text/microsoft-resx 2.0 System.Resources.ResXResourceReader, System.Windows.Forms, Version=2.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 System.Resources.ResXResourceWriter, System.Windows.Forms, Version=2.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089 False 931, 18 False 529, 18 633, 18 18, 15 Select the subtitle language you require from this dropdown. - or - Autoselect: Scan for subtitles in an extra 1st pass, and choose the one that's only used 10 percent of the time or less. This should locate subtitles for short foreign language segments. Best used in conjunction with forced subtitles. True True Here you can name each chapter that the encoded video will contain. Make sure you have selected a "Title" from the "Source" box above otherwise the list will not be populated with the correct amount of chapters. Note: Do not change any of the chapter numbers! True True CABAC, or context adaptive binary arithmetic coding, is used by x264 to reduce the bitrate needed for a given quality by 15%. This makes it very cool and very useful, and it should be left on whenever possible. However, it is incompatible with the iPod 5.5G, and makes the AppleTV struggle. So turn it off for those. CABAC is a kind of entropy coding, which means that it compresses data by making shorthand symbols to represent long streams of data. The "entropy" part means that the symbols it uses the most often are the smallest. When you disable CABAC, another entropy coding scheme gets enabled, called CAVLC (context adaptive variable-length coding). CAVLC is a lot less efficient, which is why it needs 15% more bitrate to achieve the same quality as CABAC. x264 includes an in-loop deblocking filter. What this means is that blocky compression artifacts are smoothed away when you play back the video. It has two settings: strength and threshold, just like a simple filter in Photoshop. Strength controls the amount of deblocking applied to the whole frame. If you drop down below 0, you reduce the amount of blurring. Go too negative, and you'll get an effect somewhat like oversharpening an image. Go into positive values, and the image may become too soft. Threshold controls how sensitive the filter is to whether something in a block is detail that needs to be preserved: lower numbers blur details less. The default deblocking values are 0 and 0. This does not mean zero deblocking. It means x264 will apply the regular deblocking strength and thresholds the codec authors have selected as working the best in most cases. While many, many people stick with the default deblocking values of 0,0, other people disagree. Some prefer a slightly less blurred image for live action material, and use values like -2,-1 or -2,-2. Others will raise it to 1,1 or even 3,3 for animation. While the values for each setting extend from -6 to 6, the consensus is that going below -3 or above 3 is worthless. x264 includes an in-loop deblocking filter. What this means is that blocky compression artifacts are smoothed away when you play back the video. It has two settings: strength and threshold, just like a simple filter in Photoshop. Strength controls the amount of deblocking applied to the whole frame. If you drop down below 0, you reduce the amount of blurring. Go too negative, and you'll get an effect somewhat like oversharpening an image. Go into positive values, and the image may become too soft. Threshold controls how sensitive the filter is to whether something in a block is detail that needs to be preserved: lower numbers blur details less. The default deblocking values are 0 and 0. This does not mean zero deblocking. It means x264 will apply the regular deblocking strength and thresholds the codec authors have selected as working the best in most cases. While many, many people stick with the default deblocking values of 0,0, other people disagree. Some prefer a slightly less blurred image for live action material, and use values like -2,-1 or -2,-2. Others will raise it to 1,1 or even 3,3 for animation. While the values for each setting extend from -6 to 6, the consensus is that going below -3 or above 3 is worthless. When Analysis is set to "all," checking this box lets x264 break key frames down into 8x8 blocks of pixels for analysis. This is a high profile feature of H.264, which makes it less compatible. It should slightly decrease bitrate or improve quality. Analysis controls how finely x264 divides up a frame to capture detail. Full macroblocks are 16x16 pixels, but x264 can go down all the way to 4x4 blocks if it judges it necessary. By default it only breaks up key frames that much. To give x264 the freedom to make the best decisions for all frames, use "all" analysis. If you want to create a high profile H.264 video (which is less compatible with the world at large than main profile), also check the "8x8 DCT blocks" box to add yet another block size for analysis. This setting is finer-grained than the motion estimation settings above. Instead of dealing with whole pixels, it deals with fractional pixels. 4, HandBrake's default, means looking at quarter pixels (qpel). Higher levels increase quality by dividing the pixel more, but take longer to encode. Using 6 or 7 turns unlocks the ability to turn on more advanced features like B-Frame rate distortion. This range is the radius, in pixels, x264 should use for motion estimation searches. It only has an effect when you use Uneven Multi-Hexagonal or Exhaustive searching. 24, 32, and 64 are good values. This sets the shape of the area x264 searches when estimating motion. Your choices are a diamond, a hexagon, a more complex hexagonal shape, or searching the entire frame. You are best off using Uneven Multi-Hexagonal searching. B-frame pyramids are a High Profile feature. This means that if you enable it, YOUR VIDEO WILL NOT PLAY IN QUICKTIME. Pyramidal B-frames mean that B-frames don't just reference surrounding reference frames — instead, it also treats a previous B-frame as a reference, improving quality/lowering bitrate at the expense of complexity. Logically, to reference an earlier B-frame, you must tell x264 to use at least 2 B-frames. With weighted B-frame prediction enabled, x264 will consider how far away the previous and next P-frames are, before deciding to make a frame a B-frame. The effect is that x264 will use fewer B-frames when they'd look bad — when it can't accurately predict motion. Obviously, this only works when you tell x264 to use more than 1 B-frame. Direct prediction tells x264 what method to use when guessing motion for certain parts of a B-frame. It can either look at other parts of the current frame (spatial) or compare against the preceding frame (temporal). You're best off setting this to automatic, so x264 decides which method is best on its own. Don't select none assuming it will be faster; instead it will take longer and look worse. 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