Fields associated to the validation. More...

Variables
double precision, dimension(:,:,:), allocatable	validation_error_reference_temperature
	Difference between the temperature and the reference temperature.

double precision, dimension(:,:,:), allocatable	validation_error_reference_pressure
	Difference between the pressure and the reference pressure.

double precision, dimension(:,:,:), allocatable	validation_error_reference_density
	Difference between the density and the reference density.

type(t_face_field)	validation_error_reference_velocity
	Difference between the velocity and the reference velocity.

logical, dimension(:,:,:), allocatable	validation_error_mask
	Cell mask used to compute the error on a part of the domain.

type(t_logical_face_field)	validation_error_mask_face
	Face mask used to compute the error on a part of the domain.

double precision, dimension(:,:,:), allocatable	validation_error
	Scalar field containing the error.

type(t_face_field)	validation_error_face
	Face field containing the error.

double precision, dimension(:,:,:), allocatable	validation_reference_solution
	Reference solution for scalar fields.

double precision, dimension(:,:,:,:), allocatable	validation_reference_solution_vec
	Reference solution for vector fields.

type(t_face_field)	validation_reference_solution_face
	Reference solution for face fields.

type(t_phase_geometry), dimension(:), allocatable	validation_reference_solution_volume_fractions
	Reference solution for phases that require more information than the volume fraction.

Detailed Description

Fields associated to the validation.

Variable Documentation

◆ validation_error

double precision, dimension(:,:,:), allocatable fields_validation::validation_error

Scalar field containing the error.

◆ validation_error_face

type(t_face_field) fields_validation::validation_error_face

Face field containing the error.

◆ validation_error_mask

logical, dimension(:,:,:), allocatable fields_validation::validation_error_mask

Cell mask used to compute the error on a part of the domain.

◆ validation_error_mask_face

type(t_logical_face_field) fields_validation::validation_error_mask_face

Face mask used to compute the error on a part of the domain.

◆ validation_error_reference_density

double precision, dimension(:,:,:), allocatable fields_validation::validation_error_reference_density

Difference between the density and the reference density.

◆ validation_error_reference_pressure

double precision, dimension(:,:,:), allocatable fields_validation::validation_error_reference_pressure

Difference between the pressure and the reference pressure.

◆ validation_error_reference_temperature

double precision, dimension(:,:,:), allocatable fields_validation::validation_error_reference_temperature

Difference between the temperature and the reference temperature.

◆ validation_error_reference_velocity

type(t_face_field) fields_validation::validation_error_reference_velocity

Difference between the velocity and the reference velocity.

◆ validation_reference_solution

double precision, dimension(:,:,:), allocatable fields_validation::validation_reference_solution

Reference solution for scalar fields.

◆ validation_reference_solution_face

type(t_face_field) fields_validation::validation_reference_solution_face

Reference solution for face fields.

◆ validation_reference_solution_vec

double precision, dimension(:,:,:,:), allocatable fields_validation::validation_reference_solution_vec

Reference solution for vector fields.

◆ validation_reference_solution_volume_fractions

type(t_phase_geometry), dimension(:), allocatable fields_validation::validation_reference_solution_volume_fractions

Reference solution for phases that require more information than the volume fraction.

Variables