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fluent_jou.py
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fluent_jou.py
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# FLENTJOU.PY ==============================================================
# This module contains the definitions of various elements that go to make
# up a Fluent journal file.
#
# Assumes Fluent V15, 3D, double precision, pressure based Navier-Stokes
# solver. It can be set to run either Spalart-Allmaras, K-epsilon fully
# realisable or K-omega SST models using either first or second order methods
# to acheive convergence.
# Also that the Fluent .cas file is produced with the Harpoon mesher using
# an AirConics Rhino generated STL with standard six sided Harpoon bounding
# box and three part airframe surface (named rhinoceros_binary_stl___...).
#
# The resulting journal file runes should not generate any errors except
# for "Question OK" errors arising from file and rune status as noted below.
#
# A.J. Keane, January 2016
# ==========================================================================
from __future__ import division
import rhinoscriptsyntax as rs
import math
def fluentData(fo, FilNam, Awing, Dens, Visc, Chord, Press, Vel):
fo.write('%s\n' % ("file"))
fo.write('%s\n' % ("read-case"))
fo.write('%s\n' % (FilNam))
# note the next line somtimes generates a harmless error depending on the sequence of routine calls
fo.write('%s\n' % ("OK"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("mesh"))
fo.write('%s\n' % ("smooth-mesh"))
fo.write('%s\n' % ("\"quality based\""))
fo.write('%s\n' % ("4"))
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("define"))
fo.write('%s\n' % ("models"))
fo.write('%s\n' % ("viscous"))
fo.write('%s\n' % ("spalart-allmaras"))
fo.write('%s\n' % ("yes"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("materials"))
fo.write('%s\n' % ("change"))
fo.write('%s\n' % ("air"))
fo.write('%s\n' % ("air"))
fo.write('%s\n' % ("yes"))
fo.write('%s\n' % ("constant"))
fo.write('%s\n' % ("1.2107"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("constant"))
fo.write('%s\n' % ("1.785e-05"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("report"))
fo.write('%s\n' % ("ref"))
fo.write('%s\n' % ("area"))
fo.write('%s\n' % (Awing))
fo.write('%s\n' % ("density"))
fo.write('%s\n' % (Dens))
fo.write('%s\n' % ("viscosity"))
fo.write('%s\n' % (Visc))
fo.write('%s\n' % ("length"))
fo.write('%s\n' % (Chord/1000.0))
fo.write('%s\n' % ("pressure"))
fo.write('%s\n' % (Press))
fo.write('%s\n' % ("velocity"))
fo.write('%s\n' % (Vel))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("summary"))
fo.write('%s\n' % ("no"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("monitors"))
fo.write('%s\n' % ("resid"))
fo.write('%s\n' % ("criterion-type"))
fo.write('%s\n' % ("3"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("define"))
fo.write('%s\n' % ("bound"))
fo.write('%s\n' % ("list"))
fo.write('%s\n' % ("mod"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_minx"))
fo.write('%s\n' % ("velocity-inlet"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_minz"))
fo.write('%s\n' % ("velocity-inlet"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_maxx"))
fo.write('%s\n' % ("pressure-outlet"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_maxz"))
fo.write('%s\n' % ("pressure-outlet"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
def fluentBCs(fo, Vel, AoA, BName, Nmod):
# model = 0 for Spalart Allmaras, 1 for K-epsilon fully realisable and 2 for K-omega SST
XVec = math.cos(math.radians(AoA))
ZVec = math.sin(math.radians(AoA))
XVel = Vel * math.cos(math.radians(AoA))
ZVel = Vel * math.sin(math.radians(AoA))
fo.write('%s \n' % ("solve"))
fo.write('%s \n' % ("monitors"))
fo.write('%s \n' % ("force"))
fo.write('%s \n' % ("set-lift"))
fo.write('%s \n' % ("cl-1"))
fo.write('%s \n' % ("y"))
fo.write('%s \n' % (BName))
fo.write('%s \n' % (""))
fo.write('%s \n' % ("y"))
