From: Subject: The Unofficial XviD FAQ Date: Mon, 8 Nov 2004 13:39:36 +0100 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01C4C598.63517480" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.2180 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01C4C598.63517480 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://ronald.vslcatena.nl/docs/xvidfaq.html The Unofficial XviD FAQ

The Unofficial XviD FAQ


Last updated: Sunday October 17, 2004, 22.00 (gmt+1) =

    FAQ CONTENTS

    Official=20 = location=3D"http://ronald.vslcatena.nl/docs/xvidfaq.html"
    Maintained = by=20 Crusty
    If you want to contact me, send me a private message = on the Doom9 = forum.
    Get a=20 (less often updated) PDF version of this FAQ here or here
    Tip: Use CTRL+F in your browser for = a quick=20 lookup of keywords or options.
    Note: Each hyperlink to a = third party=20 site will open in a new window.


    Please note = that=20 this document is currently in a major revision-proces due to the = coming=20 out of version 1.0 final of XviD.

    Foreword

    Part A:=20 Introduction

    A1. = What is=20 XviD?
    A2. = What's a=20 codec?
    A3. = What is=20 MPEG-4?
    A4. = Some MPEG-4=20 basics
    A5. Who = develops=20 XviD?
    A6. Is = XviD=20 better than DivX?
    A7. = What should I=20 know before I start with XviD?

    Part B:=20 Getting it working

    B1. = What do I=20 need to play back XviD encoded videos?
    B2. = What are the=20 minimum hardware requirements for using XviD?
    B3. Any = hardware=20 recommendations for encoding?
    B4. = Where can I=20 get other XviD builds?
    B5. How = do I=20 encode using XviD?
    B6. I = want to=20 compile XviD myself. How do I do that?
    B7. How = do I get=20 the latest CVS sourcecode?
    B8. How = do I use=20 Xvid on Linux?


    Part C:=20 Options, Schmoptions....

    C1. = What can you=20 tell me about options in general?
    C2. = What are all=20 these profiles about?
    C6. = Single pass=20 or two pass, what should I do?
    C7. = Single pass=20 'more' settings explained
    C8. = Two-pass=20 first pass 'more' settings explained
    C9. = Two-pass=20 second pass 'more settings explained
    C10. = What's this=20 'target quantizer' and what should I do with it?
    C11.=20 Zones?

    Advanced=20 options tab=20 C15. = Things that=20 work but are not MPEG-4 compliant
    C16. = Where do I=20 find more documentation?
    C17. = I'm a=20 newbie. What settings do you recommend?

    Part D:=20 Troubleshooting

    D0. I = get all=20 sorts of garbage during play!(Also: DivX plays my XviD = files!)
    D1. I = installed a=20 new build but the settings don't work!
    D2. I = get=20 undersized files. What is wrong?
    D3. I = get=20 oversized files. What is wrong?
    D4. = What to do if=20 I get green and or pink blocks?
    D5. I = want to=20 playback this movie I d/l'ed but there is no sound!
    D6. I = only get a=20 green/no picture on playback!
    D7. I = get=20 choppy/stuttering playback!
    D8. I = get weird=20 discolorations when playing back an old XviD file.
    D9. I = get no=20 output on my TV-out!
    D10. I = installed=20 XviD on XP but it doesn't show up in the codec list!
    D11. = My old XviD=20 files don't play correctly with the latest XviD!
    D12. = Why do red=20 areas in my clip look blocked or pixelated?
    D13. = Bad=20 seeking
    D14. = Other=20 issues...

    Part E:=20 Feedback and questions

    E1. I'm = still=20 lost. Who can I ask/call/email for support?
    E2. = Where can I=20 go on the internet to talk about XviD?
    E3. I = want to=20 report a bug. How do I do that?
    E4. How = can I=20 contribute to the XviD project?

    AppendixA. = useful=20 Links
    B.=20 Downloads
    C.=20 Glossary
    D. = XviD=20 Developers
    E. = Faq=20 contributors

    Changelog


    Foreword

    Welcome to the Unofficial XviD FAQ!
    Up till = last=20 year, XviD documentation had been given a relatively low = priority by the=20 developers. Development tended to focus completely on codec = improvement=20 and explanations of XviD options tended to be rather short and = cryptic=20 (if there were any at all) and usually one had no other source = for=20 explanations than the internet forums. Then in the spring of = 2003 a=20 rather lively discussion came about on Doom9's XviD forum about=20 rewriting and creating new documentation and from that moment = things=20 went uphill. Guides for specific builds (like Doom9's and = Snowbeach's=20 guides) came available and the precise function of many options = became=20 the object of fruitful discussion. This FAQ represents the = result of=20 many, many hours of sifting through websites, documentation, and = public=20 and private discussions with developers and users. We hope you = will find=20 it useful.

    Part A: Introduction


    Back to top
    A1. What is=20 XviD?

    You had to ask. XviD is an MPEG-4 compliant = Video=20 codec. It either encodes a video-file into a (hopefully) MPEG-4=20 compliant data stream which can be saved into a container-file = like an=20 .avi, .ogm, .mp4 or others. By itself it can't do any encoding, = it needs=20 another tool to feed the data-to-encode to it. A typical example = would=20 be a program called VirtualDub or virtualDubMod (often shortened = to VDub=20 and VDubMod). The decoder part usually comes built-in in the = encoder,=20 hence the term codec (COder/DECoder) . There are = also=20 standalone decoders. These can only playback files, not encode = them. The=20 best-known of these is Nic's decoder filter. With it you can = play XviD=20 video with any avi-capable media player. Typical examples of = these are=20 Windows Media Player(WMP), Media Player Classic(MPC), BsPlayer = and=20 Zoomplayer, but there are many more.
    XviD is open = source and=20 is released under the     GNU General Public License. Basically this = means that=20 anyone can take the source code, use it and alter it any way = they see=20 fit to, as long as the result is also released under the = same=20 license.


    A2. What's a = codec?

    A codec=20 is short for COder/DECoder and is basically no = more than a=20 small program. A codec is always a part of a chain of programs = that take=20 a data stream from a source, do some funky magic on it, = and=20 deliver it to some other data stream. This is called input and = output by=20 programmers.
    It takes a data stream as input, either=20 compresses or decompresses it (depending on what you told it to = do), and=20 then delivers the altered data stream to it's output. The = data=20 stream from the input can be from a file, like an uncompressed = videofile=20 or a file compressed with another format (like MPEG-1), but also = a live=20 video-feed from a digital camera or a TV. In the first case the = input is=20 generated by the file system driver of the operating system, = which takes=20 the file sitting on the harddisk and feeds it to the codec ( or = more=20 accurately to the program chain that contains the codec), = and in=20 the second case the input is generated by the driver from the = hardware=20 device that delivers the life video-feed (like the driver from a = TV-card=20 or the video-in from your VGA card).

    The chain of = programs that a=20 codec is a part of is different depending on what you're doing. = If you=20 are encoding a file, a typical chain of programs would be (from = input=20 side to output side):
    -Avisynth, which takes the input = delivered by=20 the file system driver and does some preprocessing to it, like = cropping,=20 deinterlacing and resizing (and much more depending on your = avisynth=20 script)
    -Virtualdub, which accepts the output from avisynth = as it's=20 input, converts it to a format that it can understand, and does = some=20 more preprocessing on it (that's what virtualdub's filters do).=20 Virtualdub then delivers that data stream to the next part, the=20 codec.
    -The codec takes the output from virtualdub as it's = input and=20 does the actual compressing to the format you want in the end. = It then=20 delivers it's output back to virtualdub.
    -Virtualdub then = basically=20 wraps the compressed output of the codec into a container = format=20 like .avi, .ogm or .mp4, (combined with anything else that you = wanted in=20 it, like audio streams, chapter info or subtitles) and hands the = now=20 completed data over to the file system driver which puts the = altered=20 data stream back to the harddisk.
    Get it?

    With = playback, the=20 principle is really the same, just the programs are a bit=20 different:
    -The file system driver delivers the data in the = file you=20 want to play as a data stream to the input of the mediaplayer = (which=20 could be any player like WMP, MPC, Bsplayer, Zoomplayer = etc.)
    -The=20 Mediaplayer looks at the datastream, checks what it is, and then = takes a=20 look into either it's internal codec list (Media Player Classic = does=20 this for instance) or it looks at an external codec list (in the = registry of windows for example) to see if it can find the = needed=20 codec(s). If it can't find it, it goes belly up with a message = like=20 'unable to locate appropriate decompressor' or something = like=20 that and just sits there waiting for you to install the proper=20 codec.
    -If it does find, it feeds the data stream into = it.
    -Then=20 the codec does it's decompressing stuff and feeds the = decompressed data=20 stream back to the player program, which then adjusts things = like=20 brightness, contrast, and color-saturation to your = liking.
    -The=20 player program then feeds it's output to the display driver of = your=20 graphics card. The graphics card then puts it on it's output, = which=20 depending on what you chose it to be, could be either the vga = out to=20 your pc monitor, or the Tv-out of your graphics card (if you = happen to=20 have one with a TV-out).

    Note 1: Depending on your = choices the=20 media player itself can do some altering to the data stream, = like=20 increasing the brightness and/or contrast or other stuff you can = think=20 of. It can only do this with the datastream when it has already = been=20 decoded, because it is not capable of directly understanding the = encoded=20 data. That's why the codec gives it's output back to the player = program,=20 instead of directly to the video card.

    Note 2: Usually, = a file=20 contains more than a single data stream. A typical file like an = avi=20 contains a single video stream and one or more audio streams. = Also, a=20 more advanced container format like Ogm or Matroska (.Mkv) or = MP4 (.mp4)=20 can contain many data streams, including chapter info, = multiple=20 subtitles, and possibly even multi-angle video in the future. = These=20 advanced container formats usually need another small program, a = splitter, to be installed. It's not really a codec but = it's=20 needed to make the media player understand how the data streams = are=20 stored in the container format. Windows comes with built-in = support for=20 avi's and Mpeg's (.mpg and .mpeg), so most media players can = play those=20 without any problems. Many other container formats exist, each = with=20 their own unique peculiarities.
    Examples of these are .ram, = .rm,=20 .mov, .ogm, .ogg, .mkv, .mp4, .wma, but the list certainly = doesn't end=20 here.

    So in short, typical chains are:
    Encoding: File=20 system-->=20 Avisynth-->virtualdub-->codec-->virtualdub-->file=20 system
    Decoding: File system--> Mediaplayer(checking = container=20 format)-->container format=20 filter-->codec-->Mediaplayer(altering=20 brightness/contrast/etc)-->VGA card driver-->Display = (Monitor, TV,=20 etc.)

    Typically, a codec codes only for one type of data = it's=20 specifically designed for. However, some formats are=20 interchangeable (also called interoperable) = because they=20 are built around the same standard. Usually files encoded = by=20 encoders using the same standard can be played by more than one=20 decoder.
    Examples of these standards are MPEG-1, MPEG-2, = MPEG-4, AAC,=20 and MPEG Audio Layer 3 (known to everybody as mp3). = Codecs using=20 these standards are (more or less) interchangeable. between the=20 standards there is usually no interopability whatsoever.
    So = an=20 MPEG2-codec can usually decode any MPEG-2-stream (like the video = from a=20 DVD or a MPEG-2 file downloaded from the internet), but it = cannot decode=20 a DivX file because that is MPEG-4. Similarly, an mp3 codec like = Lame=20 does not know how to handle ogg vorbis or wma audio. =



    A3. What is MPEG-4?

    MPEG-4 is a video = compression=20 standard developed by an industrial group called 'Moving Picture = Experts=20 Group' or 'MPEG' for short. MPEG-4's official description by the = MPEG is=20 'a standard for Very Low Bitrate Audio-Visual Coding'. = Many of=20 the standards developed by this group are accepted standards by = the ISO     (International Standards Organisation) = and are=20 therefore also called ISO-standards. MPEG-4 is ISO/IEC standard = #14496.=20 XviD follows MPEG-4 Part 2, also known as MPEG-4 Visual or ISO = standard=20 #14496-2. The MPEG standards are widely accepted by the media = industry=20 and you can find them in VCD's, DVD's, mp3's and all sorts of = other=20 applications.
    (the latest addition to the MPEG-4 family of = standards=20 for video coding is MPEG-4 Part 10/AVC (Advanced Video Coding) = also=20 known as H.264. XviD does not support H.264=20 though.)
    Basically, MPEG-4 is a video compression standard = with many=20 extensions that are specifically designed to achieve very high=20 compression on standard video content. Standard means in = this=20 case real-world video, not stuff like cartoons, pixar films, and = anime=20 for instance. (That's part of the reason why these type of = footage are=20 so hard to encode properly; MPEG-4 was not designed for = it).
    MPEG-4=20 became a proper MPEG standard in 1998, and became an ISO = standard in=20 2001. A technical overview of the MPEG-4 standard can be found = here.

    Typically MPEG-4 applications = are=20 implemented either in software or in hardware. In software = usually means=20 in some form of encoder or decoder program, while hardware=20 implementations are typically electronic chips or circuitry = designed to=20 encode and/or decode MPEG-4.
    Typical MPEG-4 codecs are DivX, = 3ivx,=20 Quicktime MPEG-4 and of course XviD. While these are all MPEG-4=20 compliant, that does not necessarily mean they can all = play each=20 others files properly. An example of this is the handling of = more than 1=20 B-frame, which XviD can handle but DivX cannot. Another example = would be=20 XviD's 3-warppoint GMC (DivX has only 1-warppoint = GMC).
    MPEG-4=20 implementations in standalone hardware players, like DVD-players = that=20 can also play DivX, are usually not real hardware = implementations but a=20 sort of semi-hardware implementations. They load software = contained in a=20 flashable memory chip called an Eeprom into a more = general-purpose=20 digital processing chip, that then decodes the file it finds on = the=20 inserted disc.
    The software in the Eeprom is called = firmware=20 and can sometimes be upgraded to incorporate better support for = other=20 MPEG-4 files besides just DivX.


    A4. = Some MPEG-4=20 basics

    To compress a high quality 2 hour video clip = to=20 something that can fit on a single CD obviously takes some = serious=20 compression tactics. MPEG-4 does this partly by removing = information=20 that we don't notice and partly by transforming the raw = pixel=20 data into a mathematical approximation of that data. The = approximation=20 is close enough for us mere humans not to notice the difference = between=20 the source and the result (well, at least in theory).
    First = the=20 color space (the way the pixels, their color and their = brightness=20 are stored in each frame) gets converted from whatever it was to = a color=20 space called YV12. The human eye is less sensitive in the color = (also=20 called chroma) field and much more sensitive in the brightness = (also=20 called Luminance or Luma) field, so the brainpeople from MPEG = sat around=20 a table and decided that Chroma information is less = important=20 than Luma information.
    The result is that, while a Luminance = value is=20 stored for every pixel, a Chroma value is stored for every four = pixels=20 (Please note that one Chroma value consists of two separate, = one-byte=20 values; see 'YV12' in the glossary).
    To illustrate the next = step in=20 the process, best is to quote from the Compression FAQ @ http://www.faqs.org/faqs/compression-faq/part2/section-2.= html    :

    "The=20 basic scheme is to predict motion from frame to frame in = the
    temporal=20 direction, and then to use DCT's (discrete cosine
    transforms) = to=20 organize the redundancy in the spatial directions.
    The DCT's = are done=20 on 8x8 blocks, and the motion prediction is
    done in the = luminance (Y)=20 channel on 16x16 blocks."

