MergeRGB - Revision history

Raffriff42: formatting

2017-10-03T09:58:13Z

formatting

← Older revision		Revision as of 11:58, 3 October 2017
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	Merge the ''alpha'' (transparency) and color channels from the source video clips into the output video clip.		Merge the ''alpha'' (transparency) and color channels from the source video clips into the output video clip.

	{{~~FuncArg~~\|clipA}} ~~provides~~ the alpha data to merge into the output clip. For a [[YUV]] format clip, the data is taken from the ''Y'' (luma) channel. For an [[RGB32]] format clip, the data is taken from the ''A'' (alpha) channel. [[RGB24]] clips cannot be used.		:{{Par2\|clipA\|clip\|}}
			::Provides the alpha data to merge into the output clip.
			::* For a [[YUV]] format clip, the data is taken from the ''Y'' (luma) channel.
			::* For an [[RGB32]] format clip, the data is taken from the ''A'' (alpha) channel.
			::* [[RGB24]] clips cannot be used.

	{{~~FuncArg~~\|~~cliprR~~}}, {{~~FuncArg~~\|clipG}} ~~and~~ {{~~FuncArg~~\|clipB}} ~~provide~~ the ''R'', ''G'' and ''B'' data respectively to merge into the output clip. For [[YUV]] format clips, the data is taken from the ''Y'' (luma) channel. For [[RGB]] format clips, the data is taken from the respective source channel~~—~~''R'' to ''R'', ''G'' to ''G'', ''B'' to ''B''~~. The unused chroma or color channels of the input clips are ignored~~.		:{{Par2\|clipR\|clip\|}}
			:{{Par2\|clipG\|clip\|}}
			:{{Par2\|clipB\|clip\|}}
			::Provide the ''R'', ''G'' and ''B'' data respectively to merge into the output clip. Input clips may be a mixture of all formats.
			::* For [[YUV]] format clips, the data is taken from the ''Y'' (luma) channel. Source data should be full range (0{{D}}-255{{D}}).
			::* For [[RGB]] format clips, the data is taken from the respective source channel: ''R'' to ''R'', ''G'' to ''G'' and ''B'' to ''B''.

	~~All YUV luma pixel data is assumed to be pc-range (0~~{{D}}~~-255{{D}}); there is no tv-range (16~~{{D}}-235{{D}}) scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. [[YV12]] is the most efficient format for transporting single channels thru any required filter chains.		:{{Par2\|pixel_type\|string\|"RGB32"}}
			::Specifies the output pixel format. Valid values are "RGB32", "RGB24".
			::{{AvsPluscon}} also supports "RGB48", "RGB64"

	~~{{FuncArg\|pixel_type}} (default "RGB32", optionally "RGB24") specifies~~ the ~~output pixel format~~.~~<br>~~		The unused channels of the input clips are ignored. Audio, [[Clip_properties\|FrameRate]] and [[Clip_properties\|FrameCount]] are taken from the first clip.
	~~{{AvsPluscon}} also supports "RGB48", "RGB64"~~

	Audio, [[Clip_properties\|FrameRate]] and [[Clip_properties\|FrameCount]] are taken from the first clip.

	=== Examples ===		=== Examples ===

Raffriff42: note AVS+ differences

2017-04-28T21:03:55Z

note AVS+ differences

← Older revision		Revision as of 23:03, 28 April 2017
Line 11:		Line 11:
	{{FuncArg\|cliprR}}, {{FuncArg\|clipG}} and {{FuncArg\|clipB}} provide the ''R'', ''G'' and ''B'' data respectively to merge into the output clip. For [[YUV]] format clips, the data is taken from the ''Y'' (luma) channel. For [[RGB]] format clips, the data is taken from the respective source channel—''R'' to ''R'', ''G'' to ''G'', ''B'' to ''B''. The unused chroma or color channels of the input clips are ignored.		{{FuncArg\|cliprR}}, {{FuncArg\|clipG}} and {{FuncArg\|clipB}} provide the ''R'', ''G'' and ''B'' data respectively to merge into the output clip. For [[YUV]] format clips, the data is taken from the ''Y'' (luma) channel. For [[RGB]] format clips, the data is taken from the respective source channel—''R'' to ''R'', ''G'' to ''G'', ''B'' to ''B''. The unused chroma or color channels of the input clips are ignored.

