radius_pure_fiber = 0.05441
form = 'ellipse'
eccentricity = 0.7
nrlayers = 2
mean_deviation = 0.0
[fiberlayer_0]
thickness = 0.001
[fiberlayer_1]
thickness = 0.001
[plot]
plotevery = 10
"""
from stick.fiber.config import FiberConfigManager
from stick.yarn.config import YarnConfigManager
from stick.lib.utils.utils import set_outputdir
cfgf1 = FiberConfigManager.get_instance('tmpfiber1.ini', realdatastr=ini_fiber1)
cfgf2 = FiberConfigManager.get_instance('tmpfiber2.ini', realdatastr=ini_fiber2)
cfg = YarnConfigManager.get_instance('tmpyarn.ini', realdatastr=ini_yarn)
if not os.path.isdir('temp'):
os.mkdir('temp')
set_outputdir('temp')
#create a 2D grid for simulate DEET diffusion process
from stick.yarn2d.yarn2dmodel import Yarn2DModel
Yarn2DModel(cfg)
print 'calculate DEET diffusion'
raw_input('Press key to quit the calculation')
#create outputdir if not existing
if not os.path.isdir(outputdir):
os.mkdir(outputdir)
#create outputdir for this run, remove if existing
outputdir = outputdir + os.sep + os.path.basename(inifile)
#determine whether we make a new file for yarn2d or read the old file; the
#default value is 'False', which means the new file will be generated when
#the programme runs
read_old_file = cfg.get('general.read')
if not read_old_file:
if not os.path.isdir(outputdir):
os.mkdir(outputdir)
else:
shutil.rmtree(outputdir)
os.mkdir(outputdir)
set_outputdir(outputdir)
#store the ini file in the outputdir so the experiment can be repeated
shutil.copy(inifile, outputdir)
else:
set_outputdir(outputdir)
print "ready to read the old file"
if writeini:
print "Writing out ini file cleaned.ini to outputdir %s" % outputdir
cfg.save(outputdir + os.sep + 'cleaned.ini')
sys.exit()
if not hasattr(cfg, 'onlymesh'):
cfg.onlymesh = onlymesh
#create the correct model, and run it
from stick.yarn2d.yarn2dmodel import Yarn2DModel