Uses of Class
jline.api.lqn.LqnNlpComplex

Packages that use LqnNlpComplex

Package	Description
jline.api.lqn

Uses of LqnNlpComplex in jline.api.lqn

Methods in jline.api.lqn that return LqnNlpComplex

Modifier and Type	Method	Description
LqnNlpComplex	LqnNlpComplex.abs()	The modulus, a REAL number: python's abs of a complex is a float.
LqnNlpComplex	LqnNlpComplex.add(LqnNlpComplex b)
LqnNlpComplex	LqnNlpComplex.cos()
LqnNlpComplex	LqnNlpComplex.div(LqnNlpComplex b)	Division as CPython's _Py_c_quot: scaled by the larger component of the divisor, so a real divisor divides exactly.
LqnNlpComplex	Lqn_export_nlp.Rate.eval(LqnNlpComplex n)
LqnNlpComplex	LqnLld.eval(LqnNlpComplex n)	Evaluate at a (possibly complex) population.
LqnNlpComplex	LqnNlpComplex.exp()
LqnNlpComplex	LqnNlpComplex.log()	Principal logarithm; a negative real argument gives NaN, as numpy's real log does.
LqnNlpComplex	LqnNlpComplex.mul(double s)
LqnNlpComplex	LqnNlpComplex.mul(LqnNlpComplex b)
LqnNlpComplex	LqnNlpComplex.neg()
static LqnNlpComplex	LqnNlpComplex.of(double re, double im)	A complex number, complex-typed whatever its imaginary part.
LqnNlpComplex	LqnNlpComplex.pow(LqnNlpComplex y)	Python's **.
static LqnNlpComplex	LqnNlpComplex.real(double x)	A real number.
LqnNlpComplex	LqnNlpComplex.sin()
static LqnNlpComplex	Lqn_export_nlp.softmin(LqnNlpComplex a, LqnNlpComplex b, double alpha)	Python's softmin, over complex so the rate functions differentiate by complex step.
LqnNlpComplex	LqnNlpComplex.sqrt()	Principal square root; a negative real argument gives NaN, as numpy's real sqrt does.
LqnNlpComplex	LqnNlpComplex.sub(LqnNlpComplex b)
LqnNlpComplex	LqnNlpComplex.tanh()

Methods in jline.api.lqn with parameters of type LqnNlpComplex

Modifier and Type	Method	Description
LqnNlpComplex	LqnNlpComplex.add(LqnNlpComplex b)
LqnNlpComplex	LqnNlpComplex.div(LqnNlpComplex b)	Division as CPython's _Py_c_quot: scaled by the larger component of the divisor, so a real divisor divides exactly.
LqnNlpComplex	Lqn_export_nlp.Rate.eval(LqnNlpComplex n)
LqnNlpComplex	LqnLld.eval(LqnNlpComplex n)	Evaluate at a (possibly complex) population.
LqnNlpComplex	LqnNlpComplex.mul(LqnNlpComplex b)
LqnNlpComplex	LqnNlpComplex.pow(LqnNlpComplex y)	Python's **.
static LqnNlpComplex	Lqn_export_nlp.softmin(LqnNlpComplex a, LqnNlpComplex b, double alpha)	Python's softmin, over complex so the rate functions differentiate by complex step.
LqnNlpComplex	LqnNlpComplex.sub(LqnNlpComplex b)