def test_qt_rect_to_rect_with_q_rect_f():
rect = qt_rect_to_rect(QRectF(1.5, 2.5, 3.5, 4.5))
assert isinstance(rect, Rect)
assert rect.x == GraphicUnit(1.5)
assert rect.y == GraphicUnit(2.5)
assert rect.width == GraphicUnit(3.5)
assert rect.height == GraphicUnit(4.5)
def test_modified(self):
test_font = Font("Bravura", 12, 2, False)
modifying_family_name = test_font.modified(size=14,
weight=1,
italic=True)
assert modifying_family_name.family_name == "Bravura"
assert modifying_family_name.size == GraphicUnit(14)
assert modifying_family_name.weight == 1
assert modifying_family_name.italic is True
modifying_size = test_font.modified(family_name="Cormorant Garamond",
weight=1,
italic=True)
assert modifying_size.family_name == "Cormorant Garamond"
assert modifying_size.size == GraphicUnit(12)
assert modifying_size.weight == 1
assert modifying_size.italic is True
modifying_weight = test_font.modified(family_name="Cormorant Garamond",
size=14,
italic=True)
assert modifying_weight.family_name == "Cormorant Garamond"
assert modifying_weight.size == GraphicUnit(14)
assert modifying_weight.weight == 2
assert modifying_weight.italic is True
modifying_italic = test_font.modified(family_name="Cormorant Garamond",
size=14,
weight=2)
assert modifying_italic.family_name == "Cormorant Garamond"
assert modifying_italic.size == GraphicUnit(14)
assert modifying_italic.weight == 2
assert modifying_italic.italic is False
def test_qt_rect_to_rect_with_q_rect():
rect = qt_rect_to_rect(QRect(1, 2, 3, 4))
assert isinstance(rect, Rect)
assert rect.x == GraphicUnit(1)
assert rect.y == GraphicUnit(2)
assert rect.width == GraphicUnit(3)
assert rect.height == GraphicUnit(4)
def __post_init__(self):
super().__setattr__(
"qt_object",
QtGui.QFont(
self.family_name,
# Float font sizes can't be set in QFont's constructor,
# so set it to -1 (system default) here and set actual
# size below with setPointSizeF
-1,
self.weight if self.weight is not None else -1,
self.italic,
),
)
self.qt_object.setPointSizeF(self.size.base_value)
super().__setattr__("_qt_font_info_object",
QtGui.QFontInfo(self.qt_object))
super().__setattr__(
"_qt_font_metrics_object",
QtGui.QFontMetricsF(self.qt_object, neoscore._app_interface.view),
)
super().__setattr__("ascent",
GraphicUnit(self._qt_font_metrics_object.ascent()))
super().__setattr__(
"descent", GraphicUnit(self._qt_font_metrics_object.descent()))
super().__setattr__(
"x_height", GraphicUnit(self._qt_font_metrics_object.xHeight()))
def __init__(
self,
start: PointDef,
start_parent: GraphicObject,
end: PointDef,
end_parent: Optional[GraphicObject] = None,
):
"""
Args:
start: The position of the start-pedal mark relative to `start_parent`.
start_parent: Anchor for the start-pedal mark, which must be in a staff
or a staff itself.
end: The position of the release-pedal mark relative to `end_parent`.
end_parent: An optional anchor for the release-pedal mark. If provided,
this must be in the same staff as `start_parent`. Otherwise, this
defaults to `self`.
