Module for variable numbering

Variables
integer	darcy_anisotropic_permeability
	Set permeability to isotropic (0) or anisotropic (1) for all soils More...
integer	darcy_anisotropic_dispersion
	Set dispersion to isotropic (0) or anisotropic (1) for all solutes More...
integer	darcy_unsteady
	Set if the transport part is based on a steady (0) or unsteady (1) flow field More...
integer	darcy_convergence_criterion
	Set convergence criteron of the Newton scheme More...
integer	darcy_gravity
	Set gravity to compute the pressure head from the hydraulic head and the elevation ( is the elevation by default). Only used in the Van Genuchten model. If enabled the pressure head is stored in field of index iprtot. The reference elevation is always the elevation of point (0,0,0). More...
double precision	darcy_gravity_x
	Darcy gravity direction x component. Gravity direction must be a unit vector. More...
double precision	darcy_gravity_y
	Darcy gravity direction y component. Gravity direction must be a unit vector. More...
double precision	darcy_gravity_z
	Darcy gravity direction z component. Gravity direction must be a unit vector. More...
integer	darcy_unsaturated
	Take into account unsaturated zone (1) or not (0). More...

Detailed Description

Variable Documentation

darcy_anisotropic_dispersion

integer darcy_anisotropic_dispersion

Set dispersion to isotropic (0) or anisotropic (1) for all solutes

darcy_anisotropic_permeability

integer darcy_anisotropic_permeability

Set permeability to isotropic (0) or anisotropic (1) for all soils

darcy_convergence_criterion

integer darcy_convergence_criterion

Set convergence criteron of the Newton scheme

• 0: over pressure (recommanded)
• 1: over velocity

darcy_gravity

integer darcy_gravity

Set gravity to compute the pressure head from the hydraulic head and the elevation ( is the elevation by default). Only used in the Van Genuchten model. If enabled the pressure head is stored in field of index iprtot. The reference elevation is always the elevation of point (0,0,0).

darcy_gravity_x

double precision darcy_gravity_x

Darcy gravity direction x component. Gravity direction must be a unit vector.

darcy_gravity_y

double precision darcy_gravity_y

Darcy gravity direction y component. Gravity direction must be a unit vector.

darcy_gravity_z

double precision darcy_gravity_z

Darcy gravity direction z component. Gravity direction must be a unit vector.

darcy_unsaturated

integer darcy_unsaturated

Take into account unsaturated zone (1) or not (0).

darcy_unsteady

integer darcy_unsteady

Set if the transport part is based on a steady (0) or unsteady (1) flow field