Arma 3: Sound: cfgSoundShaders - Revision history

Lou Montana: Text replacement - "[[Arma 3 " to "[[Arma 3: "

2024-05-06T09:38:39Z

Text replacement - "[[Arma 3 " to "[[Arma 3: "

← Older revision		Revision as of 11:38, 6 May 2024
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	\| {d0,v0}, {d1,v1}		\| {d0,v0}, {d1,v1}
	\| none		\| none
	\| array of points or class name defined in [[Arma 3 Sound: cfgSoundCurves\|'''cfgSoundCurves''']]		\| array of points or class name defined in [[Arma 3: Sound: cfgSoundCurves\|'''cfgSoundCurves''']]
	\|}		\|}

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	'''Attention!''' In this case <syntaxhighlight lang="cpp" inline>{ 0.5, 0.7 }</syntaxhighlight> means "at half ''range'' volume will be 0.7" and <syntaxhighlight lang="cpp" inline>{ 1, 0 }</syntaxhighlight> means "at maximum ''range'' volume will be 0".		'''Attention!''' In this case <syntaxhighlight lang="cpp" inline>{ 0.5, 0.7 }</syntaxhighlight> means "at half ''range'' volume will be 0.7" and <syntaxhighlight lang="cpp" inline>{ 1, 0 }</syntaxhighlight> means "at maximum ''range'' volume will be 0".
	In the 2nd example ''myRangeCurve_001'' has been predefined in [[Arma 3 Sound: cfgSoundCurves\|cfgSoundCurves]] which is why we only need to enter a class name here.		In the 2nd example ''myRangeCurve_001'' has been predefined in [[Arma 3: Sound: cfgSoundCurves\|cfgSoundCurves]] which is why we only need to enter a class name here.

	'''rangeCurve''' is pretty awesome because you can combine multiple ''SoundShaders'' with different ''rangeCurves'' within one ''SoundSet'' and play different sounds depending on distance. Imagine you have two SoundShaders:		'''rangeCurve''' is pretty awesome because you can combine multiple ''SoundShaders'' with different ''rangeCurves'' within one ''SoundSet'' and play different sounds depending on distance. Imagine you have two SoundShaders:

Lou Montana: Fix link to new dB calculator

2024-03-21T09:57:38Z

Fix link to new dB calculator

← Older revision		Revision as of 11:57, 21 March 2024
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	Volume defines how loud the sample is played in relation to 0dBFS - the highest volume value in the digital world. A value of 1 means 100% means 0dbFS. A value of 0.5 means 50% means -6dBFS.		Volume defines how loud the sample is played in relation to 0dBFS - the highest volume value in the digital world. A value of 1 means 100% means 0dbFS. A value of 0.5 means 50% means -6dBFS.
	If you want to calculate what values to enter here depending on dB, {{Link\|~~http~~://www.~~redwirez~~.com/~~pcalc.jsp~~\|~~you can use~~ this calculator}} ~~(I suggest you download the site to your computer to make sure you can work offline)~~.		If you want to calculate what values to enter here depending on dB, you can use {{Link\|https://www.noisemeters.com/apps/db-calculator/\|this calculator}}.

	Any other percentage to dB calculator will work. Careful though, as you can see on {{Link\|https://lightmachinery.com/optical-design-center/more-optical-design-tools/percentage-to-db/\|this site}} signal dB is not equal power dB!		Any other percentage to dB calculator will work. Careful though, as you can see on {{Link\|https://lightmachinery.com/optical-design-center/more-optical-design-tools/percentage-to-db/\|this site}} signal dB is not equal power dB!
	Always be sure to calculate with the right dB! To ensure you work with the right dB test this in your calculator: -6dB = 50%, always.		Always be sure to calculate with the right dB! To ensure you work with the right dB test this in your calculator: -6dB = 50%, always.

