This class defines the Hamiltonian of a two component system. More...

Inheritance diagram for Hamiltonian2Component:

Public Member Functions
double	azimuthal_potential_b (double x, int angular_momentum)

	Hamiltonian2Component (Lattice grid, Potential potential=0, Potential *potential_b=0, double mass=1., double mass_b=1., double coupling_a=0., double coupling_ab=0., double coupling_b=0., double omega_r=0, double omega_i=0, double angular_velocity=0., double rot_coord_x=0, double rot_coord_y=0)

Public Member Functions inherited from Hamiltonian
double	azimuthal_potential (double x, int angular_momentum)

	Hamiltonian (Lattice grid, Potential potential=0, double mass=1., double coupling_a=0., double LeeHuangYang_coupling_a=0., double angular_velocity=0., double rot_coord_x=0, double rot_coord_y=0)

Public Attributes
double	mass_b
	Mass of the second component.

double	coupling_ab
	Coupling constant of the inter-particles interaction.

double	coupling_b
	Coupling constant of the intra-particles interaction of the second component.

double	omega_r
	Real part of the Rabi coupling.

double	omega_i
	Imaginary part of the Rabi coupling.

Potential *	potential_b
	External potential for the second component.

Public Attributes inherited from Hamiltonian
Potential *	potential
	Potential object.

double	mass
	Mass of the particle.

double	coupling_a
	Coupling constant of intra-particle interaction.

double	LeeHuangYang_coupling_a
	Coupling constant of the Lee-Huang-Yang term.

double	angular_velocity
	The frame of reference rotates with this angular velocity.

double	rot_coord_x
	X coordinate of the center of rotation.

double	rot_coord_y
	Y coordinate of the center of rotation.

Additional Inherited Members
Protected Attributes inherited from Hamiltonian
bool	self_init
	Whether the potential is initialized in the Hamiltonian constructor or not.

Lattice *	grid
	Lattice object.

Detailed Description

This class defines the Hamiltonian of a two component system.

Constructor & Destructor Documentation

Hamiltonian2Component::Hamiltonian2Component	(	Lattice *	grid,
		Potential *	potential = `0`,
		Potential *	potential_b = `0`,
		double	mass = `1.`,
		double	mass_b = `1.`,
		double	coupling_a = `0.`,
		double	coupling_ab = `0.`,
		double	coupling_b = `0.`,
		double	omega_r = `0`,
		double	omega_i = `0`,
		double	angular_velocity = `0.`,
		double	rot_coord_x = `0`,
		double	rot_coord_y = `0`
	)

Construct the Hamiltonian of a two component system.

Parameters

[in]	grid	Lattice object.
[in]	potential	Potential of the first component.
[in]	potential_b	Potential of the second component.
[in]	mass	Mass of the first-component's particles.
[in]	mass_b	Mass of the second-component's particles.
[in]	coupling_a	Coupling constant of intra-particle interaction for the first component.
[in]	coupling_ab	Coupling constant of inter-particle interaction between the two components.
[in]	coupling_b	Coupling constant of intra-particle interaction of the second component.
[in]	omega_r	Real part of the Rabi coupling.
[in]	omega_i	Imaginary part of the Rabi coupling.
[in]	angular_velocity	The frame of reference rotates with this angular velocity.
[in]	rot_coord_x	X coordinate of the center of rotation.
[in]	rot_coord_y	Y coordinate of the center of rotation.

The documentation for this class was generated from the following files: