#----------------------------------------------------------------------------- # Profile for Default Renderer. # # This is an example configuration file which should be used as a reference # for creating your own renderer config. It contains descriptions of all of # the available options. # # Configuration profiles serve two purposes: # # - Allow UMS to recognize a specific connecting renderer # - Define the possibilities of that renderer # # When a new renderer config is added to the program, a line for it should be # added to the uninstall section of src/main/external-resources/nsis/setup.nsi # #----------------------------------------------------------------------------- # RENDERER INFORMATION # # Determines the name that is displayed in the UMS user interface when this # renderer connects. The convention is [Vendor name] [space] [Model]. # Default: Unknown renderer RendererName = Sagemcom RT195-500 # Determines the icon that is displayed in the UMS user interface when this # renderer connects. By default, these icons are bundled with UMS in ums.jar, # but they can easily be customised: # http://www.ps3mediaserver.org/forum/viewtopic.php?f=6&t=3507&p=49536#p49536 # Default: unknown.png RendererIcon = #----------------------------------------------------------------------------- # RENDERER RECOGNITION # # When a renderer connects, it sends a "User-Agent" header. UMS tries to # match that header with all configuration profiles. If none of the profiles # match, the message "Unknown User-Agent:" will be displayed in the logs and # UMS will switch to a default profile. # # Because matching involves all renderer configuration profiles, it is # important to match as long a string as possible. This increases the chances # that a match is unique. Version numbers are best avoided. # # To learn the exact headers of any renderer, set the logging level in # "logback.xml" to "TRACE" and look for messages like "Received on socket:". # # Optional regular expression to detect a connected renderer. # The expression is case insensitive. When the expression is empty User-Agent # headers are not used, this is the default. Note that one renderer can use # several different User-Agent headers. # # Note that UMS will attempt to match UserAgentSearch to the header block # as a whole, so if the same identifier sometimes appears in other headers # UserAgentSearch will return a positive match in those cases as well. For # example the PS3 uses the phrase 'PLAYSTATION 3' sometimes in User-Agent # and sometimes in X-AV-Client-Info (or both) and just defining # 'UserAgentSearch = PLAYSTATION 3' will cover all these cases. # # Examples: # # UserAgentSearch = Platinum/.*DLNADOC/|yxplayer2|MPlayer |NSPlayer/ # UserAgentSearch = Windows-Media-Player-DMS|Microsoft-Windows # # Ignoring the "UPnP/1.0" and "UPnP/1.0 DLNADOC/1.50" headers since they are # too general, plus they can be detected from the additional header. # Default: "" UserAgentSearch = SAGEMCOM/2.0 # Regular expression to recognize the dlna details of a upnp-advertising renderer. # # When a upnp-advertising renderer connects, it provides a set of "dlna details" # which UMS will reorganize in a consistent format on the renderer's gui panel # # * friendlyName : Blu-ray Disc Player # address : 192.168.1.12 # udn : uuid:00000000-0000-1010-8000-0024bef844bb # * manufacturer : Sony Corporation # * modelName : Blu-ray Disc Player # * modelDescription : # * manufacturerURL : http://www.sony.net/ # * modelURL : # # as well as logging it in the logfile (search for 'dlna details') # # DEBUG 19:12:32.712 [cling-6] New renderer found: "Blu-ray Disc Player" with dlna details: {friendlyName=Blu-ray Disc Player, address=192.168.1.12, udn=uuid:00000000-0000-1010-8000-0024bef844bb, manufacturer=Sony Corporation, modelName=Blu-ray Disc Player, modelDescription=, manufacturerURL=http://www.sony.net/, modelURL=} # # UpnpDetailsSearch is an expression that matches the right-hand values as shown in # the renderer's gui panel (for fields marked '*' above, reading top to bottom), or # the equivalent right-hand values from the 'dlna details' logged in the logfile. # # A good starting point is to use unique parts of ' , ' # with each part separated by ' , '. For instance here we use # # UpnpDetailsSearch = Sony , Blu-ray Disc Player # # For users familiar with regular expression syntax, the separator ' , ' is just a # UMS synonym for '.