Share Gambler Strategy Martin Strategy

import time

# Initialize strategy parameters
symbol = 'huobip/btc_usdt'
period = '1m'
amount = 0.01
martingale_factor = 2
max_martingale_times = 5
stop_loss = 0.05
stop_profit = 0.1
last_buy_price = 0
martingale_times = 0

# ConnectAPI
exchange = Exchange()
exchange.SetContractType(symbol)
exchange.SetPeriod(period)

# Main loop
while True:
    # Get candlestick data
    klines = exchange.GetRecords()
    if not klines:
        continue

    # Get current price
    current_price = float(klines[-1]['Close'])

    # Determine whether to add position
    if last_buy_price != 0 and current_price < last_buy_price * (1 - stop_loss):
        # Stop loss, sell all positions
        sell_price = current_price
        sell_amount = exchange.GetPosition()['Amount']
        exchange.Sell(sell_price, sell_amount)
        last_buy_price = 0
        martingale_times = 0
        print('Stop loss, sell all positions, price', sell_price)
    elif last_buy_price != 0 and current_price > last_buy_price * (1 + stop_profit):
        # Take profit, sell all positions
        sell_price = current_price
        sell_amount = exchange.GetPosition()['Amount']
        exchange.Sell(sell_price, sell_amount)
        last_buy_price = 0
        martingale_times = 0
        print('Take profit, sell all positions, price', sell_price)
    elif last_buy_price == 0:
        # Buy an initial position
        buy_price = current_price
        buy_amount = amount / buy_price
        exchange.Buy(buy_price, buy_amount)
        last_buy_price = buy_price
        martingale_times = 0
        print('Buy initial position, price', buy_price)
    elif martingale_times < max_martingale_times:
        # add to position
        buy_price = current_price * martingale_factor
        buy_amount = amount / buy_price
        exchange.Buy(buy_price, buy_amount)
        last_buy_price = (last_buy_price * martingale_times + buy_price) / (martingale_times + 1)
        martingale_times += 1
        print('Add position, price', buy_price)

    # Wait for next loop
    time.sleep(60)