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Difference between revisions of "DF2014 Talk:Power"
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== Rollers vs Axles == | == Rollers vs Axles == | ||
It seems as if this is almost intentionally misrepresented in a fairly silly fashion. I don't see the point in having two gears hooked by an axle as a baseline as, continuing the pattern would have {gear}{axle}{gear}{gear}{axle}{gear}, making {axle}{gear} a far more logical comparison. Given this even makes it easier to use the above table to quickly see a waterwheel assembly (being 3 distance) would be 7 power vs 6 power (or, more accurately, 7 * n - 2) | It seems as if this is almost intentionally misrepresented in a fairly silly fashion. I don't see the point in having two gears hooked by an axle as a baseline as, continuing the pattern would have {gear}{axle}{gear}{gear}{axle}{gear}, making {axle}{gear} a far more logical comparison. Given this even makes it easier to use the above table to quickly see a waterwheel assembly (being 3 distance) would be 7 power vs 6 power (or, more accurately, 7 * n - 2) | ||
| + | [[Special:Contributions/173.168.16.66|173.168.16.66]] 00:00, 14 January 2015 (UTC) | ||
Latest revision as of 00:00, 14 January 2015
Rollers vs Axles[edit]
It seems as if this is almost intentionally misrepresented in a fairly silly fashion. I don't see the point in having two gears hooked by an axle as a baseline as, continuing the pattern would have {gear}{axle}{gear}{gear}{axle}{gear}, making {axle}{gear} a far more logical comparison. Given this even makes it easier to use the above table to quickly see a waterwheel assembly (being 3 distance) would be 7 power vs 6 power (or, more accurately, 7 * n - 2) 173.168.16.66 00:00, 14 January 2015 (UTC)