States

Linear optics states. More...

Classes
class	linopt::Fock
	The class representing a Fock state. More...
class	linopt::Basis
	The class representing a collection of Fock states. More...
class	linopt::State
	The class representing a linear optical state. More...

Typedefs
using	linopt::FockAmpFunction = std::function< Complex(const Fock &)>
	A typedef of a function taking a Fock state as an argument and returning a corresponding complex_type amplitude.

Functions
bool	linopt::operator== (const Fock &f, const Fock &g)
	Tests whether two Fock states are equal.
bool	linopt::operator< (const Fock &f, const Fock &g)
	Compares two Fock states in lexicographic order. More...
bool	linopt::operator!= (const Fock &f, const Fock &g)
	Tests whether two Fock states differ.
bool	linopt::operator> (const Fock &f, const Fock &g)
	Compares two Fock states in lexicographic order. More...
bool	linopt::operator<= (const Fock &f, const Fock &g)
	Compares two Fock states in lexicographic order. More...
bool	linopt::operator>= (const Fock &f, const Fock &g)
	Compares two Fock states in lexicographic order. More...
State	linopt::operator* (Complex x, const State &s)
	Multiplies a state by a complex number.
Complex	linopt::dot (const State &a, const State &b)
	Calculates a dot (scalar) product.

Detailed Description

Linear optics states.

Function Documentation

operator<()

bool linopt::operator< ( const Fock &  f, const Fock &  g  )

inline

Compares two Fock states in lexicographic order.

Returns

true if f is less than g.

operator<=()

bool linopt::operator<= ( const Fock &  f, const Fock &  g  )

inline

Compares two Fock states in lexicographic order.

Returns

true if f is less or equal than g.

operator>()

bool linopt::operator> ( const Fock &  f, const Fock &  g  )

inline

Compares two Fock states in lexicographic order.

Returns

true if f is greater than g.

operator>=()

bool linopt::operator>= ( const Fock &  f, const Fock &  g  )

inline

Compares two Fock states in lexicographic order.

Returns

true if f is greater or equal than g.