def test_ctor(self):
from openpyxl.chart import Axis, Legend
from openpyxl.drawing import Drawing
c = Chart(None, None)
eq_(c.type, None)
eq_(c.grouping, None)
assert_true(isinstance(c.x_axis, Axis))
assert_true(isinstance(c.y_axis, Axis))
assert_true(isinstance(c.legend, Legend))
eq_(c.show_legend, True)
eq_(c.lang, 'fr-FR')
eq_(c.title, '')
eq_(c.print_margins, {
'b': .75,
'l': .7,
'r': .7,
't': .75,
'header': 0.3,
'footer': .3
})
assert_true(isinstance(c.drawing, Drawing))
eq_(c.width, .6)
eq_(c.height, .6)
eq_(c.margin_top, c._get_max_margin_top())
eq_(c.margin_left, 0)
eq_(c._shapes, [])
def test_computer_xmin_xmax(self):
c = Chart(None, None)
s = Serie(self.range, xvalues=self.range)
c._series.append(s)
c._compute_xmin_xmax()
eq_(c.x_axis.max, 2.0)
eq_(c.x_axis.unit, 1.0)
def test_mymin(self):
c = Chart()
eq_(c.mymin(range(10)), 0)
from string import ascii_letters as letters
eq_(c.mymin(list(letters)), "A")
eq_(c.mymin(range(-10, 1)), -10)
eq_(c.mymin([""] * 10), "")
def test_compute_series_max_dates(self):
ws = self.make_worksheet()
for i in range(1, 10):
ws.append([date(2013, i, 1)])
c = Chart()
ref = Reference(ws, (0, 0), (9, 0))
series = Serie(ref)
c._series.append(series)
mini, maxi = c._get_extremes()
eq_(mini, 0)
eq_(maxi, 41518.0)
def test_ctor(self):
from openpyxl.chart import Axis, Legend
from openpyxl.drawing import Drawing
c = Chart(None, None)
eq_(c.type, None)
eq_(c.grouping, None)
assert_true(isinstance(c.x_axis, Axis))
assert_true(isinstance(c.y_axis, Axis))
assert_true(isinstance(c.legend, Legend))
eq_(c.show_legend, True)
eq_(c.lang, 'fr-FR')
eq_(c.title, '')
eq_(c.print_margins,
{'b':.75, 'l':.7, 'r':.7, 't':.75, 'header':0.3, 'footer':.3}
)
assert_true(isinstance(c.drawing, Drawing))
eq_(c.width, .6)
eq_(c.height, .6)
eq_(c.margin_top, c._get_max_margin_top())
eq_(c.margin_left, 0)
eq_(c._shapes, [])
def test_get_min_margin_left(self):
c = Chart(None, None)
c._series.append(self.range)
eq_(c._get_min_margin_left(), 1.2857142857142858)
def test_get_max_margin_top(self):
c = Chart(None, None)
eq_(c._get_max_margin_top(), 0.21250000000000005)
def test_compute_min_max(self):
c = Chart(None, None)
c._series.append(self.range)
c._compute_min_max()
eq_(c.y_axis.max, 2.0)
eq_(c.y_axis.unit, 1.0)
def test_get_y_char(self):
c = Chart(None, None)
c._series.append(self.range)
eq_(c.get_y_chars(), 1)
def test_get_y_unit(self):
c = Chart(None, None)
c._series.append(self.range)
c.y_axis.max = 10
eq_(c.get_y_units(), 109728.0)
def test_get_x_unit(self):
c = Chart(None, None)
c._series.append(self.range)
eq_(c.get_x_units(), 10)
def test_mymax(self):
c = Chart(None, None)
eq_(c.mymax(range(10)), 9)
from string import letters
eq_(c.mymax(list(letters)), "z")
def test_set_margin_left(self):
c = Chart()
c._series.append(self.range)
c.margin_left = 0
eq_(c.margin_left, 0.03375)
def test_set_margin_top(self):
c = Chart()
c.margin_top = 1
eq_(c.margin_top, 0.31)
def test_compute_series_extremes(self):
c = Chart()
c._series.append(self.range)
mini, maxi = c._get_extremes()
eq_(mini, 0)
eq_(maxi, 1.0)
