TioKill
They/Them- 739
- 465
Sorry @Damage3245, I'm not waiting for you to remove this. Seriously, what were you guys thinking?
So, since that ridiculous thread was approved, y'all twisted my arm to actively look for faults in both this new calculation and KT's own pixelscaling, and thankfully, I did. Now let's go to the meat and potatoes of the thread, 'kay?
Here is the entire slash frame by frame in full HD for your enjoyment:
It's proper to use the just forearm plus the Murakumogiri's blade. Tempest used a lot off the handle too, but we see clearly here:
That Whitebeard is barely holding much of the handle.
We see even further evidence that the arm didn't swing like a stick along with the Murakumogiri thanks to the second arm's help, allowing for faster swings without fast arm movement for the wielder themself. So, yeah, you don't use the entire arm for this, not here nor in hell.
Let me make a better measurement.
66 pixels when 111 pixels are 6.66m.
((66÷111)6,66)×90×π÷180 = 6.2203534541077m
You might be thinking;
"Ha! That's still FTL+!"
6,2203534541077×299792458÷0,50130449= 12.4c!
That'd be right, but that's not the only problem with the calc now, is it?
Laser speed is inconsistent
Again, refer to the frame by frame images I sent earlier.
Look at this laser traveling.
Barely freaking moved, right?
By the way, this is the frame right before the swing suddenly jumps, and all lasers are gone!
Now look at this laser.
It moved significantly more! This laser wasn't displaced by Whitebeard's swing too, so it would be easier and safer to calc. It moved surely about a whole meter before Whitebeard was swinging past the 40° mark!
So which one is lightspeed? That's the ceiling for lasers, if we use the faster one...
Now let's see.
Collar: 0.121651561m | 37px
Laser Movement: 300px | 0.986364m
So, the movement, considering 35°
((66÷111)6,66)×35×π÷180 = 2.4190263432641m
2,4190263432641×299792458÷0,986364 = 735231469,73m/s (2.45c | FTL)
So, nah. No FTL+.
So, since that ridiculous thread was approved, y'all twisted my arm to actively look for faults in both this new calculation and KT's own pixelscaling, and thankfully, I did. Now let's go to the meat and potatoes of the thread, 'kay?
Here is the entire slash frame by frame in full HD for your enjoyment:
Whitebeard's Entire Arm shouldn't be used
Like, seriously. Please refer to the scene above, Whitebeard holds his Murakumogiri with both arms, and swings it. That would not require a 90° movement for his entire arm, the majority of the movement is aided by the second arm, the arm itself would need half that movement or less.It's proper to use the just forearm plus the Murakumogiri's blade. Tempest used a lot off the handle too, but we see clearly here:
That Whitebeard is barely holding much of the handle.
We see even further evidence that the arm didn't swing like a stick along with the Murakumogiri thanks to the second arm's help, allowing for faster swings without fast arm movement for the wielder themself. So, yeah, you don't use the entire arm for this, not here nor in hell.
Let me make a better measurement.
66 pixels when 111 pixels are 6.66m.
((66÷111)6,66)×90×π÷180 = 6.2203534541077m
You might be thinking;
"Ha! That's still FTL+!"
6,2203534541077×299792458÷0,50130449= 12.4c!
That'd be right, but that's not the only problem with the calc now, is it?
Laser speed is inconsistent
Again, refer to the frame by frame images I sent earlier.
Look at this laser traveling.
Barely freaking moved, right?
By the way, this is the frame right before the swing suddenly jumps, and all lasers are gone!
Now look at this laser.
It moved significantly more! This laser wasn't displaced by Whitebeard's swing too, so it would be easier and safer to calc. It moved surely about a whole meter before Whitebeard was swinging past the 40° mark!
So which one is lightspeed? That's the ceiling for lasers, if we use the faster one...
Now let's see.
Collar: 0.121651561m | 37px
Laser Movement: 300px | 0.986364m
So, the movement, considering 35°
((66÷111)6,66)×35×π÷180 = 2.4190263432641m
2,4190263432641×299792458÷0,986364 = 735231469,73m/s (2.45c | FTL)
So, nah. No FTL+.
.