*', so the example above could also have been written as # # UpnpDetailsSearch = Sony.*Blu-ray Disc Player # # and of course any valid regular expression is acceptable. # # Default: "" UpnpDetailsSearch = # Optional additional HTTP header for better detection. When defined, UMS also # considers this header when trying to find a match. # # Note that UMS will combine UserAgentSearch and UserAgentAdditionalHeaderSearch # into a single expression before attempting to match it to the header block # as a whole, so this setting should only be defined if the additional header # is always present and required for making a unique match, i.e. only when the # UserAgentSearch setting is omitted or insufficient by itself. # Default: "" UserAgentAdditionalHeader = # Regular expression to search for in the additional HTTP header. # Default: "" UserAgentAdditionalHeaderSearch = # The loading priority of this renderer. This should be set to 1 (or greater) # if this renderer config is a more specific version of one we already have. # For example, we have a Panasonic TVs config that is used for all # Panasonic TVs, except the ones we have specific configs for, so the # specific ones have a greater priority to ensure they are used when # applicable instead of the less-specific renderer config. # Default: 0 LoadingPriority = #----------------------------------------------------------------------------- # BASIC CAPABILITIES # # This indicates to UMS what kind of media the renderer can handle. Files that # the renderer cannot handle will be hidden from it. # # Whether the renderer can play video. # Default: true Video = # Whether the renderer can play audio. # Default: true Audio = # Whether the renderer can display images. # Default: true Image = #----------------------------------------------------------------------------- # DLNA SETTINGS # # Set to true to use the DLNA feature seek-by-time instead of the default # seek-by-byte method. # # Valid values: # # true: # # The renderer supports seek-by-time and seek-by-byte (DLNA.ORG_OP=11). # # false: # # The renderer doesn't support seek-by-time, so it should # only use the default seek-by-byte method (DLNA.ORG_OP=01). # # exclusive: # # While most renderers that support seek-by-time also support # seek-by-byte, some (e.g. the PS3 [1] and Panasonic TVs [2]) # behave unreliably if both are permitted when transcoding files. # This option works around this by disabling seek-by-byte for # transcoded files when permitting seek-by-time (DLNA.ORG_OP=10). # # [1] Seeking via "Go To" with the PS3 (firmware 4.31) and MEncoder works with # "exclusive", but hangs or crashes with "true". # [2] http://www.ps3mediaserver.org/forum/viewtopic.php?f=6&t=15841 # # Default: false SeekByTime = true # Serve different flavors of localization in the DLNA parameters (PAL/NTSC, # NA/EU/JP) to allow every world wide renderer to see the files. Important for # Sony Bravia TVs. # Default: false DLNALocalizationRequired = # Useful for renderers without SeekByTime support. It does time2byte conversion # to support FF/RW. # Only possibility how to predict where we are when seeking is using CBR bitrate # instead of VBR used by default. # Creating a CBR stream with MEncoder is 3 times slower than using VBR so bear # this in mind if you have a slow computer! # Speed can hopefully be optimized a little bit in the future: # http://www.ps3mediaserver.org/forum/viewtopic.php?f=14&t=8883&p=53706&hilit=ditlew#p53700 # http://www.ps3mediaserver.org/forum/viewtopic.php?f=11&t=11284&p=62765&hilit=1835#p62765 # Default: 0 CBRVideoBitrate = 0 # Used for fine-tuning # Default: 0 ByteToTimeseekRewindSeconds = # MaxVolume: the