round()

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Introduction
Round a number to a given precision in decimal digits.

Syntax
round(number[, ndigits]) -> number

Parameters
x=number

Examples
The method returns the round value.
 >>> 
>>> round(111.01)
111

33.23 is rounded.
 >>> round(33.23)
33
>>> 

__round__
The method round the int() value.
 >>> int(33.33).__round__()
33

__inv__
The __inv__ method apply to round().
>>> operator.__inv__(round(-1.19))
0
>>> operator.__inv__(round(101.12))
-102
>>>

round(math.tan())/round(math.sin())
The method is rounded to let the operator get the value because operator does not support float.
>>> import operator
>>> import math
>>> a=round(math.tan(1))

>>> b=round(math.sin(1))
>>> operator.ixor(a,b)
3
>>>


The determined that the maximum value of set is not equal to round(.99).
import math
tuple=(math.acos(1),math.asin(.22),math.cos(-1.1), math.atan(.99))
y=max(map(lambda a: a, tuple)).__ne__(round(1.1))
print(y)
>>> 
False
>>>

round(random())
Return with round value of random.betavariate()+(random.gammavariate().
import random
x=round((random.betavariate(3,1))+(random.gammavariate(3,21)))
if x in range(1,9):
    print("The random value is single digit: ", x)
    y=input("Do you add to generate number one more time: y/n")
    if y=="y":
        print("Second random value is: ", round((random.betavariate(3,1))+(random.gammavariate(3,21))))
            elif y=="n":
                next
elif x in (range(10,99)):
    print("Random value is: ", round((random.betavariate(3,1))+(random.gammavariate(3,21))))
    z=input("Do you add to generate number one more time: y/n: ")
    if z=="y":
        print("Second random value is: ", round((random.betavariate(3,1))+(random.gammavariate(3,21))))
    elif z=="n":
        next
else:
print("Random value is: ", round((random.betavariate(3,1))+(random.gammavariate(3,21))))

round(random.lognormvariate)
The return with the round value of a|b.
import operator
import random
a=round(random.lognormvariate(4,7))
b=round(random.normalvariate(19,3))
x=operator.or_(a,b)
print(x)

>>> 
48
>>

int(round(operator.sub(a,b)))
The method returns with the for loop after finding the subtraction of random values.
import operator
import random
a=random.triangular(7,14)
b=random.uniform(2,5)
x=int(round(operator.sub(a,b)))
for i in range(x, 30):
    print(i)
    if i.__ge__(30):
        b=int(round(random.paretovariate(3)))
        print(i)

>>> 
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
>>>

round(Decimal)
The method binary bit value of a, not in b after applying the round() method to Decimal().conjugate() and Decimal().copy_abs()
import operator
from decimal import*

a=round(Decimal(33).conjugate())
b=round(Decimal(-133).copy_abs())

if operator.xor(a,b).__lt__(300):
    print(" Binary the bit set in", a, "not in" ,b, "is", operator.xor(a,b))
else:
    ValueError

>>> 
Binary the bit set in 33 not in 133 is 164
>>> 

class....: 
def.....:
.....round() 
The method return with the round() value of the parameter.
class round_value:
    def __init__(self,a):
        self.x = round(a)
        
value=33.22
z=round_value(value)
output=z.x

print(output)

>>> 
33
>>> 

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