elecard avc h 264 decoder dmo
Sponsored Links
Sponsored Links
Secleted [ 0 ] software to compare
Results 1 - 15 of about 160
Teralogic 880 HDTV decoder Linux driver 0.2.3
Teralogic 880 HDTV decoder Linux driver. more>>
Teralogic 880 HDTV decoder Linux driver.
Remember that this driver has no video capture capability. The kernel module
uses three devices per TL880 card in /dev/tl880 to allow all users to mmap the
memory regions of the TL880, or use the ioctl interface to control the card.
The tools are then used to upload the firmware, set external sync, turn on color
bars, display a mouse cursor, and tweak the OSD. Thats all that the driver can
do so far. There is also I2C bus support. For the latest known bugs, see the
web site and mailing list.
To test the I2C bus(es), you will need the lm_sensors package. Load the
i2c-dev, i2c-algo-bit, and tl880.ko kernel modules, then run i2cdetect for each
bus displayed in the kernel message log (each card has a different number of
buses). If you have any output beside all XXs, note the address and bus
number, and run i2cdump [bus] [address]. For example, the NXT2000 on the MyHD
has address 0x14 on bus 1, so i2cdetect 1 shows a response from address 0xa, and
i2cdump 1 0xa shows the registers of the NXT2000.
Enhancements:
- Many internal improvements in this version, though few new user-worthy
- features.
- Improvements to card initialization.
- New ioctl interfaces.
- Improved VPX chip support.
- More chip features documented.
<<lessRemember that this driver has no video capture capability. The kernel module
uses three devices per TL880 card in /dev/tl880 to allow all users to mmap the
memory regions of the TL880, or use the ioctl interface to control the card.
The tools are then used to upload the firmware, set external sync, turn on color
bars, display a mouse cursor, and tweak the OSD. Thats all that the driver can
do so far. There is also I2C bus support. For the latest known bugs, see the
web site and mailing list.
To test the I2C bus(es), you will need the lm_sensors package. Load the
i2c-dev, i2c-algo-bit, and tl880.ko kernel modules, then run i2cdetect for each
bus displayed in the kernel message log (each card has a different number of
buses). If you have any output beside all XXs, note the address and bus
number, and run i2cdump [bus] [address]. For example, the NXT2000 on the MyHD
has address 0x14 on bus 1, so i2cdetect 1 shows a response from address 0xa, and
i2cdump 1 0xa shows the registers of the NXT2000.
Enhancements:
- Many internal improvements in this version, though few new user-worthy
- features.
- Improvements to card initialization.
- New ioctl interfaces.
- Improved VPX chip support.
- More chip features documented.
Download (MB)
Added: 2007-03-28 License: Other/Proprietary License Price:
946 downloads
MIME::WordDecoder 5.420
MIME::WordDecoder is a Perl module to decode RFC-1522 encoded words to a local representation. more>>
MIME::WordDecoder is a Perl module to decode RFC-1522 encoded words to a local representation.
SYNOPSIS
See MIME::Words for the basics of encoded words. See "DESCRIPTION" for how this class works.
use MIME::WordDecoder;
### Get the default word-decoder (used by unmime()):
$wd = default MIME::WordDecoder;
### Get a word-decoder which maps to ISO-8859-1 (Latin1):
$wd = supported MIME::WordDecoder "ISO-8859-1";
### Decode a MIME string (e.g., into Latin1) via the default decoder:
$str = $wd->decode(To: =?ISO-8859-1?Q?Keld_J=F8rn_Simonsen?= );
### Decode a string using the default decoder, non-OO style:
$str = unmime(To: =?ISO-8859-1?Q?Keld_J=F8rn_Simonsen?= );
A MIME::WordDecoder consists, fundamentally, of a hash which maps a character set name (US-ASCII, ISO-8859-1, etc.) to a subroutine which knows how to take bytes in that character set and turn them into the target string representation. Ideally, this target representation would be Unicode, but we dont want to overspecify the translation that takes place: if you want to convert MIME strings directly to Big5, thats your own decision.
