interface/retirement_planning_interface.py

import gradio as gr
from modules.retirement_planning import retirement_planning

# Define examples for retirement planning
examples = [
    [20, 55, 85, 2000000, 3.0, 10000000, 1500000, 0, True, 8, 8, 3.3, 3.3]
]

# Define the input components
title_1 = gr.Markdown("<h3 class='h3_title'>Profile</h3>")
current_age = gr.Slider(label="Current Age (15-60 Years)", value=35, minimum=15, maximum=60, step=1)
retirement_age = gr.Slider(label="Retirement Age (Upto 70 Years)", value=55, minimum=15, maximum=70, step=1)
life_expectancy = gr.Slider(label="Life Expectancy (Upto 100 Years)", value=80, minimum=30, maximum=100, step=1)
title_2 = gr.Markdown("<h3 class='h3_title'>Contribution</h3>")
monthly_income_required = gr.Number(label="Current Monthly Expense", value=2000000)
inflation_rate = gr.Number(label="Inflation Rate (%)", value=3)
initial_investment = gr.Number(label="Initial Investment", value=10000000)
monthly_contribution = gr.Number(label="Monthly Contribution", value=1000000)
annual_increase_in_monthly_contribution = gr.Number(label="Annual Increase in Monthly Contribution", value=0)  # 추가된 입력
reinvest_dividends = gr.Checkbox(label="Reinvest Dividends", value=True)
title_3 = gr.Markdown("<h3 class='h3_title'>Performance</h3>")
pre_retirement_dividend_growth = gr.Number(label="Dividend Growth (Pre-retirement) (%)", value=8)
post_retirement_dividend_growth = gr.Number(label="Dividend Growth (Post-retirement) (%)", value=8)
pre_retirement_dividend_yield = gr.Number(label="Dividend Yield (Pre-retirement) (%)", value=3.3)
post_retirement_dividend_yield = gr.Number(label="Dividend Yield (Post-retirement) (%)", value=3.3)

input = [current_age, retirement_age, life_expectancy, monthly_income_required, inflation_rate, initial_investment, monthly_contribution, annual_increase_in_monthly_contribution, reinvest_dividends, pre_retirement_dividend_growth, post_retirement_dividend_growth, pre_retirement_dividend_yield, post_retirement_dividend_yield]
output = gr.HTML()
component_rows = [
    [current_age, retirement_age, life_expectancy],[monthly_income_required, inflation_rate],
    [initial_investment, monthly_contribution, annual_increase_in_monthly_contribution], [reinvest_dividends],
    [pre_retirement_dividend_growth, post_retirement_dividend_growth], [pre_retirement_dividend_yield, post_retirement_dividend_yield]
]

# Define the update function
def update_output(*args):
    return retirement_planning(*args)