freeflow gridding rules

Functions
FLOW_EXPORT boolvec *	flow_points (const char *points_name="*")
FLOW_EXPORT boolvec *	flow_area (REAL value, const char *area_name="*")
FLOW_EXPORT boolvec *	flow_curve (REAL value, const char *curve_name="*")
FLOW_EXPORT boolvec *	flow_contour (const char *contour_name="*")
FLOW_EXPORT bool	lcm_simple (REAL permeability=1, REAL viscosity=1, REAL multiplier=1)

Detailed Description

Function Documentation

bool flow_area	(	REAL	value,
		const char *	area_name = "*"
	)

Tcl syntax:

flow_area value area_name

bool flow_contour

(

const char *

contour_name = "*"

)

Tcl syntax:

flow_contour contour_name

bool flow_curve	(	REAL	value,
		const char *	curve_name = "*"
	)

Tcl syntax:

flow_curve value curve_name

bool flow_points

(

const char *

points_name = "*"

)

Tcl syntax:

flow_point value "points_name"

bool lcm_simple	(	REAL	permeability = 1,
		REAL	viscosity = 1,
		REAL	scale = 1
	)

\par Tcl syntax:
lcm_simple permeability viscosity multiplier

\par Description:
This gridding rule implements the law of conservation of mass in the simplest formulation 
(with constant formation permeability and constant liquid viscosity).

\param permeability constant value for a formation permeability ( \form#30).
\param viscosity constant value for liquid viscosity ( \form#32)
\param scale scale factor.

\par Math:

where

• - formation permeability ( )
• - liquid viscosity ( )
• - scale factor
• - pressure in (i,j) cell ( )
• - cell size ( ) in X, Y and Z direction ( is equal to formation thick )