"""
ObjectGroup.__init__(self, start, start_parent)
Spanner2D.__init__(
self,
end if isinstance(end, Point) else Point(*end),
cast(Positioned, end_parent) if end_parent else self,
)
StaffObject.__init__(self, self.parent)
# Add opening pedal mark
# (GraphicObject init handles registration with ObjectGroup)
self.depress_mark = MusicText((GraphicUnit(0), GraphicUnit(0)),
"keyboardPedalPed",
parent=self)
self.lift_mark = MusicText(self.end_pos,
"keyboardPedalUp",
parent=self.end_parent)
def test_init(self):
mock_parent = InvisibleObject((Unit(10), Unit(11)), parent=self.staff)
test_object = MusicText((Unit(5), Unit(6)), "accidentalFlat",
mock_parent, self.font)
assert test_object.x == GraphicUnit(5)
assert test_object.y == GraphicUnit(6)
assert test_object.text == "\ue260"
assert test_object.font == self.font
assert test_object.parent == mock_parent
def test_rect_to_qt_rect_f():
qrect = rect_to_qt_rect_f(
Rect(GraphicUnit(1.2), GraphicUnit(2.2), GraphicUnit(3.2),
GraphicUnit(4.2)))
assert isinstance(qrect, QRectF)
assert qrect.x() == 1.2
assert qrect.y() == 2.2
assert qrect.width() == 3.2
assert qrect.height() == 4.2
def test_init(self):
mock_parent = InvisibleObject((Unit(10), Unit(11)), parent=None)
test_object = Text((Unit(5), Unit(6)), "testing", self.font,
mock_parent)
assert test_object.x == GraphicUnit(5)
assert test_object.y == GraphicUnit(6)
assert test_object.text == "testing"
assert test_object.font == self.font
assert test_object.parent == mock_parent
def qt_point_to_point(qt_point: Union[QPoint, QPointF]) -> Point:
"""Create a Point from a QPoint or QPointF
Args:
qt_point: The source point
Returns: Point
"""
return Point(GraphicUnit(qt_point.x()), GraphicUnit(qt_point.y()))
def test_init(self):
test_font = Font("Bravura", 12, 2, False)
assert test_font.family_name == "Bravura"
assert test_font.size == GraphicUnit(12)
assert test_font.weight == 2
assert test_font.italic is False
assert test_font._interface.family_name == "Bravura"
assert test_font._interface.size == GraphicUnit(12)
assert test_font._interface.weight == 2
assert test_font._interface.italic is False
def qt_rect_to_rect(qt_rect: Union[QRect, QRectF]) -> Rect:
"""Create a Rect from a QRect or QRectF
Args:
qt_rect (QRect or QRectF): The source rect
Returns: Rect
"""
return Rect(
GraphicUnit(qt_rect.x()),
GraphicUnit(qt_rect.y()),
GraphicUnit(qt_rect.width()),
GraphicUnit(qt_rect.height()),
)
def test_bounding_rect_of(self):
font = Font("Bravura", 12, 1, False)
rect = font.bounding_rect_of("")
assert rect == Rect(GraphicUnit(0), GraphicUnit(0), GraphicUnit(0),
GraphicUnit(0))
rect = font.bounding_rect_of("abc")
assert rect == Rect(GraphicUnit(1), GraphicUnit(-14), GraphicUnit(29),
GraphicUnit(14))
def __init__(
self,
color: ColorDef = Color("#000000"),
thickness: Optional[Unit] = None,
pattern: PenPattern = PenPattern.SOLID,
join_style: PenJoinStyle = PenJoinStyle.BEVEL,
cap_style: PenCapStyle = PenCapStyle.SQUARE,
):
"""
Args:
color (Color or init tuple): The stroke color
thickness (Unit): The stroke thickness.
A value of `0` indicates Args cosmetic pixel width.
Defaults to `constants.DEFAULT_PEN_THICKNESS`.
pattern (PenPattern): The stroke pattern.
Defaults to a solid line.
join_style (PenJoinStyle): Defaults to a bevel join
cap_style (PenCapStyle): Defaults to a square cap
"""
self._color = color_from_def(color)
self._thickness = (
thickness
if thickness is not None
else GraphicUnit(constants.DEFAULT_PEN_THICKNESS)
)
self._pattern = pattern
self._join_style = join_style
self._cap_style = cap_style
self._regenerate_interface()
def setUp(self):
neoscore.setup()
self.pen = PenInterface(
Color("#000000"),
GraphicUnit(0),
PenPattern.SOLID,
PenJoinStyle.BEVEL,
PenCapStyle.SQUARE,
)
self.brush = BrushInterface(Color("#000000"), BrushPattern.SOLID)
def __init__(self, pos, pen=None, brush=None):
super().__init__()
self._pos = pos
if pen:
self._pen = pen
else:
self._pen = PenInterface(
Color("#000000"),
GraphicUnit(0),
PenPattern.SOLID,
PenJoinStyle.BEVEL,
PenCapStyle.SQUARE,
)
if brush:
self._brush = brush
else:
self._brush = BrushInterface(Color("#000000"), BrushPattern.SOLID)
def __init__(
self,
family_name: str,
size: Union[Unit, float],
weight: Optional[int] = None,
italic: bool = False,
):
"""
Args:
family_name: The font family name
size: The size (height) of the font
weight: The font weight on a 0-100 scale, where 50 is normal,
lower numbers are lighter, and higher are darker.
