mt55

    0

    0

    ALPHA TRADE

    Close the orders

    orders.close()
    

    This code starts by importing the numpy and pandas libraries. Next, it defines a function called initialize. This function is called when the code first starts up. This function sets the context variables asset and timeframe. The next function is called handle_data. This function takes two input parameters, context and data. The first input is the context, which is an Asset object and the second input is the data, which is a Dataframe.

    The first thing that handle_data does is get the price data for the asset. This data is stored in the price_history object. The data has been split into 250 consecutive bar counts. Each bar count is stored in a different column in the data. The fields column in the data corresponds to the columns in the price_history object.

    The next thing that handle_data does is to calculate the rolling mean and standard deviation. These values are stored in the rolling_mean and rolling_std variables.

    After calculating the rolling mean and standard deviation, handle_data calculates the upper and lower bounds. These bounds are stored in the upper_bound and lower_bound variables.

    If the current price of the asset is

    Library: django

    ython 
    
    import numpy as np
    import pandas as pd
    
    def initialize(context):
      context.asset = 'EURUSD'
      context.timeframe = 'M1'
    
    def handle_data(context, data):
      # Get the price data for the asset
      price_history = data.history(context.asset, context.timeframe, bar_count=250, fields='close')
    
      # Calculate the rolling mean and standard deviation
      rolling_mean = price_history.mean()
      rolling_std = price_history.std()
    
      # Calculate the upper and lower bounds
      upper_bound = rolling_mean + 2 * rolling_std
      lower_bound = rolling_mean - 2 * rolling_std
    
      # Check if the current price is outside the bounds
      if data.current(context.asset, context.timeframe) > upper_bound:
        # Sell the asset
        order_target(context.asset, 0)
      elif data.current(context.asset, context.timeframe) < lower_bound:
        # Buy the asset
        order_target(context.asset, 1)
    
    
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