def _get_markup(self):
left_markup = self._get_left_markup()
equal = Markup('=')
right_space = Markup.hspace(-0.5)
right_markup = self._get_right_markup()
markup = left_markup + equal + right_space + right_markup
return markup
def _get_markup(self):
result = self._get_compact_output()
if result is None:
left_markup = self._get_left_markup()
equal = Markup("=")
right_space = Markup.hspace(-0.5)
right_markup = self._get_right_markup()
markup = left_markup + equal + right_space + right_markup
else:
markup = Markup(rf"\markup {result}", literal=True)
return markup
def markup(self) -> typing.Optional[Markup]:
r"""
Gets markup of color fingering.
.. container:: example
First color fingering:
>>> fingering = abjad.ColorFingering(1)
>>> print(format(fingering.markup, 'lilypond'))
\markup {
\override
#'(circle-padding . 0.25)
\circle
\finger
1
}
>>> abjad.show(fingering.markup) # doctest: +SKIP
.. container:: example
Second color fingering:
>>> fingering = abjad.ColorFingering(2)
>>> print(format(fingering.markup, 'lilypond'))
\markup {
\override
#'(circle-padding . 0.25)
\circle
\finger
2
}
>>> abjad.show(fingering.markup) # doctest: +SKIP
"""
if self.number is None:
return None
markup = Markup(str(self.number))
markup = markup.finger()
markup = markup.circle()
markup = markup.override(("circle-padding", 0.25))
return markup
def markup(self) -> typing.Optional[Markup]:
r"""
Gets markup of color fingering.
.. container:: example
First color fingering:
>>> fingering = abjad.ColorFingering(1)
>>> print(format(fingering.markup, 'lilypond'))
\markup {
\override
#'(circle-padding . 0.25)
\circle
\finger
1
}
>>> abjad.show(fingering.markup) # doctest: +SKIP
.. container:: example
Second color fingering:
>>> fingering = abjad.ColorFingering(2)
>>> print(format(fingering.markup, 'lilypond'))
\markup {
\override
#'(circle-padding . 0.25)
\circle
\finger
2
}
>>> abjad.show(fingering.markup) # doctest: +SKIP
"""
if self.number is None:
return None
markup = Markup(str(self.number))
markup = markup.finger()
markup = markup.circle()
markup = markup.override(("circle-padding", 0.25))
return markup
def _get_markup(self):
result = self._get_compact_output()
if result is None:
left_markup = self._get_left_markup()
equal = Markup("=")
right_space = Markup.hspace(-0.5)
right_markup = self._get_right_markup()
markup = left_markup + equal + right_space + right_markup
else:
markup = Markup(rf"\markup {result}", literal=True)
return markup
def _get_lilypond_format_bundle(self, component=None):
bundle = LilyPondFormatBundle()
bundle.grob_overrides.append(
"\\once \\override Accidental.stencil = ##f\n"
"\\once \\override AccidentalCautionary.stencil = ##f\n"
"\\once \\override Arpeggio.X-offset = #-2\n"
"\\once \\override NoteHead.stencil = #ly:text-interface::print\n"
r"\once \override NoteHead.text = \markup {" + "\n"
"\t\\filled-box #'(-0.6 . 0.6) #'(-0.7 . 0.7) #0.25\n"
"}")
if not self.hide:
if self.include_black_keys and self.include_white_keys:
string = r"\center-align \concat { \natural \flat }"
elif self.include_black_keys:
string = r"\center-align \flat"
else:
string = r"\center-align \natural"
markup = Markup(string, direction=self.markup_direction)
markup_format_pieces = markup._get_format_pieces()
bundle.after.markup.extend(markup_format_pieces)
return bundle
def _get_markup(self):
if self.custom_markup is not None:
return self.custom_markup
duration_log = int(math.log(self.reference_duration.denominator, 2))
stem_height = 1
markup = Markup.abjad_metronome_mark(
duration_log,
self.reference_duration.dot_count,
stem_height,
self.units_per_minute,
)
return markup
def markup(self) -> Markup:
r"""
Gets markup of string contact point.
.. container:: example
Sul ponticello:
>>> indicator = abjad.StringContactPoint('sul ponticello')
>>> abjad.show(indicator.markup) # doctest: +SKIP
.. docs::
>>> abjad.f(indicator.markup)
\markup {
\caps
S.P.
}
.. container:: example
Sul tasto:
>>> indicator = abjad.StringContactPoint('sul tasto')
>>> abjad.show(indicator.markup) # doctest: +SKIP
.. docs::
>>> abjad.f(indicator.markup)
\markup {
\caps
S.T.
