VPython 3D Objects - Revision history

Mmorris83 at 06:52, 22 October 2019

2019-10-22T06:52:59Z

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	~~'''Claimed by Do Won Kim (Fall 2017)'''~~

	The main purpose of the VPython programming language is to create 3D simulation with creating the 3D objects. To achieve this purpose, VPython already contains a number of built-in 3-dimensional objects, and these objects are displayed in a 3D graphics module called Visual. Familiarizing with these objects is important for lab coding.		The main purpose of the VPython programming language is to create 3D simulation with creating the 3D objects. To achieve this purpose, VPython already contains a number of built-in 3-dimensional objects, and these objects are displayed in a 3D graphics module called Visual. Familiarizing with these objects is important for lab coding.

2017-11-29T03:10:13Z

Object Application

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	The curve is often used to create a trail mark that represents a path that the object has moved, and it is also frequently used to create graphs. To create a curve, put the initial position vector of the curve, and append the next positions while updating the position in the while loop.		The curve is often used to create a trail mark that represents a path that the object has moved, and it is also frequently used to create graphs. To create a curve, put the initial position vector of the curve, and append the next positions while updating the position in the while loop.

	==~~Object~~ Application==		==Application==
	Following code is an example usage and application of object creation for lab simulations.		Following code is an example usage and application of object creation for lab simulations.

2017-11-29T03:09:39Z

Object Application

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	## objects		## objects
	ceiling = box(pos=vector(0,0,0), size = vector(0.2, 0.01, 0.2)) ## origin is at ceiling		ceiling = box(pos=vector(0,0,0), size = vector(0.2, 0.01, 0.2)) # origin is at ceiling
	ball = sphere(pos=vector(.1,-.2,.3), radius=0.025, color=color.orange) ## note: spring initially compressed		ball = sphere(pos=vector(.1,-.2,.3), radius=0.025, color=color.orange) # note: spring initially compressed
	spring = helix(pos=ceiling.pos, color=color.cyan, thickness=.003, coils=40, radius=0.015) ~~## change the color to be your spring color~~		spring = helix(pos=ceiling.pos, color=color.cyan, thickness=.003, coils=40, radius=0.015)
	parrow = arrow(color=color.magenta, pos=ball.pos, axis=vector(0,0,0))		parrow = arrow(color=color.magenta, pos=ball.pos, axis=vector(0,0,0))
	farrow = arrow(color=color.red, pos=ball.pos, axis=vector(0,0,0))		farrow = arrow(color=color.red, pos=ball.pos, axis=vector(0,0,0))

2017-11-29T03:09:13Z

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-'''Claimed by Do Won Kim (Fall 2017) (In Progress)'''
+'''Claimed by Do Won Kim (Fall 2017)'''
 The main purpose of the VPython programming language is to create 3D simulation with creating the 3D objects. To achieve this purpose, VPython already contains a number of built-in 3-dimensional objects, and these objects are displayed in a 3D graphics module called Visual. Familiarizing with these objects is important for lab coding.
@@ Line 122: / Line 122: @@
 The curve is often used to create a trail mark that represents a path that the object has moved, and it is also frequently used to create graphs. To create a curve, put the initial position vector of the curve, and append the next positions while updating the position in the while loop.
-==Object Syntax==
+==Object Application==
 == See also ==

2017-11-29T03:00:42Z

2017-11-29T03:00:10Z

References

2017-11-29T02:59:30Z

References

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	==References==		==References==
	http://www.glowscript.org/docs/VPythonDocs/primitives.html		http://www.glowscript.org/docs/VPythonDocs/primitives.html

	http://vpython.org/contents/docs/shapes.html		http://vpython.org/contents/docs/shapes.html

	[[Category:~~Modeling With~~ VPython]]		http://vpython.org/

			[[Category:VPython]]

2017-11-29T02:55:57Z

Object Uses

← Older revision		Revision as of 22:55, 28 November 2017
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	The curve is often used to create a trail mark that represents a path that the object has moved, and it is also frequently used to create graphs. To create a curve, put the initial position vector of the curve, and append the next positions while updating the position in the while loop.		The curve is often used to create a trail mark that represents a path that the object has moved, and it is also frequently used to create graphs. To create a curve, put the initial position vector of the curve, and append the next positions while updating the position in the while loop.

	==Object ~~Uses==~~		==Object Syntax==

	~~===VPython~~ Syntax ~~of each objects===~~
	~~<code>~~
	~~:sphere1 = sphere(pos=vector(4,8,15), radius=16)~~
	:
	~~:arrow1 = arrow(pos=vector(4,8,15), axis=vector(16,23,42)~~
	:
	~~:helix1 = helix(pos=vector(4,8,15), axis~~=~~vector(16,23,42) radius~~=~~.23)</code>~~

	== See also ==		== See also ==

2017-11-29T02:55:08Z

Commonly Used Objects

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	===Arrow===		===Arrow===
	The arrow is perhaps the most important object for ~~Physics~~ simulation. It can be used to represent various forces as well as visualizing vectors. To create an arrow the position (vector), axis (vector), and the shaftwidth (a numerical value) must be set.		The arrow is perhaps the most important object for physics simulation. It can be used to represent various forces as well as visualizing vectors. To create an arrow, the position (vector), axis (vector), and the shaftwidth (a numerical value) must be set.

			===Curve===
			The curve is often used to create a trail mark that represents a path that the object has moved, and it is also frequently used to create graphs. To create a curve, put the initial position vector of the curve, and append the next positions while updating the position in the while loop.

	==Object Uses==		==Object Uses==

2017-11-29T02:50:16Z

Image of Each Objects

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	===Image of Each Objects===		===Image of Each Objects===
	VPython is packaged with a variety of 3-Dimensional objects. By clicking each names of the objects, you can go to the official description of each objects from Glowscript.		VPython is packaged with a variety of 3-Dimensional objects. By clicking each names of the objects, you can go to the official description of each objects from Glowscript.
			The objects are listed in alphabetical order.

	[http://www.glowscript.org/docs/VPythonDocs/arrow.html Arrow]		[http://www.glowscript.org/docs/VPythonDocs/arrow.html Arrow]