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app.py
CHANGED
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@@ -40,14 +40,15 @@ def predict_sales():
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'Store_Size': sales_data['Store_Size'],
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'Store_Location_City_Type': sales_data['Store_Location_City_Type'],
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'Store_Type': sales_data['Store_Type'],
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'Store_Age': sales_data['Store_Age']
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}
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# Convert the extracted data into a Pandas DataFrame
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input_data = pd.DataFrame([sample])
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# Make prediction (get log_sales)
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predictions = np.
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# Round predictions
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predicted_sales = round(float(predictions), 2)
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@@ -79,13 +80,13 @@ def sales_price_batch():
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store_ids = input_data_batch['Store_Id'].tolist()
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# Drop unused columns
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input_data_batch = input_data_batch.drop(['Product_Id', '
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# Apply preprocessing if needed
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# input_data_transformed = preprocessor.transform(input_data_batch)
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# predictions = model.predict(input_data_transformed)
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predictions = np.
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# Round predictions
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predicted_sales = [round(float(x), 2) for x in predictions]
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'Store_Size': sales_data['Store_Size'],
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'Store_Location_City_Type': sales_data['Store_Location_City_Type'],
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'Store_Type': sales_data['Store_Type'],
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'Store_Age': sales_data['Store_Age'],
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'Store_id': sales_data['Store_id']
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}
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# Convert the extracted data into a Pandas DataFrame
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input_data = pd.DataFrame([sample])
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# Make prediction (get log_sales)
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predictions = np.exp(model.predict(input_data)[0])
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# Round predictions
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predicted_sales = round(float(predictions), 2)
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store_ids = input_data_batch['Store_Id'].tolist()
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# Drop unused columns
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input_data_batch = input_data_batch.drop(['Product_Id', 'Store_Establishment_Year'], axis=1)
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# Apply preprocessing if needed
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# input_data_transformed = preprocessor.transform(input_data_batch)
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# predictions = model.predict(input_data_transformed)
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predictions = np.exp(model.predict(input_data_batch)) # Assuming already preprocessed or numeric
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# Round predictions
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predicted_sales = [round(float(x), 2) for x in predictions]
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