def show_time_summary(recall_times):
title = 'Average Recall Time'
title = Color.colorize('yellow', title)
avg = '{:.2f}s'.format(sum(recall_times) / len(recall_times))
len_old = len(avg)
avg = Color.colorize('green', avg)
content = "{} per word".format(avg).center(BANNER_BODY_WIDTH + 6)
tb = DoubleTable([[content]], title=title)
print(tb.table)
def show_meaning(color):
text = wrapped(meaning, BANNER_BODY_WIDTH - 8)
if MEANING_WIT_SYNONYM:
text += '\n'
text += '-'.join(
['' for _ in range(int(3 * BANNER_BODY_WIDTH / 5))])
text += '\n{}'.format(wrapped(synonmy, BANNER_BODY_WIDTH - 8))
#text += '\n'.join(wrap(synonmy, BANNER_BODY_WIDTH - 8))
cl = Color()
text = '\n'.join([
cl.colorize(
color,
t.encode('gb18030').center(BANNER_BODY_WIDTH -
4).decode('gb18030'))
for t in text.split('\n')
])
title = ' Meaning [{} ({})]'.format(
report, accuracy) if len(report) != 0 else None
tb = AsciiTable([[text]], title)
tx = tb.table
print(tx)
return len(tx.split('\n'))
def colorize(color, text, auto=True):
"""
A simple override of Color.colorize which sets the default auto colors value to True, since it's the more common
use case.
:param color: Color tag to use
:param text: Text to color
:param auto: Whether to apply auto colors
:return: Colored text
"""
return Color.colorize(color, text, auto)
def colorize(color, text, auto=True):
"""
A simple override of Color.colorize which sets the default auto colors value to True, since it's the more common
use case.
:param color: Color tag to use
:param text: Text to color
:param auto: Whether to apply auto colors
:return: Colored text
"""
return Color.colorize(color, text, auto)
def recall_summary(recall_bitmap):
def get_color(rate):
if rate <= 0.5: return 'red'
if rate > 0.5 and rate < 0.8: return 'yellow'
if rate >= 0.8: return 'green'
recall_num = len(np.where(recall_bitmap == 1)[0])
all_num = len(recall_bitmap)
recall_rate = float(recall_num) / all_num
cl = get_color(recall_rate)
title = Color.colorize(cl, 'Report')
color_str_a_b = Color.colorize(cl, '{}/{}'.format(recall_num, all_num))
color_str_rate = Color.colorize(cl, '{:.1f}%'.format(100 * recall_rate))
data = (['Recall Num : {}'.format(color_str_a_b).center(BANNER_BODY_WIDTH + 6)],
['Recall Rate: {}'.format(color_str_rate).center(BANNER_BODY_WIDTH + 6)])
tb = DoubleTable(data, title)
print(tb.table)
print()
def colorize(color, text, auto=True):
"""
A simple override of Color.colorize which sets the default auto colors value to True, since it's the more common
use case. When output isn't TTY just return text
:param color: Color tag to use
:param text: Text to color
:param auto: Whether to apply auto colors
:return: Colored text or text
"""
if not terminal_info()['isatty']:
return text
return Color.colorize(color, text, auto)
def colorize(color, text, auto=True):
"""
A simple override of Color.colorize which sets the default auto colors value to True, since it's the more common
use case. When output isn't TTY just return text
:param color: Color tag to use
:param text: Text to color
:param auto: Whether to apply auto colors
:return: Colored text or text
"""
if not terminal_info()['isatty']:
return text
return Color.colorize(color, text, auto)
def prompt_round_info(n_round, n_word):
title = 'Round {}'.format(n_round)
text = 'Review {} words'.format(n_word)
tx = get_inbanner_text(text,
title,
repeater='=',
body_width=BANNER_BODY_WIDTH,
fix_width=True,
canopy_switcher=(1, 1))
tx = Color.colorize('yellow', tx)
print('\n' + tx)
