diff options
Diffstat (limited to 'dw')
| -rw-r--r-- | dw/table.hh | 20 |
1 files changed, 1 insertions, 19 deletions
diff --git a/dw/table.hh b/dw/table.hh index 87bbaa76..7bcc6c1b 100644 --- a/dw/table.hh +++ b/dw/table.hh @@ -118,10 +118,8 @@ namespace dw { * * <ol> * <li> First, only cells with colspan = 1 are regarded: - * * \f[ e_{\hbox{base},i,\min} = \max \{ e_{\hbox{cell},i,j,\min} \} \f] * \f[ e_{\hbox{base},i,\max} = \max \{ e_{\hbox{cell},i,j,\max} \} \f] - * * only for cells \f$(i, j)\f$ with colspan = 1. * * <li> Then, @@ -130,29 +128,22 @@ namespace dw { * the cell at \f$(i_1, j)\f$ always span from \f$i_1\f$ to \f$i_2\f$.) * If the minimal width of the column exceeds the sum of the column minima * calculated in the last step: - * * \f[e_{\hbox{cell},i_1,j,\min} > * \sum_{i=i_1}^{i=i_2} e_{\hbox{base},i,\min}\f] - * * then the minimal width of this cell is apportioned to the columns: * * <ul> * <li> If the minimal width of this cell also exceeds the sum of the * column maxima: - * * \f[e_{\hbox{cell},i_1,j,\min} > * \sum_{i=i_1}^{i=i_2} e_{\hbox{base},i,\max}\f] - * * then \f$e_{\hbox{cell},i_1,j,\min}\f$ is apportioned in a simple * way: - * * \f[e_{\hbox{span},i,j,\min} = * e_{\hbox{base},i,\max} * {e_{\hbox{span},i,j,\min} \over * \sum_{i=i_1}^{i=i_2} e_{\hbox{base},i,\max}}\f] - * * <li> Otherwise, the apportionment function is used: - * * \f[e_{\hbox{span},i,j,\min} = * a_i (e_{\hbox{cell},i_1,j,\min}, * (e_{\hbox{cell},i_1,j,\min} \ldots @@ -172,6 +163,7 @@ namespace dw { * For the maxima, there is no \f$e_{\hbox{span},i,\max}\f$, but it has to * be assured, that the maximum is always greater than or equal to the * minimum. + * * </ol> * * Generally, if absolute widths are specified, they are, instead of the @@ -223,17 +215,13 @@ namespace dw { * no percentage width has been specified. The difference to the total * width is at max available to the columns with percentage width * specifications: - * * \f[W_{\hbox{columns}_\%,\hbox{available}} = W - \sum e_{i,\min}\f] - * * with only those columns \f$i\f$ with no percentage width specification. * * <li> Then, calculate the sum of the widths, which the columns with * percentage width specification would allocate, when fully adhering to * them: - * * \f[W_{\hbox{columns}_\%,\hbox{best}} = W \sum w_{i,\%}\f] - * * with only those columns \f$i\f$ with a percentage width specification. * * <li> Two cases are distinguished: @@ -243,25 +231,19 @@ namespace dw { * W_{\hbox{columns}_\%,\hbox{best}}\f$: In this case, the * percentage widths can be used without any modification, by * setting the extremes: - * * \f[e_{i,\min} = e_{i,\max} = W w_{i,\%}\f] - * * for only those columns \f$i\f$ with a percentage width * specification. * * <li> \f$W_{\hbox{columns}_\%,\hbox{available}} < * W_{\hbox{columns}_\%,\hbox{best}}\f$: In this case, the widths * for these columns must be cut down: - * * \f[e_{i,\min} = e_{i,\max} = * w_{i,\%} * {W_{\hbox{columns}_\%,\hbox{available}} \over * w_{\hbox{total},\%}}\f] - * * with - * * \f[w_{\hbox{total},\%} = \sum w_{i,\%}\f] - * * in both cases for only those columns \f$i\f$ with a percentage * width specification. * </ul> |