The subroutine will be invoked with two arguments: DATA (the data in the given character set), and CHARSET (the upcased character set name).
For example:
### Keep 7-bit characters as-is, convert 8-bit characters to #:
sub keep7bit {
local $_ = shift;
tr/x00-x7F/#/c;
$_;
}
Heres a decoder which uses that:
### Construct a decoder:
$wd = MIME::WordDecoder->new({US-ASCII => "KEEP", ### sub { $_[0] }
ISO-8859-1 => &keep7bit,
ISO-8859-2 => &keep7bit,
Big5 => "WARN",
* => "DIE"});
### Convert some MIME text to a pure ASCII string...
$ascii = $wd->decode(To: =?ISO-8859-1?Q?Keld_J=F8rn_Simonsen?= < keld >);
### ...which will now hold: "To: Keld J#rn Simonsen < keld >"
<<lessSYNOPSIS
See MIME::Words for the basics of encoded words. See "DESCRIPTION" for how this class works.
use MIME::WordDecoder;
### Get the default word-decoder (used by unmime()):
$wd = default MIME::WordDecoder;
### Get a word-decoder which maps to ISO-8859-1 (Latin1):
$wd = supported MIME::WordDecoder "ISO-8859-1";
### Decode a MIME string (e.g., into Latin1) via the default decoder:
$str = $wd->decode(To: =?ISO-8859-1?Q?Keld_J=F8rn_Simonsen?= );
### Decode a string using the default decoder, non-OO style:
$str = unmime(To: =?ISO-8859-1?Q?Keld_J=F8rn_Simonsen?= );
A MIME::WordDecoder consists, fundamentally, of a hash which maps a character set name (US-ASCII, ISO-8859-1, etc.) to a subroutine which knows how to take bytes in that character set and turn them into the target string representation. Ideally, this target representation would be Unicode, but we dont want to overspecify the translation that takes place: if you want to convert MIME strings directly to Big5, thats your own decision.
The subroutine will be invoked with two arguments: DATA (the data in the given character set), and CHARSET (the upcased character set name).
For example:
### Keep 7-bit characters as-is, convert 8-bit characters to #:
sub keep7bit {
local $_ = shift;
tr/x00-x7F/#/c;
$_;
}
Heres a decoder which uses that:
### Construct a decoder:
$wd = MIME::WordDecoder->new({US-ASCII => "KEEP", ### sub { $_[0] }
ISO-8859-1 => &keep7bit,
ISO-8859-2 => &keep7bit,
Big5 => "WARN",
* => "DIE"});
### Convert some MIME text to a pure ASCII string...
$ascii = $wd->decode(To: =?ISO-8859-1?Q?Keld_J=F8rn_Simonsen?= < keld >);
### ...which will now hold: "To: Keld J#rn Simonsen < keld >"
Download (0.37MB)
Added: 2006-08-30 License: Perl Artistic License Price:
1150 downloads
TiVo File Decoder 0.2pre2
TiVo File Decoder software converts a .TiVo file. more>>
TiVo File Decoder software converts a .TiVo file (produced by the TiVoToGo functionality on recent TiVo software releases) to a normal MPEG file.
This has the same functionality as using TiVos supplied DirectShow DLL on Windows with a tool such as DirectShowDump, but is portable to different architectures and operating systems, and runs on the command line using files or pipes.
The conversion still requires the valid MAK of the TiVo which recorded the file, so it cannot be used to circumvent their protection, simply to provide the same level of access as is already available on Windows.
Usage: ./objects.dir/tivodecode [--help] [--verbose|-v] [--no-verify|-n] {--mak|-m} mak [{--out|-o} outfile] < tivofile >
--mak, -m media access key (required)
--out, -o output file (default stdout)
--verbose, -v verbose
--no-verify, -n do not verify MAK while decoding
--help print this help and exit
Enhancements:
- Fixes a merge error in tivodecoder.h which included several headers before including tdconfig.h, causing some needed defines not to be defined in those headers
<<lessThis has the same functionality as using TiVos supplied DirectShow DLL on Windows with a tool such as DirectShowDump, but is portable to different architectures and operating systems, and runs on the command line using files or pipes.
