class CatalogueCompleteness(object):
'''A separate object for storing completeness information'''
def __init__(self, input_catalogue, source_polygon=None,
shallow_depth=None, deep_depth=None, polygon_buffer=None):
'''Initialise completeness class'''
self.source_geometry = source_polygon
self.completeness_table = None
self.upper_depth = shallow_depth
self.lower_depth = deep_depth
# Cut catalogue to source geometry
if isinstance(source_polygon, Polygon):
catalogue_selector = Selector(input_catalogue)
self.catalogue = catalogue_selector.select_within_polygon(
source_polygon,
distance = polygon_buffer,
upper_depth = self.upper_depth,
lower_depth = self.lower_depth)[0]
else:
self.catalogue = deepcopy(input_catalogue)
self.model = Completeness()
self.completeness_table = None
self.valid_config = False
def get_completeness_table(self, config, is_valid=False):
'''Applies completeness algorithms'''
self.valid_config = is_valid
self.completeness_table = self.model.analysis(self.catalogue,
config,
self.valid_config)
def __init__(self, input_catalogue, source_polygon=None,
shallow_depth=None, deep_depth=None, polygon_buffer=None):
'''Initialise completeness class'''
self.source_geometry = source_polygon
self.completeness_table = None
self.upper_depth = shallow_depth
self.lower_depth = deep_depth
# Cut catalogue to source geometry
if isinstance(source_polygon, Polygon):
catalogue_selector = Selector(input_catalogue)
self.catalogue = catalogue_selector.select_within_polygon(
source_polygon,
distance = polygon_buffer,
upper_depth = self.upper_depth,
lower_depth = self.lower_depth)[0]
else:
self.catalogue = deepcopy(input_catalogue)
self.model = Completeness()
self.completeness_table = None
self.valid_config = False
