---------------------------------------- Photon Help ----
This is the name of the variable to be chosen for the current surface plotting. Pressing <Return> will bring a list of variables saved in PHI(DA) file.
----------------------------------- Photon Help ----
This is the name of the variable to be chosen for the current contour. Pressing <Return> will bring up a list of variables saved in PHI(DA) file.
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PHOENICS Input Language variables are organized in the following categories: CHARACters, INTegers, FLAGS, REALS, LOGICALs.
For a list of variables in a category, type the category name.
(see TR218)
(PIL) (see VARiables; also see entry)
(1) The following PIL variables were introduced or modified for PHOENICS version 1.5. For information on each, see .
Variable New/modifed
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ISOLX, ISOLY, ISOLZ New
ISOLBK New
IVARBK New
TRACE New
NODEF New
NOCOMM New
NOCOPY New
Q1QUIT New
DMPSTK New
DARCON Mew
FIXFLU Value changed
FIXVAL Value changed
ITABL Default value changed
ORSIZ Default value changed
NPLT Default value changed
(see CHAR, REAL, INTEGER, BOOLEAN)
(see VARMAX)
(see VARMIN)
(see SOLVE)
(see RESTRT)
(see SOLUTN)
(see STORE)
---- PIL real array; group 18 ----------- default=<50*(1.E10)>
VARMAX(phi)....maximum value allowed to variable indicated, unless VARMIN(phi) is less then -1.E10, in which case VARMAX(phi) is the maximum absolute value of the increment of the value at any updating stage.
See VARMIN for further details.
---- PIL real array; group 18 ----------- default=<50*(-1.E10)>
VARMIN(phi)....is the minimum value allowed to variable indicated, unless smaller than -1.E10, in which case the absolute change made to the variable at all updating stages is limited to VARMAX.
In the first mode ( ie. VARMIN greater than -1.E10 ), if at any stage in the solution the value of phi in any cell is calculated to be less than VARMIN, it is set equal to VARMIN. Values closer to zero than the default can often be useful in preventing temporary, severe excursions of the field variables during iteration. Of course, any final solution in which the limits are active is unsatisfactory, and would generally indicate that the prescribed value of VARMIN was too large.
The second mode ( ie. VARMIN less than -1.E10 ), is useful for controlling potentially divergent flow simulations; for it sets limits on the adjustments made.
wbs