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...unning flawlessly. There was one problem with files with odd sized heights, that has been taken care of now. Regards, Gabriel. http://lives.sourceforge.net On Mon, Feb 16, 2009 at 9:20 AM, Conrad Parker <conrad at metadecks.org> wrote= : > 2009/2/16 Robin Siegemund <r.siegemund at digitalpublishing.de>: >> >> Thanks for your fast reply. >> >> Well, my decoding loop is based on the sample code that comes with Theor= a so there are all necessary checks included. I think there is even no othe= r way to decode video/audio properly without checking the function results =...

...unning flawlessly. There was one problem with files with odd sized heights, that has been taken care of now. Regards, Gabriel. http://lives.sourceforge.net On Mon, Feb 16, 2009 at 9:20 AM, Conrad Parker <conrad at metadecks.org> wrote= : > 2009/2/16 Robin Siegemund <r.siegemund at digitalpublishing.de>: >> >> Thanks for your fast reply. >> >> Well, my decoding loop is based on the sample code that comes with Theor= a so there are all necessary checks included. I think there is even no othe= r way to decode video/audio properly without checking the function results =...

Hello, > (1) Split the content into chain segments > (2) extract the first and last data packet from each segment, for all tracks > (3) recover / calculate the granulepos values for the first and last data packets (*) > (4) convert the granulepos values from the first and last data packets into time values > (5) take the largest difference between start and end time as the total

Hello, currently I'm working on a vorbis based encoder that adds multiple single wave sounds into one vorbis stream (and put every sound in one or more ogg pages). During the process an index is written in an extra file so later you can locate a sound's position easily by a file position and length value. The problem is the sample-exact separation between those encoded wave sounds: If I

Hi Ralph, thanks for your posting. Yes, the standard example player in the theora distribution could also do it when theora would not need so much time. I removed the frame dropping from the example because it's based on some audio stuff under Linux that isn't available on Windows. Currently I've no frame dropping handling build in because the first goal is a good raw performance of

Hello, I'm trying to start DigitalPublishing's "Sprachkurs 1 italiano". When I try wine ISRI1.exe, I get > > fixme:mixer:ALSA_MixerInit No master control found on MPU-401 UART, disabling mixer > fixme:reg:GetNativeSystemInfo (0xcbfcb4) using GetSystemInfo() > fixme:secur32:GetUserNameExW 3 0xcbfdf8 0xcbfdf4 > f...

Hello, I'm just totally confused. In my theora streams encoded using ffmpeg2theora (but also when using my own encoder) I have packets with a granulepos of -1 so I can't identify the packet during a seeking operation correctly. I can also see those strange value when I just print the packet granulepos before sending it to the Theora decoder. I know why there are PAGES with granularpos of

Ok, related to the replys from Eric and Monty there are 3 possible solutions - 1. use lossless encoding like FLAC - 2. insert large chunks of silence between the wave sounds - 3. use completely seperate chained streams -> 1. Flac can't be used because of disk space and bandwidth limitations. -> 2. I also tried this variant but in that case my sounds don't start immediately

Dear theora developer community, currently I'm working on a simple Theora player for Windows. But the code in the player_example.c seems not to have the performance of other implementations like the Direct Show filters by illuminate. In the example player, all important things are done in one thread: decoding the next vorbis or theora packet(s) and reading from the physical stream (+ split