The conversion still requires the valid MAK of the TiVo which recorded the file, so it cannot be used to circumvent their protection, simply to provide the same level of access as is already available on Windows.
Usage: ./objects.dir/tivodecode [--help] [--verbose|-v] [--no-verify|-n] {--mak|-m} mak [{--out|-o} outfile] < tivofile >
--mak, -m media access key (required)
--out, -o output file (default stdout)
--verbose, -v verbose
--no-verify, -n do not verify MAK while decoding
--help print this help and exit
Enhancements:
- Fixes a merge error in tivodecoder.h which included several headers before including tdconfig.h, causing some needed defines not to be defined in those headers
Download (0.11MB)
Added: 2007-04-02 License: BSD License Price:
939 downloads
MMS Decoder 0.77
MMS Decoder provides a script for sending MMS messages to a Web page. more>>
MMS Decoder provides a script for sending MMS messages to a Web page.
MMS Decoder can receive MMS messages, decode them, and display them on a Web page. This is done by acting as an MMSC, which is a server to which MMS messages are sent.
The only requirement to get this to work is an internet connected webserver, with PHP support and a phone which can send MMS (some operators may have blocked all MMS servers except their own, and the application will not work with these).
When an MMS is sent, its usually sent to the operators MMSC, which notifies the reciever (by a binary encoded SMS) that she or he has an MMS to retrieve, then his or her phone connects to the MMSC server and fetches the MMS which has been made available on the server via HTTP. What my web application actually do is to pretend to be an MMSC, recieves the MMS, decodes it (its encoded as specified in the WAP-209-MMSEncapsulation-20020105-a and wap-230-wsp-20010705-a specifications) and then stores it.
The only thing you need to do to make this work on your phone, is to set the phones MMSC (may also be labeled Service Center, MMS Center, or MMS Server) to http://domain.com/mms/get.php, or something like that, and then start sending MMS messages. And best of all, it will not cost you like 20 cents which the phone operators charge, the only cost is what your operator charge for WAP access (usually a lot less than the MMS cost), since the MMS is sent over WAP.
MMS Decoder was first written as a school project, and therefore Ive written a very detailed report of the decoding mechanism. This is, how ever, written in swedish so it would not be useful to anyone who doesnt know swedish. You can grab the report here.
Enhancements:
- An installation script, which creates the database or/and the tables, was added.
- A phpMyAdmin dump of the database structure was added.
- The directory structure of the package was changed.
<<lessMMS Decoder can receive MMS messages, decode them, and display them on a Web page. This is done by acting as an MMSC, which is a server to which MMS messages are sent.
The only requirement to get this to work is an internet connected webserver, with PHP support and a phone which can send MMS (some operators may have blocked all MMS servers except their own, and the application will not work with these).
When an MMS is sent, its usually sent to the operators MMSC, which notifies the reciever (by a binary encoded SMS) that she or he has an MMS to retrieve, then his or her phone connects to the MMSC server and fetches the MMS which has been made available on the server via HTTP. What my web application actually do is to pretend to be an MMSC, recieves the MMS, decodes it (its encoded as specified in the WAP-209-MMSEncapsulation-20020105-a and wap-230-wsp-20010705-a specifications) and then stores it.
The only thing you need to do to make this work on your phone, is to set the phones MMSC (may also be labeled Service Center, MMS Center, or MMS Server) to http://domain.com/mms/get.php, or something like that, and then start sending MMS messages. And best of all, it will not cost you like 20 cents which the phone operators charge, the only cost is what your operator charge for WAP access (usually a lot less than the MMS cost), since the MMS is sent over WAP.
MMS Decoder was first written as a school project, and therefore Ive written a very detailed report of the decoding mechanism. This is, how ever, written in swedish so it would not be useful to anyone who doesnt know swedish. You can grab the report here.
Enhancements:
- An installation script, which creates the database or/and the tables, was added.
- A phpMyAdmin dump of the database structure was added.
- The directory structure of the package was changed.
