Category:LSL Face - Revision history

Strife Onizuka at 18:23, 8 January 2010

2010-01-08T18:23:18Z

← Older revision		Revision as of 11:23, 8 January 2010
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	{{LSL Header\|ml=*}}		{{LSL Header\|ml=*}}{{LSLC\|}}{{LSLC\|Prim}}
	{{LSLC\|}}
	{{LSLC\|Prim}}		See [[Face]] for information.

Eek Ghost: moved to separate page

2010-01-07T05:22:44Z

moved to separate page

Show changes

Strife Onizuka at 21:58, 24 October 2008

2008-10-24T21:58:52Z

← Older revision		Revision as of 14:58, 24 October 2008
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	~~{{Multi-lang}}~~{{LSL Header}}		{{LSL Header\|ml=*}}
	A prim has one or more faces depending on its basic shape and its shape parameters. Each face of a prim can have its own texture properties, color, alpha, and attributes (shiny, full-bright, and bump-map). The texture properties that each face can have are: texture, texture map (standard or planar), scale, offset, and rotation. The properties of a prim face can be changed individually by using its face number or all of the prim faces can be modified at once using the [[ALL_SIDES]] face number.		A prim has one or more faces depending on its basic shape and its shape parameters. Each face of a prim can have its own texture properties, color, alpha, and attributes (shiny, full-bright, and bump-map). The texture properties that each face can have are: texture, texture map (standard or planar), scale, offset, and rotation. The properties of a prim face can be changed individually by using its face number or all of the prim faces can be modified at once using the [[ALL_SIDES]] face number.

BamBam Sachertorte: /* Using the Face List Table */

2008-04-13T23:07:28Z

Using the Face List Table

← Older revision		Revision as of 16:07, 13 April 2008
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	Prims are formed by moving a circle, triangle, or square through a path in 3D space. For boxes, prisms, and cylinders the path is a line. For tori, rings, and tubes the path is a circle. For a sphere the path is rotation of a half-circle around a point. A circle (or half-circle) defines one face along its path, a triangle defines three faces along its path, and a square defines four faces along its path. The interior face of a hollow prim is always one face, even if the hollow shape is a triangle or a square.		Prims are formed by moving a circle, triangle, or square through a path in 3D space. For boxes, prisms, and cylinders the path is a line. For tori, rings, and tubes the path is a circle. For a sphere the path is rotation of a half-circle around a point. A circle (or half-circle) defines one face along its path, a triangle defines three faces along its path, and a square defines four faces along its path. The interior face of a hollow prim is always one face, even if the hollow shape is a triangle or a square.
	===Using the Face List Table===		===Using the Face List Table===
	The following table lists all of the possible faces for the ~~seven~~ different prim types and the rule for whether it exists. A given prim will have some subset of this list depending on its shape parameters. The face number of a prim face is determined by its position in the face list after non-existent faces have been removed. The first face in the list that exists will be face zero, the next existing face will be face one, and so on. The positions of the faces listed in the table are in the local coordinate space of the prim, assuming no twist. If beginning twist or end twist is non-zero then some faces will rotate with respect to the prim's local coordinate space.		The following table lists all of the possible faces for the eight different prim types and the rule for whether a particular face exists. A given prim will have some subset of this list depending on its shape parameters. The face number of a prim face is determined by its position in the face list after non-existent faces have been removed. The first face in the list that exists will be face zero, the next existing face will be face one, and so on. The positions of the faces listed in the table are in the local coordinate space of the prim, assuming no twist. If beginning twist or end twist is non-zero then some faces will rotate with respect to the prim's local coordinate space.

	{\| {{prettytable}}		{\| {{prettytable}}

Gally Young: multi lang

2008-01-13T15:49:31Z

multi lang

← Older revision		Revision as of 08:49, 13 January 2008
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	{{LSL Header}}		{{Multi-lang}}{{LSL Header}}
	A prim has one or more faces depending on its basic shape and its shape parameters. Each face of a prim can have its own texture properties, color, alpha, and attributes (shiny, full-bright, and bump-map). The texture properties that each face can have are: texture, texture map (standard or planar), scale, offset, and rotation. The properties of a prim face can be changed individually by using its face number or all of the prim faces can be modified at once using the [[ALL_SIDES]] face number.		A prim has one or more faces depending on its basic shape and its shape parameters. Each face of a prim can have its own texture properties, color, alpha, and attributes (shiny, full-bright, and bump-map). The texture properties that each face can have are: texture, texture map (standard or planar), scale, offset, and rotation. The properties of a prim face can be changed individually by using its face number or all of the prim faces can be modified at once using the [[ALL_SIDES]] face number.

