def generate_efforts(n=10, tags=["a","b"], times=[1,2], default_swept_area=lambda: 1, default_hours_fished=lambda: 1): efforts = [] # Get gears. gears = generate_gears() # Get cells. cells = habitat_util.generate_cells(n/2 + 1) for i in range(n): cell_i = cells[i % len(cells)] gear_i = gears[i % len(gears)] time = times[i % len(times)] o = Effort( cell = cell_i, time = time, gear = gear_i, tag = tags[i % len(tags)], swept_area = default_swept_area(), hours_fished = default_hours_fished() ) efforts.append(util_registry.get_or_register_object(o,id_func=lambda obj: id(obj))) return efforts
def test(self): habitat_types = habitat_util.generate_habitat_types() habitats = habitat_util.generate_habitats(10) cells = habitat_util.generate_cells(10) self.failUnless(True)
def generate_results(n=10, tags=["a", "b"]): results = [] # Get gears. gears = fishing_util.generate_gears() # Get features. features = habitat_util.generate_features(n) # Get cells. cells = habitat_util.generate_cells(n/2 + 1) for i in range(n): cell_i = cells[i % len(cells)] gear_i = gears[i % len(gears)] feature_i = features[i % len(features)] o = Result( time = i, cell = cell_i, habitat_type = cell_i.habitats[0].habitat_type, gear = gear_i, feature = feature_i, field = "field_%s" % i, tag = tags[i % len(tags)], value = i ) results.append(util_registry.get_or_register_object(o,id_func=lambda obj: id(obj))) return results
def __init__(self, num_cells=10):
self.cells = {}
n = 0
for c in habitat_util.generate_cells(num_cells, default_area = lambda: (1000.0 * 100)**2 ):
c.id = n
c.type='km100'
self.cells[n] = c
n += 1
def test(self): s = self.session # Drop/Create tables. sa_metadata.metadata.drop_all(s.bind) sa_metadata.metadata.create_all(s.bind) # Generate test cell cell = habitat_util.generate_cells(1).pop() # Add to the session and commit. s.merge(cell) s.commit() cells = s.query(Cell).all() self.failUnless(True)