	All YUV luma pixel data is assumed to be pc-range (0..255); there is no tv-range (16..235) scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. [[YV12]] is the most efficient format for transporting single channels thru any required filter chains.		All YUV luma pixel data is assumed to be pc-range (0{{D}}-255{{D}}); there is no tv-range (16{{D}}-235{{D}}) scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. [[YV12]] is the most efficient format for transporting single channels thru any required filter chains.

	{{FuncArg\|pixel_type}} (default "RGB32", optionally "RGB24") specifies the output pixel format.		{{FuncArg\|pixel_type}} (default "RGB32", optionally "RGB24") specifies the output pixel format.<br>
			{{AvsPluscon}} also supports "RGB48", "RGB64"

	Audio, [[Clip_properties\|FrameRate]] and [[Clip_properties\|FrameCount]] are taken from the first clip.		Audio, [[Clip_properties\|FrameRate]] and [[Clip_properties\|FrameCount]] are taken from the first clip.

Raffriff42: formatting

2016-02-28T09:27:03Z

formatting

← Older revision		Revision as of 11:27, 28 February 2016
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	{{~~Template:~~Func2Def		<div style="max-width:62em" >
			{{Func2Def
	\|MergeARGB(clip ''clipA'', clip ''clipR'', clip ''clipG'', clip ''clipB'')		\|MergeARGB(clip ''clipA'', clip ''clipR'', clip ''clipG'', clip ''clipB'')
	\|MergeRGB(clip ''clipR'', clip ''clipG'', clip ''clipB'' [, string ''pixel_type'' ] )		\|MergeRGB(clip ''clipR'', clip ''clipG'', clip ''clipB'' [, string ''pixel_type'' ] )
Line 44:		Line 45:
	\| Initial release.		\| Initial release.
	\|}		\|}
			</div>


	[[Category:Internal filters]]		[[Category:Internal filters]]
	[[Category:Levels_and_Chroma_filters]]		[[Category:Levels_and_Chroma_filters]]

Raffriff42: one more touch-up

2016-01-24T18:38:30Z

one more touch-up

← Older revision		Revision as of 20:38, 24 January 2016
Line 8:		Line 8:
	{{FuncArg\|clipA}} provides the alpha data to merge into the output clip. For a [[YUV]] format clip, the data is taken from the ''Y'' (luma) channel. For an [[RGB32]] format clip, the data is taken from the ''A'' (alpha) channel. [[RGB24]] clips cannot be used.		{{FuncArg\|clipA}} provides the alpha data to merge into the output clip. For a [[YUV]] format clip, the data is taken from the ''Y'' (luma) channel. For an [[RGB32]] format clip, the data is taken from the ''A'' (alpha) channel. [[RGB24]] clips cannot be used.

	{{FuncArg\|cliprR}}, {{FuncArg\|clipG}} and {{FuncArg\|clipB}} provide the ''R'', ''G'' and ''B'' data respectively to merge into the output clip. For [[YUV]] format clips, the data is taken from the ''Y'' (luma) channel. For [[RGB]] format clips, the data is taken from the respective source channel&~~ndash~~;~~i.e.~~ ''R'' to ''R'', ''G'' to ''G'', ''B'' to ''B''. The unused chroma or color channels of the input clips are ignored.		{{FuncArg\|cliprR}}, {{FuncArg\|clipG}} and {{FuncArg\|clipB}} provide the ''R'', ''G'' and ''B'' data respectively to merge into the output clip. For [[YUV]] format clips, the data is taken from the ''Y'' (luma) channel. For [[RGB]] format clips, the data is taken from the respective source channel—''R'' to ''R'', ''G'' to ''G'', ''B'' to ''B''. The unused chroma or color channels of the input clips are ignored.

	All YUV luma pixel data is assumed to be pc-range (0..255); there is no tv-range (16..235) scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. [[YV12]] is the most efficient format for transporting single channels thru any required filter chains.		All YUV luma pixel data is assumed to be pc-range (0..255); there is no tv-range (16..235) scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. [[YV12]] is the most efficient format for transporting single channels thru any required filter chains.

Raffriff42: typo

2016-01-24T18:36:50Z

typo

← Older revision		Revision as of 20:36, 24 January 2016
Line 8:		Line 8:
	{{FuncArg\|clipA}} provides the alpha data to merge into the output clip. For a [[YUV]] format clip, the data is taken from the ''Y'' (luma) channel. For an [[RGB32]] format clip, the data is taken from the ''A'' (alpha) channel. [[RGB24]] clips cannot be used.		{{FuncArg\|clipA}} provides the alpha data to merge into the output clip. For a [[YUV]] format clip, the data is taken from the ''Y'' (luma) channel. For an [[RGB32]] format clip, the data is taken from the ''A'' (alpha) channel. [[RGB24]] clips cannot be used.