    The next step in the = process is=20 derived from the notion that much of the information in a moving = picture=20 can be considered 'static' if you properly take into account the = motion=20 of that information. To illustrate this, consider a TV-report of = a=20 formula 1 grand prix race. Most of the picture consists of the = cars=20 moving about a bit inside the TV-frame as the cameraman is = constantly=20 trying to keep the car(s) centered in his view. The picture of = the car=20 changes little throughout the shot, (maybe loses focus now and = then) but=20 it sort of 'wobbles' around the center of the frame.
    In fact, = testing=20 showed that most real-life video footage falls in this category. = As=20 long as you capture the motion correctly, image compression = can be=20 very high and still remain accurate.
    After the motion = search a=20 technique called Discrete Cosine=20 Transformation or DCT is used to compress = texture=20 information. (At decoding time this process is reversed and is = called=20 Inverse Discrete Cosine=20 Transformation or IDCT)
    The codec = divides=20 the picture up into 8x8 blocks on which the DCT process is done. = 4 of=20 these 8x8 blocks are grouped together to form a single=20 macroblock. The information in those blocks is considered = detail and it can be high or low.
    A good analogy of = high and=20 low detail in a movie are two pages of a book, where one page is = a page=20 full of writing, and the other is a completely empty, blank = page.=20 Obviously, the page with writing has much more detail than the = empty=20 one.

    DCT takes the detail in those blocks and performs a=20 technique called the quantization process on it. The 8x8 = blocks=20 then no longer contain pixels but frequency values. High = frequencies=20 represent high detail and low frequencies represent low detail. = Those=20 frequencies are then recomputed using a Quantization = Matrix that=20 tells the codec what frequencies are to be dropped and when. = This is a=20 rather complex process and requires quite an elaborate = explanation. You=20 can find a nice one here.

    After the image is converted to = detail=20 signals by DCT those signals are divided (coefficient cutting) = to make=20 it smaller. The more signal you cut off, the more detail you = lose and=20 more artifacts (blocks, ringing aka mosquito noise) you get. The = quantizer is the detail removal factor (DivX3/Nandub thus calls=20 quantizers DRF). The higher the quant, the more detail gets cut = off, and=20 the lower video quality will be. So, as an example, a Quantizer = of 2=20 means you keep almost all detail, whereas a Quantizer of 31 = throws=20 almost everything away.

    Another important concept you = have to be=20 aware of is that there are different types of frames in MPEG-4.=20 Typically these are called Keyframes (also called I-frames or=20 INTRA-frames), P-frames (for Predicted frames, also called = inter-frames)=20 and B-frames (for BI-directional frames). There are other types = of=20 frames but they're not often used (you will read about a few of = them=20 further down).

    -Keyframes are considered all by = themselves and=20 all the picture information in them is encoded. You can always = look at a=20 Keyframe without having to know a single bit of the other=20 frames.

    -P-frames only contain the difference from = the=20 previous frame. Say you had a picture of a stoplight in the = previous=20 frame and in the current frame it went from red to green, then = this=20 frame would only contain the altered information, which is the = red=20 turning to black in one part of the picture and black turning to = green=20 in a part below that. of course that's a lot less information to = encode=20 so P-frames are normally much smaller than Keyframes. So the = P-frame=20 tells the codec that all the other information it needs is = contained in=20 a previous frame that has to be taken as a reference. That = previous=20 frame can be either a Keyframe or another P-frame.
    A typical = chain=20 of frames would look like this: IPPPPPIPPPPPIPPPPP, with I being = Keyframes.

    -B-frames are Bi-directionally predicted = frames and=20 they reference not only the previous frame but also the one = following it=20 (unless the following frame is a Keyframe). The codec tries to = reference=20 the previous frame, the next frame, or a mix between the two, = and choses=20 the way that works best. If the frame references only the = previous frame=20 it becomes a P-frame, otherwise it becomes a B-frame.
    Because = B-frames have two choices instead of one (unlike P-frames) they = have=20 more freedom to choose the smaller one and therefore B-frames = usually=20 are smaller than P-frames.


    A5. Who = develops=20 XviD?

    The developers of XviD are just ordinary = people, who=20 happen to enjoy writing code for video compression. The = developers work=20 on XviD in their spare time, for no compensation other than the = fun of=20 doing it and the occasional 'thank you'. If you wonder why XviD = isn't=20 perfect, or bugs sometimes appear without immediate fixes, it's = because=20 the developers are normal people and cannot commit their lives = to the=20 project. They're all volunteers, and you should remember this = when=20 asking them questions or requesting features.


    A6. Is XviD better than DivX?

    Well we = like to=20 think so, otherwise we'd be using DivX, right? Read the codec = comparison=20 at     http://www.Doom9.org/index.html?/codecs-203-1.htm = and=20 try to make up your own mind. While XviD comes out on top in = this codec=20 comparison, that doesn't necessarily have to mean it's the best = solution=20 for your particular need. If you do not want to read the whole=20 comparison, at least read the conclusion, because it can point = you to=20 other codecs that might better serve any special need you=20 have.


    A7. What should I know before I = start=20 with XviD?

    If you just want to play XviD = files, head=20 over to section B1     = and grab=20 the latest Xvid decoder. As an alternative you can use any = generic=20 MPEG-4 decoder, but most of the ones around don't have full = support for=20 all of XviD's advanced features.

    For encoding XviD you = should=20 know that it's an MPEG-4 compliant codec and what that means. It = also=20 helps to know a bit about it's predecessors mpeg-1 and mpeg-2. A = good=20 place to start would be here or here, but there are many other good sources. = You=20 should also know more about avi-files, which is by far the most = used=20 container format standard for saving encoded video files. A good = start=20 would be by reading the Avi overview on this = site or=20 the faq here. There are also newer and more flexible = file=20 formats available today like OGM, MP4 and Matroska, and some = other=20 formats over the horizon.
    Another good place to read-up on = related=20 topics would be http://www.dvdrhelp.com/faq for all sorts of = concerns,=20 or the DVD FAQ here. You should also have read at least a = few of=20 Doom9's excellent guides, especially the Gordian Knot guides, = which are=20 great for newbies. Try to encode a few films by using these = guides and=20 then come back here to learn a bit more.




    Part B: Getting it working


    Back to top
    B1. What do = I need to=20 play back XviD encoded videos?

    To properly play XviD = video=20 you need at least a small program called a decoder installed on = your=20 computer (Note: These are part of a more general genre of = programs=20 called filters in techie-talk).
    For windows, the = current=20 decoder of choice is:
    The XviD-1.0.2-29082004.exe package = from=20 koepi's site at     http://www.koepi.org/ (get the whole package = and not=20 the decoder-only package, it's not recent)
    (Or get it from my = site here)=

    As=20 an alternative you can get Milan's FFDShow filter
    (As a general = rule, get the=20 latest version, even if it is alpha)

    Although FFDShow has = more=20 options, it is not based on the XviD project and may contain=20 incompatibilities from time to time. It is advised to try both = and see=20 what works best for you.
    (These filters do not decode audio! = only=20 video! XviD does not decode or deal with audio in anyway. For = audio look=20 here.)

    B2. What are the minimum hardware requirements for=20 XviD?

    The minimum requirement for encoding is a = computer with=20 a 32-bit CPU. However, specific builds can have many more = requirements.=20 Most builds have some optimizations for SSE(2), 3DNow and other = CPU=20 structures, so newer CPU=3Dbetter performance.
    The codec = itself hardly=20 takes up any space at all, and if you need to free up space on = your hard=20 drive to install, you probably need a bigger harddrive. = ;^)
    The=20 minimum requirements for decoding (playing) an XviD file are not = precisely known, and can change between systems.
    Some = examples:
    I=20 have a Pentium-II 400 with only 128MB running windows 2000 that = plays=20 Xvid files just fine.
    On the other hand, I've seen a Pentium = III-500=20 with 256 MB Ram play XviD but it was stuttering now and then. =
    And=20 you have to realize that certain encoding options, especially = Qpel but=20 also GMC and B-frames, can increase the requiered CPU power for = proper=20 playback.
    The resolution is also a major factor: a 320x240 = requires=20 less CPU power than a 1280x720 (encoded resolution, not the = resolution=20 you play it back). If you plan to play on low-end systems, I = suggest you=20 downsize the resolution a bit during encoding. Full DVD = resolution is=20 quite a system hog.
    To be on the safe side, I'd say you need = a PC=20 with at least a 600+ MHz CPU and at least 64 MB ram on Windows = 98, and=20 128 on Windows 2000/XP/2003.

    Note 1: The XviD codec = supports=20 post-processing which will improve the visual quality at the = cost of CPU=20 cycles. The faster your computer is the more post-processing = options you=20 can turn on. If you find your video plays choppy try disabling = all the=20 post-processing options first.

    Note 2: You also have to = note that=20 the audio stream in a movie file can also require a lot = of CPU=20 power. Mp3, WMA, and Ogg Vorbis audio don't require much beyond = a=20 Pentium MMX, but AC3, Dolby Digital and DTS streams, which are = becoming=20 more commonplace nowadays, are more CPU-intensive.


    B3. Any hardware recommendations for=20 encoding?

    Yes. Get a fast machine. How fast? As = fast as=20 your money can buy. Easy eh? Encoding speed depends on raw = CPU=20 power, CPU-to-Memory busspeed, Memory speed, and Harddisk speed, = in that=20 particular order. You can have a fancy Graphics card that cost = you $500=20 but it won't help you encode one bit faster.
    Concerning other = parts=20 of your machine, it should be noted that every extra = component=20 requires at least some CPU power, even if it's not used. = Especially=20 sound and network cards (including 'on-board' ones) can depend = heavily=20 on the CPU to do much of their processing. And while Creative = soundcards=20 tend to have a lower CPU usage, there are many other reasons     not to use them. Another thing = is=20 historical: XviD tends to be slightly more optimized for AMD = CPU's than=20 for Intel CPU's. But that can change any time.


    B4. Where can I get other XviD = builds?

    Nic's=20 binaries: http://nic.dnsalias.com/
    Koepi's = binaries: http://www.koepi.org/
    uManiacs binaries: = Sorry,=20 Link is dead as the dodo.
    Gamr binaries: Links are not=20 immortal.

    Please note that only Koepi's builds are the = most=20 recent (at this time, this changes from day to day), Nic's, = Gamr's and=20 uManiacs binaries are currently not recommended. =
    (Also=20 you should be aware that uManiacs and GamR builds are so-called=20 insta-builds. These are builds that are automatically compiled = overnight=20 anytime the CVS-tree (where all the developers put new code) = changes and=20 are completely untested. They can be completely broken = because=20 of new bugs and are unsupported.)


    B5. How=20 do I encode using XviD?

    Depending on where you want = to get=20 the source video from, you may need additional soft- and/or = hardware. A=20 typical example would be ripping a DVD, for which you need a = movie-DVD=20 (duh!), a DVD-Rom Drive, a DVD-Ripping program like DVDDecrypter = and=20 several other tools to convert the data to something Virtualdub = can=20 digest.
    For starters, I'd recommend the Gordian Knot rip = and=20 system pack. It has all the tools you need for making your = very=20 first own XviD file and it has plenty of additional software for = you to=20 fool around with in case you want to learn some more = tricks.
    You can=20 find it at     http://www.Doom9.org/XviD.htm including a = guide on how=20 to use it. As of Feb 13th 2003, the interface has changed, = however the=20 options described in the guide work the same way.
    A more = recent=20 version of the guide is available at http://www.Doom9.org/index.html?/XviD-vdub-final.htm.= =20 It covers the 1.0beta build, that has many more options and = again a=20 changed interface.

    I could give you a guide on how = to=20 encode using XviD myself, but that would not be fully within the = scope=20 of this document, would be very big, and would be HELLA lot of = writing.=20 I'm of course also biased towards technically difficult ways = (but=20 producing excellent results) of encoding, which might not be the = best=20 start for beginners.


    B6. I want to = compile=20 XviD myself. How do I do that?

    Download the source = code,=20 unzip it to a directory of your choice, and then go to the=20 '/xvidcore-x.x/doc/' directory. Read the file labelled 'INSTALL' = in that=20 directory to get the latest info on how to compile XviD.
    Some = useful=20 links:
    How to compile XviD using M$ Visual C++ = 6.0
    Discussion on using the Intel compiler
    http://www.bloodshed.net/
    http://www.mingw.org/
    http://www.cygwin.com/

    A few caveats = when=20 compiling:
    -Don't use any .NET compiler..they're too = buggy=20 right now.
    -There's currently no possible way to use 64-bits=20 optimizations. All the speed-hungry parts of XviD are written in = assembler. And the source has to be rewritten to make use of = 64-bits=20 registers and extensions (mostly cut&paste and register = adjusments,=20 but it still has to be done properly and thoroughly). Xvid will = compile=20 on x86_64 in pure c, however this removes all speed advantages = of=20 running a 64-bit binary, it is slower than running the assembly=20 optimized 32-bit binary. Other stuff like the VfW interface is = not done=20 in assembler and you can compile it with 64-bits optimizations, = but it=20 won't make any difference really.


    B7. = How do I=20 get the latest CVS sourcecode?

    Download WinCVS here    ,=20 install it and use
    cvs = -d:pserver:anonymous@cvs.xvid.org:/xvid=20 login ..to login anonymously.
    Then use:
    cvs=20 -d:pserver:anonymous@cvs.xvid.org:/xvid co -R -r dev-api-4 = xvidcore=20 ..to get the dev-api-4 branch.
    Read more about it at http://www.xvid.org/.
    You can also check = out this page at the Xvid Project homepage for = the most=20 up-to-date info.


    B8. How do I use = XviD under=20 Linux?

    The most commonly used applications for = encoding with=20 Xvid under GNU/Linux are 'transcode'     and 'mencoder' (part of Mplayer) which come with the proper = communication=20 module for the codec (be sure to get an up to date one for the = latest=20 versions (>beta) from http://ed.gomez.free.fr/ or from transcode's = or=20 mencoder's cvs). These are command-line applications but have = many=20 frontends like Auto-transcode, Kmencoder or gmencoder, providing = them=20 with a GUI. Another Linux tool specifically for ripping DVD's is = dvd::rip.
    Xvid=20 configuration is not handled the same way as in windows, so = don't look=20 for the configuration GUI, it's not there. Configuration is = usually=20 handled from the encoding application with the help of = configuration=20 files. The same options apply of course but whether or not you = have=20 access to them depends mostly on the application you use at the = moment.=20 Check out this Doom9 forum thread for more on that.
    Another=20 transcode link


    If You have problems with = playback,=20 head over to section D for troubleshooting!



