mathemagic
A Module containing a lot of general and commonly used mathematical functions written in Python.
Key Features
- Commonly used and required mathematics operation in your finger tips.
- Many new functions are being added regularly.
- Proper error handling.
- Easy to use.
- Optimised in both speed and memory.
Installing
Python 3.x is recommended, but you can also install it on python2.x
To install the module, you can just run the following command:
# Linux/macOS (Replace python3 with python to install for python2.x)
python3 -m pip install -U mathemagic
# Windows
pip install -U mathemagic
python3 -m pip install -U mathemagic
# Windows
pip install -U mathemagic
To install the development version, do the following:
$ git clone https://github.com/FireHead90544/mathemagic
$ cd mathemagic
$ python3 -m pip install -U .
$ cd mathemagic
$ python3 -m pip install -U .
Quick Example
import mathemagic
mathemagic.pi(4) # Returns 3.1415, the value of pi till 4 digits after decimal.
mathemagic.even(140) # Returns True, as 140 is an even number.
mathemagic.calculate("100 + 200 - 150") # Returns 150, tries calculating the expression given.
mathemagic.factorial(5) # Returns 120 as 5! = 120, returns the factorial of a given number.
mathemagic.prime(20) # Returns False, as 20 is not a prime number, returns True/False based upon the number is prime or not.
mathemagic.pi(4) # Returns 3.1415, the value of pi till 4 digits after decimal.
mathemagic.even(140) # Returns True, as 140 is an even number.
mathemagic.calculate("100 + 200 - 150") # Returns 150, tries calculating the expression given.
mathemagic.factorial(5) # Returns 120 as 5! = 120, returns the factorial of a given number.
mathemagic.prime(20) # Returns False, as 20 is not a prime number, returns True/False based upon the number is prime or not.
You can find more examples in the documentation.
Links
README.rst template taken from discord.py's README.rst