def on_match_isolated(self, e):
"""
Match the peaks in self.pks to possible combination of isolated rows of oligomers in the oligomerlist.
Uses ud.make_isolated_match function.
Populated the matchlistbox with the results of the matching.
:param e: Unused event
:return: None
"""
oligos = self.oligomerlistbox.list.get_list()
try:
tolerance = float(self.ctlmatcherror.GetValue())
except ValueError:
tolerance = None
oligomasslist, oligonames = ud.make_isolated_match(oligos)
matchlist = ud.match(self.pks,
oligomasslist,
oligonames,
tolerance=tolerance)
self.matchlistbox.list.populate(matchlist[0], matchlist[1],
matchlist[2], matchlist[3])
def on_match_all(self, e):
"""
Match the peaks in self.pks to all possible combination of oligomers in the oligomerlist.
Uses ud.make_all_matches function.
Populated the matchlistbox with the results of the matching.
:param e: Unused event
:return: None
"""
oligos = self.oligomerlistbox.list.get_list()
try:
tolerance = float(self.ctlmatcherror.GetValue())
except ValueError:
tolerance = None
oligomasslist, oligonames = ud.make_all_matches(oligos)
if ud.isempty(oligomasslist):
print("ERROR: Need to specify the Potential Oligomers")
return
matchlist = ud.match(self.pks,
oligomasslist,
oligonames,
tolerance=tolerance)
self.matchlistbox.list.populate(matchlist[0], matchlist[1],
matchlist[2], matchlist[3])