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multi_option_gui.py
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import sys
from Tkinter import *
root = Tk()
root.title('SU2 config file')
PROB_OPTIONS = [
"EULER",
"NAVIER_STOKES",
"WAVE_EQUATION",
"HEAT_EQUATION",
"FEM_ELASTICITY",
"POISSON_EQUATION"
]
TURB_OPTIONS = [
"NONE",
"SA",
"SA_NEG",
"SST"
]
YESNO_OPTIONS = [
"NO",
"YES"
]
REGIME_OPTIONS = [
"COMPRESSIBLE",
"INCOMPRESSIBLE"
]
SI_OPTIONS = [
"SI",
"US"
]
INIT_OPTIONS = [
"REYNOLDS",
"TD_CONDITIONS"
]
FS_OPTIONS = [
"TEMPERATURE_FS",
"DENSITY_FS"
]
FLUID_OPTIONS = [
"STANDARD_AIR",
"IDEAL_GAS",
"VW_GAS",
"PR_GAS"
]
NONDIM_OPTIONS = [
"DIMENSIONAL",
"FREESTREAM_PRESS_EQ_ONE",
"FREESTREAM_VEL_EQ_MACH,"
"FREESTREAM_VEL_EQ_ONE"
]
UNST_OPTIONS = [
"NO",
"TIME_STEPPING",
"DUAL_TIME_STEPPING-1ST_ORDER",
"DUAL_TIME_STEPPING-2ND_ORDER",
"HARMONIC_BALANCE"
]
CONVEC_OPTIONS = [
"JST",
"LAX-FRIEDRICH",
"CUSP",
"ROE",
"AUSM",
"HLLC",
"TURKEL_PREC",
"MSW"
]
CONVECTURB_OPTIONS = [
"SCALAR UPWIND"
]
TIME_OPTIONS = [
"EULER_IMPLICIT",
"EULER_EXPLICIT",
"RUNGE_KUTTA"
]
TIMETURB_OPTIONS = [
"EULER_IMPLICIT"
]
SLOPE_OPTIONS = [
"NONE",
"VENKATAKRISHNAN",
"VENKATAKRISHNAN_WANG",
"BARTH_JESPERSEN",
"VAN_ALBADA_EDGE"
]
LINSOLVE_OPTIONS = [
"FGMRES",
"BCGSTAB",
"SMOOTHER_JACOBI",
"SMOOTHER_ILU",
"SMOOTHER_LUSGS",
"SMOOTHER_LINELET"
]
LINPREC_OPTIONS = [
"ILU",
"JACOBI",
"LU_SGS",
"LINELET"
]
GRAD_OPTIONS = [
"GREEN_GAUSS",
"WEIGHTED_LEAST_SQUARES"
]
MGCYCLE_OPTIONS = [
"V_CYCLE",
"W_CYCLE",
"FULLMG_CYCLE"
]
MGLEVEL_OPTIONS = [
"0",
"1",
"2",
"3"
]
CONVERGE_OPTIONS = [
"CAUCHY",
"RESIDUAL"
]
CAUCHYFUNC_OPTIONS = [
"DRAG",
"LIFT",
"NEARFIELD_PRESS"
]
FORMAT_OPTIONS = [
"SU2",
"CGNS"
]
OPFORMAT_OPTIONS = [
"TECPLOT",
"TECPLOT_BINARY",
"PARAVIEW",
"FIELDVIEW",
"FIELDVIEW_BINARY",
]
GRIDMOV_OPTIONS = [
"RIGID_MOTION",
"DEFORMING",
"MOVING_WALL",
"STEADY_TRANSLATION",
"GUST",
]
prob = StringVar()
prob.set(PROB_OPTIONS[0])
turb = StringVar()
turb.set(TURB_OPTIONS[0])
rest = StringVar()
rest.set(YESNO_OPTIONS[0])
reg = StringVar()
reg.set(REGIME_OPTIONS[0])
si = StringVar()
si.set(SI_OPTIONS[0])
infile = StringVar()
infile.set(YESNO_OPTIONS[0])
clmode = StringVar()
clmode.set(YESNO_OPTIONS[0])
init = StringVar()
init.set(INIT_OPTIONS[0])
fs = StringVar()
fs.set(FS_OPTIONS[0])
flopt = StringVar()
flopt.set(FLUID_OPTIONS[0])
refnondim = StringVar()
refnondim.set(NONDIM_OPTIONS[0])
unst = StringVar()
unst.set(UNST_OPTIONS[0])
convec = StringVar()
convec.set(CONVEC_OPTIONS[0])
convecturb = StringVar()
convecturb.set(CONVECTURB_OPTIONS[0])
slope = StringVar()
slope.set(SLOPE_OPTIONS[0])
linsolve = StringVar()
linsolve.set(LINSOLVE_OPTIONS[0])
linprec = StringVar()
linprec.set(LINPREC_OPTIONS[0])
mg = StringVar()
mg.set(MGCYCLE_OPTIONS[0])
mglevel = StringVar()
mglevel.set(MGLEVEL_OPTIONS[0])
grad = StringVar()
grad.set(GRAD_OPTIONS[0])
cfladapt = StringVar()
cfladapt.set(YESNO_OPTIONS[0])
timefl = StringVar()
timefl.set(TIME_OPTIONS[0])
timetr = StringVar()
timetr.set(TIMETURB_OPTIONS[0])
conv_crit = StringVar()
conv_crit.set(CONVERGE_OPTIONS[0])