renderer's maximum volume setting (typically 100). If your renderer's # volume fluctuates when you try to adjust it via the remote controls it likely means # that its highest volume setting is not 100, for example some Android phones. # Default: 100 MaxVolume = #----------------------------------------------------------------------------- # MEDIAINFO # # Whether UMS should parse files with MediaInfo. This will give UMS more # accurate information, speed up browsing and prevent potential playback errors. # It also enables the use of "Supported" to more accurately define the supported # formats for the renderer. # Default: false MediaInfo = # Use a faster method to create the DLNA tree using the MediaInfo library. It is # not supported by some renderers and violates UPnP specifications. # Default: false CreateDLNATreeFaster = #----------------------------------------------------------------------------- # TRANSCODING AND MUXING CAPABILITIES # # It is very likely that a renderer cannot render all file formats. If this is # the case, UMS should transcode or mux the file to a format that the renderer # can display. This section defines the format that UMS should transcode or # mux to. # # Profile to use for transcoding video files. # Options: # # Profile Video Audio Container Notes # ------------------------------------------------------------ # MPEGPS-MPEG2-AC3 MPEG-2 AC-3 MPEG-PS VLC only outputs 2-channel AC-3 audio # MPEGTS-MPEG2-AC3 MPEG-2 AC-3 MPEG-TS VLC only outputs 2-channel AC-3 audio # MPEGTS-H264-AC3 H.264 (AVC) AC-3 MPEG-TS VLC only outputs 2-channel AC-3 audio # MPEGTS-H264-AAC H.264 (AVC) AAC MPEG-TS # MPEGTS-H265-AC3 H.265 (HEVC) AC-3 MPEG-TS Only FFmpeg outputs H.265, others will output H.264 # MPEGTS-H265-AAC H.265 (HEVC) AAC MPEG-TS Only FFmpeg outputs H.265, others will output H.264 # WMV: WMV 2 (WMV 8) WMA 2 ASF # # These profiles are supported by the MEncoder, FFmpeg and VLC engines. # Default: MPEGPS-MPEG2-AC3 TranscodeVideo = MPEGTS-H264-AAC # Profile to use for transcoding audio files # Options: "LPCM", "MP3" or "WAV". # Default: LPCM TranscodeAudio = MP3 # Whether to use the default DVD buffer size. Setting this to "false" means a # greater bitrate and faster encoding, but it can generate incompatible videos # dependent on the renderer. # Default: false DefaultVBVBufSize = # Whether the media renderer supports H.264 in a MPEG-TS file. # Ignored if "MediaInfo" is set to true or on OS X 10.4. # Default: true (conditions above) MuxH264ToMpegTS = # Whether the media renderer supports DTS in an MPEG file. # Ignored if MediaInfo = true. # Default: false (condition above) MuxDTSToMpeg = # Whether the media renderer supports DTS wrapped into LPCM in a MPEG file. # Default: false WrapDTSIntoPCM = # Whether the media renderer supports AC-3/DTS wrapped into LPCM in a MPEG file. # It must be also enabled in GUI and overrides WrapDTSIntoPCM if set to true. # Default: false WrapEncodedAudioIntoPCM = # Whether the media renderer supports LPCM in an MPEG file. # Ignored if MediaInfo = true. # Default: true MuxLPCMToMpeg = # The maximum bitrate supported by the media renderer. # If the CPU is not very fast, it may be better to avoid using bandwidth limit # and instead lower the bitrate by defining "CustomMencoderQualitySettings" # and/or "CustomFFmpegOptions" since they can be less CPU-intensive. # This is only reliable when MediaInfo = true. # # Note: Testing should be done on a wired network because otherwise it's hard to # tell whether the limit is actually your network instead of the renderer. # Default: 0 (unlimited) MaxVideoBitrateMbps = # Halve bitrate # Some renderers need the bitrate to be half of the network's maximum bitrate in # order to have smooth playback. # Default: false HalveBitrate = # The maximum width and height supported by the renderer. 