app.py

import gradio as gr
import pandas as pd

def calculate_proprietary_ratio(
    equity_share_capital, preference_share_capital, reserves_surplus,
    land_building, plant_machinery, factory_equipment, office_equipment,
    furniture_fixtures, motor_vehicles, computers, electrical_installations,
    construction_in_progress, machinery_under_installation,
    long_term_investments, long_term_loans_advances, security_deposits, deferred_tax_assets,
    cash_on_hand, cash_at_bank, short_term_deposits, marketable_securities,
    accounts_receivable, bills_receivable, inventory, prepaid_expenses,
    accrued_income, short_term_loans_advances, gst_input_credit
):

    # Shareholders' Funds
    total_shareholders_funds = (
        equity_share_capital + preference_share_capital + reserves_surplus
    )

    # Tangible Fixed Assets
    total_tangible_fixed_assets = (
        land_building + plant_machinery + factory_equipment + office_equipment +
        furniture_fixtures + motor_vehicles + computers + electrical_installations
    )

    # Capital Work-in-Progress
    total_cwip = construction_in_progress + machinery_under_installation

    # Financial Non-Current Assets
    total_financial_non_current_assets = (
        long_term_investments + long_term_loans_advances +
        security_deposits + deferred_tax_assets
    )

    # Current Assets
    total_current_assets = (
        cash_on_hand + cash_at_bank + short_term_deposits +
        marketable_securities + accounts_receivable + bills_receivable +
        inventory + prepaid_expenses + accrued_income +
        short_term_loans_advances + gst_input_credit
    )

    # Total Assets
    total_assets = (
        total_tangible_fixed_assets +
        total_cwip +
        total_financial_non_current_assets +
        total_current_assets
    )

    # Proprietary Ratio
    proprietary_ratio = (
        total_shareholders_funds / total_assets
        if total_assets != 0 else 0
    )

    summary = f"""
### 📊 Summary

- **Total Shareholders' Funds:** ₹ {total_shareholders_funds:,.2f}  
- **Total Tangible Fixed Assets:** ₹ {total_tangible_fixed_assets:,.2f}  
- **Total Capital Work-in-Progress:** ₹ {total_cwip:,.2f}  
- **Total Financial Non-Current Assets:** ₹ {total_financial_non_current_assets:,.2f}  
- **Total Current Assets:** ₹ {total_current_assets:,.2f}  
- **Total Assets:** ₹ {total_assets:,.2f}  

### 📈 Proprietary Ratio
**Proprietary Ratio = Shareholders' Funds / Total Assets = {proprietary_ratio:.2f}**
"""

    data = {
        "Category": [
            "Shareholders' Funds",
            "Tangible Fixed Assets",
            "Capital Work-in-Progress",
            "Financial Non-Current Assets",
            "Current Assets",
            "Total Assets"
        ],
        "Amount (₹)": [
            total_shareholders_funds,
            total_tangible_fixed_assets,
            total_cwip,
            total_financial_non_current_assets,
            total_current_assets,
            total_assets
        ]
    }

    df = pd.DataFrame(data)

    return summary, df


with gr.Blocks() as demo:
    gr.Markdown("## PROPRIETARY RATIO Calculator")

    with gr.Accordion("Shareholders' Funds", open=True):
        equity_share_capital = gr.Number(label="Equity Share Capital", value=0)
        preference_share_capital = gr.Number(label="Preference Share Capital", value=0)
        reserves_surplus = gr.Number(label="Reserves & Surplus", value=0)

    with gr.Accordion("Tangible Fixed Assets", open=False):
        land_building = gr.Number(label="Land & Building", value=0)
        plant_machinery = gr.Number(label="Plant & Machinery", value=0)
        factory_equipment = gr.Number(label="Factory Equipment", value=0)
        office_equipment = gr.Number(label="Office Equipment", value=0)
        furniture_fixtures = gr.Number(label="Furniture & Fixtures", value=0)
        motor_vehicles = gr.Number(label="Motor Vehicles", value=0)
        computers = gr.Number(label="Computers", value=0)
        electrical_installations = gr.Number(label="Electrical Installations", value=0)

    with gr.Accordion("Capital Work-in-Progress", open=False):
        construction_in_progress = gr.Number(label="Construction in Progress", value=0)
        machinery_under_installation = gr.Number(label="Machinery under Installation", value=0)

    with gr.Accordion("Financial Non-Current Assets", open=False):
        long_term_investments = gr.Number(label="Long-term Investments", value=0)
        long_term_loans_advances = gr.Number(label="Long-term Loans & Advances", value=0)
        security_deposits = gr.Number(label="Security Deposits", value=0)
        deferred_tax_assets = gr.Number(label="Deferred Tax Assets", value=0)

    with gr.Accordion("Current Assets", open=False):
        cash_on_hand = gr.Number(label="Cash on Hand", value=0)
        cash_at_bank = gr.Number(label="Cash at Bank", value=0)
        short_term_deposits = gr.Number(label="Short-Term Deposits", value=0)
        marketable_securities = gr.Number(label="Marketable Securities", value=0)
        accounts_receivable = gr.Number(label="Accounts Receivable (Debtors)", value=0)
        bills_receivable = gr.Number(label="Bills Receivable", value=0)
        inventory = gr.Number(label="Inventory", value=0)
        prepaid_expenses = gr.Number(label="Prepaid Expenses", value=0)
        accrued_income = gr.Number(label="Accrued Income", value=0)
        short_term_loans_advances = gr.Number(label="Short-term Loans & Advances", value=0)
        gst_input_credit = gr.Number(label="GST Input Credit / Tax Receivables", value=0)

    calculate_btn = gr.Button("Calculate Proprietary Ratio")

    summary_output = gr.Markdown()
    table_output = gr.Dataframe()

    calculate_btn.click(
        calculate_proprietary_ratio,
        inputs=[
            equity_share_capital, preference_share_capital, reserves_surplus,
            land_building, plant_machinery, factory_equipment, office_equipment,
            furniture_fixtures, motor_vehicles, computers, electrical_installations,
            construction_in_progress, machinery_under_installation,
            long_term_investments, long_term_loans_advances, security_deposits, deferred_tax_assets,
            cash_on_hand, cash_at_bank, short_term_deposits, marketable_securities,
            accounts_receivable, bills_receivable, inventory, prepaid_expenses,
            accrued_income, short_term_loans_advances, gst_input_credit
        ],
        outputs=[summary_output, table_output]
    )

demo.launch()