61 projects tagged "GNU/Hurd"
Updated 06 Jun 2009
libneuro-java
| Pop | 22.98 |
|---|---|
| Vit | 1.54 |
libneuro-java is a Java native interface to libneuro. It provides C++ and Java wrappers, as well as Java classes. It also provides control files to generate them from the libneuro interface using the program swig. The major and minor versions of this JNI will track that of libneuro, but its bugfixes are independent of libneuro bugfixes.
Updated 06 Jun 2009
libneuro
| Pop | 25.22 |
|---|---|
| Vit | 1.54 |
libneuro implements a simple codec for a single stream signal data in the Neuro format, a PCM data format for 1+ dimensional signals. The signal stream is serialized as an Ogg bit stream for transport. It is currently the only codec that is designed to work with libalinga.
Updated 06 Jun 2009
libalinga-java
| Pop | 19.49 |
|---|---|
| Vit | 1.54 |
libalinga-java is a Java native interface to libalinga. It provides C++ and Java wrappers, as well as Java classes. It also provides control files to generate them from the libalinga interface using the program swig. The major and minor versions of this JNI will track that of libalinga, but its bugfixes are independent of libalinga bugfixes.
Updated 06 Jun 2009
libalinga
| Pop | 27.86 |
|---|---|
| Vit | 1.54 |
libalinga is a C++ implementation of a multi-stream codec for the ALingA (Aligned Linguistic Annotation) format. It makes use of libogg++. Each ALingA stream holds at least one stream of annotation data, which is in the LingA format. It may also interleave the signal stream(s) against which the LingA streams are aligned, or it may simply reference such streams. It also provides metadata about the underlying manifold for the signals and the annotations. The metadata is ordered for runtime parsing of the number and type of signal and LingA codecs to enable decoding of the multiple logical streams in one pass.
Updated 01 Sep 2008
libogg++java
| Pop | 21.95 |
|---|---|
| Vit | 1.00 |
libogg++java is a Java native interface to libogg++. It provides C++ and Java wrappers, as well as Java classes. It also provides control files to generate them from the libogg++ interface using SWIG. The major and minor versions of this JNI will track that of libogg++, but its bugfixes are independent of libogg++ bugfixes.
Updated 06 Jun 2009
libogg++
| Pop | 37.42 |
|---|---|
| Vit | 1.56 |
libogg++ is a C++ library implementing the multi-stream transport format of Ogg (developed at xith.org). It is designed to be independent of the specific codecs for the interleaved data streams, and to be thread-safe in a threading model in which each codec runs its own thread.
Updated 15 May 2005
epor
| Pop | 23.75 |
|---|---|
| Vit | 1.00 |
EPOR is an extensible package organiser for Unix-like systems. It's written to trace filesystem changes (something being installed) and save this information in a simple text database (this, as any other provided feature, is customisable via the embedded Guile interpreter). Database entries contain information supplied by the command line (package name, version, etc.) and traced by filesystem changes (new directories, files, etc.). This is achieved using the "LD_PRELOAD method''.
Updated 23 Mar 2005
scim-input-pad
| Pop | 23.49 |
|---|---|
| Vit | 1.74 |
scim-input-pad is an on-screen input pad that can be used to input symbols and key events very easily. It works with the SCIM input method platform.
Updated 30 Aug 2009
daes
| Pop | 39.12 |
|---|---|
| Vit | 2.12 |
daes is a little program for encrypting files.
Updated 29 Jan 2005
ProteomeCommons.org IO Framework
| Pop | 25.10 |
|---|---|
| Vit | 1.42 |
ProteomeCommons.org IO Framework is a proper Java framework for handling spectra and peak lists. The framework can read and write to a number of different spectra and peak list formats, and it provides a simple, intuitive Java object model for working with spectra or peak lists. All classes support two methods of handling peak list and spectrum data: in-memory or stream. The goal of this framework is to support all the popular MS and MSMS data formats, and to eliminate any time or effort involved in figuring out how to read and write peak list or spectrum files.
