def make_all_by_steps_test(self):
# from larcc import VIEW, EXPLODE, MKPOLS
from larVolumeToObj.computation.pklzToSmoothObj import convert, \
makeCleaningAndSmoothing
from larVolumeToObj.computation.fileio import readFile
# from visualize import visualize
from larVolumeToObj.computation.step_triangularmesh \
import triangulate_quads
import shutil
outputdir = 'tests/tmptestmakeall'
if os.path.exists(outputdir):
shutil.rmtree(outputdir)
inputfile = 'tests/nrn4.pklz'
bordersize = [4, 2, 3]
outputdir = outputdir
outputfile = 'test_nrn4'
borderdir = outputdir + '/border'
convert(inputfile, bordersize, outputdir, borderdir=borderdir)
V, F = readFile(os.path.join(outputdir, 'stl/model-2.obj'))
F3 = triangulate_quads(F)
# visualize(V, F3)
# VIEW(EXPLODE(1.2, 1.2, 1.2)(MKPOLS((V, F3))))
V, F = makeCleaningAndSmoothing(V, F,
os.path.join(outputdir, outputfile))
F3 = triangulate_quads(F)
self.assertTrue(check_references(V, F3))
def test_real_pklz_data_visual(self):
import larVolumeToObj.computation.pklzToSmoothObj as startConversion
import shutil
from larVolumeToObj.computation.step_triangularmesh \
import triangulate_quads
from larVolumeToObj.computation.visualization \
import visualize, check_references
# from larcc import VIEW, EXPLODE, MKPOLS
outputdir = 'tests/tmptestpklz'
if os.path.exists(outputdir):
shutil.rmtree(outputdir)
V, F = startConversion.makeSmooth(
# inputfile='tests/nrn4.pklz',
inputfile='biodur_055.pklz',
# inputfile='/home/mjirik/Stažené/nrn4.pklz',
bordersize=[4, 2, 3],
outputdir=outputdir,
outputfile='test_nrn4',
visualization=False,
borderdir=outputdir + '/border'
# borderdir='tmp/border'
)
F3 = triangulate_quads(F)
visualize(V, F3, explode=True)
self.assertTrue(check_references(V, F))
def test_real_pklz_data(self):
import larVolumeToObj.computation.pklzToSmoothObj as sc
import shutil
from larVolumeToObj.computation.step_triangularmesh \
import triangulate_quads
from larVolumeToObj.computation.visualization import check_references
# from larcc import VIEW, EXPLODE, MKPOLS
outputdir = 'tests/tmptestpklz'
if os.path.exists(outputdir):
shutil.rmtree(outputdir)
V, F = sc.makeSmooth(inputfile='tests/nrn4.pklz',
bordersize=[4, 2, 3],
outputdir=outputdir,
outputfile='test_nrn4',
visualization=False,
borderdir=outputdir + '/border',
label=2
# borderdir='tmp/border'
)
F3 = triangulate_quads(F)
self.assertTrue(check_references(V, F))
self.assertTrue(check_references(V, F3))
def test_make_oriented_boundary_real_data(self):
print '1'
from larVolumeToObj.computation.pklzToSmoothObj import convert
print '2'
from larVolumeToObj.computation.fileio import readFile
print '3'
from larVolumeToObj.computation.visualization import check_references
print '4'
# from larVolumeToObj.computation.step_triangularmesh import \
# triangulate_quads
inputfile = 'tests/nrn4.pklz'
bordersize = [4, 2, 3]
outputdir = 'tests/tmptestpklz'
borderdir = 'tests/tmptestpklz/border'
convert(inputfile, bordersize, outputdir, borderdir=borderdir)
V, F = readFile(os.path.join(outputdir, 'stl/model-2.obj'))
self.assertTrue(check_references(V, F))
def test_real_data(self):
V, F = fileio.readFile(os.path.join(path_to_script, "smallbb2.obj"))
V, F = sc.makeCleaningAndSmoothing(V, F)
self.assertTrue(check_references(V, F))