Decimal#as_integer_ratio() : as_integer_ratio() is a Decimal class method which returns the exponent after shifting out the coefficient’s rightmost digits until only the lead digit remains : as a pair (n, d)
Syntax: Decimal.as_integer_ratio()
Parameter: Decimal values
Return: the exponent after shifting out the coefficient’s rightmost digits until only the lead digit remains : as a pair (n, d)
Code #1 : Example for as_integer_ratio() method
# Python Program explaining # as_integer_ratio() method # loading decimal library from decimal import * # Initializing a decimal value a = Decimal( - 1 ) b = Decimal( '0.142857' ) # printing Decimal values print ( "Decimal value a : " , a) print ( "Decimal value b : " , b) # Using Decimal.as_integer_ratio() method print ( "\n\nDecimal a with as_integer_ratio() method : " , a.as_integer_ratio()) print ( "Decimal b with as_integer_ratio() method : " , b.as_integer_ratio()) |
Output :
Decimal value a : -1 Decimal value b : 0.142857 Decimal a with as_integer_ratio() method : (-1, 1) Decimal b with as_integer_ratio() method : (142857, 1000000)
Code #2 : Example for as_integer_ratio() method
# Python Program explaining # as_integer_ratio() method # loading decimal library from decimal import * # Initializing a decimal value a = Decimal( '-3.14' ) b = Decimal( '321e + 5' ) # printing Decimal values print ( "Decimal value a : " , a) print ( "Decimal value b : " , b) # Using Decimal.as_integer_ratio() method print ( "\n\nDecimal a with as_integer_ratio() method : " , a.as_integer_ratio()) print ( "Decimal b with as_integer_ratio() method : " , b.as_integer_ratio()) |
Output :
Decimal value a : -3.14 Decimal value b : 3.21E+7 Decimal a with as_integer_ratio() method : (-157, 50) Decimal b with as_integer_ratio() method : (32100000, 1)
Attention geek! Strengthen your foundations with the Python Programming Foundation Course and learn the basics.
To begin with, your interview preparations Enhance your Data Structures concepts with the Python DS Course.