0 means unlimited. # Both must be 0, or both must be higher than 0. # Defaults: 1920 and 1080 MaxVideoWidth = MaxVideoHeight = # Whether to transcode H.264 video if it exceeds level 4.1 # Default: true H264Level41Limited = # Whether to transcode linear PCM audio files at 44.1 kHz. # By default they are resampled at 48 kHz. Resampling occurs only if resample # function is enable. This makes LPCM audio files strictly DLNA compliant. # Default: false TranscodeAudioTo441kHz = # Whether the renderer has a short timeout delay and needs to receive transcoded # audio or video with minimal delay. If set to "false", UMS will take some time # to buffer some of the transcoded video or audio. # Default: false TranscodeFastStart = # The amount of transcoded data is unknown at the time of transcoding. Still, # some renderers expect a size for the video file to be returned. # Options: # 0: No size is sent to the renderer. # 100000000000: Fake size of 100 GB is sent to the renderer. # -1: Specific value that works perfect for the PS3. It is against # the DLNA spec though. # Default: 0 TranscodedVideoFileSize = # The audio sample rate to use in transcoded video. # Default: 48000 TranscodedVideoAudioSampleRate = # A list of mimetype transformations, separated by |. # Example: MimeTypesChanges = old/mime1=new/mime1|old/mime2=new/mime2 # Default: "" MimeTypesChanges = # A comma-separated list of file extensions that are forced to be transcoded and # never streamed. If MediaInfo = true, define "Supported" formats instead. # Default: "" TranscodeExtensions = # A comma-separated list of file extensions that are forced to be streamed and # never transcoded. If MediaInfo = true, define "Supported" formats instead. # Default: "" StreamExtensions = # Whether the renderer can display thumbnails # Default: true Thumbnails = false # Whether we should add black padding to thumbnails so they are always at the # same resolution, or just scale to within the limits. # Default: false ThumbnailPadding = # The resolution in pixels of thumbnail images. # Default: 320 and 180. ThumbnailWidth = ThumbnailHeight = # Some renderers are particular about the "Content-Length" headers in requests # (e.g. Sony Blu-ray Disc players). By default, UMS will send a "Content-Length" # that refers to the total media size, even if the exact length is unknown. # Set this option to true to omit sending a length when it is unknown. # Default: false ChunkedTransfer = # Overrides the FFmpeg custom options in UMS for this renderer. Default is # empty, which means the UMS settings will be used. # All setting for output formats, codecs, bitrate e.g. can be used except video, # audio and subs mapping (-map). # Do not use it to override -vf; use OverrideFFmpegVideoFilter instead. # Default: "" CustomFFmpegOptions = # Overrides the scale and pad part of FFmpeg VideoFilter options in UMS for this # renderer. It leaves all internal VideoFilter setting for subtitles untouched. # Do not use -vf in this option, and add only VideoFilter parameters (filters) # separated by commas. Commas inside the filters are taken as a break so they # must have a prefix. # Example: OverrideFFmpegVideoFilter = pad=max(iw\\,ih*16/9) # Default: "" OverrideFFmpegVideoFilter = # Overrides the MEncoder transcoding quality settings in UMS for this renderer. # Default: "" CustomMencoderQualitySettings = # Overrides the MEncoder custom options for this renderer. # Many values will work, but particularly safe ones are: # channels, lavcopts vcodec, lavcopts acodec, lavcopts abitrate # Default: "" CustomMencoderOptions = # Prevents -noskip from being used by MEncoder. # Default: false DisableMencoderNoskip = # Some devices recognize a custom HTTP header for retrieving the contents of a # subtitles file. Set this option to the name of that custom header and UMS will # send the URL for the subtitles file in that header (e.g. Samsung devices # recognize the "CaptionInfo.sec" header). # Default: "", i.e. UMS will not send such header information. SubtitleHttpHeader = # If this is true, it will always output video at 16/9 aspect ratio to the renderer, # meaning that all transcoded videos with different aspect ratios will have black # bars added to the edges to make them 16/9. It doesn't