RIPmotion - Revision history

Neo222 at 19:30, 3 January 2017

2017-01-03T19:30:08Z

← Older revision		Revision as of 19:30, 3 January 2017
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	{{Locomotion Infobox		{{Locomotion Infobox
	\|image={{#ev:youtube\|IQ_jgnwHwFA\|350}}		\|image={{#ev:youtube\|IQ_jgnwHwFA\|350}}
	\|Type=[[Standing]], [[Room-scale]]		\|Type=[[Standing]], [[Room-scale]], [[Running-in-place]]
	\|Required Devices=Motion-tracked controllers		\|Required Devices=Motion-tracked controllers
	\|Description=Put hands at your hips, press a button on each controller and run in place to move		\|Description=Put hands at your hips, press a button on each controller and run in place to move

Neo222 at 11:54, 31 December 2016

2016-12-31T11:54:07Z

Neo222 at 11:53, 31 December 2016

2016-12-31T11:53:23Z

← Older revision		Revision as of 11:53, 31 December 2016
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	\|Required Devices=Motion-tracked controllers		\|Required Devices=Motion-tracked controllers
	\|Description=Put hands at your hips, press a button on each controller and run in place to move		\|Description=Put hands at your hips, press a button on each controller and run in place to move
	\|Pros=~~???~~		\|Pros=Proprioceptive and vestibular engagement, Motion sickness reduction, Immersive, Decouples head and body movement, fitness
	\|Cons=Cannot interact with object with hands while moving,		\|Cons=Cannot interact with object with hands while moving,
	\|Examples=		\|Examples=
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	Lazy mode - just put your hands at your hips and press another button on each controller. No need to run in place.		Lazy mode - just put your hands at your hips and press another button on each controller. No need to run in place.

			===Advantages of RIPmotion===
			*Proprioceptive and vestibular engagement. You're actually moving your body and limbs. Your head critically is bobbing up and down and around a bit. Which leads to
			*[[Motion sickness]] reduction - because your head is bobbing up and down, it's creating a lot of vestibular noise which can overwhelm the virtual environment movement vector, helping to significantly reduce and even eliminate motion sickness in the vast majority of users.
			*[[Immersive]] - in multiple ways. Engaging your body and head, which brings you more into the virtual environment. Also critically, it helps to establish a sense of scale related to energy expenditure. We often don't really appreciate the scale of distances until we have to expend real energy to move between them. Similar is how our sense of scale and distance shrinks when we get into a car. Also, it allows you to retain a sense of spatial movement throughout the space, allowing you to understand where things are oriented just as in a normal environment. Teleportation, especially with turning teleportation (snap turns or the method found in The Gallery) has a tendency to disrupt orientation learning.
			*Decouples head and body movement - the user can indicate direction of travel independently of looking. This is also critical in improving immersion and reducing motion sickness - because our vestibular sense of expectation is modified by our proprioceptive signals (i.e. if we look in one direction and move in another, we don't expect the visual motion to suddenly be travelling in the direction that we're looking).
			*Fitness, fitness, fitness. It turns VR absolutely into a health positive medium that vitalizes its users as they get more used to it, instead of causing sedentarianism that has been sapping the energy from people using it, and contributed towards multi decade long trend of obesity.
			*Cheap. Basically grants you the most vital benefits of an ODT, but better (because it still lets you use roomscale still). Doesn't take up space. Only requires the components that roomscale already has.

	==Problems==		==Problems==

Neo222 at 11:51, 31 December 2016

2016-12-31T11:51:04Z

← Older revision		Revision as of 11:51, 31 December 2016
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	\|Description=Put hands at your hips, press a button on each controller and run in place to move		\|Description=Put hands at your hips, press a button on each controller and run in place to move
	\|Pros=???		\|Pros=???
	\|Cons=~~???~~		\|Cons=Cannot interact with object with hands while moving,
	\|Examples=		\|Examples=
	\|Creator=[http://smirkingcat.software/ripmotion/ Ryan Sullivan]		\|Creator=[http://smirkingcat.software/ripmotion/ Ryan Sullivan]

Neo222 at 11:49, 31 December 2016

2016-12-31T11:49:24Z

← Older revision		Revision as of 11:49, 31 December 2016
Line 19:		Line 19:
	To run backwards, starting moving backwards a little, put your hands at your hips, press a button on each controller and run in place.		To run backwards, starting moving backwards a little, put your hands at your hips, press a button on each controller and run in place.

	Lazy mode - just put your hands at your hips and press a button on each controller. No need to run in place.		To change direction, change the direction your body is facing.

			Lazy mode - just put your hands at your hips and press another button on each controller. No need to run in place.

	==Problems==		==Problems==

Neo222 at 11:46, 31 December 2016

2016-12-31T11:46:34Z

← Older revision		Revision as of 11:46, 31 December 2016
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	\|Type=[[Standing]], [[Room-scale]]		\|Type=[[Standing]], [[Room-scale]]
	\|Required Devices=Motion-tracked controllers		\|Required Devices=Motion-tracked controllers
	\|Description=		\|Description=Put hands at your hips, press a button on each controller and run in place to move
	\|Pros=???		\|Pros=???
	\|Cons=~~Can get tiring,~~		\|Cons=???
	\|Examples=		\|Examples=
	\|Creator=[http://smirkingcat.software/ripmotion/ Ryan Sullivan]		\|Creator=[http://smirkingcat.software/ripmotion/ Ryan Sullivan]
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	==Additional Information==		==Additional Information==
	RIPmotion stands for '''Running In Place motion'''.		RIPmotion stands for '''Running In Place motion'''.

