[ ] - designation of a dispensable element of a statement.

In most cases PatchName can stand for the name of a VR object as well as a PATCH

sets a source by **Formula** calculated for **Var** variable at
region described by PATCH command with **PatchName** name.
**Var** is 3D-stored solved variable. The "**with Options**" element
contains options which specify the action of statement:

FIXFLU (by default) - fixed source,

FIXVAL - fixed value,

ONLYMS - value convected in by associated mass source,

LAMWALL - laminar wall condition,

BLASIUS - turbulent wall condition using Blasius wall-function,

LOGLAW - turbulent wall condition using logarithmic wall-function,

LINE - linearised source,

INFOB_n - for moving InForm object,

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition.

sets a initialization of **Var** variable at region described
by PATCH command with **PatchName** name by **Formula** calculated.
**Var** is any 3D-stored variable. The "**with Options**" element
contains options which specify the action of statement:

INFOB_n - for moving InForm object,

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition.

sets a account of **Var** variable at region described
by PATCH command with **PatchName** name by **Formula** calculated.
**Var** is any 3D-stored variable. If **Var** is single user reals
then other format should be used

The "(STORE1of Var [at PatchName] is Formula [with Options])

ZSLFIN (by default) - at end of IZ slab,

ZSLSTR - at start of IZ slab,

SWPSTR - at start of sweep,

SWPFIN - at end of sweep,

TSTSTR - at start of timestep,

TSTFIN - at end of timestep,

ITHSTR - at start of iteration,

ITHFIN - at end of iteration,

RESIDU - at moment of calculating residuals,

CORREC - at moment of calculating corrections,

INFOB_n - for moving InForm object,

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition.

sets a property values of **Var** variable at region described
by PATCH command with **PatchName** name by **Formula** calculated.
**Var** is any variable name from list:

RHO1 or DEN1 - first-phase density,where var_name is 3D-stored solved variable. The "

DRH1DP - differential of the logarithm of the first-phase density,

RHO2 or DEN2 - second-phase density,

DRH2DP - differential of the logarithm of the first-phase density,

ENUT or VIST - turbulent kinematic viscosity,

ENUL or VISL - laminar kinematic viscosity,

PRNDTL(var_name) - Prandtl Number,

PHINT(var_name) - interface value for a first- or second-phase variable,

TMP1 or TEMP - temperature of the first phase,

TMP2 - temperature of the second phase,

EL1 or LEN1 - mixing length-scale of the first-phase fluid,

EL2 or LEN1 - mixing length-scale of the second-phase fluid,

CP1 or SPH1 - specific heat of the first phase,

CP2 or SPH2 - specific heat of the second phase,

DVO1DT - first-phase volumetric thermal-expansion coefficient,

DVO2DT - second-phase volumetric thermal-expansion coefficient,

CFIPS or CFIP or INTF - interphase friction coefficient,

CMDOT or MDOT or CMDO or INTM - interphase mass-transfer rate,

CINT(var_name) - phase-to-interface transfer coefficient,

CVM - virtual-mass coefficient.

INFOB_n - for moving InForm object,

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition.

sets formula-set object with "**n**" number by **Formula** calculated
at region described by PATCH command with **PatchName** name.
"**n**" is positive integer number. The **Formula** can contains
ALL, BOX(), SPHERE(), POINT() and/or LINE() function. The "**with Options**"
element contains options which specify the action of statement:

INFOB_n - for moving InForm object,

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition,

PORO - for volume and face porosities calculations.

sets a account of **Var** variable at region described
by PATCH command with **PatchName** name by **Formula** calculated
at moment before print-out. For a designation variable field
is used a expression of the formula. **Var** is any 3D-stored variable.
The "**with Options**" element contains options which specify
the action of statement:

INFOB_n - for moving InForm object,If it is necessary only to use a long name without accounts by the

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition.

where(LONGNAME of VarasLong_Name)

sets a account of **Var** variable at region described
by PATCH command with **PatchName** name by **Formula** calculated.
The account begin at moment before calling of second group
of GROUND. **Var** is any 3D-stored variable or
some EARTH reals. The "**with Options**" element contains options
which specify the action of statement:

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition.

sets a account of **Var** variable at region described
by PATCH command with **PatchName** name by **Formula** calculated.
The account begin at moment before calling of third group
of GROUND. **Var** is any 3D-stored variable or
some EARTH reals. The "**with Options**" element contains options
which specify the action of statement:

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition.

