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Alright, so apparently I need to do a recalculation with the angsizing thing and all, if you want the original calc go here.

...Here we go again...

Angsizing in Process: 2arctan(tan(70/2) * (162 px [height of skyscraper]/800 px [height of screen]))

Gives me 16 degrees, and plugging that into the angsize calculator gives me 868.08 meters at the time the rain hit the camera.

Of course, the punch actually happened directly over the crossroads next to the Radisson Blue Plaza Hotel: you can tell this because Smith proceeds to immediately slam Neo directly downwards into it after the power of Smith's punch dazes him, and at the very end of the fight (in part 2) where it zooms out on Smith's destruction: so we need to add that distance. But how do we do that?

Well, from here we have to find the distance we are going to add, and in order to do that we have to know the distance from the crossroads near the Radisson Blu Plaza Hotel (origin of burst) to Chifley Tower (object used.)

The walking distance is 350 meters, and I've done some pixel measurements below:

Matrix Maps 3
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350 m/(577.00+549.05+63.89px) = 0.2941 meters per pixel

Direct Distance From Point of Explosion to the Tower: 985.79 px, or 289.95 meters.

Now, we subtract our initial blast radius of 248 px (373.49 m) from where the sphere was before speed stabilized...

 

And we get 868.08+289.95-373.49 = 784.54 meters

 

Now, the edge of it reaches the camera at 4.66 seconds (Edit: I'm actually off one frame, the edge reaches the screen at 4.62 seconds), which meant it had kept going past that point once again.

So, 784.54/4.62 = 169.814 m/s, giving a new radius expanded within the timeframe given to us.

 

373.49+(169.81*6.33) = Radius of 1448.41 meters

Volume of Sphere: 12728087523.535 cubic meters.

Now, our old speed value doesn't really fly anymore, since those are based on pixel scalings too questionable to use, but we can use the lightning's perceived speed in pixels per second in relation to the skyscraper, since they are on the same plane. (104.4/162 = 0.644 skyscraper lengths per second, * 244 meters = perceived 157.136 m/s)

Which makes the rain (169.814/157.136) = 1.08068 times faster than the lightning.

I'm tired at this point, so I'm only doing the Middle-End since I think that's what we were going with anyways, you already know the formulas from before so here we go:

Water Dispersed: 12728087523.535 * 999 * 0.005 = 63576795831.4 kg

(Edit: No longer counting mass of air)

Total Dispersed Mass: 63576795831.4 kg

Vs Battles

Speed of Dispersal/Strike: 475499.2 m/s, or Mach 1397.335

Shockwave Output: 7.187340e+21 Joules

Each Punch: 3.593670e+21 Joules, or 858.908 Gigatons of TNT, or Large Island level+

OBD

Speed of Dispersal/Strike: 162102.0 m/s, or Mach 476.364

Shockwave Output: 8.353056e+20 Joules

Each Punch: 4.176528e+20 Joules, or 99.821 Gigatons of TNT, or Island level+


Last tally, take it or leave it folks.