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Upload 3 files
Browse files- app.py +116 -0
- model.joblib +3 -0
- requirements.txt +1 -0
app.py
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import os
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import uuid
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import joblib
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import json
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import gradio as gr
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import pandas as pd
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from huggingface_hub import CommitScheduler
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from pathlib import Path
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import pandas as pd
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import numpy as np
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import matplotlib.pyplot as plt
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import seaborn as sns
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from warnings import filterwarnings
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filterwarnings('ignore')
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log_file = Path("logs/") / f"data_{uuid.uuid4()}.json"
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log_folder = log_file.parent
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scheduler = CommitScheduler(
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repo_id="machine-failure-logs",
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repo_type="dataset",
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folder_path=log_folder,
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path_in_repo="data",
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every=2
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)
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health_status_predictor = joblib.load('model.joblib')
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Latitude = gr.Number(label='Latitude')
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Longitude = gr.Number(label='Longitude')
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DBH = gr.Number(label='DBH')
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Tree_Height = gr.Number(label='Tree_Height')
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Crown_Width_North_South = gr.Number(label='Crown_Width_North_South')
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Crown_Width_East_West = gr.Number(label='Crown_Width_East_West')
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Slope = gr.Number(label='Slope')
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Elevation = gr.Number(label='Elevation')
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Temperature = gr.Number(label='Temperature')
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Humidity = gr.Number(label='Humidity')
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Soil_TN = gr.Number(label='Soil_TN')
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Soil_TP = gr.Number(label='Soil_TP')
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Soil_AP = gr.Number(label='Soil_AP')
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Soil_AN = gr.Number(label='Soil_AN')
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Menhinick_Index = gr.Number(label='Menhinick_Index')
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Gleason_Index = gr.Number(label='Gleason_Index')
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Fire_Risk_Index = gr.Number(label='Fire_Risk_Index')
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model_output = gr.Label(label="Health Status")
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def predict_health_status(Latitude, Longitude, DBH, Tree_Height, Crown_Width_North_South, Crown_Width_East_West, Slope, Elevation, Temperature, Humidity, Soil_TN, Soil_TP, Soil_AP, Soil_AN, Menhinick_Index, Gleason_Index, Fire_Risk_Index):
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sample = {
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'Latitude': Latitude,
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'Longitude': Longitude,
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'DBH': DBH,
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'Tree_Height': Tree_Height,
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'Crown_Width_North_South': Crown_Width_North_South,
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'Crown_Width_East_West': Crown_Width_East_West,
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'Slope': Slope,
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'Elevation': Elevation,
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'Temperature': Temperature,
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'Humidity': Humidity,
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'Soil_TN': Soil_TN,
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'Soil_TP': Soil_TP,
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'Soil_AP': Soil_AP,
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'Soil_AN': Soil_AN,
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'Menhinick_Index': Menhinick_Index,
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'Gleason_Index': Gleason_Index.
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'Fire_Risk_Index': Fire_Risk_Index
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}
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data_point = pd.DataFrame([sample])
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prediction = health_status_predictor.predict(data_point).tolist()
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with scheduler.lock:
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with log_file.open("a") as f:
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f.write(json.dumps(
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{
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'Latitude': Latitude,
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'Longitude': Longitude,
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'DBH': DBH,
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'Tree_Height': Tree_Height,
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'Crown_Width_North_South': Crown_Width_North_South,
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'Crown_Width_East_West': Crown_Width_East_West,
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'Slope': Slope,
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'Elevation': Elevation,
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'Temperature': Temperature,
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'Humidity': Humidity,
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'Soil_TN': Soil_TN,
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'Soil_TP': Soil_TP,
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'Soil_AP': Soil_AP,
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'Soil_AN': Soil_AN,
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'Menhinick_Index': Menhinick_Index,
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'Gleason_Index': Gleason_Index,
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'Fire_Risk_Index': Fire_Risk_Index,
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'prediction': prediction[0]
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}
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))
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f.write("\n")
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return prediction[0]
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demo = gr.Interface(
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fn=predict_health_status,
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inputs=[Latitude, Longitude, DBH, Tree_Height, Crown_Width_North_South, Crown_Width_East_West, Slope, Elevation, Temperature, Humidity, Soil_TN, Soil_TP, Soil_AP, Soil_AN, Menhinick_Index, Gleason_Index, Fire_Risk_Index],
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outputs=model_output,
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title="Health Status Predictor",
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description="This API allows you to predict the health status of a Tree",
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allow_flagging="auto",
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concurrency_limit=8
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)
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demo.queue()
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demo.launch(share=False)
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model.joblib
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version https://git-lfs.github.com/spec/v1
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oid sha256:cd88a95d898fdfeaa52814163167680b1069d479b399777f32c33fb800a9e6c2
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size 4550
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requirements.txt
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scikit-learn==1.2.2
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