Trigger-verse calc archive

[Stocking Anarchy]

Krazor X fires the Absolute Zero Heat Death Cannon and freezes a volcano. Said weapon is also designed to work against solar flares.

Spoiler

Finding the scaling is a bit tricky, but there's a way to get an estimate of the power on display here, as we can scale part of the beam to Lio de Galon's "ear", which in turn we can scale from a sedan it dwarved. The average length of a compact sedan is 177.2 inches, or 4.50088m.

Spoiler

50 pixels = 4.50088m
1 pixel = 4.50088m/50 = 0.0900176m
0.0900176m X 25 = 2.25044m

Spoiler

87 pixels = 2.25044m
1 pixel = 2.25044m/87 = 0.0258671264m
0.0258671264m X 1133 = 29.3074542m

Keep in mind too this isn't even the full beam, just what we can scale from. But it's better than nothing, so let's continue on.

Spoiler

10 pixels = 29.3074542m
1 pixel = 29.3074542m/10 = 2.93074542m

It gets even closer to the volcano, but that's the best scale I have to go with.

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2.93074542m X 1228 = 3598.95538m

Spoiler

362 pixels = 3598.95538m
1 pixel = 3598.95538m/362 = 9.94186569m
9.94186569m X 396 = 3936.97881m
3936.97881m/2 = 1968.48941m
9.94186569m X 654 = 6501.98016m
6501.98016m/2 = 3250.99008m

Keep in mind that ultimately the volume would be even higher because of all the spikes pointing out. Anyway, volume as an ellipsoid.

V = 4/3πabc
= 4/3 X π X 1968.48941 X 1968.48941 X 3250.99008
= 5.27679739e10m^3

Ice weighs 919kg/m^3 (the ice is a solid, so it would absolutely weigh a lot more than it would as just gas).

E = 5.27679739e10 X 919
= 4.8493768e13kg

A pyroclastic flow (the ashcloud produced by a volcano) is between 400°C to 800°C, so we'll go with a low end and a high end.
https://science.howstuffworks.com/nature/natural-disasters/volcanic-ash.htm

All that ash may sound like more of a mess than a real danger, but just consider the sheer destructive power of a pyroclastic flow. This mass of ash, gas and rock fragments can travel at speeds approaching 125 mph (200 kph). And with internal temperatures of 752 to 1,472 degrees F (400 to 800 degrees C), it can pretty much bake anything in its path.

(Low end)
Specific heat of air is 1.005 kilojoules.

E = 4.8493768e13 X 1.005 X 400
= 1.94944947e16 kilojoules
= 1.94944947e19 joules

We'll also add the heat fusion of air/oxygen, that being 13800 joules/kg.

E = 4.8493768e13 X 13800
= 6.69213998e17 joules

Finally, to add both together.

E = 1.94944947e19 + 6.69213998e17
= 2.01637087e19 joules
= 4.8192420411089873511 gigatons

(High end)

E = 4.8493768e13 X 1.005 X 800
= 3.89889895e16 kilojoules
= 3.89889895e19 joules

The heat fusion is still going to be the same from above, so let's add them together.

E = 3.89889895e19 + 6.69213998e17
= 3.96582035e19 joules
= 9.4785381214149140305 gigatons

Final Results
Absolute Zero Heat Death Canon (low end) = >4.819 gigatons
Absolute Zero Heat Death Cannon (high end) = >9.479 gigatons

This is actually pretty accurate compared with the energy of an average solar flare (around 10^20 joules). Lio de Galon withstands the Absolute Zero Heat Death Cannon for almost a minute, and it's Burnish flames overwhelms and disables Krazor X, though it too is destroyed.

 

[Stocking Anarchy]

A relatively straightforward calc. How big is the Parnassus. Given Promare is set in an alternate America, we'll be using the average height of an American man for Galo ( 5 feet 9 inches, or 1.7526m).

Spoiler

232 pixels = 1.7526m
1 pixel = 1.7526m/232 = 0.00755431034m
0.00755431034m X 1440 = 10.8782069m

Spoiler

132 pixels = 10.8782069m
1 pixel = 10.8782069m/132 = 0.0824106583m
0.0824106583m X 1042 = 85.8719059m

Spoiler

173 pixels = 85.8719059m
1 pixel = 85.8719059m/173 = 0.496369398m
0.496369398m X 409 = 203.015084m

Spoiler

8 pixels = 203.015084m
1 pixel = 203.015084m/8 = 25.3768855m
25.3768855m X 134 = 3400.50266m (3.40050266km)
25.3768855m X 643 = 16317.3374m (16.3173374km)
25.3768855m X 2472 = 62731.661m (62.731661km)

Final Results
Foresight Foundation tower height = 3.401km
Parnassus's height = 16.317km
Parnassus's length = 62.732km

Damn that is one ridiculously big spaceship. :geg I'm starting to think Kray might be a bit full of shit when he said they didn't have the technology to reach the Earths core.

 

[Stocking Anarchy]

Varys freezes a Burnish Snake and shatters it. The scaling on this will not be easy, but we can find at least a good segment of the frozen structure. Varys is pretty tall, so we'll need to scale his height. Thankfully, one of the artbooks does show the characters next to each other (I remember another, better, official height chart too, but can't seem to find it at the moment). Previously for Lio, I used the average height of an American man, that being 5 feet 9 inches, or 1.7526m (the below chart is from The Battle of Geekboat).

Spoiler

1.7526m/171 = 0.0102491228m
0.0102491228m X 222 = 2.27530526m

Now we have his height, let's use a cleaner shot of him to figure out the size of his head.

Spoiler

1399 pixels = 2.27530526m
1 pixel = 2.27530526m/1399 = 0.00162637974m
0.00162637974m X 150 = 0.243956961m

Next to scale Varys to his Burning Rescue Gear...

Spoiler

123 pixels = 0.243956961m
1 pixel = 0.243956961m/123 = 0.00198338993m
0.00198338993m X 575 = 1.14044921m

At last, we can start scaling the size of the ice.

Spoiler

173 pixels = 1.14044921m
1 pixel = 1.14044921m/173 = 0.00659219197m
0.00659219197m X 509 = 3.35542571m
0.00659219197m X 671 = 4.42336081m
0.00659219197m X 1049 = 6.91520938m
0.00659219197m X 950 = 6.26258237m
0.00659219197m X 1419 = 9.35432041m
0.00659219197m X 181 = 1.19318675m

Volume of each segment as a rectangle.

V = lhw
= 3.35542571 X 4.42336081 X 6.91520938
= 102.637326m^3

V = lhw
= 6.26258237 X 9.35432041 X 1.19318675
= 69.8995073m^3

Now we've done that, time to scale all over again for the next part.

Spoiler

1.14044921m = 124 pixels
1 pixel = 1.14044921m/124 = 0.00919717105m
0.00919717105m X 177 = 1.62789928m
0.00919717105m X 130 = 1.19563224m
0.00919717105m X 728 = 6.69554052m
0.00919717105m X 604 = 5.55509131m
0.00919717105m X 161 = 1.48074454m
0.00919717105m X 659 = 6.06093572m
0.00919717105m X 643 = 5.91378099m
0.00919717105m X 503 = 4.62617704m
0.00919717105m X 250 = 2.29929276m

Volumes as rectangles once more.