fo.write('%s \n' % ("n"))
fo.write('%s \n' % ("n"))
fo.write('%s \n' % ("n"))
fo.write('%s \n' % (-ZVec))
fo.write('%s \n' % ("0"))
fo.write('%s \n' % (XVec))
fo.write('%s \n' % ("set-drag"))
fo.write('%s \n' % ("cd-1"))
fo.write('%s \n' % ("y"))
fo.write('%s \n' % (BName))
fo.write('%s \n' % (""))
fo.write('%s \n' % ("y"))
fo.write('%s \n' % ("n"))
fo.write('%s \n' % ("n"))
fo.write('%s \n' % ("n"))
fo.write('%s \n' % (XVec))
fo.write('%s \n' % ("0"))
fo.write('%s \n' % (ZVec))
fo.write('%s \n' % ("q"))
fo.write('%s \n' % ("q"))
fo.write('%s \n' % ("q"))
fo.write('%s\n' % ("define"))
fo.write('%s\n' % ("bound"))
fo.write('%s\n' % ("vel"))
fo.write('%s\n' % ("farfield_minx"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % (XVel))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % (ZVel))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
if( Nmod == 0):
fo.write('%s\n' % ("n"))
else:
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("press"))
fo.write('%s\n' % ("farfield_maxx"))
fo.write('%s\n' % ("y")) # this line is needed by fluent V17.1
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
if( Nmod == 0):
fo.write('%s\n' % ("n"))
else:
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
if (AoA < 0.0):
fo.write('%s\n' % ("define"))
fo.write('%s\n' % ("bound"))
fo.write('%s\n' % ("mod"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_maxz"))
fo.write('%s\n' % ("velocity-inlet"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_minz"))
fo.write('%s\n' % ("pressure-outlet"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("vel"))
fo.write('%s\n' % ("farfield_maxz"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % (XVel))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % (ZVel))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
if( Nmod == 0):
fo.write('%s\n' % ("n"))
else:
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("press"))
fo.write('%s\n' % ("farfield_minz"))
fo.write('%s\n' % ("y")) # this line is needed by fluent V17.1
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
if( Nmod == 0):
fo.write('%s\n' % ("n"))
else:
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
elif (AoA > 0.0):
fo.write('%s\n' % ("define"))
fo.write('%s\n' % ("bound"))
fo.write('%s\n' % ("mod"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_minz"))
fo.write('%s\n' % ("velocity-inlet"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_maxz"))
fo.write('%s\n' % ("pressure-outlet"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("vel"))
fo.write('%s\n' % ("farfield_minz"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % (XVel))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % (ZVel))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
if( Nmod == 0):
fo.write('%s\n' % ("n"))
else:
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("press"))
fo.write('%s\n' % ("farfield_maxz"))
fo.write('%s\n' % ("y")) # this line is needed by fluent V17.1
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("n"))
if( Nmod == 0):
fo.write('%s\n' % ("n"))
else:
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("n"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
else:
fo.write('%s\n' % ("define"))
fo.write('%s\n' % ("bound"))
fo.write('%s\n' % ("mod"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_minz"))
fo.write('%s\n' % ("symmetry"))
fo.write('%s\n' % ("zone-type"))
fo.write('%s\n' % ("farfield_maxz"))
fo.write('%s\n' % ("symmetry"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
def fluentInitc(fo, Vel, AoA):
XVel = Vel * math.cos(math.radians(AoA))
ZVel = Vel * math.sin(math.radians(AoA))
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("init"))
fo.write('%s\n' % ("set-def"))
fo.write('%s\n' % ("x-v"))
fo.write('%s\n' % (XVel))
fo.write('%s\n' % ("y-v"))
fo.write('%s\n' % ("0.0"))
fo.write('%s\n' % ("z-v"))
fo.write('%s\n' % (ZVel))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("init"))
fo.write('%s\n' % ("init"))