Added: 2007-03-15 License: AGPL (Affero General Public License) Price:
969 downloads
Convert::yEnc::Decoder 1.02
Convert::yEnc::Decoder is a Perl module that decodes yEncoded files. more>>
Convert::yEnc::Decoder is a Perl module that decodes yEncoded files.
SYNOPSIS
use Convert::yEnc::Decoder;
$decoder = new Convert::yEnc::Decoder;
$decoder = new Convert::yEnc::Decoder $dir;
$decoder->out_dir($dir);
eval
{
$decoder->decode( $file);
$decoder->decode(*FILE);
$decoder->decode;
};
print $@ if $@;
$name = $decoder->name;
$file = $decoder->file;
$size = $decoder->size;
$ybegin = $decoder->ybegin;
$ypart = $decoder->ypart;
$yend = $decoder->yend;
ABSTRACT
yEnc decoder
Convert::yEnc::Decoder decodes a yEncoded file and writes it to disk. Methods are provided for returning information about the decoded file.
<<lessSYNOPSIS
use Convert::yEnc::Decoder;
$decoder = new Convert::yEnc::Decoder;
$decoder = new Convert::yEnc::Decoder $dir;
$decoder->out_dir($dir);
eval
{
$decoder->decode( $file);
$decoder->decode(*FILE);
$decoder->decode;
};
print $@ if $@;
$name = $decoder->name;
$file = $decoder->file;
$size = $decoder->size;
$ybegin = $decoder->ybegin;
$ypart = $decoder->ypart;
$yend = $decoder->yend;
ABSTRACT
yEnc decoder
Convert::yEnc::Decoder decodes a yEncoded file and writes it to disk. Methods are provided for returning information about the decoded file.
Download (0.056MB)
Added: 2006-08-23 License: Perl Artistic License Price:
683 downloads
Audio::AMR::Decode 0.01
Audio::AMR::Decode is a Perl extension do decode .amr files. more>>
Audio::AMR::Decode is a Perl extension do decode .amr files.
SYNOPSIS
use Audio::AMR::Decode;
Audio::AMR::Decode::amr2raw(infile.amr, outfile.pcm);
This module will attempt to decode an amr encoded audio file to a raw pcm audio encoded file.
The package contains C-source files for the optimized fixed-point speech decoder. The optimized fixed-point speech decoder is bit-exact with 3GPP TS 26.073 fixed-point speech decoder version 4.1.0.
<<lessSYNOPSIS
use Audio::AMR::Decode;
Audio::AMR::Decode::amr2raw(infile.amr, outfile.pcm);
This module will attempt to decode an amr encoded audio file to a raw pcm audio encoded file.
The package contains C-source files for the optimized fixed-point speech decoder. The optimized fixed-point speech decoder is bit-exact with 3GPP TS 26.073 fixed-point speech decoder version 4.1.0.
Download (0.13MB)
Added: 2006-06-27 License: GPL (GNU General Public License) Price:
1229 downloads
TechniSat Satellite TV-card Linux Driver 0.7.0
This driver gives you the capability to work with the MediaFocus Satellite TV card under Linux. more>>
This driver gives you the capability to work with the MediaFocus Satellite TV card under Linux. This driver contains modules for Zorans multimedia controller ZR36120/ZR36125, Micronas Intermetall Video Pixel Decoder VPX32XX series, Digital Radio Processor DRP3510 (astra digital radio decoder), Multistandard Sound Processor MSP3400 C, SGS Thompson Satellite Sound and Video Processor STV0030 and Mitels 2.6 GHz Synthesiser SP5055 (satellite tuner).
A satellite frequency table for xawtv is also included. In this table the 18/14V and 22kHz settings are placed within the frequency values. In order to avoid this dirty implementation two possible future ioctls for the v4l-API are proposed here.
The above mentioned driver was written for the ZR36120/ZR36125-based MediaFocus Sat-PC card. Nowadays TechniSat is selling a new MediaFocus card, which is based on the Philips SAA 7146 multimedia-chip. A driver for this card can be found on the official TechniSat MediafocusII website.