V = lhw
= 1.62789928 X 1.19563224 X 6.69554052
= 13.0319916m^3

V = lhw
= 5.55509131 X 1.48074454 X 6.06093572
= 49.855264m^3

V = lhw
= 5.91378099 X 4.62617704 X 2.29929276
= 62.9045062m^3

There's more, but I can't find a proper frame for scaling for most of it. Let's add all those up for our volume.

V = 102.637326 + 69.8995073 + 13.0319916 + 49.855264 + 62.9045062
= 298.328595m^3

Ice has a density of 919kg/m^3.

M = 298.328595 X 919kg
= 274163.979kg

Given this ice froze a burnish snake, and burnish flames can melt not only ice, but also metal, and freeze flames? They should be at least 100°C (likely much higher). Specific heat of air at this temperature is 1.005 kilojoules.

E = 274163.979 X 1.005 X 100
= 27553479.9 kilojoules
= 27553479900 joules

We'll also add the heat fusion of oxygen of 13800 joules/kg.

E = 274163.979 X 13800
= 3.78346291e9

Finally, to add both of them together for our final result.

E = 27553479900 + 3.78346291e9
= 31336942810 joules
= 7.489709084608 tons of TNT

Final Results
Varys freezes Burnish Snake = >7.49 tons of TNT

 

[Stocking Anarchy]

As Promare activity increases, Promare flames climb up high into space. More or less straightforward. The Earth has a radius of 6371km and a diameter of 12742km.

Spoiler

R = (h/2) + c^2/(8h)
= (92/2) + 932^2/(8 X 91)
= 1239.16484 pixels

1239.16484 pixels = 6371km
1 pixel = 6371km/1239.16484 = 5.14136602km
5.14136602km X 222 = 1141.38326km

Spoiler

Timeframe is 5 seconds and 12 frames.

T = 1s/24
= 41.6666667ms + 5s
= 5.04166667s

480 pixels = 12742km
1 pixel = 12742km/480 = 26.5458333km
215 + 106 + 26 + 28 + 65 + 71 + 53 = 564 pixels
26.5458333km X 564 = 14971.85km

L = 14971.85km - 1141.38326km
= 13830.4667km

T = 13830.4667km/5.04166667s
= 2743233.06/340.29
= Mach 8061.45658

Final Results
Promare fires climb into space = Mach 8061.457

 

[Stocking Anarchy]

A group of Burnish cause a volcanic eruption so powerful that not only does it reach space, it noticably parts the clouds for hundreds of miles around. Gonna be lots of scaling here...

Spoiler

The Earth has a radius of 6371km.

Spoiler

R = (h/2) + c^2/(8h)
= (170/2) + 3202^2/(8 X 170)
= 7623.82647 pixels

7623.82647 pixels = 6371km
1 pixel = 6371km/7623.82647 = 0.835669598km (835.669598m)

Now we have a method to scale, time to get to scaling...

Spoiler

835.669598m X 594 = 496387.741m
496387.741m/2 = 248193.87m
835.669598m X 109 = 91087.9862m
91087.9862m/2 = 45543.9931m
835.669598m X 815 = 681070.722m
681070.722m/2 = 340535.361m
835.669598m X 241 = 201396.373m
201396.373m/2 = 100698.186m
835.669598m X 707 = 590818.406m
590818.406m/2 = 295409.203m
835.669598m X 215 = 179668.964m
179668.964m/2 = 89834.482m
835.669598m X 355 = 296662.707m
296662.707m/2 = 148331.353m
835.669598m X 38 = 31755.4447m
31755.4447m/2 = 15877.7224m
835.669598m X 445 = 371872.971m
371872.971m/2 = 185936.486m
835.669598m X 41 = 34262.4535m
34262.4535m/2 = 17131.2268m
835.669598m X 337 = 281620.655m
281620.655m/2 = 140810.328m
835.669598m X 32 = 26741.4271m
26741.4271m/2 = 13370.7136m
835.669598m X 1007 = 841519.285m
841519.285m/2 = 420759.643m
835.669598m X 17 = 14206.3832m
14206.3832m/2 = 7103.1916m
835.669598m X 362 = 302512.394m
302512.394m/2 = 151256.197m
835.669598m X 63 = 52647.1847m
52647.1847m/2 = 26323.5923m

A nimbostratus cloud usually has a thickness of 2000m. Volume of them all as ellipsoids.

V = 4/3πabc
= 4/3 X π X 248193.87 X 45543.9931 X 1000
= 4.7348995e13m^3

V = 4/3πabc
= 4/3 X π X 340535.361 X 100698.186 X 1000
= 1.43639033e14m^3

V = 4/3πabc
= 4/3 X π X 295409.203 X 89834.482 X 1000
= 1.11161833e14m^3

V = 4/3πabc
= 4/3 X π X 148331.353 X 15877.7224 X 1000
= 9.86528809e12m^3

V = 4/3πabc
= 4/3 X π X 185936.486 X 17131.2268 X 1000
= 1.33426377e13m^3

V = 4/3πabc
= 4/3 X π X 26741.4271 X 13370.7136 X 1000
= 1.49771016e12m^3

V = 4/3πabc
= 4/3 X π X 420759.643 X 7103.1916 X 1000
= 1.25191896e13m^3

V = 4/3πabc
= 4/3 X π X 151256.197 X 26323.5923 X 1000
= 1.66781142e13m^3

V = 4.7348995e13 + 1.43639033e14 + 1.11161833e14 + 9.86528809e12 + 1.33426377e13 + 1.49771016e12 + 1.25191896e13 + 1.66781142e13
= 356052800750000m^3

Density of a cloud is 1.003kg/m^3.

M = 356052800750000 X 1.003kg
= 3.57120959e14kg

With all that done, we'll find the distance the clouds were pushed.

Spoiler

835.669598m X 508 = 424520.156m

With our mass and speed, we can get our timeframe, and from our timeframe? Our kinetic energy.

Spoiler

Timeframe is 2 seconds and 22 frames frames.

T = 1s/24
= 41.6666667ms + 2s
= 2.04166667s

T = 424520.156m/2.04166667s
= 207928.239m/s

KE = (0.5)mv^2
= (0.5) X 3.57120959e14 X 207928.239^2
= 7.71991101e24 joules
= 1.8451030138623327748 petatons

Now, there is but one more step; to count the number of Burnish who fuelled the eruption.

Spoiler

19 Burnish.

E = 7.71991101e24/19
= 4.06311106e23 joules
= 97.110684990439779085 teratons

That's not all...the Promare Hyper Fire Storyboard Book refers to this as magma.

Spoiler

A group of monk-like Burnish
Somewhere unexplored
Night

Send fire to the volcano

Prompting an eruption
eruption. For BG Hi-Con. Dark in front. PAN
The magma climbs into the sky
Add more PAN

Camera from orbit
Magma extending into space

Like a prominence

It seems to act like Burnish flames in the movie itself (which is interdimensional nuclear activity), but the Promare messing with the Earths magma is core to the plot of Promare, so it's still worth keeping in mind.

Spoiler

835.669598m X 357 = 298334.046m
298334.046m/2 = 149167.023m
835.669598m X 204 = 170476.598m
170476.598m/2 = 85238.299m

Volume as an ellipsoid (I can't be bothered with doing all the pointy bits).

V = 4/3πabc
= 4/3 X π X 85238.299 X 85238.299 X 149167.023
= 4.53974e15m^3
https://www.usu.edu/geo/shervais/G4500_PDF/45Week1B_Magmas.pdf
Rhyolitic magma weighs 2.18g/cm^3 (or 2180kg/m^3) at minimum.

