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User:GiverOfThePeace/Random Pucca Wind Calc: Difference between revisions
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<p dir="ltr">[https://imgur.com/a/Qb26w7u Picture scaling here.]</p> | <p dir="ltr">[https://imgur.com/a/Qb26w7u Picture scaling here.]</p> | ||
<p dir="ltr">Scaling Kikyu to | <p dir="ltr">Scaling Kikyu to Pucca's height, we get that he is 160.5 cm. Pixel scaling this to an image, we now know that 160.5 cm = 186 px.</p> | ||
<p dir="ltr">This is useful as can now multiply to find the height of the energy blast Kikyu makes. This blast is 555 px, or 478.911290323 cm.</p> | <p dir="ltr">This is useful as can now multiply to find the height of the energy blast Kikyu makes. This blast is 555 px, or 478.911290323 cm.</p> | ||
Latest revision as of 16:08, 7 January 2024
Introduction
Calc originally came from Sixo Bullets.
The Calc
Formula is: ((pi * Horizon distance (in meters)^2 * 13,000 m) * 1.003) * CAPE (In j/kg)
In order to figure out the Horizon Distance for the equation, we must do some scaling.
Scaling Kikyu to Pucca's height, we get that he is 160.5 cm. Pixel scaling this to an image, we now know that 160.5 cm = 186 px.
This is useful as can now multiply to find the height of the energy blast Kikyu makes. This blast is 555 px, or 478.911290323 cm.
Now that we have the blast height, we can scale the horizon distance in the storm scan.
The horizon distance comes out to be 744 px, which roughly scales to 4,571.42595 cm. Or 45 meters.
Using this chart, we now know that our storm radius is 2,400 meters.
Using the formula as follows, we can get our result:
((3.14 * 2,400^2 * 13,000) * 1.003) * 2,500
That is 0.140910951242829818 Megatons of TNT, or Town level.
