Floor cucking - Revision history

Icecream17: paragraphs

2024-05-19T14:11:54Z

paragraphs

← Older revision		Revision as of 14:11, 19 May 2024
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	[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]		[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]
	'''Floor Cucking''', also known as '''Floor Overshadowing''' or '''Surface Overshadowing''', is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. ~~Triangles~~ are prioritized by the height of their first vertex~~. This means that~~, ~~for example, 2 floors can overlap each other, with the~~ first ~~being on average much higher than~~ the ~~second; however, if the first~~ vertex ~~of the second floor~~ is higher than ~~the first~~ vertex of the ~~first floor~~, the ~~game will decide that the second floor~~ is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadows the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs above the big house in Rainbow Ride<ref>[https://www.youtube.com/watch?v=a__Zw3xVrfs "SM64 Obscure RR Region Difference" by 1ted59]</ref>, where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.		'''Floor Cucking''', also known as '''Floor Overshadowing''' or '''Surface Overshadowing''', is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. As a result, one surface is prioritized despite being lower; this causes the upper surface to be practically intangible above the lower surface.

			Specifically, sufrace triangles are prioritized by the height of their first vertex, but this "first vertex" is just which vertex arbitrarily comes first in the code. As long as that one particular vertex is higher than that one particular vertex of another surface, the another sufrace is considered lower and is overshadowed, even if the another surface is higher at all points. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height).

			This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadows the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs above the big house in Rainbow Ride<ref>[https://www.youtube.com/watch?v=a__Zw3xVrfs "SM64 Obscure RR Region Difference" by 1ted59]</ref>, where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.

	==References==		==References==

ChouxZi3 at 03:32, 15 April 2024

2024-04-15T03:32:05Z

← Older revision		Revision as of 03:32, 15 April 2024
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	[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]		[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]
	'''Floor Cucking''', also known as '''Floor Overshadowing''' or '''Surface Overshadowing''', is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor ~~overshadow~~ the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs ~~above the big house in Rainbow Ride~~], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.		'''Floor Cucking''', also known as '''Floor Overshadowing''' or '''Surface Overshadowing''', is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadows the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs above the big house in Rainbow Ride<ref>[https://www.youtube.com/watch?v=a__Zw3xVrfs "SM64 Obscure RR Region Difference" by 1ted59]</ref>, where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.

			==References==
			<references />

			[[Category:Mechanics]]

ChouxZi3 at 03:05, 15 April 2024

2024-04-15T03:05:40Z

← Older revision		Revision as of 03:05, 15 April 2024
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	{{stub}}{{rewrite}}[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]		{{stub}}
	'''Floor ~~Overshadowing~~''' or '''~~Surface~~ Overshadowing'''~~, sometimes also referred to as~~ '''~~Floor Cucking,~~''' is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadow the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.		{{rewrite}}
			[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]
			'''Floor Cucking''', also known as '''Floor Overshadowing''' or '''Surface Overshadowing''', is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadow the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.

SuperM789: SuperM789 moved page Floor overshadowing to Floor cucking over redirect: the previous page move was not done in good faith

2024-04-14T05:29:01Z

SuperM789 moved page Floor overshadowing to Floor cucking over redirect: the previous page move was not done in good faith

← Older revision	Revision as of 05:29, 14 April 2024
(No difference)

AGuy271: grammar and added cleanup because this page is written very oddly

2024-04-14T01:06:10Z

grammar and added cleanup because this page is written very oddly

← Older revision		Revision as of 01:06, 14 April 2024
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	{{stub}}		{{stub}}{{rewrite}}[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]
	[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]		'''Floor Overshadowing''' or '''Surface Overshadowing''', sometimes also referred to as '''Floor Cucking,''' is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadow the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.
	'''Floor Overshadowing''' or '''Surface Overshadowing''', sometimes also referred as '''Floor ~~cucking~~''' is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadow the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.

ChouxZi3 at 00:20, 14 April 2024

2024-04-14T00:20:34Z

← Older revision		Revision as of 00:20, 14 April 2024
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	[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]		[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]
	'''Floor Overshadowing''' or '''Surface Overshadowing''' is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadow the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.		'''Floor Overshadowing''' or '''Surface Overshadowing''', sometimes also referred as '''Floor cucking''' is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadow the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.

Zyon: Zyon moved page Floor cucking to Floor overshadowing

2024-04-13T21:13:13Z

Zyon moved page Floor cucking to Floor overshadowing

← Older revision

Revision as of 21:13, 13 April 2024

Zyon: It was never called floor cucking, it was always called floor overshadowing

2024-04-13T21:07:52Z

It was never called floor cucking, it was always called floor overshadowing

← Older revision		Revision as of 21:07, 13 April 2024
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	[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can ~~cuck~~ the floor above it.]]		[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can overshadow the floor above it.]]
	'''Floor ~~Cucking~~''' or '''Surface ~~Cucking''' (a.k.a. '''Floor~~ Overshadowing''') is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will ~~cuck~~ the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor ~~cucks~~ the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.		'''Floor Overshadowing''' or '''Surface Overshadowing''' is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will overshadow the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor overshadow the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.

MMMMMMMMMMMMM: MMMMMMMMMMMMM moved page Floor Cucking to Floor cucking over redirect: Sentence casify the wiki

2021-05-11T01:35:22Z

MMMMMMMMMMMMM moved page Floor Cucking to Floor cucking over redirect: Sentence casify the wiki

← Older revision

Revision as of 01:35, 11 May 2021

Galoomba: name

2020-04-15T23:07:08Z

name

← Older revision		Revision as of 23:07, 15 April 2020
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	[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can cuck the floor above it.]]		[[File:FloorCucking.png\|alt=test alttext\|left\|thumb\|Example of how a bottom floor always below a top floor, at all points, can cuck the floor above it.]]
	'''Floor Cucking''' (or '''Surface Cucking''') is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will cuck the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor cucks the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.		'''Floor Cucking''' or '''Surface Cucking''' (a.k.a. '''Floor Overshadowing''') is a phenomenon that occurs when 2 floors or 2 ceilings (both need not be floors, despite the name) are prioritized unintuitively. Triangles are prioritized by the height of their first vertex. This means that, for example, 2 floors can overlap each other, with the first being on average much higher than the second; however, if the first vertex of the second floor is higher than the first vertex of the first floor, the game will decide that the second floor is higher. (In the case of the height of the first vertex being the same, the floor that comes first in the collision data will cuck the floor that comes second, again regardless of average height.) This can cause significant in-game glitches. For example, if a ceiling is wedged between 2 floors, and the lower floor cucks the higher one, the area above the ceiling triangle becomes a ceiling and Mario will not be able to enter it despite the floor above the ceiling. This is what occurs [https://www.youtube.com/watch?v=a__Zw3xVrfs above the big house in Rainbow Ride], where the vertices of floor triangles were re-ordered between versions making a higher vertex of a lower floor triangle be designated vertex #1.