<li> <p>
<strong>The <I>hp</I>-method of finite elements:</strong>
- This will need a major restructuring of the basic classes
- handling degrees of freedom and is therefore not planned for
- the immediate future.
-
+ Implementing this will need a class analogous to the
+ <code>DoFHandler</code> class, as well as extensions to the finite
+ element classes where descriptions of interface conditions to
+ other finite elements on neighboring cells are needed. While
+ the latter is probably straightforward, the first is a major
+ task and is not planned for the immediate future. We would,
+ however, offer advice if anyone wanted to implement this.
+ </p>
<li> <p>
<strong>Linear solvers:</strong>
</p>
<li> <p>
- <strong>More example and test programs:</strong>
+ <strong>More example programs:</strong>
There are still many aspects of the library that are not yet
covered by the example programs. This is certainly something
- that should be improved, but is time consuming. A complete
+ that should be improved, but is time consuming.
+ </p>
+
+ <li> <p>
+ <strong>A better test-suite:</strong>
+ We have a small suite of programs (approximately 20 programs
+ at present) that can be run automatically for regression
+ tests. Some of these are modified real-life applications, so
+ they should cover a relevant part of the library, but it
+ would be necessary to reach every corner of the library to be
+ sure a certain patch does not break something. Also, a complete
test-suite for the library would be quite valuable for ports
- to new computer systems.
+ to new computer systems and compilers.
</p>
<li> <p>