M = 4.53974e15 X 2180kg
= 9.8966332e18kg

KE = (0.5)mv^2
= (0.5) X 9.8966332e18 X 207928.239^2
= 2.13936275e29 joules
= 51.131996892925435816 exatons

Finally, let's divide this by the number of cultists again (that being 19).

E = 2.13936275e29 joules/19
= 1.12598039e28 joules
= 2.6911577198852771886 exatons

Final Results
Burnish volcano eruption (low end) = 1.845 petatons
Burnish volcano eruption (high end) = 51.132 exatons
Individual power of Burnish cultists (low end) = 97.111 teratons
Individual power of Burnish cultists (high end) = 2.691 exatons


And that's in the first four minutes. I knew there was something ridiculous in the Big World Burnup. non Would scale at the very least to Lio and Kray. On a final note; it's possible there are more unpictured Burnish around the volcano, but in order for this not to be an upgrade, there'd have to be around 10 million of them. Which I sincerely doubt there are in that specific location.

 

[Stocking Anarchy]

Galo de Lion manifests, fixes global warming by punching the planet repeatedly, sets the entire Solar System on fire and is generally the coolest thing ever. This is a calculation of cosmic proportions so sit back and brace yourselves!
1. Galo de Lion's size

Galo de Lion is a really big robot.

Spoiler

We can scale its height from the Earth.

Spoiler

R = (h/2) + c^2/(8h)
= (379/2) + 2633^2/(8 X 379)
= 2476.00693 X 2
= 4952.01386 pixels

The diameter of the Earth is 12756.2km.

4952.01386 pixels = 12756.2km
1 pixel = 12756.2km/4952.01386 = 2.5759621km
2.5759621km X 641 = 1651.19171km
2.5759621km X 396 = 1020.08099km
2.5759621km X 510 = 1313.74067km
1651.19171km + 1313.74067km = 2964.93238km

2. Galo de Lion punches the Earth

Galo de Lion punches the Earth repeatedly, visibly shaking it. This should be relatively straight forward.

Spoiler

541 pixels = 12756.2km
1 pixel = 12756.2km/541 = 23.5789279km
23.5789279km X 522 = 12308.2004km

Spoiler

Timeframe is 0.10 seconds.

23.5789279km X 499 = 11765.885km
12308.2004km - 11765.885km = 542.3154km

T = 542.3154km/0.10s
= 5423154m/s

The Earth has a mass of 5.9736 X 10^24kg (or 5.9736e24kg).

KE = (0.5)mv^2
= (0.5) X 5.9736e24 X 5423154^2
= 8.7843578e37 joules
= 20.995119024856598116 ninatons

3. Promare dragon flies into the Sun
2:49

Galo de Lion summons a Burnish Dragon of astrological proportions that flies through the Solar System and slams into the Sun, then ignites the entire Solar System. The Sun is pushed back at FTL speeds, so is unfortunately uncalcable (though this does cement it at being star level in anycase), but the speed is quantifiable. The distance from the Earth to the Sun is 149,597,870km.

Spoiler

Timeframe is 6.42 seconds.

T = 149,597,870km/6.42s
= 2.33018489e10/299792458
= 77.7266014 C

4. Complete combustion shakes the Solar System
The Promare Dragon then splits apart and ignites every planet in the Solar System, which is a very clear solar system level feat. The Promare Dragon hits every planet in the Solar System, including Pluto (yes it's still a planet in our hearts), you can even see the elliptical orbit. First off for speed. On average, Pluto is 5,906,380,000km from the Sun.

Spoiler

Timeframe is 0.62 seconds.

T = 5,906,380,000km/0.62s
= 9.52641935e12/299792458
= 31776.7145 C

Now for the energy. The Promare dragon shakes every planet of the Solar System, as well as the Sun (thankfully this time at sub-light speeds). Scaling from Neptune, which has a diameter of 49,244km (and a mass of 1.02 X 10^26kg, or 1.02e26kg, which will come of importance soon).

Spoiler

30 pixels = 49,244km
1 pixel = 49,244km/30 = 1641.46667km
1641.46667km X 131 = 215032.134km

Spoiler

Timeframe is 0.07 seconds.
1641.46667km X 140 = 229805.334km
229805.334km - 215032.134km = 14773.2km

T = 14773.2km/0.07s
= 211045714m/s

Now for the mass of all the planets shook. The Sun has a mass of 1.989 X 10^30kg (or 1.98900e30kg), Mercury has a mass of 330 X 10^23kg (or 3.3e25kg), Venus has a mass of 4.867 X 10^24kg (or 4.86700e24kg), the Earth has a mass of 5.9736e24kg (as per above), Mars has a mass of 6.39 X 10^23kg (or 6.39e23kg), Jupiter has a mass of 1.9 X 10^27kg (or 1.9e27kg), Saturn has a mass of 5.683 X 10^26kg (or 5.68300e26kg), Uranus has a mass of 8.68100e25kg (as per above), Neptune has a mass of 1.024 X 10^26kg (or 1.02400e26kg) and Pluto has a mass of 1.30900 X 10^22kg (or 1.30900e22kg)

M = 1.98900e30kg + 3.3e25kg + 4.86700e24kg + 6.39e23kg + 1.9e27kg + 5.68300e26kg + 8.68100e25kg + 1.02400e26kg + 1.30900e22kg
= 1991696029090000000000000000000kg

Given it's moving at relativistic speeds, we can get relativistic kinetic energy. Entering this value and the speed into the relativistic kinetic energy calculator and we have a result of 7.296E+46 joules, or 729.6 FOE.

Final Results
Galo de Lion's height = 2964.932km
Galo de Lion punches the Earth = 20.995 ninatons
Giant Promare Dragon flies into the Sun = 77.727 C
Promare dragons shakes the Solar System (speed) = 31776.715 C
Promare dragon shakes the Solar System (energy) = 729.6 FOE

And on a final note? This is just with the Promare that was in the Earths core. The full Promare would be even more powerful.

 

[Stocking Anarchy]

The Astral Burnish Dragon is a being of incredible size and power, but just how great is this size? The diameter of the Sun is 1392000km.

Spoiler

object degree size = 2*atan(Object_Size/(Panel_Height/tan(70/2)))

= 2*atan(715/(1615/tan(70/2)))
= 0.413542582 rad
= 23.6942445976015428 degrees

Enter that through the angscaler and we have a distance of 3319600km. Keep in mind too that there's even more of it, and it's bending, so it would ultimately be even longer. Infact, it could be far longer, given it then plows through all the planets of the Solar System and beyond.

Final Results
Astral Burnish Dragons' length = >3317900km

 

[Stocking Anarchy]

Spoiler

Hatoko combines earth and fire manipulation together to make lava, which Chifuyu stops by creating more rock on top of where the lava would erupt. I was wondering about this one for a while, if Hatoko brought lava up from below or just melted the ground directly below her. However, going by the original novels, this magma was originally deep below the ground, as Chifuyu creates new stratum to slow it down.

The rock wall vanished as Hatoko spread her arms wide open. On some instinctual level, I could tell what she was doing: she was focusing on two different types of power at once; directing on of them into her right hand and the other into her left.
"Put fire and earth together, and you geeet..." Hatoko crouched down, planting both of her hands on the ground and channeling their contrasting elements simultaneously. "Maaagma!"
The ground rumbled with a thunderous crash.

