def configure_score(score, reading_index, tefer_index):
reading_number = reading_index + 1
tefer_number = tefer_index + 1
instrument_names = reading_index_to_instrument_names(reading_index)
pnd = Fraction(1, 16)
score.spacing.proportional_notation_duration = pnd
score.spacing.uniform_stretching = True
score.spacing.strict_note_spacing = True
score.meter.stencil = False
score.bar_number.transparent = True
score.beam.auto_beaming = False
score.stem.stencil = False
score.text_script.staff_padding = 2
for staff, instrument_name in zip(
iterate.naive_forward_in(score, Staff), instrument_names):
staff.name = instrument_name.capitalize()
if staff.name == 'Cello':
staff.clef.forced = Clef('bass')
lilypond_file = lilytools.make_basic_lilypond_file(score)
lilypond_file.layout.indent = 0
lilypond_file.layout.ragged_right = True
lilypond_file.paper.top_margin = 10
lilypond_file.paper.print_page_number = False
lilypond_file.paper.oddFooterMarkup = Markup(
r'\fill-line { "désir - reading %s, tefer %s" } ' % (
reading_number, tefer_number))
lilypond_file.paper.minimal_page_breaking = True
lilypond_file.paper.ragged_bottom = True
lilypond_file.paper.ragged_last_bottom = True
lilypond_file.global_staff_size = 14
lilypond_file.default_paper_size = '11x17', 'landscape'
return score
def apply_instrumentation_to_section_array(array, reading_index):
names = reading_index_to_instrument_names(reading_index)
for row, name in zip(array.rows, names):
row.name = name
instrument_range = instrument_name_to_instrument_range(name)
row.pitch_range = instrument_range
def fit_best_pitches_to_reading(score, reading_index):
instrument_names = reading_index_to_instrument_names(reading_index)
instrument_names = [x.capitalize() for x in instrument_names]
voice_leading_array = merge_for_reading(reading_index)
for instrument_name, voice_leading_row in zip(instrument_names, voice_leading_array.rows):
fit_best_pitches_to_instrument_reading(score, voice_leading_row, reading_index, instrument_name)