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-kwag |
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-kwag |
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Cheers Ozjeff99 |
Hi kwag,
in CQMatic there are disabled checkboxes for MCE and CCE. Do you think you'd sometime be able to include vmesquita's CCE method in CQMatic? Regards, new_bee |
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-kwag |
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And I will go forward, only when I finish with the TMPEG problems we currently have. CCE should follow. MCE, I don't know. I'm still waiting on a E-Mail I wrote to them, related to command line control. Apparently, MCE doesn't have any :!: If that's the case, MCE will be removed from the option, as there's no way to use the program from external sources. -kwag |
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Should I use the interlaced option even when using telecide and decimate to convert 29fps interlaced hybrid material to 23fps? |
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If your source is IVTC'ed, with telecide or any other function, then your source is seen as progressive by the encoder, and you must "uncheck" the option. ( Actually it will be unchecked automatically, because CQM will see "Progressive" in TMPEG's source type ) -kwag |
Thanks :D :!:
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As you probably know, CCE doesn't have native command-line support. But we can use ECLCCE to add this functionality. ECLCCE does not crack CCE executable, it just simulates normal user input, and uses WIndows Functions. So probabily, this could also be done with MCE to allow CQMAtic to work! This is just an idea, I don't know exactly how this is implemented in ECLCCE. []'s Vmesquita |
Hi vmesquita,
Yes, I think ECLCCE is what DVD2SVCD uses to control CCE. It's really sad these programs (CCE, MCE) don't have any kind of command line control :? I really don't like the "User simulated software" programs, as they can fail under some conditions. And then, the complete process is messed up :!: But if it is the only alternative, then that's the way it will have to be done :) -kwag |
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[]'s Vmesquita |
CQMatic 1.1.04 up!
As usual, at the top of this thread :!:
Changes to 1.1.04 Added: Internal prediction factors now taken into consideration, depending on the project resolution. Valid resolutions are: 352x240(288) 352x480(576) 480x480(576) 528x480(576) 544x480(576) 704x480(576) 720x480(576) Any other resolution will not be processed A warning message will be issued by CQMatic if you try to process any another resolution. -kwag |
XSVCD
Movie length: 146Min
CD's: 2 SVCD's (2 languages) max: 3600; min: 350; avg: 1145 720*576 Pal Quote:
MovieStacker's file size: 1216MB Filesize after Encoding: 1100,5MB The Quality also is really good! :D :D :D |
You better try CQMatic 1.1.0.4, since the previous Versions aren't very accurate.
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But something wrong...
Why you sample the "end" of the movie, when the generic is display... 99% of tihe time, it's only a big black background with white letter... This 4 minutes of generic at the end of a movie, calculated by CQMatic don't "false" the result??? |
Hi Rambytes,
CQMatic samples whatever you set in your project file. If you don't want end credits, then cut them off in DVD2AVI, when you do your project file. -kwag |
you're right...
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aah Rambytes..
also, if you are using the VFAPI route, you could cut the credits out in vdub and NOT have to worry about the end creadits AND the extra TMPG steps and things :eeks: I'm not saying to NOT use AVIsynth of course, cuase it's GREAT, but I just haven't gotten the cropping/resizing things :hammer: nailed yet !! It's not easy asking simple noob questions, and then a :eyebrows: guru is to proud to answer such questions, and kicks you off w/ a :dunce: stupdity response I slowly get my answers, thanks to this forum here. anyways.. just me ranting about nothing.. :heee: But, I like using the VFAPI(psuedo .avi) to vdub route because I have what I consider THE BEST cropping (for 16:9) encodes around (imo) to my taste. Anways.. the above is definately something to consider too, if you want to cut credits or anything 'in between' (specially) using vdub as your server :!: Be cool dude, -vhelp |
CQM Updated to 1.1.07.
Top of this thread. -kwag |
Are you guys having success now with avi conversions?
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-kwag |
I think I've missed something here :oops: - can someone please explain or link to where the "min-bitrate = 0.57*avg-bitrate ; max-bitrate = 2000" modifcation came from? Whats the benefit of using these settings compared to the regular 300-2500kbps range? Does it apply to non-MA encodes as well?