I looked back to the battlefield, and I was surprised to find that nothing in particular was happening at all. No...it looked like nothing was happening, but the moment I noticed how fierce the two of them were concentrating, I realised I was wrong. The arena was calm at a glance, but behind closed doors-nay, beneath the surface, the battle still raged on.
If Hatoko's move had gone as planned, the moment she'd laid hands upon the ground, the earth would've roared, the battlefield would've been cleaved in twain, and a geyser of red-hot magma would've erupted from the crevasse. The almighty Empress of Genesis across the field from her, however, had no intention of letting that happen.
As best as I could tell, for every layer of earth Hatoko's magma surged through, Chifuyu was creating another stratum to hold it down. She was effectively putting a lid on the eruption, over and over again.
"World Create's most dangerous attribute isn't the breadth or number of weapons it can create, "I exposited. "No-it's most fearsome trait by far is the speed of its powers of creation!"
If Chifuyu felt like it, she could activate her power literally instantaneously. Rapid-fire activations were a snap as well.

Given it bursts through different stratum of earth, that would mean it requires coming from deep underground. Not only that, but Chifuyu was fast enough to create whole new stratum to halt the eruption. Hatoko is 16 as of the start of the series, and the average height of a 16 year old Japanese girl is between 157cm and 158cm (or an average of 157.5cm, or 1.575m).

Spoiler

647 pixels = 1.575m
1 pixel = 1.575m/647 = 0.00243431221m
0.00243431221m X 113 = 0.27507728m

Spoiler

35 pixels = 0.27507728m
1 pixel = 0.27507728m/35 = 0.00785935086m
0.00785935086m X 1095 = 8.60598919m

object degree size = 2*atan(Object_Size/(Panel_Height/tan(70/2)))

= 2*atan(1095/(1615/tan(70/2)))
= 0.621682239 rad
= 35.6197684930317067 degrees

Enter that through the time-tested angscaler and we have a distance of 13.394m to Hatoko. The area of ground with magma bursting up goes further than that, but there isn't really a way to find the full length unfortunately. Next up for the distance the magma travelled. The average thickness of the Earth's crusts is between 30km and 70km.

L = 30km + 70km
= 100km/2
= 50km (50,000m)

V = lhw
= 8.60598919 X 13.394 X 50000
= 5763430.96m^3

Fragmentation of rock is 8000000 joules per m^3.

V = 5763430.96 X 8000000
= 4.61074477e13 joules
= 11.019944478967496 kilotons

That's our low end of solely using fragmentation, but what about the lava itself? We see it starting to emerge just seconds later (and the novelization even says it would had been instant had not Chifuyu made other stratum & bedrock to slow it down).

Spoiler

Timeframe is 2 seconds and 22 frames.

T = 1s/24
= 41.6666667ms X 22
= 0.916666667s + 2s
= 2.91666667s

T = 50000m/2.91666667s
= 17142.8571/340.29
= Mach 50.3771992

As for the weight of the magma, as there are various densities of magma, we'll go with the average rhyolite, because that weighs the least. Rhyolite magma weighs between 2180 and 2250kg per m^3, which averages out at 2215kg per m^3.

M = 5763430.96 X 2215
= 1.27659996e10kg

KE = (0.5)mv^2
= (0.5) X 1.27659996e10 X 17142.8571^2
= 1.87582034e18 joules
= 448.33182122370936895 megatons

Final Results
Hatoko brings up magma (energy - low end) = 11.02 kilotons
Hatoko brings up magma (energy - high end) = 448.332 megatons
Hakoto brings up magma (speed) = Mach 50.377

 

[Stocking Anarchy]

Jurai tricks Mirei into taking his powers, which leads to her hand being set on fire, and to put it out, she summons a sphere of water and freezes it, which just causes it to evaporate. Mieri is 15 years old at the start of the series, and the average height of a 15 year old Japanese girl is 156cm (or 1.56m).

Spoiler

1421 pixels = 1.56m
1 pixel = 1.56m/1421 = 0.00109781844m
0.00109781844m X 223 = 0.244813512m

Spoiler

350 pixels = 0.244813512m
1 pixel = 0.244813512m/350 = 0.000699467177m
0.000699467177m X 904 = 0.632318328m
0.632318328m/2 = 0.316159164m

Volume as a sphere (obviously) and weight as water (obviously).

V = 4/3πr^3
= 4/3 X π X 0.316159164^3
= 0.132374988

Weight of water is 1000kg per m^3.

M = 0.132374988 X 1000kg
= 132.374988kg

Specific heat of water is 4182 joules per kg. The average temperature of air is 22.4 degrees Celsius (they're in a desert wasteland, but don't appear to be too hot).

E = 132.374988 X 4182 X 22.4
= 12400465.3 joules
= 0.002963782337476 tons of TNT (2.963782337476kg of TNT)

Next to melt the ice. It takes 333.55 kilojoules to melt 1kg of ice.

E = 333.55 X 132.374988
= 44153.6772 kilojoules
= 0.01055298212237 tons of TNT (10.55298212237kg of TNT)

Final Results
Mirei freezes sphere of ice = 2.964kg of TNT
Dark and Dark of the End melts Mirei's ice = 10.553kg of TNT

 

[Stocking Anarchy]

Spoiler

"Convert to piercing drill bullets."
LordGenome head responds to Dayaka's orders.
Attenborough hits the fire button repeatedly.
A drill bullet was fired at an unknown enemy. A drill-type missile that pierces the armour of an enemy plane, rushes inside, and explodes. Explosions occur near enemy ships.
"All bullets hit, but the don't penetrate enemy armour. They bounce back drill bullets."
"What a tough enemy."
Without heeding Dayaka's wailing, Attenborough fires away.
"Even so, I'll shoot, I'll shoot, I'll shoot!"
The perforating drill bullets are fired in rapid succession. A rain of drills hit the enemy. Illuminated by the missiles exploding around them, the enemy's figure appeared on the monitor. It was writhing like howling. Attenborough's unreasonable barrage of shots paid off. Although it can not penetrate, the continuous attack and chain of drill bullets stopped the enemies special attack.
"Now, shake off the enemy!"
Simon pressed the lever.
Every cell in his body screamed. Within each cell a new universe is born. That energy would pour into Gurren Lagann using all his nerves. That was the image in his head.
The Super Galaxy Dai-Gurren sped up.
"It's unreasonable. Simon. My body doesn't last.
Leyte in the engine room stops. But he doesn't listen.
"We can't sink the ship right now."
A hot lump came up in the back of my throat.
It was blood. It may be that the weak part of the internal organs cannot withstand the internal pressure and is destroyed. Still, I couldn't let myself fall now.
However, the Nanda-class also increased its speed.
It is an aircraft specialized for combat in this ultra-high density space. In terms of mobility, it was superior to Super Galaxy Dai-Gurren.
Simon's desperate resistance was overtaken by the Nanda-class.
The tip of the Nanda-class running side by side split in two. It had sharp fangs. They are trying to chew up the bridge of the Super Galaxy Gurren Lagann.
The moment I tried to eat it, the Nanda-class was repelled.
A Super Spiral Field was deployed.
Simon summoned up his strength and increased his Spiral Power.

