Changeset 1547 for trunk/doc


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Timestamp:
Oct 3, 2008, 10:27:40 PM (15 years ago)
Author:
Peter
Message:

refs #448

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1 edited

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  • trunk/doc/concepts.doxygen

    r1545 r1547  
    2525
    2626- \subpage concept_container_2d
     27- \subpage concept_distance
    2728- \subpage concept_mutable_container_2d
    28 - \subpage concept_distance
    2929- \subpage concept_neighbor_weighting
    3030*/
    … …  
    3636\section Description
    3737
    38 \ref concept_container_2d is a concept...
     38\ref concept_container_2d is a <a
     39href="http://www.sgi.com/tech/stl/Container.html">Container</a> that
     40stores elements in a two-dimensional array (columns and rows). It
     41provides element access element of a specific row and column, as well
     42as iterators than can be used iterate over a specific column or row.
    3943
    4044\section Requirements
    4145
    42 Classes modelling the concept \ref concept_container_2d should implement
    43 the following public function: ...
     46A \ref concept_container_2d provides the following:
     47
     48\subsection Types
     49
     50<table cellspacing=0>
     51<tr><td>Const reference type</td><td><tt>X::const_reference</tt></td>
     52<td>A type that behaves as const reference to the \ref
     53concept_container_2d 's value type.</td>
     54</tr>
     55<tr>
     56<td>Const iterator type</td>
     57<td><tt>X::const_iterator</tt></td>
     58<td>
     59A read-only iterator that can be used to iterate over the entire \ref
     60concept_container_2d. Typically the iterator iterates along a
     61row, and when the end of one row is reached it jumps to the
     62beginning of the next row.
     63</td>
     64</tr>
     65<tr>
     66<td>Const column iterator type</td>
     67<td><tt>X::const_column_iterator</tt></td>
     68<td>
     69A read-only iterator that can be used to examine the elements in one
     70column of the \ref concept_container_2d.
     71</td>
     72</tr>
     73<tr>
     74<td>Const row iterator type</td>
     75<td><tt>X::const_row_iterator</tt></td>
     76<td>
     77A read-only iterator that can be used to examine the elements in one
     78row of the \ref concept_container_2d.
     79</td>
     80</tr>
     81</table>
     82
     83\subsection public_functions Public Functions
     84
     85<table cellspacing=0>
     86<tr>
     87<th>Name</th><th>Expression</th><th>Precondition</th><th>Return type</th>
     88<th>Postcondition</th>
     89</tr>
     90<tr>
     91<td>Beginning of range</td>
     92<td><tt>a.begin()</tt></td>
     93<td>&nbsp;</td>
     94<td><tt>const_iterator</tt></td>
     95<td>&nbsp;</td>
     96</tr>
     97<tr>
     98<td>Beginning of column</td>
     99<td><tt>a.begin_column(size_t column)</tt></td>
     100<td><tt>0 &lt;= column &lt; a.columns()</tt></td>
     101<td><tt>const_column_iterator</tt></td>
     102<td>&nbsp;</td>
     103</tr>
     104<tr>
     105<td>Beginning of row</td>
     106<td><tt>a.begin_row(size_t row)</tt></td>
     107<td><tt>0 &lt;= row &lt; a.rows()</tt></td>
     108<td><tt>const_row_iterator</tt></td>
     109<td>&nbsp;</td>
     110</tr>
     111<tr>
     112<td>End of range</td>
     113<td><tt>a.end()</tt></td>
     114<td>&nbsp;</td>
     115<td><tt>const_iterator</tt></td>
     116<td>&nbsp;</td>
     117</tr>
     118<tr>
     119<td>End of column</td>
     120<td><tt>a.end_column(size_t column)</tt></td>
     121<td><tt>0 &lt;= column &lt; a.columns()</tt></td>
     122<td><tt>const_column_iterator</tt></td>
     123<td>&nbsp;</td>
     124</tr>
     125<tr>
     126<td>End of row</td>
     127<td><tt>a.end_row(size_t row)</tt></td>
     128<td><tt>0 &lt;= row &lt; a.rows()</tt></td>
     129<td><tt>const_row_iterator</tt></td>
     130<td>&nbsp;</td>
     131</tr>
     132<tr>
     133<td>Columns</td>
     134<td><tt>a.columns()</tt></td>
     135<td>&nbsp;</td>
     136<td><tt>size_t</tt></td>
     137<td>&nbsp;</td>
     138</tr>
     139<tr>
     140<td>Rows</td>
     141<td><tt>a.rows()</tt></td>
     142<td>&nbsp;</td>
     143<td><tt>size_t</tt></td>
     144<td>&nbsp;</td>
     145</tr>
     146<tr>
     147<td>Element Access</td>
     148<td><tt>a(size_t row, size_t column)</tt></td>
     149<td><tt>0 &lt;= row&lt;a.rows()</tt> and
     150<tt>0 &lt= column &lt; a.columns()</tt></td>
     151<td><tt>const_reference</tt></td>
     152<td>&nbsp;</td>
     153</tr>
     154</table>
    44155
    45156\section Implementations