fo.write('%s\n' % ("ok"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
def fluentCalc(fo, Nits, relax):
fo.write('%s\n' % ("solve"))
# fo.write('%s\n' % ("monitors"))
# fo.write('%s\n' % ("resid"))
# fo.write('%s\n' % ("criterion-type"))
# fo.write('%s\n' % ("0"))
# fo.write('%s\n' % ("q"))
# fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("set"))
# fo.write('%s\n' % ("disc"))
# fo.write('%s\n' % ("mom"))
# fo.write('%s\n' % ("0"))
# fo.write('%s\n' % ("q"))
# next we turn down the relaxation on first order momentum to stabilize the calculation (not always needed - default is 0.7)
fo.write('%s\n' % ("under"))
fo.write('%s\n' % ("mom"))
fo.write('%s\n' % (relax))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("set"))
fo.write('%s\n' % ("report"))
fo.write('%s\n' % ("10"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("iterate"))
fo.write('%s\n' % (Nits))
fo.write('%s\n' % ("q"))
def fluentAdapt(fo, Nlow, Nupp):
fo.write('%s\n' % ("adapt"))
fo.write('%s\n' % ("adapt-to-y+"))
fo.write('%s\n' % (Nlow))
fo.write('%s\n' % (Nupp))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("1000"))
fo.write('%s\n' % ("yes"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("mesh"))
fo.write('%s\n' % ("smooth-mesh"))
fo.write('%s\n' % ("\"quality based\""))
fo.write('%s\n' % ("4"))
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("q"))
def fluentModel(fo, Nmod):
# model = 0 for Spalart Allmaras, 1 for K-epsilon fully realisable and 2 for K-omega SST
if( Nmod == 0):
fo.write('%s\n' % ("define"))
fo.write('%s\n' % ("models"))
fo.write('%s\n' % ("viscous"))
fo.write('%s\n' % ("spalart-allmaras"))
fo.write('%s\n' % ("yes"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
elif( Nmod == 1):
fo.write('%s\n' % ("define"))
fo.write('%s\n' % ("models"))
fo.write('%s\n' % ("viscous"))
fo.write('%s\n' % ("ke-realizable"))
fo.write('%s\n' % ("yes"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
else:
fo.write('%s\n' % ("define"))
fo.write('%s\n' % ("models"))
fo.write('%s\n' % ("viscous"))
fo.write('%s\n' % ("kw-sst"))
fo.write('%s\n' % ("yes"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
def fluentMethod(fo, Nmod, Nmeth):
# method = 0 for first order and 1 for second order
# model is needed to know which terms to change
# model = 0 for Spalart Allmaras, 1 for K-epsilon fully realisable and 2 for K-omega SST
if( Nmod == 0):
if( Nmeth == 0):
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("set"))
fo.write('%s\n' % ("disc"))
fo.write('%s\n' % ("mom"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("nut"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
else:
fluentCalc(fo, 100, 0.2)
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("set"))
fo.write('%s\n' % ("disc"))
fo.write('%s\n' % ("mom"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("nut"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("under"))
fo.write('%s\n' % ("mom"))
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("pressure"))
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("density"))
fo.write('%s\n' % ("0.5"))
fo.write('%s\n' % ("body-force"))
fo.write('%s\n' % ("0.5"))
fo.write('%s\n' % ("turb"))
fo.write('%s\n' % ("0.5"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
elif( Nmod == 1):
if( Nmeth == 0):
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("set"))
fo.write('%s\n' % ("disc"))
fo.write('%s\n' % ("mom"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("k"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("epsilon"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
else:
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("set"))
fo.write('%s\n' % ("disc"))
fo.write('%s\n' % ("mom"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("k"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("epsilon"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
else:
if( Nmeth == 0):
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("set"))
