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Decimal.remainder_near()


Definition
Return the remainder from dividing 
self by other.

Syntax
Decimal(x).remainder_near(y, context=none)

Parameters
x=Decimal
y=number

Examples
The output are:
 >>> Decimal(1).remainder_near(2)
Decimal('1')
>>> Decimal(3).remainder_near(2)
Decimal('-1')
>>> Decimal(5).remainder_near(2)
Decimal('1')
>>> Decimal(10).remainder_near(5)
Decimal('0')
>>> 
>>> Decimal(1).remainder_near(1)
Decimal('0')

The method return with the difference in the set items:
The returns are following:
from decimal import Decimal
import itertools

set1={Decimal(0.1).to_integral_value(),Decimal(1.9).to_integral_exact(),
Decimal(1.5000001).to_integral(), Decimal(10).shift(2)}
set2={Decimal(1).scaleb(0),Decimal(1).remainder_near(2),Decimal(1.0000).normalize()}

print("The decimal values of set1 are:", set1)
print("The decimal values of set2 are: ", set2)

max_set1=int(max({Decimal(0.1).to_integral_value(),Decimal(1.9).to_integral_exact(),
Decimal(1.5000001).to_integral(), Decimal(10).shift(2)}))
print("The maximum integer value in set1 is: ",max_set1)

min_set2=int(min({Decimal(1).scaleb(0),Decimal(1).remainder_near(2),Decimal(1.0000).normalize()}))
print("The minimum integer value in set2 is:",min_set2)

set3=max_set1.__add__(min_set2)
print("The set1 added by set2 is: ", set3)

set4=max_set1.__lt__(min_set2)
print("The max_set1 is lessor than min_set2:", set4)

x=set1.difference(set2)
rint("The set1 difference to set2 is :", x)

>>>
The decimal values of set1 are: {Decimal('1000'), Decimal('0'), Decimal('2')}
The decimal values of set2 are: {Decimal('1')}
The maximum integer value in set1 is: 1000
The minimum integer value in set2 is: 1
The set1 added by set2 is: 1001
The max_set1 is lessor than min_set2: False
The set1 difference to set2 is : {Decimal('1000'), Decimal('0'), Decimal('2')}
>>>


Decimal Functions



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