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--- processors:processor_nodes [2020/02/19 10:17] – benjamin
+++ processors:processor_nodes [2024/01/27 10:24] (current) – ffastra
@@ Line 1: / Line 1: @@
-=====Processor Nodes=====
+====== Processor Nodes ======
 To understand how use FFAStrans, you have to understand how it works. It works by a sequence of processor nodes where each node runs one after the other. You have to choose a first node, which continues to the second if the conditions are met, then to the third if the conditions are met, etc. The running direction of the processor nodes is from left to right. There is an input and/or an output and each output goes into an input.\\
@@ Line 5: / Line 5: @@
-**__Node Presets__** : The FFAStrans 1.0 Version brings a useful feature calls "preset"(located at the top of each node). You can set your node as you want and save it to become a preset. This one can be renamed, copied, exported, imported, called back (for the same kind of node) and deleted.\\
+**__Node Presets__** : The FFAStrans 1.x Version brings a useful feature calls "preset"(located at the top of each node). You can set your node as you want and save it to become a preset. This one can be renamed, copied, exported, imported, called back (for the same kind of node) and deleted.\\
 At last, you can lock your preset to avoid settings modify. However, please note that the preset itself is not locked. It can still be modified in another node and saved, thus changing the preset settings for all nodes using that preset.
@@ Line 19: / Line 19: @@
 | [[Processors:monitor_folder|Folder]]               | Monitor folder for files.    |
 | [[Processors::monitor_FTP|FTP]]            | Monitor FTP-server for files.     |
-| [[Processors:monitor_gopro|Go Pro]]       | Monitor folder for Go Pro and concatenates spanned clips.     |
+| [[Processors:monitor_gopro|GoPro]]       | Monitor folder for GoPro and concatenates spanned clips.     |
 | [[Processors:monitor_sequence|Image Sequence]]  | Monitor folder for images sequences.     |
 | [[Processors:monitor_p2|Panasonic P2]]    | Monitor folder for Panasonic P2 files.     |
@@ Line 39: / Line 39: @@
 |[[processors:analiser_loudness|Loudness]]        |Analyse audio with the EBU-R128 method.^
 |[[processors:analiser_interlacing|Interlacing]]  |Analyse media for interlacing and save to variable. Integer variable needed(%i_variable%).^
+|[[processors:analiser_video_quality|Video Quality]]  |Analyzer to compare processed video with a reference file. Includes the VMAF algorithm developped and used by Netflix. ^
 ====Filters====
@@ Line 54: / Line 54: @@
 |[[processors:filters_fps_converter|FPS Converter]]|Forces FPS to the selected rate.^
 |[[processors:filters_insert_media|Insert Media]]|Insert video at insert point.^
+|[[processors:filters_linear_transformation|Linear Transformation]]|Apply matrices of linear transformation with 16bit planar precision to convert color curves.^
 |[[processors:filters_normalize|Normalize]]|Gain audio level to max without clipping.^
-|[[processors:filters_pad|PAD]]|Adds border/edges to video.^
+|[[processors:filters_pad|Pad]]|Adds border/edges to video.^
 |[[processors:filters_resize|Resize]]|Resize video/stills. Accepts interlaced source.^
 |[[processors:filters_reverse|Reverse]]|Reverses audio/video. (No GUI).^
+|[[processors:filters_safe_color_limiter|Safe Color Limiter]]|Safe luma and chroma levels (0.0-0.7V) in Limited TV Range.^
 |[[processors:filters_swap_fields|Swap Field]]|Swaps field order. (No GUI).^
 |[[processors:filters_timecode|Timecode]]|Overlays timecode on video.^
 |[[processors:filters_video_layer|Video Layer]]|Overlays a video over video. Must be unconpressed AVI format. Accepts video with alphachannel.^
 |[[processors:filters_watermark|Watermark]]|Overlays an image over video. Must be in PNG format. Accepts stills with alpha channel.^
 ====Encoders====
@@ Line 74: / Line 77: @@
 |[[processors:encoder_dv|DV/DVCPRO]]|Encodes to DV format.^
 |[[processors:encoder_dvd|DVD]]|Creates DVD compatible file or complete iso-files ready for burning to disc.^
+|[[processors:encoder_gen_mpeg|Generic MPEG]]|Encodes MPEG1 or MPEG 2 video and PCM, MPEG2 or MP3 audio.^
 |[[processors:encoder_h264|H.264]]|Encodes x264 video and AAC audio.^
 |[[processors:encoder_h265|H.265/HEVC]]|Encodes x265 video (HEVC) and AAC audio.^
@@ Line 81: / Line 85: @@
 |[[processors:encoder_uncompressed|Uncompressed]]|Encodes to uncompressed audio/video.^
 |[[processors:encoder_window_media|Windows Media]]|Encodes to Windows Media as WMV format.^
+|[[processors:encoder_xavc|XAVC]]|Encodes to XAVC format as MXF.^
 |[[processors:encoder_xdcamhd|XDCAM-HD]]|Encodes to XDCAM-HD 422 format as MXF or MOV.^
@@ Line 104: / Line 109: @@
 ^Node ^Description^
 |[[processors:operation_conditionnal|Conditional]]|Performs conditional evaluations of expressions.^
+|[[processors:operation_foreach|Foreach]]|Dynamically creates branches based on the array iteration. Values from the iteration can be saved to user defined variable.^
 |[[processors:operation_hold|Hold]]|Waits for other nodes or a specified length.^
 |[[processors:operation_populate|Populate variables]]|Populates user variables.^
+\\
+---------------------
+\\
+|< 100% 25% 75% >|
+^Node ^Description^
+|[[processors:special_node|Insert Workflow]]|Forwards the job and all it's data to another workflow. The called workflow will inherit the properties of the parent workflow but farming properties are optional.^
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