Jasqueen she/her Posted December 16, 2020 Posted December 16, 2020 Can someone explain to me how aluminum is allowing lateral motion in her chair? I don’t reallly get the whole system behind the chair, the fourth bridge or Kaladin’s Captain America fabrial. The aluminum makes the spren flee to a side... and I don’t understand how that makes the chair move laterally.
NameIess Posted December 16, 2020 Posted December 16, 2020 5 minutes ago, Jasqueen said: Can someone explain to me how aluminum is allowing lateral motion in her chair? I don’t reallly get the whole system behind the chair, the fourth bridge or Kaladin’s Captain America fabrial. The aluminum makes the spren flee to a side... and I don’t understand how that makes the chair move laterally. So, normally, when you have a conjoined fabrial, the two pieces will move in exactly the same way. When you touch the fabrial with aluminum, you can make the two fabrials ignore certain types of movements. 1
Jasqueen she/her Posted December 16, 2020 Author Posted December 16, 2020 OK, let me try this out. So she’s on a ruby chair and with normal conjoined Fabrial Mechanics, you move one ruby up, it moves the ruby chair up—but completely stationary. Then you touch it with aluminum and now it’s only vertically connected with the other ruby. You can push the chair around laterally...?
NameIess Posted December 17, 2020 Posted December 17, 2020 57 minutes ago, Jasqueen said: OK, let me try this out. So she’s on a ruby chair and with normal conjoined Fabrial Mechanics, you move one ruby up, it moves the ruby chair up—but completely stationary. Then you touch it with aluminum and now it’s only vertically connected with the other ruby. You can push the chair around laterally...? Yep.
HSuperLee Posted December 17, 2020 Posted December 17, 2020 The way I understood is is basically that they have aluminum wrapped around the ruby on the horizontal plane. basically, you have an aluminum doughnut with a ruby in the middle. This way, the aluminum prevents the ruby from being synced from the sides but will still sync force from the top and bottom. 1
Jasqueen she/her Posted December 17, 2020 Author Posted December 17, 2020 3 hours ago, HSuperLee said: aluminum doughnut Ahhhhh that would make sense
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