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Reagent mechanics |
Add example to Maximizing output |
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=== Maximizing output === | === Maximizing output === | ||
The optimal strategy for maximizing processed reagents depends on your appetite for risk. This is because the longer you wait to self-steal, the more processed reagents are gained, but the more attractive the Skyhook becomes for theft. | The optimal strategy for maximizing processed reagents depends on your appetite for risk. This is because the longer you wait to self-steal, the more total processed reagents are gained from automatic conversion plus self-stealing, but the more attractive the Skyhook becomes for theft. | ||
At no point in time does the output solely from automatic conversion become better than automatic conversion plus self-steal, however, automatic conversion becomes better than self-stealing every day after 15 days, automatic conversion becomes better than self-stealing every third day after 24 days, and so on. | At no point in time does the output solely from automatic conversion become better than automatic conversion plus self-steal, however, automatic conversion becomes better than self-stealing every day after 15 days, automatic conversion becomes better than self-stealing every third day after 24 days, and so on. | ||
We can see this as, continuing the example above, self-stealing after the first automatic conversion will net you 147 (45 + 102) compared to 120 (40 + 40 + 40) from self-stealing every day, and self-stealing after the second automatic conversion will net you 316 (45 + 83 + 188) compared to 294 (147 + 147) from self-stealing every third day. | |||
In general you should always wait as long as possible then self-steal AFTER automatic conversion has happened, but if you know there is a risk of theft then you should self-steal. | In general you should always wait as long as possible then self-steal AFTER automatic conversion has happened, but if you know there is a risk of theft then you should self-steal. | ||