cbcreator/cbcreator.py
def autowrap(text, width, draw, font):
    """ Word-wrap text to a fixed width
    text: the text to be wrapped
    width: the width of every line
    draw: pillow ImageDraw object
    font: the pillow ImageFont object to be used
    returns the wrapped text.
    """
    if not text:
        return ""
    lines = text.split('\n')
    if ''.join(lines) != text:
        # Already contains LFs
        wrapped = ""
        for line in lines:
            wrapped += autowrap(line, width, draw, font)
            wrapped += '\n'
        return wrapped
    initsz = draw.textsize(text, font=font)[0]
    txtlen = len(text)
    if txtlen == 0:
        return ""
    # shouldn't split a character into two
    wraploc = initsz / width  # lines the text should be
    wraploc = round(txtlen / wraploc)  # length of every line
    # leave some spare space for the round-off
    wraploc -= 1
    resultstr = ""
    for idx in range(0, txtlen):
        # insert a LF whenever the wraploc-th char is met
        if idx % wraploc == 0 and idx != 0:
            resultstr += '\n'
        resultstr += text[idx]
    return resultstr
 Word-wrap text to a fixed width
    text: the text to be wrapped
    width: the width of every line
    draw: pillow ImageDraw object
    font: the pillow ImageFont object to be used
    returns the wrapped text.
    
Word-wrap text to a fixed width
text: the text to be wrapped
width: the width of every line
draw: pillow ImageDraw object
font: the pillow ImageFont object to be used
returns the wrapped text.
Word - wrap text to a fixed width text : the text to be wrapped width : the width of every line draw : pillow ImageDraw object font : the pillow ImageFont object to be used returns the wrapped text .
def autowrap(text, width, draw, font):
    if not text:
        return ""
    lines = text.split('\n')
    if ''.join(lines) != text:
        wrapped = ""
        for line in lines:
            wrapped += autowrap(line, width, draw, font)
            wrapped += '\n'
        return wrapped
    initsz = draw.textsize(text, font=font)[0]
    txtlen = len(text)
    if txtlen == 0:
        return ""
    wraploc = initsz / width  
    wraploc = round(txtlen / wraploc)  
    wraploc -= 1
    resultstr = ""
    for idx in range(0, txtlen):
        if idx % wraploc == 0 and idx != 0:
            resultstr += '\n'
        resultstr += text[idx]
    return resultstr
def autowrap ( text , width , draw , font ) : if not text : return "" lines = text . split ( '\n' ) if '' . join ( lines ) != text : wrapped = "" for line in lines : wrapped += autowrap ( line , width , draw , font ) wrapped += '\n' return wrapped initsz = draw . textsize ( text , font = font ) [ 0 ] txtlen = len ( text ) if txtlen == 0 : return "" wraploc = initsz / width wraploc = round ( txtlen / wraploc ) wraploc -= 1 resultstr = "" for idx in range ( 0 , txtlen ) : if idx % wraploc == 0 and idx != 0 : resultstr += '\n' resultstr += text [ idx ] return resultstr
Word-wrap text to a fixed width
text: the text to be wrapped
width: the width of every line
draw: pillow ImageDraw object
font: the pillow ImageFont object to be used
returns the wrapped text.
Word - wrap text to a fixed width text : the text to be wrapped width : the width of every line draw : pillow ImageDraw object font : the pillow ImageFont object to be used returns the wrapped text .
""" Word-wrap text to a fixed width
    text: the text to be wrapped
    width: the width of every line
    draw: pillow ImageDraw object
    font: the pillow ImageFont object to be used
    returns the wrapped text.
    """ # Already contains LFs # shouldn't split a character into two # lines the text should be # length of every line # leave some spare space for the round-off # insert a LF whenever the wraploc-th char is met
text
width
draw
font