Well, I am going to seriously try to calculate the calculation capacity of the Tree Diagram.
According to the quote and the manga, the Tree Diagram can calculate the entire month’s movement of each air particle on the planet once a month.
It is not clear how long it takes, but it is known that it is less than a day since it repeats the process daily and sends hundreds of reports per day, so it also does other calculations but I have no way of calculating them.
So for the low end I will use one day of time frame and for the high end I will use one hundredth of a day.
Deep breath Q: Is it true that every time we take a breath of air or swallow a mouthful of water, we consume some of the atoms breathed or swallowed by Leonardo da Vinci (as I read in a children's science book in 1960)? A: We do indeed breathe in a considerable number of molecules …
www.newscientist.com
Now the number of air particles on the planet is 1.04e+44.
developer.arm.com
Now I need to know how many floating point operations it takes to measure the motion of a particle.
According to this page, we could use this formula
Did you know that motion is relative? It's true! For instance... By stating that a vehicle is moving at 60 miles per hour, we are really referring to the
calcworkshop.com
So need about of ~40 floating points operations to calc of the movement of one particle.
40*1.04e+44= 41.6e+44 floating points
1 day= 86400segs
1 day/100= 864 segs
Low End Tree Diagram Flops: 41.6e+44/86400= 4.8148148e+40 flops
High End Tree Diagram Flops: 41.6e+44/864= 4.8148148e+42 flops
Results:
Low End Tree Diagram Flops: 48 duodecillions flops
High End Tree Diagram Flops: 4.8 Tredecillions flops To be honest, the Tree Diagram being a computer,
I doubt it can be scaled to a character without a direct statement but maybe it's a good feat for things related to hacking