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import streamlit as st |
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from ultralytics import YOLO |
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import tempfile |
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import pandas as pd |
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model = YOLO('best.pt') |
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st.title('Spare-it Recyclable Detection Model') |
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st.write(""" |
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This detection model is designed to identify recyclable items within images, providing high detection capabilities across 20 categories. Below are the performance metrics for specific recyclable materials. |
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""") |
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with st.expander("See Example Results"): |
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st.write("Here are some example images with detections:") |
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st.image('result1.jpg') |
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st.image('result2.jpg') |
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st.image('result3.jpg') |
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st.image('result4.jpg') |
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st.image('result5.jpg') |
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st.image('result6.jpg') |
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data = { |
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'Category': [ |
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'Overall', 'Shredded Paper', 'Metal Can', 'Aluminum Foil', 'Paper Cup', |
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'Office Paper', 'Paper Towel/Napkins/Tissue', 'Glass Bottles', 'Plastic Drink Bottle', |
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'Compostable Fiber Ware', 'Fruits And Veggies', 'Clear Plastic Cup', 'Black Plastic', |
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'Cardboard Coffee Cup Sleeve', 'Snack or Candy Bag or Wrapper', 'Plastic Lid except black', |
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'Filled Bag', 'Empty Plastic Bag', 'Clean Paper Plate', 'Shelf Stable Carton', |
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'Clean Cardboard', 'Empty Paper Bag' |
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], |
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'Total Images': [1667] * 22, |
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'Samples': [12871, 16, 1227, 58, 405, 1588, 4304, 58, 378, 244, 635, 245, 136, 74, 1018, 509, 287, 529, 43, 134, 587, 396], |
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'Precision': [0.527, 0.845, 0.79, 0.674, 0.607, 0.564, 0.562, 0.562, 0.559, 0.52, 0.518, 0.513, 0.469, 0.467, 0.462, 0.459, 0.428, 0.422, 0.416, 0.414, 0.41, 0.402], |
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'Recall': [0.451, 0.5, 0.801, 0.414, 0.568, 0.409, 0.518, 0.5, 0.574, 0.623, 0.378, 0.551, 0.485, 0.343, 0.333, 0.344, 0.37, 0.308, 0.256, 0.396, 0.419, 0.371], |
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'mAP50': [0.448, 0.5, 0.855, 0.434, 0.595, 0.437, 0.533, 0.511, 0.578, 0.593, 0.377, 0.465, 0.479, 0.363, 0.339, 0.321, 0.37, 0.279, 0.275, 0.433, 0.35, 0.328], |
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'mAP50-95': [0.315, 0.429, 0.667, 0.307, 0.44, 0.272, 0.315, 0.298, 0.386, 0.489, 0.23, 0.331, 0.367, 0.244, 0.211, 0.232, 0.248, 0.158, 0.232, 0.296, 0.256, 0.215] |
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} |
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df = pd.DataFrame(data) |
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st.dataframe(df, hide_index=True) |
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input_method = st.radio("Choose the input method:", ("Upload an Image", "Take a Picture")) |
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if input_method == "Upload an Image": |
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image_data = st.file_uploader("Upload an image", type=['jpg', 'jpeg', 'png']) |
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elif input_method == "Take a Picture": |
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image_data = st.camera_input("Take a picture") |
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if image_data is not None: |
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with tempfile.NamedTemporaryFile(delete=False, suffix='.jpg') as tmp_file: |
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tmp_file.write(image_data.getvalue()) |
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image_path = tmp_file.name |
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results = model(image_path) |
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category_names = results[0].names |
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predictions = {} |
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for box in results[0].boxes: |
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cls_id = int(box.cls) |
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conf = float(box.conf) |
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if cls_id in category_names: |
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if category_names[cls_id] in predictions: |
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predictions[category_names[cls_id]].append(conf) |
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else: |
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predictions[category_names[cls_id]] = [conf] |
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st.write(f"Total {len(results[0].boxes.cls)} objects found.") |
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for category, confidences in predictions.items(): |
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st.write(f"{len(confidences)} {category}: {['{:.2f}'.format(c) for c in confidences]}") |
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with tempfile.NamedTemporaryFile(delete=False, suffix='.jpg') as output_tmp: |
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for result in results: |
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result.save(filename=output_tmp.name) |
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st.image(output_tmp.name, caption='Predicted Image', use_column_width=True) |