<<lessA satellite frequency table for xawtv is also included. In this table the 18/14V and 22kHz settings are placed within the frequency values. In order to avoid this dirty implementation two possible future ioctls for the v4l-API are proposed here.
The above mentioned driver was written for the ZR36120/ZR36125-based MediaFocus Sat-PC card. Nowadays TechniSat is selling a new MediaFocus card, which is based on the Philips SAA 7146 multimedia-chip. A driver for this card can be found on the official TechniSat MediafocusII website.
Download (0.094MB)
Added: 2006-07-20 License: GPL (GNU General Public License) Price:
1206 downloads
libacarsd 1.65
libacarsd is an ACARSD decoder library. more>>
libacarsd is an ACARSD decoder library. Although there is no warranty provided with libacarsd, I would welcome any comments, problem reports and other feedback you may have concerning this software.
You may include libacarsd in any non-commercial product. Generally you should refer expressly to your use of libacarsd in the documentation or the tips to your program. If you want to use libacarsd in a commercial application, please get in touch by mail to acarsd_at_acarsd.org
I can only guarantee that libacarsd occupies disk space and is virus-free in the original package. It is impossible to guarantee that any software functions correctly, since errors can never be excluded. Libacarsd has been successfully tested for months on different Windows and Linux systems, so problems should be quite rare.
<<lessYou may include libacarsd in any non-commercial product. Generally you should refer expressly to your use of libacarsd in the documentation or the tips to your program. If you want to use libacarsd in a commercial application, please get in touch by mail to acarsd_at_acarsd.org
I can only guarantee that libacarsd occupies disk space and is virus-free in the original package. It is impossible to guarantee that any software functions correctly, since errors can never be excluded. Libacarsd has been successfully tested for months on different Windows and Linux systems, so problems should be quite rare.
Download (2.8MB)
Added: 2006-03-17 License: Free for non-commercial use Price:
1321 downloads
PlayStation Portable Video Converter 0.3
PlayStation Portable Video Converter (PSPVC) is a FFMPEG front-end to convert video files for the PSP. more>>
PlayStation Portable Video Converter (PSPVC) is a FFMPEG front-end to convert video files for the PSP. PlayStation Portable Video Converter allow you to queue severals conversions with different parameters for each.
Formats:
* MPEG4/SP (all firmware)
* H264/AVC (firmware 2.0+)
<<lessFormats:
* MPEG4/SP (all firmware)
* H264/AVC (firmware 2.0+)
Download (2.6MB)
Added: 2007-03-14 License: GPL (GNU General Public License) Price:
985 downloads
MPEG-2 Video Tools 0.1
mpeg2videotools is a C library and set of tools for encoding, decoding, verification and analysis of MPEG-2 video. more>>
mpeg2videotools is a C library and set of tools for encoding, decoding, verification and analysis of MPEG-2 video. It supports 422 Profile and High Profile bitstreams. A PSNR tool is included for comparing uncompressed video to encoded MPEG-2 video.
The library will provide a C API and be implemented in C. Platforms supported will be popular Unices and Linux, MS Windows and MacOSX. autoconf and automake will be used to achieve portability for most platforms. Decoded bitstreams will be displayed using X11 server for Unix and native Windows API for MS Windows.
Included is an encoder and decoder application which are useful for creating compliant bitstreams and decoding and verifying MPEG-ES, MPEG-PS, MPEG-PES and MPEG-TS bitstreams.
A number of important improvements over the original SSG code have already been made:
display on TrueColor visuals (16, 24, 32 bit displays)
decoding of MPEG-TS streams
decoding of broken streams which do not start with a required start code
autoconf build
MS Windows display
a library API to enable its use in other projects (ImageMagick and the AAF SDK come to mind)
MIAMI is an MPEG-2 video codec library which aims to be a complete implementation of the ISO/IEC 13812-2:2000 standard. The priority is completeness and correctness rather than speed. Included is an encoder and a decoder for MPEG-ES,PS,PES,TS bitstreams.
