Projects/Edu/ProjectSuggestions: Difference between revisions

Revision as of 08:44, 21 February 2007

This is a list of projects to make KDE rock even more, as suggested by Ralf Gessellensetter on kde-devel, here.

Most of the suggestions are for new KDE-Edu projects. Although, some of them might not quite fit under KDE-Edu's scope.

Mathematics

Virtual graphical calculator

Simulate a graphic pocket calculator as it is used within existing learning outlines. Many school books (grade 11+) refer to particular devices whose user interface resemble Derive. (cf. Schulzentrum Findorff)

Univ. of Bayreuth provides a corresponding java applet: http://did.mat.uni-bayreuth.de/~wn/BLK/Rennen/grafcalc.html
there is also a (dead) project "GraphCalc".

Dominoes

Popular game which is interculturally known and trains calculation skills http://en.wikipedia.org/wiki/Dominoes

stochastiK

Simulations and activities to evoke interest in stochastic systems (grade 6-10; coin, cumulated freq.)

dynamic work sheets

Different types of tasks to be combined as modules - to be either solved on the computer (like kpercentage) or to be printed as work sheet with definable heading - and solutions on demand. Maybe this needs a LaTeX binding.

Maxima GUI

Intuitive GUI for maxima algebra system

Science

KLab

During "Linuxtage Essen" (Essen Linuxdays), some scientists addressed the lack of free interfaces to scientific gear such as thermometers, gyrometers, geigercounters, whatsoever. As a matter of fact, there are already loads of measuring tools - but it lacks integration and usabilities if we want to use them in school. This made me think: How about a framing project / application similar to ksensors? Existing implementations could dock into such framework. The framework itself could provide features like

data recording
data plotting
statistical evaluations.

Also popping into my mind is ksimus datarecorder as possible frontend. As it comes to realtime data, acoustic recorders could be another approach; http://www.qt4lab.org/screenshots.htm looks promising...

Computer Science

KDE Frontend to SWI-Prolog

To render and query knowledge bases in a modern way. This might be solved by kdialog ("joining a katepart and a konsolepart with a QSplitter" - TSDgeos).

Komputer

Journey into the heart of a PC (Explore CPU, RAM, Busses...)

Kartoffelkaefer

Javakara for C++/Qt/KDE

Politics

eleKtions

Interactive representation of voting results (Bundestag, Landtag, ...) to be updated from Wikipedia or other online resources.

KGrafStat

equivalent to GrafStat (freeware for schools from German secretary for political education)

