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Streamlit for Data Science

You're reading from   Streamlit for Data Science Create interactive data apps in Python

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Product type Paperback
Published in Sep 2023
Publisher Packt
ISBN-13 9781803248226
Length 300 pages
Edition 2nd Edition
Languages
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Author (1):
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Tyler Richards Tyler Richards
Author Profile Icon Tyler Richards
Tyler Richards
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Table of Contents (15) Chapters Close

Preface 1. An Introduction to Streamlit 2. Uploading, Downloading, and Manipulating Data FREE CHAPTER 3. Data Visualization 4. Machine Learning and AI with Streamlit 5. Deploying Streamlit with Streamlit Community Cloud 6. Beautifying Streamlit Apps 7. Exploring Streamlit Components 8. Deploying Streamlit Apps with Hugging Face and Heroku 9. Connecting to Databases 10. Improving Job Applications with Streamlit 11. The Data Project – Prototyping Projects in Streamlit 12. Streamlit Power Users 13. Other Books You May Enjoy
14. Index

Utilizing a pre-trained ML model in Streamlit

Now that we have our model, we want to load it (along with our mapping function as well) into Streamlit. In our file, penguins_streamlit.py, that we created before, we will again use the pickle library to load our files using the following code. We use the same functions as before, but instead of wb, we use the rb parameter, which stands for read bytes. To make sure these are the same Python objects that we used before, we will use the st.write() function that we are so familiar with already to check:

import streamlit as st
import pickle
rf_pickle = open('random_forest_penguin.pickle', 'rb')
map_pickle = open('output_penguin.pickle', 'rb')
rfc = pickle.load(rf_pickle)
unique_penguin_mapping = pickle.load(map_pickle)
st.write(rfc)
st.write(unique_penguin_mapping)

As with our previous Streamlit apps, we run the following code in the terminal to run our app:

streamlit run penguins_streamlit...
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