Enhancements:
- changed function decs to ANSI style
- added const qualifier to suitable function args
<<lessThe library will provide a C API and be implemented in C. Platforms supported will be popular Unices and Linux, MS Windows and MacOSX. autoconf and automake will be used to achieve portability for most platforms. Decoded bitstreams will be displayed using X11 server for Unix and native Windows API for MS Windows.
Included is an encoder and decoder application which are useful for creating compliant bitstreams and decoding and verifying MPEG-ES, MPEG-PS, MPEG-PES and MPEG-TS bitstreams.
A number of important improvements over the original SSG code have already been made:
display on TrueColor visuals (16, 24, 32 bit displays)
decoding of MPEG-TS streams
decoding of broken streams which do not start with a required start code
autoconf build
MS Windows display
a library API to enable its use in other projects (ImageMagick and the AAF SDK come to mind)
MIAMI is an MPEG-2 video codec library which aims to be a complete implementation of the ISO/IEC 13812-2:2000 standard. The priority is completeness and correctness rather than speed. Included is an encoder and a decoder for MPEG-ES,PS,PES,TS bitstreams.
Enhancements:
- changed function decs to ANSI style
- added const qualifier to suitable function args
Download (0.15MB)
Added: 2006-07-28 License: GPL (GNU General Public License) Price:
1199 downloads
Sixlegs PNG Library 2.0 RC6
Sixlegs PNG Library is a Java 1.1-compatible PNG decoder which features full compliance with the latest PNG specification. more>>
Sixlegs PNG Library is a Java 1.1-compatible PNG decoder which features full compliance with the latest PNG specification.
Sixlegs PNG Library supports all valid bit depths (grayscale/color), interlacing, palette-indexed images, alpha/transparency, gamma correction, access to all standard chunk data, private chunk handling, progressive display, and more.
Main features:
- Java 1.1 and 1.2-compatible PNG decoders.
- Licensed under the GPL with library exception.
- Full conformance with the latest PNG specification
- Support for all chunk types.
- Simple private chunk handling.
Enhancements:
- Mostly minor bugfixes related to code coverage improvements.
<<lessSixlegs PNG Library supports all valid bit depths (grayscale/color), interlacing, palette-indexed images, alpha/transparency, gamma correction, access to all standard chunk data, private chunk handling, progressive display, and more.
Main features:
- Java 1.1 and 1.2-compatible PNG decoders.
- Licensed under the GPL with library exception.
- Full conformance with the latest PNG specification
- Support for all chunk types.
- Simple private chunk handling.
Enhancements:
- Mostly minor bugfixes related to code coverage improvements.
Download (0.035MB)
Added: 2006-12-04 License: LGPL (GNU Lesser General Public License) Price:
1059 downloads
xmms-a52dec 1.0
xmms-a52dec is an A52/AC3 decoder plugin for xmms. more>>
xmms-a52dec is an A52/AC3 decoder plugin for xmms. In order to use this software, youll need XMMS, and liba52. AC3 files can be extracted from a DVD using "extract_a52" provided with liba52.
Main features:
- Plays A52/AC3 files.
- Display information on A52 files.
- Surround Sound using the OSSSurround output plugin (Included).
<<lessMain features:
- Plays A52/AC3 files.
- Display information on A52 files.
- Surround Sound using the OSSSurround output plugin (Included).
Download (0.048MB)
Added: 2006-04-07 License: GPL (GNU General Public License) Price:
1312 downloads
Julius Speech Recognition Engine 3.5.3
Julius is a high-performance, two-pass large vocabulary continuous speech recognition (LVCSR) decoder software. more>>
Julius is a high-performance, two-pass large vocabulary continuous speech recognition (LVCSR) decoder software for speech-related researchers and developers. Based on word 3-gram and context-dependent HMM, it can perform almost real-time decoding on most current PCs in 20k word dictation task.
Major search techniques are fully incorporated such as tree lexicon, N-gram factoring, cross-word context dependency handling, enveloped beam search, Gaussian pruning, Gaussian selection, etc. Besides search efficiency, it is also modularized carefully to be independent from model structures, and various HMM types are supported such as shared-state triphones and tied-mixture models, with any number of mixtures, states, or phones.
