class Test_FirstColumnDirection(unittest.TestCase):
path = 'test_data.csv'
df = pd.read_csv(path, index_col='date', na_values='null')
scale_one_hundred = scalefuncs.chart_scale_one_hundred()
scale_percent = scalefuncs.chart_scale_percent(1,
100,
percent=6,
ndigits=2)
scale_traditional = scalefuncs.chart_scale_traditional(1, 100)
scale_fixed_boxsize = scalefuncs.chart_scale_fixed_boxsize(min_value=5,
max_value=100,
box_size=5)
# x_traditional x_percent x_100 x_101 o_traditional o_percent o_100
def test_x_column(self):
direction = datadefs.Direction.X
self.assertEqual(
direction,
scalefuncs.getFirstColumnDirection(self.df, 'x_traditional',
self.scale_traditional))
def test_o_column(self):
direction = datadefs.Direction.O
def test_undefined_column(self):
direction = datadefs.Direction.Undefined
"""
class Test_FirstColumnDirection(unittest.TestCase):
path = 'test_data_one_hundred_X.csv'
df = pd.read_csv(path, index_col='date', na_values='null')
scale_one_hundred = scalefuncs.chart_scale_one_hundred()
scale_percent = scalefuncs.chart_scale_percent(1,
100,
percent=6,
ndigits=2)
scale_traditional = scalefuncs.chart_scale_traditional(1, 100)
scale_fixed_boxsize = scalefuncs.chart_scale_fixed_boxsize(min_value=5,
max_value=100,
box_size=5)
def test_chart_scale_one_hundred(self):
self.assertEqual(scalefuncs.chart_scale_one_hundred(),
[float(x) for x in range(0, 101, 2)])
def set_chart_scale_one_hundred(self):
if self.scale_type != ScaleType.Undefined:
raise RuntimeError('This chart has already been setup.')
self.scale_type = ScaleType.OneHundred
self.scale = scalefuncs.chart_scale_one_hundred()