    Part C: Options, Schmoptions....


    Back to top
    C1. What can = you tell me=20 about options in general?

    When you open the XviD=20 configuration tab in a program like virtualdub for the first = time, you=20 will see all kinds of buttons, sliders, subsections and = subpanels=20 featuring options, options and.... guess what? More=20 options.
    Basically, all the options are what makes XviD so = much=20 different from most other MPEG-4 codecs. They can make (or = break) your=20 encode and can also make a huge encoding speed difference. You = can=20 choose certain options that will make your result playable with=20 codecs/decoders other than XviD (like for instance the DivX 5 or = 3ivx=20 codec or ffdshow) , or you can choose all those extra options = that make=20 XviD so unique and versatile. You can choose options that will = allow for=20 realtime encoding of a running TV- or Camera-capture, or you can = choose=20 options that will make the codec slow down to a crawl but will = give=20 really great results.

    (The following = description is=20 for the Vfw(Video For Windows)-interface for the RC4-build. In = other=20 builds the interface could be different, but you will find many = if not=20 all options present in one way or another)

    3D"main The Main configuration=20 panel

    The Main configuration panel has the = subsections=20 'Main Settings', 'Zones' and 'More' (Note: 'More' is '...' in = the=20 betas). In 'Main Settings' You see 'Profile @ Level' , 'Encoding = type',=20 a button called 'Target Quantizer' and a slider ranging from 1 = to 31 for=20 target quantizer or 16 to 8000 kbps for target bitrate. = Profile@level=20 and the number of passes have to be set.
    In the subsection = 'Zones'=20 you can assign different parts of the clip you want to encode = unique=20 zones, and set specific options for them with the 'Zone = Options'-button.=20 The 'More' subsection holds the 'Advanced options'-button which = will pop=20 up another configuration tab containing.... more options of = course.=20 :)

    Beneath these subsections you find three buttons = called 'Load=20 Defaults', 'Decoder Options' and 'OK'.
    The first one will = reset all=20 options to their original default settings, the second button = will allow=20 you to tweak the decoder's post-processing settings. 'OK' is for = when=20 you're all done configuring and you want to switch back to the = videotool=20 (in this example virtualdubmod, but it doesn't have to).


    C2. What are all these = profiles=20 about?

    A Profile basically corresponds to = certain=20 MPEG-4 standards meant specifically for certain = use-scenarios.
    In=20 each Profile you have different levels, which limit that = particular=20 profile to a specific bitrate-scenario. A bitrate scenario can = set=20 maximum limitations to bitrate, framerate, framesize and other = settings.=20 For example, Simple@Level 2 limits you to an upper bitrate of = 128 kbps=20 and a maximum framerate of 15p/s. Both Profiles and levels make = hardware=20 support easier because it defines certain maxima that have to be = supported.
    Note: The DivX hardware profiles are roughly = equivalent=20 to this. In fact some betas of XviD had = DivX-profile-compliant-profiles.=20 ;)

    The 'Simple' profile is exactly what it says, = 'simple'.=20 It's fully equivalent and compliant to the MPEG-4 standard = 'Simple'=20 profile. It has many major limitations, not only on resolution = and=20 framerate but also on the kind of encoding options and = optimizations you=20 can use. It's primarily meant for low quality, low bitrate = solutions=20 (like mobile applications). Use it only if you have a specific = need for=20 it, like you need playback of your clips on a hardware device = that only=20 supports MPEG-4 Simple profile.

    ARTS stands for = 'Advanced=20 RealTime Simple' and is basically the 'Simple' profile optimized = for=20 streaming applications. One extra option only allowed with ARTS = is the=20 'Reduced Resolution' option, which is next to useless for most = people=20 anyway. It basically does nothing with the resolution but = reduces detail=20 to 1/4 of the orginal in certain cases. Use ARTS only if you = have a very=20 specific need for it.

    AS stands for 'Advanced = Simple' and=20 is the most often used profile. It allows for nearly all = available=20 options to be used and allows for resolutions up to and = including=20 DVD-resolution of 720x576 at 30 fps, which is good enough for = most=20 people. It also allows for all sorts of 'advanced' options (not = te be=20 mistaken for the options in XviD's 'advanced options' tab, they = are=20 not the same). These include among others B-frames, Qpel, = GMC,=20 and also the use of other Quantization Matrices than H.263. = Simple and=20 ARTS only allow for H.263 to be used, whereas AS gives you the = MPEG QM=20 and MPEG-Custom, with which you can define your own Custom = Matrix or=20 load someone else's.

    Finally you have the = 'Unrestricted'=20 profile that will give you unrestricted access to all options,=20 resolutions and framerates. So if you want to experiment with a=20 grayscale interlaced Cartoon with RRV at 2048x1024 @120 Fps, = there's=20 your chance. (Just don't expect it to work on anything=20 else)



    C3. Profile@Level "More..." panel - = Profile=20 tab

    3D"More Here you can set options ranging from top to=20 bottom:
    -Profile@Level setting
    -Quantization = Type
    -Adaptive=20 Quantization
    -Interlaced Encoding
    -Quarter = Pixel
    -Global Motion=20 Compensation
    -Reduced Resolution
    -B-VOP's
    -B-VOP fine = tune=20 settings
    -Packed Bitstream
    -Closed GOV



    C3a. Quantization Type: What is a Quantization=20 Matrix?

    To quote the explanation here    :

    The quantization matrix is = the 8 by 8=20 matrix of step sizes (sometimes called quantums)
    - one = element for=20 each DCT coefficient. It is usually symmetric. Step sizes will = be=20 small
    in the upper left (low frequencies), and large in the = upper=20 right (high frequencies);
    a step size of 1 is the most = precise. The=20 quantizer divides the DCT coefficient by its
    corresponding = quantum,=20 then rounds to the nearest integer. Large quantums drive small=20
    coefficients down to zero. The result:
    many high = frequency=20 coefficients become zero, and therefore easier to = code."

    To=20 put it short: It's the lossy filter by which you achieve higher=20 compressibility by losing detail. The amount of detail lost is=20 determined by the values of each individual quantum.

    More = theory=20 about the technical process behind it:
    http://www.ece.purdue.edu/~ace/jpeg-tut/jpegtut1.html=
    http://www.mpeg.org/MPEG/MSSG/tm5/Ch7/Ch7.html
    http://www.cmlab.csie.ntu.edu.tw/cml/dsp/training/coding/jpeg/jpe= g/encoder.htmtarget=3D
    http://www.acm.org/crossroads/xrds6-3/sahaimgcoding.htmltarget=3D=
    Note:=20 Most of these links are about Jpeg but the process is nearly the = same=20 for MPEG-4


    C3b. Which quantization = matrix=20 should I use?

    It is best to think of the MPEG=20 quantizer as "sharpening" the image, and the H.263 = quantizer as=20 "softening" it. For high bitrates, you will find that MPEG = quantization=20 preserves more detail - for low bitrates, the smoothing of H.263 = will=20 give you less block noise.
    You can also choose 'MPEG-Custom' = which=20 will allow you to choose other Quantization types of your own = choice.=20 When you do, the 'edit matrix...' option will become active = which will=20 allow you to modify, load or save a custom Quantization Matrix. = Custom=20 matrices are considered 'for advanced users only' so as a newbie = it is=20 best to stick with the two default choices, which are pretty = good=20 anyway.


    C3c. What is Adaptive=20 Quantization/Lumi masking?

    Adaptive = quantization,=20 called 'Lumi masking' in older builds, is a first 'psychovisual' = innovation in XviD; it is supposed to make use of the fact that = the=20 human eye tends to notice encoding errors less if they happen in = very=20 dark or very bright parts of the picture. XviD is capable of = using=20 different quantizers for each macroblock. Lumi-masking = compresses very=20 dark or bright areas stronger than medium ones. So it will use = less bits=20 on some frames in the second pass than in the first pass. The = saved bits=20 are of course spent again and that way we gain a bit of quality = in the=20 medium-brightness part of the picture. As it is experimental, = you may=20 sometimes notice more blocks than when it is disabled. Note that = Lumi=20 masking is broken in Koepi's 26062003-1 build, and that it is a = bit=20 buggy in many older builds. AQ works in the newer beta and RC = builds but=20 is still not very extensively tested.


    C3d.=20 Interlaced Encoding

    This allows you to encode the = entire clip=20 in interlaced mode. Note however that your source has to be = genuinely=20 interlaced for this to give the proper results. Most interlaced = video is=20 not really interlaced but mutilated progressive content.=20 Especially most interlaced DVD's and VHS video's are (sometimes = poorly)=20 interlaced versions of (progressive) film.
    Typical examples = of true=20 interlaced content are live TV-shows and Camcorder=20 footage.


    C3e. How does Q-Pel work = and when=20 should I use it?

    Q-pel (or Qpel) is the short = name for=20 Quarter Pixel motion search precision and = this=20 option activates the use of quarter pixel = precision.

    Motion=20 search tries to capture all the motion between one frame and the = next,=20 so that the macroblocks (MB's) can get the right motion vectors = assigned=20 to them. If the motion is properly captured then there will be = no need=20 for extra alterations to the MB other than a motion vector, = sparing=20 quite some bits. The more precisely the motion is captured, the = less=20 bits have to be assigned to the content of the MB's, and the = more MB's=20 can just consist of a motion vector.
    So, = theoretically, a more=20 precise motion capture would save in altered texture = information,=20 thereby saving bits, and increase precision of the overall = compression,=20 thereby increasing quality. (We will soon see why this is just=20 theoretically)

    Normally XviD uses half-pixel = motion search=20 precision. This means that it can 'see' movement in a sub-pixel=20 precision; if a MB moves from a width,height-position of 200,300 = to 201,=20 300 in the next two frames, it can detect that movement = correctly and=20 can give the MB a motion vector that says "move me half a pixel = to the=20 right this frame please" in those next two frames. Motion will = be=20 captured correctly and no texture bits get altered.
    Now with = Qpel you=20 can capture motion that is only a quarter of a pixel per frame,=20 effectively doubling precision.
    Example:
    A MB that = moves=20 (fluently) from position 200,300 to 201,300 in the next = four=20 frames only moves one quarter of a pixel per frame. With normal=20 half-pixel precision this motion would appear 'jumpy' and the = codec=20 might have to compensate for this by altering the texture = bits of the=20 MB. This of course takes space, and the MB would no longer = consist=20 of only a motion vector; it would have to be assigned additional = bits=20 for the altered texture information, thereby decreasing=20 compressibility.
    With Qpel that motion still gets captured = correctly=20 and not extra texture bits would have to be assigned, reducing = the=20 number of bits used for that frame.
    Easy eh? But wait, = there's a=20 catch....

    So, what's the catch?

    The catch = is, that=20 just using the Qpel precision alone already uses additional = bits,=20 whether it helps saving bits or not.
    This is = caused by=20 the additional precision that requires more bits to be allocated = to the=20 motion vectors. Instead that a motion vector could just be = something=20 like 0.5,0 (half a pixel width movement, no height movement) it = would no=20 have to be 0.25,0 (quarter of a pixel width movement, no height=20 movement). So instead of one decimal after the point it now = requires two=20 decimals behind the point, requiring the codec to throw more = bits at=20 it.
    (Please note that this is an oversimplification of the = actual=20 process, but it is accurate enough to get the point)
    Instead = of=20 another decimal Qpel actually uses another extra bit (set either = to 0 or=20 1) for every axis, which is enough to achieve double precision. = There=20 are two axes, one for width and one for height, so each motion = vector=20 requires two extra bits for Qpel.
    If we assume that there is = one=20 vector for every macroblock (there might be 4 or 0), at the = resolution=20 of 640x272 and 24fps and P-frames only, two bits for every = macroblock=20 take 40 x 17 x 2 x 24 =3D 32640 bits or 32.5 kbps.
    So, = basically, no matter the outcome, Qpel always takes a sizeable = chunk of=20 the bitrate just for itself even if it doesn't help = compression one=20 damn bit.
    Now usually it does help, but the texture bits = saved by=20 the better precision have to outnumber the added bits to = the=20 motion vectors before Qpel increases compressibility at the = same=20 size. If the saved texture bits outnumber the extra motion = vector=20 bits then you will have increased compressibility (and quality) = at the=20 same size. If the saved texture bits do not outnumber the = extra=20 motion vector bits you will have wasted space and the end result = might=20 look worse.

    So how can I tell if Qpel will increase or = decrease compressibility?

    That's the other catch: = You=20 can't. Not in advance. There's no way to tell from = looking at=20 the source if Qpel will help or not. It doesn't matter if it's a = fast=20 motion scene or a low motion scene, a panning scene or a zooming = scene...there's just no way to tell beforehand. A fast motion = scene=20 could be 90% Qpel movement or 90% Half-pixel movement, or any = percentage=20 in between...making any prior assumptions about the benefits of = Qpel=20 ridiculous.

    The only real way to find out is to try = encoding=20 both with and without Qpel and see which result looks=20 better.
    (Now you can see why there is a = difference=20 between theory and practice...)

    If you like more=20 information read the discussion in this Doom9 forum thread
    Some additional=20 Notes:
    -Because of the increased precision, Qpel = significantly=20 increases encoding time, and requires more processing power to = decode.=20 Encoding time can be almost doubled and decoding can require as = much as=20 30-60% more processing power.
    -Current 3ivX implementation = normally=20 uses half-pixel precision. As an 'advanced' option, you can tell = it to=20 use full-pixel resolution.
    -In some older (alpha) = builds Qpel=20 could introduce artifacts, but the current implementation has no = known=20 bugs. It's safe to use.


    C3f. What's = GMC and=20 what is it good for?

    GMC stands for = Global=20 Motion Compensation and that pretty much tells the = story=20 of what it does. If used, it will look at the whole frame and = see if=20 there is an amount of motion that all the parts of the frame = have in=20 common. It will then take this amount of motion and put it in a = single=20 value. The parts of the frame are the macroblocks, and the = amount of=20 motion is called a 'motion vector' which has both a direction = and a=20 value (as a sort of two-dimensional X,Y value) .

    All the=20 macroblocks normally have their own motion vectors, but with GMC = the one=20 motion vector that they all have in common (that's why it's = called=20 'Global') will be compensated and put into a single motion = vector. Some=20 macroblocks' movement will be completely compensated for by the = GMC=20 vector, getting completely nullified by the compensation = process. These=20 macroblocks' motion vector will then be removed, as it is the = same and=20 is only extra information. The possible benefit is that you can = remove=20 many or all the motion vectors of the macroblocks (or even the = blocks=20 themselves if there is no altered texture information) in a = frame by a=20 single value, thereby making it much smaller.
    Note however = that this=20 is for one-warppoint GMC. With Multiple warppoints the proces is = much=20 more complex, but the principle is the same.


    C3g. Warppoints, hmm...what's a = warppoint?

