- 7,074
- 2,099
Original feat
I forgot my Wiki account details, so I'm not making a blog.
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The calculation assumes uniform speed over the entire timeframe.
This calc doesn't intend to provide a solution but to illustrate a problem.
The best way to visualize it is by measuring the density of the cross-section of they fight they provide us.
From 0.0000 - 0.0001 seconds (0.0001 seconds), there are 16 lines. 16L/0.0001s
From 0.0001 to 0.0007 (0.0006 seconds) there are 60 lines. 10L/0.0001s
From 0.0007 to 0.0011 seconds (0.0003 seconds) there are 191 lines. 63.66666L/0.0001s
From 0.0011 to 0.0013 seconds (0.0002 seconds), that massive wall of OP's numbers...the computer says there's 3525 numbers.
3525 - 267 (minimum) = 3258 lines. 1634L/0.0001s.
Then you divide everything by 2.
According to that giant wall of numbers, the average line pixel length in the constellation is 43.2px. The 191-line panel alone is 1.01c. Most of the measurable work done is in the 3rd timeframe, with the most lines per timeframe.
The second flaw is that I assume each frame is a unique set of lines (which is possible but can't be proven), which would require me to subtract the running total from the next amount of lines. This would be more accurate, but still subject to the issue of the first flaw. However, given the narrative that they were both constantly accelerating, I personally don't have much of an issue with this, as it displays what we are told.
The biggest flaw is I assume the total number of lines made subtracted by the few lines we can see is the amount of lines that were made in the last timeframe, which has the above two flaws.
The issue with the original calculation is that it measures the lines as being the sole creation of Garou and PS while also including the original lines of the structure, which had FF's contributions. The timeframe started after FF exited the fight, but his lines remained.
3000+ lines is unbelievable
I forgot my Wiki account details, so I'm not making a blog.
----
The calculation assumes uniform speed over the entire timeframe.
This calc doesn't intend to provide a solution but to illustrate a problem.
The best way to visualize it is by measuring the density of the cross-section of they fight they provide us.
From 0.0000 - 0.0001 seconds (0.0001 seconds), there are 16 lines. 16L/0.0001s
From 0.0001 to 0.0007 (0.0006 seconds) there are 60 lines. 10L/0.0001s
From 0.0007 to 0.0011 seconds (0.0003 seconds) there are 191 lines. 63.66666L/0.0001s
From 0.0011 to 0.0013 seconds (0.0002 seconds), that massive wall of OP's numbers...the computer says there's 3525 numbers.
3525 - 267 (minimum) = 3258 lines. 1634L/0.0001s.
Then you divide everything by 2.
According to that giant wall of numbers, the average line pixel length in the constellation is 43.2px. The 191-line panel alone is 1.01c. Most of the measurable work done is in the 3rd timeframe, with the most lines per timeframe.
The glaring flaws with both calcs
The first flaw with this is that you can't see all the other lines from these zoomed-in shots. If we were to get a zoomed-out show for each panel in the left scan, these numbers could go either way, depending on the line density.The second flaw is that I assume each frame is a unique set of lines (which is possible but can't be proven), which would require me to subtract the running total from the next amount of lines. This would be more accurate, but still subject to the issue of the first flaw. However, given the narrative that they were both constantly accelerating, I personally don't have much of an issue with this, as it displays what we are told.
The biggest flaw is I assume the total number of lines made subtracted by the few lines we can see is the amount of lines that were made in the last timeframe, which has the above two flaws.
The issue with the original calculation is that it measures the lines as being the sole creation of Garou and PS while also including the original lines of the structure, which had FF's contributions. The timeframe started after FF exited the fight, but his lines remained.
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