I'm not really sure if this is the correct way, but I have seen how it was used before to find the level by raising water into the sky.
Let's go.
Millie's and Moxxie's height[]
Blitzo's height = 1.85079114943 meters.
Millie's height = 1.85079114943 / 599.3 × 415.6 = 1.28347872802 meters.
Moxxie's height = 1.85079114943 / 599.3 × 431.1 = 1.33134667866 meters.
Pretty disappointing.
I decided to find their height for future calculations.
Distance to the sea[]
To calculate the width of the water column, I need to know the distance to it.
1.28347872802 / 145.7 × 1,057 = 9.31116688756 meters distance to the sea.
Water column size[]
We know the distance to the water column. Using the angular size, knowing that the frame height is 1080 pixels, we find the size of one pixel.
2 × atg(tg(70 / 2) × (1 / 1 080)) = 0.07429431685 degrees.
One pixel size = 0.012074 meters.
0.012074 × 1760 = 21.25024 meters diameter of the water column.
This means that its area is 354.664369266 square meters.
How do we find its height? Through the speed of the post. It's fast enough to leave the screen in 1 frame.
Timeframe = 1/30 = 0.03333333333 seconds.
Distance = 0.012074 × 1080 = 13.03992 meters.
Speed = 13.03992 / 0.03333333333 = 391.197600039 m/s, supersonic (LOL).
The water column flew upward for 1.4 seconds.
391.197600039 × 1.4 = 547.676640055 meters column height.
Volume = 547.676640055 × 354.664369266 = 194 241.390107 cubic meters of water volume.
Density of water = 1 ton per cubic meter.
194 241.390107 × 1000 = 194 241 390.107 kilograms.
KE = 194 241 390.107 × 391.1976000392 × 0.5 / 4184000000000 = 3.55232317786 kilotons, Small Town Level+.
Well, I don't know what to say. It's a lot.
Result[]
- The monster raises a huge water column = 3.55 kilotons (Small Town Level+, Low 7-C)
I think my method is somehow wrong. I hope someone can tell me a more correct method.