    A=20 warppoint is a motion vector that defines a displacement of one = *edge*=20 of the video. Take a piece of paper and move it by its edges and = you'll=20 see what I mean.
    -The first warppoint defines displacement of = top-left edge. If it's the only warppoint, the rest of the = picture just=20 has the same vector and the whole picture moves. Think = panning.
    -A=20 second warppoint defines displacement of top-right edge (not = *precisely*=20 true but close enough without getting too technical). Together = with the=20 first warppoint, this is enough to define panning *and* zoom. = Note that=20 it could be used to define panning and rotation instead, but=20 isn't.*
    -A third warppoint means displacement of down-left = edge and=20 three warpoints are enough to define panning, zoom and rotation. =
    -A=20 fourth warppoint would create perspective-like movement.
    Note = that=20 XviD's GMC uses 3 warppoints, whereas DivX's GMC uses only one.=20 Warppoints are stored in the frame's header, and only if they = are used.=20


    C3h. What is this Reduced = Resolution=20 ?

    Reduced Resolution (also called RRV for=20 Reduced Resolution VOP) is in fact reduced=20 resolution. Macroblocks become 32x32 pixels big, and all DCT = data - once=20 decoded - is scaled up to be 16x16 (DCT itself is still 8x8). = Motion is=20 also severly restricted, with vector components restricted to = either=20 zero or odd values (odd values point to halfpixel positions). = Also, an=20 in-loop deblocker kicks in. Everything described in the=20 standard.

    RRV is part of the realtime profile and only = works with=20 the ARTS and unrestricted profiles in XviD. It was designed to = keep the=20 picture "visible" if bandwidth can suddenly become very limited. = Reduced=20 resolution VOPs are dynamic and can be turned on and off at any = time,=20 but XviD does not offer this - at least not by VfW.

    I = don't see=20 any good reason to use RRV, because if the decision is not = dynamic (like=20 now in XviD), you'd be better off if you just encoded with = halved=20 resolution. Also, XviD is the only decoder that can play such = files (90%=20 of MPEG-4 decoders can't).
    The only realistic use one could = possibly=20 have for this feature is for encoding for low-bandwidth mobile = devices=20 using GPRS/UMTS.
    It's still not fully mature and it is to be = used=20 only by adventurous people.


    C3i. = BVOPs:=20 B-frames

    B-frames (or BVOPs in techie talk) are = so-called=20 bi-directionally encoded frames and are part of the Advanced = Simple=20 Profile definition. Without B-frames you just have the Keyframe = making a=20 clear definition of the content of the frame every XXX frames, = and all=20 other frames are P-frames referring to the previous frame for=20 description. A B-frame also takes the next frame into account, = so it=20 refers to other frames in two directions (ergo the = bi-part). The=20 advantage of B-frames is that they are usually encoded with a = higher=20 quantizer and take less space per frame, while the loss in = quality is=20 less than equal to the loss in used bits. Basically you use the=20 inherently smaller and lower quality b-frames to save space that = will be=20 used for improving quality all over the clip. The netto effect = is=20 usually a quality gain, depending on the b-frame settings and = the type=20 of source.


    C3j. B-frame=20 settings

    -Max Consecutive BVOPs: Here you can = limit=20 the number of B-frames in a row. Recommended settings are 0 for = off, 1=20 for DivX 5 compatibility, 2 for best effect and 3 for intensive = use.=20
    -Quantizer ratio: Multiplying the (average) quantizer = of the=20 surrounding non-B-frames with this value will give you the = Quantizer of=20 the B-frame. So if the two adjacent frames have quantizers of 2 = and 4,=20 the average quantizer will be 3. Multipying this with a = quantizer ratio=20 of 1.50 will give you a B-frame with a quantizer of=20 4.5.
    -Quantizer offset: Take the result of the = calculation=20 above and then add this value. With a quantizer offset of 2.00 = you will=20 end up with a quantizer of 6.5.
    As a rule of thumb, upping = the latter=20 two values will give you lower quality B-frames.


    C3k. Packed Bitstream and Closed = GOV

    -'Packed=20 Bitstream' is an option that can deliver mixed results = during=20 playback, depending on what you use for playback. It's meant to = solve=20 frame-order issues when encoding to container formats like avi = that=20 can't cope with out-of-order frames. And while it's meant to = solve=20 playback issues that occur without it, lots of people have = reported=20 playback issues with it. That goes for playing back with = ffdshow,=20 DivX 5 decoder, and several standalone (hardware) = players.
    Unless you=20 know precisely what you're doing, it's best to keep it = turned off=20 until further notice. If you encounter problems with choppy = playback,=20 try turning this feature on and see if it helps. With the latest = XviD=20 version some of the problems involving Packed bitstream are said = to have=20 been solved but more feedback is needed on this. So if you have = any=20 particular info please send me a Personal Message at the = Doom9.org=20 forum.
    Note: If you only play your files with the XviD codec, = you=20 never ever have to use packed = bitstream.

    -'Closed=20 GOV' (Quote from Doom9):
    Closed GOV ensures that a = p-frame is=20 used before every new I-frame. This option should always be = checked=20 (otherwise you might end up with a frame sequence like PBIP = where the B=20 frame has a forward reference to an I-frame which makes no=20 sense).


    C4. 'More' Profile options - = Level=20 tab

    3D"More This tab is informative only and shows you the = different=20 bitrate limitations of each profile@level setting.
    You can = clearly=20 see that maximum rates go up with each higher level. It should = be no=20 surprise then that AS@Level 5 is currently the recommended = setting.=20 'Unlimited' is exactly what it says, and is there for more = adventurous=20 people who want to experiment with all the available features. = Please=20 also realize that right now the actual limiter in the codec = itself is=20 not implemented yet, as it's hard to do properly. You = have to=20 check for yourself if your file adheres to the limits defined by = the=20 profile you chose.





    C5.=20 'More' Profile options - Aspect Ratio tab

    3D"More -'Aspect Ratio' (AR) (sometime = called=20 DAR, for Display Aspect Ratio) is = the ratio=20 between height and width of the picture. In general you can use = any AR=20 you'd like, but for most encodes that have something to do with = encoding=20 from a standard format (like TV, DVD or VCD) or decoding to one, = you can=20 use this tab to select an AR for the entire encode or an AR for = the=20 pixels (PAR).
    Why you would want to do this? To properly = capture=20 the original resolution of the video you want to = encode.
    Consider=20 a 720x576 DVD. With a square pixel that DVD would have quite a = different=20 look when played than if the pixel was of a standing or lying = oblong=20 size.
    And yet that is what happens when you convert from NTSC = to PAL,=20 from DVD to VCD or from TV to computer. NTSC, PAL, VCD and = computer=20 monitors all have different pixel sizes, and some formats that = where=20 created before the digital age (like all TV standards) have = different=20 ways in which they treat pixels.

    In reality however, the=20 difference between them generally is small and few people have = noticed=20 the difference. Also, support for proper handling of the AR = information=20 in clips is still very rare. So while this option is here to = enable the=20 purists among us to completely recreate the original AR, you = don't have=20 to use it if you don't want to. In fact, it's full and correct=20 implementation requires a rather thorough understanding of the=20 underlying problems of different Video AR standards, and a = discussion of=20 these problems is far beyond the scope of this faq and you = should=20 consider the AR tab for advanced users = only.

    If you=20 want to know more about proper AR implementation, follow these=20 links:
    Doom9 forum discussion about this feature: New Feature: Display Aspect Ratio
    A = document=20 outlaying the differences between pixel sizes: Square and Non-Square Pixels
    A document = outlaying=20 the differences between video AR standards: A=20 Quick Guide to Digital Video Resolution and Aspect Ratio=20 Conversions
    C6. Encoding = type: Single=20 pass or two pass, what should I do?

    -Single = pass will=20 take your clip and encode it at once. It takes each frame of the = clip,=20 checks that frame's compressibility, and then encodes=20 it.
    -Two-pass uses the first pass to make an = estimation of how=20 well your clip compresses and then uses the compressibility data = gathered during the first pass to really encode the clip during = the=20 second pass.

    Which one to choose depends on what you = desire from=20 the result. Two-pass does a much better job at evenly = distributing bits=20 where they are needed and therefore gives you a much better = looking end=20 result. Single pass is really for those type of uses that can = only be=20 done with single-pass, like for instance real-time encoding a = live feed,=20 like a TV-capture or a security camera. Unless you absolutely = have to go=20 for single pass for a specific reason there really is no other = way but=20 two-pass.

    Note that DivX 5 nowadays has a 'multi-pass' = option,=20 allowing for more than two-passes. This is meant to tweak the=20 bit-distribution even more (sort of by averaging between a large = number=20 of passes), but many users report nearly zero benefit after the = third=20 pass. XviD really doesn't need a technique like this because the = bit-distribution-decision it makes is more intelligent and = produces=20 better results.


    C7. Single pass = 'more' settings=20 explained

    3D"Single These options are used only when encoding with a = fixed=20 bitrate. When using a fixed quantizer/quality mode the codec = goes into=20 'imbecile-mode' and just plainly encodes everything using a very = simple=20 set of rules. Needless to say fixed quantizer/quality has very = limited=20 use for most of us.

    -Reaction Delay Factor: When = we talk=20 about fixed bitrate, it isn't really fixed. Instead, the = bitrate=20 is averaged between a number of frames. Every next frame gets = altered by=20 a value that is the average of the last X number of frames. X is = determined by the RDF. So, the bigger this value, the slower the = codec=20 will react to quick alterations in complexity and vice versa. = Quicker=20 alterations do more accurately reflect the complexity of the = source, but=20 slower alterations give a less extreme bitrate=20 distribution.
    -Averaging period: This setting does = something=20 similar to above, but instead it does it with the quantizers. If = this=20 value is 100, it takes the average quantizer computed from the = last 100=20 frames, and then assumes that average quantizer for the next=20 frame.
    -Smoothing: The codec keeps a record of how = much each=20 frame differs in size from the 'average' size. This is called = deviation=20 and it recomputed after each frame. This value is used in = conjunction=20 with that deviation. It has a small averaging effect on the = whole clip,=20 and the bigger this value is, the smaller the = influence.

    As a=20 whole, the quality gains from these options are minimal. You = really=20 don't want to use single pass. Trust me.



    C8. Two-pass first pass 'more' settings=20 explained

    3D"Two-pass Here you can alter three settings: One is the name = and path=20 of the stats file (this is the data file with the = compression=20 data gathered by the first pass).
    -'Full quality first=20 pass':By default XviD switches certain options off in the = first pass=20 to speed it up a bit. The options that are switched off are not = really=20 necessary for a 'normal' first pass (normal as in: you don't = keep it=20 afterwards) and turning them off can increase encoding speed=20 considerably.
    However this is a relatively new option and = some people=20 are concerned that the second pass might have a little = bit less=20 quality because of the options turned off in the first pass. = Since the=20 jury is still out on this one you can set this option to make = the codec=20 use all the options for both passes, if it makes you feel = comfortable.=20 Recommended setting is off so the codec can speed things = up a=20 bit.
    -'Discard first pass' determines whether or not = the first=20 pass should be kept or not. It is a proper video file, and you = can play=20 it but it is not recommended that you keep it. You should think = of it as=20 no more than a rough approximation of the end result and even = though you=20 can play it, it might not be MPEG-4 compliant. Always discard it = unless=20 you turned on 'Full quality first pass'. (Then you may choose to = keep=20 it, as the file created by the first pass will then be = completely=20 normal)


    C9. Two-pass = second pass=20 'more' settings explained

    3D"Two-pass Most of these settings are meant for tweaking of = the=20 allocation of bits during the 'real' encoding pass. They are for = advanced users only and are best left alone.

    -The first = setting=20 here is the name and path of the stats file to be used. Normally = you=20 should keep this the same between first and second pass. of = course you=20 can experiment with this by using the stats file from a pass = with other=20 options, but for normal encoding it's best left=20 alone.

    Intra-frames Tuning
    'I-frame = boost(%)'=20 can be used to give some extra bits to Keyframes. The amount = is an=20 extra percentage, so a value of 10 will give your keyframes 10 % = more=20 bits than normal. (Note: I know of no circumstance that = would=20 justify setting this to any other value than = default)
    -'I-frame=20 closer than ... frames' and '... are reduced by %' = can be=20 used to adjust the size of keyframes that you consider to close = to the=20 first (in a row). The first setting sets the range in which = Keyframes=20 are reduced, and the second settings determines the bitrate = reduction=20 they get.
    The last i-frame will get treated normally. =

    Next=20 you have the overflow treatment and the Curve = compression=20 settings. They differ from each other in that overflow treatment = is=20 about the treatment of abrupt differences in bitrate from one = frame to=20 the next, and Curve compression is about adjusting the bitrate=20 distribution over the clip as a whole.

    Overflow=20 treatment
    'Overflow treatment' is the technique used to = obtain=20 a properly sized end result. Usually you specify a target = filesize and the codec can either overshoot it's target, = creating=20 a file too big, or it can undershoot it's target, = creating a file=20 too small. Too counter this, overflow treatment can either = allocate more=20 bits than abolutely necessary, increasing filesize, or = allocating less=20 bits than really necessary, decreasing filesize. Obviously, the = second=20 process involves compromising quality.
    -'Overflow control = strength=20 %'
    This is best described as the 'aggresiveness' = of the=20 overflow control.
    Mental picture: Imagine the 'Overflow = control=20 mechanism' as a little guy in your computer running around with=20 glue and a chainsaw redistributing bits all over = your=20 clip. Now imagine him getting more agitated. :^)
    Higher = settings will=20 make changes in bit redistribution more abrupt, possibly too = abrupt if=20 you set it too high, creating artifacts. Settings that are too = low have=20 a bigger risk of breaking filesize prediction.
    0=3DDefault = from core=20 (let XviD decide). I know of no obvious reason to = experiment with=20 this setting.
    -'max overflow improvement %' sets in % = how much=20 each frame may grow if the file would become=20 undersized. Think of it as 'adding fat to your = clip' if=20 it's not as fat as you asked it to be.
    -'max overflow = degradation=20 %' sets in % how much each frame may shrink if = the=20 file would become oversized. Think of it as 'trimming = fat off=20 your clip' if it's a bit too far on the porky side.=20 :^)
    Obviously, experimenting with these settings may = break=20 filesize prediction completely as you're altering the = basic=20 settings of the underlying process.
    (Personally, I couldn't = care less=20 about the first setting because I consider undersized files to = be a=20 good thing)

    Curve compression:
    Normally = the=20 internal curve adjustment values (determined by the XviD = developers=20 after much feedback from users) are capable of delivering very = nice=20 results (I should say 'excellent' really), but if for one reason = or=20 another you want to, you can use these values to adjust the lows = and=20 highs of the bit allocation.
    If you make a mental image of = the curve=20 allocation, you see a graph with 'highs' and 'lows', sorta like = hilltops=20 and valleys. The hilltops are scenes with high bitrates and the = valleys=20 are scenes with low bitrates.
    -The 'High bitrate scenes = %'=20 setting will take bits away from high bitrate scenes and = give=20 them back to the bit reservoir. (Think of a bit reservoir = as a=20 bucket full of bits wherefrom the codec hands out to each frame) = Ergo,=20 it will lower the hilltops, and the bits gained by this will be = divided=20 equally across the entire landscape. This is useful if you = really need=20 to keep your encode within certain maximum parameters, like the = maxima=20 for a specific profile@level setting. You could also use this if = you=20 have a clip with so many bits allocated to high-bitrate scenes = that the=20 low(er)-bitrate scenes start to look bad.
    -The 'Low = bitrate scenes=20 %' setting will give extra bits to the low bitrate = scenes,=20 sort-of-like filling the valleys with sediment. The bits have to = come=20 from somewhere, so the codec takes all the frames in the entire = encode=20 and scrapes a few bits of them all. This might come in handy if = you have=20 a few low-bitrate scenes that are still blocky.