Arts

KMorph

An even better (Qt!) equivalent to gtkmorph / xmorph

@@ Line 1: / Line 1: @@
 This is a list of projects to make KDE rock even more, as suggested by Ralf Gessellensetter on kde-devel, [http://lists.kde.org/?l=kde-devel&m=117071157526224&w=2 here].
-Most of the suggestions are for new KDE-Edu projects. Although, some of them might not quite fit under (what I believe to be) KDE-Edu's scope.
+Most of the suggestions are for new KDE-Edu projects. Although, some of them might not quite fit under KDE-Edu's scope.
 == Mathematics ==
-* Virtual graphical calculator -- Simulate a graphic pocket calculator as it is used within existing learning  outilines. Many school books (grade 11+) refer to particular devices whose user interface resemble Derive. (cf. Schulzentrum Findorff)
+'''Virtual graphical calculator'''
- * Univ. of Bayreuth provides a corresponding java applet: http://did.mat.uni-bayreuth.de/~wn/BLK/Rennen/grafcalc.html
+:Simulate a graphic pocket calculator as it is used within existing learning outlines. Many school books (grade 11+) refer to particular devices whose user interface resemble Derive. (cf. Schulzentrum Findorff)
- * there is also a (dead) project "GraphCalc".
+:* Univ. of Bayreuth provides a corresponding java applet: http://did.mat.uni-bayreuth.de/~wn/BLK/Rennen/grafcalc.html
+:* there is also a (dead) project "GraphCalc".
-* Dominoes -- Popular game which is interculturally known and trains calculation skills
+'''Dominoes'''
- * http://en.wikipedia.org/wiki/Dominoes
+:Popular game which is interculturally known and trains calculation skills http://en.wikipedia.org/wiki/Dominoes
-* stochastiK -- Simulations and interactivities to evoke interest in stochastics (grade 6-10; coin, cumulated freq.)
+'''stochastiK'''
+:Simulations and activities to evoke interest in stochastic systems (grade 6-10; coin, cumulated freq.)
-* dynamic work sheets -- Different types of tasks to be combined as modules - to be either solved on the computer (like kpercentage) or to be printed as work sheet with definable heading - and solutions on demand. Maybe this needs a LaTeX binding.
+'''dynamic work sheets'''
+:Different types of tasks to be combined as modules - to be either solved on the computer (like kpercentage) or to be printed as work sheet with definable heading - and solutions on demand. Maybe this needs a LaTeX binding.
-* Intuitive GUI for maxima algebra system
+'''Maxima GUI'''
+:Intuitive GUI for maxima algebra system
 == Science ==
-* "KLab" -- During "Linuxtage Essen" (Essen Linuxdays), some scientists addressed the lack of free interfaces to scientific gear such as thermometers, gyrometers, geigercounters, whatsoever.
+'''KLab'''
-As a matter of fact, there are already loads of measuring tools - but it lacks integration and usabilities if we want to use them in school.
+:During "Linuxtage Essen" (Essen Linuxdays), some scientists addressed the lack of free interfaces to scientific gear such as thermometers, gyrometers, geigercounters, whatsoever. As a matter of fact, there are already loads of measuring tools - but it lacks integration and usabilities if we want to use them in school. This made me think: How about a framing project / application similar to ksensors? Existing implementations could dock into such framework. The framework itself could provide features like
-This made me think: How about a framing project / application similar to ksensors? Existing implementations could dock into such framework. The framework itself could provide features like
+:* data recording
- * data recording
+:* data plotting
- * data plotting
+:* statistical evaluations.
- * statistical evaluations.
+:Also popping into my mind is ksimus datarecorder as possible frontend. As it comes to realtime data, acoustic recorders could be another approach; http://www.qt4lab.org/screenshots.htm looks promising...
-Also popping into my mind is ksimus datarecorder as possible frontend. As it comes to realtime data, acoustic recorders could be another approach.
- * http://www.qt4lab.org/screenshots.htm looks promising...
-== Computer Sciences ==
+== Computer Science ==
-* KDE/Qt-Shell for swi-prolog, to render and query knowledge bases in a modern way. This might be solved by kdialog ("joining a katepart and a konsolepart with a QSplitter" - TSDgeos).
+'''KDE Frontend to SWI-Prolog'''
-* Komputer -- Journey into the heart of a PC (Explore CPU, RAM, Busses...)
+:To render and query knowledge bases in a modern way. This might be solved by kdialog ("joining a katepart and a konsolepart with a QSplitter" - TSDgeos).
-* Kartoffelkaefer -- Javakara for C++/Qt/KDE
+'''Komputer'''
+:Journey into the heart of a PC (Explore CPU, RAM, Busses...)
+'''Kartoffelkaefer'''
+:Javakara for C++/Qt/KDE
 == Politics ==
-* eleKtions -- Interactive representation of voting results (Bundestag, Landtag, ...) to be updated from Wikipedia or other online resources.
+'''eleKtions'''
-* equivalent to GrafStat (freeware for schools from German secretary for political education)
+:Interactive representation of voting results (Bundestag, Landtag, ...) to be updated from Wikipedia or other online resources.
+'''KGrafStat'''
+:equivalent to GrafStat (freeware for schools from German secretary for political education)
 == Arts ==
-* KMorph -- An even better (Qt!) equivalent to gtkmorph / xmorph
+'''KMorph'''
+:An even better (Qt!) equivalent to gtkmorph / xmorph