work with 3D SBS video. # If some videos on your renderer looked either stretched or squashed, enabling # this setting may fix that. # Default: false KeepAspectRatio = false # This option adds black borders to the transcoded video to prevent the renderer # from displaying an incorrect aspect ratio. # If this is true, it will always output transcoded video at 16/9 aspect ratio to # the renderer, meaning that all transcoded videos with different aspect ratios # will have black bars added to the edges to make them 16/9. # If some transcoded videos on your renderer looked either stretched or squashed, # enabling this setting may fix that, excepted for the 3D SBS videos. # Default: false KeepAspectRatioTranscoding = true # If this is false, FFmpeg will upscale videos with resolutions lower than SD # (720 pixels wide) to the maximum resolution your renderer supports. # Changing it to false is only recommended if your renderer has poor-quality # upscaling, since we will use more CPU and network bandwidth when it is false. # To use it, MaxVideoWidth and MaxVideoHeight must be set. # Default: true RescaleByRenderer = # Whether the renderer has a maximum folder limit. # Default: true LimitFolders = #----------------------------------------------------------------------------- # Other useful hidden params and their default values if not defined: # # Display audio tag in TRANSCODE folder if defined in container (useful to find # out correct audio track like commentary etc.) # Default: true ShowAudioMetadata = # Display subtitle tag in TRANSCODE folder if defined in container (showing # subtitles info like forced, full, documentary etc.) # Default: true ShowSubMetadata = # Some renderers can't show length of DVD titles so it will add it directly to # title name to be shown # Default: false ShowDVDTitleDuration = # Specified extension will be added to every file shared by UMS # Default: "" UseSameExtension = # Change DLNA PN arguments, separated by |. # Example: OldDlnaPn=NewDlnaPn|OldDlnaPn2=NewDlnaPn2 # Default: "" DLNAProfileChanges = # PN is defined for every file sent to the renderer via DLNAOrgPN value. If # this value is wrong, the renderer may refuse listing or playing this file. # When it is set to false, no DLNAOrgPN is sent to renderer, which can help # with troubleshooting. # The PN is a description of the file, e.g. AVC_TS_HD_60_AC3_ISO # Most renderers require this to be true. # Default: true DLNAOrgPN = # Spends a longer time analyzing the contents of files to determine the most accurate information to send renderers. # Some renderers like Sony TVs need the extra accuracy. # Warning: This can cause significantly slower browse times. # Default: false ################################### # # COULD HELP WITH BAD SEEKING ON THIS DEVICE (SAGEMCOM) AS TURNING IT # ON LED TO IMPROVED SEEKING BUT EVENTUALLY A FREEZE OF THE DEVICE PLAYER UNTIL # UMS WAS SHUTDOWN, SO I LEFT IT OFF. # ################################### AccurateDLNAOrgPN = false # Whether to send folder thumbnails. # Default: true SendFolderThumbnails = false # This option allows thumbnails to be generated with MediaInfo. # It is automatically used with unknown renderer. # This is only reliable when MediaInfo = true. # Default: false MediaParserV2_ThumbnailGeneration = # Wrap and/or truncate long labels. Sony Blu-ray Disc (and possibly other) # renderers truncate long labels by default, but will process newline characters # normally if the label contains them. # # Options: # width: max number of chars per line (0=text wrap off) # height: max number of lines per xmb item (0=no limit) # indent: number of "hanging indent" whitespace chars to use # (to avoid being overwritten by format icons) # whitespace: decimal ascii # of the whitespace char to use (9=tab 32=space # etc) # dots: number of dots... to add at the end of truncated labels # # Example: TextWrap = width:0 indent:0 height:0 whitespace:9 dots:0 # Default: "" TextWrap = # Whether to send the last modified date metadata for files and folders, which # can take