    So, = basically,=20 each setting favors compression of one of two possible = extremes=20 towards the average of the entire encode. The first takes = down the=20 hilltops, the second fills the valleys. The bits lost or gained = are=20 allocated accordingly to average out the entire = clip.
    Another=20 way of seeing curve compression is seeing it as a way of = redistributing=20 quality from both bitrate extremes to the average. If for = instance you're not happy about low bitrate scenes you can = adjust the=20 Low bitrate scene setting to give them more quality, at the cost = of a=20 tiny amount of quality of all frames of the = clip.



    C10. What's this 'target quantizer' and what I = should I do=20 with it?

    The 'Target Quantizer' button allows = for=20 different things depending on the number of passes you selected. = In=20 'Single pass' it allows you to switch between 'Target=20 Quantizer' and 'Target Bitrate'. The input field next = to it=20 and the slider below alter accordingly showing the possible=20 settings.
    In 'Twopass - 1st pass' mode the button, = input field=20 and slider are inactive. This is logical since the first pass is = basically an expedition to gather data about your clip, without = making=20 any real decisions on the resulting file. In 'Twopass - 2nd = pass'=20 mode you can choose between 'Target Bitrate' and 'Target = Filesize'=20 instead of 'Target Quantizer'. This reflects the fact that most = twopass=20 encoding scenarios are aiming for a specific filesize to be = reached.=20
    Please note that filesize is in Kilobytes not -bits or = Megabytes. So=20 if you're aiming for a file of 35 MB you have to enter 35840 = (35x1024)=20 instead of 35.000.
    Also, when you set the button to 'Target = Bitrate'=20 you also have to keep in mind that the maximum bitrate is to be = limited=20 by the Profile and level settings. Currently XviD does not do = that=20 automatically (mainly because it is difficult to implement) but = you=20 should be aware of the limitations of the profile and level you=20 use.


    C11. = Zones?

    Zones allow you to assign different = settings to=20 different parts of your clip. You can add as many zones as you = want, and=20 each zone can have it's own unique settings.

    It's most = useful=20 function is to allow for certain parts of your clip to be = considered=20 'less important' than the rest by defining zones and how = 'important'=20 they are to you. You can define this importance in the tab = accessible=20 through the 'Zone Options' button.

    To assign specific = settings to=20 a zone, select it in the 'main' panel and then click on 'Zone=20 Options...'.

    There are two different ways to define the=20 importance of a zone:
    -Weight defines your = 'importance' as a=20 value relative to the quality of the whole clip. If you = define a=20 zone with a weight of 0.30 then that zone's bitrate will use 30% = of the=20 quality of the whole clip.
    -Quantizer defines the = 'importance'=20 as an absolute average. What that means is that a Zone with a = Quantizer=20 of 5 will absolutely have an average quantizer of 5. How this = saves bits=20 depends of course on what settings the other zones = have.

    Other=20 zone options include:
    -'Begin with Keyframe' will make = each=20 zone start with a Keyframe. Recommended, especially if you plan = on using=20 chapters.
    -'Greyscale Encoding' tells the codec to = encode=20 without color information. Great for saving bits on boring end = credits.=20
    -'Chroma Optimizer enabled' will do some extra magic = on color=20 information to minimize the stepped-stairs effect on edges. It = will=20 improve quality at the cost of encoding speed. It reduces PSNR = by=20 nature. The mathematical deviation to the original = picture will=20 get bigger - but the subjective image quality will raise = (as=20 mentioned, the "stair step artifacts" get less). Since it works = with=20 color information, you might want to turn it off when encoding = in=20 greyscale.
    -BVOP Sensitivity will allow you to tweak = the=20 amount of B-frames in each zone. A positive value increases the = amount=20 of B-frames; a negative value decreases it. Currently the = minimum is=20 -35, anything below will not make any difference. There is no = maximum,=20 but value is pretty sensitive; 5 will give you a reasonable = boost. I'd=20 say that practical maximum is about 25.

    It's advised to = be=20 conservative with zones, as it's still a relative new = development, and=20 pushing it's limits might give unexpected = results.
    Current=20 bugs (Xvid-1.0-Final): Weight zones with weight lower than 0.2 = break=20 filesize prediction.


    The 'Advanced options' window

    C12. = 'Motion'=20 tab

    3D"The A) - Motion Precision
    Here you will find = the=20 options defining the motion search precision. Motion search is = the=20 process in which the codec is trying to figure out how every = part of the=20 original clip was moving. The more it searches, the more precise = it's=20 estimation of the original motion will be, and the better the = resulting=20 clip will capture the original motion.
    Why capture motion you = might=20 ask?
    Let's take a look at a simple example, a clip of a white = block=20 moving to the right. Each frame a part of the picture where the = block no=20 longer is becomes the background color while another part has to = become=20 the block color. The change that would have to be encoded each = frame=20 would constitute a significant amount of bits.
    Instead the = codec=20 just takes the block and checks to see if it is moving. If it = moves, the=20 codec captures that movement with it's motion search, and then = uses the=20 found value as a motion vector for that specific block. In = reality the=20 process is more complex but the basic idea is that most altering = of=20 color and texture information is caused by motion and therefore = a great=20 amount of color and texture bits can be saved if that motion is = captured=20 by other means.

    -Motion search precision: This is = the most=20 basic search precision and it hardly takes any processing time, = so it's=20 recommended to leave it at 6. Only go as low as 5, and only if = you're in=20 a hurry. BTW: It only works in the luminance plane, i.e. it only = looks=20 at changes in brightness values, not color.
    -VHQ mode: = VHQ is=20 more intensive search and takes a wider approach. Higher = settings will=20 slow down encoding significantly. Setting 1 has a relatively = small=20 impact and it is recommended for all encodes. Using higher = values will=20 give you better quality at the cost of encoding = speed.
    -Use Chroma=20 motion: Chroma motion is basically a sort of 'Motion search=20 precision setting 7' whereby it also takes color information = into=20 account (from the Chroma plane, ergo the name).=20 Recommended.
    -Turbo ;-): This setting skips some = search=20 techniques when using Qpel or B-frames to speed it up a bit. = Without=20 those options on it has no effect at all. The impact on quality = is=20 negligible.


    B) - Other
    -Frame drop = ratio:=20 Experimental/For experts only. Don't set it to anything other = than 0=20 unless you really really know what you're=20 doing.

    -Maximum I-frame interval: This setting = tells the=20 codec to insert a Keyframe (I-frame) every {value} frames. If a = Keyframe=20 is needed before that number is reached, the codec starts = counting=20 again. So while you can have Keyframes with lower intervals than = the=20 number you defined, you can't have higher intervals.
    Standard = recommended settings are 10x the framerate, i.e. 250 for 25 fps = PAL=20 clips, 300 for 29.979 NTSC clips etc. However, there is a = visible effect=20 called Keyframe-pumping. This resembles a slow degradation in = quality in=20 consecutive P- and B-frames with a sudden 'jump' in quality when = a new=20 Keyframe is inserted. Lowering the maximum I-frame interval in = these=20 cases can help. Setting it too high can cause bad seeking in = files,=20 because the seeking process uses only Keyframes, and less = Keyframes=3Dless=20 accurate seeking.

    -'Cartoon mode' activates two = different=20 techniques, both designed to help with cartoons:
    -=20 detect_static_motion is a motion estimation flag and it works as = a=20 limit. If the motion found by the motion search process is = beneath this=20 limit the macroblock is considered static, and no motion=20 information is encoded. When Cartoon mode is enabled this limit = below=20 which a macroblock is concidered static is increased so that = (more)=20 small movements are lost. Since A LOT of these 'small movements' = is=20 actually noise (especially with cartoons) it really helps saving = many=20 bits which would otherwise be used to code noise on a static=20 picture.
    - vop_cartoon is about quantization - when a block = is=20 motion-compensated well enough (with total error below the = limit) it's=20 just not coded at all. XviD doesn't drop any data in normal mode = (limit=20 =3D 1), but drops quite a lot in cartoon mode. Again, this = usually means=20 that noise is ignored. It might also remove some small details, = but=20 small details shouldn't really happen in "proper" cartoons. =
    So,=20 while the first technique helps with removing movements that are = so tiny=20 that they can be considered not-to-be-part-of-the-source, the = second=20 helps compressibility of the cartoon by removing texture detail = that's=20 considered too-small-to-be-part-of-the-source.

    This is = exactly=20 what you need for cartoons like Futurama or Simpsons, but it=20 might not be optimal though for high quality animes with = lots of=20 fine detail; try and see if it helps.


    C13.=20 'Quantization' tab

    3D"The Here you will find the settings for minimum and = maximum=20 Quantizer for I-, P- and B-frames. With all alpha builds they = where set=20 in the range 2-31 and setting the minimum to 1 would just reset = it to 2.=20 The reason for this is that Quantizer 1 really has little use = and just=20 inflates the filesize, with hardly any visible gain in = quality.
    With=20 the Release Candidate builds the range has changed to 1-31 so = that=20 undersized files will become a thing of the past. Note: With RC1 = quantizer 1 would break filesize prediction again (this time = creating=20 oversized files) but this has been fixed since = RC2.
    (Also,=20 with older builds it was sometimes adviced to lower the maximum = settings=20 as well, to prevent frames getting lower quantizers than they = really=20 need and thereby creating visible artifacts. Currently I do not = have=20 enough information to say if this still holds up, but my guess = is it's=20 been fixed because I haven't heard much about it = lately.)
    Look here     for a recent discussion about Quantizer = use.

    -Trellis
    Trellis based R-D quantisation=20 (Rate-Distortion quantisation) is more advanced and it works = only with=20 the quantization type H.263 in alpha builds. In beta and Release = Candidate builds it also works with MPEG and MPEG-custom. It is = a sort=20 of intelligent second quantization pass, in which a more = thorough DCT=20 quantization examination is done by the Trellis process. In this = process=20 it can drop some coefficients (removing detail) and bring back = other=20 coefficients that were removed by the simpler standard = quantization=20 routine. Dropping coefficients hurts detail, but if bitrate = savings are=20 higher, it means that the codec will be able to use lower quants = and=20 retain higher overall quality.
    If you're a maths wizzkid you = can read=20 all about Trellis here=20 (pdf). (I don't pretend to understand that article, but = someone else=20 might)





    C14. = 'Debug'=20 tab

    3D"The The Debug tab holds some miscellaneous options = that are=20 meant for...hang on...debugging!

    The 'Performance=20 optimizations' part allows you to force optimizations for = your CPU=20 if it isn't correctly recognized by the codec. of course if you = enable=20 the wrong optimizations you will get, let's say, interesting=20 results...
    Typically MMX should allways be on unless you use = an old=20 pentium 1, SSE and SSE2 is meant for newer Intel chips like the = Pentium=20 2-4, and 3Now!(2) is for AMD chips.

    CPUs and their instruction sets
    MMX MMX etx. SSE SSE2 3DNOW! 3DNOW! Pro AMD64
    Intel Pentium - - - - - - -
    Intel Pentium MMX Yes - - - - - -
    Intel Pentium II Yes - - - - - -
    Intel Celeron Yes - - - - - -
    Intel Pentium III Yes Yes Yes - - - -
    Intel Celeron II Yes Yes Yes - - - -
    Intel Pentium IV,
    Celeron PIV    		 Yes Yes Yes Yes - - -
    AMD K6 Yes - - - - - -
    AMD K6-2/K6-3 Yes - - - Yes - -
    Athlon,
    Duron    		 Yes Yes - - Yes - -
    Athlon XP Yes Yes Yes - Yes Yes -
    Opteron,
    Athlon 64,
    Athlon FX    		 Yes Yes Yes Yes Yes Yes Yes


    -'FourCC = used:' - Here=20 you can alter the FourCC used by the resulting file. FourCC is = basically=20 a content identifier code that is contained in the resulting = video file.=20 It tells the media application (like WMP, MPC or Virtualdub) = what type=20 of codec should be used to open the video correctly. You can set = this=20 for instance to DivX or DX50 to play with the DivX 5 codec. If = you do,=20 you have to take into account the limitations of that codec, so = you=20 can't use certain XviD features (like more than 1 B-frame or = GMC). Not=20 recommended really unless you want your files to play on a = hardware=20 player capable of DivX but not XviD.

    The options=20 'OutputDebugString debug level:' and 'Print debug info = on each=20 frame' are really only useful for developers, so best to = leave them=20 alone. These will print all sorts of debug information on the = resulting=20 video.

    -'Display encoding status' will popup an=20 interesting window once you start encoding, showing you all = sorts of=20 statistical info like Quantizers used, types of frames used and = amount=20 of data encoded. Consider it a very fancy progress bar. If you = don't=20 like it you can turn it off here.


    C15. Things=20 that work but are not MPEG-4 compliant.

    There are = some things=20 that you can quite easily do with XviD that are not MPEG-4=20 compliant. Not being MPEG-4 compliant means that it can = quite=20 possibly work with any build of XviD but is 'not meant to be' = according=20 to official MPEG-4 specifications.
    Now, since one major goal = of the=20 XviD project is to be fully MPEG-4 compliant this means that = support for=20 these non-compliant possibilities could be stopped/los/broken at = any=20 time never to return. So it's higly recommended that you = refrain=20 from using any of these possibilities if you want proper support = for all=20 your encoded material in the near and far = future.

    Currently known=20 non-compliant situations are:

    -Using non-mod16 = resolutions:=20 encoding clips to resolutions of which both width and = height are=20 not a multiple of 16 is considered a no-no and is not compliant. = It is=20 quite possible to do mod-4 resolutions with many builds (don't = ask me=20 how) but is not vey good for compressibility. The smallest = MPEG-4=20 building block is not the 8x8 blocks but the 16x16 macroblocks, = and=20 using lower-than-mod16 resolutions will make the codec use = macroblocks=20 'outside' the frame border....which is 'A Bad = Thing'(tm).

    -Using=20 Modulated Quant or Modulated HQ. These were present in older = builds and=20 unfortunately many people did use them now and then, as they = were new=20 features back then and (as usual with new features) a request = was made=20 to test them. Basically the technique makes the codec switch=20 Quantization Matrices from H.263 to MPEG and back whenever it = suited=20 it's compressibility goals (defined by the user).
    Although = the option=20 has been removed a long time ago, clips encoded this way somehow = still=20 work though.

