Ubuntu
expeyes package

expeyes 4.3.3+dfsg-1 source package in Ubuntu

Changelog

expeyes (4.3.3+dfsg-1) unstable; urgency=medium

  * New upstream release
  * signaled the license of eyes17/pythonSyntax.py, and rewritten
    debian/copyright to the new format
  * moved python*-pygrace from dependencies to recommendations.

 -- Georges Khaznadar <email address hidden>  Sun, 29 Oct 2017 20:29:23 +0100

Upload details

Uploaded by:
Georges Khaznadar
Uploaded to:
Sid
Original maintainer:
Georges Khaznadar
Architectures:
any all
Section:
science
Urgency:
Medium Urgency

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File Size SHA-256 Checksum
expeyes_4.3.3+dfsg-1.dsc 2.4 KiB c06c20404e48397eb7d15751b6e227f46b1d777336e8e1c2093bb4cc680b119f
expeyes_4.3.3+dfsg.orig.tar.gz 16.9 MiB 1b2964dad5318549ace3a0037f574a583a56c7f093c46a411dad05a3baaef605
expeyes_4.3.3+dfsg-1.debian.tar.xz 3.1 MiB edd639ae7d8165f8dac5427e02165140706cf9e6cd00ea5b7ab92dbd08800719

Available diffs

No changes file available.

Binary packages built by this source

expeyes: hardware & software framework for developing science experiments

 This package provides high level interfaces for making science experiments
 with an ExpEYES box.
 .
 ExpEYES is from the PHOENIX project of Inter-University Accelerator
 Centre, New Delhi. It is a hardware & software framework for
 developing science experiments, demonstrations and projects and learn
 science and engineering by exploration. Capable of doing real time
 measurements and analysing the data in different ways. Analog
 voltages are measured with 0.025% resolution and time intervals with
 one microsecond. This project is based on Free and Open Source
 software, mostly written in Python programming language. The hardware
 design is also open.

expeyes-clib: hardware & software framework for developing science experiments

 This package provides interfaces written in C language for making
 science experiments with an ExpEYES box.
 .
 ExpEYES is from the PHOENIX project of Inter-University Accelerator
 Centre, New Delhi. It is a hardware & software framework for
 developing science experiments, demonstrations and projects and learn
 science and engineering by exploration. This package provides approximately
 the same features than the package expeyes, but its sources are in C language.

expeyes-clib-dbgsym: debug symbols for expeyes-clib
expeyes-firmware-dev: hardware & software framework for developing science experiments

 This package provides high level interfaces for making science experiments
 with an ExpEYES box.
 .
 ExpEYES is from the PHOENIX project of Inter-University Accelerator
 Centre, New Delhi. It is a hardware & software framework for
 developing science experiments, demonstrations and projects and learn
 science and engineering by exploration. Capable of doing real time
 measurements and analysing the data in different ways. Analog
 voltages are measured with 0.025% resolution and time intervals with
 one microsecond. This project is based on Free and Open Source
 software, mostly written in Python programming language. The hardware
 design is also open.

expeyes-web: Web interface for expEYES-Junior

 This package allows you to access remotely to a server which drives an
 expEYES-Jr box. This extends the power of expEYES.

eyes17: hardware & software framework for developing science experiments

 This package provides high level interfaces for making science experiments
 with an ExpEYES-17 box.
 .
 ExpEYES-17 is from the PHOENIX project of Inter-University Accelerator
 Centre, New Delhi. It is a hardware & software framework for
 developing science experiments, demonstrations and projects and learn
 science and engineering by exploration. Capable of doing real time
 measurements and analysing the data in different ways. When compared with
 previous ExpEYES boxes (Expeyes, Expeyes-Junior), ExpEYES-17 is richer
 in various features: multiple soft input ranges, more flexible wave
 generator, better time resolution, better voltage resolution, supports
 seamlessly cheap I2C sensors.

libej-dev: hardware & software framework for developing science experiments

 This package provides headers and links to develop software in C language
 addressing an expEYES box.
 .
 ExpEYES is from the PHOENIX project of Inter-University Accelerator
 Centre, New Delhi. It is a hardware & software framework for
 developing science experiments, demonstrations and projects and learn
 science and engineering by exploration.

libej0: hardware & software framework for developing science experiments

 This package provides a library usable to drive an expEYES box, and is
 necessary to run clib-based software which addresses this box.
 .
 ExpEYES is from the PHOENIX project of Inter-University Accelerator
 Centre, New Delhi. It is a hardware & software framework for
 developing science experiments, demonstrations and projects and learn
 science and engineering by exploration.

libej0-dbgsym: debug symbols for libej0
microhope: hardware & software framework to learn microcontrollers

 This package provides a set of example programs to drive an ATmega32
 microcontroller, together with a tutorial explaining how to compile
 them, upload them to the microcontroller, and how to make simple and
 more complicated modifications. It is meant to be used with the
 "microhope" board which makes it easy to upload code to the microcontroller
 through a USB link.
 .
 In addition to examples there is a library to drive all of the peripherals
 available on the "microhope" board: LED, LCD display, ADC connected to
 sensors.
 .
 A Graphic User Interface is provided too.

microhope-dbgsym: debug symbols for microhope
python-expeyes: Python library for expeyes

 This package provides low level interfaces for making science experiments
 with an ExpEYES box. The library allows one to develop new programs easily
 .
 ExpEYES is from the PHOENIX project of Inter-University Accelerator
 Centre, New Delhi. It is a hardware & software framework for
 developing science experiments, demonstrations and projects and learn
 science and engineering by exploration. Capable of doing real time
 measurements and analysing the data in different ways. Analog
 voltages are measured with 0.025% resolution and time intervals with
 one microsecond. This project is based on Free and Open Source
 software, mostly written in Python programming language. The hardware
 design is also open.