Surface Layer - Displacement Tab - Revision history

Jo at 09:59, 18 March 2012

2012-03-18T09:59:22Z

← Older revision		Revision as of 09:59, 18 March 2012
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	'''Displacement direction:''' This popup list allows you to choose the direction that displacement is applied in. Any options in the popup list that have "(requires computed normal)" require that there be a [[Compute Terrain]] or [[Compute Normal]] connected somewhere above ~~them~~ in the network to work properly. The popup has the following options:		'''Displacement direction:''' This popup list allows you to choose the direction that displacement is applied in. Any options in the popup list that have "(requires computed normal)" require that there be a [[Compute Terrain]] or [[Compute Normal]] connected somewhere above the node in the network to work properly. The popup has the following options:
	<ul>		<ul>
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Jo at 09:58, 18 March 2012

2012-03-18T09:58:18Z

← Older revision		Revision as of 09:58, 18 March 2012
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	<li>		<li>
	'''Displacement direction:''' This popup list allows you to choose the direction that displacement is applied in. Any options in the popup list that have "(requires computed normal)" require that there be a [[Compute Terrain]], [[Compute Normal~~]] or [[Redirect Shader~~]] connected somewhere above them in the network to work properly. The popup has the following options:		'''Displacement direction:''' This popup list allows you to choose the direction that displacement is applied in. Any options in the popup list that have "(requires computed normal)" require that there be a [[Compute Terrain]] or [[Compute Normal]] connected somewhere above them in the network to work properly. The popup has the following options:
	<ul>		<ul>
	<li>		<li>
	<u>Along vertical:</u> Displacement will happen along the normal of the underlying object (i.e. the planet or a model) without any displacement being applied.		<u>Along vertical:</u> Displacement will happen along the normal of the underlying object (i.e. the planet or a model) without any displacement being applied.
	</li><li>		</li><li>
	<u>Along normal:</u> Displacement will happen along the current surface normal~~, which includes all displacement to date~~.		<u>Along normal:</u> Displacement will happen along the current surface normal.
	</li><li>		</li><li>
	<u>Vertical only (requires computed normal):</u> Displacement only happens along the normal of the underlying object (i.e. the planet or a model) ~~without any previous~~ displacement ~~being applied~~.		<u>Vertical only (requires computed normal):</u> Displacement only happens along the normal of the underlying object (i.e. the planet or a model). The displacement is scaled by the difference between the object normal and the surface normal. Displacement is reduced as the angle between the normals approaches 90°.
	</li><li>		</li><li>
	<u>Lateral only (requires computed normal):</u> Displacement only occurs in the lateral plane, or in other words the ~~X-Z plane. There is no vertical component (Y)~~.		<u>Lateral only (requires computed normal):</u> Displacement only occurs in the lateral plane, or in other words perpendicular to the normal of the underlying object.
	</li><li>		</li><li>
	<u>Lateral normalized (requires computed normal):</u> This is the same as <u>Lateral only</u> but the normal is normalised (scaled so it has a length of 1).		<u>Lateral normalized (requires computed normal):</u> This is the same as <u>Lateral only</u> but the normal is normalised (scaled so it has a length of 1).
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	'''Displacement function:''' This parameter is where you connect the node(s) used to generate displacement for the layer.		'''Displacement function:''' This parameter is where you connect the node(s) used to generate displacement for the layer.
	</li><li>		</li><li>
	'''Displacement offset:''' This value is added to incoming displacement values ~~before~~ they are multiplied by the '''Displacement multiplier''' parameter. This creates the effect of offsetting the displacement by a set amount along the '''Displacement direction'''. Positive values push the displacement out so it looks almost as if it was sitting on a plinth. Negative values will sink the displacement back into the surface. It doesn't reverse the displacement, it's more like creating a hole in the surface and then applying the displacement to the bottom of the hole.		'''Displacement offset:''' This value is added to incoming displacement values after they are multiplied by the '''Displacement multiplier''' parameter. This creates the effect of offsetting the displacement by a set amount along the '''Displacement direction'''. Positive values push the displacement out so it looks almost as if it was sitting on a plinth. Negative values will sink the displacement back into the surface. It doesn't reverse the displacement, it's more like creating a hole in the surface and then applying the displacement to the bottom of the hole.
	</li>		</li>
	</ul>		</ul>

Jo at 10:02, 13 March 2012

2012-03-13T10:02:12Z

← Older revision		Revision as of 10:02, 13 March 2012
Line 13:		Line 13:
	<ul>		<ul>
	<li>		<li>
	'''Displacement direction:''' This popup allows you to choose the direction that displacement is applied in. The popup ~~have~~ the following options:		'''Displacement direction:''' This popup list allows you to choose the direction that displacement is applied in. Any options in the popup list that have "(requires computed normal)" require that there be a [[Compute Terrain]], [[Compute Normal]] or [[Redirect Shader]] connected somewhere above them in the network to work properly. The popup has the following options:
	<ul>		<ul>
	<li>		<li>
	<u>Along vertical:</u> ~~TBC~~		<u>Along vertical:</u> Displacement will happen along the normal of the underlying object (i.e. the planet or a model) without any displacement being applied.
	</li><li>		</li><li>
	<u>Along normal:</u> ~~TBC~~		<u>Along normal:</u> Displacement will happen along the current surface normal, which includes all displacement to date.
	</li><li>		</li><li>
	<u>Vertical only (requires computed normal):</u> ~~TBC~~		<u>Vertical only (requires computed normal):</u> Displacement only happens along the normal of the underlying object (i.e. the planet or a model) without any previous displacement being applied.
	</li><li>		</li><li>
	<u>Lateral only (requires computed normal):</u> ~~TBC~~		<u>Lateral only (requires computed normal):</u> Displacement only occurs in the lateral plane, or in other words the X-Z plane. There is no vertical component (Y).
	</li><li>		</li><li>
	<u>Lateral normalized (requires computed normal):</u> This is the same as <u>Lateral only</u> but the normal is normalised (scaled so it has a length of 1).		<u>Lateral normalized (requires computed normal):</u> This is the same as <u>Lateral only</u> but the normal is normalised (scaled so it has a length of 1).

Jo at 02:19, 13 March 2012

2012-03-13T02:19:55Z

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-[[Category:IMPORT]]
+[[Image:drex_module_135_2_image_0.png|center|Surface Layer - Displacement Tab]]
-='''Surface Layer - Displacement Tab'''=
 Back to: [[Surface Layer]]

127.0.0.1: jrfconvert import

2010-07-11T02:55:37Z

jrfconvert import

New page

[[Category:IMPORT]]
='''Surface Layer - Displacement Tab'''=

[[Image:drex_module_135_2_image_0.png|465pxpx|Surface Layer - Displacement Tab]]

Back to: [[Surface Layer]]
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