MULTPV

Variant 1 — GRID section

MULTPV multiples the pore volumes of a cell by a real positive constant for all the cells in the model via an array. An alternative to defining the complete array is to use the BOX keyword to define an area of the grid and then use the MULTPV keyword to set the multipliers just for the area defined by the BOX keyword (see the example).

The keyword can be used for all grid types, except for the Radial Grid geometry.

Notes:

The number of entries should correspond to the NX x NY x NZ parameters on the DIMENS keyword in the RUNSPEC section, unless the BOX keyword defines a sub area of the grid, in which case the total number of entries should correspond to the number of cells defined by the BOX statement.

The keyword is terminated by a “/”.

See also the MULTREGP keyword for scaling the cell pore volumes by region numbers.

Records

An array of values covering the grid

Parameters

Example

--
-- DEFINE INPUT BOX FOR EDITING INPUT ARRAYS
--
-- ---------- BOX ---------
-- I1 I2 J1 J2 K1 K2
BOX
10 10 1 6 1 3 / DEFINE BOX AREA
--
-- SET PORE VOLUME MULTIPLIERS
--
MULTPV
18*0.0500 /
--
-- DEFINE END OF INPUT BOX EDITING OF INPUT ARRAYS
--
ENDBOX
The above example defines a 0.05 scaling multiplier for the 18 cells defined by the preceding BOX statement. The ENDBOX keyword resets the input box to the full grid.

Manual source: parts/chapters/subsections/6.3/MULTPV.fodt

Variant 2 — EDIT section

MULTPV multiples the pore volumes of a cell by a real positive constant for all the cells in the model via an array. An alternative to defining the complete array is to use the BOX keyword to define an area of the grid and then use the MULTPV keyword to set the multipliers just for the area defined by the BOX keyword (see the example).

See MULTPV – Multiply Cell Pore Volumes by a Constantin the GRID section for a full description.

Records

An array of values covering the grid

Manual source: parts/chapters/subsections/7.3/MULTPV.fodt

Variant 3 — SCHEDULE section

MULTPV multiples the pore volumes of a cell by a real positive constant for all the cells in the model via an array. An alternative to defining the complete array is to use the BOX keyword to define an area of the grid and then use the MULTPV keyword to set the multipliers just for the area defined by the BOX keyword (see the example).

See MULTPV – Multiply Cell Pore Volumes by a Constantin the GRID section for a full description.

Records

An array of values covering the grid

Manual source: parts/chapters/subsections/12.3/MULTPV.fodt