import gradio as gr import pandas as pd from sklearn.model_selection import train_test_split from sklearn.ensemble import RandomForestClassifier #Loading the dataset df = pd.read_csv('data/one_data.csv') x_train, x_test, y_train, y_test = train_test_split(df.drop('CLASS', axis=1), df['CLASS'], test_size=0.2, random_state=42) # Create a random forest classifier rfc = RandomForestClassifier() # Training the model using the training data rfc.fit(x_train, y_train) # Predicting the Loan Approval Status #rfc_pred = rfc.predict(x_test) def ml_model(a, b, c, d, e, f, g, h, i, j, k, l): test_data = [[a, b, c, d, e, f, g, h, i, j, k, l]] rfc_pred = rfc.predict(test_data)[0] # rfc.predict() gives data in a nested list. So selecting list at 0th index dict = { 0: "Acetic Acid", 1: "Acetone", 2: "Ammonia", 3: "Ethanol", 4: "Formic Acid", 5: "Hydrochloric Acid", 6: "Hydrogen Peroxide", 7: "Phosphoric Acid", 8: "Sodium Hypochlorite", 9: "Sulphuric Acid", 10: "Waste water" } class_name = f"Class : {dict[rfc_pred]}" return f"{class_name}\n\nThank You For Using Our Model 😊 !!" demo = gr.Interface( fn=ml_model, inputs=[ gr.Textbox(label="PLATINUM_78kHz_RESISTANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="GOLD_78kHz_RESISTANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="PLATINUM_200Hz_RESISTANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="PLATINUM_200Hz_CAPACITANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="GOLD_200Hz_RESISTANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="GOLD_200Hz_CAPACITANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="COPPER_200Hz_RESISTANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="COPPER_200Hz_CAPACITANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="SILVER_200Hz_RESISTANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="SILVER_200Hz_CAPACITANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="NICKEL_200Hz_RESISTANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), gr.Textbox(label="NICKEL_200Hz_CAPACITANCE", placeholder="Enter data here..", elem_id="tbox", type='text'), ], outputs="text", title="Aqua 💧Alert
" " a ML Model which can predict contaminants present in the waste water", description="
★ Some examples are present at the bottom for your convenience (visit website)
", theme=gr.themes.Soft(), css=""" .gradio-container {background-color: #daeefe} #tbox { background-color : teal !important; } #tbox textarea {background-color: black; font-size : 15px; color : white; font-weight : bold; !important;} #title-first {color:#034782; font-size : 50px; border-style: solid; border-color: black !important;} #title-second {color:#034782; font-size : 50px !important;} #title-desc {color : black; text-align: center; font-size : 15px !important;} #title-desc:hover {background-color : yellow !important;} #desc-info {font-size : 12px; color: black; font-weight : bold; text-align: center !important;} #a-tag { color : black !important;} #a-tag:hover { text-decoration : none !important; } """, examples=[ [2292.000, 13980.000, 1206.0000, -523.000, 4698.000, -3925.0000, 6757.0000, -3263.0000, 11269.000, -3596.000, 14611.000, -1492.000], [3506, 16706, 22694, -4568, 14771, -2786, 15861, -1989, 15082, -2095, 17293, -133], [3230, 16109, 19895, -6970, 7621, -3032, 14481, -2957, 13919, -3001, 16518, -2134], [1506, 12770, 17221, -10802, 2017,-1800, 7413,-2530, 5279, -2600, 3073,-3492 ], [3044, 15856, 20114, -5594, 6915, -2732, 15199, -2292, 14491, -2392, 16643, -1362] ] ) demo.launch(inline=False)