Lou Montana: Text replacement - "\[ (https?:\/\/[^ = ]+) +([^= ]+) \]" to "{{Link|$1|$2}}"

2023-04-28T14:08:41Z

Text replacement - "\[ *(https?:\/\/[^ = ]+) +([^= ]+) *\]" to "{{Link|$1|$2}}"

← Older revision		Revision as of 16:08, 28 April 2023
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	Volume defines how loud the sample is played in relation to 0dBFS - the highest volume value in the digital world. A value of 1 means 100% means 0dbFS. A value of 0.5 means 50% means -6dBFS.		Volume defines how loud the sample is played in relation to 0dBFS - the highest volume value in the digital world. A value of 1 means 100% means 0dbFS. A value of 0.5 means 50% means -6dBFS.
	If you want to calculate what values to enter here depending on dB, [http://www.redwirez.com/pcalc.jsp you can use this calculator] (I suggest you download the site to your computer to make sure you can work offline).		If you want to calculate what values to enter here depending on dB, {{Link\|http://www.redwirez.com/pcalc.jsp\|you can use this calculator}} (I suggest you download the site to your computer to make sure you can work offline).
	Any other percentage to dB calculator will work. Careful though, as you can see on {{Link\|https://lightmachinery.com/optical-design-center/more-optical-design-tools/percentage-to-db/\|this site}} signal dB is not equal power dB!		Any other percentage to dB calculator will work. Careful though, as you can see on {{Link\|https://lightmachinery.com/optical-design-center/more-optical-design-tools/percentage-to-db/\|this site}} signal dB is not equal power dB!
	Always be sure to calculate with the right dB! To ensure you work with the right dB test this in your calculator: -6dB = 50%, always.		Always be sure to calculate with the right dB! To ensure you work with the right dB test this in your calculator: -6dB = 50%, always.

Lou Montana: Some wiki formatting

2023-04-24T23:44:29Z

Some wiki formatting

Show changes

Lou Montana: Text replacement - "`" to ""`


2023-01-11T10:53:20Z
Text replacement - "<code>" to "<code style="display: block">"

				
				
				
				
				
				← Older revision
				Revision as of 12:53, 11 January 2023
				
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==SoundShader== ==SoundShader==
The '''SoundShader''' within the class ''cfgSoundShaders'' is the most basic sound entity in the Arma 3 sound engine. Let's look at an example and the parameters. The '''SoundShader''' within the class ''cfgSoundShaders'' is the most basic sound entity in the Arma 3 sound engine. Let's look at an example and the parameters.
<code>class cfgSoundShaders <code style="display: block">class cfgSoundShaders
{ {
	class MX_Closure_SoundShader 	class MX_Closure_SoundShader
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|} |}
Here you can define the volume falloff depending on distance. The values are given in X,Y pairs. X being the distance, Y being the volume value. In the example the sound will be played at full volume at 0m distance. Note that here relative values (from 0 being o and 1 being 100%) are used. At 5m distance the volume will be 0.7 (70%, -3dB) and at 10m the sound will be silent. You can use hundreds of points to make really smooth curves. You can either use distance values within the range (in the example from 0m to 10m) OR use ''relative'' range values, 1 being maximum range. So the above example would also work with: Here you can define the volume falloff depending on distance. The values are given in X,Y pairs. X being the distance, Y being the volume value. In the example the sound will be played at full volume at 0m distance. Note that here relative values (from 0 being o and 1 being 100%) are used. At 5m distance the volume will be 0.7 (70%, -3dB) and at 10m the sound will be silent. You can use hundreds of points to make really smooth curves. You can either use distance values within the range (in the example from 0m to 10m) OR use ''relative'' range values, 1 being maximum range. So the above example would also work with:
<code>rangeCurve[] =   <code style="display: block">rangeCurve[] =  
		{ 		{
			{0,1}, 			{0,1},
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'''rangeCurve''' is pretty awesome because you can combine multiple ''SoundShaders'' with different ''rangeCurves'' within one ''SoundSet'' and play different sounds depending on distance. Imagine you have two SoundShaders: '''rangeCurve''' is pretty awesome because you can combine multiple ''SoundShaders'' with different ''rangeCurves'' within one ''SoundSet'' and play different sounds depending on distance. Imagine you have two SoundShaders:
<code>First SoundShader (close sounds) <code style="display: block">First SoundShader (close sounds)
		range = 50; 		range = 50;
		rangeCurve[] =   		rangeCurve[] =



