def objects_rows(self):
for i, row in enumerate(self.rows):
bg = next_bg()
r = Row()
r.append(
FString(
'{:0{}d}'.format(i + 1, self.id_size),
size=self.id_size + COLUMN_SEPARATOR,
fg='cyan',
bg=bg,
align='l',
), )
for col in self.cols:
field_value = getattr(row, col.key)
r.append(
FString(
field_value,
size=col.max_len + COLUMN_SEPARATOR,
fg='red' if field_value == '?' else '',
bg=bg,
align=col.align,
), )
yield r
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 titles_row(self):
r = Row()
r.append(
FString(
self.ID,
size=self.id_size + COLUMN_SEPARATOR,
fg='black',
bg='white',
align='l',
fx=['underline', ''],
), )
for col in self.cols:
r.append(
FString(
col.title,
size=col.max_len +
COLUMN_SEPARATOR if col.max_len else col.max_len,
fg='black',
bg='white',
fx=['underline', ''],
align=col.align,
))
return r
def __repr__(self):
''' prints string notes matching given key '''
string_line = Row()
mode = self.mode if self.mode else ChromaticScale(*self.tuning)
for f, note in enumerate(
mode.spell(
note_count=self.frets + 1,
start_note=self.tuning,
yield_all=True,
)):
fret_value = ''
if note:
note_fg = 'green' if note**mode.root else 'magenta'
fret_value = '{}{}{}'.format(
FString(note.chr, size=1, fg=note_fg, fx=['']),
FString(note.repr_alt, size=0, fg=note_fg, fx=['']),
FString(
note.repr_oct if self.verbose > 0 else '',
size=1,
fg=note_fg,
fx=['faint'],
),
)
# APPEND NOTE_INFO
string_line.append(
FString(
fret_value,
size=_NOTE_WIDTH - 1 if f == 0 else _NOTE_WIDTH,
align='cr',
))
# APPEND FRET
string_line.append(
FString(
'║' if f % 12 == 0 else '│',
size=_FRET_WIDTH,
# fg='blue',
# fx=['faint'],
))
if f == self.frets:
break
return str(string_line)
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 selection(self, message):
# retro(message, 'yellow')
r = Row(
FString(
message,
size=self.tui_width,
fg='black',
bg='white',
fx=['underline', ''],
align='l',
)).echo('raw')
return self.rows[interact(max=len(self.rows))]
def __repr__(self):
''' prints first octave of MusicNote items '''
spell_line = Row()
for d in self.spell(note_count=None, yield_all=False):
spell_line.append(FString(d, size=5))
return str(spell_line)
def __repr__(self):
''' prints string notes matching given key '''
string_line = Row()
mode = self.mode if self.mode else ChromaticScale(*self.tuning)
for f, note in enumerate(
mode.spell(
note_count=self.frets + 1,
start_note=self.tuning,
yield_all=True,
)):
fret_value = ''
if note:
note_fg = 'green' if note**mode.root else 'magenta'
if self.show_degrees:
for d in mode.allowed_degrees():
if note**mode[d]:
fret_value = FString(
'{} '.format(d if d != 1 else 'R'),
size=3,
fg=note_fg,
align='r',
)
break
else:
fret_value = '{}{}{}'.format(
FString(
note.chr,
size=1,
fg=note_fg,
fx=[''],
),
FString(
note.repr_alt,
size=0,
fg=note_fg,
fx=[''],
),
FString(
note.repr_oct if self.verbose > 0 else '',
size=1,
fg=note_fg,
fx=['faint'],
),
)
# APPEND MUSICNOTE DATA
string_line.append(
FString(
fret_value,
size=_NOTE_WIDTH,
align='cr',
))
# APPEND FRET SYMBOL
string_line.append(
FString(
'║' if f % 12 == 0 else '│',
size=_FRET_WIDTH,
# fg='blue',
# fx=['faint'],
))
if f == self.frets:
break
return str(string_line)
self.ignore = ignore_values
if __name__ == '__main__':
rc = -1
SEARCH_QUERY = ' '.join(sys.argv[1:])
results = search_ug(SEARCH_QUERY)
if not results or not len(results):
raise Exception
FString(
'"{}": {} tabs reported - {} tabs found'.format(
SEARCH_QUERY.title(),
999,
len(results),
),
fg='magenta',
fx=['reverse'],
).echo('retro')
selected_artist = AutoTui(
rows=sort_by_artist(results),
cols=[
Field('artist_name', 'Artist'),
Field('songs', 'Tabs', align='r'),
],
).selection('Choose an Artist:')
FString(selected_artist.artist_name, fg='magenta').echo('retro')