(Kanji of the relevant text)

- シ モ ン が レ バ ー を 握 り し め た。
身体 中 の 細胞 が 悲鳴 を 上 げ て い た. 細胞 一 つ 一 つ の 中 で 新 し い 宇宙 が 誕生 す る. そ の エ ネ ル ギ ー を 全神 経 を 使 っ て グ レ ン ラ ガ ン に 注 ぎ 込 む. 言葉 に す る な ら ば そ う い う イ メ ー ジ だ っ た.
超 銀河 ダ イ グ レ ン が 加速 し た。 "

Simon in the Galactic Spiral Abyss generates so much Spiral Power that it's akin to a universe being born in each of his cells (although this causes him great strain as his power is perpetually absorbed), while Super Galaxy Dai-Gurren battles the Nanda-class. There are 37.2 trillion cells in the human body (37200000000000). The mass of the observable universe is estimated to be around 4 X 10^54kg (4.0e54kg).

E = mc^2
= 4.0e54 X 299792458^2
= 3.59502071e71 joules

E = 3.59502071e71 X 37200000000000
= 1.3373477e85/10^44
= 133.73477 TENATERAFOE

Final Results
Simon's energy in the Galactic Spiral Abyss = 133.735 TENATERAFOE

It's important to keep in mind that the Galactic Spiral Abyss is constantly absorbing Spiral Energy as it's generated, so Simon would have to continuously generate this level of energy; and upon the destruction of the Death Spiral Machine, Super Galaxy Dai-Gurren would have absorbed it back.

 

[Stocking Anarchy]

Edgerunners has been unleashed, and towards the end it has some great feats! As Edgerunners was just released yesterday as of making these calcs, and this involves feats from the last few episodes, be wary of huge spoilers...

Spoiler

No gifs this time because it's from Netflix. David with the Arasaka Cyberskeleton destroys an entire Militech battalion, using gravity blasts to crush large areas of ground. The average height of a 17 year old American boy is 175.5cm (1.755m).

Spoiler

963 pixels = 1.775m
1 pixel = 1.775m/963 = 0.00184319834m
0.00184319834m X 100 = 0.184319834m

Spoiler

67 pixels = 0.184319834m
1 pixel = 0.184319834m/67 = 0.0027510423m
0.0027510423m X 1125 = 3.09492259m
0.0027510423m X 231 = 0.635490771m

Spoiler

97 pixels = 0.635490771m
1 pixel = 0.635490771m/97 = 0.00655145125m
0.00655145125m X 1547 = 10.1350951m
10.1350951m/2 = 5.06754755m
0.00655145125m X 240 = 1.5723483m

Volume as a cylinder (obviously).

V = πr^2h
= π X 5.06754755^2 X 1.5723483
= 126.851116m^3

Compression of rock is 200000000 joules/m^3 (from the way the ground cracks as it's compressed for the area directly below and surrounding the pit, I think rock is justified).

E = 200000000 X 126.851116
= 25370223200 joules
= 6.0636288718929 tons of TNT

David then crushes the basilisk and two other Militech armoured trucks, and though the feat itself happens offscreen, we can see the crater, and we watch on a monitor as Davids attack is successful.

Spoiler

475 pixels = 3.09492259m
1 pixel = 3.09492259m/475 = 0.00651562651m
0.00651562651m X 176 = 1.14675027m
0.00651562651m X 4124 = 26.8704437m
26.8704437m/2 = 13.4352218m

Spoiler

399 pixels = 1.14675027m
1 pixel = 1.14675027m/399 = 0.00287406083m
0.00287406083m X 1299 = 3.73340502m

The slopes on the larger one don't look entirely vertical, so I'll go with the volume of half an ellipsoid here.

V = 4/3πabc
= 4/3 X π X 3.73340502 X 13.4352218 X 13.4352218
= 2822.82138/2
= 1411.41069

E = 200000000 X 1411.41069
= 282282138000 joules
= 67.4670501912046 tons of TNT

Final Results
Cyberskeletons height = 3.095m
David crushes armoured trucks = 6.064 tons of TNT
David crushes basilisk & armoured trucks = 67.467 tons of TNT

 

[Stocking Anarchy]

Garnix moves at incredible speeds. Garnix is 50m tall and weighs 85000 tons (85000000kg).

Spoiler

Height 50m
Weight 85000 tons
Birthday 18th July 2020

(Relevant text)

Spoiler

Spoiler

Spoiler

27 pixels = 50m
1 pixel = 50m/27 = 1.85185185m

Timeframe is 1 frame (the video is 30 frames a second).

1.85185185m X 229 = 424.074074m

T = 1s/30
= 33.3333333ms

T = 424.074074m/33.3333333ms
= 12722.2222/340.29
= Mach 37.3864122

KE = (0.5)mv^2
= (0.5) X 85000000 X 12722.2222^2
= 6.87883485e15 joules
= 1.644080987093690327 megatons

Final Results
Garnix moves at high speeds (speed) = Mach 37.386
Garnix moves at high speeds (energy) = 1.644 megatons

 

[Stocking Anarchy]

A calc I've been holding off on for far too long...but no more!


1:28

Spoiler

https://i.imgur.com/LWf5avq.mp4

The Ancient Spiral Fleets destroy several Ashtanga and take out a good part of what very much looks like a galaxy. Although the scene is slightly different between Childhood's End and Parallel Works, the feat remains the same. It's also worth noting that we see at least two shots of the galaxy, one before the beam hits it and another during/after the attack.

Spoiler

Kazuki Nakashima (the writer of Gurren Lagann) has also made a comment (in relation to an article about how the disappearance of 100 stars has scientists baffled, and aliens haven't been ruled out yet) that it might have been during the Spiral/Anti-Spiral War (although he also says it may have been a galaxy-sized Life Fiber Monster or a Complete Combustion). Although this is somewhat of a jokey comment, it still backs up the power of the Spirals races and the Anti-Spiral (as well as confirming that there are galaxy-sized Life-Fiber Monsters out there, but that's a discussion for another time).

螺旋族と反螺旋族の戦いの犠牲となったのだろうか。

＞「100個の星が突然消えた」ことが判明、地球外生命体の証拠となる可能性も - GIGAZINE

それとも生命繊維銀河大風呂敷に包まれたか。

それとも炎生命体恒星が燃やし尽くしたか、プレゼンターの地球人類への新たなメッセージか。

（俺の）宇宙は可能性に満ち満ちに満ちている。

Could they have become a victim to the fight in between the Spiral Race and the Anti Spiral Race?

It's been established that "100 celestial bodies suddenly vanished", there's also the possibility that it'd become evidence of alien lifeforms-Gigazine

Or perhaps they've been wrapped into Life Fibers Galaxy Ooburoshiki?

Or perhaps the star of the flame lifeforms burned them up completely? Maybe it's a new message to the presenter's earthlings?

(My) universe is filled to the brim with possibilities

For our low end, we'll go with one of the smallest spiral galaxies discovered; NGC 2976, which as a diameter of around 21,352.30 lightyears. For our high end we'll of course use the Milky Way, which has a diameter of over 100,000 lightyears. I feel this will be tricky as how we see the galaxy, but I've gotten the dimensions of the galaxy as best as I can.

Spoiler

(Low end)
1505 pixels = 21,352.30 LY
1 pixel = 7000LY/1505 = 14.1875748 LY
14.1875748 LY X 718 = 10186.6787 LY
14.1875748 X 300 = 4256.27244 LY

(High end)
1505 pixels = 100,000 LY
1 pixel = 66.4451827 LY
66.4451827 LY X 718 = 47707.6412 LY
66.4451827 LY X 300 = 19933.5548 LY

Spoiler

Timeframe is 4 seconds 8 frames (with a framerate of 24 frames a second).

