Which time frame performing the best result after comparing the sharpe vs sortino ratio?

Test EMA Strategy 1:

Test SMA Strategy 2:

DGM Class Start Date and Time now is 2024-05-19 14:18:50.497258
START: 30m SOLUSDT OHLC-data from 2020-11-11 00:00:00 until 2024-05-19
DGM Class Start Date and Time now is 2024-05-19 14:22:57.747713
START: 30m SOLUSDT OHLC-data from 2020-11-11 00:00:00 until 2024-05-19
Open Time Open High Low Close
0 2020-11-10 16:00:00 2.1840 2.2528 2.1839 2.2484
1 2020-11-10 16:30:00 2.2484 2.2485 2.2304 2.2409
2 2020-11-10 17:00:00 2.2395 2.2995 2.2255 2.2790
3 2020-11-10 17:30:00 2.2790 2.2869 2.2438 2.2554
4 2020-11-10 18:00:00 2.2518 2.2554 2.2111 2.2111
.. … … … … …
659 2024-05-19 04:00:00 174.3200 174.4100 173.3100 173.5900
660 2024-05-19 04:30:00 173.5900 174.5000 173.3500 174.5000
661 2024-05-19 05:00:00 174.5000 175.5000 174.3600 174.8500
662 2024-05-19 05:30:00 174.8600 174.9400 173.8600 174.0700
663 2024-05-19 06:00:00 174.0700 174.3400 173.9200 174.1400

[61664 rows x 5 columns]
END: v3/klines 30m SOLUSDT DB Processed.

START DB Processing: >>> Data from GetDataRequested table.
Mean Price: 62.08541965814739
Standard Deviation: 58.721715230338866
v3/klines Upper Percentage Threshold: 179.52885011882512
v3/klines Lower Percentage Threshold: -55.358010802530345
Open Time High Low Close
0 2020-11-10 16:00:00 2.2528 2.1839 2.2484
1 2020-11-10 16:30:00 2.2485 2.2304 2.2409
2 2020-11-10 17:00:00 2.2995 2.2255 2.2790
3 2020-11-10 17:30:00 2.2869 2.2438 2.2554
4 2020-11-10 18:00:00 2.2554 2.2111 2.2111
GetDataProcess Trade Message = None
GetDataProcess Trade Price (Qty: 0.05) = 0
GetDataProcess Data processed and saved to QuantTrending table.
END: v3/klines 30m SOLUSDT GetDataProcess Completed.

START DB Processing: >>> Data from QuantTrending table.
BackTestSharpRatioMDD: >>> Processed the file QuantTrending.csv.
Warning: NaN values detected in ‘Previous_Close’. Attempting to recalculate ‘Daily_PnL’.
Warning: NaN or Infinite values detected in ‘Daily_PnL’ after recomputation. Cleaning required.
Info: Previous_Close Close Daily_PnL Cumm_PnL
count 61663.000000 61663.000000 61663.000000 61663.000000
mean 62.083602 62.086390 0.001621 63.921336
std 58.720934 58.722173 0.007704 26.552746
min 1.101800 1.101800 -0.178662 0.000000
25% 20.810000 20.810000 0.000000 49.072912
50% 33.951000 33.960000 0.000000 72.006780
75% 97.620000 97.620000 0.000000 85.162826
max 258.440000 258.440000 0.200871 99.982746

*> DGM Sharp Ratio = 4.02
**> DGM Maximum Drawdown: 17.87%
***> DGM Peak Profit: 9998.27%
****> DGM Drawdown from Peak: 0.00%
*****>> Created SOLUSDT-QuantSharpRatioMDD-30m.csv for Equity Curve.

Test LWMA Strategy 3:

In summary:

fastEMA:30 slowEMA:50 SOLUSDT SL=2.5, TP=1.8, return=12.76% in 1h.
fastEMA:30 slowEMA:50 SOLUSDT SL=1.6, TP=2.1, return=4.73% in 30m.
fastEMA:30 slowEMA:50 SOLUSDT SL=1.6, TP=2.1, return=4.30% in 30m.
fastWMA:10 slowWMA:34 SOLUSDT SL=1.6, TP=2.1, return=13.84% in 30m.

In 1993, Buffett spoke to Columbia University’s Business School graduates. Asked about his method for evaluating risk, he said, “Risk comes from not knowing what you’re doing.” This quote reflects Buffett’s investment philosophy, highlighting the crucial role of knowledge and understanding in reducing risk.