Strife Onizuka at 22:59, 12 May 2007

2007-05-12T22:59:18Z

← Older revision		Revision as of 15:59, 12 May 2007
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	\|-		\|-
	\|\| '''[[PRIM_TYPE_SCULPT\|Sculpted]]'''		\|\| '''[[PRIM_TYPE_SCULPT\|Sculpted]]'''
	~~Sculpted prims have only one face, face 0.~~		* outside ''always exists''
	\|\|		\|\|
	\|\|		\|\|

BamBam Sachertorte at 22:05, 12 May 2007

2007-05-12T22:05:27Z

← Older revision		Revision as of 15:05, 12 May 2007
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	\|\|		\|\|
	\|-		\|-
	\|\| '''[[~~PRIM_TYPE_SCULPTED~~\|Sculpted]]'''		\|\| '''[[PRIM_TYPE_SCULPT\|Sculpted]]'''
	Sculpted prims have only one face, face 0.		Sculpted prims have only one face, face 0.
	\|\|		\|\|

BamBam Sachertorte: added sculpted prims

2007-05-12T22:03:38Z

added sculpted prims

← Older revision		Revision as of 15:03, 12 May 2007
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	* profile cut begin ''if profile cut''		* profile cut begin ''if profile cut''
	* profile cut end ''if profile cut''		* profile cut end ''if profile cut''
			\|\|
			\|-
			\|\| '''[[PRIM_TYPE_SCULPTED\|Sculpted]]'''
			Sculpted prims have only one face, face 0.
			\|\|
	\|\|		\|\|
	\|}		\|}

Strife Onizuka at 08:55, 22 April 2007

2007-04-22T08:55:02Z

← Older revision		Revision as of 01:55, 22 April 2007
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	\|}		\|}

	{{LSLC\|}}		{{LSLC\|}}{{LSLC\|Prim}}

Strife Onizuka: /* Using the Face List Table */

2007-04-22T08:54:19Z

Using the Face List Table

← Older revision		Revision as of 01:54, 22 April 2007
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	{\| {{prettytable}}		{\| {{prettytable}}
	\| '''~~Sphere'''~~		\|\| '''[[PRIM_TYPE_CYLINDER\|Cylinder]]'''
	* path cut end ''if path cut or twisted''
	* outside ''always exists''
	* hollow ''if hollow''
	* path cut begin ''if path cut or twisted''
	* dimple begin ''if dimpled or hollow''
	* dimple end ''if dimpled or hollow''
	\|\| ~~'''~~Cylinder'''
	* top (+z) ''always exists''		* top (+z) ''always exists''
	* outside ''always exists''		* outside ''always exists''
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	* path cut begin ''if path cut''		* path cut begin ''if path cut''
	* path cut end ''if path cut''		* path cut end ''if path cut''
	\|\| '''Torus'''		\|\| '''[[PRIM_TYPE_TORUS\|Torus]]'''
	* path cut end ''if path is cut or broken''		* path cut end ''if path is cut or broken''
	* outside ''always exists''		* outside ''always exists''
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	* profile cut begin ''if profile cut''		* profile cut begin ''if profile cut''
	* profile cut end ''if profile cut''		* profile cut end ''if profile cut''
			\|\| '''[[PRIM_TYPE_SPHERE\|Sphere]]'''
			* path cut end ''if path cut or twisted''
			* outside ''always exists''
			* hollow ''if hollow''
			* path cut begin ''if path cut or twisted''
			* dimple begin ''if dimpled or hollow''
			* dimple end ''if dimpled or hollow''
	\|-		\|-
	\| \|\| '''Prism'''		\|\| '''[[PRIM_TYPE_PRISM\|Prism]]'''
	* top (+z) ''always exists''		* top (+z) ''always exists''
	* +y ''unless path cut away''		* +y ''unless path cut away''
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	* path cut begin ''if path cut''		* path cut begin ''if path cut''
	* path cut end ''if path cut''		* path cut end ''if path cut''
	\|\| '''Ring'''		\|\| '''[[PRIM_TYPE_RING\|Ring]]'''
	* path cut end ''if path is cut or broken''		* path cut end ''if path is cut or broken''
	* inside face ''unless profile cut away''		* inside face ''unless profile cut away''
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	* profile cut begin ''if profile cut''		* profile cut begin ''if profile cut''
	* profile cut end ''if profile cut''		* profile cut end ''if profile cut''
			\|\|
	\|-		\|-
	\| \|\| '''Box'''		\|\| '''[[PRIM_TYPE_BOX\|Box]]'''
	* top (+z) ''always exists''		* top (+z) ''always exists''
	* -y ''unless path cut away''		* -y ''unless path cut away''
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	* path cut begin ''if path cut''		* path cut begin ''if path cut''
	* path cut end ''if path cut''		* path cut end ''if path cut''
	\|\| '''Tube'''		\|\| '''[[PRIM_TYPE_TUBE\|Tube]]'''
	* path cut end ''if path is cut or broken''		* path cut end ''if path is cut or broken''
	* outside face ''unless profile cut away''		* outside face ''unless profile cut away''
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	* profile cut begin ''if profile cut''		* profile cut begin ''if profile cut''
	* profile cut end ''if profile cut''		* profile cut end ''if profile cut''
			\|\|
	\|}		\|}