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Mash Calculation Stacking

It's my fault; I used the wrong number from our Speed page, and then I misread the number on my calculator.
 
I don't care about the distance stuff. idk if there's an issue, so I won't fight it.
 
Bump. Has the recalc been turned into a blog yet?
 
WrongIdea21 said:
Do you agree with my Distance scaling?
Click to expand...
Prolly should need more evaluation on the distance thing before this goes through. If someone can get the distance for one single set travelled, I can do the rest of the math.
 
KLOL506 said:
Prolly should need more evaluation on the distance thing before this goes through. If someone can get the distance for one single set travelled, I can do the rest of the math.
Click to expand...
The distance is difficult to determine because there are many panels with different backgrounds such as L.O.K's Scaling but to be more safe and very lowball you can use 1 Panel like I used on my calc.
 
WrongIdea21 said:
The distance is difficult to determine because there are many panels with different backgrounds such as L.O.K's Scaling but to be more safe and very lowball you can use 1 Panel like I used on my calc.
Click to expand...
Anyway, ang-sizing too fucky to use within that scan, prolly get a fresh scan where it isn't at an angle or some shit.
 
WrongIdea21 said:
You can use this
Click to expand...
I think this scan is the best one to use ang-sizing on, I don't think this'll need Pythagoras after all. Just use the farthest afterimage at the back and panel height, the rear surroundings are more or less at 90 degrees so just use the following from the Calculations Page:


Distance from point of view to object = object size * panel height in pixels/[object height in pixels*2*tan(70deg/2)]
 
KLOL506 said:
I think this scan is the best one to use ang-sizing on, I don't think this'll need Pythagoras after all. Just use the farthest afterimage at the back and panel height, the rear surroundings are more or less at 90 degrees so just use the following from the Calculations Page:


Distance from point of view to object = object size * panel height in pixels/[object height in pixels*2*tan(70deg/2)]
Click to expand...
I already used that on my calc here


Edit : I can edit my calc method.
 
WrongIdea21 said:
I already used that on my calc here
Click to expand...
Ah. That looks better now.

Now you can just go multiply that distance with the "tens of thousands of times" ends, then proceed straight to this:

(Object's true speed / Object's apparent speed) * Person's Apparent speed = Person's True Speed

Object's true speed being the water jet speed of at least Subsonic (34.3 m/s),

Object's apparent speed being walking speed (1.45288 m/s average speed based on the average of 2.5-4 mph walking speed),

and Person's apparent speed being... well, (37.16 * however many tens of thousands of times he did that move) / Subsonic timeframe of 0.0292 seconds.
 
Last edited:
KLOL506 said:
Ah. That looks better now.

Now you can just go multiply that distance with the "tens of thousands of times" ends, then proceed straight to this:

(Object's true speed / Object's apparent speed) * Person's Apparent speed = Person's True Speed

Object's true speed being the water jet, Object's apparent speed being walking speed, and Person's apparent speed being... well, (37.16 * however many thousand times he did that move) / Subsonic timeframe of 0.0292 seconds.
Click to expand...
I thought we agree for using 0.013 seconds?
 
No we didn't. We agreed on baseline Subsonic reactions, which is 0.0292 seconds.
 
Fair Enough, then for the Tens of Thousand things, let's determine the number
The lowball is 20k , The Midball is 45k and The Highballl is 90k.
I need y'all input from now! But i prefered the midball one because it's Consistent with the 65k punches.
 
Meh, it's a different feat, right? Just go with 20k then. It's much more difficult than just punching an opponent in front of you (if that's what 65k punches is referring to), so it makes sense to be lower.
 
Agnaa said:
Meh, it's a different feat, right? Just go with 20k then. It's much more difficult than just punching an opponent in front of you (if that's what 65k punches is referring to), so it makes sense to be lower.
Click to expand...
No problem, i'll update my calc in less than 24 hours.
 
WrongIdea21 said:
I thought we agree for using 0.013 seconds?
Click to expand...
That's not the timeframe LOL, that's snail speed and it's 0.013 m/s. You mixed the units up LOL.

We didn't use snail speeds for apparent speed either, we used walking speed of 1.45288 m/s average.
 
Meters per second. People do not walk 1.45 miles per second.
 
WrongIdea21 said:
Wait i thought we used Running speed?
Click to expand...
No, object true speed would be 34.3 m/s

Apparent speed would be walking speed of 1.45288 m/s (AKA the speed you are seeing the object move at, in Mash's case he is viewing it as slow enough to just walk up to and bucket while also simultaneously creating afterimages to it).

The slower you view the object as, the faster you are than the object overall.
 
KLOL506 said:
No, object true speed would be 34.3 m/s

Apparent speed would be walking speed of 1.45288 m/s (AKA the speed you are seeing the object move at, in Mash's case he is viewing it as slow enough to just walk up to and bucket while also simultaneously creating afterimages to it).

The slower you view the object as, the faster you are than the object overall.
Click to expand...
Ok i get it.
 
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