Lou Montana: Text replacement - "!parameter
!unit/values
!default
!descriptions" to "! Parameter
! Unit/values
! Default
! Description"
2021-05-25T09:06:49Z
Text replacement - "!parameter !unit/values !default !descriptions" to "! Parameter ! Unit/values ! Default ! Description"

				
				
				
				
				
				← Older revision
				Revision as of 11:06, 25 May 2021
				
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=== samples === === samples ===
{| class="wikitable" {| class="wikitable"
!parameter ! Parameter
!unit/values ! Unit/values
!default ! Default
!descriptions ! Description
|- |-
!samples !samples
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=== volume === === volume ===
{| class="wikitable" {| class="wikitable"
!parameter ! Parameter
!unit/values ! Unit/values
!default ! Default
!descriptions ! Description
|- |-
!volume !volume
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=== frequency === === frequency ===
{| class="wikitable" {| class="wikitable"
!parameter ! Parameter
!unit/values ! Unit/values
!default ! Default
!descriptions ! Description
|- |-
!frequency !frequency
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=== range === === range ===
{| class="wikitable" {| class="wikitable"
!parameter ! Parameter
!unit/values ! Unit/values
!default ! Default
!descriptions ! Description
|- |-
!range !range
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=== rangeCurve === === rangeCurve ===
{| class="wikitable" {| class="wikitable"
!parameter ! Parameter
!unit/values ! Unit/values
!default ! Default
!descriptions ! Description
|- |-
!rangeCurve !rangeCurve
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=== limitation === === limitation ===
{| class="wikitable" {| class="wikitable"
!parameter ! Parameter
!unit/values ! Unit/values
!default ! Default
!descriptions ! Description
|- |-
!limitation !limitation



Lou Montana: Text replacement - "
(={2,})([^ =
])(.*)([^ =
])(={2,}) *
" to "
$1 $2$3$4 $5
"
2021-01-31T17:35:53Z
Text replacement - " (={2,})([^ = ])(.*)([^ = ])(={2,}) * " to " $1 $2$3$4 $5 "

				
				
				
				
				
				← Older revision
				Revision as of 19:35, 31 January 2021
				
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	}; 	};
};</code> };</code>
===samples=== === samples ===
{| class="wikitable" {| class="wikitable"
!parameter !parameter
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''{"pathToYourSound1",1}'' ''{"pathToYourSound1",1}''
Both sounds have the same chance of being picked. Both sounds have the same chance of being picked.
===volume=== === volume ===
{| class="wikitable" {| class="wikitable"
!parameter !parameter
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Volume defines how loud the sample is played in relation to 0dBFS - the highest volume value in the digital world. A value of 1 means 100% means 0dbFS. A value of 0.5 means 50% means -6dBFS. If you want to calculate what values to enter here depending on dB, [http://www.redwirez.com/pcalc.jsp you can use this calculator] (I suggest you download the site to your computer to make sure you can work offline). Any other percentage to dB calculator will work. Careful though, [https://lightmachinery.com/optical-design-center/more-optical-design-tools/percentage-to-db/ as you can see on  this] site signal dB is not equal power dB! Always be sure to calculate with the right dB! To ensure you work with the right dB test this in your calculator: -6dB = 50%, always. Volume defines how loud the sample is played in relation to 0dBFS - the highest volume value in the digital world. A value of 1 means 100% means 0dbFS. A value of 0.5 means 50% means -6dBFS. If you want to calculate what values to enter here depending on dB, [http://www.redwirez.com/pcalc.jsp you can use this calculator] (I suggest you download the site to your computer to make sure you can work offline). Any other percentage to dB calculator will work. Careful though, [https://lightmachinery.com/optical-design-center/more-optical-design-tools/percentage-to-db/ as you can see on  this] site signal dB is not equal power dB! Always be sure to calculate with the right dB! To ensure you work with the right dB test this in your calculator: -6dB = 50%, always.