    -The same goes for clips joined/pasted = together in=20 video editing tools like Vdub that use different QM's. A clip = encoded=20 with one QM joined with a clip encoded with another QM may work, = but is=20 not considered MPEG-4 compliant.

    -Clips encoded with = certain=20 options that are joined with clips encoded with those options = off can=20 sometimes be non-compliant. A typical example of this is Qpel. I = discovered a while ago that while Qpel usually doesn't help a = lot in the=20 main part of a movie, it can help a LOT in your average-day = scrolling=20 end credits. This unfortunately turned out to be=20 non-compliant.

    -The 'unrestricted' profile makes you = build clips=20 that are completely beyond any official MPEG-4 profile and gives = you the=20 full power of the XviD codec. It should be quite obvious that = you may=20 break many official rules using this profile.

    -Encoding = beyond=20 AS@Level5, especially in higher resolutions (like HDTV & = SVGA) is=20 not compliant to any MPEG-4 standard.

    (As a sidenote: = While many=20 clip-joining stuff is not compliant, I consider it really weird = that=20 they should work at all in the first place. Perhaps someone more = in the=20 know could explain this. I wouldn't be surprised if some of = these=20 non-compliancies turned out to be unforeseen possibilities = within the=20 MPEG-4 specifications (especially the use of multiple=20 QM's))


    C16. Where do I find more=20 documentation?

    Iago's two pass walkthrough
    get=20 it here     (zipped).

    VHQ Manual by Syskin
    location
    Note: Obsolete information. VHQ = is safe.=20 (Still informative though).

    "The" Lumi Masking = Thread
    location

    Snowbeach guide to Koepi's = 24062003=20 build (pdf)
    location 1
    location 2

    Snowbeach guide to Koepi's = 14052003=20 build (doc)
    location

    Please note that many of = these=20 documents/topics are either for a specific build or rather = outdated.=20 They are still very informative though and it is recommended = that you=20 read them.

    C17. I'm a newbie. What = settings do you=20 recommend?

    Since this is beyond a doubt one of the = most often=20 asked questions, it certainly deserves an answer. The default = settings=20 will very likely get you good to excellent results on 'normal' = source=20 material like DVD's. If you like a more thorough answer than = 'just stick=20 with the defaults' you can follow some of the guidelines = mentioned=20 below.
    However, they are not the 'ultimate' settings for = everything=20 as there's simply no such thing. Feel free to deviate (yes, = become a=20 deviant!) and experiment with the settings once you feel more = confident=20 using XviD. Using XviD always requires you to use your own = judgement up=20 to a certain point. The settings below are very safe and are = here just=20 to get you on your way.

    -If something's not mentioned, = don't mess=20 with it.

    -Always use two-pass encoding. Don't mess with = settings=20 between passes, keep them the same for both passes.

    -Use = Doom9's     = guides. They're=20 especially targeted at newbies. Not reading them is A Bad=20 Thing(tm).

    -Only use target size, not target bitrate or=20 quantizers.

    -Profile: Use AS@Level5, nothing = else.

    -Motion=20 Search Precision: use 6 - Ultra High

    -VHQ: Use VHQ 1 on=20 everything, possibly higher settings if you want 1 CD rips. VHQ = 4 is=20 perfectly safe, just slow.

    -Quantization Type: use H.263 = for a=20 softer image, or MPEG for a sharper image (at the expense of = bitrate,=20 not recommended for a 1CD rip). Either way, use the same one for = both=20 passes.

    -B-frames are good, but don't go above 2 Maximum = B-frames (so put the number 2 in the Maximum B-frames box = (putting in 1=20 will result in the same as DivX's Max number of B-frames)). Keep = all=20 other B-frame settings at default.

    -Don't use Packed=20 Bitstream.

    -Don't mess with Interlaced encoding, = greyscale, Debug=20 settings, Curve compression, overflow treatment, GMC, Reduced = Resolution=20 (RRV), and Aspect Ratios. These settings are simply not for=20 newbies; you need to understand them to use them=20 properly.

    -Don't use the Zones, they'll just complicate = things=20 for you.

    -set 'Maximum I-frame interval' to 10 times the = clip's=20 framerate, nothing else.

    -Qpel is safe but slow. Always = use it if=20 you get undersized files, it will increase = quality.

    -Chroma=20 Optimizer/Motion is also good and recommended. Always use=20 it.

    -Use Gordian Knot to configure your rip and build = your=20 Avisynth files. Do not use Gordian Knot to do your = encoding;=20 Gordian Knot has no support for the new settings interface (yet; = it's=20 work in progress).
    Also, do not use the compressibility test = with=20 Gordian Knot and XviD RC4; it doesn't work (properly). =

    -Do your=20 encoding in Virtualdub or Virtualdubmod using an avisynth = script. Don't=20 use anything else, especially not VfApi. VfApi is = Evil(tm).

    -When=20 Encoding with XviD make sure the encoding program uses Resize = values=20 that are divisible by 16. That means that the end result has to = have=20 both a width and a height that are divisible by 16. For instance = 640x480=20 =3D (40 x 16) x (30 x 16). Using anything else is not for = newbies and=20 could be Evil(tm).

    PART D: Troubleshooting


    Back to top
    D0. I get = all sorts of=20 garbage during play! (Also: DivX plays my XviD = files!)

    If you=20 also installed the latest DivX, make sure you disable 'support = generic=20 mpeg-4' in DivX decoder configuration.
    It overrides XviD as a = decoder=20 and can create all sorts of on-screen garbage if it's decoding = XviD.=20 It's especially easily noticed if you encoded XviD with GMC, = because=20 DivX can't decode that correctly.
    How to tell:
    -DivX logo = fades in=20 and out at the start of playback...should be pretty = obvious.
    -Check=20 your filters while playing...if it says 'DivX Decoder' it's also = pretty=20 obvious.


    D1. I installed a new build = but the=20 settings don't work!

    To quote Koepi:
    hitting = "load=20 defaults" after first installation over an old alpha (dev-api3) = -build=20 is mandatory. Else you might screw up your = encode.
    Uninstall a=20 previous version before you install the latest build, there have = been a=20 lot of changes recently and this is the best way to make sure = you don't=20 have problems with 'left-over settings' from old builds.
    This = is=20 considered 'best practice' when using Koepi's builds.

    Of = course,=20 if you don't use any of Koepi's builds but others there might be = other=20 requirements. Hitting 'load defaults' is always a good thing if = you=20 update your codec.


    D2. I get = undersized files.=20 What is wrong?

    Nothing's wrong. An undersized file = basically=20 means that the codec sees no reason to make it any bigger. This = is=20 called 'codec saturation' and it is good news. If you want your = file to=20 be bigger, there are lots of ways to do so:
    (all these ways = take=20 DVD-ripping as an example. If you have another use for it not = all of=20 these ways may apply)
    -make sure all your XviD options have = the=20 correct settings
    -make sure there are no errors in your = filter=20 settings and/or scripts in=20 avisynth/virtualdub/whatever-tool-you-use
    -Use a higher = resolution.=20 This simply gives the codec more information to put into the=20 result.
    -Switch to MPEG Quantization Matrix instead of H.263. = MPEG QM=20 preserves more detail and is sharper, but it requires more=20 bits.
    -Take out noise filters out of your avisynth script,=20 especially those that are known to cause artifacts=20 first.
    -Reduce the strength of softening filters like = warpsharp and=20 unfilter. This can have a huge effect on filesize (and=20 quality).
    -Reduce the number of B-frames and try again. Also = try more=20 conservative B-frame settings.

    In general, getting = undersized=20 files means you can take intermediate steps out of the encoding = process=20 that increase compressibility but hurt quality.


    D3. I get oversized files. What is = wrong?

    -This is=20 a bug in some builds when the filesize prediction/estimation = process=20 (also called 'Overflow treatment') is not properly = tweaked.
    With XviD=20 RC1 the settings are not properly set to get a correct filesize = when in=20 the 'Advanced options' - Quantization tab the minimum quantizers = are set=20 to 1. Set this to 2 to re-enable proper filesize prediction. RC2 = handles=20 this better, but it still needs a bit of tweaking. AFAIK this is = fixed=20 in current versions.
    -Make sure you don't limit the = quantizers too=20 much. A maximum quantizer of 5-8 might give you oversized files. =
    -Also, regularly, users mistake "target size" and "target = bitrate" -=20 it's changeable, so make sure that the value you enter makes = sense=20 according to what the button shows.
    -Messing with the = overflow=20 treatment settings is very likely to break filesize prediction.=20


    D4. What to do if I get green and or = pink=20 blocks?

    Some versions released after 2/2/2003 had = this=20 problem. It was fixed a long time ago so try out a newer=20 build.


    D5. I want to playback this = movie I=20 d/l'ed but there is no sound!

    XviD is a video codec, = thus has=20 nothing to do with sound. Anyway, go to the download-secti= on    =20 and fetch the audio-playback-filters for ac3, you're most likely = lacking=20 them.
    You may also need an Ogg Vorbis filter which can be = found @ http://tobias.everwicked.com/. Make sure you = also get=20 the subtitle filter from that site if you want subtitle-support. = Nowadays AAC, another audio format, is also getting more = popular.
    Go=20 here to=20 download an AAC filter. The CoreAAC directshow filter is=20 recommended.


    D6. I only get a = green/no picture=20 on playback!

    Several reasons are possible:
    -your = VGA card=20 can't cope with the resolution of the video - install the=20 DivX-G400-patch from the download-section.
    -Your video file = may be=20 corrupt. Try checking it with DivFix to see if it = contains=20 errors. Try to check if it's complete by opening it with = Gspot.=20 If the header is corrupt you're messing with an incomplete file = (most=20 likely from downloading or a messed up encoding = session).
    -Gspot will=20 also tell you if the file really IS a XviD file. Appearances can = be=20 deceiving...
    -You installed the Nimo pack? The Nimo Codec = Pack is=20 evil[tm]! Happy reformating and fresh-installing your system! = After=20 that, stick with ffdshow or the XviD decoders. Just install the = codecs=20 you need, and no bloated packs!
    FFDShow can be downloaded = here: http://sourceforge.net/project/showfiles.php?group_id=3D5= 3761


    D7. I get choppy/stuttering = playback!

    This can be=20 caused by a lot of different reasons, including the combined = effect of=20 two separate issues which form no problem individually. Here are = some of=20 the more obvious reasons:

    -Underpowered PC. Make sure = your=20 computer has enough CPU power to properly play XviD files in=20 general.
    -Fragmented file. Make sure the file you're playing = isn't=20 heavily fragmented. Use a defrag tool on the drive where your = file is=20 located.
    -Poorly muxed AC3-audio. Some tools (and fools) do a = poor=20 job when mixing audio and video together if the audio is AC3. = Demux the=20 audio using a program like VirtualDub or Avimux and try playing = the pure=20 video file.
    -Don't use crappy codec packs like the Nimo codec = pack.=20 Uninstall those and then reinstall XviD.
    -Use a different = player.=20 Some issues happen only with certain players. Some players to = try are:=20 Media Player Classic, Zoomplayer, BSplayer, Windows Media Player = 6.4 and=20 last (and certainly least) WMP 9.
    -When using ffdshow, try = playing=20 the file with different codec setting. Try playing it with XviD = only,=20 with ffdshow with XviD decoding, and with ffdshow doing the = decoding.=20 Ffdshow can't handle clips with packed bitstream and more than 1 = consecutive b-frame properly.
    -Currently, Packed Bitstream = has been=20 known both to cause and to solve choppy playback, = depending on=20 all sorts of variables that are not completely understood. = Mostly it has=20 to do with certain incompatabilities between Packed Bitstream = encoded=20 clips and player software.
    -More than 1 Consecutive B-frames = may=20 cause problems with some players. Especially ffdshow and the = DivX 5.xx=20 decoders.
    -When encoding to the mp4 container format:=20 mp4creator/mp4ui cant handle b-frames right when muxing to mp4 - = don't=20 use it! use the 3ivx mp4 muxer instead.
    -Most hardware = players using=20 older chipsets can't handle more than 1 B-frame. Before buying a = hardware player, do some research on it's = capabilities.
    -Sigma X-card=20 owners: Drivers 1.3 of the x-card play back XviD with any number = of=20 consecutive b-frames and packed bitstream enabled. The newest = drivers,=20 version 2.1, produce stuttering in all XviD clips with b-frames, = with=20 any number of consecutive b-frames and with or without packed = bitstream=20 enabled. Get v1.3 of the drivers here. More=20 discussion here


    D8. I get = weird=20 discolorations when playing back an old XviD = file.

    This can=20 happen when you play back a file encoded with a build older than = May/June 2003. Around that time XviD development switched a part = of the=20 compressing process to another type of technique, which is more = MPEG-4=20 compliant. The technique is called DCT/IDCT and it was switched = from=20 'simple' to 'walken'. The 'Simple' process encoded color = information in=20 another way than the 'Walken' process, and the latest decoders = use the=20 'Walken' process to decode. Because of this discrepancy = sometimes color=20 information might be decoded differently, with discolorations as = the=20 result. The work on a solution to this issue is currently in = progress.=20 Since you can't detect the difference automatically, the decoder = will=20 have an option to switch decoding between 'Simple' and=20 'Walken'.


    D9. I get no output on my=20 TV-out!

    This is not a problem with XviD. If = your files=20 play perfectly on your pc-monitor then it's not a codec fault at = all.
    This usually happens with not properly configured and/or = installed graphicscard drivers, and less often with a fault in = your=20 operating system.
    -When using windows, make sure you have at = least=20 DirectX 8 or higher installed.
    -Do NOT use alpha or hacked = drivers,=20 like Omega's Ati or Nvidia drivers or similar. Use only = WHQL-drivers if=20 possible.
    -Some videocards need an extra tool to properly = configure=20 the TV-out. 3dFX Tools for Voodoo 3-6 and Hydravision for Ati = cards=20 spring to mind. Make sure these are properly = installed.
    -Check the=20 documentation of your videocard. You can also find help at = several=20 online sites.
    Some examples:
    Geforce FAQ website
    Helpsites for 3DFX card owners
    Ati = (Radeon)=20 support site


    D10. I installed = XviD on XP=20 but it doesn't show up in the codec list!

    This is a = little=20 known bug with Windows XP and has to do with how it handles = codec=20 registration in it's registry.
    If you don't mind editing your = registry open up regedit (Start --> Run --> Regedit) and = go=20 to:

    [HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows=20 NT\CurrentVersion\Drivers32]

    You'll see a long list = of codes=20 with filenames next to them. The codes are FourCC codes. A = FourCC code=20 is stored inside a media file and is supposed to state the type = of=20 content. So a FourCC of 'Xvid' means it's an XviD file.
    To = the right=20 of those FourCC codes you will see the codec files that Windows = is to=20 use to handle those types of content.
    You will see a lot of = empty=20 entries, i.e. FourCC codes that aren't associated with any = codec. Delete=20 them all.
    Yes, that's right: They can be deleted=20 safely.
    Apparently without these empty entries XP will = show you=20 all your codecs again.

