def test_type_attribute(self):
printer = xml_to_printer_object(self.xml)
expected = r'''PartPOneVoiceOne = {a'1\shortfermata }'''
result = printer.score_dict['voices']
assert trim(expected) == trim(result)
def test_type_attribute(self):
printer = xml_to_printer_object(self.xml)
expected = r'''PartPOneVoiceOne = {a'1\shortfermata }'''
result = printer.score_dict['voices']
assert trim(expected) == trim(result)
def test_rights_without_attributes(self):
rights = r'''<rights>Copyright by X.Y.</rights>'''
xml = score(rights)
printer = xml_to_printer_object(xml)
expected = r'''\header {copyright = "Copyright by X.Y." }'''
result = printer.score_dict['header']
assert trim(expected) == trim(result)
def test_rights_with_attributes(self):
rights = r'''<rights type="arrangement">X.Y.</rights>'''
xml = score(rights)
printer = xml_to_printer_object(xml)
expected = r'''\header {copyright = "Arrangement: X.Y." }'''
result = printer.score_dict['header']
assert trim(expected) == trim(result)
def test_rights_with_attributes(self):
rights = r'''<rights type="arrangement">X.Y.</rights>'''
xml = score(rights)
printer = xml_to_printer_object(xml)
expected = r'''\header {copyright = "Arrangement: X.Y." }'''
result = printer.score_dict['header']
assert trim(expected) == trim(result)
def test_rights_without_attributes(self):
rights = r'''<rights>Copyright by X.Y.</rights>'''
xml = score(rights)
printer = xml_to_printer_object(xml)
expected = r'''\header {copyright = "Copyright by X.Y." }'''
result = printer.score_dict['header']
assert trim(expected) == trim(result)
def font_size_test(self, fontsize, cmd):
from string import Template
xml = header + direction(fontsize=fontsize, fontstyle='italic') + footer
printer = xml_to_printer_object(xml)
expected = Template(r'''PartPOneVoiceOne = {| % 1 c'1
-\markup { $cmd \italic {D.S. al Coda} } }''').substitute(cmd=cmd)
result = printer.score_dict['voices']
assert trim(expected) == trim(result)
def font_size_test(self, fontsize, cmd):
from string import Template
xml = header + direction(fontsize=fontsize,
fontstyle='italic') + footer
printer = xml_to_printer_object(xml)
expected = Template(r'''PartPOneVoiceOne = {| % 1 c'1
-\markup { $cmd \italic {D.S. al Coda} } }''').substitute(cmd=cmd)
result = printer.score_dict['voices']
assert trim(expected) == trim(result)
def scaling_test(self, millimeters, tenths, page_format):
page_width, page_height = [x * (tenths / millimeters) for x in page_format]
xml = score(millimeters=millimeters,
tenths=tenths,
page_height=page_height,
page_width=page_width)
printer = xml_to_printer_object(xml)
result = printer.score_dict['paper']
return result
def test_work_number_and_work_title():
xml = score(work_number="Op. 42",
work_title="Work")
printer = xml_to_printer_object(xml)
expected = r'\header {opus = "Op. 42" title = "Work"}'
result = printer.score_dict['header']
assert trim(expected) == trim(result)
def test_notehead_color():
score = "".join([header, note_header, notehead("#FF0000"), note_footer, footer])
printer = xml_to_printer_object(score)
expected = r"""PartPOneVoiceOne = {
\clef "treble" \key c \major \time 4/4
\once \override NoteHead #'color = #(rgb-color 1.0 0.0 0.0) g'4}"""
result = printer.score_dict["voices"]
assert trim(expected) == trim(result)
def scaling_test(self, millimeters, tenths, page_format):
page_width, page_height = [
x * (tenths / millimeters) for x in page_format
]
xml = score(millimeters=millimeters,
tenths=tenths,
page_height=page_height,
page_width=page_width)
printer = xml_to_printer_object(xml)
result = printer.score_dict['paper']
return result
def test_multilined_headers():
printer = xml_to_printer_object(score)
expected = r"""
\header {
poet = \markup \column {
\line { "German: Friedrich Heinrich Ranke (1798-1876) "}
\line { "Latin: John Francis Wade (1711-1786)"} }
composer = "John Francis Wade (1711-1786)"}"""
result = printer.score_dict["header"]
assert trim(expected) == trim(result)
def test_notehead_color():
score = ''.join(
[header, note_header,
notehead('#FF0000'), note_footer, footer])
printer = xml_to_printer_object(score)
expected = r'''PartPOneVoiceOne = {
\clef "treble" \key c \major \time 4/4
\once \override NoteHead #'color = #(rgb-color 1.0 0.0 0.0) g'4}'''
result = printer.score_dict['voices']
assert trim(expected) == trim(result)
def test_multilined_headers():
printer = xml_to_printer_object(score)
expected = r'''
\header {
poet = \markup \column {
\line { "German: Friedrich Heinrich Ranke (1798-1876) "}
\line { "Latin: John Francis Wade (1711-1786)"} }
composer = "John Francis Wade (1711-1786)"}'''
result = printer.score_dict['header']
assert trim(expected) == trim(result)
def test_stem_color_and_stem_direction():
from musicxml2ly_conversion import conversion_settings
conversion_settings.convert_stem_directions = True
score = "".join([header, note_header, stem(color="#FF0000", direction="down"), note_footer, footer])
printer = xml_to_printer_object(score)
expected = r"""PartPOneVoiceOne = {
\clef "treble" \key c \major \time 4/4
\stemDown
\once \override Stem #'color = #(rgb-color 1.0 0.0 0.0) g'4 }"""
result = printer.score_dict["voices"]
assert trim(expected) == trim(result)
def test_stem_color_and_stem_direction():
from musicxml2ly_conversion import conversion_settings
conversion_settings.convert_stem_directions = True
score = ''.join([
header, note_header,
stem(color='#FF0000', direction='down'), note_footer, footer
])
printer = xml_to_printer_object(score)
expected = r'''PartPOneVoiceOne = {
\clef "treble" \key c \major \time 4/4
\stemDown
\once \override Stem #'color = #(rgb-color 1.0 0.0 0.0) g'4 }'''
result = printer.score_dict['voices']
assert trim(expected) == trim(result)
def test_breathing_sign():
printer = xml_to_printer_object(score)
expected = r'''PartOneVoiceNone = {\numericTimeSignature\time 4/4 c'8 [ d'8 ] \breathe }'''
result = printer.score_dict['voices']
assert trim(expected) == trim(result)
def test_breathing_sign():
printer = xml_to_printer_object(score)
expected = r'''PartOneVoiceNone = {\numericTimeSignature\time 4/4 c'8 [ d'8 ] \breathe }'''
result = printer.score_dict['voices']
assert trim(expected) == trim(result)
