Ample Accelerate
Gotta stab fast
- Location
- Texas
[X] The Third Hokage, moments before the battle with Akatsuki.
[x] Hazō buys a telescope
[x] a meeting of the merchant council
[x] last telescope salesman in konoha goes out of business
[x] an unfortunate travelling telescope salesman arriving everywhere we've been just after we leave
[x] Hazou henges into a horse's corpse
-[X] Someone beats Hazou over the head with a telescope
I think my method looks like yours but without step 3. The first seal is arbitrarily placed because it's unusual for exact wall position to matter, then the second seal only has to match the first. This might create some challenges if the ground level doesn't match, but I'd think digging a whole or stacking some dirt would trivially solve the problem. It's possible that ground compression would be a problem, but that's beyond me. Everything else comes from the stated 1 minute set up time.
Let me see if I understand -- sorry if I misrepresent your view. You expect 0.5 degree accuracy to be the best accuracy ninja can achieve regardless of prep time? If so, I disagree. I think millimeter accuracy at least is possible with mundane tools. If the seal worked as I hypothesized, accuracy would be limited by how fast a ninja could iterate through all possible combinations of angle and position -- holding all but one variable steady at a time -- while within the initial search space. In this case, time would be an important variable; I tried to do the math but gave up, and it's possible 1 minute wouldn't be enough time. Changing tracks, we don't necessarily need to do a mathematical analysis of similar rigor in character; bamboo should be common and is a pretty good wood for this application and I think it should be trivial to try making a pole of adequate width with that.
Good news(if this is allowed, don't know much about which shapes are acceptable, just going by the same equation as last time). New force wall numbers for millimeter tolerance:
- For a right triangle with sides 4m and 0.001m, the corresponding angle is arctan(0.001/4) = 0.00025 radians.
- Using Ash wood as before, [4*20*710*8/(arctan(0.001/4)*12310000000)]^0.5 = 0.384m as the base length of the pole.
- Such a pole would weigh 0.384*0.005*4*710 = 5.45kg. A very manageable weight. Hopefully, a pole 0.384m by 0.005m by 4m isn't too ridiculous.
[(4*2*10*8*710/(12310000000*0.0001745329))^.5] = 0.46m base length. [(4*2*10*8*710/(12310000000*0.0001745329))^.5]*.005*4*710 = 6.53kg weight pole.
Possible name inspiration for the new device. Geta is the name of Jiraiya's Japanese style sandals in canon. Force walls will look like these if they have thin, long support bars. The ones on the right in the picture look the most similar, but the ratio is off.
Not sure about the feasibility of this proposal but figured I'd mention it. What if instead of using a pole, each seal were aligned by clamping it to the force wall itself after activation? Force walls have friction, so clamping should still work. Shorter beams should mean a much smaller achievable angle of deflection. Could use 5SB somehow if we have to to avoid moving the seals during clamping. Not sure if you know, but there's a bit of distance between the seals and the force wall, something on the order of an inch.
Lastly, some miscellaneous thoughts: to prevent opponents from discerning how force walls function, obscure the shape of the pole so otherwise identical movements don't look identical(mostly so they mistake which side of the force wall they're standing on for purposes of targeting the seals). Of course, use 'black seals' so it's not clear this is even a seal based weapon, or add fake seals in other places to be mistakenly targeted. Force walls are invisible so lasers/light based attacks will work through them. This is something we could potentially use to our advantage later. Also good as invisible barriers in bad sight conditions to be slammed into at ninja speeds, which might be good to add to our fort.
Maybe I'm modelling the problem incorrectly, but in my head it collapses to aligning one seal to some other immobile one. Imagine an invisible laser pointer and a photon detector. Once the laser pointer successfully hits the photon detector, a loud chime goes off. I don't see why it would be impossible to align them by only moving one, even if the photon detector required the laser to be exactly 4m away and the laser's beam didn't spread into a cone with distance. Then it's a matter of wiggling the laser until you hear the chime, except with force wall seals and some hypothetical mechanism for persistent alignment detection. Sorry if I'm missing something obvious.
Gah, I strongly suspected this but was thrown off by the equations having a separate variable for rectangular height and width. I'll have to read more carefully next time. To make up for it, I'll try to figure out what kind of dimensions I beams necessitate, as well as going back and fixing the math in the old posts when I'm less tired. Suffice to say, 76x the previously calculated weight would be less than optimal.
Hm, for some reason I don't see Inferno Vulpix's vote. Bug?
You've missed the deadline for the voting period. The next one starts after my upcoming update.
I wasn't actually serious.You've missed the deadline for the voting period. The next one starts after my upcoming update.
There already was a chapter from the Hokage's perspective: Chapter 116.3. Spoiler: either he wasn't the Sage, or hisCome on guys, you know you want third Hokage interlude. It might reveal if he's really the Sage!
[X]@Oneiros reveals zirself to be both the Sage and the Dummy[x] @faflec and @Cariyaga reveal themselves to be the sage.
[x] @Radvic and @Winged_One reveal themselves to be the sage