The Feats
Let's actually evaluate this *shrugs*
Hollow Ataraxia Distance = 574 pixels
Bridge to Harbor = 473 pixels
EMIYA Distance From Graveyard = 433 pixels
Ground Zero Crater = 420 pixels
Distance to Mt Enzo from River = 1182 pixels
Bridge to Harbor/Hollow Ataraxia Distance = 0.824
EMIYA Distance From Graveyard/Hollow Ataraxia Distance = 0.754
Ground Zero Crater = 0.732
Distance to Mt Enzo from River/Hollow Ataraxia Distance = 2.059
Hollow Ataraxia Distance = 4,000 meters (here, here, and here, obviously I'm using the distance between EMIYA and Artoria on the Bridge in Hollow Ataraxia)
Bridge to Harbor = 3,296 meters
EMIYA Distance From Graveyard = 3,016 meters
Ground Zero Crater = 2,928 meters
Volume = (2/3)PIr1^2r2
r1 = Ground Zero Crater/2
r2 = Ground Zero Crater/4
Ground Zero Crater Volume = 3,284,215,326.72 m^3
I'll do more with that at a later time *shrugs*
Distance to Mt Enzo from River = 8,236 meters
Panel Height = 1080 pixels
Caladbolg II Crater Diameter = 90 pixels
2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size
2*atan(90/(1080/tan(70/2 deg)))
Caladbolg II Crater Diameter = 6.679 degrees
EMIYA Distance From Graveyard = 3,016 meters
Caladbolg II Crater Diameter = 351.98 meters
Caladbolg II Crater Diameter = 890 pixels
Horizontal Expansion Distance = 513 pixels
Horizontal Expansion Distance/Caladbolg II Crater Diameter = 0.576
Horizontal Expansion Distance = 202.74 meters
Time Frame (Horizontal Expansion) = 0.04 Seconds (here and here, see how there's no debris there, only for it to be present a frame later)
Horizontal Expansion Speed = 5,068.5 m/s
Herakles = 145 pixels
Initial Expansion Radius = 1058 pixels
Initial Expansion Radius/Herakles = 7.297
Herakles = 2.53 meters (official height)
Initial Expansion Radius (Visible) = 18.461 meters
It reaches that point in expansion in about 17 frames here. It continues to expand for about 18 frames until here afterwards adding to its radius.
Divide the 18 by 17 to get the ratio for how much further the radius expanded, then add that number to the Initial Expansion Radius (Visible) for...
Total Initial Expansion Radius = (18.461 * (18/17)) + 18.461 = 38.011 meters
Which gives us an initial expansion diameter of...
Total Initial Expansion Diameter = 76.022 meters
Total Initial Expansion Diameter = 1155 pixels
Minimum Destruction Depth = 130 pixels
Horizontal Expansion = 329 pixels
Vertical Expansion = 210 pixels
Minimum Destruction Depth/Total Initial Expansion Diameter = 0.113
Vertical Expansion/Horizontal Expansion = 0.638
Minimum Destruction Depth = 8.59 meters
Volume = (2/3)PIr1^2r2
r1 = Caladbolg II Crater Diameter/2
r2 = Minimum Destruction Depth
Caladbolg II Destruction Volume = 556,938.878 m^3
Soil Density = 2,650 kg/m^3
Caladbolg II Destruction Mass = 1,475,888,026.7 kilograms
Horizontal Expansion Speed = 5,068.5 m/s
Vertical Expansion Speed = 3,233.703 m/s
KE = 0.5mv^2
m = Caladbolg II Destruction Mass
v = Vertical Expansion Speed
Caladbolg II Yield = 7,716,558,854,883,827 joules or 1.844 megatons
So, the mountain range with Mt Enzo is in the background a good deal.
So I'm going to try and work around that.
