
- Python 3 Basic Tutorial
- Python 3 - Home
- What is New in Python 3
- Python 3 - Overview
- Python 3 - Environment Setup
- Python 3 - Basic Syntax
- Python 3 - Variable Types
- Python 3 - Basic Operators
- Python 3 - Decision Making
- Python 3 - Loops
- Python 3 - Numbers
- Python 3 - Strings
- Python 3 - Lists
- Python 3 - Tuples
- Python 3 - Dictionary
- Python 3 - Date & Time
- Python 3 - Functions
- Python 3 - Modules
- Python 3 - Files I/O
- Python 3 - Exceptions
- Python 3 Advanced Tutorial
- Python 3 - Classes/Objects
- Python 3 - Reg Expressions
- Python 3 - CGI Programming
- Python 3 - Database Access
- Python 3 - Networking
- Python 3 - Sending Email
- Python 3 - Multithreading
- Python 3 - XML Processing
- Python 3 - GUI Programming
- Python 3 - Further Extensions
- Python 3 Useful Resources
- Python 3 - Questions and Answers
- Python 3 - Quick Guide
- Python 3 - Tools/Utilities
- Python 3 - Useful Resources
- Python 3 - Discussion
- Selected Reading
- UPSC IAS Exams Notes
- Developer's Best Practices
- Questions and Answers
- Effective Resume Writing
- HR Interview Questions
- Computer Glossary
- Who is Who
Python 3 - modf() Method
Description
The modf() method returns the fractional and integer parts of x in a two-item tuple. Both parts have the same sign as x. The integer part is returned as a float.
Syntax
Following is the syntax for the modf() method
import math math.modf( x )
Note − This function is not accessible directly, so we need to import the math module and then we need to call this function using the math static object.
Parameters
x − This is a numeric expression.
Return Value
This method returns the fractional and integer parts of x in a two-item tuple. Both the parts have the same sign as x. The integer part is returned as a float.
Example
The following example shows the usage of the modf() method.
#!/usr/bin/python3 import math # This will import math module print ("math.modf(100.12) : ", math.modf(100.12)) print ("math.modf(100.72) : ", math.modf(100.72)) print ("math.modf(119) : ", math.modf(119)) print ("math.modf(math.pi) : ", math.modf(math.pi))
Output
When we run the above program, it produces the following result −
math.modf(100.12) : (0.12000000000000455, 100.0) math.modf(100.72) : (0.7199999999999989, 100.0) math.modf(119) : (0.0, 119.0) math.modf(math.pi) : (0.14159265358979312, 3.0)
python_numbers.htm
Advertisements