def test_getNote_to_noteValue_Case_insensitive():
noteName = 'f##'
assert nc.getNoteValue(noteName.lower()) == nc.getNoteValue(
noteName.upper())
# Alternative
#myScore.show('text')
# https://web.mit.edu/music21/doc/usersGuide/usersGuide_06_stream2.html
for e3 in myScore3.recurse().notes:
# Encoding X
# Fill time
time_list.append(e3.measureNumber)
time_list.append(e3.offset)
#print("Time_list iter:", time_list)
# Encoding Y
# Fill note properties
note_property_list.append(nc.getNoteValue(e3.name))
note_property_list.append(e3.octave)
note_property_list.append(e3.duration.quarterLength)
#print("Note_property_list iter:", note_property_list)
# Create 2 dimensional array for the time list with 2 elements per row
# First index -1 creates dynamically an amount off rows based on the size of the time list
X = np.array(time_list).reshape(-1, 2)
print("X.shape",X.shape)
print(X)
# Create 2 dimension array for the note property list with 3 elements per row
# First index -1 creates dynamically an amount off rows based on the size of the note list
Y = np.array(note_property_list).reshape(-1, 3)
print("Y.shape",Y.shape)
print(Y)
def test_getNote_to_noteValue(input_NoteNameLower):
assert nc.getNoteValue(input_NoteNameLower) == 0
def import_musicxml_file_idea(scorePath, museScoreFile):
"""
Imports a musicfile in musicxml format.
This function can only process max 2 parts (= staves)
Returns numpy arrays X and Y with musical information, the key- and time signature and the smallest quarter note duration in the input musicxml file.
X contains measure number
Y contains offest in current measure
Params
scorePath a string which contains a filepath to input score
museScoreFile a string which contains the filename of the input music file
"""
myScore = m.converter.parse(scorePath + '/' + museScoreFile,
format='musicxml')
num_parts = get_number_of_parts(myScore)
print("number_of_parts:", num_parts)
# Limit max Parts that can be processed
if num_parts > 2:
sys.exit(
"Error: this program can only process max 2 parts input musicxml file!\nProgram aborted."
)
# loop over Parts
part_cnt = 0
music_info = dict()
key = ''
for p in myScore.recurse().parts:
for e in p.recurse().getElementsByClass(
'TimeSignature'): # meter.timeSignature:
print("time signature score: ", e)
used_time_signature = e # Because of grant staff only use the last
key = 'time_signature' + str(part_cnt)
print('key:', key)
music_info[key] = used_time_signature
print('music_info[key]:', music_info[key])
for e in myScore.recurse().getElementsByClass(
'KeySignature'): # meter.timeSignature:
print("key signature score: ", e)
used_key_signature = e # Because of grant staff only use the last
key = 'key_signature' + str(part_cnt)
print('key:', key)
music_info[key] = used_key_signature
print('music_info[key]:', music_info[key])
time_list = []
note_property_list = []
smallest_quarterlength = sys.float_info.max
for element in myScore.recurse().notes:
# Encoding X
# Fill time
time_list.append(element.measureNumber)
time_list.append(element.offset)
#print("Time_list iter:", time_list)
# Encoding Y
# Fill note properties
note_property_list.append(nc.getNoteValue(element.name))
note_property_list.append(element.octave)
note_property_list.append(element.duration.quarterLength)
# search smallest quarterlength
if element.duration.quarterLength < smallest_quarterlength:
smallest_quarterlength = element.duration.quarterLength
#print("Note_property_list iter:", note_property_list)
used_smallest_quarterlength = smallest_quarterlength
key = 'smallest_quarterlength' + str(part_cnt)
print('key:', key)
music_info[key] = used_smallest_quarterlength
print('music_info[key]:', music_info[key])
# Create 2 dimensional array for the time list with 2 elements per row
# First index -1 creates dynamically an amount off rows based on the size of the time list
X = np.array(time_list).reshape(-1, 2)
#print("X.shape",X.shape)
#print(X)
# put in music_info
used_X = X
key = 'X' + str(part_cnt)
print('key:', key)
music_info[key] = used_X
print('music_info[key]:', music_info[key])
# Create 2 dimension array for the note property list with 3 elements per row
# First index -1 creates dynamically an amount off rows based on the size of the note list
Y = np.array(note_property_list).reshape(-1, 3)
#print("Y.shape",Y.shape)
#print(Y)
used_Y = Y
key = 'Y' + str(part_cnt)
print('key:', key)
music_info[key] = used_Y
print('music_info[key]:', music_info[key])
part_cnt = part_cnt + 1
'''
# Get used TimeSignature of input file
for e in myScore.recurse().getElementsByClass('TimeSignature'): # meter.timeSignature:
print("time signature score: ", e)
used_time_signature = e # Because of grant staff only use the last
'''
'''
# Get used KeySignature of input file
for e in myScore.recurse().getElementsByClass('KeySignature'): # meter.timeSignature:
print("key signature score: ", e)
used_key_signature = e # Because of grant staff only use the last
'''
'''
time_list = []
note_property_list=[]
smallest_quarterlength=sys.float_info.max
'''
'''
for element in myScore.recurse().notes:
# Encoding X
# Fill time
time_list.append(element.measureNumber)
time_list.append(element.offset)
#print("Time_list iter:", time_list)
# Encoding Y
# Fill note properties
note_property_list.append(nc.getNoteValue(element.name))
note_property_list.append(element.octave)
note_property_list.append(element.duration.quarterLength)
# search smallest quarterlength
if element.duration.quarterLength < smallest_quarterlength:
smallest_quarterlength = element.duration.quarterLength
#print("Note_property_list iter:", note_property_list)
# Create 2 dimensional array for the time list with 2 elements per row
# First index -1 creates dynamically an amount off rows based on the size of the time list
X = np.array(time_list).reshape(-1, 2)
#print("X.shape",X.shape)
#print(X)
# Create 2 dimension array for the note property list with 3 elements per row
# First index -1 creates dynamically an amount off rows based on the size of the note list
Y = np.array(note_property_list).reshape(-1, 3)
#print("Y.shape",Y.shape)
#print(Y)
'''
'''
return(X, Y, used_time_signature, used_key_signature, smallest_quarterlength) # import_musicxml_file_idea
'''
return (music_info) # import_musicxml_file_idea