Standard formats are adopted to cope with other free modeling toolkit. The main platform is Linux and other Unix workstations, and also works on Windows. Julius is distributed with open license together with source codes, and has been used by many researchers and developers in Japan.
Main features:
- An open-source software (see terms and conditions of license (Japanese and English translation)).
- Real-time hi-speed and accurate recognition based on 2-pass strategy.
- Low memory requirement: less than 32MBytes required for work area (<<less
Major search techniques are fully incorporated such as tree lexicon, N-gram factoring, cross-word context dependency handling, enveloped beam search, Gaussian pruning, Gaussian selection, etc. Besides search efficiency, it is also modularized carefully to be independent from model structures, and various HMM types are supported such as shared-state triphones and tied-mixture models, with any number of mixtures, states, or phones.
Standard formats are adopted to cope with other free modeling toolkit. The main platform is Linux and other Unix workstations, and also works on Windows. Julius is distributed with open license together with source codes, and has been used by many researchers and developers in Japan.
Main features:
- An open-source software (see terms and conditions of license (Japanese and English translation)).
- Real-time hi-speed and accurate recognition based on 2-pass strategy.
- Low memory requirement: less than 32MBytes required for work area (<<less
Download (1.0MB)
Added: 2007-01-04 License: BSD License Price:
1054 downloads
dfsch 0.2.0-pre2
dfsch is small embeddable Scheme interpreter library. more>>
dfsch is small embeddable Scheme interpreter library written in C. Some features from a complete Scheme implementation are omitted, since these features arent very useful in a scripting language and would make the library more complicated.
Due to embeddability and my lazyness, it is far from complete scheme implementation, but it doesnt hurt too much in practise.
Included are two examples of usage from C code (two different implementations of REP loop) and one toy scheme program (morse code decoder, which somehow leaked into source tree and remained there.
For now, there is very little documentation, but examples should be straight forward. Next release (0.2.0) was near to be finished but I have decided to include some nontrivial extensions (most notably bignums) so it would take some time. But feel free to ask for snapshot of development work.
<<lessDue to embeddability and my lazyness, it is far from complete scheme implementation, but it doesnt hurt too much in practise.
Included are two examples of usage from C code (two different implementations of REP loop) and one toy scheme program (morse code decoder, which somehow leaked into source tree and remained there.
For now, there is very little documentation, but examples should be straight forward. Next release (0.2.0) was near to be finished but I have decided to include some nontrivial extensions (most notably bignums) so it would take some time. But feel free to ask for snapshot of development work.
Download (0.34MB)
Added: 2006-05-17 License: GPL (GNU General Public License) Price:
1255 downloads
Audiere Audio System 1.9.4
Audiere is a high-level audio API. more>>
Audiere is a high-level audio API. It can play Ogg Vorbis, MP3, FLAC, uncompressed WAV, AIFF, MOD, S3M, XM, and IT files. For audio output, Audiere supports DirectSound or WinMM in Windows, OSS on Linux and Cygwin, and SGI AL on IRIX.
Audiere is open source and licensed under the LGPL. This means that you may freely use Audiere in commercial products, as long as you do not modify the source code. If you do modify Audiere and release a product that uses your modifications, you must release your changes to the code under the LGPL as well.
Audiere is portable. It is tested on Windows, Linux-i386, Cygwin, and IRIX with at least three major compilers. Most of Audiere is endian-independent, so it would work with few modifications on other architectures.
Main features:
- Braindead easy API
- Supported file formats: Uncompressed WAV*, Uncompressed AIFF*, Ogg Vorbis*, FLAC*, MP3, MOD, S3M, IT, XM (* supports seeking)
- Streaming and buffered audio
- Volume, pan, and pitch shift modification
- Flat tone, square wave, white noise, and pink noise generation
- Runtime enumeration of audio devices and supported file formats
- Custom file streams
- Python, Delphi, Java, XPCOM (JavaScript in Mozilla) bindings
Enhancements:
- Replaced mpegsound with a stand-alone version of the MPEG audio decoder from ffmpegs libavcodec library. The result is an MP3 decoder that is more portable and works with more MP3 files. MP3 files are now seekable as well. (Matt Campbell)
- Added Speex support.
