def test_ticker_accepts_number_sequences():
a = bma.Axis(ticker=[-10, 0, 10, 20.7])
assert isinstance(a.ticker, FixedTicker)
assert a.ticker.ticks == [-10, 0, 10, 20.7]
a = bma.Axis()
a.ticker = [-10, 0, 10, 20.7]
assert isinstance(a.ticker, FixedTicker)
assert a.ticker.ticks == [-10, 0, 10, 20.7]
def test_axis_label_accepts_string_with_dollar_signs() -> None:
a = bma.Axis(axis_label=PlainText(r"$\sin(x+6)$"))
assert isinstance(a.axis_label, PlainText)
assert a.axis_label.text == r"$\sin(x+6)$"
def test_axis_label_accepts_math_text_with_constructor_arg_and_dollar_signs(
) -> None:
a = bma.Axis(axis_label=TeX(r"$\sin(x+4)$"))
assert isinstance(a.axis_label, MathText)
assert a.axis_label.text == r"$\sin(x+4)$"
def test_axis_label_accepts_math_text_with_declaration_and_dollar_signs(
) -> None:
a = bma.Axis(axis_label=TeX(text=r"$\sin(x+3)$"))
assert isinstance(a.axis_label, MathText)
assert a.axis_label.text == r"$\sin(x+3)$"
def test_axis_label_accepts_math_text_with_declaration() -> None:
a = bma.Axis(axis_label=TeX(text=r"\sin(x+2)"))
assert isinstance(a.axis_label, MathText)
assert a.axis_label.text == r"\sin(x+2)"
def test_axis_label_with_delimiters_do_not_convert_to_math_text_model(
) -> None:
a = bma.Axis(axis_label=r"$$\sin(x+1)$$")
assert isinstance(a.axis_label, str)
assert a.axis_label == r"$$\sin(x+1)$$"