cauchy_func = StringVar()
cauchy_func.set(CAUCHYFUNC_OPTIONS[0])
mshfrmt = StringVar()
mshfrmt.set(FORMAT_OPTIONS[0])
opfrmt = StringVar()
opfrmt.set(OPFORMAT_OPTIONS[0])
gridmov = StringVar()
gridmov.set(YESNO_OPTIONS[0])
gridkind = StringVar()
gridkind.set(GRIDMOV_OPTIONS[0])
mshname = StringVar()
mshoutname = StringVar()
mshoutname.set("mesh_out.su2")
solflname = StringVar()
solflname.set("solution_flow.dat")
ophistfile = StringVar()
ophistfile.set("history")
brkfile = StringVar()
brkfile.set("forces_breakdown.dat")
restflname = StringVar()
restflname.set("restart_flow.dat")
restadname = StringVar()
restadname.set("restart_adj.dat")
opfile = StringVar()
opfile.set("flow.dat")
surffile = StringVar()
surffile.set("surface_flow.dat")
re = StringVar()
re.set(3E6)
ma = StringVar()
ma.set(0.8)
aoa = StringVar()
aoa.set(1.25)
ss = StringVar()
ss.set(0.0)
tcl = StringVar()
tcl.set(0.8)
prfs = StringVar()
prfs.set(101325.0)
tempfs = StringVar()
tempfs.set(288.15)
relen = StringVar()
relen.set(1.0)
denfs = StringVar()
denfs.set(1.2886)
velx = StringVar()
velx.set(1.0)
vely = StringVar()
vely.set(0.0)
velz = StringVar()
velz.set(0.0)
visc = StringVar()
visc.set(1.853E-5)
dcldal = StringVar()
dcldal.set(0.0)
alphaupd = StringVar()
alphaupd.set(5)
reflen = StringVar()
reflen.set(1.0)
refar = StringVar()
refar.set(0.0)
sspan = StringVar()
sspan.set(1.0)
refmomx = StringVar()
refmomx.set(0.25)
refmomy = StringVar()
refmomy.set(0.0)
refmomz = StringVar()
refmomz.set(0.0)
gamma = StringVar()
gamma.set(1.4)
gas_cons = StringVar()
gas_cons.set(287.0)
t_c = StringVar()
t_c.set(131.0)
p_c = StringVar()
p_c.set(3588550.0)
a_f = StringVar()
a_f.set(0.035)
mu_cons = StringVar()
mu_cons.set(1.716E-5)
mu_ref = StringVar()
mu_ref.set(1.716E-5)
mu_tref = StringVar()
mu_tref.set(273.15)
sut_cons = StringVar()
sut_cons.set(110.4)
unst_delt = StringVar()
unst_delt.set(0.0)
unst_time = StringVar()
unst_time.set(50.0)
unst_cfl = StringVar()
unst_cfl.set(0.0)
n_intiter = StringVar()
n_intiter.set(200)
unst_rest = StringVar()
unst_rest.set(0)
euler = StringVar()
euler.set(NONE)
far = StringVar()
far.set(NONE)
sym = StringVar()
sym.set(NONE)
pressure = StringVar()
pressure.set(NONE)
neumann = StringVar()
neumann.set(NONE)
dirichlet = StringVar()
dirichlet.set(NONE)
internal = StringVar()
internal.set(NONE)
nearfield = StringVar()
nearfield.set(NONE)
interface = StringVar()
interface.set(NONE)
isotherm = StringVar()
isotherm.set(NONE)
isot_val = StringVar()
isot_val.set(0.0)
heatflux = StringVar()
heatflux.set(NONE)
hflux_val = StringVar()
hflux_val.set(0.0)
outlet = StringVar()
outlet.set(NONE)
backpr_val = StringVar()
backpr_val.set(0.0)
plotting = StringVar()
plotting.set(NONE)
monitor = StringVar()
monitor.set(NONE)
evaluate = StringVar()
evaluate.set(NONE)
cfl = StringVar()
cfl.set(10.0)
cflup = StringVar()
cflup.set(0.5)
cfldown = StringVar()
cfldown.set(1.5)
cflmin = StringVar()
cflmin.set(1.25)
cflmax = StringVar()
cflmax.set(50.0)
maxdt = StringVar()
maxdt.set(1E6)
mgpro = StringVar()
mgpro.set(0.75)
mgrest = StringVar()
mgrest.set(0.75)
mgpre= StringVar()
mgpre.set("1,1,1,1")
