The Half-Life Module is a Python code to calculate the half-life of a substance. It implements the Drug class that allows a user to manage different drugs and their respective levels in the body considering the decay over time. This code could be useful in various applications including medicine and physics.
Make sure you have Python 3.x installed on your system.
- Clone the repository with
git clone <repository url> - Navigate to the cloned directory with
cd <repository name> - No additional dependencies to install
To use the Half-Life Module, import the Drug class in your Python code.
from farma.half_life import Drug
# Assume the drug half-life is 5 hours and the absorption time is 1 hour
drug = Drug("path/to/folder", 5, 1)
# Adding a dose of 100
# The function returns a list of drug levels for the next 720 hours
levels = drug.AddDose(100, var)
# You can also get the difference in hours between the current date and the last time a dose was added
hours = drug.CDate()
# If needed, you can reset the files
drug.Erase()This is an open project and contributions are welcome. If you want to contribute, please fork the repository and submit a pull request.
This project is licensed under the MIT License.
Remember to replace "path/to/folder" with the actual path of the folder where the drug files will be stored, and var with the correct variable in the AddDose method.
Please review the content to make sure it aligns with your code's functionality as I'm making some assumptions based on the provided code.
I hope this is helpful! If you need more assistance, don't hesitate to ask.