up screen space on some renderers. # Default: true SendDateMetadata = # Whether to prepend audio track numbers to audio titles. # e.g. "Stairway to Heaven" becomes "4: Stairway to Heaven". # This is to provide a workaround for devices that order everything # alphabetically instead of in the order we give, like Samsung devices. # Default: false PrependTrackNumbers = # Whether to allow videos with resolutions that are not divisible by 4. # Default: false MuxNonMod4Resolution = # Perform a renderer-specific character substitution. # Allows you to change unsupported/unwanted characters or strings. # A space-separated list ordered by pairs "unwanted" "wanted". # Example: CharMap = / : \n : # Default: "" CharMap = ################################ # # THIS DEVICE (SAGEMCOM) SUPPORTED FILE FORMATS: # # *.jpeg, *.mp3, *.mpeg, *.divx, *.mp4. #----------------------------------------------------------------------------- # SUPPORTED MEDIA FORMATS # # This section defines which media formats are supported by this renderer. If # a file is supported and its mediainfo indicates that it falls within the # capabilities of this renderer, UMS will stream the file to the renderer. All # other files will be transcoded to the format specified in "TranscodeVideo" # or "TranscodeAudio" before being sent to the renderer. # # Each format that the renderer supports should result in a "Supported" line # that defines the capabilities of the renderer. When MediaInfo = true, media # files are parsed and their properties are matched against all "Supported" # lines. If a value for a specific property cannot be parsed, that property # is assumed to match. # # The order of the "Supported" lines matters: when multiple lines match, the # first match is used. # # The media parser and this configuration file will recognize the following # formats and codecs. Use lower case names only. Regular expressions are # supported. # # The following is a list of tags, full names, usual MIME types and notes: # # Tag: Full Name: MIME type: Notes: # -------------------------------------------------------------------------------------------------------- # 3ga 3rd Generation Partnership Project Audio audio/3gpp # 3gp 3rd Generation Partnership Project video/3gpp # 3g2a 3rd Generation Partnership Project 2 Audio audio/3gpp2 # 3g2 3rd Generation Partnership Project 2 video/3gpp2 # aac-lc Advanced Audio Coding (Low Complexity) # ac3 Audio Codec 3 (Dolby Digital) audio/vnd.dolby.dd-raw # acelp Algebraic Code Excited Linear Prediction Audio codec # adpcm Adaptive differential pulse-code modulation # adts Audio Data Transport Stream audio/vnd.dlna.adts # aiff Audio Interchange File Format audio/L16 Also audio/aiff or audio/x-aiff # alac Apple Lossless Audio Codec Need audio/x-m4a or audio/m4a # als Audio Lossless Coding (MPEG-4 ALS) # amr Adaptive Multi-Rate audio codec audio/amr # ape Monkey's Audio audio/x-ape # atmos Dolby Atmos audio # atrac Adaptive Transform Acoustic Coding audio/x-sony-oma # avi Audio Video Interleave video/avi Also video/x-avi or video/x-msvideo # bmp Bitmap image/bmp # cook RealAudio audio codec audio/vnd.rn-realaudio # cvid Cinepak (previously CompactVideo) video/x-cinepak # dff DSD File Format audio/x-dff # divx DivX Video video/avi Also video/x-divx with Samsung J series # dsf DSD Storage Facility audio/x-dsf # dts Digital Theater Systems audio/vnd.dts # dtshd Digital Theater Systems (HD) audio/vnd.dts.hd # dv Digital Video video/dv # eac3 Enhanced AC-3 (Dolby Digital Plus, DD+) audio/eac3 # flac Free Lossless Audio Codec audio/x-flac # flv Flash Video video/x-flv # g729 G.729 Also known as Coding of speech-ACELP # gif Graphics Interchange Format image/gif # h261 H.261 video compression standard # h263 H.263 video compression standard # h264 H.264/MPEG-4 Part 10 (AVC) # h265 High Efficiency Video Coding (HEVC) # he-aac Advanced Audio Coding (High-Efficiency) # indeo Intel Indeo Video IV31, IV32, IV41 and IV50 # jpg Joint Photographic Experts Group image/jpeg # jpeg Motion JPEG A # jpeg2000 Motion JPEG 