mgpost= StringVar()
mgpost.set("1,1,1,1")
mgcorrec= StringVar()
mgcorrec.set("1,1,1,1")
enfix = StringVar()
enfix.set(0.0)
relaxfl = StringVar()
relaxfl.set(0.95)
relaxtr = StringVar()
relaxtr.set(0.95)
cflred = StringVar()
cflred.set(1.0)
lfillin = StringVar()
lfillin.set(0)
lerror = StringVar()
lerror.set(1E-6)
liter = StringVar()
liter.set(10)
extiter = StringVar()
extiter.set(99999)
res_red = StringVar()
res_red.set(5)
res_min = StringVar()
res_min.set(-8)
start_iter = StringVar()
start_iter.set(10)
cauchy_elem = StringVar()
cauchy_elem.set(100)
cauchy_eps = StringVar()
cauchy_eps.set(1E-10)
wrtcon = StringVar()
wrtcon.set(1)
wrtcondt = StringVar()
wrtcondt.set(10)
wrtsol = StringVar()
wrtsol.set(1000)
wrtsoldt = StringVar()
wrtsoldt.set(1)
morgx = StringVar()
morgx.set(1.0)
morgy = StringVar()
morgy.set(0.0)
morgz = StringVar()
morgz.set(0.0)
rrx = StringVar()
rrx.set(1.0)
rry = StringVar()
rry.set(0.0)
rrz = StringVar()
rrz.set(0.0)
pampx = StringVar()
pampx.set(1.0)
pampy = StringVar()
pampy.set(0.0)
pampz = StringVar()
pampz.set(0.0)
pomgx = StringVar()
pomgx.set(1.0)
pomgy = StringVar()
pomgy.set(0.0)
pomgz = StringVar()
pomgz.set(0.0)
pphx = StringVar()
pphx.set(1.0)
pphy = StringVar()
pphy.set(0.0)
pphz = StringVar()
pphz.set(0.0)
trrx = StringVar()
trrx.set(1.0)
trry = StringVar()
trry.set(0.0)
trrz = StringVar()
trrz.set(0.0)
plomgx = StringVar()
plomgx.set(1.0)
plomgy = StringVar()
plomgy.set(0.0)
plomgz = StringVar()
plomgz.set(0.0)
plampx = StringVar()
plampx.set(1.0)
plampy = StringVar()
plampy.set(0.0)
plampz = StringVar()
plampz.set(0.0)
machmotion = StringVar()
machmotion.set(0.8)
markmov = StringVar()
markmov.set(NONE)
movmotorg = StringVar()
movmotorg.set(0)
def msgentry_comp():
f.write("%--------Compressible flow parameters-----------%\n")
f.write("REGIME_TYPE= COMPRESSIBLE\n")
f.write("REYNOLDS_NUMBER= "+re.get()+"\n")
f.write("MACH_NUMBER= "+ma.get()+"\n")
f.write("AOA= "+aoa.get()+"\n")
f.write("SIDESLIP_ANGLE= "+ss.get()+"\n")
f.write("DISCARD_INFILES= "+infile.get()+"\n")
f.write("INIT_OPTION= "+init.get()+"\n")
f.write("FREESTREAM_OPTION= "+fs.get()+"\n")
f.write("FREESTREAM_PRESSURE= "+prfs.get()+"\n")
f.write("FREESTREAM_TEMPERATURE= "+tempfs.get()+"\n")
f.write("REYNOLDS_LENGTH= "+relen.get()+"\n")
def msgentry_stdair():
f.write("%--------Fluid model parameters-----------%\n")
f.write("FLUID_MODEL= STANDARD_AIR\n")
f.write("GAMMA= 1.4\n")
f.write("CRITICAL_TEMPERATURE= 131.0\n")
f.write("GAS_CONSTANT= 287.058\n")
f.write("CRITICAL_PRESSURE= 3588550.0\n")
f.write("ACCENTRIC_FACTOR= 0.035\n")
def msgentry_flmodel():
f.write("%--------Fluid Model parameters-----------%\n")
f.write("FLUID_MODEL= "+flopt.get()+"\n")
f.write("GAMMA= "+gamma.get()+"\n")
f.write("CRITICAL_TEMPERATURE= "+t_c.get()+"\n")
f.write("GAS_CONSTANT= "+gas_cons.get()+"\n")
f.write("CRITICAL_PRESSURE= "+p_c.get()+"\n")
f.write("ACCENTRIC_FACTOR= "+a_f.get()+"\n")
def msgentry_viscmodel():
f.write("%--------Viscosity model parameters-----------%\n")
f.write("VISCOSITY_MODEL= SUTHERLAND\n")
f.write("MU_REF= "+mu_ref.get()+"\n")
