dvr_parameters Module Reference

DVR_Parameters contains and allocates the arrays necessary in dealing with the DVR and the kinetic energy in the DVR. More...

Public Member Functions
logical function	dvr_parameters_init ()
	This function allocates the arrays needed for the DVR and the kinetic energy. More...

Public Attributes
type(dfti_descriptor), pointer	mkl_master_plan_3d
type(dfti_descriptor), pointer	mkl_master_plan_2d
type(dfti_descriptor), pointer	mkl_master_plan_1d_x
type(dfti_descriptor), pointer	mkl_master_plan_1d_y
type(dfti_descriptor), pointer	mkl_master_plan_1d_z
integer *8	fftw_forward_master_plan_3d
integer *8	fftw_backward_master_plan_3d
integer *8	fftw_forward_master_plan_2d
integer *8	fftw_backward_master_plan_2d
integer *8	fftw_forward_master_plan_1d_x
integer *8	fftw_backward_master_plan_1d_x
integer *8	fftw_forward_master_plan_1d_y
integer *8	fftw_backward_master_plan_1d_y
integer *8	fftw_forward_master_plan_1d_z
integer *8	fftw_backward_master_plan_1d_z
real *8, dimension(:), allocatable	weight
	Weights of the used DVR. More...
real *8, dimension(:), allocatable	weight_x
	Weight of DVR in X. More...
real *8, dimension(:), allocatable	ort_x
	Grid of DVR in X. More...
real *8, dimension(:), allocatable	weight_y
	Weight of DVR in Y. More...
real *8, dimension(:), allocatable	ort_y
	Grid of DVR in Y. More...
real *8, dimension(:), allocatable	weight_z
	Weight of DVR in Z. More...
real *8, dimension(:), allocatable	ort_z
	Grid of DVR in Z. More...
real *8, dimension(:,:), allocatable	op_x
	Kinetic Energy DVR in X. More...
real *8, dimension(:,:), allocatable	op_y
	Kinetic Energy DVR in Y. More...
real *8, dimension(:,:), allocatable	op_z
	Kinetic Energy DVR in Z. More...
complex *16, dimension(:), allocatable	vtrap_ext
	One-Body Potential. More...
complex *16, dimension(:,:), allocatable	vtrap_ext_nlevel
	One-Body Potential for multi-level systems. More...
complex *16, dimension(:), allocatable	cavity_field
	Cavity Field . More...
real *8, dimension(:), allocatable	atom_cavityexpectation
	Expectation value of Atom-Cavity Field . More...
real *8, dimension(:), allocatable	atom_pumpexpectation
	Expectation value of Atom-Cavity pumping Field . More...
real *8, dimension(:), allocatable	ort_kx
	Momentum grid of DVR in X. More...
real *8, dimension(:), allocatable	ort_ky
	Momentum grid of DVR in Y. More...
real *8, dimension(:), allocatable	ort_kz
	Momentum grid of DVR in Z. More...
complex *16, dimension(:,:), allocatable	vortex_profile
	Array for the vortex profile to imprint in a relaxation. More...

Detailed Description

DVR_Parameters contains and allocates the arrays necessary in dealing with the DVR and the kinetic energy in the DVR.

Todo:

check for which variables can be moved (from) here (to) from Module Interaction_Parameters.

Member Function/Subroutine Documentation

logical function dvr_parameters::dvr_parameters_init

(

)

This function allocates the arrays needed for the DVR and the kinetic energy.

Referenced by analysis_core::distribute_analysis_input().

Here is the caller graph for this function:

Member Data Documentation

real*8, dimension(:), allocatable dvr_parameters::atom_cavityexpectation

Expectation value of Atom-Cavity Field .

real*8, dimension(:), allocatable dvr_parameters::atom_pumpexpectation

Expectation value of Atom-Cavity pumping Field .

complex*16, dimension(:), allocatable dvr_parameters::cavity_field

Cavity Field .

integer*8 dvr_parameters::fftw_backward_master_plan_1d_x

integer*8 dvr_parameters::fftw_backward_master_plan_1d_y

integer*8 dvr_parameters::fftw_backward_master_plan_1d_z

integer*8 dvr_parameters::fftw_backward_master_plan_2d

integer*8 dvr_parameters::fftw_backward_master_plan_3d

integer*8 dvr_parameters::fftw_forward_master_plan_1d_x

integer*8 dvr_parameters::fftw_forward_master_plan_1d_y

integer*8 dvr_parameters::fftw_forward_master_plan_1d_z

integer*8 dvr_parameters::fftw_forward_master_plan_2d

integer*8 dvr_parameters::fftw_forward_master_plan_3d

type(dfti_descriptor), pointer dvr_parameters::mkl_master_plan_1d_x

type(dfti_descriptor), pointer dvr_parameters::mkl_master_plan_1d_y

type(dfti_descriptor), pointer dvr_parameters::mkl_master_plan_1d_z

type(dfti_descriptor), pointer dvr_parameters::mkl_master_plan_2d

type(dfti_descriptor), pointer dvr_parameters::mkl_master_plan_3d

real*8, dimension(:,:), allocatable dvr_parameters::op_x

Kinetic Energy DVR in X.

real*8, dimension(:,:), allocatable dvr_parameters::op_y

Kinetic Energy DVR in Y.

real*8, dimension(:,:), allocatable dvr_parameters::op_z

Kinetic Energy DVR in Z.

real*8, dimension(:), allocatable dvr_parameters::ort_kx

Momentum grid of DVR in X.

real*8, dimension(:), allocatable dvr_parameters::ort_ky

Momentum grid of DVR in Y.

real*8, dimension(:), allocatable dvr_parameters::ort_kz

Momentum grid of DVR in Z.

real*8, dimension(:), allocatable dvr_parameters::ort_x

Grid of DVR in X.

real*8, dimension(:), allocatable dvr_parameters::ort_y

Grid of DVR in Y.

real*8, dimension(:), allocatable dvr_parameters::ort_z

Grid of DVR in Z.

complex*16, dimension(:,:), allocatable dvr_parameters::vortex_profile

Array for the vortex profile to imprint in a relaxation.

complex*16, dimension(:), allocatable dvr_parameters::vtrap_ext

One-Body Potential.

complex*16, dimension(:,:), allocatable dvr_parameters::vtrap_ext_nlevel

One-Body Potential for multi-level systems.

real*8, dimension(:), allocatable dvr_parameters::weight

Weights of the used DVR.

real*8, dimension(:), allocatable dvr_parameters::weight_x

Weight of DVR in X.

real*8, dimension(:), allocatable dvr_parameters::weight_y

Weight of DVR in Y.

real*8, dimension(:), allocatable dvr_parameters::weight_z

Weight of DVR in Z.

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The documentation for this module was generated from the following file:

• Module_DVR_Parameters.f90