- Added support for reading metadata tags from sample sources. So far, Vorbis comments are supported, as are ID3v1 and ID3v1.1 tags in MP3 files. Interface designed with help from Brian Robb and Andy Friesen.
- Added callback system for stream stop events. (Richard Schaaf and Chad Austin)
- Added CD audio support, using the MCI subsystem on Win32/Cygwin and libcdaudio on Linux. (Chad Austin and Richard Schaaf)
- Added MIDI support through the MCI subsystem on Win32 and Cygwin. (Chad Austin)
- Dramatically reduced the latency of the OSS device. (Matt Campbell)
- Rewrote the Resampler class to use DUMBs cubic interpolation resampler, resulting in much better resampling for devices such as OSS that use Audieres own mixer. (Matt Campbell)
- Added bindings to wxWidgets. (Emanuel Dejanu)
- Fixed a bug in the DirectSound device implementation which significantly slowed down opening of devices and buffers. (Matt Campbell)
- Added pitchshift to the Python bindings. (Jason Chu)
- Split Doxygen documentation into one for users and one for developers.
<<lessAudiere is open source and licensed under the LGPL. This means that you may freely use Audiere in commercial products, as long as you do not modify the source code. If you do modify Audiere and release a product that uses your modifications, you must release your changes to the code under the LGPL as well.
Audiere is portable. It is tested on Windows, Linux-i386, Cygwin, and IRIX with at least three major compilers. Most of Audiere is endian-independent, so it would work with few modifications on other architectures.
Main features:
- Braindead easy API
- Supported file formats: Uncompressed WAV*, Uncompressed AIFF*, Ogg Vorbis*, FLAC*, MP3, MOD, S3M, IT, XM (* supports seeking)
- Streaming and buffered audio
- Volume, pan, and pitch shift modification
- Flat tone, square wave, white noise, and pink noise generation
- Runtime enumeration of audio devices and supported file formats
- Custom file streams
- Python, Delphi, Java, XPCOM (JavaScript in Mozilla) bindings
Enhancements:
- Replaced mpegsound with a stand-alone version of the MPEG audio decoder from ffmpegs libavcodec library. The result is an MP3 decoder that is more portable and works with more MP3 files. MP3 files are now seekable as well. (Matt Campbell)
- Added Speex support.
- Added support for reading metadata tags from sample sources. So far, Vorbis comments are supported, as are ID3v1 and ID3v1.1 tags in MP3 files. Interface designed with help from Brian Robb and Andy Friesen.
- Added callback system for stream stop events. (Richard Schaaf and Chad Austin)
- Added CD audio support, using the MCI subsystem on Win32/Cygwin and libcdaudio on Linux. (Chad Austin and Richard Schaaf)
- Added MIDI support through the MCI subsystem on Win32 and Cygwin. (Chad Austin)
- Dramatically reduced the latency of the OSS device. (Matt Campbell)
- Rewrote the Resampler class to use DUMBs cubic interpolation resampler, resulting in much better resampling for devices such as OSS that use Audieres own mixer. (Matt Campbell)
- Added bindings to wxWidgets. (Emanuel Dejanu)
- Fixed a bug in the DirectSound device implementation which significantly slowed down opening of devices and buffers. (Matt Campbell)
- Added pitchshift to the Python bindings. (Jason Chu)
- Split Doxygen documentation into one for users and one for developers.
Download (0.44MB)
Added: 2006-07-18 License: LGPL (GNU Lesser General Public License) Price:
1199 downloads
Secleted [ 0 ] software to compare
Copyright Notice:
Software piracy is theft, Using crack, password, serial numbers, registration codes, key generators is illegal and prevent future software development. The above elecard avc h 264 decoder dmo search only lists software in full, demo and trial versions for free download. Download links are directly from our mirror sites or publisher sites, torrent files or links from rapidshare.com, yousendit.com or megaupload.com are not allowed
