Update and rename Leo_Even_Odd.xml to LeoclassEven_Odd.xml

Leo_Even_Odd.xml → LeoclassEven_Odd.xml

@@ -446,4 +446,51 @@
       </block>
     </statement>
   </block>
-</xml>
+</xml>import random
+
+class EvenOddTradingBot:
+    def __init__(self, initial_investment, trade_size):
+        self.initial_investment = initial_investment
+        self.trade_size = trade_size
+        self.even_balance = initial_investment / 2
+        self.odd_balance = initial_investment / 2
+
+    def place_trades(self):
+        # Simulate trade opportunity (replace with actual logic to detect trade opportunities)
+        outcome = random.choice(['even', 'odd'])
+
+        if outcome == 'even':
+            self.place_trade('even')
+        else:
+            self.place_trade('odd')
+
+    def place_trade(self, outcome):
+        if outcome == 'even':
+            # Place trade on even outcome
+            # Example: trading_platform.buy('even', self.trade_size)
+            print("Placing trade on even outcome")
+            # Adjust balances
+            self.even_balance -= self.trade_size
+            self.odd_balance += self.trade_size
+        else:
+            # Place trade on odd outcome
+            # Example: trading_platform.buy('odd', self.trade_size)
+            print("Placing trade on odd outcome")
+            # Adjust balances
+            self.odd_balance -= self.trade_size
+            self.even_balance += self.trade_size
+
+    def monitor_trades(self):
+        # Simulate monitoring trades (replace with actual monitoring logic)
+        print("Monitoring trades...")
+
+# Example usage:
+initial_investment = 1000
+trade_size = 100
+bot = EvenOddTradingBot(initial_investment, trade_size)
+
+# Simulate trading for 10 rounds
+for i in range(10):
+    print(f"Round {i+1}:")
+    bot.place_trades()
+    bot.monitor_trades()