f.write("MU_T_REF= "+mu_tref.get()+"\n")
f.write("SUTHERLAND_CONSTANT= "+sut_cons.get()+"\n")
def msgentry_consvisc():
f.write("%--------Viscosity model parameters-----------%\n")
f.write("VISCOSITY_MODEL= CONSTANT_VISCOSITY\n")
f.write("MU_CONS= "+mu_cons.get()+"\n")
def msgentry_incomp():
f.write("%--------Incompressible flow parameters-----------%\n")
f.write("REGIME_TYPE= INCOMPRESSIBLE\n")
f.write("FREESTREAM_DENSITY= "+denfs.get()+"\n")
f.write("FREESTREAM_VELOCITY= ("+velx.get()+","+vely.get()+","+velz.get()+")\n")
f.write("FREESTREAM_VISCOSITY= "+visc.get()+"\n")
def msgentry_basic():
f.write("%--------Problem definition-----------%\n")
f.write("PHYSICAL_PROBLEM= "+prob.get()+"\n")
f.write("MATH_PROBLEM= DIRECT \n")
f.write("KIND_TURB_MODEL= "+turb.get()+"\n")
f.write("RESTART_SOL= "+rest.get()+"\n")
f.write("SYSTEM_MEASUREMENTS= "+si.get()+"\n")
def msgentry_refval():
f.write("%--------Reference value definition-----------%\n")
f.write("REF_NONDIMENSIONALISATION= "+refnondim.get()+"\n")
f.write("REF_LENGTH= "+reflen.get()+"\n")
f.write("REF_AREA= "+refar.get()+"\n")
f.write("REF_ORIGIN_MOMENT_X="+refmomx.get()+"\n")
f.write("REF_ORIGIN_MOMENT_Y="+refmomy.get()+"\n")
f.write("REF_ORIGIN_MOMENT_Z="+refmomz.get()+"\n")
f.write("FREESTREAM_VISCOSITY= "+visc.get()+"\n")
def msgentry_unsteady():
f.write("%--------Unsteady simulation parameters-----------%\n")
f.write("UNSTEADY_SIMULATION= "+unst.get()+"\n")
f.write("UNST_TIMESTEP= "+unst_delt.get()+"\n")
f.write("UNST_TIME= "+unst_time.get()+"\n")
f.write("UNST_CFL_NUMBER= "+unst_cfl.get()+"\n")
f.write("UNST_INT_ITER= "+n_intiter.get()+"\n")
f.write("UNST_RESTART_ITER= "+unst_rest.get()+"\n")
def msgentry_marker():
f.write("%--------Boundary conditions-----------%\n")
f.write("MARKER_EULER= ("+euler.get()+")\n")
f.write("MARKER_SYM= ("+sym.get()+")\n")
f.write("MARKER_FAR= ("+far.get()+")\n")
f.write("MARKER_INTERNAL= ("+internal.get()+")\n")
f.write("MARKER_NEARFIELD= ("+nearfield.get()+")\n")
f.write("MARKER_PRESSURE= ("+pressure.get()+")\n")
f.write("MARKER_DIRICHLET= ("+dirichlet.get()+")\n")
f.write("MARKER_NEUMANN= ("+neumann.get()+")\n")
f.write("MARKER_OUTLET= ("+outlet.get()+","+backpr_val.get()+")\n")
f.write("MARKER_HEATFLUX= ("+heatflux.get()+","+hflux_val.get()+")\n")
f.write("MARKER_ISOTHERMAL= ("+isotherm.get()+","+isot_val.get()+")\n")
def msgentry_iden():
f.write("%--------Monitioring solution-----------%\n")
f.write("MARKER_PLOTTING= ("+plotting.get()+")\n")
f.write("MARKER_MONITORING= ("+monitor.get()+")\n")
f.write("MARKER_DESIGNING= ("+evaluate.get()+")\n")
def msgentry_spacenum():
f.write("%--------Flow numerical method definition-----------%\n")
f.write("CONV_NUM_METHOD_FLOW= "+convec.get()+"\n")
f.write("NUM_METHOD_GRAD= "+grad.get()+"\n")
f.write("SLOPE_LIMITER_FLOW= "+slope.get()+"\n")
f.write("TIME_DISCRE_FLOW= "+timefl.get()+"\n")
f.write("CFL_NUMBER= "+cfl.get()+"\n")
f.write("CFL_ADAPT= "+cfladapt.get()+"\n")
f.write("CFL_ADAPT_PARAM= ("+cfldown.get()+","+cflup.get()+","+cflmin.get()+","+cflmax.get()+")\n")
f.write("MAX_DELTA_TIME= "+maxdt.get()+"\n")