    There is also a tool called = BigFix=20 that fixes this and many other codec related bugs.
    Get it here    .

    (I wouldn't = know for sure=20 if this fixes it: I think XP sucks ass and don't use=20 it)


    D11. My old XviD files = don't play=20 correctly with the latest XviD!

    There are many = probable=20 causes for this, but some of the more obvious = are:

    -Resolutions=20 different than mod16 (dividable by 16) were broken in old alpha=20 builds.
    (If you read the guides back then you should have = known to=20 stick to mod16 or mod32 resolutions)

    -You used = interlacing with=20 GMC and/or b-frames (also b0rked in alpha builds).
    Both = Interlacing=20 and GMC have only very recently been debugged.

    -You used=20 something else that was broken at the time.
    -You did = something way=20 out of spec or not MPEG-4 compliant.



    D12.=20 Why do red areas in my clip look blocked or = pixelated?

    This=20 is an issue with some decoding applications, it has nothing to = do with=20 encoding. The color space used by XviD is YV12 (check the = glossary for=20 more info) and is a very lossy color space. When decoding = the=20 decoder has to convert this to a full quality picture that the = video=20 card can send to either a monitor or a TV.
    The lossy Xvid = file has=20 much less color information than uncompressed video, so the = decoder has=20 to reconstruct the lost information somehow if it wants to put = out a=20 proper result. Since there is way less color information in the = Xvid=20 than there is brightness information, the color information the = decoder=20 has to work with is far less precise. The underlying process is = called=20 upsampling and the color space gets converted from = YV12 to=20 RGB32, which isn't (very) lossy. Then the RGB32 signal gets = thrown at=20 you via your monitor or TV screen.

    The problem occurs = when the=20 upsampling isn't done properly; Part of proper upsampling is = taking=20 that sparse color information and making a 'best guess' about = what the=20 values inbetween are supposed to be, creating a fine color = gradient=20 across the picture.
    A process like this is usually called=20 interpolation and if the decoder doesn't do that = properly=20 the decoded output will not have a proper color gradient but = will look a=20 bit blocky; After all the 'in between pixels' will not have an = 'in=20 between value' but the closest orginal value, which is far = coarser, and=20 creates very visible artifacts.
    For some currently unknown = reason=20 the artifacts tend to be more visible in the red parts of = the=20 spectrum. Current best guess is that it is an interaction = between YV12=20 color space-weirdness and the color-sensitivity of the human = eye,=20 unforeseen by the creators of MPEG.

    Now the bad = news is=20 that this is an inherent issue with the color-space used by = MPEG, not=20 just with MPEG-4 but also with MPEG-1 and MPEG-2 (VCD and DVD). = As long=20 as the output was just on TV noboby seemed to care, but modern = monitors=20 and HDTV's are far more precise and it is now an obvious = weakness in=20 many MPEG applications.

    The good news is that it's = just a=20 small issue with decoding and that it is very fixable.
    On = windows=20 these are the known fixes:

    -First method is to use = ffdshow with=20 "ConvertToRGB32()" command in its AviSynth tab (use an ffdshow = version=20 that has it). This will make use of the upsampling features of = Avisynth=20 which work properly.

    -Second method is to buy another = video Card.=20 Not recommended really...
    Especially Geforce video Cards and = older=20 cards seem to suffer from improper upsampling methods. Trying = another=20 driver might help, but feedback on this has been too few and far = between=20 to really make any assumptions.

    -A third method is to try = to use=20 the "VMR 9 Renderless" mode in MPC.
    This will make MPC use = another=20 type of playback, possibly using proper upsampling.

    -A = fourth=20 method (untested at this moment) that could hypothetically work = is to=20 first open another media file and play this simultaneously with = the file=20 you really want to play.
    (the idea behind this is that only = one media=20 playback can use 'hardware overlay' which makes use of the = hardware=20 acceleration features of your video card. The next file opened = cannot=20 use these features and would be played using software overlay, = which=20 might use other (and proper) upsampling.)
    Needless to say = this takes=20 quite some extra CPU and it denies you the use of all the nifty = hardware=20 features your video card has. But, it might work.


    D13. Bad seeking

    This is usually caused = by one of=20 two things:
    -Too few keyframes. Some morons think setting the = maximum=20 Keyframe interval to extremely high values is a good way to = increase=20 compression. It is not.
    Since player programs can only seek = from=20 Keyframe to Keyframe, the larger the interval between keyframes = the=20 worse seeking will be. There is no workaround other than to = re-encode=20 the file with a proper Keyframe interval.
    See section C12 = 'maximum=20 I-frame Interval' for more details.
    -Poorly muxed audio. This = can=20 make seeking impossible. This is known to occur with some vbr = mp3=20 soundtracks that are not properly muxed. The only option is to = remux the=20 audio using a proper tool.


    D14. = Other=20 issues...

    Asian versions of Windows do not show = the Vfw=20 interface for XviD properly.

    Microsoft admits that it = is a=20 bug in windows(!). Though they don't offer any better fix than = setting=20 the locale to English, after that the dialogs are as expected. = If you're=20 one of the tweaking kind go to this forum thread     for more information on = interface=20 adjustment.
    This is an old and well known bug, and as far as = I know=20 it has been fixed with 1.0 Final.


    Issues with = Windows=20 Media Player 9

    WMP9 uses a new way of handling = codecs, beside=20 from a compatibility mode. But it turns out that (surprise = surprise)=20 WMP9 is still rather buggy. In fact, sometimes WMP9 opens up = two=20 instances of XviD to play the file, instead of one.
    Best not = to use=20 WMP9 for now, it sucks anyway. What to use? ANYTHING BUT=20 WMP9.


    PART E: Feedback and Questions


    Back to top
    E1. I'm = still lost. Who=20 can I ask/call/email for support?

    Well, = officially,=20 nobody really. Since there is no single person, company or=20 organisation developing XviD, there is no 'support center',=20 'helpdesk' or something like that. Also, XviD is 'for = educational=20 purposes only' which means that officially it's not meant = to be=20 used seriously, if at all.
    But, in reality, you will = find=20 plenty of people on the internet using XviD doing all sorts of=20 imaginative and not-so-imaginative stuff with it, so there's = bound to be=20 somebody around to answer your questions. You just have to find = them=20 (which is difficult enough as it is, since the internet is=20 HUGE).


    E2. Where can I go on = the=20 internet to talk about XviD?

    There are a couple of = websites,=20 mailing lists, internet forums and IRC = channels    =20 where you can find more info, ask questions or talk with others = about=20 XviD. Some of these are better than others, and you may also = find you=20 like one type of communication more than the others.
    Some = XviD sites=20 are http://www.xvid.org/ and http://www.doom9.org/.=20 Both of these have forums where you can read all sorts of = discussion and=20 ask questions about XviD. The Doom9 XviD forum is highly = recommended.
    On IRC you=20 can go to the #XviD channel on IRC server irc.freenode.net. = Please note=20 however that the IRC channel is usually more developer oriented = and that=20 you might be better off lurking in the forums a bit before = entering=20 chat.


    E3. I want to report a bug. = How do I do=20 that?

    Reporting bugs will help to solve issues in the = code=20 and incompatibilites with soft- or hardware. But first try to = make sure=20 it's not an issue with some other software or hardware component = of your=20 computer.
    This means:

    -Don't use experimental, = unofficial or=20 unstable drivers for your hardware. Use the latest non-beta = drivers. If=20 your OS is Windows, try to use WHLQ-drivers only.
    -Don't = overclock=20 your system. Many crashes and bugs (even subtle ones) can be = caused by=20 components running out of spec.
    -Certain hardware = combinations are=20 known to be buggy. Especially Creative soundcards on = motherboards with=20 Via chipsets create a lot of problems.
    -Make sure your = operating=20 system is stable and has the latest patches. We're not talking = about=20 security-patches but patches that affect stability.
    -With = Windows,=20 make sure your desktop color depth is 32bit. 16bit color depth = will make=20 the video look artificial.
    -If you have an issue with = encoding, make=20 sure you have everything setup properly before reporting a bug. =
    (Try=20 to eliminate any faults in other steps in the proces, like a = buggy=20 Virtualdub version or an error in your avisynth script)
    -If = you have=20 an issue decoding (playing) a file, switch decoders and see if = you can=20 isolate the problem to a single decoder. Make sure you're = playing Xvid=20 files with the proper decoder. DivX now automatically sets an = option to=20 play 'generic MPEG-4 content' so disable that one.
    -If you're = using=20 an untested alpha build, like one of Umaniac's instabuilds, you = have to=20 face the fact that you're pretty much on your own. These = builds are=20 not likely to be used by a lot of people and are completely = unsupported,=20 so your chances of finding anyone to confirm your bug are=20 small.
    (Sticking with major builds has the advantage of = having=20 other people around that can confirm bugs)

    If you have = ruled out=20 all of the above and are still convinced you have a bug to = report, go to=20     Doom9's XviD forum and submit a post = containing your=20 bug report. Please follow the following guidelines when=20 posting:

    -What version & date of XviD are you using? = (i.e.=20 Nic's, Koepi's, uManiac's, etc)
    -In Windows, what DShow = filter are=20 you using to decode it? (i.e. Nic's, Koepi's sysKin's, ffdshow=20 etc.)
    -Does the bug occur with every encode you do or just = the one=20 clip? Big clip or small clip?
    -Your computer config. (i.e. = Operating=20 System, Media Players, Hardware (specifically: graphics card, = Operating=20 System, CPU))
    -Please post all the options you used in your = encode=20 (i.e. 2pass, GMC, Q-Pel, Bitrate, VHQ, etc)
    -If using = AviSynth, post=20 a summary of your script and check that it plays and looks fine = in=20 VirtualDub before posting.
    -On a forum, try to fit a very = brief=20 summary of your problem into the subject line (rather than just = having a=20 subject of "help!" or similar, that's likely to get you kicked = off that=20 forum for being too unspecific)
    -Please specify the container = format=20 you are encoding to/playing from.
    -Specify if your encode is = muxed=20 with audio (specify the audio) or not.
    -make sure the bug is = not=20 reported before. The usual place for this is at the XviD forum = at=20 http://forum.Doom9.org.
    -Report a bug only to the specific=20 build-topic. Major builds are announced in = build-topics.
    These are=20 also the first place to look for a list of known bugs.
    -It is = always=20 beneficial to confirm a known bug. This might rule out certain=20 assumptions, like bugs occuring only with an AMD CPU if you have = a=20 Pentium IV. Also if someone reports a bug on a setup just like = yours and=20 you don't have that same bug, report it. Keep a confirmation = short and=20 functional.


    E4. How can I contribute = to the=20 XviD project?

    So you want to help out, eh? Well, help = is=20 always appreciated, and while XviD is already one of the finest = and most=20 highly-developed MPEG-4 codecs out there, it's still lacking = finesse in=20 certain respects (most notably at this moment documentation and = code=20 optimizations) and there is always something to do to help if = you want=20 to.

    In descending order of effect, these are some = of the=20 things you can do to help the XviD project:

    -Hire someone = to=20 develop XviD fulltime
    If you've got the cash (say you're a = company=20 doing media development or producing XviD support for embedded = devices)=20 you could hire one of the XviD developers fulltime or parttime = to do=20 development, programming and testing on XviD. This would really = speed up=20 development as most of the developers are either still in school = or=20 university or have fulltime jobs, and they develop XviD in their = spare=20 time. Putting one (or more) of them on a paid job developing = XviD would=20 mean there's at least a guaranteed level of continuous=20 development.

    -Give all/some/one of the developers a new = pc
    If=20 you don't have the dough to put somebody on a payroll but still = want to=20 contribute with money you could donate hardware to the = developing=20 community. This would allow them to do much more work since most = of them=20 use their own computer at home for all the programming, = compiling and=20 testing. This also means that XviD testing is limited to a small = amount=20 of software and/or hardware combinations, mostly focused on = mainstream=20 low-end and mainstream computers meant for home use. So for = example if=20 you want multi-threaded support of support of Athlon64 or Xeon=20 optimisations, or you want it to work on a supercomputer or = Beowulf=20 computer, you'd have to give a developer at least access = to these=20 type of systems. I'm not saying that it would be a good idea to = give=20 Koepi or Nic or one developers a Cray supercomputer (would be = nice=20 though ;^) ) but giving them access to one so they can program = support=20 for it would certainly be a good way to help further = development. of=20 course if you're a BIG hardware company like Intel or AMD, it = really=20 helps if you give the developers access to the newest and latest = hardware you're developing, or give them versions of the newest = hardware=20 optimized compilers like ICL and similar.
    If you're not that = loaded=20 with cash, but want to help out in a smaller way, you could of = course=20 always give them that spare old Pentium III or that stick of = memory you=20 have sitting in your desk collecting dust. Any small = contribution=20 helps.

    -Become a developer
    Let's say you don't have = money but=20 you've got brains, a computer and some fine programming=20 skillZ(tm)...
    You could become a developer yourself and start = collecting bugs, builds, headaches, cafeine intoxications, fame = and=20 glory just like Koepi, Nic and the others! Becoming a developer = is=20 easier than you might think. XviD is an open source project, so=20 everybody can download the source code, look at it, alter it, = test it,=20 alter it again, test it again, alter it again, test it again.... = straight into eternity. Any alterations you make that are = considered=20 better than the previous code will contribute to the further = development=20 and glory of XviD. And of course you will get listed here in the = appendix as one of the developers of XviD ;D.

    -Help with=20 documentation (like this faq)
    Although nowadays there is more = documentation on XviD than there ever was before, there is = always room=20 for improvement. (If we ever get to the point where there's so = much=20 documentation that we have to start selecting, it will be a good = day=20 indeed.)
    Typical examples of documentation are, in no = particular=20 order:
    =3D Specific build guides, (like Snowbeach = guides)
    =3D=20 Elaborate and detailed explanations of the workings of a = particular=20 option (like Qpel, B-frames, Adaptive Quantization etc,)
    =3D = List of=20 known bugs for different builds and workarounds
    =3D More = general=20 documentation using XviD in a broader perspective (like a = Gordian Knot=20 or AutoGK guide using XviD)
    =3D FAQ's (like this one)
    =3D = Good,=20 readable MPEG-4 documentation (or a list of things that are and = aren't=20 MPEG-4 compliant)

    -test XviD on all sorts of different = software=20 and hardware combinations
    You can always help out the = developers by=20 testing their newest code for them. You can either download the = latest=20 source and compile it for yourself, or you can use one of the = builds=20 supplied by the devs.
    Testing it means you take a videoclip = and you=20 encode it and try to play it on all sorts of combinations of = software=20 and/or hardware, and then report the results. A proper bug = report (see=20 question E3 for how to file a proper bug report) can really help = out in=20 finding and solving problems especially ones that are hard to = reproduce.=20

    -Help people with XviD on fora, irc and irl
    You can = always=20 try to help out other people who are trying to use XviD but = don't=20 understand certain things about it. Usually the devs are rather = busy=20 doing all sorts of difficult programming stuff and they really = don't=20 have the time to answer all the questions that people are asking = all=20 over the place. So, it doesn't hurt if you take some load off = their=20 backs by asnwering questions that you have seen asked and = answered many=20 times before. And even if you don't know what certain options = do, or=20 have no idea how the internals of XviD work, how to compile it = or test=20 it, if you know someone who does or a website or internet forum = where=20 answers can be found, chances are you have already helped that = person a=20 lot.

