analysis_routines_2d Module Reference

This module collects the analysis routines dedicated to two-dimensional R-MCTDHB simulations. More...

Public Member Functions
subroutine	get_correlationsskewdiagonal2d (time, PSI, mode, rho_jk, rho_ijkl, dilation)
	This routine computes the skew diagonal of 2D correlation functions G1(r,r'=-r), and G2(r,r'=-r), where r=(x,y), and writes them to a file. The first four columns contain x,y,x',y'. More...
subroutine	get_corr_slice (time, PSI, mode, rho_jk, rho_ijkl, x1const, x1slice, y1const, y1slice, x2const, x2slice, y2const, y2slice, dilation)
	This routine computes cuts of the correlation functions in two spatial dimensions G1(r,r), G1(r,r'), G1(r',r') and G2(r,r',r',r), where r=(x,y), and writes them to a file. The user has to choose two of the coordinates to stay constant, to obtain a 3D plot. More...
subroutine	get_vtrapprojection (PSI, Rho_IJ, time, dir)
	This routine calculates a projected potential where the second spatial dimension is integrated weighted with the 1-body-density. More...
subroutine	get_lz (PSI, NOcc, NatVec, time)
	This routine Calculates the angular momentum expectation and matrix elements of a given 2-dimensional wavefunction. More...

Detailed Description

This module collects the analysis routines dedicated to two-dimensional R-MCTDHB simulations.

Member Function/Subroutine Documentation

subroutine analysis_routines_2d::get_corr_slice	(	real*8, intent(in)	time,
		complex*16, dimension(ndvr_x*ndvr_y*ndvr_z,morb)	PSI,
		integer, intent(in)	mode,
		complex*16, dimension(morb,morb), intent(in)	rho_jk,
		complex*16, dimension(morb,morb,morb,morb), intent(in)	rho_ijkl,
		logical, intent(in)	x1const,
		real*8, intent(in)	x1slice,
		logical, intent(in)	y1const,
		real*8, intent(in)	y1slice,
		logical, intent(in)	x2const,
		real*8, intent(in)	x2slice,
		logical, intent(in)	y2const,
		real*8, intent(in)	y2slice,
		integer, intent(in)	dilation
	)

This routine computes cuts of the correlation functions in two spatial dimensions G1(r,r), G1(r,r'), G1(r',r') and G2(r,r',r',r), where r=(x,y), and writes them to a file. The user has to choose two of the coordinates to stay constant, to obtain a 3D plot.

References auxiliary_routines::get_ijk_from_m(), auxiliary_analysis_routines::get_maximum(), auxiliary_routines::get_mom(), auxiliary_routines::getdoubleasstring(), and auxiliary_analysis_routines::getsliceasstring().

Referenced by analysis_core::apply_analysis().

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subroutine analysis_routines_2d::get_correlationsskewdiagonal2d	(	real*8, intent(in)	time,
		complex*16, dimension(ndvr_x*ndvr_y*ndvr_z,morb)	PSI,
		integer, intent(in)	mode,
		complex*16, dimension(morb,morb), intent(in)	rho_jk,
		complex*16, dimension(morb,morb,morb,morb), intent(in)	rho_ijkl,
		integer, optional	dilation
	)

This routine computes the skew diagonal of 2D correlation functions G1(r,r'=-r), and G2(r,r'=-r), where r=(x,y), and writes them to a file. The first four columns contain x,y,x',y'.

References auxiliary_routines::get_ijk_from_m(), auxiliary_analysis_routines::get_maximum(), auxiliary_routines::get_mom(), and auxiliary_routines::getdoubleasstring().

Referenced by analysis_core::apply_analysis().

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subroutine analysis_routines_2d::get_lz	(	complex*16, dimension(ndvr_x*ndvr_y*ndvr_z,morb), intent(in)	PSI,
		real*8, dimension(morb), intent(in)	NOcc,
		complex*16, dimension(morb,morb), intent(in)	NatVec,
		real*8, intent(in)	time
	)

This routine Calculates the angular momentum expectation and matrix elements of a given 2-dimensional wavefunction.

References kineticenergyaction::get_kineticenergyaction_l_fft(), auxiliary_routines::get_nos(), and function_library::normvxz().

Referenced by analysis_core::apply_analysis().

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subroutine analysis_routines_2d::get_vtrapprojection	(	complex*16, dimension(ndvr_x*ndvr_y*ndvr_z,morb)	PSI,
		complex*16, dimension(morb,morb)	Rho_IJ,
		real*8	time,
		character(len=1)	dir
	)

This routine calculates a projected potential where the second spatial dimension is integrated weighted with the 1-body-density.

References auxiliary_routines::getdoubleasstring().

Referenced by analysis_core::apply_analysis().

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

• Module_Analysis_Routines_2D.f90