(round_up_to_nearest_even_number(3.1)) # 👉️ 4 print(round_up_to_nearest_even_number(8.6)) # 👉️ 10 # --- # ✅ round a number DOWN to the nearest even number def round_down_to_nearest_even_number(num): return math.floor(num / 2) * 2 print(round_down_to_nearest_...
# 需要导入模块: from blivet.size import Size [as 别名]# 或者: from blivet.size.Size importroundToNearest[as 别名]deftestRoundToNearest(self):self.assertEqual(size.ROUND_DEFAULT, size.ROUND_HALF_UP) s = Size("10.3 GiB") self.assertEqual(s.roundToNearest(GiB), Size("10 GiB")) self.a...
Round to nearest, ties to even – rounds to the nearest value; if the number falls midway it ...
ROUND_HALF_DOWN (to nearest with ties going towards zero), ROUND_HALF_EVEN (to nearest with ties going to nearest even integer), ROUND_HALF_UP (to nearest with ties going awayfromzero),orROUND_UP (awayfromzero). ROUND_05UP (awayfromzeroiflast digit after rounding towards zero would have bee...
ROUND_HALF_UP (to nearest with ties going awayfromzero),orROUND_UP (awayfromzero). ROUND_05UP (awayfromzeroiflast digit after rounding towards zero would have been 0or5; otherwise towards zero) 直接阅读上面的解释十分抽象,下面我结合例子来解释一下在正负数不同的情况下 他们究竟有着什么样的行为 ...
+ 10 use round() 11th Jan 2021, 2:39 PM Steven Wen + 8 keorapetse Moagi , it depends what exactly is mentioned in the task description. When it says: <... rounded up to the nearest whole number>, you should use math.ceil(). this is working like this: from math import ceil ...
I would not suggest using the round() method to get the nearest integer, it is because the round() method uses banker's rounds, which can give an expected (for normal use) result. For example: round(2.5) # 2 round(2.5, 0) # 2.0 This post has info about that issue. To get the...
freemarker中的round、floor和ceiling数字的舍入处理 1、简易说明(1)round:四舍五入(2)floor:向下取整(3)ceiling:向上取整 2、举例说明...中的round、floor和ceiling数字的舍入处理--> <#--
Rounding numbers enables you to remove the decimal portion of a float. You can choose to always round up to the nearest whole number by using ceil, or down by using floor.Python Copy from math import ceil, floor round_up = ceil(12.5) print(round_up) round_down = floor(12.5) print(...
round_object(obj, digits=0, use_copy=False), which rounds all numbers inobjtodigitsdecimal places floor_object(obj, use_copy=False), which rounds all numbers inobjdown to the nearest integer ceil_object(obj, use_copy=False), which rounds all numbers inobjup to the nearest integer ...