“The biggest risk is not taking any risk… In a world that changing really quickly, the only strategy that is guaranteed to fail is not taking risks.” Mark Zuckerberg

• The most fantastic experience, a divine man who has been buried for thirty-eight years
• DGM AI Testing Performance
• 十三邀
• Mean Reversion Strategy Python codes
• Sharpe vs Sortino Ratio | Differences Explained
• Price Action EMA + RSI + Bollinger Bands With Bots Testing

Tips:

Despite of the crypto dump recently on all the alt coins after SEC announcement to sue Binance and Coinbase. Guess what? My Ai Trading Strategies are making shit ton of USDT from the crazy markets. Well there is a secret and cannot tell you unless…Anyway, I have given you the formula to copy and it is up to you to trade manually with stress and sleepless nights or ride on the trend of Ai trading today ⬇️⬇️⬇️

AI Sleeping Income With DGM System

The SECRET is to marry between Ai trading strategies and an income generated exchange platform

• Ai trading strategies

• An income generated exchange platform

How It Works?

Which time frame performing the best result after some back testing?

fastEMA:30 slowEMA:50 SOLUSDT SL=2.5, TP=1.8, return=13.29% in 1h.
fastEMA:30 slowEMA:50 SOLUSDT SL=2.5, TP=1.3, return=4.96% in 30m.
fastEMA:30 slowEMA:50 SOLUSDT SL=1.2, TP=1.1, return=-1.01% in 15m.
fastEMA:30 slowEMA:50 SOLUSDT SL=1.5, TP=2.5, return=-0.42% in 5m.
fastEMA:30 slowEMA:50 SOLUSDT SL=1.1, TP=1.4, return=0.66% in 4h.
fastEMA:20 slowEMA:40 SOLUSDT SL=2.4, TP=2.2, return=6.70% in 1h.
fastEMA:50 slowEMA:100 SOLUSDT SL=2.0, TP=2.5, return=8.82% in 1h.

fastEMA:30 slowEMA:50 ETHUSDT SL=2.1, TP=2.4, return=10.72% in 1h.
fastEMA:30 slowEMA:50 ETHUSDT SL=1.8, TP=1.3, return=1.06% in 30m.
fastEMA:30 slowEMA:50 ETHUSDT SL=1.1, TP=1.7, return=0.10% in 15m.
fastEMA:30 slowEMA:50 ETHUSDT SL=1.3, TP=2.5, return=0.69% in 5m.
fastEMA:30 slowEMA:50 ETHUSDT SL=1.0, TP=1.3, return=3.97% in 4h.
fastEMA:20 slowEMA:40 ETHUSDT SL=2.2, TP=2.4, return=9.95% in 1h.
fastEMA:50 slowEMA:100 ETHUSDT SL=1.3, TP=2.5, return=-2.24% in 1h.

def count_opened_trades():
    api_instance = c.API(access_token)
    config = api_instance.config
    api_key = config.get(“api_key_bybit”)
    api_secret = config.get(“api_secret_bybit”)
    session = HTTP(testnet=False, api_key=api_key, api_secret=api_secret)
    try:
        data = session.get_positions(category=”linear”, symbol=Symbol)
        size = data[‘result’][‘list’][0][‘size’]
        return float(size)
    except Exception as e:
        print(f”DGM Failed to get {Symbol} position: {e}”)
        return

def ema_signal(df, current_candle, backcandles):  
    df_slice = df.reset_index().copy()
    start = max(0, current_candle – backcandles)
    end = current_candle + 1
    relevant_rows = df_slice.iloc[start:end]
   
    # Check if all EMA_fast values are below EMA_slow values (buy signal)
    if (relevant_rows[‘EMA_fast’] < relevant_rows[‘EMA_slow’]).all():
        return 1
    # Check if all EMA_fast values are above EMA_slow values (sell signal)
    elif (relevant_rows[‘EMA_fast’] > relevant_rows[‘EMA_slow’]).all():
        return -1
    else:
        return 0
   
def total_signal(df, current_candle, backcandles):
    if isinstance(current_candle, pd.Timestamp):
        current_candle = df.index.get_loc(current_candle)

    ema_signal_result = ema_signal(df, current_candle, backcandles)

    candle_open_price = df[‘Open’].iloc[current_candle]
    bbl = df[‘BBL_15_1.5’].iloc[current_candle]
    bbu = df[‘BBU_15_1.5’].iloc[current_candle]

    if ema_signal_result == 1 and candle_open_price <= bbl:
        return 1
    if ema_signal_result == -1 and candle_open_price >= bbu:
        return -1
    return 0

def get_candles(symbol, interval, lookback):
    url = f”{API_URLv3}{library}?symbol={symbol}&interval={interval}&limit={lookback}”
    try:
        response = requests.get(url)
        response.raise_for_status()
        data = response.json()

