CEG-Classes - Revision history

Flozi: tag for delete, replaced by CEG:Defs

2014-10-05T16:44:25Z

tag for delete, replaced by CEG:Defs

← Older revision		Revision as of 17:44, 5 October 2014
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			{{delete}}
	'''Source:''' {{sourcelink\|file=rts/Sim/Projectiles/}} {{sourcelink\|file=rts/Sim/Projectiles/Unsynced/}}		'''Source:''' {{sourcelink\|file=rts/Sim/Projectiles/}} {{sourcelink\|file=rts/Sim/Projectiles/Unsynced/}}

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	*Texture definitions to be used in projectile classes should be placed within the "projectiletextures" category and textures to be used with "CSimpleGroundFlash" class should be placed within the "groundfx" category.		*Texture definitions to be used in projectile classes should be placed within the "projectiletextures" category and textures to be used with "CSimpleGroundFlash" class should be placed within the "groundfx" category.
	*Texture images are usually placed in the "bitmaps" subfolder.		*Texture images are usually placed in the "bitmaps" subfolder.

	~~[[Category:CEG]]~~

2013-02-21T22:51:20Z

Initial Velocity Properties: kill a wanted page link

← Older revision		Revision as of 23:51, 21 February 2013
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	Protip:<br>		Protip:<br>
	When spawning CEGs via EmitSfx you can make the particles go into the direction of the emiting piece with:		When spawning CEGs via EmitSfx you can make the particles go into the direction of the emiting piece with:
	<code>emitvector = [[dir]],</code>		<code>emitvector = dir,</code>
	This is usefull for eg fire coming out of a gun barrel.		This is usefull for eg fire coming out of a gun barrel.
	*emitRot (float): At what angle to emit the particle relative to emitVector. 0 means that the particle will be emitted in emitVector's direction; 180 will emit the particle in the opposite direction. 90 will emit the particle in a random direction perpendicular to emitVector, which is good for creating rings.		*emitRot (float): At what angle to emit the particle relative to emitVector. 0 means that the particle will be emitted in emitVector's direction; 180 will emit the particle in the opposite direction. 90 will emit the particle in a random direction perpendicular to emitVector, which is good for creating rings.

2011-12-15T17:38:57Z

dir

← Older revision		Revision as of 18:38, 15 December 2011
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	=== Initial Velocity Properties ===		=== Initial Velocity Properties ===
	*emitVector (float3): The basic direction in which the particle is emitted.		*emitVector (float3): The basic direction in which the particle is emitted.
			Protip:<br>
			When spawning CEGs via EmitSfx you can make the particles go into the direction of the emiting piece with:
			<code>emitvector = [[dir]],</code>
			This is usefull for eg fire coming out of a gun barrel.
	*emitRot (float): At what angle to emit the particle relative to emitVector. 0 means that the particle will be emitted in emitVector's direction; 180 will emit the particle in the opposite direction. 90 will emit the particle in a random direction perpendicular to emitVector, which is good for creating rings.		*emitRot (float): At what angle to emit the particle relative to emitVector. 0 means that the particle will be emitted in emitVector's direction; 180 will emit the particle in the opposite direction. 90 will emit the particle in a random direction perpendicular to emitVector, which is good for creating rings.
	*emitRotSpread (float): For each particle, a random number between 0 and emitRotSpread is added to the emitRot.		*emitRotSpread (float): For each particle, a random number between 0 and emitRotSpread is added to the emitRot.

2011-08-17T23:45:14Z

added some notes about CEG textures, but still needs more info

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 Suggested Use:
 *A short groundflash (~8 frames) is good for any explosion that gives off light. You can also use a longer groundflash to suggest the ground is glowing from heat.
 [[Category:CEG]]

2011-08-17T13:02:05Z

removed unnecessary line break added in previous edit..

2011-08-17T13:01:10Z

added CSimpleGroundFlash

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 Suggested Use:
 *Looks like a shockwave.
 [[Category:CEG]]

2011-07-11T23:48:36Z

length growth description corrected

← Older revision		Revision as of 00:48, 12 July 2011
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	*alpha (float): The starting alpha of the spike.		*alpha (float): The starting alpha of the spike.
	*alphaDecay (float): How quickly the alpha of the spike decreases.		*alphaDecay (float): How quickly the alpha of the spike decreases.
	*lengthGrowth (float): How much the spike grows in length every frame. The spike does not grow in width.
	*dir (float3): The direction of the spike. Not normalized.		*dir (float3): The direction of the spike. Not normalized.
	*color (float3): The color of the spike.		*color (float3): The color of the spike.
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	*Long and thin spikes will look spiky; meanwhile, shorter and wider spikes look more blobby.		*Long and thin spikes will look spiky; meanwhile, shorter and wider spikes look more blobby.
	*The colors of spikes add together, so if you have several spikes and all three color channels are non-zero, it will be white in the center.		*The colors of spikes add together, so if you have several spikes and all three color channels are non-zero, it will be white in the center.
			*The length growth of the spike depends on the norm of the dir vector. The spike does not grow in width.

	== CHeatCloudProjectile ==		== CHeatCloudProjectile ==

2011-07-07T23:40:03Z

update to git using sourcelink template

← Older revision		Revision as of 00:40, 8 July 2011
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	'''Source:''' ~~https://spring.clan-sy.com/svn/spring/trunk/~~rts/Sim/Projectiles/		'''Source:''' {{sourcelink\|file=rts/Sim/Projectiles/}} {{sourcelink\|file=rts/Sim/Projectiles/Unsynced/}}

	~~https://spring.clan-sy.com/svn/spring/trunk/~~rts/Sim/Projectiles/Unsynced/

	== Common Properties ==		== Common Properties ==

2010-03-13T17:40:15Z

fix category

2009-08-23T09:53:35Z

linkfix

← Older revision		Revision as of 10:53, 23 August 2009
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	=== Life Properties ===		=== Life Properties ===
	*numParticles (int): How many particles to create. This is not the same as <code>count</code>; if you spawn multiple particles using <code>count</code>, any [[~~CEG_Operators~~]] will be reevaluated for each particle, whereas if you use <code>numParticles</code> they will not be. However, the spread properties are evaluated separately for each particle regardless of which one you use.		*numParticles (int): How many particles to create. This is not the same as <code>count</code>; if you spawn multiple particles using <code>count</code>, any [[CEG-Operators]] will be reevaluated for each particle, whereas if you use <code>numParticles</code> they will not be. However, the spread properties are evaluated separately for each particle regardless of which one you use.
	*particleLife (float): How long each particle lasts.		*particleLife (float): How long each particle lasts.
	*particleLifeSpread (float); For each particle, a random number between 0 and particleLifeSpread is added to the particleLife .		*particleLifeSpread (float); For each particle, a random number between 0 and particleLifeSpread is added to the particleLife .