def _spoken_representation(message):
"""
Returns 2 lines of spoken representation of a message
like:
M O R S E C O D E
(space) -- --- .-. ... . (space) -.-. --- -.. .
"""
lst_lst_char = _split_message(message)
s = _spoken_representation_L1(lst_lst_char)
s += '\n' + _spoken_representation_L2(lst_lst_char)
return s
def _spoken_representation(message):
"""
Returns 2 lines of spoken representation of a message
like:
M O R S E C O D E
(space) -- --- .-. ... . (space) -.-. --- -.. .
"""
lst_lst_char = _split_message(message)
s = _spoken_representation_L1(lst_lst_char)
s += '\n' + _spoken_representation_L2(lst_lst_char)
return s
def _timing_char(message):
"""
>>> message = 'MORSE CODE'
>>> _timing_char(message)
'M------ O---------- R------ S---- E C---------- O---------- D------ E'
"""
s = ''
inter_symb = ' '
inter_char = ' ' * 3
inter_word = inter_symb * 7
for i, word in enumerate(_split_message(message)):
if i >= 1:
s += inter_word
for j, c in enumerate(word):
if j != 0:
s += inter_char
s += _char_to_string_binary(c, align=ALIGN.LEFT)
return s
def _timing_char(message):
"""
>>> message = 'MORSE CODE'
>>> _timing_char(message)
'M------ O---------- R------ S---- E C---------- O---------- D------ E'
"""
s = ''
inter_symb = ' '
inter_char = ' ' * 3
inter_word = inter_symb * 7
for i, word in enumerate(_split_message(message)):
if i >= 1:
s += inter_word
for j, c in enumerate(word):
if j != 0:
s += inter_char
s += _char_to_string_binary(c, align=ALIGN.LEFT)
return s
