Mapl3Sy4up
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I believe all the others are already making their own versions
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My Hero Academia: America Brings Upgrades/Revisions
- Thread starter TheRustyOne
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Theendzero13
He/Him- 2,786
- 1,328
nope because those feats support each other
Mapl3Sy4up
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Ah Ok, thank you
Theendzero13
He/Him- 2,786
- 1,328
like it will be very hard to argue against 7-A/HIGH 7-A my hero if two separate feats reach close results, especially since we have a couple of others supporting feats on tier 7
- 9,629
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That's exactly the image I wanted to use for the scaling, it is way closer than the other one and the walls are fully detailed, and the angle is good enough.
- 11,250
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- Thread starter
- #526
I've edited my blog to include that version of the calc, and mentioned in the comments that I've done so.
Mapl3Sy4up
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though I do want to ask how the height was found for the wall, just curious
- 11,250
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- Thread starter
- #528
Right here, for an old calc that isn't used anymore.
Mapl3Sy4up
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ok, thanks
- 6,227
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The link doesn't work
- 11,250
- 13,137
- Thread starter
- #531
Apologies, should be fixed now.
Mapl3Sy4up
Username Only- 5,465
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while I like method one more (cause Large Mountain seems alot more fitting) Method 2 is probably more accurate
ÆONS
He/Him- 1,489
- 1,035
Method 2 seems better IMO. I'll wait for more input though.
Mapl3Sy4up
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I'm assuming we can't do KE because of the disagreement with Cloud density? or is it something else like timeframe
- 11,250
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- Thread starter
- #537
Cloud density, and how shockwaves travel through air or something. There is some weird timeframe thing going on, but it isn't as important.
Short Answer: Yes, KE is ignored due to current standards being questioned and the possibly that clouds feats in general are being high balled.
Mapl3Sy4up
Username Only- 5,465
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Ah, if I'm correct than clouds are always 1.003 kg/m^3, and they do indeed fall just at a slow rate (https://www.scientificamerican.com/article/why-do-clouds-float-when/)
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Yea I think with KE someone calc'd the feat at small country.
- 11,250
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- Thread starter
- #540
How about we don't talk about that here, this isn't really needed to clog up this thread more than it is.
This thing is ungodly complication, likely going into terms I'll never understand.
This thing is ungodly complication, likely going into terms I'll never understand.
- 11,250
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- Thread starter
- #541
Using a smaller Island size is what got Low 6-B results, so it'd actually be higher than that
Mapl3Sy4up
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wow really?
- 11,250
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- Thread starter
- #543
Current storm/cloud kinetic energy calcs are pretty... stupid.
- 6,227
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oh boy
Mapl3Sy4up
Username Only- 5,465
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nvm just did it myself with the calcing methods used on site and yeah it was 1.8 Teratons (which while fitting for a storm that overshadows a small island, is a huge outlier)
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Theendzero13
He/Him- 2,786
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sorry for asking, but can you send your source for the water vaporization formula you used, i saw a different
one being used in other places
- 361
- 238
this calculation cannot be used?
vsbattles.fandom.com
My Hero Academia: Heroes Rising Storm Stuff
vsbattles.fandom.com
Mapl3Sy4up
Username Only- 5,465
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That may work?this calculation cannot be used?
My Hero Academia: Heroes Rising Storm Stuff
- 11,250
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- Thread starter
- #549
No, I've made an update as that island size seems to be rejected (It is using my method 1 island size). Speed is now Mach 87.84 (HHS+, almost but not quite MHS)
- 9,629
- 8,663
It's here and they both give the same results.
Mapl3Sy4up
Username Only- 5,465
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I did the calc for KE again using the cone volume of your speed, however I used the omni-directional portion that's now on the storm calc part, it comes to 306 gigatons, certainly very high, but not nearly as ridiculous as 1.8 teratons (pi*r^2x(h/3) x density, then that result multiplied by 1/12 and the velocity)
- 361
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And taking advantage of the fact that we are getting up to speed, we can remove the calculation of the faux midoriya and put this version made by the therefir.
Scan 1
Deku's Arm = 75.6 cm or 0.756 m
Panel Height = 84.4 m
Distance = 0.756*84.4/[0.756*2tan(70/2)] = 60.26 m
Lady Nagant also moved her Rifle Arm 90 degrees in Deku's direction, and I doubt her arm is as fast as her bullet so:
Scan 2
Nagant's Height = 171 cm
Nagant's Rifle Arm = 1.2 m
Distance Her Rifle Arm Moved = (2*pi*1.2)*0.25 = 1.88 m
Total Distance = 60.26 + 1.88 = 62.14 m
Distance The First Bullet Has To Travel Before Nagant Shoots Her Second Bullet = 79.9 m
Distance Between The First Bullet And Overhaul After Her Second Bullet Reached Deku = 79.9 - 62.14 = 17.76 m
Distance Deku Swung and Traveled To Reach Overhaul = 390.95 m
Deku's Speed = (390.95 * 1422) / 17.76 = 31302.41 m/s, Mach 91.26
Scan 1
Deku's Arm = 75.6 cm or 0.756 m
Panel Height = 84.4 m
Distance = 0.756*84.4/[0.756*2tan(70/2)] = 60.26 m
Lady Nagant also moved her Rifle Arm 90 degrees in Deku's direction, and I doubt her arm is as fast as her bullet so:
Scan 2
Nagant's Height = 171 cm
Nagant's Rifle Arm = 1.2 m
Distance Her Rifle Arm Moved = (2*pi*1.2)*0.25 = 1.88 m
Total Distance = 60.26 + 1.88 = 62.14 m
Distance The First Bullet Has To Travel Before Nagant Shoots Her Second Bullet = 79.9 m
Distance Between The First Bullet And Overhaul After Her Second Bullet Reached Deku = 79.9 - 62.14 = 17.76 m
Distance Deku Swung and Traveled To Reach Overhaul = 390.95 m
Deku's Speed = (390.95 * 1422) / 17.76 = 31302.41 m/s, Mach 91.26
- 11,250
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- Thread starter
- #555
I mean, there was only ever one island size until now. And I decided to use two different scans to measure the island size.
There is no need for such dramatic action, when there is no problem.
Theendzero13
He/Him- 2,786
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ok i was just confused because mine was getting different results, i must have made a math error
Mapl3Sy4up
Username Only- 5,465
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@Therefir would 306 gigatons be considered an outlier? (I'm just asking, as using 1/12 instead of one half results in High 6-C KE for the Heroes Rising Feat which given the Tiamat missiles isn't as far fetched as Low 6-B), (I got this by using the explosion radius as the Radius for a cone, the height of the attack provided as the height of the cone, resulting in 1.69×10^13 meters^3, multiplying this by 1.003 for the density, 1/12 for the omni directional dispersion, and multiplying it by 30131.5973^2 as that was the attack speed, it came out to 1.2824803e+21 joules or 306 gigatons)
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Mapl3Sy4up
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Yeah he should upscale
- 11,250
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- Thread starter
- #559
I'm against upscaling for the time being, especially since Nagant is scaling to around Mach 63.78, a good deal away from Mach 100.
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my bad then
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