def render_inlays(self, frets=12, verbose=1):
if not verbose:
return
dots = (3, 5, 7, 9, 12, 15, 17, 19, 21, 24, 27, 29, 31, 33, 36)
inlay_row = Row(
FString(
'',
size=self.string_n_size + _NOTE_WIDTH + _FRET_WIDTH,
align='l',
# pad='*',
), )
f = 1
while frets:
inlay_row.append(
FString(
'' if verbose == 1 and f not in dots else INLAYS[f - 1],
size=_NOTE_WIDTH + _FRET_WIDTH,
align='r'
if verbose == 2 else 'c', # high verbose needs more space
fg='cyan',
fx=['faint' if f not in dots else ''],
))
f += 1
frets -= 1
echo(inlay_row)
def render_binding(self, side, frets=12):
''' https://en.wikipedia.org/wiki/Box-drawing_character
'''
normal = {'upper': '═', 'lower': '═'}
twelve = {'upper': '╦', 'lower': '╩'}
joints = {'upper': '╤', 'lower': '╧'}
capo = {'upper': '╔', 'lower': '╚'}
final = {'upper': '╕', 'lower': '╛'}
fine = {'upper': '╗', 'lower': '╝'}
total_fret_width = _NOTE_WIDTH + _FRET_WIDTH
render = ' ' * (_NOTE_WIDTH + self.string_n_size)
render += capo[side]
for f in range(1, frets * total_fret_width + 1):
# final fret
if f == frets * total_fret_width:
if f % (total_fret_width * 12) == 0:
render += fine[side]
else:
render += final[side]
# 12th, 24th
elif f % (total_fret_width * 12) == 0:
render += twelve[side]
# fret bar joints
elif f % total_fret_width == 0:
render += joints[side]
# normal bind
else:
render += normal[side]
echo(render)
def print_mode(mode):
clr = 'blue'
mode = '{} {}'.format(
str(mode.root)[:-1],
mode.name(),
)
echo(mode, clr)
def testInvalidRoots(self):
echo('\nInvalid {}s'.format(self.major_key.__name__), 'underline')
for note in self.major_key.invalid_root_notes():
echo(
'{}{} invalid {}'.format(note.chr, note.repr_alt,
self.major_key.__name__), 'red',
'faint')
def render_string(self, s, mode, frets=12, verbose=1):
string_n = FString(s,
fg='cyan',
fx=['faint' if verbose < 1 else ''],
size=self.STRING_NUMBER_SIZE)
string = self.strings[s - 1]
string.mode = mode
string.frets = frets
string.verbose = verbose
echo(string_n + string)
def render_string(self, s, mode, frets=12, verbose=1, show_degrees=False):
string_n = FString(
s,
fg='cyan',
fx=['faint' if verbose < 1 else ''],
size=self.string_n_size,
)
string = self.strings[s - 1]
string.mode = mode
string.frets = frets
string.verbose = verbose
string.show_degrees = show_degrees
echo(string_n + string)
def testValidRoots(self):
for Scale in [self.major_key, self.minor_key]:
echo('\nValid {}s'.format(Scale.__name__), 'underline')
for note in Scale.valid_root_notes():
line = Row()
key = Scale(*note)
for d in key.spell(note_count=len(key.intervals) + 16,
yield_all=False):
line.append(
FString(
d,
size=5,
fg='blue' if not (d.oct % 2) else 'white',
))
line.echo()
def search_ug(query):
echo('Searching Pages: ', mode='raw')
results = []
for p in range(1, 11):
# DO NOT FOLLOW RE-DIRECTS...
data = get_page_data(query, page=p)
if not data:
break
data = data['store']['page']['data']
if not len(data['results']):
break
echo('{}, '.format(p), mode='raw')
results.extend(data['results'])
echo('done!')
return results
def dbg(t='Waiting...', c='magenta'):
echo(f'** {t} **', c)
input()
def retro(*args, **kwargs):
return echo(*args, **kwargs, mode='retro')
def dbg(t='Waiting...', c='magenta'):
echo('** {} **'.format(t), c)
input()
def print_instrument(instrument, tuning):
clr = 'yellow'
echo(instrument.title(), clr, 'underline', mode='raw')
echo(': ', clr, mode='raw')
echo('{} tuning'.format(tuning), clr)