===frequency=== === frequency ===
{| class="wikitable" {| class="wikitable"
!parameter !parameter
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|} |}
Playback speed/pitch of the sound. Low number = low pitch, high number = high pitch. This parameter is '''ignored''' when the ''SoundShader'' is used together with other ''SoundShaders'' in a ''SoundSet'' (which can consist of multiple SoundShaders, more on that later). Playback speed/pitch of the sound. Low number = low pitch, high number = high pitch. This parameter is '''ignored''' when the ''SoundShader'' is used together with other ''SoundShaders'' in a ''SoundSet'' (which can consist of multiple SoundShaders, more on that later).
===range=== === range ===
{| class="wikitable" {| class="wikitable"
!parameter !parameter
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|} |}
The sound will be played in this radius around the sound source. There is no volume falloff configured yet so without any additional configuration the sound would start playing at full volume as soon as you are within this radius. The sound will be played in this radius around the sound source. There is no volume falloff configured yet so without any additional configuration the sound would start playing at full volume as soon as you are within this radius.
===rangeCurve=== === rangeCurve ===
{| class="wikitable" {| class="wikitable"
!parameter !parameter
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The close sound will start to become quieter over distance and at 50m it will be completely silent. The distant sound starts off quietly and slowly becomes more loud until max volume at 50m. Max volume factor is kept within the SoundShader until 1800m (max distance of second SoundShader). The close sound will start to become quieter over distance and at 50m it will be completely silent. The distant sound starts off quietly and slowly becomes more loud until max volume at 50m. Max volume factor is kept within the SoundShader until 1800m (max distance of second SoundShader).



===limitation=== === limitation ===
{| class="wikitable" {| class="wikitable"
!parameter !parameter



Lou Montana: Lou Montana moved page Arma 3 Sound: cfgSoundShaders to Arma 3: Sound: cfgSoundShaders: Text replacement - "^Arma 3 " to "Arma 3: "
2020-12-30T01:39:56Z
Lou Montana moved page Arma 3 Sound: cfgSoundShaders to Arma 3: Sound: cfgSoundShaders: Text replacement - "^Arma 3 " to "Arma 3: "

				
				← Older revision
				Revision as of 03:39, 30 December 2020
				
(No difference)



Lou Montana: Text replacement - "ArmA 3" to "Arma 3"
2020-02-15T14:20:37Z
Text replacement - "ArmA 3" to "Arma 3"

				
				
				
				
				
				← Older revision
				Revision as of 16:20, 15 February 2020
				
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==SoundShader== ==SoundShader==
The '''SoundShader''' within the class ''cfgSoundShaders'' is the most basic sound entity in the ArmA 3 sound engine. Let's look at an example and the parameters. The '''SoundShader''' within the class ''cfgSoundShaders'' is the most basic sound entity in the Arma 3 sound engine. Let's look at an example and the parameters.
<code>class cfgSoundShaders <code>class cfgSoundShaders
{ {



Megagoth1702: /* rangeCurve */
2016-05-06T23:14:52Z
rangeCurve

				
				
				
				
				
				← Older revision
				Revision as of 01:14, 7 May 2016
				
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|array of points or class name defined in [[Arma 3 Sound: cfgSoundCurves|'''cfgSoundCurves''']] |array of points or class name defined in [[Arma 3 Sound: cfgSoundCurves|'''cfgSoundCurves''']]
|} |}
Here you can define the volume falloff depending on distance. The values are given in X,Y pairs. X being the distance, Y being the volume value. In the example the sound will be played at full volume at 0m distance. At 5m distance the volume will be 0.7 (70%, -3dB) and at 10m the sound will be silent. You can use hundreds of points to make really smooth curves. You can either use distance values within the range (in the example from 0m to 10m) OR use ''relative'' range values, 1 being maximum range. So the above example would also work with: Here you can define the volume falloff depending on distance. The values are given in X,Y pairs. X being the distance, Y being the volume value. In the example the sound will be played at full volume at 0m distance. Note that here relative values (from 0 being o and 1 being 100%) are used. At 5m distance the volume will be 0.7 (70%, -3dB) and at 10m the sound will be silent. You can use hundreds of points to make really smooth curves. You can either use distance values within the range (in the example from 0m to 10m) OR use ''relative'' range values, 1 being maximum range. So the above example would also work with:
<code>rangeCurve[] =   <code>rangeCurve[] =  
		{ 		{

