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- Jupyter Notebook 99.9%
- Python 0.1%
- Created README.md to provide an overview and usage instructions for the repository. - Added main.py with a simple main function for demonstration purposes. - Updated pyproject.toml with a detailed project description. - Added requirements.txt to specify dependencies (numpy and pandas). |
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| 14_2_calibration_transfer.ipynb | ||
| 14_3_calibration_update.ipynb | ||
| main.py | ||
| pyproject.toml | ||
| README.md | ||
| requirements.txt | ||
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Supporting calculations for Chapter 14: Calibration Transfer
This repository supports Chapter 14 Calibration transfer of the BOOK FINAL NAME, showing some of the calculations used in the notebooks.
The goal is to provide readers a place to inspect details, experiment with data, and work with calibration transfer and update methods.
Main files
14_2_calibration_transfer.ipynb: notebook about calibration transfer.14_3_calibration_update.ipynb: notebook about calibration update.
How to use
- Open this repository in Jupyter Notebook, JupyterLab, or VS Code.
- Install dependencies:
python -m pip install -r requirements.txt - Run the cells step by step.
- Change parameters and rerun to explore the behavior of the calculations.
Educational purpose
- Show the full steps behind the Chapter 14 results.
- Allow readers to experiment with models and methods.
- Enable practical exploration of calibration transfer and update.
Requirements
- Python 3.11+
- numpy
- pandas
Note
This repository is intended as a companion to the book. If you access it from a QR code or link, use the notebooks to deepen your understanding of the examples shown in the text.