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Deploy Aureon OS (deploy/selfhost stack: nginx edge + fusion API x2 + console + HNC organ + redis + postgres; paper mode) (part 5)
1f2e77f verified | #!/usr/bin/env python3 | |
| """Quick simulation to test MIN_TRADE_USD = $1.44 before restarting live""" | |
| from aureon.core.aureon_baton_link import link_system as _baton_link; _baton_link(__name__) | |
| import sys | |
| sys.path.insert(0, '.') | |
| print('='*60) | |
| print('🧪 SIMULATION: Testing MIN_TRADE_USD = $1.44') | |
| print('='*60) | |
| from aureon.trading.aureon_unified_ecosystem import AureonKrakenEcosystem, CONFIG | |
| print(f'\n📊 CONFIG VALUES:') | |
| print(f' MIN_TRADE_USD: ${CONFIG["MIN_TRADE_USD"]}') | |
| print(f' BINANCE_MIN_NOTIONAL: ${CONFIG["BINANCE_MIN_NOTIONAL"]}') | |
| print(f' KRAKEN_MIN_NOTIONAL: ${CONFIG["KRAKEN_MIN_NOTIONAL"]}') | |
| print(f' BASE_POSITION_SIZE: {CONFIG["BASE_POSITION_SIZE"]*100}%') | |
| print(f' MAX_POSITION_SIZE: {CONFIG["MAX_POSITION_SIZE"]*100}%') | |
| # Initialize in dry run | |
| print('\n🔄 Initializing ecosystem (DRY RUN)...') | |
| eco = AureonKrakenEcosystem(initial_balance=160.0, dry_run=True) | |
| print(f'\n💰 BALANCE SIMULATION (£160 starting):') | |
| print(f' Starting Balance: £{eco.tracker.balance:.2f}') | |
| # Calculate position sizes at different % allocations | |
| print('\n📐 POSITION SIZE vs MINIMUMS:') | |
| for pct in [0.01, 0.02, 0.05, 0.10, 0.15]: | |
| size = eco.tracker.balance * pct | |
| binance_ok = '✅' if size >= CONFIG['BINANCE_MIN_NOTIONAL'] else '❌' | |
| kraken_ok = '✅' if size >= CONFIG['KRAKEN_MIN_NOTIONAL'] else '❌' | |
| min_ok = '✅' if size >= CONFIG['MIN_TRADE_USD'] else '❌' | |
| print(f' {pct*100:5.1f}% = £{size:6.2f} | Min:{min_ok} Binance:{binance_ok} Kraken:{kraken_ok}') | |
| # Find opportunities | |
| print('\n🔍 Finding opportunities (this may take a moment)...') | |
| try: | |
| eco.refresh_tickers() | |
| opps = eco.find_opportunities() | |
| print(f' Found: {len(opps)} opportunities') | |
| if opps: | |
| print('\n🎯 TOP 10 OPPORTUNITIES:') | |
| for i, opp in enumerate(opps[:10], 1): | |
| sym = opp['symbol'] | |
| score = opp['score'] | |
| price = opp['price'] | |
| exchange = opp.get('source', 'binance').lower() | |
| # Calculate what position size would be | |
| coh = opp.get('coherence', 0.5) | |
| pos_size = eco.tracker.balance * CONFIG['BASE_POSITION_SIZE'] * coh | |
| min_notional = CONFIG['BINANCE_MIN_NOTIONAL'] if 'binance' in exchange else CONFIG['KRAKEN_MIN_NOTIONAL'] | |
| can_trade = '✅' if pos_size >= min_notional else f'❌ Need ${min_notional}' | |
| print(f' {i:2}. {sym:12} | Score:{score:3.0f} | Coh:{coh:.2f} | Size:£{pos_size:5.2f} | {can_trade}') | |
| else: | |
| print(' ⚠️ No opportunities found') | |
| # Simple net profit sanity check for Binance taker fees/slippage | |
| print('\n🧮 NET PROFIT CHECK (Binance, taker):') | |
| tp = CONFIG['TAKE_PROFIT_PCT'] / 100.0 | |
| fee = CONFIG['BINANCE_FEE_TAKER'] | |
| slip = CONFIG['SLIPPAGE_PCT'] | |
| spread = CONFIG['SPREAD_COST_PCT'] | |
| round_trip_cost = (fee*2) + slip + spread | |
| net = tp - round_trip_cost | |
| print(f" TP: {tp*100:.2f}% | Fees RT: {(fee*2)*100:.2f}% | Slippage: {slip*100:.2f}% | Spread: {spread*100:.2f}%") | |
| print(f" ➜ Net expected: {net*100:.2f}% {'✅' if net>0 else '❌'}") | |
| except Exception as e: | |
| print(f' ❌ Error: {e}') | |
| print('\n' + '='*60) | |
| print('🏁 SIMULATION COMPLETE') | |
| print('='*60) | |
| print('\n💡 With $1.44 min, Binance trades should work at 1%+ position size') | |
| print(' Kraken needs 3.3%+ position size ($5.25 min)') | |