← Older revision		Revision as of 12:53, 11 January 2023
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	==SoundShader==		==SoundShader==
	The '''SoundShader''' within the class ''cfgSoundShaders'' is the most basic sound entity in the Arma 3 sound engine. Let's look at an example and the parameters.		The '''SoundShader''' within the class ''cfgSoundShaders'' is the most basic sound entity in the Arma 3 sound engine. Let's look at an example and the parameters.
	<code>class cfgSoundShaders		<code style="display: block">class cfgSoundShaders
	{		{
	class MX_Closure_SoundShader		class MX_Closure_SoundShader
Line 97:		Line 97:
	\|}		\|}
	Here you can define the volume falloff depending on distance. The values are given in X,Y pairs. X being the distance, Y being the volume value. In the example the sound will be played at full volume at 0m distance. Note that here relative values (from 0 being o and 1 being 100%) are used. At 5m distance the volume will be 0.7 (70%, -3dB) and at 10m the sound will be silent. You can use hundreds of points to make really smooth curves. You can either use distance values within the range (in the example from 0m to 10m) OR use ''relative'' range values, 1 being maximum range. So the above example would also work with:		Here you can define the volume falloff depending on distance. The values are given in X,Y pairs. X being the distance, Y being the volume value. In the example the sound will be played at full volume at 0m distance. Note that here relative values (from 0 being o and 1 being 100%) are used. At 5m distance the volume will be 0.7 (70%, -3dB) and at 10m the sound will be silent. You can use hundreds of points to make really smooth curves. You can either use distance values within the range (in the example from 0m to 10m) OR use ''relative'' range values, 1 being maximum range. So the above example would also work with:
	<code>rangeCurve[] =		<code style="display: block">rangeCurve[] =
	{		{
	{0,1},		{0,1},
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	'''rangeCurve''' is pretty awesome because you can combine multiple ''SoundShaders'' with different ''rangeCurves'' within one ''SoundSet'' and play different sounds depending on distance. Imagine you have two SoundShaders:		'''rangeCurve''' is pretty awesome because you can combine multiple ''SoundShaders'' with different ''rangeCurves'' within one ''SoundSet'' and play different sounds depending on distance. Imagine you have two SoundShaders:
	<code>First SoundShader (close sounds)		<code style="display: block">First SoundShader (close sounds)
	range = 50;		range = 50;
	rangeCurve[] =		rangeCurve[] =

← Older revision		Revision as of 11:06, 25 May 2021
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	=== samples ===		=== samples ===
	{\| class="wikitable"		{\| class="wikitable"
	!~~parameter~~		! Parameter
	!~~unit~~/values		! Unit/values
	!~~default~~		! Default
	!~~descriptions~~		! Description
	\|-		\|-
	!samples		!samples
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	=== volume ===		=== volume ===
	{\| class="wikitable"		{\| class="wikitable"
	!~~parameter~~		! Parameter
	!~~unit~~/values		! Unit/values
	!~~default~~		! Default
	!~~descriptions~~		! Description
	\|-		\|-
	!volume		!volume
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	=== frequency ===		=== frequency ===
	{\| class="wikitable"		{\| class="wikitable"
	!~~parameter~~		! Parameter
	!~~unit~~/values		! Unit/values
	!~~default~~		! Default
	!~~descriptions~~		! Description
	\|-		\|-
	!frequency		!frequency
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	=== range ===		=== range ===
	{\| class="wikitable"		{\| class="wikitable"
	!~~parameter~~		! Parameter
	!~~unit~~/values		! Unit/values
	!~~default~~		! Default
	!~~descriptions~~		! Description
	\|-		\|-
	!range		!range
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	=== rangeCurve ===		=== rangeCurve ===
	{\| class="wikitable"		{\| class="wikitable"
	!~~parameter~~		! Parameter
	!~~unit~~/values		! Unit/values
	!~~default~~		! Default
	!~~descriptions~~		! Description
	\|-		\|-
	!rangeCurve		!rangeCurve
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	=== limitation ===		=== limitation ===
	{\| class="wikitable"		{\| class="wikitable"
	!~~parameter~~		! Parameter
	!~~unit~~/values		! Unit/values
	!~~default~~		! Default
	!~~descriptions~~		! Description
	\|-		\|-
	!limitation		!limitation

