def get_objective_name_cziread(filename): czi = CziFile(filename) namelst = [] valuelst = [] # get root tree of CZI metadata (uses ElementTree) for elem in czi.metadata.getiterator(): namelst.append(elem.tag) valuelst.append(elem.text) # get the channel descriptions try: ids = misc.find_index_byname(namelst, 'ObjectiveName') objname = misc.get_entries(valuelst, ids) except: objname = 'n.a.' czi.close()
def get_objective_name_cziread(filename): czi = CziFile(filename) namelst = [] valuelst = [] # get root tree of CZI metadata (uses ElementTree) for elem in czi.metadata.getiterator(): namelst.append(elem.tag) valuelst.append(elem.text) # get the channel descriptions try: ids = misc.find_index_byname(namelst, 'ObjectiveName') objname = misc.get_entries(valuelst, ids) except: objname = 'na' czi.close()
def get_metainfo_channel_description(filename): try: czi = CziFile(filename) namelst = [] valuelst = [] # get root tree of CZI metadata (uses ElementTree) for elem in czi.metadata.getiterator(): namelst.append(elem.tag) valuelst.append(elem.text) # get the channel descriptions ids = misc.find_index_byname(namelst, 'Description') chdescript = misc.get_entries(valuelst, ids) czi.close() except: chdescript = 'n.a.' return chdescript
def get_metainfo_channel_description(filename): try: czi = CziFile(filename) namelst = [] valuelst = [] # get root tree of CZI metadata (uses ElementTree) for elem in czi.metadata.getiterator(): namelst.append(elem.tag) valuelst.append(elem.text) # get the channel descriptions ids = misc.find_index_byname(namelst, 'Description') chdescript = misc.get_entries(valuelst, ids) czi.close() except: chdescript = 'na' return chdescript