4
* When no atommodel is available (orbitswidget.cpp, elements higher than Rg)
5
disable the whole widget
7
* When no spectrum is available disable the whole widget
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* 3D-code: Please read the TODO on the Avogadro side. All ideas and
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any progress is handled there: http://avogadro.sourceforge.net/wiki/To_Do
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* Multiplechoicetests with autogenerated questions:
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* "What element does the symbol Br represent?"
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* "What is the symbol for gold?"
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* "Which element (show two or more) has a greater mass?"
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These questions can be autogenerated because the answers are
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already in the database
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+ Add groups of elements, for example "Metals", 4th Period
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transitionmetals and so on. The user can easily select them
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and only plot the selected group
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+ More than one group should be plottable at once.
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This would enable the user to compare two or more groups,
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eg. 4th with 5th group
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* Add more than only one mode to Kalzium, eg a mode with simplified
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user interface (less looks, easier menu structure, less information
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in the infodialog) and a full-mode where everything is enabled.
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* There should be more data about the elements, for example which
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chemistry-nobel-prize was won in that year (+/- 5 years or so)
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* Make use of hotnewstuff. In the detailinfodlg there should be
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a weblookup. If the user click on a button Konq will start with
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a page about the element. Of course, the user should be able
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For this we could create a simple editor and store it in xml.
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on edu.kde.org we would enable KHNS so that users can share
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their pages. Imaginge for example the different wikipedia-languages
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* Add the weblookup also in the glossary
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* Besides although for the "common user" is more easy to understand
45
the information in "... years", it's more correct and flexible in
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scientific terms to use the scientific notation: ...x10e9 years.
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* Add lesson-mode? The idea is that a teacher could create xml-files
49
which can somehow be used as lessons. Perhaps something like
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"find out how many element boild at 200 Degree Celsius and above.
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With that information: Why is it so?"
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* Add experiental mode: A teacher defines experiments (in xml) where
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fotos and texts are used to represent a experiment/task. Perhaps
55
combined with openoffice-files (charts and so on). Like in CheExp.
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* Thinking on people with some disabilities, it would be great if they can
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select the elements on the grid by using cursor keys (or just tab key).
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* There's no view of the natural occurrence of the elements. Look at
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http://en.wikipedia.org/wiki/Periodic_table_(standard) and see the notes
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* There are no oxidation information for the elements.
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Check with the blue obelisk project.
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* Printing: print properties selected by the user
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+ Create an editor. The user enters some wavelength and Kalzium will
71
create a graphic from that data.
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* Some websites with a lot of information:
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http://en.wikipedia.org/wiki/History_of_chemistry
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http://en.wikipedia.org/wiki/Timeline_of_chemical_element_discovery
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http://en.wikipedia.org/wiki/Nobel_Prize_in_chemistry
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http://chemipedia.org/mediawiki/index.php/Hauptseite
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http://physics.nist.gov/PhysRefData/Handbook/periodictable.htm
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* Create a generic slider class. This slider-widget will be able to hide or
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show elements based on a value. For example (like today) the SOM, but also
85
the atomic weight, the density or the electron-affinity.
86
This would help the user to get "a feeling" for the properties of the elements
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and would complement the gradient feature very well.
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* Making the table scalable. The basic code is already there and working. See
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- http://github.com/cryos/avogadro/blob/master/libavogadro/src/periodictableview.cpp
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- http://github.com/cryos/avogadro/blob/master/libavogadro/src/periodictableview.h
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That code needs to be finished (making it scalable) and then ported to Kalzium
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