← Older revision		Revision as of 19:35, 31 January 2021
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	};		};
	};</code>		};</code>
	===samples===		=== samples ===
	{\| class="wikitable"		{\| class="wikitable"
	!parameter		!parameter
Line 44:		Line 44:
	''{"pathToYourSound1",1}''		''{"pathToYourSound1",1}''
	Both sounds have the same chance of being picked.		Both sounds have the same chance of being picked.
	===volume===		=== volume ===
	{\| class="wikitable"		{\| class="wikitable"
	!parameter		!parameter
Line 58:		Line 58:
	Volume defines how loud the sample is played in relation to 0dBFS - the highest volume value in the digital world. A value of 1 means 100% means 0dbFS. A value of 0.5 means 50% means -6dBFS. If you want to calculate what values to enter here depending on dB, [http://www.redwirez.com/pcalc.jsp you can use this calculator] (I suggest you download the site to your computer to make sure you can work offline). Any other percentage to dB calculator will work. Careful though, [https://lightmachinery.com/optical-design-center/more-optical-design-tools/percentage-to-db/ as you can see on this] site signal dB is not equal power dB! Always be sure to calculate with the right dB! To ensure you work with the right dB test this in your calculator: -6dB = 50%, always.		Volume defines how loud the sample is played in relation to 0dBFS - the highest volume value in the digital world. A value of 1 means 100% means 0dbFS. A value of 0.5 means 50% means -6dBFS. If you want to calculate what values to enter here depending on dB, [http://www.redwirez.com/pcalc.jsp you can use this calculator] (I suggest you download the site to your computer to make sure you can work offline). Any other percentage to dB calculator will work. Careful though, [https://lightmachinery.com/optical-design-center/more-optical-design-tools/percentage-to-db/ as you can see on this] site signal dB is not equal power dB! Always be sure to calculate with the right dB! To ensure you work with the right dB test this in your calculator: -6dB = 50%, always.

	===frequency===		=== frequency ===
	{\| class="wikitable"		{\| class="wikitable"
	!parameter		!parameter
Line 71:		Line 71:
	\|}		\|}
	Playback speed/pitch of the sound. Low number = low pitch, high number = high pitch. This parameter is '''ignored''' when the ''SoundShader'' is used together with other ''SoundShaders'' in a ''SoundSet'' (which can consist of multiple SoundShaders, more on that later).		Playback speed/pitch of the sound. Low number = low pitch, high number = high pitch. This parameter is '''ignored''' when the ''SoundShader'' is used together with other ''SoundShaders'' in a ''SoundSet'' (which can consist of multiple SoundShaders, more on that later).
	===range===		=== range ===
	{\| class="wikitable"		{\| class="wikitable"
	!parameter		!parameter
Line 84:		Line 84:
	\|}		\|}
	The sound will be played in this radius around the sound source. There is no volume falloff configured yet so without any additional configuration the sound would start playing at full volume as soon as you are within this radius.		The sound will be played in this radius around the sound source. There is no volume falloff configured yet so without any additional configuration the sound would start playing at full volume as soon as you are within this radius.
	===rangeCurve===		=== rangeCurve ===
	{\| class="wikitable"		{\| class="wikitable"
	!parameter		!parameter
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	The close sound will start to become quieter over distance and at 50m it will be completely silent. The distant sound starts off quietly and slowly becomes more loud until max volume at 50m. Max volume factor is kept within the SoundShader until 1800m (max distance of second SoundShader).		The close sound will start to become quieter over distance and at 50m it will be completely silent. The distant sound starts off quietly and slowly becomes more loud until max volume at 50m. Max volume factor is kept within the SoundShader until 1800m (max distance of second SoundShader).