2000 # lpcm Linear Pulse-Code Modulation audio/L16 # mjpeg Motion JPEG B # mka Matroska Audio audio/x-matroska # mkv Matroska Video video/x-matroska # mlp Meridian Lossless Packing audio/vnd.dolby.mlp # mov QuickTime File Format video/quicktime # mp2 MPEG Audio Layer II audio/mpeg # mp3 MPEG-1 or MPEG-2 Audio Layer III audio/mpeg # mp4 ISOM/MPEG4 container, or MPEG-4 codec video/mp4 For Video files # mp4 ISOM/MPEG4 container, AAC-LC/HE-AAC/ALAC audio/mp4 For Audio files # mpa MPEG Audio audio/mpeg # mpc MusePack audio/x-musepack # mpeg1 MPEG-1 video/mpeg Used in VCDs # mpeg2 MPEG-2 video/mpeg Used in DVDs and HDTV broadcasts # mpegps MPEG Program Stream video/mpeg Used in DVDs and VCDs # mpegts MPEG Transport Stream video/mpeg Used in sat TV and Blu-ray Discs # mpegts MPEG Transport Stream video/vnd.dlna.mpeg-tts Alternative MIME-type for MPEG TS # oga Ogg container with only audio content audio/ogg # ogg Ogg container video/ogg Applies for Vorbis I files only, use with FLAC and Theora should use oga and ogv respectively # ogv Ogg container with video content video/ogg # ogx Ogg container application/ogg # opus Ogg Opus Need audio/ogg or audio/opus # png Portable Network Graphics image/png # qdmc QDesign Music Codec (RaveSound) # ralf RealAudio Lossless Format audio/vnd.rn-realaudio # rgb Uncompressed video (Red, Green and Blue) # rm RealMedia (RMVB) application/vnd.rn-realmedia-vbr # shn Shorten audio/x-shorten # sipro Sipro Lab Telecom # sls Scalable to Lossless Also known as MPEG-4 SLS # sor Sorenson Spark # tiff Tagged Image File Format image/tiff # theora Ogg Theora # tta True Audio codec audio/x-tta # truehd Dolby TrueHD audio/vnd.dolby.mlp # vc1 Microsoft VC-1 Also known as WMV 9 and WMV3 # vorbis Ogg Vorbis # vp6 On2 TrueMotion VP6 # vp7 On2 TrueMotion VP7 # vp8 Google VP8 # vp9 Google VP9 # wavpack WavPack audio/wavpack # wav Waveform Audio File Format audio/x-wav # weba Webm Audio audio/webm # webm WebM Video video/webm # wma Windows Media Audio audio/x-ms-wma # wma10 Windows Media Audio 10 Professional # wmalossless "" Lossless # wmapro "" Pro # wmavoice "" Voice # wmv Windows Media Video video/x-ms-wmv Matches WMV1, WMV2, WMV7 and WMV8 (see "vc1" above for more). Tag also used for asf files # yuv Uncompressed video Luminance (Y) and two chrominance (UV) # # und Undetermined, if the parser did not recognize one of above # # There are a lot of good resources for finding MIME types on the Internet, one # of which is http://www.iana.org/assignments/media-types/media-types.xhtml # # Each of the "Supported" lines contains the following parameters separated by # spaces or tabs: # # f: Regular expression to match the format of a file, see the list # above. This parameter is mandatory. # v: Regular expression to match the video codec, see the list above. # a: Regular expression to match the audio codec, see the list above. # m: The MIME type to send to the renderer. Use of this parameter is # strongly recommended. If it is not set, an estimated value will # be assigned. # n: The maximum number of audio channels. # s: The maximum audio sample frequency (Hertz). # b: The maximum bitrate (bits per second) of the whole file. # w: The maximum video/image width (pixels). # h: The maximum video/image height (pixels). # qpel: Quarter pixel codec setting (yes or no). # gmc: The number of global motion compensation warp points. # gop:static Whether the only supported MPEG-2 GOP type is static. # # Supported video formats: # Supported audio formats: # A comma-separated list of supported text-based external subtitles formats # for streaming together with streaming (not transcoded) video. # # Supported formats: File extension: # ------------------------------------ # ASS .ass or .ssa # MICRODVD .sub # SAMI .smi # SUBRIP .srt # TEXT .txt # WEBVTT .wtt # # Example: SupportedExternalSubtitlesFormats = SUBRIP,ASS,MICRODVD # Default: "" SupportedExternalSubtitlesFormats = # Some renderers like Panasonic TV support streaming subtitles together with the streamed video # only for some video