Robotic motion - Revision history

FaceoffFembot: added {{Template:Backtoindex}}

2020-04-22T10:22:54Z

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Toastdroid at 19:15, 23 September 2019

2019-09-23T19:15:36Z

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Toastdroid at 15:32, 23 September 2019

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Spaz at 22:20, 20 September 2019

2019-09-20T22:20:41Z

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	{\| class="wikitable" align="right" style="text-align:center" border="1" style="width:10%"		{\| class="wikitable" align="right" style="text-align:center" border="1" style="width:10%"
	\| [[Diana Knight fembot motion.gif]] Diana Knight shows off her impeccable skills		\| [[Image:Diana Knight fembot motion.gif]] Diana Knight shows off her impeccable skills
	\|}		\|}
	'''Robotic motion''' is the kind of movement typically exhibited by actual humanoid robots. When portraying robots, actresses can mimic this type of motion to more convincingly convey their roles. This type of movement can also be referred to as "click and pop", and has been common in urban dance genres for decades.		'''Robotic motion''' is the kind of movement typically exhibited by actual humanoid robots. When portraying robots, actresses can mimic this type of motion to more convincingly convey their roles. This type of movement can also be referred to as "click and pop", and has been common in urban dance genres for decades.

	==Origin==		==Origin==
	[[Robots DOF.png\|thumb\|left\|200px\|Degrees of freedom]]		[[Image:Robots DOF.png\|thumb\|left\|200px\|Degrees of freedom]]
	The primary reason that most humanoid (and non-humanoid) robots have this particular way of moving is that they possess limited [http://en.wikipedia.org/wiki/Degrees_of_freedom_%28mechanics%29 degrees of freedom] when compared to actual humans. It has been estimated that humans have around 1380 degrees of freedom, while the [[HRP-4C]] robot (for example) has only 42.		The primary reason that most humanoid (and non-humanoid) robots have this particular way of moving is that they possess limited [http://en.wikipedia.org/wiki/Degrees_of_freedom_%28mechanics%29 degrees of freedom] when compared to actual humans. It has been estimated that humans have around 1380 degrees of freedom, while the [[HRP-4C]] robot (for example) has only 42.

	Another reason is that human motion is based on the way the [http://en.wikipedia.org/wiki/Human_musculoskeletal_system musculoskeletal system] operates. Most functional robots today do not have similar systems, and instead operate based on electrically powered mechanical systems. Such electromechanical motion systems do not have the "fluid" and "graceful" motion capabilities that humans and other animals have. Electromechanical motion tends to be stiff, jerky and abrupt in comparison. Such movement can also be reliably precise and exact in exertion, pressure, range and speed.		Another reason is that human motion is based on the way the [http://en.wikipedia.org/wiki/Human_musculoskeletal_system musculoskeletal system] operates. Most functional robots today do not have similar systems, and instead operate based on electrically powered mechanical systems. Such electromechanical motion systems do not have the "fluid" and "graceful" motion capabilities that humans and other animals have. Electromechanical motion tends to be stiff, jerky and abrupt in comparison. Such movement can also be reliably precise and exact in exertion, pressure, range and speed.

	[[Actroid shuts down after demo.gif\|thumb\|right\|200px\|Animated example of an [[Actroid]] robot shutting down]]		[[IMage:Actroid shuts down after demo.gif\|thumb\|right\|200px\|Animated example of an [[Actroid]] robot shutting down]]
	"Old fashioned" jerky robot movement may have it's origins more in hydraulics than in modern electromechanical systems. Older hydraulic systems have a tendency to 'bounce' a little and have sharp acceleration curves (think older version's of Disney's Hall of Presidents). Some systems were limited to open only one or two valves at once so movement was limited to the same number of axis. This would lead to a linear progression of motions rather than simultaneous actions.		"Old fashioned" jerky robot movement may have it's origins more in hydraulics than in modern electromechanical systems. Older hydraulic systems have a tendency to 'bounce' a little and have sharp acceleration curves (think older version's of Disney's Hall of Presidents). Some systems were limited to open only one or two valves at once so movement was limited to the same number of axis. This would lead to a linear progression of motions rather than simultaneous actions.

Spaz: Text replacement - "Image:" to ""

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Spaz: /* More examples */

2016-01-23T06:58:24Z

More examples

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	==More examples==		==More examples==
	<gallery ~~perrow="5"~~>		<gallery>
	Image:Callahan Fembot head turn.gif\|Animated		Image:Callahan Fembot head turn.gif\|Animated
	Image:La Femme-Objet walk scene.gif\|Animated		Image:La Femme-Objet walk scene.gif\|Animated

Robotman: headers

2013-09-03T21:42:28Z

headers

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	One potential method for actresses (especially those portraying functionally limited fembots) would be to focus on only necessary movements and make those movements precise and efficient. Walking would involve leg/hip movement but the upper body would remain still. All movements would be in straight lines rather than curves. If visual effects are possible, a slight increase in speed (1.5-2x) could show 'inhuman' precision without getting to comical 'Benny Hill' paced action.		One potential method for actresses (especially those portraying functionally limited fembots) would be to focus on only necessary movements and make those movements precise and efficient. Walking would involve leg/hip movement but the upper body would remain still. All movements would be in straight lines rather than curves. If visual effects are possible, a slight increase in speed (1.5-2x) could show 'inhuman' precision without getting to comical 'Benny Hill' paced action.

	==~~Examples~~==		==In fiction==

			==More examples==
	<gallery perrow="5">		<gallery perrow="5">
	Image:Callahan Fembot head turn.gif\|Animated		Image:Callahan Fembot head turn.gif\|Animated

Robotman: /* Examples */ add

2013-07-12T20:27:24Z

Examples: add

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	Image:I Love Maria motion scene 2.gif\|Animated		Image:I Love Maria motion scene 2.gif\|Animated
	Image:I Love Maria motion scene 3.gif\|Animated		Image:I Love Maria motion scene 3.gif\|Animated
			Image:Bitter Metal from Vixens of Virtue, Vixens of Vice.gif\|Animated
	</gallery>		</gallery>

Robotman: /* Examples */ add

2013-07-12T20:24:12Z

Examples: add

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	Image:I Love Maria motion scene 1.gif\|Animated		Image:I Love Maria motion scene 1.gif\|Animated
	Image:I Love Maria motion scene 2.gif\|Animated		Image:I Love Maria motion scene 2.gif\|Animated
			Image:I Love Maria motion scene 3.gif\|Animated
	</gallery>		</gallery>