If `None` (the default), a normal weight will be used.
italic: Whether or not the font is italicized
"""
self._family_name = family_name
self._size = size if isinstance(size, Unit) else GraphicUnit(size)
self._weight = weight
self._italic = italic
self._interface = FontInterface(
self.family_name, self.size, self.weight, self.italic
)
def test_qt_point_to_point_with_q_point():
point = qt_point_to_point(QPoint(1, 2))
assert isinstance(point, Point)
assert point.x == GraphicUnit(1)
assert point.y == GraphicUnit(2)
def test_convert_all_to_unit_handles_strings_correctly():
iterable = {"a": 5, "b": ["abcd", 2]}
convert_all_to_unit(iterable, GraphicUnit)
assert isinstance(iterable["b"][1], GraphicUnit)
assert iterable["b"][1] == GraphicUnit(2)
assert iterable["b"][0] == "abcd"
def test_convert_all_to_unit_dict_in_dict():
iterable = {"a": 5, "b": {6: 7}}
convert_all_to_unit(iterable, GraphicUnit)
assert isinstance(iterable["b"], dict)
assert isinstance(iterable["b"][6], GraphicUnit)
assert iterable["b"][6] == GraphicUnit(7)
def test_convert_all_to_unit_simple_dict():
iterable = {"a": 1, "b": GraphicUnit(2), "c": "h"}
convert_all_to_unit(iterable, GraphicUnit)
assert iterable["a"] == GraphicUnit(1)
def test_qt_point_to_point_with_q_point_f():
point = qt_point_to_point(QPointF(1.5, 2.5))
assert isinstance(point, Point)
assert point.x == GraphicUnit(1.5)
assert point.y == GraphicUnit(2.5)
def test_init(self):
mock_parent = InvisibleObject((Unit(10), Unit(11)), parent=None)
test_object = InvisibleObject((Unit(5), Unit(6)), parent=mock_parent)
assert test_object.x == GraphicUnit(5)
assert test_object.y == GraphicUnit(6)
assert test_object.parent == mock_parent
def test_convert_all_to_unit_list_in_list():
iterable = [5, 6, [7, 8]]
convert_all_to_unit(iterable, GraphicUnit)
assert isinstance(iterable[2], list)
assert isinstance(iterable[2][0], GraphicUnit)
assert iterable[2][0] == GraphicUnit(7)
def test_convert_all_to_unit_simple_list():
iterable = [1, GraphicUnit(2), "b"]
convert_all_to_unit(iterable, GraphicUnit)
assert iterable[0] == GraphicUnit(1)
def test_convert_all_to_unit_list_in_dict():
iterable = {"a": 5, "b": [6, 7]}
convert_all_to_unit(iterable, GraphicUnit)
assert isinstance(iterable["b"], list)
assert isinstance(iterable["b"][0], GraphicUnit)
assert iterable["b"][0] == GraphicUnit(6)
def test_convert_all_to_unit_tuple_in_dict():
iterable = {"a": 5, "b": (6, 7)}
convert_all_to_unit(iterable, GraphicUnit)
assert isinstance(iterable["b"], tuple)
assert isinstance(iterable["b"][0], GraphicUnit)
assert iterable["b"][0] == GraphicUnit(6)
def test_convert_all_to_unit_tuple_in_list():
iterable = [(5, 6), 2, 3]
convert_all_to_unit(iterable, GraphicUnit)
assert isinstance(iterable[0][0], GraphicUnit)
assert isinstance(iterable[0], tuple)
assert iterable[0][0] == GraphicUnit(5)
def test_point_to_qt_point_f():
qpoint = point_to_qt_point_f(Point(GraphicUnit(1.2), GraphicUnit(2.2)))
assert isinstance(qpoint, QPointF)
assert qpoint.x() == 1.2
assert qpoint.y() == 2.2
def test_convert_all_to_unit_dict_in_list():
iterable = [5, 6, 2, {"b": 3}]
convert_all_to_unit(iterable, GraphicUnit)
assert isinstance(iterable[3], dict)
assert isinstance(iterable[3]["b"], GraphicUnit)
assert iterable[3]["b"] == GraphicUnit(3)
def test_graphic_unit_unit_conversion(self):
assert_almost_equal(GraphicUnit(1), Unit(1))
assert_almost_equal(GraphicUnit(2), Unit(2))