    -tell your friends about how cool XviD is
    Spread = the=20 word, man, spread the word....the bigger the community gets the = more=20 people are bound to contribute to the project in one way or = another.=20 It's simply a matter of numbers...the more people know about = XviD, the=20 more people will download it, use it and test it, get involved = in the=20 community, give feedback, become developers, help other people = out=20 solving bugs and answering questions...
    All it really takes = is a big=20 mouth and some power of persuasion, and if you haven't got = brains,=20 money, writing ability or the time and CPU cycles to test XviD, = you can=20 always try to persuade people that do. ;^)

    NOTE: If you have illegally downloaded a copyrighted movie = then you=20 will get no other help here! We do not help with piracy of = movies!

    Appendix

    Back to top

    A. Useful Links

    XviD main development site: http://www.xvid.org/
    Doom9's audio/Video = editing=20 site: http://www.doom9.org/
    Doom9's = forum
    XviD=20 Sourceforge site: http://sourceforge.net/projects/XviD/
    Koepi's Media = Development=20 Homepage
    Nic's=20 XviD page
    Sourceforge site of Media Player Classic and=20 Matroska
    Ffdshow homepage
    WinCVS download=20 site
    Debugview site
    A introduction to interlacing and = deinterlacing.
    The DVD=20 FAQ. Very good reading with lots of info.
    Multimedia Data explained.
    Must read for = DVD2Avi=20 users:
    DVD2AVI FAQ
    Force = film, IVTC,=20 and Deinterlacing
    Technical documentation concerning An introduction into TV standards
    Info = about color spaces.
    An article on the chroma upsampling error.
    A document = outlaying=20 the differences between pixel sizes: Square and Non-Square Pixels
    A document = outlaying=20 the differences between video AR standards: A=20 Quick Guide to Digital Video Resolution and Aspect Ratio=20 Conversions
    Rarewares.org, the source for many = hard-to-find audio=20 and video files.

    B. Downloads

    (Alternate locations are directly from my=20 site)

    Video codecs

    Koepi's = XviD-1.0.2-29082004=20 build. Latest build as of 17 october 2004. If you want to use = one of=20 Koepi's builds, use this one.
    Primary location is Koepi's homepage    . Alternate= =20 location

    Older builds (available for reference and = testing):
    Koepi's XviD-1.0-RC4 build.
    Alterna= te=20 location

    Koepi's XviD-1.0-RC3 build.
    Alterna= te=20 location

    Koepi's XviD-1.0-RC2 build.
    Alterna= te=20 location

    Koepi's XviD-1.0-RC1 build.
    Alterna= te=20 location

    Koepi's XviD-1.0-beta3 build.
    Alter= nate=20 location

    Koepi's dev-api-3 build 24-06-2003. This is = a rather=20 stable alpha-build.
    Alternate=20 location

    Koepi's XviD-1.0-RC1 Decoder. RC1 Decoder = only.=20 Please note that there are newer versions around that solve some = issues.
    Primary location is Koepi's homepage.Alternate = location

    DivX 5.2.1 (basic) codec. Will decode all = DivX=20 content.
    Primary location is the DivX website http://www.divx.com/divx/.
    Alternate = location not=20 available.

    Players

    Media Player Classic = 6.4.8.2 for=20 Windows 2000, Xp and 2003.
    Primary location is it's = sourceforge homepage.Alternate=20 location

    Media Player Classic 6.4.8.2 for Windows 98 = and=20 Millenium.
    Primary location is it's sourceforge homepage.Alternate=20 location

    Ffdshow build of 12-10-2004.
    Primary = location is=20 it's homepage.Alternate=20 location
    Please note: SSE and SSE2 optimized versions are = available on ffdshow homepage.

    Audio codecs and=20 filters

    Ac3 audio directshow filter version 0.70b. = Use this=20 for playing back AC3.
    Primary location is it's sourceforge homepage.Alternate=20 location

    Lame 3.90.3 codec. Currently the best lame = version=20 available. Better than 3.95. Both executable and dll = version.
    Primary=20 location is it's homepage.Alternate=20 location

    Mp3 windows shell extension. Useful for = right-click=20 properties. (just be sure to disable the icon handler, it looks=20 terrible).
    Primary location is it's homepage.Alternate=20 location

    Razorlame 1.1.5. Useful frontend for = encoding WAV's=20 to mp3 with lame.
    Primary location is it's homepage.Alternate=20 location

    Note: Use the OGM filter to playback ogg=20 audio.

    Subtitles

    Vobsub 2.23 tool. This is = THE tool=20 for playing back subtitles.
    Primary = location=20 Alternate=20 location

    Ogm directshow subtitle filter. Use this to = get=20 subtitles working with Ogm files.
    Primary = location Alternate=20 location

    OGM filter

    Ogm directshow = filter. This=20 will add directshow support for the playback of Ogm files and = Ogg=20 audio.
    Primary=20 location Alternate=20 location

    C. Glossary


    3ivX: A relatively new MPEG-4 = implementation very similar (but still inferior) to XviD and = DivX. Like=20 DivX it's a commercial MPEG-4 implementation. It's available for = many=20 platforms, including Windows, Linux, MacOS, Amiga and BeOS. It's = website=20 is here.

    ABR: Average = Bit=20 Rate. Encoding in ABR means that the bitrate can vary = (wildly)=20 per measured unit of time (either seconds, milliseconds or other = standard; for XviD it's per frame), while still keeping the = whole=20 encoded result to a mean average value. ABR is a term most = commonly used=20 in audio compression, and many audio compression formats can = encode=20 using some form of ABR. However, usually it's not the most = optimized=20 form of encoding and especially mp3 and Ogg Vorbis deliver = better=20 results when encoding in VBR-mode.
    For XviD the situation is=20 different though. In two-pass mode XviD encodes to a set size, = which=20 could be interpreted as another way of ABR (a set size for a set = length). In sharp contrast to audio compression this mode is = highly=20 optimized and gives by far the best results.

    CBR:=20 Constant Bit Rate. Encoding in CBR will = give each=20 time-based unit exactly the same amount of bits, without any = regard for=20 the complexity of the signal that is encoded. This is one of the = oldest=20 forms of encoding, especially in the audio compression world, = and is the=20 least optimal (as it gives complex signals too few and simple = signals=20 too many bits).

    DivX: A MPEG-4 codec originated = out of an=20 illegal hack of a Microsoft codec, which became widely known as = Divx=20 3.11. Later a new development started, designed to remove all=20 proprietary code, with the DivX 4 (also called OpenDivX) codec = as a=20 result. The latest DivX versions (current one is 5.1.1) are = commercial=20 MPEG-4 codecs, with a less advanced implementation still = available for=20 free.
    While DivX is considered to have better hardware = support it's=20 quality is considered (slightly) inferior to XviD, at least by = XviD=20 users and developers. :^) Go take a look at their website. =

    FourCC: "Four-Character Codes (FOURCC), a set of = codes=20 that are four characters in length, was introduced by Microsoft = to=20 clearly identify video data stream formats. The unique FOURCC = value=20 assigned to every compression format and pixel layout allows = video=20 frames to be passed between file and codec by ensuring the = FOURCC of the=20 source frame matches a FOURCC supported by the codec." Read the = rest here

    Interpolation: The = process of=20 finding a value in between two other values by taking the = average of=20 those two values. If you take a white pixel and a black pixel = and want=20 to create a third pixel in between by interpolation, it will end = up=20 being grey.

    MPC: Short for Media = Player=20 Classic. It's a Media Player with an interface very = similar=20 to the Windows Media Player 6.4, which comes with Windows 98 and = 2000.=20 But it's much better and there are a gazillion differences under = the=20 hood. It's considered better than any media player = Microsoft has.=20 MUCH better.
    Go look for it over=20 here

    MPEG: Motion Picture = Expert=20 Group. A conglomerate of companies and institutions that = sit=20 around a table once in a while making up new standards. Creators = of the=20 MPEG-1 (VCD), MPEG Audio Layer-II (mp2), MPEG Audio Layer-III = (mp3),=20 MPEG-2 (DVD, SVCD), MPEG-4 (3ivX, DivX, XviD, etc)) and other = standards,=20 they are a very important factor in the media = industry.

    Ogg=20 Vorbis: Container and Audio format combination. It's an = often=20 incorrectly stated term for the use of the Vorbis audio format.=20 Officialy, Ogg is the container format in which audio can be = placed.=20 Vorbis is the audio format developed by the designers of Ogg in=20 conjunction with it, and Vorbis can only be placed inside an Ogg = container (AFAIK). Therefore it's called Ogg Vorbis.(The Ogg = container=20 can also hold other formats)
    As for the Vorbis audio format, = it's a=20 new, open sourced audio format meant to surpass mp3 in both = quality and=20 compression, and it succeeds in this. In sharp contrast to mp3, = which is=20 mainly CBR-based with VBR sort-of developed on top of = this ,=20 Vorbis is VBR-optimized from start, and CBR and ABR modes are = considered=20 sub-optimal (but still better than mp3).
    If you want to use = Ogg=20 Vorbis with your XviD files, you can't use it with the = avi-container.=20 Use either Ogm, MP4 or MKV.
    Official Vorbis Website is here.=20

    Ogm: Ogg Media container format. An = unofficial standard developed by a guy called Tobias Waldvogel = primarily=20 to make possible the use of Ogg Vorbis audio with video = contained in Avi=20 files. The avi file and the Ogg Vorbis file are bound together = by a=20 muxing tool into a Ogm file. It has been developed further to = include=20 support for multiple audio files, subtitles and more.
    To play = this=20 type of file you need a splitter filter to demux the Ogm. You = can get=20 one for win32 here.

    RGB32: A type of color = space that=20 uses almost no compression. The primary color values Red, = Green and Blue are stored in an 8-bits value on a=20 per-pixel basis. This means that each pixel has three 8-bit = values=20 totalling 24 bits, with one zero byte making a total of = 32 bits=20 per pixels (The last byte is added because it makes it easier to = process=20 this type of video for 32-bits processors). Needless to say, = files using=20 this color space can get quite big.

    VBR: = Variable=20 Bit Rate. Encoding with VBR means that the bitrate = can be=20 different for every time-based unit of source. Basically a = time-based=20 unit means that bitrate can differ per standard of time (hour, = second,=20 millisecond or the time it takes for you to take a leak), but = the=20 resolution of XviD is not in seconds but in frames per second. = (VBR is=20 more an audio compression related term anyway)

    Video=20 Renderer: Part of the DirectX interface responsible for = outputting=20 decoded video. Irritatingly, both VMR and this Video Renderer = call=20 themselves 'Video Renderer' towards the = user.

    VMR-7/9: VMR=20 stands for Video Mixing Renderer and is a = part of=20 Microsofts DirectX implementation. VMR-7 is only available on = Windows=20 XP; VMR-9 is installed as part of DirectX 9 and works on Windows = 98(SE),=20 ME, 2000, XP, and 2003. It's a new video processing interface = but still=20 not well supported. Since VMR-7 is only available on XP, expect = even=20 less support. VMR-9 is not used by default on systems = with=20 DirectX 9 installed, the default is VMR-7 for XP and the older = (but more=20 compatible) 'Video Renderer' on 98(SE), ME and = 2000.

    YV12:=20 The color space used by XviD. A Luminance value is stored for = every=20 pixel, but for only every four pixels both a U and V value is = stored.=20 Four pixels then have 4x8 +8+8=3D 48bits stored. 48/4 equals 12 = bits, so=20 this color space takes up about 12 bits per = pixel.

    D. XviD Developers

    E. FAQ Contributors

    In alphabetical order:
    Crusty
    Doom9
    Koepi
    mikeX
    Nic
    Snowbeach
    SysKin


    Changelog:

    17 = October
    MAJOR=20 UPDATE. Reviewed pictures for correctness. Updated XviD version = info and=20 downloads. Major revision of downloads section with more and = updated=20 files.
    Made website counter working again. Link-rot update on = all=20 sections. Some minor alterations on section B.
    25=20 September
    First update in four months. Changed website = location.=20 Changed picture links from absolute to relative = html-links...they should=20 work after any other change now.
    24 may
    First = considerable=20 rewrite because of XviD going 1.0 Final.
    Removed A8-A17 as = they were=20 obsolete; Minor alterations to A1-A7, B1-B6.
    6=20 april
    Updated FAQ for RC4; added Meta-tags for=20 description.
    7 march
    Experimentally added=20 webcounter
    4 march
    Yeah...pictures! Also alterered = some=20 stuff here and there, mostly as a sideeffect of adding = pictures.
    1=20 march
    Updated for Release Candidate 3; Minor alterations = here and=20 there; Updated PDF version(thanks to atreya2011).
    25=20 February
    Added stuff to glossary; minor alterations to = A7, B1,=20 B4, and C17
    21 February
    Minor edits to B-VOP = sensitivity=20 and Turbo
    20 February
    Added C17; updated D12; added = stuff=20 to glossary; some minor alterations
    19 = February
    Update Qpel=20 and cartoon mode; Added Glossary to appendix; alterations to = RRV; minor=20 alterations/corrections across the field.
    16 = February:
    Many=20 typos and style corrections all over the place; Added D10 D11 = and D12;=20 Small alterations here and there, nothing fancy.
    11-14=20 February:
    Many typos and style corrections all over the = place;=20 added B8; added C3a and moved the rest up; filled in C9; added = C15;=20 added D8;
    Major content alterations to B7 and B6; Added = timezone to=20 last-update-time;
    Minor content alterations to A4, B4, C1, = C3f, C4,=20 C5, C8, C11, C16, D1, D7 and Appendix.
    10 = February:
    A4=20 complete, waiting for feedback for error correction
    B4 added = note=20 about instabuilds. C3c: Filled in C5: 'More' Profile options - = Aspect=20 Ratio tab Filled in. Recommended it's use 'for advanced users=20 only'
    C14 'Debug' tab Now filled in. D1: Added note about RC2 = having=20 new installer
    Moved D8 to D9 'I get no output on my TV-out!' = and=20 added D8:'I get weird discolorations when playing back an old = XviD=20 file.' (About the IDCT simple/walken issue...AFAIK the only = effect is=20 discolorations)
    E2. Where can I go on the internet to talk = about=20 XviD? Filled in
    E3 bug reporting: Added stuff from Nic's = sticky on=20 the forum and additional stuff. E4 contribute: filled in = completely now=20 Added lots of stuff to the 'useful links' section. All across: = minor=20 error and spelling corrections
    Last week of January=20 2004:
    Start of new XviD FAQ project. Doom9's FAQ was the = starting=20 point. Now completely rewritten. =

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