multi_data_types::multi_field Type Reference

Type created to store absorption terms in a compacted way associated subroutines where created to be used with these fields. More...

Public Attributes
real, dimension(:, :, :, :), pointer	val => null()
logical	have_field = .false.
logical	is_constant = .false.
integer	memory_type = -1
integer	ndim1 = -1
integer	ndim2 = -1
integer	ndim3 = -1

Detailed Description

Type created to store absorption terms in a compacted way associated subroutines where created to be used with these fields.

Parameters

val	Pointer with the values of the field stored
have_field	do we need this field for this simulation?
is_constant	if ( .true. ) nonods = 1 for what follows - DELETE THIS MAYBE ???
memory_type	0 Isotropic tensor - ( 1, 1, nphase, nonods ) - this is unrolled as ( ndim, ndim, nphase, nonods ); 1 Isotropic - ( 1, 1, nphase, nonods ) - diagonal; 2 Anisotropic - ( ndim, ndim, nphase, nonods ); 3 Isotropic coupled - ( 1, nphase, nphase, nonods ); 4 Anisotropic coupled (aka Full Metal Jacket) - ( 1, ndim x nphase, ndim x nphase, nonods ); 6 Isotropic coupled - ( 1, ndim, nphase, nonods ); This is for porous media. We assume isotropic properties like permiability to be diagonal
ndim1	dimensions of field
ndim2	dimensions of field
ndim3	dimensions of field

allocate_multi_field deallocate_multi_field add_array_to_multi_field add_multi_field_to_array mult_multi_field_by_array mult_multi_field_by_array_on_array scale_multi_field print_multi_field get_multi_field_inverse

Member Data Documentation

have_field

logical multi_data_types::multi_field::have_field = .false.

is_constant

logical multi_data_types::multi_field::is_constant = .false.

memory_type

integer multi_data_types::multi_field::memory_type = -1

ndim1

integer multi_data_types::multi_field::ndim1 = -1

ndim2

integer multi_data_types::multi_field::ndim2 = -1

ndim3

integer multi_data_types::multi_field::ndim3 = -1

val

real, dimension( :, :, :, : ), pointer multi_data_types::multi_field::val => null()

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

• /home/mbahlali/Softwares/MultiFluids_Dev/ICFERST/src/multi_data_types.F90