Hi all, by far i'm makin' SVCD using the chain
flask->avisynth->tmpeg (with flask 0.6 or XIS 3 expert ed. or XMPEG, old avisynth 0.3 and tmpeg beta 12f).
I gain a good quality SVCD (very good in some cases) but at a price....the time! for convert a 60 min. film/clip my computer works for 5/6 hours with an average frame rate of 4/6 fps setting TMPEG at 2450 kbits for video and 224 kbits for audio, in "normal" quality.
If u want a little bit more quality u have to set the encoder (TMPEG) to gain more time to convert in MPEG-2, but u must consider 2/3 more hours (in some cases even more) to compute.
Finally, in some very dynamic scenes, u can get sometimes noises playing the SVCD on ur DVD player (i've seen these noises when there are many ppl movin' on the scene).
A great part of the time is needed because TMPEG want RGB frames as input, so FLASK has to convert YUV->RGB for every frame (many multiplications and additions), and the quality of what is converted depends of the implementation of the conversion's algorithm.
But i want gain the best quality in SVCD, no matter the time needed (well i'll mind on this at the right time), so i was readin' some info about CCE that as many says is the best encoder around (4 SVCD), so i want to give it a try.
flask->avisynth->tmpeg (with flask 0.6 or XIS 3 expert ed. or XMPEG, old avisynth 0.3 and tmpeg beta 12f).
I gain a good quality SVCD (very good in some cases) but at a price....the time! for convert a 60 min. film/clip my computer works for 5/6 hours with an average frame rate of 4/6 fps setting TMPEG at 2450 kbits for video and 224 kbits for audio, in "normal" quality.
If u want a little bit more quality u have to set the encoder (TMPEG) to gain more time to convert in MPEG-2, but u must consider 2/3 more hours (in some cases even more) to compute.
Finally, in some very dynamic scenes, u can get sometimes noises playing the SVCD on ur DVD player (i've seen these noises when there are many ppl movin' on the scene).
A great part of the time is needed because TMPEG want RGB frames as input, so FLASK has to convert YUV->RGB for every frame (many multiplications and additions), and the quality of what is converted depends of the implementation of the conversion's algorithm.
But i want gain the best quality in SVCD, no matter the time needed (well i'll mind on this at the right time), so i was readin' some info about CCE that as many says is the best encoder around (4 SVCD), so i want to give it a try.