	{{FuncArg\|cliprR}}, {{FuncArg\|clipG}} and {{FuncArg\|clipB}} provide the ''R'', ''G'' and ''B'' data respectively to merge into the output clip. For [[YUV]] format clips, the data is taken from the ''Y'' (luma) channel. For [[RGB]] format clips, the data is taken from the respective source channel&~~ndashi~~.e. ''R'' to ''R'', ''G'' to ''G'', ''B'' to ''B''. The unused chroma or color channels of the input clips are ignored.		{{FuncArg\|cliprR}}, {{FuncArg\|clipG}} and {{FuncArg\|clipB}} provide the ''R'', ''G'' and ''B'' data respectively to merge into the output clip. For [[YUV]] format clips, the data is taken from the ''Y'' (luma) channel. For [[RGB]] format clips, the data is taken from the respective source channel–i.e. ''R'' to ''R'', ''G'' to ''G'', ''B'' to ''B''. The unused chroma or color channels of the input clips are ignored.

	All YUV luma pixel data is assumed to be pc-range (0..255); there is no tv-range (16..235) scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. [[YV12]] is the most efficient format for transporting single channels thru any required filter chains.		All YUV luma pixel data is assumed to be pc-range (0..255); there is no tv-range (16..235) scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. [[YV12]] is the most efficient format for transporting single channels thru any required filter chains.

Raffriff42: formatting, links, phrasing

2016-01-24T16:11:44Z

formatting, links, phrasing

← Older revision		Revision as of 18:11, 24 January 2016
Line 1:		Line 1:
	{{Template:Func2Def\|MergeARGB(clip ''clipA'', clip ''clipR'', clip ''clipG'', clip ''clipB'')\|MergeRGB(clip ''clipR'', clip ''clipG'', clip ''clipB'' [, string ''pixel_type''])}}		{{Template:Func2Def
			\|MergeARGB(clip ''clipA'', clip ''clipR'', clip ''clipG'', clip ''clipB'')
			\|MergeRGB(clip ''clipR'', clip ''clipG'', clip ''clipB'' [, string ''pixel_type'' ] )
			}}

	~~These filters makes it possible to merge~~ the alpha and color channels from the source ~~videoclips~~ into the output ~~videoclip~~.		Merge the ''alpha'' (transparency) and color channels from the source video clips into the output video clip.

	''clipA~~'' is the clip that provided~~ the alpha data to merge into the output clip. For a YUV format ~~input~~ clip the data is taken from the ~~Luma~~ channel. For a RGB32 format ~~input~~ clip the data is taken from the ~~Alpha~~ channel. ~~It may not~~ be ~~in RGB24 format~~.		{{FuncArg\|clipA}} provides the alpha data to merge into the output clip. For a [[YUV]] format clip, the data is taken from the ''Y'' (luma) channel. For an [[RGB32]] format clip, the data is taken from the ''A'' (alpha) channel. [[RGB24]] clips cannot be used.

	''~~clipR~~'', ''~~clipG~~'' and ''~~clipB~~'' ~~are the clips that provided the R, G and B~~ data respectively to merge into the output clip. For YUV format ~~input~~ clips the data is taken from the ~~Luma~~ channel. For RGB format ~~input~~ clips the data is taken from the respective source channel~~. i~~.e. R to R, G to G, B to B. The unused chroma or color channels of the input clips are ignored.		{{FuncArg\|cliprR}}, {{FuncArg\|clipG}} and {{FuncArg\|clipB}} provide the ''R'', ''G'' and ''B'' data respectively to merge into the output clip. For [[YUV]] format clips, the data is taken from the ''Y'' (luma) channel. For [[RGB]] format clips, the data is taken from the respective source channel&ndashi.e. ''R'' to ''R'', ''G'' to ''G'', ''B'' to ''B''. The unused chroma or color channels of the input clips are ignored.

	All YUV luma pixel data is assumed to be pc-range~~, [~~0..255], there is no tv-range~~, [~~16..235], scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. YV12 is the most efficient format for transporting single channels thru any required filter chains.		All YUV luma pixel data is assumed to be pc-range (0..255); there is no tv-range (16..235) scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. [[YV12]] is the most efficient format for transporting single channels thru any required filter chains.

