sollya 6.0+ds-6 source package in Ubuntu
Changelog
sollya (6.0+ds-6) unstable; urgency=medium
* Debianization:
- debian/control:
- Breaks field, sollya-doc, add (Closes: #886698);
- debian/patch/*:
- d/p/upstream-reproducibility-doc-date.patch, introduce.
-- Jerome Benoit <email address hidden> Tue, 09 Jan 2018 08:36:36 +0000
Upload details
- Uploaded by:
- Debian Science Team
- Uploaded to:
- Sid
- Original maintainer:
- Debian Science Team
- Architectures:
- any all
- Section:
- misc
- Urgency:
- Medium Urgency
See full publishing history Publishing
| Series | Published | Component | Section |
|---|
Downloads
| File | Size | SHA-256 Checksum |
|---|---|---|
| sollya_6.0+ds-6.dsc | 3.0 KiB | 0af9405c81e264f27daed9df18f2082bec4fb7eb0f2bf650c85bba4b14f25d8f |
| sollya_6.0+ds.orig.tar.xz | 927.7 KiB | 6708a541f4e989e4db98b8fe5201382bb4c499bd06bf888b2521fab0dc180d45 |
| sollya_6.0+ds-6.debian.tar.xz | 16.5 KiB | 9bb10b7e49e8a8982181d3225815918a5dfb076e87051b1a08ddd2317fbec3ee |
Available diffs
- diff from 6.0+ds-5 to 6.0+ds-6 (1.1 KiB)
No changes file available.
Binary packages built by this source
- libsollya-dev: library for safe floating-point code development -- libdev
Sollya is both a tool environment and a library for safe floating-point code
development. It offers a convenient way to perform computations with multiple
precision interval arithmetic. It is particularly targeted to the automated
implementation of mathematical floating-point libraries.
.
Initially, Sollya was intended more specifically for people implementing
numerical functions in mathematical libraries (e.g., exp, arccos, tanh, etc.).
Since then, the tool has evolved and has now become interesting not only to
developers of mathematical libraries, but also to everyone who needs to
perform numerical experiments in an environment that is safe with respect to
round-off errors.
.
This package provides the static library, symbolic links, and headers needed
for development.
- libsollya6: library for safe floating-point code development -- lib
Sollya is both a tool environment and a library for safe floating-point code
development. It offers a convenient way to perform computations with multiple
precision interval arithmetic. It is particularly targeted to the automated
implementation of mathematical floating-point libraries.
.
Initially, Sollya was intended more specifically for people implementing
numerical functions in mathematical libraries (e.g., exp, arccos, tanh, etc.).
Since then, the tool has evolved and has now become interesting not only to
developers of mathematical libraries, but also to everyone who needs to
perform numerical experiments in an environment that is safe with respect to
round-off errors.
.
This package provides the dynamic library.
- libsollya6-dbgsym: debug symbols for libsollya6
- sollya: library for safe floating-point code development -- tool
Sollya is both a tool environment and a library for safe floating-point code
development. It offers a convenient way to perform computations with multiple
precision interval arithmetic. It is particularly targeted to the automated
implementation of mathematical floating-point libraries.
.
Initially, Sollya was intended more specifically for people implementing
numerical functions in mathematical libraries (e.g., exp, arccos, tanh, etc.).
Since then, the tool has evolved and has now become interesting not only to
developers of mathematical libraries, but also to everyone who needs to
perform numerical experiments in an environment that is safe with respect to
round-off errors.
.
This package provides the command-line tool sollya.
- sollya-dbgsym: debug symbols for sollya
- sollya-doc: library for safe floating-point code development -- doc
Sollya is both a tool environment and a library for safe floating-point code
development. It offers a convenient way to perform computations with multiple
precision interval arithmetic. It is particularly targeted to the automated
implementation of mathematical floating-point libraries.
.
Initially, Sollya was intended more specifically for people implementing
numerical functions in mathematical libraries (e.g., exp, arccos, tanh, etc.).
Since then, the tool has evolved and has now become interesting not only to
developers of mathematical libraries, but also to everyone who needs to
perform numerical experiments in an environment that is safe with respect to
round-off errors.
.
This package provides the user manual.
