Remember this?
Well...
...Ursula w/ Triton's trident blocks it.
Yeah, mermaid Sora is a thing. This is KHII Sora, and his height in this game is ~1.6m. Half of that for the height here.
(.8/101.24)107.6=0.85m
I know it looks like the trident gets wider at the top, but that's just perspective. Diameter is uniform.
190-80=110
567-439=128
sqrt(110^2+128^2)=168.772px
(.85/73)168.772=1.965m
Ursula moved the trident this distance to block the beam of light.
Now I'm gonna angsize the distance to the trident using the diameter we got earlier. I know it's not actually coming from perspective, but the only other option for the distance is direct scaling, so this is a low-end maybe? Anyway, the ratio is 4/3.
2atan(tan(70/2)*(4/3))=86.067
I forgot to add in the frame width, but it's about 948px.
2atan(73/(948/tan(86.067/2)))=8.224
Put that into the calculator and...
d=5.9117m
The beam crossed at most that distance in the same time-frame that Ursula moved the trident those 1.965 meters. So, we create a portion.
(3.5/5.9117)1.965=1.16c
This isn't calc-stacking, right? I was always told it wasn't stacking if the value derived is lesser because there's no inflation involved.
Well...
...Ursula w/ Triton's trident blocks it.
Yeah, mermaid Sora is a thing. This is KHII Sora, and his height in this game is ~1.6m. Half of that for the height here.
(.8/101.24)107.6=0.85m
I know it looks like the trident gets wider at the top, but that's just perspective. Diameter is uniform.
190-80=110
567-439=128
sqrt(110^2+128^2)=168.772px
(.85/73)168.772=1.965m
Ursula moved the trident this distance to block the beam of light.
Now I'm gonna angsize the distance to the trident using the diameter we got earlier. I know it's not actually coming from perspective, but the only other option for the distance is direct scaling, so this is a low-end maybe? Anyway, the ratio is 4/3.
2atan(tan(70/2)*(4/3))=86.067
I forgot to add in the frame width, but it's about 948px.
2atan(73/(948/tan(86.067/2)))=8.224
Put that into the calculator and...
d=5.9117m
The beam crossed at most that distance in the same time-frame that Ursula moved the trident those 1.965 meters. So, we create a portion.
(3.5/5.9117)1.965=1.16c
This isn't calc-stacking, right? I was always told it wasn't stacking if the value derived is lesser because there's no inflation involved.