f.write("ENTROPY_FIX_COEFF= "+enfix.get()+"\n")
f.write("RELAXATION_FACTOR_FLOW= "+relaxfl.get()+"\n")
f.write("%--------Turbulent numerical method definition-----------%\n")
f.write("CONV_NUM_METHOD_TURB= "+convecturb.get()+"\n")
f.write("TIME_DISCRE_TURB= "+timetr.get()+"\n")
f.write("RELAXATION_FACTOR_TURB= "+relaxtr.get()+"\n")
f.write("CFL_REDUCTION_TURB= "+cflred.get()+"\n")
def msgentry_linsolver():
f.write("%--------Linear solver parameters-----------%\n")
f.write("LINEAR_SOLVER= "+linsolve.get()+"\n")
f.write("LINEAR_SOLVER_PREC= "+linprec.get()+"\n")
f.write("LINEAR_SOLVER_ILU_FILL_IN= "+lfillin.get()+"\n")
f.write("LINEAR_SOLVER_ERROR= "+lerror.get()+"\n")
f.write("LINEAR_SOLVER_ITER= "+liter.get()+"\n")
def msgentry_mg():
f.write("%--------Multigrid parameters-----------%\n")
f.write("MGLEVEL= "+mglevel.get()+"\n")
f.write("MGCYCLE= "+mg.get()+"\n")
f.write("MG_PRE_SMOOTH= ("+mgpre.get()+")\n")
f.write("MG_POST_SMOOTH= ("+mgpost.get()+")\n")
f.write("MG_CORRECTION_SMOOTH= ("+mgcorrec.get()+")\n")
f.write("MG_DAMP_RESTRICTION= "+mgrest.get()+"\n")
f.write("MG_DAMP_PROLONGATION= "+mgpro.get()+"\n")
def msgentry_converge():
f.write("%--------Convergence criteria-----------%\n")
f.write("EXTITER= "+extiter.get()+"\n")
f.write("STARTCONV_ITER= "+start_iter.get()+"\n")
def msgentry_grdnone():
f.write("%--------Grid Movement-----------%\n")
f.write("GRID_MOVEMENT= "+gridmov.get()+"\n")
def msgentry_grdmov():
f.write("%--------Grid Movement-----------%\n")
f.write("GRID_MOVEMENT= YES\n")
f.write("GRID_MOVEMENT_KIND= "+gridkind.get()+"\n")
f.write("MARKER_MOVING= "+markmov.get()+"\n")
f.write("MACH_MOTION= "+machmotion.get()+"\n")
f.write("MOTION_ORIGIN_X="+morgx.get()+"\n")
f.write("MOTION_ORIGIN_Y="+morgy.get()+"\n")
f.write("MOTION_ORIGIN_Z="+morgz.get()+"\n")
f.write("ROTATION_RATE_X="+rrx.get()+"\n")
f.write("ROTATION_RATE_Y="+rry.get()+"\n")
f.write("ROTATION_RATE_Z="+rrz.get()+"\n")
f.write("PITCHING_OMEGA_X="+pomgx.get()+"\n")
f.write("PITCHING_OMEGA_Y="+pomgy.get()+"\n")
f.write("PITCHING_OMEGA_Z="+pomgz.get()+"\n")
f.write("PITCHING_AMPL_X="+pampx.get()+"\n")
f.write("PITCHING_AMPL_Y="+pampy.get()+"\n")
f.write("PITCHING_AMPL_Z="+pampz.get()+"\n")
f.write("PITCHING_PHASE_X="+pphx.get()+"\n")
f.write("PITCHING_PHASE_Y="+pphy.get()+"\n")
f.write("PITCHING_PHASE_Z="+pphz.get()+"\n")
f.write("TRANSLATION_RATE_X="+trrx.get()+"\n")
f.write("TRANSLATION_RATE_Y="+trry.get()+"\n")
f.write("TRANSLATION_RATE_Z="+trrz.get()+"\n")
f.write("PLUNGING_OMEGA_X="+plomgx.get()+"\n")
f.write("PLUNGING_OMEGA_Y="+plomgy.get()+"\n")
f.write("PLUNGING_OMEGA_Z="+plomgz.get()+"\n")
f.write("PLUNGING_AMPL_X="+plampx.get()+"\n")
f.write("PLUNGING_AMPL_Y="+plampy.get()+"\n")
f.write("PLUNGING_AMPL_Z="+plampz.get()+"\n")
f.write("MOVE_MOTION_ORIGIN="+movmotorg.get()+"\n")
def msgentry_cauchy():
msgentry_converge()
f.write("CONV_CRITERIA= CAUCHY\n")
f.write("CAUCHY_ELEMS= "+cauchy_elem.get()+"\n")
f.write("CAUCHY_EPS= "+cauchy_eps.get()+"\n")
f.write("CAUCHY_FUNC_FLOW= "+cauchy_func.get()+"\n")
def msgentry_residual():
msgentry_converge()
f.write("CONV_CRITERIA= RESIDUAL\n")