	===limitation===		=== limitation ===
	{\| class="wikitable"		{\| class="wikitable"
	!parameter		!parameter

← Older revision	Revision as of 03:39, 30 December 2020
(No difference)

← Older revision		Revision as of 16:20, 15 February 2020
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	==SoundShader==		==SoundShader==
	The '''SoundShader''' within the class ''cfgSoundShaders'' is the most basic sound entity in the ~~ArmA~~ 3 sound engine. Let's look at an example and the parameters.		The '''SoundShader''' within the class ''cfgSoundShaders'' is the most basic sound entity in the Arma 3 sound engine. Let's look at an example and the parameters.
	<code>class cfgSoundShaders		<code>class cfgSoundShaders
	{		{

← Older revision		Revision as of 01:14, 7 May 2016
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	\|array of points or class name defined in [[Arma 3 Sound: cfgSoundCurves\|'''cfgSoundCurves''']]		\|array of points or class name defined in [[Arma 3 Sound: cfgSoundCurves\|'''cfgSoundCurves''']]
	\|}		\|}
	Here you can define the volume falloff depending on distance. The values are given in X,Y pairs. X being the distance, Y being the volume value. In the example the sound will be played at full volume at 0m distance. At 5m distance the volume will be 0.7 (70%, -3dB) and at 10m the sound will be silent. You can use hundreds of points to make really smooth curves. You can either use distance values within the range (in the example from 0m to 10m) OR use ''relative'' range values, 1 being maximum range. So the above example would also work with:		Here you can define the volume falloff depending on distance. The values are given in X,Y pairs. X being the distance, Y being the volume value. In the example the sound will be played at full volume at 0m distance. Note that here relative values (from 0 being o and 1 being 100%) are used. At 5m distance the volume will be 0.7 (70%, -3dB) and at 10m the sound will be silent. You can use hundreds of points to make really smooth curves. You can either use distance values within the range (in the example from 0m to 10m) OR use ''relative'' range values, 1 being maximum range. So the above example would also work with:
	<code>rangeCurve[] =		<code>rangeCurve[] =
	{		{

Arma 3: Sound: cfgSoundShaders - Revision history

Lou Montana: Text replacement - "[[Arma 3 " to "[[Arma 3: "

Lou Montana: Fix link to new dB calculator

Lou Montana: Text replacement - "\[ *(https?:\/\/[^ = ]+) +([^= ]+) *\]" to "{{Link|$1|$2}}"

Lou Montana: Some wiki formatting

Lou Montana: Text replacement - "" to ""

Lou Montana: Text replacement - "!parameter !unit/values !default !descriptions" to "! Parameter ! Unit/values ! Default ! Description"

Lou Montana: Text replacement - " (={2,})([^ = ])(.*)([^ = ])(={2,}) * " to " $1 $2$3$4 $5 "

Lou Montana: Lou Montana moved page Arma 3 Sound: cfgSoundShaders to Arma 3: Sound: cfgSoundShaders: Text replacement - "^Arma 3 " to "Arma 3: "

Lou Montana: Text replacement - "ArmA 3" to "Arma 3"

Megagoth1702: /* rangeCurve */

Lou Montana: Text replacement - "\[ (https?:\/\/[^ = ]+) +([^= ]+) \]" to "{{Link|$1|$2}}"

Lou Montana: Text replacement - "`" to ""`

Lou Montana: Text replacement - " (={2,})([^ = ])(.)([^ = ])(={2,}) " to " $1 $2$3$4 $5 "