tsMuxeR breaks

[prolinux]

I want to convert a .mkv file to m2ts with tsMuxeR on Fedora 12 linux,
but this breaks with the following errors:

tsMuxeR title02.meta title02.m2ts

SmartLabs tsMuxeR.  Version 1.10.6  http://www.smlabs.net
Decoding H264 stream (track 1): Profile: Baseline@6.1  Resolution: 50:16i  Frame rate: not found
This H.264 stream don't containt fps value. Muxing fps is absent too. Set muxing FPS to default 25.0 value.
H.264 stream does not contain fps field. Muxing fps=25
Decoding H264 stream (track 1): Profile: Baseline@10.3  Resolution: 192:16p  Frame rate: not found
Decoding H264 stream (track 1): Profile: Baseline@23.2  Resolution: -54334:-54432p  Frame rate: not found
Decoding H264 stream (track 1): Profile: Baseline@7.6  Resolution: 16:6p  Frame rate: not found
Decoding H264 stream (track 1): Profile: Baseline@3.9  Resolution: 61052:-4p  Frame rate: not found
Decoding H264 stream (track 1): Profile: Baseline@6.6  Resolution: 826:20i  Frame rate: not found
0.0% complete
Decoding H264 stream (track 1): Profile: Baseline@14.0  Resolution: 112:1808p  Frame rate: not found
Decoding H264 stream (track 1): Profile: Baseline@15.2  Resolution: 16:96i  Frame rate: not found
Decoding H264 stream (track 1): Profile: Baseline@23.0  Resolution: 16:32p  Frame rate: not found
Decoding H264 stream (track 1): Profile: Baseline@0.3  Resolution: -174:32i  Frame rate: not found
Decoding H264 stream (track 1): Profile: Baseline@19.4  Resolution: 16:16p  Frame rate: 0.500048
Not enought buffer for parse video stream. Current frame num 0

Meta file:
# cat title02.meta

MUXOPT --no-pcr-on-video-pid --new-audio-pes --vbr --vbv-len=500
V_MPEG4/ISO/AVC, title02.h264, insertSEI, contSPS, lang=eng

Format profile is:
# mediainfo title02.mkv | tr -d '\r' | tr '\n' ';' | sed 's/;;/\n/g' | grep Video | sed 's/;/\n/g' | grep "Format profile"

Format profile                   : Main@Main

any help ?

[deank]

remove the grep "Format profile" thing and post the whole info for the file.

[prolinux]

attached is the mediainfo

[deank]

If you can extract the elementary streams you will probably have more success (m2v + ac3).