        if not data:
            print(f”No data received from {API_URLv3}{library} API.”)
            return None

        df = pd.DataFrame(data, columns=[
            ‘open_time’, ‘open’, ‘high’, ‘low’, ‘close’, ‘volume’,
            ‘close_time’, ‘quote_asset_volume’, ‘number_of_trades’,
            ‘taker_buy_base_asset_volume’, ‘taker_buy_quote_asset_volume’, ‘ignore’
        ])
        df[‘open_time’] = pd.to_datetime(df[‘open_time’], unit=’ms’)
        df.set_index(‘open_time’, inplace=True)
        df.rename(columns={‘open’: ‘Open’, ‘high’: ‘High’, ‘low’: ‘Low’, ‘close’: ‘Close’}, inplace=True)

        df[[‘Open’, ‘High’, ‘Low’, ‘Close’]] = df[[‘Open’, ‘High’, ‘Low’, ‘Close’]].astype(float)
        return df[[‘Open’, ‘High’, ‘Low’, ‘Close’]]
    except requests.RequestException as e:
        print(f”{symbol} Request failed: {e}”)
    except Exception as e:
        print(f”Failed to process {symbol} data: {e}”)
    return None

def get_candles_frame(lookback):
    candles = get_candles(Symbol, Interval, lookback)

    if candles is None:
        print(f”Failed to retrieve {Interval} {Symbol} candle data.”)
        return None

    dfstream = candles.copy()

    dfstream[‘ATR’] = ta.atr(dfstream[‘High’], dfstream[‘Low’], dfstream[‘Close’], length=7)
    dfstream[‘EMA_fast’] = ta.ema(dfstream[‘Close’], length=30)
    dfstream[‘EMA_slow’] = ta.ema(dfstream[‘Close’], length=50)
    dfstream[‘RSI’] = ta.rsi(dfstream[‘Close’], length=10)
    my_bbands = ta.bbands(dfstream[‘Close’], length=15, std=1.5)
    dfstream = dfstream.join(my_bbands)
    if not isinstance(dfstream.index, pd.DatetimeIndex):
        dfstream.index = pd.to_datetime(dfstream.index)

    dfstream[‘TotalSignal’] = dfstream.apply(lambda row: total_signal(dfstream, row.name, 7), axis=1)
    dfstream.to_csv(‘dfstream.csv’)
    return dfstream

def optimization():
    slatrcoef = 0
    TPSLRatio_coef = 0

    dfstream = get_candles_frame(lookback)
    if dfstream is None:
        print(f”No candle data for {Symbol} fitting optimization job.”)
        return

    def SIGNAL():
        return dfstream[‘TotalSignal’]

    class MyStrat(Strategy):
        mysize = 3000
        slcoef = 1.3
        TPSLRatio = 2.5

        def init(self):
            self.signal1 = self.I(SIGNAL)

        def next(self):
            slatr = self.slcoef * self.data.ATR[-1]
            TPSLRatio = self.TPSLRatio

            if self.signal1[-1] == 2 and len(self.trades) == 0:
                sl1 = self.data.Close[-1] – slatr
                tp1 = self.data.Close[-1] + slatr * TPSLRatio
                self.buy(sl=sl1, tp=tp1, size=self.mysize)

            elif self.signal1[-1] == 1 and len(self.trades) == 0:
                sl1 = self.data.Close[-1] + slatr
                tp1 = self.data.Close[-1] – slatr * TPSLRatio
                self.sell(sl=sl1, tp=tp1, size=self.mysize)

    bt = Backtest(dfstream, MyStrat, cash=100000, margin=0.01, commission=0.00055)
    stats, heatmap = bt.optimize(slcoef=[i/10 for i in range(10, 26)],
                                 TPSLRatio=[i/10 for i in range(10, 26)],
                                 maximize=’Return [%]’, max_tries=300,
                                 random_state=0,
                                 return_heatmap=True)
    print(stats)
   
    slatrcoef = stats[“_strategy”].slcoef
    TPSLRatio_coef = stats[“_strategy”].TPSLRatio
    print(f”{Symbol} SL = {slatrcoef}, TP = {TPSLRatio_coef}, expected return, {stats[‘Return [%]’]:.2f}% in {Interval} interval.\n”)
   
    with open(“fitting_data_file.txt”, “a”) as file:
        file.write(f”{Symbol} SL = {slatrcoef}, TP = {TPSLRatio_coef}, expected return, {stats[‘Return [%]’]:.2f}% in {Interval} interval.\n”)
    return slatrcoef, TPSLRatio_coef

def trading_job():
    dfstream = get_candles_frame(lookback)
    if dfstream is None:
        print(f”No {Symbol} candle data for trading job.”)
        return

    signal = total_signal(dfstream, len(dfstream) – 1, 7)



