- 31,208
- 27,406
The purpose of this thread is to examine the method used in this calc for Star and Stripe's feat in Chapter 331 of My Hero Academia, and verify it for any potential inconsistencies ahead of it being proposed in a CRT, so we can get discussions on the suitability of the calc cleared before discussions on scaling.
The Feat
In chapter 331, Star and Stripe creates an avatar of herself made of solidied air which mimics her motions.
She then claps her hands together, with the avatar doing the same and creating an enormous impact, squishing Shigaraki between her hands and creating a shockwave that pushes aside the surrounding clouds below him, creating a hole.
So the calc would be to just find the kinetic energy of the moving clouds.
The Calc
In order to figure out the volume of dispersed cloud, the calc currently assumes a height of 1 km for the pixelscaled distance between the clouds and the sea level, and then uses that to scale the diameter of the hole in the clouds which is found to be 71.6 km across.
Since the movement of the clouds happened extremely quickly, one second is used for the timeframe.
And we get the result of 139.35 Gigatons (Large Island level) which isn't unusual as it is a huge volume of cloud moving very quickly.
In a vacuum this calc is okay at first glance if we're looking at just this panel with no other frame of reference... but I believe that to be a mistake. We have reason to believe that the volume of displaced cloud is nowhere near that big.
The Issue
Just two pages after that double-page spread above, we get a look at how Star and Stripe's avatar appears standing in the center of the hole in the clouds. While we obviously cannot see the full extent of the hole in the clouds here, we can see both the clouds in front of the avatar and behind. If the avatar (which is 1930 meters tall) were as far away as 35.8 km from the POV of the panel (AKA, the radius of the hole in the clouds), it would be drawn much further away than it is.
In the subsequent page where we see the avatar launching an attack to drive Tomura into the ocean, we can see the ring of clouds in the sky again again. If each side of the hole in the clouds was 71.6 km apart from each other, we should not be able to see the clouds even be visible from this perspective.
Lastly at the beginning of the next chapter we get the clearest look at the hole and something we can directly compare it to which is the pillar of lasers wielded by Star and Stripe's avatar. (And we know how big that pillar is by comparing it to the avatar which we have a canonical height for).
So that's three consistent shots of the hole in the clouds being much, much smaller than the scaled 71.6 km. And I do not think there's any merit to an assumption that the clouds just rushed back into place of their own accord with no outside force being applied to make them form a smaller perfectly circular ring. That doesn't make any sense. If the clouds had somehow rushed back into place then the hole would have closed entirely, not just been smaller.
I think there's a simple explanation for why the figure for the width of the hole in the clouds would be so big and that's because the initial artwork of the hole being formed is drawn inconsistently. It looks visually striking and impressive, but there is no proper scale being applied here, no other reference objects we can look to to double-check the validity of it. The distance between the clouds and the surface of the sea is drawn too close together. Cloud calcs rely on assumptions like the thickness of the cloud and the height of the cloud, so an assumed value like 1 km can lead to a much larger scaled figure than probably what it should be.
If this is just a case of inconsistent artwork (and I don't blame Horikoshi because which manga artist isn't inconsistent at times?) then in my point of view the best course of action is to ignore the outlier of the visuals here which would be the first panel showing the hole's formation. There are three shots following that first panel which show the hole is not as large as what has been scaled, and the next chapter's image is the clearest image of the hole after its formation and also the most recent. The most recent depiction / information ought to be what takes priority on top of it lining up with the other visuals.
So my proposal is that the High 6-C calc not be used due to the inconsistent visual being used as the basis for the calc. I understand it's a nice visual and gives and impressive result but if by its nature it is based on something substantially inconsistent then it is not reliable.
The Feat
In chapter 331, Star and Stripe creates an avatar of herself made of solidied air which mimics her motions.
She then claps her hands together, with the avatar doing the same and creating an enormous impact, squishing Shigaraki between her hands and creating a shockwave that pushes aside the surrounding clouds below him, creating a hole.
So the calc would be to just find the kinetic energy of the moving clouds.
The Calc
In order to figure out the volume of dispersed cloud, the calc currently assumes a height of 1 km for the pixelscaled distance between the clouds and the sea level, and then uses that to scale the diameter of the hole in the clouds which is found to be 71.6 km across.
Since the movement of the clouds happened extremely quickly, one second is used for the timeframe.
And we get the result of 139.35 Gigatons (Large Island level) which isn't unusual as it is a huge volume of cloud moving very quickly.
In a vacuum this calc is okay at first glance if we're looking at just this panel with no other frame of reference... but I believe that to be a mistake. We have reason to believe that the volume of displaced cloud is nowhere near that big.
The Issue
Just two pages after that double-page spread above, we get a look at how Star and Stripe's avatar appears standing in the center of the hole in the clouds. While we obviously cannot see the full extent of the hole in the clouds here, we can see both the clouds in front of the avatar and behind. If the avatar (which is 1930 meters tall) were as far away as 35.8 km from the POV of the panel (AKA, the radius of the hole in the clouds), it would be drawn much further away than it is.
In the subsequent page where we see the avatar launching an attack to drive Tomura into the ocean, we can see the ring of clouds in the sky again again. If each side of the hole in the clouds was 71.6 km apart from each other, we should not be able to see the clouds even be visible from this perspective.
Lastly at the beginning of the next chapter we get the clearest look at the hole and something we can directly compare it to which is the pillar of lasers wielded by Star and Stripe's avatar. (And we know how big that pillar is by comparing it to the avatar which we have a canonical height for).
So that's three consistent shots of the hole in the clouds being much, much smaller than the scaled 71.6 km. And I do not think there's any merit to an assumption that the clouds just rushed back into place of their own accord with no outside force being applied to make them form a smaller perfectly circular ring. That doesn't make any sense. If the clouds had somehow rushed back into place then the hole would have closed entirely, not just been smaller.
I think there's a simple explanation for why the figure for the width of the hole in the clouds would be so big and that's because the initial artwork of the hole being formed is drawn inconsistently. It looks visually striking and impressive, but there is no proper scale being applied here, no other reference objects we can look to to double-check the validity of it. The distance between the clouds and the surface of the sea is drawn too close together. Cloud calcs rely on assumptions like the thickness of the cloud and the height of the cloud, so an assumed value like 1 km can lead to a much larger scaled figure than probably what it should be.
If this is just a case of inconsistent artwork (and I don't blame Horikoshi because which manga artist isn't inconsistent at times?) then in my point of view the best course of action is to ignore the outlier of the visuals here which would be the first panel showing the hole's formation. There are three shots following that first panel which show the hole is not as large as what has been scaled, and the next chapter's image is the clearest image of the hole after its formation and also the most recent. The most recent depiction / information ought to be what takes priority on top of it lining up with the other visuals.
So my proposal is that the High 6-C calc not be used due to the inconsistent visual being used as the basis for the calc. I understand it's a nice visual and gives and impressive result but if by its nature it is based on something substantially inconsistent then it is not reliable.