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Classifies mushroom pictures with a saved CNN model in a Gradio page, with the notebooks for scraping, training and the web app included. A learning project, not a safety tool.
Mushroom_edibility_classifier is a kit in the Education category, listed by Mindket. It is free. This is version 1, last updated on . Download it on this page, a zip of its files. Nothing in it runs by itself.
pip install -U huggingface_hub hf download inigosarralde/mushroom_edibility_classifier --repo-type space --local-dir mushroom_edibility_classifier cd mushroom_edibility_classifier
This Gradio app classifies mushroom images for edibility, going by its name. The repository holds a saved model file, model.h5, and three numbered notebooks named for web scraping, a CNN model and the web app. An image archive and an interface folder come with it.
It suits students and developers who want to see how an image classifier project goes from data collection to a web page. It is a learning example. It is not a way to decide whether a wild mushroom is safe to eat.
| Industry | Who uses it | How they use it | Example |
|---|---|---|---|
| Education | Machine learning students | Follow a project from scraping to model to app | Read the three notebooks in order |
| Software | Python developers | Study how a saved model is served with Gradio | Open app.py next to model.h5 |
| Research | Hobby data scientists | Try an image classifier on a nature topic | Run an example picture through the app |
You can skip it if you want advice on picking or eating mushrooms, since the record gives no accuracy figures and no safety claims.
| Use case | Who | What they get back |
|---|---|---|
| Try the classifier | Anyone curious | The model's label for a picture |
| Study the notebooks | Students | Scraping, CNN and web app steps in order |
| Reuse as a base | Developers | A Gradio app that serves a saved model |
pip install -U huggingface_hub hf download inigosarralde/mushroom_edibility_classifier --repo-type space --local-dir mushroom_edibility_classifier cd mushroom_edibility_classifier pip install gradio pip install -r requirements.txt python app.py
Online, open the Space and use the controls on its page. On your own machine, run the main file from the Space folder, then use the page it serves. The record does not list the controls, so look at the page.
python app.py
You open the Space and give it a mushroom picture. The app returns the model's label for it. Treat that label as a demo output only, because the record gives no accuracy figures.
An image classifier looks at a picture and picks the label that fits best. Start by opening the Space and reading the three notebooks to see how the project was built.
If you know the field, the notebooks suggest a scraped image set, a convolutional network saved as an .h5 file and a Gradio front end. Edibility is a high-stakes label and the record gives no validation figures, so the model cannot back real decisions.
Classifies mushroom pictures with a saved CNN model in a Gradio page, with the notebooks for scraping, training and the web app included. A learning project, not a safety tool.
Made by inigosarralde on Hugging Face. These notes are Mindket's, written from its Space page and README; the app's own files and license are on Hugging Face.
What it is: This Gradio app classifies mushroom images for edibility, going by its name. The repository holds a saved model file, model.h5, and three numbered notebooks named for web scraping, a CNN model and the web app. An image archive and an interface folder come with it.
Who it suits: It suits students and developers who want to see how an image classifier project goes from data collection to a web page. It is a learning example. It is not a way to decide whether a wild mushroom is safe to eat.
Industry | Who uses it | How they use it | Example
Education | Machine learning students | Follow a project from scraping to model to app | Read the three notebooks in order
Software | Python developers | Study how a saved model is served with Gradio | Open app.py next to model.h5
Research | Hobby data scientists | Try an image classifier on a nature topic | Run an example picture through the app
You can skip it if you want advice on picking or eating mushrooms, since the record gives no accuracy figures and no safety claims.
Where to use it:
Use case | Who | What they get back
Try the classifier | Anyone curious | The model's label for a picture
Study the notebooks | Students | Scraping, CNN and web app steps in order
Reuse as a base | Developers | A Gradio app that serves a saved model
How to set it up:
pip install -U huggingface_hub
hf download inigosarralde/mushroom_edibility_classifier --repo-type space --local-dir mushroom_edibility_classifier
cd mushroom_edibility_classifier
pip install gradio
pip install -r requirements.txt
python app.py
How to use it: Online, open the Space and use the controls on its page. On your own machine, run the main file from the Space folder, then use the page it serves. The record does not list the controls, so look at the page.
python app.py
Example: You open the Space and give it a mushroom picture. The app returns the model's label for it. Treat that label as a demo output only, because the record gives no accuracy figures.
For newcomers and experts: An image classifier looks at a picture and picks the label that fits best. Start by opening the Space and reading the three notebooks to see how the project was built.
If you know the field, the notebooks suggest a scraped image set, a convolutional network saved as an .h5 file and a Gradio front end. Edibility is a high-stakes label and the record gives no validation figures, so the model cannot back real decisions.
Images are collected from the web
A CNN is trained and saved as model.h5
app.py loads the saved model
The Gradio page classifies your picture
Good to know:
Open the Space in your browser, or copy it to your own Hugging Face account from its page. Nothing in this kit runs by itself.
README.md 4 KB
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