formats(codecs). This is a comma-separated list of supported video formats # for which supported external subtitles formats listed in the "SupportedExternalSubtitlesFormats" # are streamed together with streaming (not transcoded) videos. # If empty all subtitles listed in the "SupportedExternalSubtitlesFormats" will be streamed. # When specified then only for listed video formats subtitles will be streamed. # # Example: VideoFormatsSupportingStreamedExternalSubtitles = divx,mp4 # Default: "" VideoFormatsSupportingStreamedExternalSubtitles = # A comma-separated list of supported embedded subtitles formats. # # Supported formats: File extension: # ------------------------------------ # ASS .ass/.ssa # BMP # DIVX (XSUB) # MICRODVD .sub # PGS .sup # SAMI .smi # SUBRIP .srt # TEXT .txt # TX3G # USF .xml # VOBSUB .idx/.sub # WEBVTT .vtt # # Example: SupportedInternalSubtitlesFormats = SUBRIP,ASS,PGS,DIVX # Default: "" SupportedInternalSubtitlesFormats = # Whether to use the "sec:CaptionInfoEx" parameter to stream external subtitles. # Supported subtitles are defined in SupportedExternalSubtitlesFormats. # Default: false UseClosedCaption = # Whether to offer external subtitles to stream to renderer by the protocol info. # Supported subtitles are defined in SupportedExternalSubtitlesFormats. # Default: true OfferSubtitlesByProtocolInfo = # Whether to offer external subtitles to renderer as an additional stream. # Supported subtitles are defined in SupportedExternalSubtitlesFormats. # Default: true OfferSubtitlesAsSource = # Whether to stream subtitles even if the video is transcoded. When enabled the # subtitles are not transcoded. It may work on some renderers. # Supported subtitles are defined in SupportedExternalSubtitlesFormats. # Default: false StreamSubsForTranscodedVideo = # Remove the (HTML) tags: # and any ASS tags {\*} # from SubRip subtitles files for renderers not capable of showing SubRip tags # correctly. * is used as a wildcard in the definition above. # Users can try to set it to false when the renderer is capable to use those tags. # Default: true RemoveTagsFromSRTSubtitles = # The preferred 3D video format. This option forces FFmpeg to convert it. # Note: The conversion is CPU-intensive so some CPUs may not be fast enough. # # Options: # # Preset: Description: # ---------------------- # arcg Anaglyph (Red, cyan, gray) # arch Anaglyph (Red, cyan, half color) # arcc Anaglyph (Red, cyan, color) # arcd Anaglyph (Red, cyan, dubois) # agmg Anaglyph (Green, magenta, gray) # agmh Anaglyph (Green, magenta, half color) # agmc Anaglyph (Green, magenta, color) # agmd Anaglyph (Green, magenta, dubois) # aybg Anaglyph (Yellow, blue, gray) # aybh Anaglyph (Yellow, blue, half color) # aybc Anaglyph (Yellow, blue, color) # aybd Anaglyph (Yellow, blue, dubois) # ml Mono (Left eye first). It converts 3D video to 2D # mr Mono (Right eye first). It converts 3D video to 2D # sbsl Side by side (Left eye first) # sbsr Side by side (Right eye first) # sbs2l Half side by side (Left eye first) # sbs2r Half side by side (Right eye first) # abl Over under (Left eye first) # abr Over under (Right eye first) # ab2l Half over under (Left eye first) # ab2r Half over under (Right eye first) # irl Interleave rows (Left eye first) # irr Interleave rows (Right eye first) # # Default: "" Output3DFormat = # How to start upnp services (event-monitoring, remote-control) if supported by this renderer # # Options: # true Activate normally, as soon as the device is seen # postpone Wait until the device has sent an http request before activating upnp services # (i.e. use http header recognition procedures first) # false Don't activate any upnp services for this device # Default: true UpnpAllow = # Whether to include metadata when pushing uris to this renderer via the gui renderer panel # or 'bump' remote-controls. Try setting this to false if remote-controlled playback fails. # Default: true PushMetadata = # Which video bit depths are supported. # Example: "8,10,12" # Default: "8" SupportedVideoBitDepths =