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172 def get_percentage(i, n): 173 if n == 0: 174 return '0 %' 175 else: 176 v = 100 * (1.0 * i / n) 177 return '%.1f %%' % v
47 @staticmethod 48 def percentage(part: float, whole: float) -> float: 49 """Returns percentage. 50 51 Just a normal algorithm to return the percent. 52 53 Args: 54 part -> part of the whole number 55 whole -> the whole number 56 57 Returns: 58 Returns the percentage of part to whole. 59 60 """ 61 if part <= 0 or whole <= 0: 62 return 0 63 # works with percentages 64 return 100 * float(part) / float(whole)
8 def percent_of(part, whole): 9 """What percent of ``whole`` is ``part``? 10 """ 11 # Use float to force true division. 12 return float(part * 100) / whole
93 def percent(numerator, denominator): 94 """ 95 :param numerator: float 96 Numerator of fraction 97 :param denominator: float 98 Denominator of fraction 99 :return: str 100 Fraction as percentage 101 """ 102 103 if denominator == 0: 104 out = "0" 105 else: 106 out = str(int(numerator / float(denominator) * 100)) 107 108 return out + "%"
30 @property 31 def get_percentage(self): 32 return self.percentage
12 def get_percent_output (actual_val, max_val, percent_val, **kwargs): 13 output = 0 14 a = (int(max_val) * int(percent_val))/100 15 if (int(actual_val) > a): 16 output = 1 17 18 return output
36 def percent(part, whole): 37 """Convert data to percent""" 38 return round(100 * float(part) / float(whole), PRECISION)
228 def _calc_percentage(self, format): 229 """ Compiles sizes from numbers in format, handled as percentage """ 230 winwidth = self.vim.call('winwidth', 0) 231 pattern = r'([\<\>\.\:\^])(\d+)' 232 233 def calc_percent(obj): 234 percent = round(winwidth * (int(obj.group(2)) / 100)) 235 return obj.group(1) + str(percent) 236 237 return re.sub(pattern, calc_percent, self.__formatter)