def _bin_edges_helper(p_dict):
bin_edges = core.bin_edges(**p_dict)
assert_almost_equal(0, np.ptp(np.diff(bin_edges)))
if 'nbins' in p_dict:
nbins = p_dict['nbins']
assert_equal(nbins + 1, len(bin_edges))
if 'step' in p_dict:
step = p_dict['step']
assert_almost_equal(step, np.diff(bin_edges))
if 'range_max' in p_dict:
range_max = p_dict['range_max']
assert_true(np.all(bin_edges <= range_max))
if 'range_min' in p_dict:
range_min = p_dict['range_min']
assert_true(np.all(bin_edges >= range_min))
if 'range_max' in p_dict and 'step' in p_dict:
step = p_dict['step']
range_max = p_dict['range_max']
assert_true((range_max - bin_edges[-1]) < step)
def _bin_edges_helper(p_dict):
bin_edges = core.bin_edges(**p_dict)
assert_almost_equal(0, np.ptp(np.diff(bin_edges)))
if 'nbins' in p_dict:
nbins = p_dict['nbins']
assert_equal(nbins + 1, len(bin_edges))
if 'step' in p_dict:
step = p_dict['step']
assert_almost_equal(step, np.diff(bin_edges))
if 'range_max' in p_dict:
range_max = p_dict['range_max']
assert np.all(bin_edges <= range_max)
if 'range_min' in p_dict:
range_min = p_dict['range_min']
assert np.all(bin_edges >= range_min)
if 'range_max' in p_dict and 'step' in p_dict:
step = p_dict['step']
range_max = p_dict['range_max']
assert (range_max - bin_edges[-1]) < step
def _bin_edges_exceptions(param_dict):
core.bin_edges(**param_dict)
def _bin_edges_exceptions(param_dict):
with pytest.raises(ValueError):
core.bin_edges(**param_dict)
def _bin_edges_exceptions(param_dict):
core.bin_edges(**param_dict)
