Chromadepth 3D Glasses Tutorial - Revision history

Steffen at 21:51, 5 April 2018

2018-04-05T21:51:41Z

← Older revision		Revision as of 21:51, 5 April 2018
Line 5:		Line 5:

	==Introduction:==		==Introduction:==
	This tutorial describes how to render LDraw models so that they can be viewed in 3D using ~~ChormaDepth~~ polarized glasses. Before proceeding with this tutorial, you should already know how to build models using MLCad and convert them to POV-Ray format using L3P.		This tutorial describes how to render LDraw models so that they can be viewed in 3D using ChromaDepth polarized glasses. Before proceeding with this tutorial, you should already know how to build models using MLCad and convert them to POV-Ray format using L3P.

	Polarized glasses are a type of glasses that affect depth-perception by intercepting light in such a way that two-dimensional images appear three-dimensional to the eye. The perceived depth depends on the wavelength of the reflected light; blueish colors appear to be distant, redder colors appear to be near, greener colors appear to lie somewhere in the middle.		Polarized glasses are a type of glasses that affect depth-perception by intercepting light in such a way that two-dimensional images appear three-dimensional to the eye. The perceived depth depends on the wavelength of the reflected light; blueish colors appear to be distant, redder colors appear to be near, greener colors appear to lie somewhere in the middle.

Michael Horvath: /* Instructions (L3P v1.3) */ fix error

2018-02-21T09:41:02Z

Instructions (L3P v1.3): fix error

← Older revision		Revision as of 09:41, 21 February 2018
Line 68:		Line 68:
	<li>Now, search within the POV file for any other instances of a <tt>Color(n)</tt> texture being assigned to an object, and delete them. For example, if you find a line like this, delete it:		<li>Now, search within the POV file for any other instances of a <tt>Color(n)</tt> texture being assigned to an object, and delete them. For example, if you find a line like this, delete it:
	<pre>		<pre>
	#if (version >= 3.1) material #else texture #end { Color8 }~~</nowiki>~~		#if (version >= 3.1) material #else texture #end { Color8 }
	</pre></li>		</pre></li>
	</ol>		</ol>

OrionP at 06:05, 26 January 2016

2016-01-26T06:05:54Z

← Older revision		Revision as of 06:05, 26 January 2016
Line 9:		Line 9:
	Polarized glasses are a type of glasses that affect depth-perception by intercepting light in such a way that two-dimensional images appear three-dimensional to the eye. The perceived depth depends on the wavelength of the reflected light; blueish colors appear to be distant, redder colors appear to be near, greener colors appear to lie somewhere in the middle.		Polarized glasses are a type of glasses that affect depth-perception by intercepting light in such a way that two-dimensional images appear three-dimensional to the eye. The perceived depth depends on the wavelength of the reflected light; blueish colors appear to be distant, redder colors appear to be near, greener colors appear to lie somewhere in the middle.

	One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index~~-new~~.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).		One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).

	==Instructions (L3P v1.3)==		==Instructions (L3P v1.3)==

OrionP at 06:05, 26 January 2016

2016-01-26T06:05:34Z

← Older revision		Revision as of 06:05, 26 January 2016
Line 9:		Line 9:
	Polarized glasses are a type of glasses that affect depth-perception by intercepting light in such a way that two-dimensional images appear three-dimensional to the eye. The perceived depth depends on the wavelength of the reflected light; blueish colors appear to be distant, redder colors appear to be near, greener colors appear to lie somewhere in the middle.		Polarized glasses are a type of glasses that affect depth-perception by intercepting light in such a way that two-dimensional images appear three-dimensional to the eye. The perceived depth depends on the wavelength of the reflected light; blueish colors appear to be distant, redder colors appear to be near, greener colors appear to lie somewhere in the middle.

	One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).		One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index-new.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).

	==Instructions (L3P v1.3)==		==Instructions (L3P v1.3)==

Michael Horvath: update pigment pattern

2016-01-23T04:11:20Z

update pigment pattern

← Older revision		Revision as of 04:11, 23 January 2016
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	spherical		spherical
	color_map {		color_map {
	#~~for (i,~~ 0, 240~~, 1~~)		#declare i_count = 0;
	[i/240 color rgb CHSL2RGB(<240 - i, 1, 1/2>)]		#declare i_max = 240;
			#while (i_count <= i_max)
			[i_count/240 color rgb CHSL2RGB(<240 - i_count, 1, 1/2>)]
			#declare i_count = i_count + 1;
	#end		#end
	}		}

