- # Import necessary libraries
- import datetime
- import time
- import pandas as pd
- # Define function to check if current time is within New York session
- def is_new_york_session():
- current_time = datetime.datetime.now().time()
- if current_time >= datetime.time(13, 30) and current_time <= datetime.time(20, 00):
- return True
- else:
- return False
- # Define function to calculate fair value gaps
- def calculate_fair_value_gap():
- # Code to calculate fair value gap on 1-minute chart
- pass
- # Define function to calculate breakaway gaps on hourly chart
- def calculate_breakaway_gap():
- # Code to calculate breakaway gaps on hourly chart
- pass
- # Define function for risk management
- def risk_management():
- # Code for risk management: 1% risk per trade, 2% take profit, and trailing stop loss
- pass
- # Define function to execute trades
- def execute_trade():
- # Code to execute trades based on entry signals
- pass
- # Main loop
- while True:
- # Check if it's New York session
- if is_new_york_session():
- # Calculate fair value gap
- fair_value_gap = calculate_fair_value_gap()
- # Calculate breakaway gap
- breakaway_gap = calculate_breakaway_gap()
- # Execute trade if conditions are met
- if fair_value_gap and breakaway_gap:
- execute_trade()
- time.sleep(60) # Sleep for 1 minute to avoid overtrading
- # Import necessary libraries
- import datetime
- import time
- import pandas as pd
- # Define function to check if current time is within New York session
- def is_new_york_session():
- current_time = datetime.datetime.now().time()
- if current_time >= datetime.time(13, 30) and current_time <= datetime.time(20, 00):
- return True
- else:
- return False
- # Define function to calculate fair value gaps
- def calculate_fair_value_gap():
- # Code to calculate fair value gap on 1-minute chart
- pass
- # Define function to calculate breakaway gaps on hourly chart
- def calculate_breakaway_gap():
- # Code to calculate breakaway gaps on hourly chart
- pass
- # Define function for risk management
- def risk_management():
- # Code for risk management: 1% risk per trade, 2% take profit, and trailing stop loss
- pass
- # Define function to execute trades
- def execute_trade():
- # Code
[text] Fair Value gaps
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