Bridge to Harbor = 148 pixels
Partial Shock Wave Radius = 875 pixels
Mountain Height = 65 pixels
Partial Shock Wave Radius/Bridge to Harbor = 5.912
Partial Shock Wave Radius = 19,485.952 meters
Partial Shock Wave Radius is equal to just short of the distance between our point of view and our distance from the measured "Bridge to Harbor" distance that lines itself along the Mion River. I call it "partial" because the actual radius is expanding somewhere in the background. What I measured is the part of the shock wave in the same frame of reference as that section of Mion River I dubbed "Bridge to Harbor."
Thus?
Meaning the total distance between our view and how far away the Mountain Range with Mt Enzo is would be the addition of the Partial Shock Wave Radius to the Distance from Mt Enzo to River derived earlier to get...
Distance of View from Mt Enzo = 27,721.952 meters
Now, I'm going to actually solve for the number of degrees that Bridge to Harbor represents so I can get the degrees the Mountain Height represents.
Plug in the size of 3,296 meters for "Bridge to Harbor" and distance of 19,485.952 meters for how far away our view is to get an angular size of...
Bridge to Harbor = 9.668 degrees
Mountain Height/Bridge to Harbor = 0.439
Which makes the Mountain Height...
Mountain Height = 4.244 degrees
Now, plug that 4.244 degrees in alongside the previously derived Distance of View from Mt Enzo of 27,721.952 meters to get a Mountain Height of...
Mountain Height = 2,054.4 meters
Mountain Height = 125 pixels
Caladbolg II Travel = 415 pixels
Caladbolg II Travel/Mountain Height = 3.32
Caladbolg II Travel = 6,820.608 meters
Time Frame = 0.04 seconds (start and end, see for yourself)
Caladbolg II Speed = 170,515 m/s or mach 501.087
And this is another example of why we suck at eyeballing shit, because my original estimate was based on the mountain to flight path ratio being 1 to 1 *shrugs*
This is something Berserker can swat out of the sky too as shown here
Medea herself reacts to it and erects a barrier long before it crosses any significant distance too[/SPOILER]
Final Tally
Caladbolg II Yield = 1.844 megatons
Caladbolg II Speed = 170,515 m/s
Let's actually evaluate this *shrugs*
Hollow Ataraxia Distance = 574 pixels
Bridge to Harbor = 473 pixels
EMIYA Distance From Graveyard = 433 pixels
Ground Zero Crater = 420 pixels
Distance to Mt Enzo from River = 1182 pixels
Bridge to Harbor/Hollow Ataraxia Distance = 0.824
EMIYA Distance From Graveyard/Hollow Ataraxia Distance = 0.754
Ground Zero Crater = 0.732
Distance to Mt Enzo from River/Hollow Ataraxia Distance = 2.059
Hollow Ataraxia Distance = 4,000 meters (here, here, and here, obviously I'm using the distance between EMIYA and Artoria on the Bridge in Hollow Ataraxia)
Bridge to Harbor = 3,296 meters
EMIYA Distance From Graveyard = 3,016 meters
Ground Zero Crater = 2,928 meters
Volume = (2/3)PIr1^2r2
r1 = Ground Zero Crater/2
r2 = Ground Zero Crater/4
Ground Zero Crater Volume = 3,284,215,326.72 m^3
I'll do more with that at a later time *shrugs*
Distance to Mt Enzo from River = 8,236 meters
Panel Height = 1080 pixels
Caladbolg II Crater Diameter = 90 pixels
2*atan(Object_Size/(Panel_Height/tan(FoV/2))) = object degree size
2*atan(90/(1080/tan(70/2 deg)))
Caladbolg II Crater Diameter = 6.679 degrees
EMIYA Distance From Graveyard = 3,016 meters
Caladbolg II Crater Diameter = 351.98 meters
Caladbolg II Crater Diameter = 890 pixels
Horizontal Expansion Distance = 513 pixels
Horizontal Expansion Distance/Caladbolg II Crater Diameter = 0.576
Horizontal Expansion Distance = 202.74 meters
Time Frame (Horizontal Expansion) = 0.04 Seconds (here and here, see how there's no debris there, only for it to be present a frame later)
Horizontal Expansion Speed = 5,068.5 m/s
Herakles = 145 pixels
Initial Expansion Radius = 1058 pixels
Initial Expansion Radius/Herakles = 7.297
Herakles = 2.53 meters (official height)
Initial Expansion Radius (Visible) = 18.461 meters
It reaches that point in expansion in about 17 frames here. It continues to expand for about 18 frames until here afterwards adding to its radius.
