def load_test_data_ivs():
"""Import data from test/data to construct our intervals"""
result = {}
# pprint(ivs_names())
names = ivs_names()
pbar = ProgressBar(len(names))
print("Importing test data...")
for module in names:
pbar()
iv_tuples = from_import('test.data.' + module, 'data')
result[module] = [Interval(*item) for item in iv_tuples]
return result
def create_trees():
"""
Makes a dict of callables that create the trees named.
"""
pbar = ProgressBar(len(intervals.ivs))
print('Creating trees from interval lists...')
trees = {}
for name, ivs in intervals.ivs.items():
pbar()
module = from_import('test.data', name)
if hasattr(module, 'tree'):
trees[name] = module.tree
else:
trees[name] = IntervalTree(ivs).copy
return trees
def create_trees():
"""
Makes a dict of callables that create the trees named.
"""
pbar = ProgressBar(len(intervals.ivs))
print('Creating trees from interval lists...')
trees = {}
for name, ivs in intervals.ivs.items():
pbar()
module = from_import('test.data', name)
if hasattr(module, 'tree'):
trees[name] = module.tree
else:
trees[name] = IntervalTree(ivs).copy
return trees
