}
final LevenbergMarquardt solver = new LevenbergMarquardt (ts.accuracy(), ts.accuracy(), ts.accuracy());
final EndCriteria endCriteria = new EndCriteria (100, 10, 0.00, ts.accuracy(), 0.00);
final Constraint solverConstraint = (forcePositive ? new PositiveConstraint() : new NoConstraint());
int i = localisation -1;
//FIXME, convexmonotone interpolation?
final int dataAdjust = 1;
for (; i < nInsts; ++ i) {