f.write("RESIDUAL_REDUCTION= "+cauchy_elem.get()+"\n")
f.write("RESIDUAL_MINVAL= "+cauchy_eps.get()+"\n")
def msgentry_ioinfo():
f.write("%--------Input/Output information-----------%\n")
f.write("MESH_FILENAME= "+mshname.get()+"\n")
f.write("MESH_FORMAT= "+mshfrmt.get()+"\n")
f.write("SOLUTION_FLOW_FILENAME= "+solflname.get()+"\n")
f.write("OUTPUT_FORMAT= "+opfrmt.get()+"\n")
f.write("CONV_FILENAME= "+ophistfile.get()+"\n")
f.write("BREAKDOWN_FILENAME= "+brkfile.get()+"\n")
f.write("RESTART_FLOW_FILENAME= "+restflname.get()+"\n")
f.write("VOLUME_FLOW_FILENAME= "+opfile.get()+"\n")
f.write("SURFACE_FLOW_FILENAME= "+surffile.get()+"\n")
f.write("WRT_SOL_FREQ= "+wrtsol.get()+"\n")
f.write("WRT_SOL_FREQ_DUALTIME= "+wrtsoldt.get()+"\n")
f.write("WRT_CONV_FREQ= "+wrtcon.get()+"\n")
f.write("WRT_CONV_FREQ_DUALTIME= "+wrtcondt.get()+"\n")
f.write("WRT_RESIDUALS= NO\n")
f.write("WRT_LIMITERS= NO\n")
f.write("WRT_SURFACE= NO\n")
f.write("LOW_MEMORY_OUTPUT= NO\n")
f.write("CONSOLE_OUTPUT_VERBOSITY= HIGH\n")
f.write("WRT_BINARY_RESTART= YES\n")
f.write("READ_BINARY_RESTART= NO\n")
f=open(sys.argv[1],"w")
def incompressible_window():
incomp_win=Toplevel()
incomp_win.title("Incompressible Freestream definition")
index = 1
label2 = Label(incomp_win, text="Freestream Density: ")
label2.grid(row=index,column=0)
entry2 = Entry(incomp_win,textvariable=denfs)
entry2.grid(row=index,column=1)
index=index+1
label3 = Label(incomp_win, text="Velocity(x,y,z)")
label3.grid(row=index,column=0)
index = index+1
entry2 = Entry(incomp_win,textvariable=velx)
entry2.grid(row=index,column=0)
entry2 = Entry(incomp_win,textvariable=vely)
entry2.grid(row=index,column=1)
entry2 = Entry(incomp_win,textvariable=velz)
entry2.grid(row=index,column=2)
index=index+1
label2 = Label(incomp_win, text="Freestream viscosity: ")
label2.grid(row=index,column=0)
entry2 = Entry(incomp_win,textvariable=visc)
entry2.grid(row=index,column=1)
index=index+1
button = Button(incomp_win,text="Update cfg file",command=msgentry_incomp)
button.grid(row=index,column=1)
index+=1
button = Button(incomp_win,text="Back",command=incomp_win.destroy)
button.grid(row=index,column=1)
def compressible_window():
second_win = Toplevel()
second_win.title('Compressible Options')
index =1
label2 = Label(second_win, text="Reynolds number: ")
label2.grid(row=index,column=0)
entry1 = Entry(second_win,textvariable=re)
entry1.grid(row=index,column=1)
index=index+1
label2 = Label(second_win, text="Mach number: ")
label2.grid(row=index,column=0)
entry2 = Entry(second_win,textvariable=ma)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(second_win, text="Angle of Attack: ")
label2.grid(row=index,column=0)
entry2 = Entry(second_win,textvariable=aoa)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(second_win, text="Sideslip angle: ")
label2.grid(row=index,column=0)
entry2 = Entry(second_win,textvariable=ss)
entry2.grid(row=index,column=1)
index=index+1
label1 = Label(second_win, text="Discard info files: ")
label1.grid(row=index,column=0)
opt1 = OptionMenu(second_win,infile,*YESNO_OPTIONS)
opt1.grid(row=index,column=1)
