GMU:Tutorials/Performance Platform/Measuring Motion with Processing - Revision history

QianqianLI at 21:06, 31 July 2016

2016-07-31T21:06:20Z

← Older revision		Revision as of 21:06, 31 July 2016
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	*Groups of persons mode: Measuring the pairwise distances between root nodes of three persons.<br>		*Groups of persons mode: Measuring the pairwise distances between root nodes of three persons.<br>
	== Process: ==		== Process: ==
	1. Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.		'''1. Collecting the correlative data for the speed:''' Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.
	<br>		<br>
	<source lang="java">		<source lang="java">
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	}		}
	</source>		</source>
	2. The shifting distance and the relevant time decides the speed of the root node. <br>		'''2. The shifting distance and the relevant time decides the speed of the root node.''' <br>
	<source lang="java">		<source lang="java">
	float speed (Sphere sphere1)		float speed (Sphere sphere1)
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	}		}
	</source>		</source>
	3.Calculating the distance between two root points.		'''3.Calculating the distance between two root points.'''
	<source lang="java">		<source lang="java">
	float distance (Sphere sphere1,Sphere sphere2)		float distance (Sphere sphere1,Sphere sphere2)
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	}		}
	</source>		</source>
	4.Calculating the area of the triangle make up by three root points.		'''4.Calculating the area of the triangle make up by three root points.'''
	<source lang="java">		<source lang="java">
	float triangleSize(Sphere sphere1,Sphere sphere2,Sphere sphere3)		float triangleSize(Sphere sphere1,Sphere sphere2,Sphere sphere3)
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	Three root positions could form a triangle in the space. With the help of Heron’s formula, the area of the triangle could be calculated.		Three root positions could form a triangle in the space. With the help of Heron’s formula, the area of the triangle could be calculated.

	5.According to the speed, distance, area giving different background color.		'''5.According to the speed, distance, area giving different background color.'''
	<source lang="java">		<source lang="java">
	//the maximum area is 6*6/2=18m^2,mapping the value of the area to the color of the background		//the maximum area is 6*6/2=18m^2,mapping the value of the area to the color of the background

QianqianLI at 21:02, 31 July 2016

2016-07-31T21:02:58Z

← Older revision		Revision as of 21:02, 31 July 2016
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	background(speed);		background(speed);
	</source>		</source>

			== Enjoy and keep on ==

QianqianLI at 21:01, 31 July 2016

2016-07-31T21:01:29Z

← Older revision		Revision as of 21:01, 31 July 2016
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	return distance;		return distance;
	}		}
	<source>		</source>
	4.Calculating the area of the triangle make up by three root points.		4.Calculating the area of the triangle make up by three root points.
	<source lang="java">		<source lang="java">
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	return triangleSize;		return triangleSize;
	}		}
	<source>		</source>
	Three root positions could form a triangle in the space. With the help of Heron’s formula, the area of the triangle could be calculated.		Three root positions could form a triangle in the space. With the help of Heron’s formula, the area of the triangle could be calculated.

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	speed = ceil(speed);		speed = ceil(speed);
	background(speed);		background(speed);
	<source>		</source>

QianqianLI at 21:00, 31 July 2016

2016-07-31T21:00:53Z

← Older revision		Revision as of 21:00, 31 July 2016
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	return vel2;		return vel2;
	}		}
	<source>		</source>
	3.Calculating the distance between two root points.		3.Calculating the distance between two root points.
	<source lang="java">		<source lang="java">

QianqianLI at 20:59, 31 July 2016

2016-07-31T20:59:52Z

← Older revision		Revision as of 20:59, 31 July 2016
Line 15:		Line 15:
	*Groups of persons mode: Measuring the pairwise distances between root nodes of three persons.<br>		*Groups of persons mode: Measuring the pairwise distances between root nodes of three persons.<br>
	== Process: ==		== Process: ==
	*Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.		1. Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.
	<br>		<br>
	<source lang="java">		<source lang="java">
Line 34:		Line 34:
	}		}
	</source>		</source>
	2. ~~Calculating the speed of the root node;~~		2. The shifting distance and the relevant time decides the speed of the root node. <br>
	The shifting distance and the relevant time decides the speed of the root node. ~~For the node vector, the movement in x,y,z position should be all considered.~~ <br>
	<source lang="java">		<source lang="java">
	float speed (Sphere sphere1)		float speed (Sphere sphere1)