	''pixel_type'' default RGB32, optionally RGB24, specifies the output pixel format.		{{FuncArg\|pixel_type}} (default "RGB32", optionally "RGB24") specifies the output pixel format.

	~~The audio~~, ~~framerate~~ and ~~framecount~~ are taken from the first clip.		Audio, [[Clip_properties\|FrameRate]] and [[Clip_properties\|FrameCount]] are taken from the first clip.

	~~'''~~Examples~~:'''~~		=== Examples ===
			<div {{BoxWidthIndent\|46\|0}} >
	# ~~This will only blur~~ the Green channel.		# Blur the Green channel only.
	~~MPEG2source~~("~~c:\apps\avisynth\~~main.d2v")		[[DGDecode/MPEG2Source\|MPEG2Source]]("main.d2v")
	[[ConvertToRGB24]]()		[[ConvertToRGB24]]()
	MergeRGB(Last, Blur(0.5), Last)		MergeRGB(Last, [[Blur]](0.5), Last)
			</div>

	# ~~This will swap~~ the red and blue channels ~~and~~		<div {{BoxWidthIndent\|46\|0}} >
	# load the alpha from a second ~~video sources~~.		# Swap the red and blue channels;
	vid1 = [[AviSource]]("~~c:\apps\avisynth\~~main.avi")		# load the alpha from a second source.
	vid2 = AviSource("~~c:\apps\avisynth\~~alpha.avi")		vid1 = [[AviSource]]("main.avi")
	MergeARGB(vid2, vid1.[[ShowBlue]]("YV12"), vid1, vid1.[[ShowRed]]("YV12"))		vid2 = AviSource("alpha.avi")
			MergeARGB(
			\ vid2,
			\ vid1.[[ShowBlue]]("YV12"),
			\ vid1,
			\ vid1.[[ShowRed]]("YV12")
			\ )
	[[AudioDub]](vid1)		[[AudioDub]](vid1)
			</div>

	~~'''~~Changelog~~:'''~~		=== Changelog ===
	{\| border="1"		{\| border="1"
	\|-		\|-

Raffriff42: added category

2015-11-08T14:44:23Z

added category

← Older revision		Revision as of 16:44, 8 November 2015
Line 36:		Line 36:

	[[Category:Internal filters]]		[[Category:Internal filters]]
			[[Category:Levels_and_Chroma_filters]]

Admin: 1 revision

2013-05-09T15:02:22Z

1 revision

← Older revision	Revision as of 17:02, 9 May 2013
(No difference)

Wilbert: typo

2008-04-12T15:52:40Z

typo

New page

{{Template:Func2Def|MergeARGB(clip ''clipA'', clip ''clipR'', clip ''clipG'', clip ''clipB'')|MergeRGB(clip ''clipR'', clip ''clipG'', clip ''clipB'' [, string ''pixel_type''])}}

These filters makes it possible to merge the alpha and color channels from the source videoclips into the output videoclip.

''clipA'' is the clip that provided the alpha data to merge into the output clip. For a YUV format input clip the data is taken from the Luma channel. For a RGB32 format input clip the data is taken from the Alpha channel. It may not be in RGB24 format.

''clipR'', ''clipG'' and ''clipB'' are the clips that provided the R, G and B data respectively to merge into the output clip. For YUV format input clips the data is taken from the Luma channel. For RGB format input clips the data is taken from the respective source channel. i.e. R to R, G to G, B to B. The unused chroma or color channels of the input clips are ignored.

All YUV luma pixel data is assumed to be pc-range, [0..255], there is no tv-range, [16..235], scaling. Chroma data from YUV clips is ignored. Input clips may be a mixture of all formats. YV12 is the most efficient format for transporting single channels thru any required filter chains.

''pixel_type'' default RGB32, optionally RGB24, specifies the output pixel format.

The audio, framerate and framecount are taken from the first clip.

'''Examples:'''

# This will only blur the Green channel.
MPEG2source("c:\apps\avisynth\main.d2v")
[[ConvertToRGB24]]()
MergeRGB(Last, Blur(0.5), Last)

# This will swap the red and blue channels and
# load the alpha from a second video sources.
vid1 = [[AviSource]]("c:\apps\avisynth\main.avi")
vid2 = AviSource("c:\apps\avisynth\alpha.avi")
MergeARGB(vid2, vid1.[[ShowBlue]]("YV12"), vid1, vid1.[[ShowRed]]("YV12"))
[[AudioDub]](vid1)

'''Changelog:'''
{| border="1"
|-
| v2.56
| Initial release.
|}

[[Category:Internal filters]]