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The blog is finished. It should get an evaluation before deciding replacement though.
@M3X_2.0 @Drite77 @Dalesean027 @Naito-desu @Damage3245 @KLOL506 your input here would be appreciated.
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Moon Diameter: 194,019.8418356023 kmA bit unrelated to the topic, but i think Enel's feat itself would need to be recalc with another method anyway.
As it was pointed out by a user called GHOSTPEPPER.282 that what we see may be the dust dispersed by the blast and its not the actual explosion.
So probably need to remade it by using the same formula used in feats like this.
GPE = mghAnd in terms of GPE?
Man got a way to message me on every platform possible and he chooses to do so in the public thread, now just put me on the spotBump. Someone needs to evaluate Floxy's moon calc.
Although @KingTempest should probably edit the planet calc to account for the minor mistake first as it affects the result of Floxy's moon as well.
Man got a way to message me on every platform possible and he chooses to do so in the public thread, now just put me on the spot
Are you sure you didn't mess up with numbers in the end? Where did 245px and 367 px come from?
(Shhhhh I can't do math) FixedAre you sure you didn't mess up with numbers in the end? Where did 245px and 367 px come from?
You should measure corrected diameter, then divide it by sqrt(1-(tan(35) * (345/526))^2/((tan(35) * (345/526))^2+1)) or 0.90874504509 to find true diameter.
Did thatGrand Line width:
174100.85714286 km | 38.6 px
Visible/corrected Planet diameter:
345 px | 1556082.79053 km
True diameter:
1556082.79053 / [sqrt(1-(tan(35) * (345/526))^2/((tan(35) * (345/526))^2+1))] = 1712342.53097 km
I think Planet Curvature part should be like this
You're already measuring visible/corrected diameter, there's no reason to apply PCS on top of that. Just do the reverse after direct pixelscaling.sqrt(1-(tan(35) * (345/526))^2/((tan(35) * (345/526))^2+1)) * 1655311.2583272 = 1580737.14 km
Why 526/345? They shouldn't be switched.x = 1580737.14 / [sqrt(1-(tan(35) * (526/345))^2/((tan(35) * (526/345))^2+1))]
You're already measuring visible/corrected diameter, there's no reason to apply PCS on top of that. Just do the reverse after direct pixelscaling.
Why 526/345? They shouldn't be switched.
Also, where'd u get 1556082.79053 from?
You said diameter is 345px then used 367 pxGrand Line width:
174100.85714286 km | 38.6 px
Visible/corrected Planet diameter:
345 px | 1556082.79053 km
i hate mathYou said diameter is 345px then used 367 px
It's counterintuitive to try and forbid a calc from being corrected or removed with a rule. We could be locking ourselves into a flawed foundation for the verse.This is a tangential point I want to bring up, but whatever value is decided for the planet, should there maybe be some kind of discussion rule in place to prevent the calcs and verse stats from being nuked again and again? I feel like a major part of the verse being in disarray is because nothing is allowed to sit for even a few months
Yes.This is a tangential point I want to bring up, but whatever value is decided for the planet, should there maybe be some kind of discussion rule in place to prevent the calcs and verse stats from being nuked again and again? I feel like a major part of the verse being in disarray is because nothing is allowed to sit for even a few months
A discussion rule being put in place to stop knocking the One Piece planet size based on certain arguments is logical. Planet can be up or downgraded, that isn't a problem, but some of these arguments should never be seen againIt's counterintuitive to try and forbid a calc from being corrected or removed with a rule. We could be locking ourselves into a flawed foundation for the verse.
Evaluated.i hate math
aight, done
I don't think that's a good idea.This is a tangential point I want to bring up, but whatever value is decided for the planet, should there maybe be some kind of discussion rule in place to prevent the calcs and verse stats from being nuked again and again? I feel like a major part of the verse being in disarray is because nothing is allowed to sit for even a few months
It's counterintuitive to try and forbid a calc from being corrected or removed with a rule. We could be locking ourselves into a flawed foundation for the verse.
I probably could have worded it better, but I don't mean "No more calcs for the verse" but rather having a discussion rule for specifically the planet size so that the stats/calcs for the verse isn't in a constant state of flux due to so much of the scaling being dependent on itI don't think that's a good idea.
Or make sure the verse is consistent with its scaling in the logic of the story.I probably could have worded it better, but I don't mean "No more calcs for the verse" but rather having a discussion rule for specifically the planet size so that the stats/calcs for the verse isn't in a constant state of flux due to so much of the scaling being dependent on it
LmaoooooooooFor example, One Piece's best non-planet calc is 6-B, which is only in Dressrosa and is missing FIVE arcs of the series and missing 300+ chapters of new scaling.
It's evaluated now.Bump. Someone needs to evaluate this.
Thanks. I remade KT's moon excavation calc with your moon size value so we can have something to replace itIt's evaluated now.
Like i already say before, i do think that what we see may not be the actual explosion but rather the dust dispersed by the blast. Which does match with what we see as the color of the explosion does resemble a large cloud dust rather than a fireball, so i think we should at least consider making an alternative calc based on that assumption.Thanks. I remade KT's moon excavation calc with your moon size value so we can have something to replace it
Might I suggest this?Yeah, taking it as shockwave radius makes no sense. However GPE method won't work like that either because only small, negligible part of dust is that far from the Moon (also you'd need find GPE difference when g isn't more or less same for low height calcs). Why don't we use omnidirectional KE?
"Moon Dust Density: 1500 kg/m3"
Lunar Regolith is the dust itself and the unconsolidated material sitting on top of the moon's surface. The calc also applies the hollowness to account for the air within the volume of dust. Moon Rock is 3,400 kg/m^3."Moon Dust Density: 1500 kg/m3"
It's density of moon regolith, not the dust itself. Dust that results from bombing soil, doesn't have same density as soil
In that case multiply volume that dust covers, to 3400 kg/m^3, and 0.00002379591% (concentration of the dust in the air).Moon Rock is 3,400 kg/m^3.
KE formula is 3/10 m v^2
Your link doesn't work for me.In that case multiply volume that dust covers, to 3400 kg/m^3, and 0.00002379591%(concentration of the dust in the air).
My method is based upon Bambu's method for hollowness of dust.In that case multiply volume that dust covers, to 3400 kg/m^3, and 0.00002379591%(concentration of the dust in the air).
Not so sure about that method since it explicitly uses the density of air to find the density of the dust storm. Moons don't have the atmosphere for air.It should be calculated in the same way as in this calculation.
My bad. Fixed itYour link doesn't work for me.
Can you elaborate? I tried to be very accurate to the pixel of each end.Edit: also blue line is too long for a hemisphere assumption, its volume gets inflated.