index=index+1
label3 = Label(second_win, text="Init option to choose between Reynolds and thermodynamic quantities")
label3.grid(row=index,columnspan=3)
index = index+1
label1 = Label(second_win, text="Intitialization Type: ")
label1.grid(row=index,column=0)
opt1 = OptionMenu(second_win,init,*INIT_OPTIONS)
opt1.grid(row=index,column=1)
index=index+1
label3 = Label(second_win, text="Freestream option to choose between density and temperature for initialising solution")
label3.grid(row=index,columnspan=3)
index = index+1
label1 = Label(second_win, text="Freestream Option: ")
label1.grid(row=index,column=0)
opt1 = OptionMenu(second_win,fs,*FS_OPTIONS)
opt1.grid(row=index,column=1)
index=index+1
label2 = Label(second_win, text="Freestream Pressure: ")
label2.grid(row=index,column=0)
entry2 = Entry(second_win,textvariable=prfs)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(second_win, text="Freestream Temperature: ")
label2.grid(row=index,column=0)
entry2 = Entry(second_win,textvariable=tempfs)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(second_win, text="Reynolds length: ")
label2.grid(row=index,column=0)
entry2 = Entry(second_win,textvariable=relen)
entry2.grid(row=index,column=1)
index=index+1
button = Button(second_win,text="Update cfg file",command=msgentry_comp)
button.grid(row=index,column=1)
index=index+1
label1 = Label(second_win, text="Fluid Model: ")
label1.grid(row=index,column=0)
button = Button(second_win,text="STANDARD_AIR",command=msgentry_stdair)
button.grid(row=index,column=1)
button = Button(second_win,text="OTHER",command=flmodel_window)
button.grid(row=index,column=2)
index=index+1
label1 = Label(second_win, text="Viscosity Model: ")
label1.grid(row=index,column=0)
button = Button(second_win,text="SUTHERLAND",command=viscmodel_window)
button.grid(row=index,column=1)
button = Button(second_win,text="CONSTANT_VISCOSITY",command=get_consvisc)
button.grid(row=index,column=2)
index=index+1
button = Button(second_win,text="Back",command=second_win.destroy)
button.grid(row=index,column=1)
def get_consvisc():
consvisc_win = Toplevel()
consvisc_win.title("Constant Viscosity")
index = 1
label2 = Label(consvisc_win, text="Constant Viscosity: ")
label2.grid(row=index,column=0)
entry2 = Entry(consvisc_win,textvariable=mu_cons)
entry2.grid(row=index,column=1)
index=index+1
button = Button(consvisc_win,text="Update cfg file",command=msgentry_consvisc)
button.grid(row=index,column=1)
index=index+1
button = Button(consvisc_win,text="Back",command=consvisc_win.destroy)
button.grid(row=index,column=1)
def viscmodel_window():
viscmodel_win = Toplevel()
viscmodel_win.title("Viscous Model definition")
index = 1
label2 = Label(viscmodel_win, text="Sutherland Viscosity Reference: ")
label2.grid(row=index,column=0)
entry2 = Entry(viscmodel_win,textvariable=mu_ref)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(viscmodel_win, text="Sutherland Temperature Ref: ")
label2.grid(row=index,column=0)
entry2 = Entry(viscmodel_win,textvariable=mu_tref)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(viscmodel_win, text="Sutherland constant: ")
