtype == -2)
throw new OperatorExecutionException(this, "Rounding errors prevent further improvement.");
else if (rep.terminationtype == -7)
throw new OperatorExecutionException(this, "Gradient verification failed.");
}
PointParameter.ActualValue = new RealVector(x);
}
return base.Apply();
}
