Oh, while I don't feel like putting the math to paper right now so to speak? I think you can at least tell which direction it'll go in by posting the introduction for both versions of Dressrosa I'm thinking about.
Both involve equating Hajrudin's height to the pipes the Colosseum losers are dropped down and dragged up by Trebol. After all, if Hajrudin was bigger than the pipes are wide, he could conceivably have resisted falling down and being pulled up the shoot just through sheer girth.
Method 3 of 4: Dressrosa Port Ceiling Height
Pipe = 5 pixels
Ceiling = 515 pixels
Ceiling/Pipe = 103
Pipe = 22 meters (Hajrudin's height)
Ceiling = 2,266 meters
Ceiling = 83 pixels
Former Royal Plateau Diameter = 279 pixels
Ground Thickness = 51 pixels
Former Royal Plateau Diameter/Ceiling = 3.371
Ground Thickness/Ceiling = 0.614
Former Royal Plateau Diameter = 7,638.686 meters
Ground Thickness = 1,391.324 meters
So bigger than the 6,074.771 meters for the Former Royal Plateau Diameter and 1,111.683 meters Ground Thickness found here, but smaller than the 8,278.421 meters for the Former Royal Plateau Diameter and 1,514.951 meters Ground Thickness found here.
Method 4 of 4: Officer's Tower Diameter
Pipe = 10 pixels
Dome Diameter = 418 pixels
Dome Diameter/Pipe = 41.8
Pipe = 22 meters (Hajrudin's height)
Dome Diameter = 919.6 meters
Dome Diameter = 26 pixels
Former Royal Plateau Diameter = 279 pixels
Ground Thickness = 51 pixels
Former Royal Plateau Diameter/Dome Diameter = 10.731
Ground Thickness/Dome Diameter = 1.962
Former Royal Plateau Diameter = 9,868.228 meters
Ground Thickness = 1,804.255 meters
So this one ends up being the largest in scope and scale of all the results I can derive of my 4 chosen means of scaling. You can scale Dressrosa numerous ways, but its neat the number of them for it being massive are numerous.
Both involve equating Hajrudin's height to the pipes the Colosseum losers are dropped down and dragged up by Trebol. After all, if Hajrudin was bigger than the pipes are wide, he could conceivably have resisted falling down and being pulled up the shoot just through sheer girth.
Method 3 of 4: Dressrosa Port Ceiling Height
Pipe = 5 pixels
Ceiling = 515 pixels
Ceiling/Pipe = 103
Pipe = 22 meters (Hajrudin's height)
Ceiling = 2,266 meters
Ceiling = 83 pixels
Former Royal Plateau Diameter = 279 pixels
Ground Thickness = 51 pixels
Former Royal Plateau Diameter/Ceiling = 3.371
Ground Thickness/Ceiling = 0.614
Former Royal Plateau Diameter = 7,638.686 meters
Ground Thickness = 1,391.324 meters
So bigger than the 6,074.771 meters for the Former Royal Plateau Diameter and 1,111.683 meters Ground Thickness found here, but smaller than the 8,278.421 meters for the Former Royal Plateau Diameter and 1,514.951 meters Ground Thickness found here.
Method 4 of 4: Officer's Tower Diameter
Pipe = 10 pixels
Dome Diameter = 418 pixels
Dome Diameter/Pipe = 41.8
Pipe = 22 meters (Hajrudin's height)
Dome Diameter = 919.6 meters
Dome Diameter = 26 pixels
Former Royal Plateau Diameter = 279 pixels
Ground Thickness = 51 pixels
Former Royal Plateau Diameter/Dome Diameter = 10.731
Ground Thickness/Dome Diameter = 1.962
Former Royal Plateau Diameter = 9,868.228 meters
Ground Thickness = 1,804.255 meters
So this one ends up being the largest in scope and scale of all the results I can derive of my 4 chosen means of scaling. You can scale Dressrosa numerous ways, but its neat the number of them for it being massive are numerous.