Divide the 18 by 17 to get the ratio for how much further the radius expanded, then add that number to the Initial Expansion Radius (Visible) for...
Total Initial Expansion Radius = (18.461 * (18/17)) + 18.461 = 38.011 meters
Which gives us an initial expansion diameter of...
Total Initial Expansion Diameter = 76.022 meters
Total Initial Expansion Diameter = 1155 pixels
Minimum Destruction Depth = 130 pixels
Horizontal Expansion = 329 pixels
Vertical Expansion = 210 pixels
Minimum Destruction Depth/Total Initial Expansion Diameter = 0.113
Vertical Expansion/Horizontal Expansion = 0.638
Minimum Destruction Depth = 8.59 meters
Volume = (2/3)PIr1^2r2
r1 = Caladbolg II Crater Diameter/2
r2 = Minimum Destruction Depth
Caladbolg II Destruction Volume = 556,938.878 m^3
Soil Density = 2,650 kg/m^3
Caladbolg II Destruction Mass = 1,475,888,026.7 kilograms
Horizontal Expansion Speed = 5,068.5 m/s
Vertical Expansion Speed = 3,233.703 m/s
KE = 0.5mv^2
m = Caladbolg II Destruction Mass
v = Vertical Expansion Speed
Caladbolg II Yield = 7,716,558,854,883,827 joules or 1.844 megatons
So, the mountain range with Mt Enzo is in the background a good deal.
So I'm going to try and work around that.
Bridge to Harbor = 148 pixels
Partial Shock Wave Radius = 875 pixels
Mountain Height = 65 pixels
Partial Shock Wave Radius/Bridge to Harbor = 5.912
Partial Shock Wave Radius = 19,485.952 meters
Partial Shock Wave Radius is equal to just short of the distance between our point of view and our distance from the measured "Bridge to Harbor" distance that lines itself along the Mion River. I call it "partial" because the actual radius is expanding somewhere in the background. What I measured is the part of the shock wave in the same frame of reference as that section of Mion River I dubbed "Bridge to Harbor."
Thus?
Meaning the total distance between our view and how far away the Mountain Range with Mt Enzo is would be the addition of the Partial Shock Wave Radius to the Distance from Mt Enzo to River derived earlier to get...
Distance of View from Mt Enzo = 27,721.952 meters
Now, I'm going to actually solve for the number of degrees that Bridge to Harbor represents so I can get the degrees the Mountain Height represents.
Plug in the size of 3,296 meters for "Bridge to Harbor" and distance of 19,485.952 meters for how far away our view is to get an angular size of...
Bridge to Harbor = 9.668 degrees
Mountain Height/Bridge to Harbor = 0.439
Which makes the Mountain Height...
Mountain Height = 4.244 degrees
Now, plug that 4.244 degrees in alongside the previously derived Distance of View from Mt Enzo of 27,721.952 meters to get a Mountain Height of...
Mountain Height = 2,054.4 meters
Mountain Height = 125 pixels
Caladbolg II Travel = 415 pixels
Caladbolg II Travel/Mountain Height = 3.32
Caladbolg II Travel = 6,820.608 meters
Time Frame = 0.04 seconds (start and end, see for yourself)
Caladbolg II Speed = 170,515 m/s or mach 501.087
And this is another example of why we suck at eyeballing shit, because my original estimate was based on the mountain to flight path ratio being 1 to 1 *shrugs*
This is something Berserker can swat out of the sky too as shown here
Medea herself reacts to it and erects a barrier long before it crosses any significant distance too[/SPOILER]
Final Tally
Caladbolg II Yield = 1.844 megatons
Caladbolg II Speed = 170,515 m/s
