ComplexNumberConverter
ComplexNumberConverter
is a Python package that allows users to convert the real and imaginary parts of complex numbers into integers or floating-point numbers. This package can be useful when handling complex numbers and you need to separate or manipulate their components in different formats.
Features
- Convert the real and imaginary parts of a complex number into integers.
- Convert the real and imaginary parts of a complex number into floats.
Installation
You can install the package directly from PyPI using pip:
pip install my_complex_converter
Usage
Once you’ve installed the package, you can start using it by importing the Convert
class from the package.
Example
Here is a simple example to demonstrate how to use the package:
from my_complex_converter import Convert
# Input a complex number
num = 3.5 + 4.8j
# Create an instance of the Convert class
converter = Convert(num)
# Convert the real and imaginary parts to integers
real_part_int, imag_part_int = converter.complex_to_int()
print(f"Real part (int): {real_part_int}")
print(f"Imaginary part (int): {imag_part_int}")
# Convert the real and imaginary parts to floats
real_part_float, imag_part_float = converter.complex_to_float()
print(f"Real part (float): {real_part_float}")
print(f"Imaginary part (float): {imag_part_float}")
Output:
Real part (int): 3
Imaginary part (int): 4
Real part (float): 3.5
Imaginary part (float): 4.8
Required Dependencies
This package has no additional dependencies beyond Python’s standard library. However, it works best with Python 3.6 or higher
.
List of required Python packages:
Python (>=3.6): The package is compatible with Python 3.6 and above.
License
This package is licensed under the MIT License
. See the LICENSE file for more information.
Contact Information
If you have any issues or feedback, feel free to open an issue on the GitHub repository.