    46157
    47 Examples of classes modelling the concept \ref concept_container_2d
    48 include ...
    49 
    50 */
    51 
    52 /**
    53 \page concept_mutable_container_2d MutableContainer2D
     158Examples of concept \ref concept_container_2d include:
     159  - theplu::yat::classifier::MatrixLookup,
     160  - theplu::yat::classifier::MatrixLookupWeighted
     161  - theplu::yat::classifier::KernelLookup.
     162
     163*/
     164
     165/**
     166\page concept_mutable_container_2d Mutable Container2D
    54167
    55168\section Description
    56169
    57 \ref concept_mutable_container_2d is a concept...
     170\ref concept_mutable_container_2d is a \ref concept_container_2d that
     171also provides non-const access to its elements.
    58172
    59173\section Requirements
    60174
     175In addition to the requirements defined in \ref concept_container_2d,
     176a \ref concept_mutable_container_2d also provides the following:
     177
     178\subsection Types
     179
     180<table cellspacing=0>
     181<tr><td>Reference type</td><td><tt>X::reference</tt></td>
     182<td>A type that behaves as reference to the \ref
     183concept_mutable_container_2d 's value type.</td>
     184</tr>
     185<tr>
     186<td>Iterator type</td>
     187<td><tt>X::iterator</tt></td>
     188<td>
     189
     190A mutable iterator similar to Const iterator type, which can be used to
     191iterate over the \ref concept_mutable_container_2d (and modify the
     192elements). Typically the iterator iterates along a row, and when the
     193end of one row is reached it jumps to the beginning of the next row.
     194
     195</td>
     196</tr>
     197<tr>
     198<td>Column iterator type</td>
     199<td><tt>X::column_iterator</tt></td>
     200<td>
     201A mutable iterator that can be used to modify the elements in one
     202column of the \ref concept_mutable_container_2d.
     203</td>
     204</tr>
     205<tr>
     206<td>Row iterator type</td>
     207<td><tt>X::row_iterator</tt></td>
     208<td>
     209A mutable iterator that can be used to modify the elements in one
     210row of the \ref concept_mutable_container_2d.
     211</td>
     212</tr>
     213</table>
     214
     215\subsection public_functions Public Functions
     216
     217<table cellspacing=0>
     218<tr>
     219<th>Name</th><th>Expression</th><th>Precondition</th><th>Return type</th>
     220<th>Postcondition</th>
     221</tr>
     222<tr>
     223<td>Beginning of range</td>
     224<td><tt>a.begin()</tt></td>
     225<td>&nbsp;</td>
     226<td><tt>iterator</tt></td>
     227<td><tt>iterator</tt> is derefenceable, unless <tt>a</tt> is empty</td>
     228</tr>
     229<tr>
     230<td>Beginning of column</td>
     231<td><tt>a.begin_column(size_t column)</tt></td>
     232<td><tt>0 &lt;= column &lt; a.columns()</tt></td>
     233<td><tt>column_iterator</tt></td>
     234<td><tt>column_iterator</tt> is derefenceable, unless <tt>a</tt> is empty</td>
     235</tr>
     236<tr>
     237<td>Beginning of row</td>
     238<td><tt>a.begin_row(size_t row)</tt></td>
     239<td><tt>0 &lt;= row &lt; a.rows()</tt></td>
     240<td><tt>row_iterator</tt></td>
     241<td><tt>row_iterator</tt> is derefenceable, unless <tt>a</tt> is empty</td>
     242</tr>
     243<tr>
     244<td>End of range</td>
     245<td><tt>a.end()</tt></td>
     246<td>&nbsp;</td>
     247<td><tt>iterator</tt></td>
     248<td>&nbsp;</td>
     249</tr>
     250<tr>
     251<td>End of column</td>
     252<td><tt>a.end_column(size_t column)</tt></td>
     253<td><tt>column&lt;a.columns()</tt></td>
     254<td><tt>column_iterator</tt></td>
     255<td>&nbsp;</td>
     256</tr>
     257<tr>
     258<td>End of row</td>
     259<td><tt>a.end_row(size_t row)</tt></td>
     260<td><tt>row&lt;a.rows()</tt></td>
     261<td><tt>row_iterator</tt></td>
     262<td>&nbsp;</td>
     263</tr>
     264<tr>
     265<td>Element Access</td>
     266<td><tt>a(size_t row, size_t column)</tt></td>
     267<td><tt>0 &lt;= row &lt; a.rows()</tt> and
     268<tt>0 &lt;= column &lt; a.columns()</tt></td>
     269<td><tt>reference</tt></td>
     270<td>&nbsp;</td>
     271</tr>
     272</table>
     273
    61274\section Implementations
    62275
    63 Examples of classes modelling the concept \ref
    64 concept_mutable_container_2d include ...
     276Examples of concept \ref concept_mutable_container_2d include:
     277  - theplu::yat::utility::Matrix,
     278  - theplu::yat::utility::MatrixWeighted
    65279
    66280*/
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