public LpplGradient(Lppl l, Dictionary<double, double> values)
{
_l = l;
_values = values;
_functionsDerivatives.Add(new Dictionary<string, Func<double, double>>
{
{"M", x => 0},
{"Omega", x => 0},
{"Tc", x => 0}
});
_functionsDerivatives.Add(new Dictionary<string, Func<double, double>>
{
{"M", x => Math.Log(_l.Tc-x) * _l.F(x)},
{"Omega", x => 0},
{"Tc", x => _l.M * _l.F(x) / (_l.Tc - x)}
});
_functionsDerivatives.Add(new Dictionary<string, Func<double, double>>
{
{"M", x => Math.Log(_l.Tc-x) * _l.G(x)},
{"Omega", x => - Math.Log(_l.Tc-x) * _l.H(x)},
{"Tc", x => (-_l.Omega * _l.H(x) + _l.M * _l.G(x)) / (_l.Tc - x)}
});
_functionsDerivatives.Add(new Dictionary<string, Func<double, double>>
{
{"M", x => Math.Log(_l.Tc-x) * _l.H(x)},
{"Omega", x => Math.Log(_l.Tc-x) * _l.G(x)},
{"Tc", x => (_l.Omega * _l.G(x) + _l.M * _l.H(x)) / (_l.Tc - x)}
});
}
public LpplLinearOptimizer(Lppl lppl)
{
_lppl = lppl;
}