T = 1s/24
= 41.6666667ms X 8
= 0.333333334s + 4s
= 4.33333333s

With all of that, we can finally find our speed!

(Low end)
T = 10186.6787 LY/4.33333333s
= 2.22395454e19/299792458
= 74183138400 C

(High end)
T = 47707.6412 LY/4.33333333s
= 1.04155268e20/299792458
= 347424577000 C

Just in case there's issue with that scaling, we can also scale another way; right before the beam hits we see the galaxy from below. This will allow us to angscale.

Spoiler

object degree size = 2*atan(Object_Size/(Panel_Height/tan(70/2)))

= 2*atan(2480/(1607/tan(70/2)))
= 1.26273821 rad
= 72.349570063083718 degrees

The angscaler gives us a distance of 14601 lightyears for our low end and 68379 lightyears for our high end. We'll use the same time frame as above.

(Low end)
T = 14601 LY/4.33333333s
= 3.18768866e19/299792458
= 106329848000 C

(High end)

T = 68379 LY/4.33333333s
= 1.49284955e20/299792458
= 497961009000 C

This isn't all though...why not get the energy to destroy the segment of the galaxy too? Previously we calculated the area hit by the laser as being (at least) 4256.27244 lightyears and 19933.5548 lightyears across for our low and high ends respectively (or 4.0267446373e+19m and 1.8858598932e+20m respectively). To help me out, I'll be looking at ChaosTheory's Eden's Eternal Breath calc. The average thickness of the Milky Way is 1000 lightyears (9.461e+18m), and while I could not find a depth for NGC 2976, others more qualified than myself have estimated it to have a depth of 1 kiloparsec, so we'l go with 1000 lightyears for both. Surface area as a cylinder.

(Low end)

R = 4.0267446373e+19m/2
= 2.01337232e19m

A = 2πrh + 2πr^2
= 2 X π X 2.01337232e19 X 9.461e+18 + 2 X π X 2.01337232e19^2
= 3.74384831e39m^2

(High end)

R = 1.8858598932e+20m/2
= 9.42929947e19m

A = 2πrh + 2πr^2
= 2 X π X 9.42929947e19 X 9.461e+18 + 2 X π X 9.42929947e19^2
= 6.14701289e40m^2

The surface area of the Sun is 6078747774547km^2, or 6078747774547000320m^2. The gravitational binding energy of the Sun is 2.27600e41 joules.

(Low end)
Ratio = 3.74384831e39/6078747774547000320
= 6.15891373e20m^2

E = 2.27600e41 X 6.15891373e20
= 1.40176876e62/10^44
= 1.401768760000000000 EXAFOE

(High end)
Ratio = 6.14701289e40/6078747774547000320
= 1.01123013e22

E = 2.27600e41 X 1.01123013e22
= 2.30155978e63/10^44
= 23.015597800000000000 EXAFOE

Finally, as this was a group effort, let's find the energy for each individual ship.

Spoiler

I count 25 laser beams.

(Low end)
E = 1.40176876e62 joules/25
= 5.60707504e60/10^44
= 56.070750400000000 PETAFOE

(High end)
E = 2.30155978e63 joules/25
= 9.20623912e61/10^44
= 920.623912000000000 PETAFOE

Chances are there are others too, but I can't be bothered calcing every single ship...canI? I think I can. Here we go...

Spoiler

250 ships!

(Low end)
E = 1.40176876e62 joules/250
= 5.60707504e59/10^44
= 5.607075040000000 PETAFOE

(High end)
E = 2.30155978e63 joules/250
= 9.20623912e60/10^44
= 92.062391200000000 PETAFOE

Final Results
Ancient Spiral Races beam attack speed (low low end) = 74183138400 C
Ancient Spiral Races beam attack speed (low high end) = 106329848000 C
Ancient Spiral Races beam attack speed (low high end) = 347424577000 C
Ancient Spiral Races beam attack speed (high high end) = 497961009000 C
Ancient Spiral Races devastate a galaxy (low end) = 1.408 EXAFOE
Ancient Spiral Races devastate a galaxy (high end) = 23.0156 EXAFOE
Individual Spiral Races ships firepower (low low end) = 5.607 PETAFOE
Individual Spiral Races ships firepower (high low end) = 56.071 PETAFOE
Individual Spiral Races ships firepower (low high end) = 92.062 PETAFOE
Individual Spiral Races ships firepower (high high end) = 920.624 PETAFOE

LordGenome not only wipes this fleet out in Cathedral Terra Lazengunn, but continues to accumulate power during his 1000 years ruling the Earth. Despite all this, the Anti-Spiral still considered humanity to be nothing special.

 

[Stocking Anarchy]

Spoiler

Alternate Gurren Lagann and Enki clashing creates an explosion that covers Japan.

Spoiler

R = (h/2) + c^2/(8h)
= (118/2) + 1297^2/(8 X 118)
= 2476.00693 X 2
= 4952.01386 pixels

D = 4952.01386 X 2
= 9904.02772 pixels

The diameter of the Earth is 12756.2km.

9904.02772 pixels = 12756.2km
1 pixel = 12756.2km/9904.02772 = 1.28798105km
1.28798105km X 735 = 946.666072km
946.666072km/2 = 473.333036km

Using the StarDestroyer.Net nuke calculator (for "Air blast radius (widespread destruction)") and we get 319400 megatons, or 319.4 gigatons.

Final Results
Alternate Gurren Lagann & Enki clash = 319.4 gigatons

 

[Stocking Anarchy]

Lalaco crashes to Earth and wipes out several city blocks, with even distant towers leaning precariously thanks to her impact. All of the members of Space Patrol in Ogikubo survive this. The height of a floor on average is around 3.1m.

Spoiler

object degree size = 2*atan(Object_Size/(Panel_Height/tan(70/2)))

= 2*atan(39/(709/tan(70/2)))
= 0.052114504 rad
= 2.98594113062505384 degrees

Put that through the angscaler and we have a distance of 59.471m to the closest building. Using Nukemap, we get a yield of 0.01928 kilotons (19.28 tons of TNT) for a heavy blast radius of 0.59km, and a fireball radius of 58.4m gets us a yield of 0.4653 kilotons (465.3 tons of TNT). Alternately, using the MIT nuke calculator we get a yield of 1.252 kilotons for fireball radius at breakaway for contact surface burst.

Final Results
Lalaco crashes into Ogikubo Space Patrol (low end) = 19.28 tons of TNT
Lalaco crashes into Ogikubo Space Patrol (mid end) = 465.3 tons of TNT
Lalaco crashes into Ogikubo Space Patrol (high end) = 1.252 kilotons

 

[Stocking Anarchy]

Lalaco Godspeed with her pirate ship shoplifts Ogikubo. I passes this feat up for ages, thinking it wasn't too impressive in the longrun, but looking back over it and I realised something...

Spoiler

The crater is easily visible from space! The radius of the Earth is The Earth has a radius of 6371km.

Spoiler

R = (h/2) + c^2/(8h)
= (58/2) + 2880^2/(8 X 58)
= 17904.8621 pixels

17904.8621 pixels = 6371km
1 pixel = 6371km/17904.8621 = 0.355825136km
0.355825136km X 1657 = 589.60225km (589602.25m)
589602.25m/2 = 294801.125m

Spoiler

729 pixels = 589602.25m
1 pixel = 589602.25m/729 = 808.782236m
808.782236m X 27 = 21837.1204m

Spoiler

Timeframe is 9 seconds and 7 frames (with a framerate of 24 frames a second).