fo.write('%s\n' % ("disc"))
fo.write('%s\n' % ("mom"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("k"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("omega"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
else:
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("set"))
fo.write('%s\n' % ("disc"))
fo.write('%s\n' % ("k"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fluentCalc(fo, 100, 0.2)
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("set"))
fo.write('%s\n' % ("disc"))
fo.write('%s\n' % ("omega"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fluentCalc(fo, 100, 0.2)
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("set"))
fo.write('%s\n' % ("disc"))
fo.write('%s\n' % ("mom"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("under"))
fo.write('%s\n' % ("mom"))
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("pressure"))
fo.write('%s\n' % ("0.1"))
fo.write('%s\n' % ("density"))
fo.write('%s\n' % ("0.5"))
fo.write('%s\n' % ("body-force"))
fo.write('%s\n' % ("0.5"))
fo.write('%s\n' % ("turb"))
fo.write('%s\n' % ("0.5"))
fo.write('%s\n' % ("k"))
fo.write('%s\n' % ("0.5"))
fo.write('%s\n' % ("omega"))
fo.write('%s\n' % ("0.5"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
def fluentRunOn(fo, Nits):
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("monitors"))
fo.write('%s\n' % ("resid"))
fo.write('%s\n' % ("criterion-type"))
fo.write('%s\n' % ("3"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("solve"))
fo.write('%s\n' % ("iterate"))
fo.write('%s\n' % (Nits))
fo.write('%s\n' % ("q"))
def fluentReport(fo, FilNam):
fo.write('%s\n' % ("report"))
fo.write('%s\n' % ("forces"))
fo.write('%s\n' % ("wall-forces"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("y"))
fo.write('%s%s\n' % (FilNam,"_X.txt"))
# note the next line somtimes generates a harmless error depending on the sequence of routine calls
fo.write('%s\n' % ("yes"))
fo.write('%s\n' % ("wall-forces"))
fo.write('%s\n' % ("y"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("0"))
fo.write('%s\n' % ("1"))
fo.write('%s\n' % ("y"))
fo.write('%s%s\n' % (FilNam,"_Z.txt"))
# note the next line somtimes generates a harmless error depending on the sequence of routine calls
fo.write('%s\n' % ("yes"))
fo.write('%s\n' % ("q"))
fo.write('%s\n' % ("q"))
if __name__ == "__main__":
# now write out matching Fluent journal file
Awing=0.966
V_T=16.00
rho_C=1.2107
Visc_C=1.785E-05
Chord=0.3
Pr_C=0.0
Nits=5
Nrunon=5
Nlow=75
Nupp=150
fo = open("fluent_journal.jou", "w")
for AoA in range(-1, 2):
fluentData(fo, "Decode1coarse.cas", Awing, rho_C, Visc_C, Chord, Pr_C, V_T)
fluentBCs(fo, V_T, AoA, "rhinoceros_binary_stl___aug_10_2015.1\nrhinoceros_binary_stl___aug_10_2015.1.1", 0) # nb using extra BC names seperated by \n is harmless - if the BC does not exist it is ignored
fluentModel(fo, 0) # model 0 is SA while 1 is Ke and 2 is Kw
fluentMethod(fo, 0, 0) # model and method, method 0 is first order while 1 is second order
fluentInitc(fo, V_T, AoA)
fluentCalc(fo, Nits, 0.7)
fluentAdapt(fo, Nlow, Nupp)
fluentMethod(fo, 0, 1) # model and method, method 0 is first order while 1 is second order
fluentCalc(fo, Nits, 0.7)
fluentReport(fo, "Decode1")
fluentModel(fo, 1) # model 0 is SA while 1 is Ke and 2 is Kw
fluentMethod(fo, 1, 0) # model and method, method 0 is first order while 1 is second order
fluentCalc(fo, Nits, 0.7)
fluentAdapt(fo, Nlow, Nupp)
fluentMethod(fo, 1, 1) # model and method, method 0 is first order while 1 is second order
fluentCalc(fo, Nits, 0.7)
fluentReport(fo, "Decode1")
fluentModel(fo, 2) # model 0 is SA while 1 is Ke and 2 is Kw
fluentMethod(fo, 2, 0) # model and method, method 0 is first order while 1 is second order
fluentCalc(fo, Nits, 0.7)
fluentAdapt(fo, Nlow, Nupp)
fluentMethod(fo, 2, 1) # model and method, method 0 is first order while 1 is second order
fluentCalc(fo, Nits, 0.7)
fluentRunOn(fo, Nrunon)
fluentReport(fo, "Decode1")
fo.close()