			To run forward, put your hands at your hips, press a button on each controller and run in place.

			To run backwards, starting moving backwards a little, put your hands at your hips, press a button on each controller and run in place.

			Lazy mode - just put your hands at your hips and press a button on each controller. No need to run in place.

	==Problems==		==Problems==

Neo222: Created page with "{{stub}} {{Locomotion Infobox |image={{#ev:youtube|IQ_jgnwHwFA|350}} |Type=Standing, Room-scale |Required Devices=Motion-tracked controllers |Description= |Pros=??? |C..."

2016-12-31T09:42:29Z

Created page with "{{stub}} {{Locomotion Infobox |image={{#ev:youtube|IQ_jgnwHwFA|350}} |Type=Standing, Room-scale |Required Devices=Motion-tracked controllers |Description= |Pros=??? |C..."

New page

{{stub}}
{{Locomotion Infobox
|image={{#ev:youtube|IQ_jgnwHwFA|350}}
|Type=[[Standing]], [[Room-scale]]
|Required Devices=Motion-tracked controllers
|Description=
|Pros=???
|Cons=Can get tiring,
|Examples=
|Creator=[http://smirkingcat.software/ripmotion/ Ryan Sullivan]
}}
[[RIPmotion]] is a [[Locomotion Method]].

==Additional Information==
RIPmotion stands for '''Running In Place motion'''.

==Problems==

==Solutions==

==References==

[[Category:Locomotion Methods]]

← Older revision		Revision as of 11:54, 31 December 2016
Line 5:		Line 5:
	\|Required Devices=Motion-tracked controllers		\|Required Devices=Motion-tracked controllers
	\|Description=Put hands at your hips, press a button on each controller and run in place to move		\|Description=Put hands at your hips, press a button on each controller and run in place to move
	\|Pros=Proprioceptive and vestibular engagement, ~~Motion~~ sickness reduction, Immersive, Decouples head and body movement, fitness		\|Pros=Proprioceptive and vestibular engagement, VR sickness reduction, Immersive, Decouples head and body movement, fitness
	\|Cons=Cannot interact with object with hands while moving,		\|Cons=Cannot interact with object with hands while moving,
	\|Examples=		\|Examples=
Line 25:		Line 25:
	===Advantages of RIPmotion===		===Advantages of RIPmotion===
	*Proprioceptive and vestibular engagement. You're actually moving your body and limbs. Your head critically is bobbing up and down and around a bit. Which leads to		*Proprioceptive and vestibular engagement. You're actually moving your body and limbs. Your head critically is bobbing up and down and around a bit. Which leads to
	*[[~~Motion~~ sickness]] reduction - because your head is bobbing up and down, it's creating a lot of vestibular noise which can overwhelm the virtual environment movement vector, helping to significantly reduce and even eliminate ~~motion~~ sickness in the vast majority of users.		*[[VR sickness]] reduction - because your head is bobbing up and down, it's creating a lot of vestibular noise which can overwhelm the virtual environment movement vector, helping to significantly reduce and even eliminate VR sickness in the vast majority of users.
	*[[Immersive]] - in multiple ways. Engaging your body and head, which brings you more into the virtual environment. Also critically, it helps to establish a sense of scale related to energy expenditure. We often don't really appreciate the scale of distances until we have to expend real energy to move between them. Similar is how our sense of scale and distance shrinks when we get into a car. Also, it allows you to retain a sense of spatial movement throughout the space, allowing you to understand where things are oriented just as in a normal environment. Teleportation, especially with turning teleportation (snap turns or the method found in The Gallery) has a tendency to disrupt orientation learning.		*[[Immersive]] - in multiple ways. Engaging your body and head, which brings you more into the virtual environment. Also critically, it helps to establish a sense of scale related to energy expenditure. We often don't really appreciate the scale of distances until we have to expend real energy to move between them. Similar is how our sense of scale and distance shrinks when we get into a car. Also, it allows you to retain a sense of spatial movement throughout the space, allowing you to understand where things are oriented just as in a normal environment. Teleportation, especially with turning teleportation (snap turns or the method found in The Gallery) has a tendency to disrupt orientation learning.
	*Decouples head and body movement - the user can indicate direction of travel independently of looking. This is also critical in improving immersion and reducing ~~motion~~ sickness - because our vestibular sense of expectation is modified by our proprioceptive signals (i.e. if we look in one direction and move in another, we don't expect the visual motion to suddenly be ~~travelling~~ in the direction that we're looking).		*Decouples head and body movement - the user can indicate direction of travel independently of looking. This is also critical in improving immersion and reducing VR sickness - because our vestibular sense of expectation is modified by our proprioceptive signals (i.e. if we look in one direction and move in another, we don't expect the visual motion to suddenly be traveling in the direction that we're looking).
	*Fitness, fitness, fitness. It turns VR absolutely into a health positive medium that vitalizes its users as they get more used to it, instead of causing sedentarianism that has been sapping the energy from people using it, and contributed towards multi decade long trend of obesity.		*Fitness, fitness, fitness. It turns VR absolutely into a health positive medium that vitalizes its users as they get more used to it, instead of causing sedentarianism that has been sapping the energy from people using it, and contributed towards multi decade long trend of obesity.
	*Cheap. Basically grants you the most vital benefits of an ODT, but better (because it still lets you use ~~roomscale~~ still). Doesn't take up space. Only requires the components that ~~roomscale~~ already has.		*Cheap. Basically grants you the most vital benefits of an ODT, but better (because it still lets you use room-scale still). Doesn't take up space. Only requires the components that room-scale already has.

	==Problems==		==Problems==