T = 1s/24
= 41.6666667ms X 7
= 0.291666667s + 9s
= 9.29166667s

656 pixels = 589602.25m
1 pixel = 589602.25m/656 = 898.783918m
898.783918m X 113 = 101562.583m
898.783918m X 54 = 48534.3316m
898.783918m X 207 = 186048.271m
186048.271m/2 = 93024.1355m
48534.3316m - 21837.1204m = 26697.2112m

That's the best scaling I could find (and due to the angle, it should ultimately be even wider). Volume of landmass as half an ellispoid.

V = 4/3πabc
= 4/3 X π X 294801.125 X 93024.1355 X 101562.583
= 1.16666757e16/2
= 5.83333785e15m^3

The density of continental crusts is on average 2700 kg/m^3.

M = 5.83333785e15 X 2700kg
= 1.57500122e19kg

T = 26697.2112m/9.29166667s
= 2873.24246m/s

KE = (0.5)mv^2
= (0.5) X 1.57500122e19 X 2873.24246^2
= 6.5012288e25 joules
= 15.538309751434034922 petatons

If that's not impressive in and of itself, we can also get the GPE.


E = 101562.583 X 1.57500122e19 X 9.80665
= 1.56868342e25 joules
= 3.7492433556405355688 petatons

E = 15.538309751434034922 petatons + 3.7492433556405355688 petatons
= 19.2875531 petatons

Final Results
Lalaco Godspeed shoplifts Ogikubo = 19.286 petatons

 

[Stocking Anarchy]

The iconic Giga Drill Break! A giant drill is made with Spiral Energy to destroy ones enemies! This is very explicitly done via energy to mass.
(Raw page)

Spoiler

A Giga Drill is a collection of materialized Spiral Energy. Gurren Lagann and Ark Gurren Lagann, which require enormous power, can be substantiated for a certain period of time during battle. This is because the operator's burden is too heavy. However, the Super Galaxy Gurren Lagann always wears their gigantic Giga Drills on both shouldiers. This is possible only if there is a transcendental spiral engine that produces Super Spiral Power. It was also a symbol of the overwhelming power of the Super Galay Gurren Lagann.

Previously, I calculated Gurren Lagann to be 19.2492308m tall.

Spoiler

1104 pixels = 19.2492308m
1 pixel = 19.2492308m/1104 = 0.0174358975m
0.0174358975m X 114 = 1.98769231m

Spoiler

49 pixels = 1.98769231m
1 pixel = 1.98769231m/49 = 0.0405651492m
0.0405651492m X 1879 = 76.2219153m
76.2219153m/2 = 38.1109577m
0.0405651492m X 388 = 15.7392779m
0.0405651492m X 1758 = 71.3135323m
71.3135323m/2 = 35.6567662m

V = πH/3 (R2 + Rr + r2)
= π X 15.7392779/3 X (38.1109577^2 + 38.1109577 X 35.6567662 + 35.6567662^2)
= 67292.6535m^3

As with other Gurren Lagann mass energy calcs, we'll use a low end and a high end of titanium and steel respectively (those weighing 4500kg/m^3 and 7850kg/m^3 respectively).

(Low end)
M = 7292.6535 X 4500kg
= 32816940.8kg

(High end)
M = 7292.6535 X 7850kg
= 57247330kg

(Low end)
E = mc^2
= 32816940.8 X 299792458^2
= 2.94943955e24 joules
= 704.93297084130017538 teratons

(High end)
E = mc^2
= 57247330 X 299792458^2
= 5.14513343e24 joules
= 1.2297164029636711291 teratons

Final Results
Giga Drill Break (low end) = >704.933 teratons
Giga Drill Break (high end) = >1.23 petatons

And of course, that's only with the part of the drill I can find a scale for, so obviously the true result would be way higher.

 

[Stocking Anarchy]

From episode 18, Leeron and Rossiu discuss the data analysed on the Muganns.

Spoiler

Leeron: This is data we got from Gimmy and Darry. It looks like a powerful energy field is erected around the body. That energy barrier neutralizes our attacks.

Kittan: Then we just need to hit it with more power than it can handle!

Leeron: We can't do that. You saw that huge explosion, right? A Mugann is essentially comprised entirely of explosives. When the energy field goes down and it stops functioning, the entire body converts into energy in a split second.

Rossiu: Its molecular structure is that unstable?

Leeron: That would make spatial transference easier, don't you think?

To make their mass production and teleportation between dimensions easier, Muganns have an incredibly unstable molacular structure, and if the force field protecting it is dissipated, it turns to energy and unleashes great devastation. This also helps the Anti-Spiral to inflict despair upon their enemies. I calc'd Gurren Laganns body (minus its legs) to be 12.789m tall previously.

Spoiler

70 pixels = 10.5446154m
1 pixel = 10.5446154m/70 = 0.150637363m
0.150637363m X 176 = 26.5121759m

Now to start scaling the Mugann (this is going to be fidelly as fuck)...

Spoiler

299 pixels = 26.5121759m
1 pixel = 26.5121759m/299 = 0.0886694846m
0.0886694846m X 8 = 0.709355877m
0.0886694846m X 108 = 9.57630434m
9.57630434m/2 = 4.78815217m
0.0886694846m X 37 = 3.28077093m
0.0886694846m X 23 = 2.03939815m
0.0886694846m X 34 = 3.01476248m
0.0886694846m X 5 = 0.443347423m
0.0886694846m X 13 = 1.1527033m
26.5121759m/2 = 13.2560879m

204 pixels = 26.5121759m
1 pixel = 26.5121759m/204 = 0.129961647m
0.129961647m X 23 = 2.98911788m
0.129961647m X 191 = 24.8226746m
0.129961647m X 123 = 15.9852826m

The cube parts.

V = 2.98911788^3
= 26.7072473 X 2
= 53.4144946m^3

The top part of the front bit (trapezoidal prism).

V = LH(A + B)/2.
= 2.98911788 X 24.8226746 (0.443347423 + 2.98911788)/2
= 127.340859m^3

Spoiler

0.0886694846m X 170 = 15.0738124m
0.0886694846m X 16 = 1.41871175m
0.0886694846m X 28 = 2.48274557m
0.0886694846m X 59 = 5.23149959m
0.0886694846m X 17 = 1.50738124m
0.0886694846m X 38 = 3.36944041m
0.0886694846m X 30 = 2.66008454m
15.0738124m/2 = 7.5369062m

Size of the radar (assuming each rectangle is 1 cm thick).

V = lhw
= 3.36944041 X 2.66008454 X 0.01
= 0.0896299634 X 4
= 0.358519854m^3

Size of the top disc (with the middle taken out as another cylinder).

V = πr2h
= π X 13.2560879^2 X 0.709355877
= 391.601904m^3

V = πr2h
= π X 7.5369062^2 X 0.709355877
= 126.590252m^3

V = 391.601904m^3 - 126.590252m^3
= 265.011652m^3

Size of the side bendy things (triangular prism, then as they all look similar in size, times by 4 for each).

