import os from odysseus import imageio, imageprocess from odysseus.fitfermions import fit_img, find_ellipticity dirname = 'datafiles' #dirname = 'c:\\Data\\2008-12-12' # double backslashes on windows # import a single image (for finding each TIF file in a directory, # see example_filetools.py) fname = 'raw9.11.2008 7;35;23 PM.TIF' img_name = os.path.join(dirname, fname) rawframes = imageio.import_rawframes(img_name) #calculate the transmission and OD images transimg, odimg = imageprocess.calc_absimage(rawframes) # set the ROI transimg = transimg[120:350, 50:275] # find the ellipticity if the expansion is not spherically symmetric ellip = find_ellipticity(transimg) # do the fit (this pops up an image, unless you set showfig=False) ToverTF, N, ans = fit_img(transimg, elliptic=(ellip, 0), showfig=True)
def test_find_ellipticity(self):
tol = 2e-3
assert find_ellipticity(self.img, tol=tol) - self.ellip < tol
def test_find_ellipticity(self):
tol = 2e-3
assert find_ellipticity(self.img, tol=tol) - self.ellip < tol
import os from odysseus import imageio, imageprocess from odysseus.fitfermions import fit_img, find_ellipticity dirname = 'datafiles' #dirname = 'c:\\Data\\2008-12-12' # double backslashes on windows # import a single image (for finding each TIF file in a directory, # see example_filetools.py) fname = 'raw9.11.2008 7;35;23 PM.TIF' img_name = os.path.join(dirname, fname) rawframes = imageio.import_rawframes(img_name) #calculate the transmission and OD images transimg, odimg = imageprocess.calc_absimage(rawframes) # set the ROI transimg = transimg[120:350, 50:275] # find the ellipticity if the expansion is not spherically symmetric ellip = find_ellipticity(transimg) # do the fit (this pops up an image, unless you set showfig=False) ToverTF, N, ans = fit_img(transimg, elliptic=(ellip, 0), showfig=True)