    # now = datetime.now()
    # if now.weekday() == 0 and now.hour < 7 and now.minute < 5:  # Monday before 07:05
    slatrcoef, TPSLRatio_coef = optimization()
    print(f”Optimize SL = {slatrcoef}, and TP = {TPSLRatio_coef}.”)

    slatr = slatrcoef * dfstream[‘ATR’].iloc[-1]
    TPSLRatio = TPSLRatio_coef
    max_spread = 16e-5

    last_candle = get_candles(Symbol, Interval, 1).iloc[-1]
    candle_open_bid = float(last_candle[‘Open’])
    candle_open_ask = candle_open_bid
    spread = candle_open_ask – candle_open_bid

    SLBuy = candle_open_bid – slatr – spread
    SLSell = candle_open_ask + slatr + spread

    TPBuy = candle_open_ask + slatr * TPSLRatio + spread
    TPSell = candle_open_bid – slatr * TPSLRatio – spread

    print(“SLBuy = “, SLBuy)
    print(“SLSell = “, SLSell)
    print(“TPBuy  = “, TPBuy )
    print(“TPSell = “, TPSell)
   
    # # Sell
    # if signal == -1 and count_opened_trades() == 0.0 and spread < max_spread:
    #     print(“Sell Signal Found…”)
    #     trade_crypto = c.TradeCrypto(EXCHANGE, Symbol, ‘sell’)
    #     message, MyTradePrice = trade_crypto.TradeQty(quantity)
    #     print(message)
    #     with open(“trading_data_file.txt”, “a”) as file:
    #         file.write(f”SL = {SLSell}, TP = {TPSell}, Trade Price = {MyTradePrice}\n”)

    # # Buy
    # elif signal == 1 and count_opened_trades() == 0.0 and spread < max_spread:
    #     print(“Buy Signal Found…”)
    #     trade_crypto = c.TradeCrypto(EXCHANGE, Symbol, ‘buy’)
    #     message, MyTradePrice = trade_crypto.TradeQty(quantity)
    #     print(message)
    #     with open(“trading_data_file.txt”, “a”) as file:
    #         file.write(f”SL = {SLBuy}, TP = {TPBuy}, Trade Price = {MyTradePrice}\n”)


if __name__ == “__main__”:
    optimization()

# scheduler = BlockingScheduler()
# scheduler.add_job(trading_job, ‘cron’, day_of_week=’mon-fri’, hour=’07-18′, minute=’1, 6, 11, 16, 21, 26, 31, 36, 41, 46, 51, 56′, timezone=’Asia/Beirut’, misfire_grace_time=15)
# scheduler.start()

In 1993, Buffett spoke to Columbia University’s Business School graduates. Asked about his method for evaluating risk, he said, “Risk comes from not knowing what you’re doing.” This quote reflects Buffett’s investment philosophy, highlighting the crucial role of knowledge and understanding in reducing risk.

“The biggest risk is not taking any risk… In a world that changing really quickly, the only strategy that is guaranteed to fail is not taking risks.” Mark Zuckerberg

• The most fantastic experience, a divine man who has been buried for thirty-eight years
• DGM AI Testing Performance
• 十三邀
• Mean Reversion Strategy Python codes
• Sharpe vs Sortino Ratio | Differences Explained
• Price Action EMA + RSI + Bollinger Bands With Bots Testing

Tips:

Despite of the crypto dump recently on all the alt coins after SEC announcement to sue Binance and Coinbase. Guess what? My Ai Trading Strategies are making shit ton of USDT from the crazy markets. Well there is a secret and cannot tell you unless…Anyway, I have given you the formula to copy and it is up to you to trade manually with stress and sleepless nights or ride on the trend of Ai trading today ⬇️⬇️⬇️

AI Sleeping Income With DGM System

The SECRET is to marry between Ai trading strategies and an income generated exchange platform

• Ai trading strategies

• An income generated exchange platform

How It Works?