Michael Horvath: update pigment pattern

2016-01-23T04:08:30Z

update pigment pattern

← Older revision		Revision as of 04:08, 23 January 2016
Line 38:		Line 38:
	spherical		spherical
	color_map {		color_map {
	~~[0/4 rgb <~~0,0,1~~,>]~~		#for (i, 0, 240, 1)
	[1/4 rgb <0,1,1~~,>]~~		[i/240 color rgb CHSL2RGB(<240 - i, 1, 1/2>)]
	[2~~/4 rgb <0,1,0,~~>]		#end
	~~[3/4 rgb <1,1,0,>]~~
	~~[4/4 rgb <1,0,0,>]~~
	}		}
	}		}

Michael Horvath: edit section headings

2016-01-21T01:53:08Z

edit section headings

← Older revision		Revision as of 01:53, 21 January 2016
Line 7:		Line 7:
	This tutorial describes how to render LDraw models so that they can be viewed in 3D using ChormaDepth polarized glasses. Before proceeding with this tutorial, you should already know how to build models using MLCad and convert them to POV-Ray format using L3P.		This tutorial describes how to render LDraw models so that they can be viewed in 3D using ChormaDepth polarized glasses. Before proceeding with this tutorial, you should already know how to build models using MLCad and convert them to POV-Ray format using L3P.

	~~==Background:==~~
	Polarized glasses are a type of glasses that affect depth-perception by intercepting light in such a way that two-dimensional images appear three-dimensional to the eye. The perceived depth depends on the wavelength of the reflected light; blueish colors appear to be distant, redder colors appear to be near, greener colors appear to lie somewhere in the middle.		Polarized glasses are a type of glasses that affect depth-perception by intercepting light in such a way that two-dimensional images appear three-dimensional to the eye. The perceived depth depends on the wavelength of the reflected light; blueish colors appear to be distant, redder colors appear to be near, greener colors appear to lie somewhere in the middle.

	One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).		One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).

			==Instructions (L3P v1.3)==
	<ol>		<ol>
	<li>Convert your MLCAD model to POV-Ray format using L3P. Open the POV file in POV-Ray. Search within the file for light source statements (they should be near the end of the file) and delete any that you encounter.</li>		<li>Convert your MLCAD model to POV-Ray format using L3P. Open the POV file in POV-Ray. Search within the file for light source statements (they should be near the end of the file) and delete any that you encounter.</li>

Michael Horvath: line break

2016-01-21T01:48:44Z

line break

← Older revision		Revision as of 01:48, 21 January 2016
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	{{OldArticle}}		{{OldArticle}}
	''This tutorial was written for L3P v1.3 and POV-Ray 3.6, and probably needs to be re-written for L3P v1.4 and POV-Ray 3.7. The basic principles still apply, however.''		''This tutorial was written for L3P v1.3 and POV-Ray 3.6, and probably needs to be re-written for L3P v1.4 and POV-Ray 3.7. The basic principles still apply, however.''

	By: [[User:Michael Horvath\|Michael Horvath]] ([[User talk:Michael Horvath\|talk]])		By: [[User:Michael Horvath\|Michael Horvath]] ([[User talk:Michael Horvath\|talk]])

Michael Horvath: move disclaimer to top

2016-01-21T01:48:22Z

move disclaimer to top

← Older revision		Revision as of 01:48, 21 January 2016
Line 1:		Line 1:
	{{OldArticle}}		{{OldArticle}}
			''This tutorial was written for L3P v1.3 and POV-Ray 3.6, and probably needs to be re-written for L3P v1.4 and POV-Ray 3.7. The basic principles still apply, however.''
	By: [[User:Michael Horvath\|Michael Horvath]] ([[User talk:Michael Horvath\|talk]])		By: [[User:Michael Horvath\|Michael Horvath]] ([[User talk:Michael Horvath\|talk]])

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	One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).		One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).

	~~''This tutorial was written for L3P v1.3 and POV-Ray 3.6, and probably needs to be re-written for L3P v1.4 and POV-Ray 3.7. The basic principles still apply, however.''~~

	<ol>		<ol>

Michael Horvath: edit disclaimer

2016-01-21T01:47:37Z

edit disclaimer

← Older revision		Revision as of 01:47, 21 January 2016
Line 10:		Line 10:
	One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).		One manufacturer of such glasses is ChromaTek. You can learn more about their glasses by visiting [http://www.3dglassesonline.com/3d-chromadepth-glasses/index.html their website]. For more information on polarized glasses in general, you can read the [http://www.chromatek.com/Image_Design/image_design.shtml Open CyberHolographic Standard] (also located at the ChromaTek website).

	~~<br />~~''(This tutorial was written for L3P v1.3 and probably needs to be re-written for L3P v1.4.)''		''This tutorial was written for L3P v1.3 and POV-Ray 3.6, and probably needs to be re-written for L3P v1.4 and POV-Ray 3.7. The basic principles still apply, however.''

	<ol>		<ol>