}
"""
string = self._contact_point_abbreviations[self.contact_point]
string = string.title()
markup = Markup(string)
markup = markup.caps()
return markup
def _get_lilypond_format_bundle(self, component=None):
bundle = LilyPondFormatBundle()
bundle.grob_overrides.append(
"\\once \\override Accidental.stencil = ##f\n"
"\\once \\override AccidentalCautionary.stencil = ##f\n"
"\\once \\override Arpeggio.X-offset = #-2\n"
"\\once \\override NoteHead.stencil = #ly:text-interface::print\n"
r"\once \override NoteHead.text = \markup {" + "\n"
"\t\\filled-box #'(-0.6 . 0.6) #'(-0.7 . 0.7) #0.25\n"
"}"
)
if not self.hide:
if self.include_black_keys and self.include_white_keys:
string = r"\center-align \concat { \natural \flat }"
elif self.include_black_keys:
string = r"\center-align \flat"
else:
string = r"\center-align \natural"
markup = Markup(string, direction=self.markup_direction)
markup_format_pieces = markup._get_format_pieces()
bundle.after.markup.extend(markup_format_pieces)
return bundle
def __init__(
self,
markup: typing.Union[str, Markup] = 'instrument name',
*,
context: str = 'Staff',
format_slot: str = 'before',
) -> None:
assert isinstance(context, str), repr(context)
self._context = context
assert isinstance(format_slot, str), repr(format_slot)
self._format_slot = format_slot
if isinstance(markup, str):
markup = Markup(markup)
assert isinstance(markup, Markup), repr(markup)
self._markup = markup
def markup(self) -> Markup:
r"""
Gets markup of bow contact point.
.. container:: example
One quarter of the way from frog to point:
>>> indicator = abjad.BowContactPoint((1, 4))
>>> print(format(indicator.markup, 'lilypond'))
\markup {
\center-align
\vcenter
\fraction
1
4
}
>>> abjad.show(indicator.markup) # doctest: +SKIP
.. container:: example
Three fifths of the way from frog to point:
>>> indicator = abjad.BowContactPoint((3, 5))
>>> print(format(indicator.markup, 'lilypond'))
\markup {
\center-align
\vcenter
\fraction
3
5
}
>>> abjad.show(indicator.markup) # doctest: +SKIP
"""
if self.contact_point is None:
contact_point = Multiplier(0, 1)
else:
contact_point = self.contact_point
markup = Markup.fraction(
contact_point.numerator,
contact_point.denominator,
)
markup = markup.vcenter()
markup = markup.center_align()
return markup
def markup(self) -> Markup:
r"""
Gets markup of bow contact point.
.. container:: example
One quarter of the way from frog to point:
>>> indicator = abjad.BowContactPoint((1, 4))
>>> print(format(indicator.markup, 'lilypond'))
\markup {
\center-align
\vcenter
\fraction
1
4
}
>>> abjad.show(indicator.markup) # doctest: +SKIP
.. container:: example
Three fifths of the way from frog to point:
>>> indicator = abjad.BowContactPoint((3, 5))
>>> print(format(indicator.markup, 'lilypond'))
\markup {
\center-align
\vcenter
\fraction
3
5
}
>>> abjad.show(indicator.markup) # doctest: +SKIP
"""
if self.contact_point is None:
contact_point = Multiplier(0, 1)
else:
contact_point = self.contact_point
markup = Markup.fraction(
contact_point.numerator, contact_point.denominator
)
markup = markup.vcenter()
markup = markup.center_align()
return markup
def make_tempo_equation_markup(
reference_duration, units_per_minute, *, decimal=None
) -> Markup:
r"""
Makes tempo equation markup.
.. container:: example
Integer-valued metronome mark:
>>> markup = abjad.MetronomeMark.make_tempo_equation_markup(
... (1, 4),
... 90,
... )
>>> abjad.show(markup) # doctest: +SKIP
.. docs::
>>> print(format(markup))
\markup \abjad-metronome-mark-markup #2 #0 #1 #"90"
.. container:: example
Float-valued metronome mark:
>>> markup = abjad.MetronomeMark.make_tempo_equation_markup(
... (1, 4),
... 90.1,
... )
>>> abjad.show(markup) # doctest: +SKIP
.. docs::
>>> print(format(markup))
\markup \abjad-metronome-mark-markup #2 #0 #1 #"90.1"
.. container:: example
Rational-valued metronome mark:
>>> markup = abjad.MetronomeMark.make_tempo_equation_markup(
... abjad.Duration(1, 4),
... abjad.Fraction(272, 3),
... )
>>> abjad.show(markup) # doctest: +SKIP
.. docs::
>>> print(format(markup))
\markup \abjad-metronome-mark-mixed-number-markup #2 #0 #1 #"90" #"2" #"3"
"""
reference_duration_ = Duration(reference_duration)
log = reference_duration_.exponent
dots = reference_duration_.dot_count
stem = 1
if isinstance(
units_per_minute, Fraction
) and not mathtools.is_integer_equivalent_number(units_per_minute):
if decimal:
decimal_: typing.Union[float, str]
if decimal is True:
decimal_ = float(units_per_minute)
else:
assert isinstance(decimal, str), repr(decimal)
decimal_ = decimal
markup = Markup(
r"\markup \abjad-metronome-mark-markup"
f' #{log} #{dots} #{stem} #"{decimal_}"',
literal=True,
)
else:
nonreduced = NonreducedFraction(units_per_minute)
base = int(nonreduced)
remainder = nonreduced - base
n, d = remainder.pair
markup = Markup(
r"\markup \abjad-metronome-mark-mixed-number-markup"
f" #{log} #{dots} #{stem}"
f' #"{base}" #"{n}" #"{d}"',
literal=True,
)
else:
markup = Markup(
r"\markup \abjad-metronome-mark-markup"
f' #{log} #{dots} #{stem} #"{units_per_minute}"',
literal=True,
)
return markup
