import mod_mesh import os, shutil from numpy import * # ut_src = '/mnt/pwfiles/ericdow/utcfd/bin/' src = '/home/ericdow/code/opt_blade_2D/src/' inp = '/home/ericdow/code/opt_blade_2D/input/' rundir = '/home/ericdow/code/opt_blade_2D/input/tmp/' cg_mesh_orig = 'sc10.cgns' cg_mesh_mod = 'sc10_mod.cgns' rpath = 'blade_surf.dat' wpath = 'blade_surf_mod.dat' # number of iterations to run each mesh niter = 3000 # number of cores to run on np = 1 # generate modified mesh nmodes = 5 M = [.005,.005,.005,.005,.005] mod_mesh.modify(src,inp,rundir,cg_mesh_orig,cg_mesh_mod,rpath,wpath,M)
# number of MC samples to run
n_mc = 1
# number of iterations to run each mesh
niter = 1
# number of cores to run on
np = 1
for i in range(n_mc):
# create directory to run utcfd in
rundir = runs + "run" + "%04d/" % i
if not (os.path.exists(rundir)):
os.mkdir(rundir)
# generate modified mesh
mod_mesh.modify(src, inp, cg_mesh_orig, cg_mesh_mod, rpath, wpath)
shutil.move(inp + cg_mesh_mod, rundir + "utcfd_in.cgns")
# copy casefile to run directory
shutil.copy(inp + "casefile.inp", rundir)
# run preut (file must be in adf format to run preut)
os.chdir(rundir)
os.system(ut_src + "preut -f utcfd_in.cgns -b casefile.inp")
# copy correct 'utcfd.bc' to run directory
shutil.copy(inp + "utcfd.bc", rundir)
# set number of iterations in 'utcfd.input'
lines = file("utcfd.input").readlines()
il = 0
import mod_mesh import os, shutil from numpy import * # ut_src = '/mnt/pwfiles/ericdow/utcfd/bin/' src = '/home/ericdow/code/opt_blade_2D/src/' inp = '/home/ericdow/code/opt_blade_2D/input/' rundir = '/home/ericdow/code/opt_blade_2D/input/tmp/' cg_mesh_orig = 'sc10.cgns' cg_mesh_mod = 'sc10_mod.cgns' rpath = 'blade_surf.dat' wpath = 'blade_surf_mod.dat' # number of iterations to run each mesh niter = 3000 # number of cores to run on np = 1 # generate modified mesh nmodes = 5 M = [.005, .005, .005, .005, .005] mod_mesh.modify(src, inp, rundir, cg_mesh_orig, cg_mesh_mod, rpath, wpath, M)