TIA girv :) |
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It has to do with TMPEG's linearity range. The recommended MIN is (0.57 * average bitrate) and the MAX is 2,000. That is, if you are using the MA script. If you are not using the MA script, then you must use a higher MAX bitrate (~2,500) to overcome the visible macroblocks on high motion scenes. -kwag |
Version 1.1.10 released!
CQM updated to version 1.1.10
Grab it at the top of this thread. And PLEASE, UNCHECK Detect Scene Change in TMPEG before you save your project :!: That's one reason our prediction is off in some movies. -kwag |
Ripper!!!!! :lol:
At long last with a few unsuccessful attempts with CQMatic, I used 1.1.07 on Santana Supernatural Live PAL DVD. Full Screen, Lot's of movement, very low CQ of 38 (still very watchable), interlaced. This was the DVD from hell but CQma"J"ic did its job and put the whole encode with sound to within .5%. 8) No worries Kwag mate. Thanks a million. Feels like a mega-milestone Cheers ozjeff99 |
Where does 0.57 come from in "(0.57 * average bitrate)" ?
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Re: Version 1.1.10 released!
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Re: Version 1.1.10 released!
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-kwag |
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I know it's the right balance below average bitrate and a MAX of 2,000, after many trial runs. This may now change, however, with the latest version of CQMatic and the way prediction is done. -kwag |
CQMatic Version 1.1.11
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Hi Kwag..
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. I believe that the MIN = (0.57 * average) formula was derived from one of the following threads.. however, I believe it may have started on page 3 of the last thread :wink: * Confirm TMPGE Settings * File prediction experiment #1,000,000 (pg 5) * File prediction experiment #1,000,000 (pg 3) Good luck.. TGIF !! -vhelp |
Version updated to 1.1.12a.
-kwag |
I've been testing CQ 1.1.12 on an analog capture. My results seem a bit strange:
My settings: Movie Time: 117 Average bit rate: 800 My Results: Final CQ- 2.11 (?) According to BitrateViewer: Aveage bit rate: 384 Max bit rate: 905 Min bit rate: 328 Final file size: 466,888 The movie was Chocolat. |
Hi MrTibs,
Was this with HuffYUV :?: -kwag |
Is this correct 8O :arrow: Max bit rate: 905
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The source is an analog capture using HuffYUV, 352x480. The only noise filter used was PixieDust().
Here is the CQ log (as best I can re-type it with my broken kb) http:\\www.kvcd.net CQMatich Version 1.1.12a Copyright.... Time 17:19:28 Date: 08/18/2003 Ready! Projectc:\chocolat_cq_matci.tpr Creating: CQMatic.tpr C:\Avisynth\chocolat_cq_matic.mpg Project resolution: 352x480 Execute: Movie Time:117 Average Bitrate: 800 Full Encode mode Executing Prediction Phase... Process started at 17:22:17 On 08/18/2003 Setting up initial sampling. Using CQ of 60.00 Prediction cycle #1 Encoder started... Process time: 9.13 minutes Encoder end. File size difference = 0.023225 Low fence: 2.000000 High Fence: 60.000000 Last CQ = 60.00 Current CQ = 31.00 Prediction cycle #2 Encoder started... Process time: 90.93 minutes Encoder end. File size difference = 0.023703 Low fence: 2.000000 High fence: 31.000000 Last CQ = 31.00 Curren CQ = 16.50 CQ difference = 14.500000 Using CQ of 16.50 Prediction cycle #3 Encoder started... Process time: 90.52 minutes Encoder end. File size difference = 0.023704 Low fence: 2.0000000 High fence: 16.500000 Last CQ = 16.50 Current CQ = 9.25 CQ differnece = 7.250000 Using CQ of 9.25 Prediction cycle #4 Encoder started.... ---- this goes on until Prediciton cycle #9----- As for the max bit rate, yes it says 905 but to be honest, I don't see where it ever hits that. The short lived peak seems to be at the begining and it maxes out at 543. Most of the movie is at about 345. When I encoded the movie (from a Huffy capture from TV) at a CQ of 100%, the average bit rate was about 1341 with a max of 2432. The final file size was 1,355,977. |
Hi MrTibs,
Verify that you only have "Checked" "AVI VFW Compatibility Reader" in TMPEG. Uncheck ALL other options. Maybe your capture is being read by one of the darn DivX (XviD) CODECS, and that's what's throwing off file reading and proper prediction from your capture. -kwag |
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