label2.grid(row=index,column=0)
entry2 = Entry(viscmodel_win,textvariable=sut_cons)
entry2.grid(row=index,column=1)
index=index+1
button = Button(viscmodel_win,text="Update cfg file",command=msgentry_viscmodel)
button.grid(row=index,column=1)
index=index+1
button = Button(viscmodel_win,text="Back",command=viscmodel_win.destroy)
button.grid(row=index,column=1)
def flmodel_window():
flmodel_win = Toplevel()
flmodel_win.title("FLUID MODEL DEFINITION")
index = 1
label1 = Label(flmodel_win, text="Fluid Model: ")
label1.grid(row=index,column=0)
opt1 = OptionMenu(flmodel_win,flopt,*FLUID_OPTIONS)
opt1.grid(row=index,column=1)
index+=1
label2 = Label(flmodel_win, text="Gamma: ")
label2.grid(row=index,column=0)
entry2 = Entry(flmodel_win,textvariable=gamma)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(flmodel_win, text="Gas Constant: ")
label2.grid(row=index,column=0)
entry2 = Entry(flmodel_win,textvariable=gas_cons)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(flmodel_win, text="Critical Temperature: ")
label2.grid(row=index,column=0)
entry2 = Entry(flmodel_win,textvariable=t_c)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(flmodel_win, text="Critical Pressure: ")
label2.grid(row=index,column=0)
entry2 = Entry(flmodel_win,textvariable=p_c)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(flmodel_win, text="Accentric Factor ")
label2.grid(row=index,column=0)
entry2 = Entry(flmodel_win,textvariable=a_f)
entry2.grid(row=index,column=1)
index=index+1
button = Button(flmodel_win,text="Update cfg file",command=msgentry_flmodel)
button.grid(row=index,column=1)
index=index+1
button = Button(flmodel_win,text="Back",command=flmodel_win.destroy)
button.grid(row=index,column=1)
def define_refvalues():
ref_win = Toplevel()
ref_win.title("Marker definition")
index=1
label2 = Label(ref_win, text="Reference length: ")
label2.grid(row=index,column=0)
entry2 = Entry(ref_win,textvariable=reflen)
entry2.grid(row=index,column=1)
index=index+1
label3 = Label(ref_win, text="Reference Origin for moment(x,y,z)f")
label3.grid(row=index,column=0)
index = index+1
entry2 = Entry(ref_win,textvariable=refmomx)
entry2.grid(row=index,column=0)
entry2 = Entry(ref_win,textvariable=refmomy)
entry2.grid(row=index,column=1)
entry2 = Entry(ref_win,textvariable=refmomz)
entry2.grid(row=index,column=2)
index=index+1
label2 = Label(ref_win, text="Reference Area: ")
label2.grid(row=index,column=0)
entry2 = Entry(ref_win,textvariable=refar)
entry2.grid(row=index,column=1)
index=index+1
label2 = Label(ref_win, text="Aircraft Semi Span: ")
label2.grid(row=index,column=0)
entry2 = Entry(ref_win,textvariable=sspan)
entry2.grid(row=index,column=1)
index=index+1
label1 = Label(ref_win, text="Non dimensionalisation Type: ")
label1.grid(row=index,column=0)
opt1 = OptionMenu(ref_win,refnondim,*NONDIM_OPTIONS)
opt1.grid(row=index,column=1)
index=index+1
button = Button(ref_win,text="Update cfg file",command=msgentry_refval)
button.grid(row=index,column=1)
index=index+1
button = Button(ref_win,text="Back",command=ref_win.destroy)
button.grid(row=index,column=1)