QianqianLI at 20:58, 31 July 2016

2016-07-31T20:58:36Z

← Older revision		Revision as of 20:58, 31 July 2016
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	== Process: ==		== Process: ==
	*Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.		*Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.
	~~Getting data from theCaputry then calculating the speed of the root~~<br>		<br>
	<source lang="java">		<source lang="java">
	public void updateRoot(float x, float y, float z) {		public void updateRoot(float x, float y, float z) {

QianqianLI at 20:57, 31 July 2016

2016-07-31T20:57:37Z

← Older revision		Revision as of 20:57, 31 July 2016
Line 15:		Line 15:
	*Groups of persons mode: Measuring the pairwise distances between root nodes of three persons.<br>		*Groups of persons mode: Measuring the pairwise distances between root nodes of three persons.<br>
	== Process: ==		== Process: ==
	**Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.		*Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.
	Getting data from theCaputry then calculating the speed of the root<br>		Getting data from theCaputry then calculating the speed of the root<br>
	<source lang="java">		<source lang="java">

QianqianLI at 20:56, 31 July 2016

2016-07-31T20:56:56Z

← Older revision		Revision as of 20:56, 31 July 2016
Line 17:		Line 17:
	**Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.		**Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.
	Getting data from theCaputry then calculating the speed of the root<br>		Getting data from theCaputry then calculating the speed of the root<br>
	<source "lang=java">		<source lang="java">
	public void updateRoot(float x, float y, float z) {		public void updateRoot(float x, float y, float z) {
	x2 = abs(x - x1);		x2 = abs(x - x1);
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	2. Calculating the speed of the root node;		2. Calculating the speed of the root node;
	The shifting distance and the relevant time decides the speed of the root node. For the node vector, the movement in x,y,z position should be all considered. <br>		The shifting distance and the relevant time decides the speed of the root node. For the node vector, the movement in x,y,z position should be all considered. <br>
	<source ~~: "~~lang=java">		<source lang="java">
	float speed (Sphere sphere1)		float speed (Sphere sphere1)
	{		{
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	<source>		<source>
	3.Calculating the distance between two root points.		3.Calculating the distance between two root points.
	<source ~~: "~~lang=java">		<source lang="java">
	float distance (Sphere sphere1,Sphere sphere2)		float distance (Sphere sphere1,Sphere sphere2)
	{		{
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	<source>		<source>
	4.Calculating the area of the triangle make up by three root points.		4.Calculating the area of the triangle make up by three root points.
	<source ~~: "~~lang=java">		<source lang="java">
	float triangleSize(Sphere sphere1,Sphere sphere2,Sphere sphere3)		float triangleSize(Sphere sphere1,Sphere sphere2,Sphere sphere3)
	{		{
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	5.According to the speed, distance, area giving different background color.		5.According to the speed, distance, area giving different background color.
	<source ~~: "~~lang=java">		<source lang="java">
	//the maximum area is 6*6/2=18m^2,mapping the value of the area to the color of the background		//the maximum area is 6*6/2=18m^2,mapping the value of the area to the color of the background
	float size = triangleSize(sphere1,sphere2,sphere3);		float size = triangleSize(sphere1,sphere2,sphere3);

QianqianLI at 20:55, 31 July 2016

2016-07-31T20:55:19Z

← Older revision		Revision as of 20:55, 31 July 2016
Line 17:		Line 17:
	**Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.		**Collecting the correlative data for the speed: Through the connecting of OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.
	Getting data from theCaputry then calculating the speed of the root<br>		Getting data from theCaputry then calculating the speed of the root<br>
	<source : "lang=java">		<source "lang=java">
	public void updateRoot(float x, float y, float z) {		public void updateRoot(float x, float y, float z) {
	x2 = abs(x - x1);		x2 = abs(x - x1);

QianqianLI at 20:54, 31 July 2016

2016-07-31T20:54:57Z

@@ Line 15: / Line 15: @@
 *Groups of persons mode: Measuring the pairwise distances between root nodes of three persons.<br>
 == Process: ==
-*One person mode:
+**Collecting the correlative data for the speed: Through the connecting of  OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained. The shifting distance and the relevant time decides the speed of the root node.
-**Collecting the correlative data for the speed: Through the connecting of  OSC and Motion Tracking platform, the root position and the updated data of one person could be obtained.
+Getting data from theCaputry then calculating the speed of the root<br>