V = 8.97m^3 X 4
= 35.88m^3 X 2
= 71.76m^3

Spoiler

0.0886694846m X 36 = 3.19210145m
0.0886694846m X 27 = 2.39407608m
2.39407608m/2 = 1.19703804m
0.0886694846m X 93 = 8.24626207m
0.0886694846m X 72 = 6.38420289m

Size of the small thingys connected to the things at the back (ellispoids).

V = 4/3πabc
= 4/3 X π X 4.78815217 X 1.19703804 X 1.19703804
= 28.7390533 X 2
= 57.4781066m^3

Size of its main body as a triangular pyramid.

V = b1 X h1 X h/6
= 6.38420289 X 3.19210145 X 8.24626207/6
= 28.0084611m^3

There's more fiddilly stuff, but screw it (plus that would just mean the final result is even higher).

V = 53.4144946 + 127.340859 + 0.358519854 + 265.011652 + 71.76 + 57.4781066 + 28.0084611
= 603.372093m^3

First for the absolute low end to demonstrate just how impressive mass-energy is, using the values of aerogel. Aerogel weighs 1.5kg per m^3.

M = 603.372093 X 1.5
= 905.058139kg

E = mc^2
= 905.058139 X 299792458^2
= 8.13425689e19 joules
= 19.441340559273424304 gigatons

Seeing as though the giant Mugann was smacking apart grapearls with its parts flying into them...

Spoiler

...that suggests they're made of some kind of metal. Values here.

(Using aluminium)

M = 603.372093 X 2600
= 1568767.44kg

E = mc^2
= 1568767.44 X 299792458^2
= 1.40993786e23 joules
= 33.69832361376673191 teratons

E = 2772284.19

(Using steel)
M = 603.372093 X 7850
= 4736470.93kg

E = 4736470.93 X 299792458^2
= 4.25692778e23 joules
= 101.74301577437857702 teratons

Final Results
Mugann diameter = 26.512m
Muganns destruction blast (low end) = 19.441 gigatons
Muganns destruction blast (mid end) = 33.698 teratons
Muganns destruction blast (high end) = 101.743 teratons

 

[Stocking Anarchy]

An overlooked but super impressive feat. Well no more!
Enki slams Gurren Lagann into the ground and shatters it considerably. This will be more or less straightforward. Gurren Lagann's main body is 10.5446154m tall.

Spoiler

13 pixels = 10.5446154m
1 pixel = 10.5446154m/13 = 0.811124262m
0.811124262m X 2876 = 2332.79338m
2332.79338m/2 = 1166.39669m

Now for the thickness of the part shattered.

Spoiler

0.811124262m X 122 = 98.95716m

Volume as a cylinder.
V = πr^2h
= π X 1166.39669^2 X 98.95716
= 422950607m^3

Violent fragmentation of rock is 69000000 joules/m^3.

E = 422950607 X 69000000
= 2.91835919e16 joules
= 6.9750458652007649718 megatons

Final Results
Enki slams Gurren Lagann into the ground = 6.975 megatons

 

[Stocking Anarchy]

Several more calcs involving the Muganns. First and foremost...

1. GIGA DRILL MAXIMUM

Gurren Lagann unleashes the colossal Giga Drill Maximum to counter all of the Muganns. Thankfully, there's an easy way to calculate the energy of this; count the number of Muganns, and apply mass-energy (as all the Muganns get destroyed).

Leeron: This is data we got from Gimmy and Darry. It looks like a powerful energy field is erected around the body. That energy barrier neutralizes our attacks.

Kittan: Then we just need to hit it with more power than it can handle!

Leeron: We can't do that. You saw that huge explosion, right? A Mugann is essentially comprised entirely of explosives. When the energy field goes down and it stops functioning, the entire body converts into energy in a split second.

Rossiu: Its molecular structure is that unstable?

Leeron: That would make spatial transference easier, don't you think?

How many Muganns are there?

Spoiler

47 Muganns, with at least one Mugann being destroyed by Simon, making 46. The three values of mass I calculated previously for the Muganns are 905.058139kg (for aerogel), 1568767.44kg (for aluminum) and 4736470.93kg (for steel).

(Low end)

905.058139kg X 46 = 41632.6744kg

E = mc^2
= 41632.6744 X 299792458^2
= 3.74175817e21 joules
= 894.30166586998086586 gigatons

(Mid end)

1568767.44kg X 46 = 72163302.2kg

E = mc^2
= 72163302.2 X 299792458^2
= 6.48571416e24 joules
= 1.5501228871892926975 petatons

(High end)

4736470.93kg X 46 = 217877663kg

E = mc^2
= 217877663 X 299792458^2
= 1.95818678e25 joules
= 4.680178728489483575 petatons

2. Muganns blinding speed

The Muganns chase after Gurren Lagann at incredible speeds. There are several times we see the Muganns move at incredible speeds during this. Previously, I calced the circular top part of a Mugann to have a diameter of 26.5121759m.

Spoiler

6 pixels = 26.5121759m
1 pixel = 26.5121759m/6 = 4.41869598m

Spoiler

Timeframe is 1 frame (with a framerate of 30 frames per second).

4.41869598m X 165 = 729.084837m

T = 1s/30
= 33.3333333ms

T = 729.084837m/33.3333333ms
= 21872.5451/340.29
= Mach 64.2761912

We can also find kinetic energy for this, using the same values for mass as above...

(Low end)

KE = (0.5)mv^2
= (0.5) X 905.058139 X 21872.5451^2
= 2.16493631e11 joules
= 51.7432196462715 tons of TNT

(Mid end)

KE = (0.5)mv^2
= (0.5) X 1568767.44 X 21872.5451^2
= 3.75255626e14 joules
= 89.6882471319311634 kilotons

(High end)

KE = (0.5)mv^2
= (0.5) X 4736470.93 X 21872.5451^2
= 1.13298334e15 joules
= 270.789517208412974 kilotons

On the way back down, the Muganns also make a tremendously fast dash.

Spoiler

Timeframe is 3 frames.

T = 33.3333333ms X 3
= 99.9999999ms

7 pixels = 26.5121759m
1 pixel = 26.5121759m/7 = 3.7874537m
3.7874537m X 489 = 1852.06486ms

T = 1852.06486m/99.9999999ms
= 18520.6486/340.29
= Mach 54.4260736

Once again, let's find our kinetic energy!

(Low end)

KE = (0.5)mv^2
= (0.5) X 905.058139 X 18520.6486^2
= 1.55223998e11 joules
= 37.0994259082218 tons of TNT

(Mid end)

KE = (0.5)mv^2
= (0.5) X 1568767.44 X 18520.6486^2
= 2.6905493e14 joules
= 64.3056716061185512 kilotons

(High end)

KE = (0.5)mv^2
= (0.5) X 4736470.93 X 18520.6486^2
= 8.12338925e14 joules
= 194.153662762906322 kilotons

Final Results
Giga Drill Maximum (low end) = 894.302 gigatons
Giga Drill Maximum (mid end) = 1.550 petatons
Giga Drill Maximum (high end) = 4.680 petatons
Muganns dash upwards (speed) = Mach 64.276
Muganns dash upwards (energy - low end) = 51.743 tons of TNT
Muganns dash upwards (energy - mid end) = 89.688 kilotons
Muganns dash upwards (energy - high end) = 270.79 kilotons
Muganns dash downwards (speed) = Mach 54.426
Muganns dash downwards (energy - low end) = 37.099 tons of TNT
Muganns dash downwards (energy - mid end) = 64.306 kilotons
Muganns dash downwards (energy - high end) = 194.154 kilotons