Moving Average

use centaur_technical_indicators::moving_average::bulk::moving_average;
use centaur_technical_indicators::MovingAverageType;

pub fn main() {
    // fetch the data in your preferred way
    // let prices = vec![...];  // price data
    
    // Simple Moving Average
    let ma = moving_average(&prices, MovingAverageType::Simple, 20);
    println!("MA: {:?}", ma);
    
    // Exponential Moving Average
    let ema = moving_average(&prices, MovingAverageType::Exponential, 20);
    println!("EMA: {:?}", ema);
    
    // Smoothed Moving Average
    let sma = moving_average(&prices, MovingAverageType::Smoothed, 20);
    println!("SMA: {:?}", sma);
    
}

import centaur_technical_indicators as cti

# Simple Moving Average
ma = cti.moving_average.bulk.moving_average(prices, "simple", 20)
print("MA:", ma)

# Exponential Moving Average
ema = cti.moving_average.bulk.moving_average(prices, "exponential", 20)
print("EMA:", ema)

# Smoothed Moving Average
sma = cti.moving_average.bulk.moving_average(prices, "smoothed", 20)
print("SMA:", sma)

import init, { 
    movingAverage_bulk_movingAverage,
    MovingAverageType 
} from 'https://cdn.jsdelivr.net/npm/centaur-technical-indicators@latest/dist/web/centaur-technical-indicators.js';

await init();

// fetch the data in your preferred way
// const prices = [...];  // price data

// Simple Moving Average
const ma = movingAverage_bulk_movingAverage(prices, MovingAverageType.Simple, 20);
console.log("MA:", ma);

// Exponential Moving Average
const ema = movingAverage_bulk_movingAverage(prices, MovingAverageType.Exponential, 20);
console.log("EMA:", ema);

// Smoothed Moving Average
const sma = movingAverage_bulk_movingAverage(prices, MovingAverageType.Smoothed, 20);
console.log("SMA:", sma);