- 167,862
- 76,484
Well, I personally think that Qawsedf234 seems to make sense here, and that the comparison seems quite blatant, especially if the growth was calculated in a linear manner despite being stated to be exponential, so if anything that would be a very low estimation.
However, I am not the best person to ask here.
Yes, but if any of the calculations used linear growth, that seems like a very safe lowball estimation.
I haven't investigated the calculation process. I just meant that if somebody simply measured the linear difference in the graph between Saitama in the beginning (when he performed his 4-A feat) with Saitama at the end of the fight, rather than assume that an vertical distance increase by 10 times in the graph would mean a power increase by 4^10 times, for example, it should probably be a pretty safe lowball.
However, I may have misunderstood.
I cannot just overrule DontTalk though.
I see two possibilities here.
First: It is assumed that "Serious Punch Square" is the baseline, or 0y = SP^2.
Well, if that's the case, the no units argument should be prioritized, because one cannot measure the rate at which the growth occurs. A Graph cannot be measured if all we know is what 0 represents.
Why you ask? First because the graphs basically are based on a function. It tells us where it starts, but not what rate it grows.
For example, both these graphs are correct, and both start at the value "1".
Basically
If 0y is assumed to be SP^2, then this calculation simply cannot claim to be accurate. I'd disagree with that.
Second: It is assumed that the first X point of reference is the same level as the Serious Punch Squared.
See, this works! Because if the distance between Y to the line is n value, you can measure the rate at which the growth occurs. Absolutely, this WOULD be accurate.
The only problem is the premise. The first X point cannot possibly signify the same level as they were when they performed the feat, obviously they fought, and their growth occurs at astounding rate even before this graph, so X cannot be the same value as the feat.
However, "X" HAS TO BE A HIGHER VALUE, meaning using the n value when x>n, means that 58x is > 58n, thus, Saitama's value is unquantifiably higher, same applies to Garou. This acts as a low end, granting "at least" to their values.
This is the near same as a multiplier statement, and ignoring it would be, OBJECTIVELY, indexing inaccurate information. (As in, "Garou and Saitama are at least n times stronger than at the beginning of this graph", as intended).
- It is stated to be an exponential graph.
- It is stated to be growth in power.
If it's the first option, then no. I disagree.
If it's the second option, there isn't A SINGULAR VALID REASON in my point of view to discard it. I'd agree with that.
Hopefully I added some insight. I have not looked through the thread and was asked to give my opinion on this.
The graph and the growth are stated to be exponential. If you say "his strength grows exponentially", then show us a graph, it is clear that the Graph should be interpreted linearly to satisfy the first statement (exponent)
First things first: the graph does not even label their stats and units - just a rough estimation of how Saitama's growth compare to Garou.
Second, the group of people may not been even making their best model. From what I see, the reason to justify an exponential model can as well be justified with a line chart or even a bar chart.
To prove an exponential relationship, we may need at least two feats as a comparison, and assume the graph itself as linear.
Just do not count my votes if you believe I am just bluffing.
If one (or even I) can make a graph to explain such relationship then it would be good to go. It is not immediately usable, but if you wish to argue out a way there is a direction.
IMHO we may still have some the most lenient way to make the graph usable if you really wish to make it usable:
Use serious punch and collapsing star roaring cannon as the first point,
then use the galactic hole punching feat as another reference point,
THEN refer those feats to Saitama and Garou at different time paths
@DontTalkDTThis is not necessary.
0.4x, 0.3y = n value representing Saitama.
we can solve for n as "at least X", X being the value of his star wiping feat. We can find the units from this simple logic we can find the units of y. We have the necessary context for it.
We don't care for the x unit, it represents time, we can estimate that.
Pardon ... The relationship is stated to exist in the very chapter where the graph is showcased.
What do you think about this?