Variables
integer	cce_side = 1
	0:core, 1: edge More...

character(5)	cce_my_side = 'core'

character(5)	cce_other_side = 'edge'

integer	cce_overlap_first_surface = 0

integer	cce_overlap_last_surface = 0

integer	cce_overlap_first_node = 0

integer	cce_overlap_last_node = 0

integer	cce_number_of_surface = 0

integer	cce_step_den = 0

integer	cce_step_pot = 0

integer	cce_step_cur = 0

integer	cce_step_amp = 0

integer	cce_step_as = 0

integer	cce_step_ah = 0

integer	cce_field_first_node = 0

integer	cce_field_last_node = 0

integer	cce_field_node_number = 0

integer	cce_field_first_surface = 0

integer	cce_field_last_surface = 0

integer	cce_density_node_number = 0

character(256)	cce_folder = '../coupling/'
	folder where coupling files are stored More...

integer	cce_buffer_nb = 0
	Number of buffers. Maximum value is 2, but it can be extended trivially. More...

integer, dimension(2)	cce_buffer_first_nodes = 0

integer, dimension(2)	cce_buffer_last_nodes = 0
	Location of buffers (nodes) More...

integer, dimension(2)	cce_buffer_first_surfaces = -1

integer, dimension(2)	cce_buffer_last_surfaces = -1
	Location of buffers (surfaces) More...

integer, dimension(2)	cce_buffer_sndrcvs = 0
	Send or receive the buffer data. More...

integer, dimension(2)	cce_buffer_freq = 10
	How often do we synchronize each buffer. More...

logical	cce_sync_initial_bufferandoverlap = .false.

integer	cce_nbsurfaces =-1

integer, dimension(:), allocatable	cce_surface_first_node

integer, dimension(:), allocatable	cce_surface_last_node

real(8)	cce_inpsi = 0D0

real(8)	cce_outpsi = 1D0

real(8)	cce_inpsi_field = 0D0

logical	cce_forceresamp = .false.

logical, save	cce_initialized =.false.

integer	cce_axis_overlap_first_surface = 0

integer	cce_axis_overlap_last_surface = 0

integer	cce_axis_overlap_first_node = 0

integer	cce_axis_overlap_last_node = 0

integer	cce_density_first_node = 0

integer	cce_density_last_node = 0

Variable Documentation

◆ cce_axis_overlap_first_node

integer coupling_core_edge_input::cce_axis_overlap_first_node = 0

◆ cce_axis_overlap_first_surface

integer coupling_core_edge_input::cce_axis_overlap_first_surface = 0

◆ cce_axis_overlap_last_node

integer coupling_core_edge_input::cce_axis_overlap_last_node = 0

◆ cce_axis_overlap_last_surface

integer coupling_core_edge_input::cce_axis_overlap_last_surface = 0

◆ cce_buffer_first_nodes

integer, dimension(2) coupling_core_edge_input::cce_buffer_first_nodes = 0

◆ cce_buffer_first_surfaces

integer, dimension(2) coupling_core_edge_input::cce_buffer_first_surfaces = -1

◆ cce_buffer_freq

integer, dimension(2) coupling_core_edge_input::cce_buffer_freq = 10

How often do we synchronize each buffer.

◆ cce_buffer_last_nodes

integer, dimension(2) coupling_core_edge_input::cce_buffer_last_nodes = 0

Location of buffers (nodes)

◆ cce_buffer_last_surfaces

integer, dimension(2) coupling_core_edge_input::cce_buffer_last_surfaces = -1

Location of buffers (surfaces)

◆ cce_buffer_nb

integer coupling_core_edge_input::cce_buffer_nb = 0

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

◆ cce_buffer_sndrcvs

integer, dimension(2) coupling_core_edge_input::cce_buffer_sndrcvs = 0

Send or receive the buffer data.

◆ cce_density_first_node

integer coupling_core_edge_input::cce_density_first_node = 0

◆ cce_density_last_node

integer coupling_core_edge_input::cce_density_last_node = 0

◆ cce_density_node_number

integer coupling_core_edge_input::cce_density_node_number = 0

◆ cce_field_first_node

integer coupling_core_edge_input::cce_field_first_node = 0

◆ cce_field_first_surface

integer coupling_core_edge_input::cce_field_first_surface = 0

◆ cce_field_last_node

integer coupling_core_edge_input::cce_field_last_node = 0

◆ cce_field_last_surface

integer coupling_core_edge_input::cce_field_last_surface = 0

◆ cce_field_node_number

integer coupling_core_edge_input::cce_field_node_number = 0

◆ cce_folder

character(256) coupling_core_edge_input::cce_folder = '../coupling/'

folder where coupling files are stored

◆ cce_forceresamp

logical coupling_core_edge_input::cce_forceresamp = .false.

◆ cce_initialized

logical, save coupling_core_edge_input::cce_initialized =.false.

◆ cce_inpsi

real(8) coupling_core_edge_input::cce_inpsi = 0D0

◆ cce_inpsi_field

real(8) coupling_core_edge_input::cce_inpsi_field = 0D0

◆ cce_my_side

character(5) coupling_core_edge_input::cce_my_side = 'core'

◆ cce_nbsurfaces

integer coupling_core_edge_input::cce_nbsurfaces =-1

◆ cce_number_of_surface

integer coupling_core_edge_input::cce_number_of_surface = 0

◆ cce_other_side

character(5) coupling_core_edge_input::cce_other_side = 'edge'

◆ cce_outpsi

real(8) coupling_core_edge_input::cce_outpsi = 1D0

◆ cce_overlap_first_node

integer coupling_core_edge_input::cce_overlap_first_node = 0

◆ cce_overlap_first_surface

integer coupling_core_edge_input::cce_overlap_first_surface = 0

◆ cce_overlap_last_node

integer coupling_core_edge_input::cce_overlap_last_node = 0

◆ cce_overlap_last_surface

integer coupling_core_edge_input::cce_overlap_last_surface = 0

◆ cce_side

integer coupling_core_edge_input::cce_side = 1

0:core, 1: edge

◆ cce_step_ah

integer coupling_core_edge_input::cce_step_ah = 0

◆ cce_step_amp

integer coupling_core_edge_input::cce_step_amp = 0

◆ cce_step_as

integer coupling_core_edge_input::cce_step_as = 0

◆ cce_step_cur

integer coupling_core_edge_input::cce_step_cur = 0

◆ cce_step_den

integer coupling_core_edge_input::cce_step_den = 0

◆ cce_step_pot

integer coupling_core_edge_input::cce_step_pot = 0

◆ cce_surface_first_node

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

◆ cce_surface_last_node

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

◆ cce_sync_initial_bufferandoverlap

logical coupling_core_edge_input::cce_sync_initial_bufferandoverlap = .false.

Variables