It works like a clock daily…

2024-05-14 09:01:09,378 – INFO – DGM Start Date and Time now is 2024-05-14 09:01:09.378769
2024-05-14 09:01:09,880 – INFO – All data downloaded successfully in GetDataRequest.
2024-05-14 09:01:09,993 – INFO – Exported FROM 2020-11-11 TO 2024-05-14 Data saved to DB.
2024-05-14 09:01:10,401 – INFO – File QuantTrending.csv has been successfully deleted.
2024-05-14 09:01:10,401 – INFO – >>*>> ETHUSDT-QuantSharpRatioMDD-1d.csv for Equity Curve.
2024-05-14 09:01:10,401 – INFO – BackTest Trade Message = None
2024-05-14 09:01:10,401 – INFO – BackTest Trade Price (Qty: 0.05) = 0
DGM Class Start Date and Time now is 2024-05-14 09:01:09.380486
START: 1d ETHUSDT OHLC-data from 2020-11-11 00:00:00 until 2024-05-14
Open Time Open High Low Close
0 2020-11-11 450.34 476.25 449.28 463.09
1 2020-11-12 463.09 470.00 451.20 462.39
2 2020-11-13 462.48 478.01 457.12 476.43
3 2020-11-14 476.42 477.47 452.00 460.89
4 2020-11-15 460.90 462.89 440.19 448.08
.. … … … … …
276 2024-05-10 3036.24 3053.89 2878.03 2909.99
277 2024-05-11 2909.98 2945.67 2886.46 2912.45
278 2024-05-12 2912.45 2955.20 2901.17 2929.29
279 2024-05-13 2929.30 2996.40 2864.76 2950.99
280 2024-05-14 2950.99 2958.76 2937.51 2944.75

[1281 rows x 5 columns]
END: v3/klines 1d ETHUSDT DB Processed.

START DB Processing: >>> Data from GetDataRequested table.
Mean Price: 2208.228266978923
Standard Deviation: 914.490172178236
v3/klines Upper Percentage Threshold: 4037.208611335395
v3/klines Lower Percentage Threshold: 379.2479226224509
Open Time High Low Close
0 2020-11-11 476.25 449.28 463.09
1 2020-11-12 470.00 451.20 462.39
2 2020-11-13 478.01 457.12 476.43
3 2020-11-14 477.47 452.00 460.89
4 2020-11-15 462.89 440.19 448.08
GetDataProcess Trade Message = None
GetDataProcess Trade Price (Qty: 0.05) = 0
GetDataProcess Data processed and saved to QuantTrending table.
END: v3/klines 1d ETHUSDT GetDataProcess Completed.

START DB Processing: >>> Data from QuantTrending table.
BackTestSharpRatioMDD: >>> Processed the file QuantTrending.csv.
Warning: NaN values detected in ‘Previous_Close’. Attempting to recalculate ‘Daily_PnL’.
Warning: NaN or Infinite values detected in ‘Daily_PnL’ after recomputation. Cleaning required.
Info: Previous_Close Close Daily_PnL Cumm_PnL
count 1280.000000 1280.000000 1280.000000 1280.000000
mean 2207.652859 2209.591656 0.014513 11.073642
std 914.972973 913.902063 0.038246 5.210313
min 448.080000 448.080000 -0.263329 0.000000
25% 1598.405000 1599.225000 -0.000000 7.088900
50% 1899.325000 1900.090000 -0.000000 12.360589
75% 2910.605000 2914.057500 0.031202 15.726248
max 4807.980000 4807.980000 0.277372 18.590075

*> DGM Sharp Ratio = 7.25
**> DGM Maximum Drawdown: 28.47%
***> DGM Peak Profit: 1859.01%
****> DGM Drawdown from Peak: 1.40%
*****>> Created ETHUSDT-QuantSharpRatioMDD-1d.csv for Equity Curve.

In 1993, Buffett spoke to Columbia University’s Business School graduates. Asked about his method for evaluating risk, he said, “Risk comes from not knowing what you’re doing.” This quote reflects Buffett’s investment philosophy, highlighting the crucial role of knowledge and understanding in reducing risk.

“The biggest risk is not taking any risk… In a world that changing really quickly, the only strategy that is guaranteed to fail is not taking risks.” Mark Zuckerberg

• The most fantastic experience, a divine man who has been buried for thirty-eight years
• DGM AI Testing Performance
• 十三邀
• Mean Reversion Strategy Python codes
• Sharpe vs Sortino Ratio | Differences Explained
• Price Action EMA + RSI + Bollinger Bands With Bots Testing

Tips:

Despite of the crypto dump recently on all the alt coins after SEC announcement to sue Binance and Coinbase. Guess what? My Ai Trading Strategies are making shit ton of USDT from the crazy markets. Well there is a secret and cannot tell you unless…Anyway, I have given you the formula to copy and it is up to you to trade manually with stress and sleepless nights or ride on the trend of Ai trading today ⬇️⬇️⬇️

AI Sleeping Income With DGM System

The SECRET is to marry between Ai trading strategies and an income generated exchange platform

• Ai trading strategies

• An income generated exchange platform

How It Works?