coupling_core_edge Module Reference

Public Member Functions
subroutine	cce_initialize ()
subroutine	cce_destroy ()
subroutine	cce_send_receive_pot (grid, psn)
	The field communication from main. More...
subroutine	cce_send_receive_amp (grid, psn)
	The field communication from main. More...
subroutine	cce_send_receive_density (density0, density1, isp)
	Send the density to the other side. More...
subroutine	cce_send_receive_current (current0, current1, isp)
	Send the density to the other side. More...
subroutine	cce_send_receive_as (As0, As1)
	Send the density to the other side. More...
subroutine	cce_send_receive_pot_only (dpot0, dpot1, pot0)
subroutine	cce_send_receive_amp_only (Ah0, Ah1)
subroutine	cce_varpi_grid (rho_ff)

Public Attributes
integer	cce_side
	0:core, 1: edge More...
character(5)	cce_my_side
character(5)	cce_other_side
integer	cce_overlap_first_surface
integer	cce_overlap_last_surface
integer	cce_overlap_first_node
integer	cce_overlap_last_node
integer	cce_number_of_surface
integer	cce_step_den
integer	cce_step_pot
integer	cce_step_cur
integer	cce_step_amp
integer	cce_step_as
integer	cce_field_first_node
integer	cce_field_last_node
integer	cce_field_node_number
integer	cce_field_first_surface
integer	cce_field_last_surface
integer	cce_density_node_number
character(256)	cce_folder
	folder where coupling files are stored More...
integer	cce_buffer_nb
	Number of buffers. Maximum value is 2, but it can be extended trivially. More...
integer, dimension(2)	cce_buffer_first_nodes
integer, dimension(2)	cce_buffer_last_nodes
	Location of buffers (nodes) More...
integer, dimension(2)	cce_buffer_first_surfaces
integer, dimension(2)	cce_buffer_last_surfaces
	Location of buffers (surfaces) More...
integer, dimension(2)	cce_buffer_sndrcvs
	Send or receive the buffer data. More...
integer, dimension(2)	cce_buffer_freq
	How often do we synchronize each buffer. More...
logical	cce_sync_initial_bufferandoverlap
integer	cce_nbsurfaces
integer, dimension(:), allocatable	cce_surface_first_node
integer, dimension(:), allocatable	cce_surface_last_node
real(8)	cce_inpsi
real(8)	cce_outpsi
real(8)	cce_inpsi_field
logical	cce_forceresamp
logical, save	cce_initialized =.false.

Member Function/Subroutine Documentation

subroutine coupling_core_edge::cce_destroy

(

)

subroutine coupling_core_edge::cce_initialize

(

)

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subroutine coupling_core_edge::cce_send_receive_amp	(	type(grid_type), target	grid,
		type(psn_type), target	psn
	)

The field communication from main.

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subroutine coupling_core_edge::cce_send_receive_amp_only	(	real*8, dimension(:), intent(inout)	Ah0,
		real*8, dimension(:), intent(inout)	Ah1
	)

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subroutine coupling_core_edge::cce_send_receive_as	(	real*8, dimension(:), intent(inout)	As0,
		real*8, dimension(:), intent(inout)	As1
	)

Send the density to the other side.

Parameters

current	the current array of XGC to communicate.
isp	the species (0 for electrons, 1 for main ion,...)

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subroutine coupling_core_edge::cce_send_receive_current	(	real*8, dimension(:), intent(inout)	current0,
		real*8, dimension(:), intent(inout)	current1,
		integer, intent(in)	isp
	)

Send the density to the other side.

Parameters

current	the current array of XGC to communicate.
isp	the species (0 for electrons, 1 for main ion,...)

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subroutine coupling_core_edge::cce_send_receive_density	(	real*8, dimension(:), intent(inout)	density0,
		real*8, dimension(:), intent(inout)	density1,
		integer, intent(in)	isp
	)

Send the density to the other side.

Parameters

density	the density array of XGC to communicate.
isp	the species (0 for electrons, 1 for main ion,...)

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subroutine coupling_core_edge::cce_send_receive_pot	(	type(grid_type), target	grid,
		type(psn_type), target	psn
	)

The field communication from main.

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subroutine coupling_core_edge::cce_send_receive_pot_only	(	real*8, dimension(:), intent(inout)	dpot0,
		real*8, dimension(:), intent(inout)	dpot1,
		real*8, dimension(:), intent(inout)	pot0
	)

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subroutine coupling_core_edge::cce_varpi_grid

(

real (8), dimension(:), intent(inout)

rho_ff

)

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Member Data Documentation

integer, dimension(2) coupling_core_edge::cce_buffer_first_nodes

integer, dimension(2) coupling_core_edge::cce_buffer_first_surfaces

integer, dimension(2) coupling_core_edge::cce_buffer_freq

How often do we synchronize each buffer.

integer, dimension(2) coupling_core_edge::cce_buffer_last_nodes

Location of buffers (nodes)

integer, dimension(2) coupling_core_edge::cce_buffer_last_surfaces

Location of buffers (surfaces)

integer coupling_core_edge::cce_buffer_nb

Number of buffers. Maximum value is 2, but it can be extended trivially.

integer, dimension(2) coupling_core_edge::cce_buffer_sndrcvs

Send or receive the buffer data.

integer coupling_core_edge::cce_density_node_number

integer coupling_core_edge::cce_field_first_node

integer coupling_core_edge::cce_field_first_surface

integer coupling_core_edge::cce_field_last_node

integer coupling_core_edge::cce_field_last_surface

integer coupling_core_edge::cce_field_node_number

character(256) coupling_core_edge::cce_folder

folder where coupling files are stored

logical coupling_core_edge::cce_forceresamp

logical, save coupling_core_edge::cce_initialized =.false.

real(8) coupling_core_edge::cce_inpsi

real(8) coupling_core_edge::cce_inpsi_field

character(5) coupling_core_edge::cce_my_side

integer coupling_core_edge::cce_nbsurfaces

integer coupling_core_edge::cce_number_of_surface

character(5) coupling_core_edge::cce_other_side

real(8) coupling_core_edge::cce_outpsi

integer coupling_core_edge::cce_overlap_first_node

integer coupling_core_edge::cce_overlap_first_surface

integer coupling_core_edge::cce_overlap_last_node

integer coupling_core_edge::cce_overlap_last_surface

integer coupling_core_edge::cce_side

0:core, 1: edge

integer coupling_core_edge::cce_step_amp

integer coupling_core_edge::cce_step_as

integer coupling_core_edge::cce_step_cur

integer coupling_core_edge::cce_step_den

integer coupling_core_edge::cce_step_pot

integer, dimension(:), allocatable coupling_core_edge::cce_surface_first_node

integer, dimension(:), allocatable coupling_core_edge::cce_surface_last_node

logical coupling_core_edge::cce_sync_initial_bufferandoverlap

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

• /u/gitlab-xgc/builds/YGMz2TJ8/0/xgc/XGC-Devel/XGC_core/coupling_core_edge.F90