Code.RS

// Define LS Curve Function
fn calculate_ls_interest_rate(output: f64, money_demand: f64) -> f64 {
    // Calculate interest rate using LS curve equation
    // LS curve equation: M = k1 * Y - k2 * R
    // where M is money supply, Y is output, R is interest rate, and k1, k2 are constants
    // Solve for R
    let k1 = 0.5;
    let k2 = 0.1;
    let interest_rate = (k1 * output - money_demand) / k2;
    interest_rate
}

// Define LM Curve Function
fn calculate_lm_interest_rate(output: f64, money_supply: f64) -> f64 {
    // Calculate interest rate using LM curve equation
    // LM curve equation: M = k3 * Y + k4 * R
    // where M is money demand, Y is output, R is interest rate, and k3, k4 are constants
    // Solve for R
    let k3 = 0.7;
    let k4 = 0.2;
    let interest_rate = (money_supply - k3 * output) / k4;
    interest_rate
}

// Main function
fn main() {
    let output = 1000.0;
    let money_demand = 500.0;
    let money_supply = 600.0;

    // Calculate equilibrium interest rates using LS and LM curves
    let ls_interest_rate = calculate_ls_interest_rate(output, money_demand);
    let lm_interest_rate = calculate_lm_interest_rate(output, money_supply);

    println!("Equilibrium Interest Rate based on LS curve: {:.2}", ls_interest_rate);
    println!("Equilibrium Interest Rate based on LM curve: {:.2}", lm_interest_rate);

    // Perform analysis and provide feedback based on the computed interest rates and other inputs
    // Add interactive feedback functionality here

    // Visualize the relationships between interest rates, liquidity, output, and price level
    // Use plotting library to create dynamic visualizations
}