sets a account of **Var** variable at region described
by PATCH command with **PatchName** name by **Formula** calculated.
The account begin at moment before calling of fourth group
of GROUND. **Var** is any 3D-stored variable or
some EARTH reals. The "**with Options**" element contains options
which specify the action of statement:

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition.

sets a account of **Var** variable at region described
by PATCH command with **PatchName** name by **Formula** calculated.
The account begin at moment before calling of fifth group
of GROUND. **Var** is any 3D-stored variable or
some EARTH reals. The "**with Options**" element contains options
which specify the action of statement:

IMAT=iprp - in cell with material number iprp,

IF(condition) - general logical condition.

declare storage of user-defined **VAR** single real variable.
Its initial values are calculated by **Formula**.
The length of **Var** name should not be more than 8 symbols.

sets a position of moving VR object with **VRObName** name
by **Formulas** calculated. This statement is used for the MOFOR purposes.
The **PARENT=VRPar_Name** option set the name of parent reference
of object-related coordinate system.

dumps the fields of dependent variables or user-defined single real
variables calculated by **Formula** in the file INFOROUT, which is placed
in the working directory. The **String_15** string is used as the title
for the dumped variables. String_15 is a character string with a length
of 15 symbols. **PatchName** is the name of a PATCH or VR object.

transmits to EARTH the real variables set with **SetName** name
by means SPEDAT lines. **SetName** is a character string by
a length of 15 symbols. **RealVarSet** is the set of real numbers
separated by blanks among themselves.

transmits to EARTH the integer variables set with **SetName** name
by means SPEDAT lines. **SetName** is a character string by
a length of 15 symbols. **IntegerVarSet** is the set of integer numbers
separated by blanks among themselves.

transmits to EARTH the logical variables set with **SetName** name
by means SPEDAT lines. **SetName** is a character string by
a length of 15 symbols. **LogicalVarSet** is the set of logical numbers
(T or F) separated by blanks among themselves.

sets a recalculation of **Var** variable at region described
by PATCH command with **PatchName** name and calculated by
**Formula**. The account begin at moment after getting equation
solution. **Var** is any 3D-stored variable or some EARTH reals.

sets a modification of the volume and areas at region described
by PATCH command with **PatchName** name and calculated by
**Formula**. **Var** variable can be VOLU name
for cell volume or EARE, NARE, HARE names for east, north,
high cell areas. The account begin at moment after account
of all geometrical parameters at each time step.

make active a modification of the diffusion terms in differential
equation of **Var** dependent variable at region described by
PATCH command with **PatchName** name and recalculated by
**Formula**. The "**with Options**" flags specify names of
cell faces where the modification is executed. Possible names are
**EAST**, **NORTH** and **HIGH**.

make active a modification of the convection terms in differential
equation of **Var** dependent variable at region described by
PATCH command with **PatchName** name and recalculated by
**Formula**. The "**with Options**" flags specify names of
cell faces where the modification is executed. Possible names are
**EAST**, **NORTH** and **HIGH**.

make active a modification of the built-in source terms in differential
equation of **Var** dependent variable at region described by
PATCH command with **PatchName** name and recalculated by
**Formula**.

or

creates a table in the file **file_name**. (The keyword 'of' can be used instead of 'in' if preferred.) The first column of the table is ISWEEP (the outer
iteration number) or the current time (TIM) for a transient calculation. The function **GET**
retrieves the values specified by the formulae **var1,var2,...,varn** and writes them to the
specified file.

The function **HEAD** sets the headers for columns 2 and above.

The file is written as a comma-separated-values (csv) file. It is directly compatible with the AUTOPLOT table format, and with Excel if the .csv extension is used as part of the file name.

An example of use might be to monitor pressure (P1) at three locations with sweep:

(TABLE in PMON1.CSV is GET(P1[1,2,3],P1[2,3,4],P1[3,4,5]) with HEAD(P1_1,P1_2,P1_3)!sweep)

will produce a file pmon1.csv containing:

ISWEEP, P1_1, P1_2, P1_3 1, 1.190593E+01, 1.398720E+01, 1.339377E+01 2, 1.216093E+01, 1.415707E+01, 1.316445E+01 3, 1.228719E+01, 1.432991E+01, 1.310740E+01 4, 1.232893E+01, 1.440223E+01, 1.317876E+01 5, 1.235562E+01, 1.442454E+01, 1.327017E+01

The last argument, !ifreq, is an optional frequency of writing. If it is omitted, the table will be written to each sweep or each time step. If present, the table will be written to every ifreq sweeps or time steps. Ifreq must be an integer computed in the pre-processor. It cannot be updated during the solver run.