fields_mof Module Reference

Module containing the fields related to the Moment-of-Fluid method. More...

Variables
double precision, dimension(:,:,:), allocatable	mof_volume_difference
	Difference between the volume of the advected cell and the real cell.
type(t_polygon), dimension(:,:), allocatable	mof_ib_inner_polygon
	Contains the polygons that represent the parts of the cells inside the computational domain.
type(t_polygon), dimension(:,:), allocatable	mof_ib_outer_polygon
	Contains the polygons that represent the parts of the cells outside the computational domain.
logical, dimension(:,:,:), allocatable	mof_cell_has_immersed_boundary
	True if the cell contains an immersed boundary.
logical, dimension(:,:,:), allocatable	mof_is_outer_region_empty
	True if the region inside the immersed boundary contains no phases.

Detailed Description

Module containing the fields related to the Moment-of-Fluid method.

Variable Documentation

mof_cell_has_immersed_boundary

logical, dimension(:,:,:), allocatable fields_mof::mof_cell_has_immersed_boundary

True if the cell contains an immersed boundary.

mof_ib_inner_polygon

type(t_polygon), dimension(:,:), allocatable fields_mof::mof_ib_inner_polygon

Contains the polygons that represent the parts of the cells inside the computational domain.

mof_ib_outer_polygon

type(t_polygon), dimension(:,:), allocatable fields_mof::mof_ib_outer_polygon

Contains the polygons that represent the parts of the cells outside the computational domain.

mof_is_outer_region_empty

logical, dimension(:,:,:), allocatable fields_mof::mof_is_outer_region_empty

True if the region inside the immersed boundary contains no phases.

mof_volume_difference

double precision, dimension(:,:,:), allocatable fields_mof::mof_volume_difference

Difference between the volume of the advected cell and the real cell.