def _read_models(self, element):
subelement = element.find("models")
if subelement is None:
return set()
models = set()
for subsubelement in subelement:
handler = find_parse_handler("pymontecarlo.fileformat.options.model", subsubelement)
models.add(handler.parse(subsubelement))
return models
def _read_limits(self, element):
subelement = element.find("limits")
if subelement is None:
return set()
limits = set()
for subsubelement in subelement:
handler = find_parse_handler("pymontecarlo.fileformat.options.limit", subsubelement)
limits.add(handler.parse(subsubelement))
return limits
def _read_geometries(self, element):
subelement = element.find("geometry")
if subelement is None:
return []
geometries = []
for subsubelement in subelement:
handler = find_parse_handler("pymontecarlo.fileformat.options.geometry", subsubelement)
geometries.append(handler.parse(subsubelement))
return geometries
def _read_beams(self, element):
subelement = element.find("beam")
if subelement is None:
return []
beams = []
for subsubelement in subelement:
handler = find_parse_handler("pymontecarlo.fileformat.options.beam", subsubelement)
beams.append(handler.parse(subsubelement))
return beams
def _read_detectors(self, element):
subelement = element.find("detectors")
if subelement is None:
return {}
detectors = {}
for subsubelement in subelement:
key = subsubelement.attrib["_key"]
handler = find_parse_handler("pymontecarlo.fileformat.options.detector", subsubelement)
detector = handler.parse(subsubelement)
detectors.setdefault(key, []).append(detector)
return detectors
def _read_result(self, group):
handler = find_parse_handler('pymontecarlo.fileformat.results.result', group)
return handler.parse(group)
