42 lines
1.3 KiB
Python
42 lines
1.3 KiB
Python
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# Current status
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original_hours = 99
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speedup_low = 2.0
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speedup_high = 3.0
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print("=== UPDATED ETA WITH M26 OPTIMIZATION ===")
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print()
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print("M26 Optimization Applied:")
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print(" Omega: 1.95 -> 1.85 (viscosity reduced)")
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print(f" Expected speedup: {speedup_low:.0f}x to {speedup_high:.0f}x")
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print()
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# Calculate ETAs
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eta_low = original_hours / speedup_high
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eta_high = original_hours / speedup_low
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print("Time to extract 100 primes:")
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print(f" Conservative ({speedup_low:.0f}x): {eta_high:.0f} hours ({eta_high/24:.1f} days)")
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print(f" Optimistic ({speedup_high:.0f}x): {eta_low:.0f} hours ({eta_low/24:.1f} days)")
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print()
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# Current progress
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primes_have = 10
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primes_need = 100
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progress = primes_have / primes_need * 100
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print(f"Current progress: {primes_have}/{primes_need} primes ({progress:.0f}%)")
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print()
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# Time remaining
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hours_remaining_low = eta_low * (primes_need - primes_have) / primes_need
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hours_remaining_high = eta_high * (primes_need - primes_have) / primes_need
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print("Time remaining to 100 primes:")
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print(f" Conservative: {hours_remaining_high:.0f} hours ({hours_remaining_high/24:.1f} days)")
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print(f" Optimistic: {hours_remaining_low:.0f} hours ({hours_remaining_low/24:.1f} days)")
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print()
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print("REALISTIC ETA:")
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print(f" ~45-50 hours (2 days) for 100 primes")
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print(f" ~20-25 hours (1 day) if 3x speedup achieved")
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