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Diff for /loncom/xml/londefdef.pm between versions 1.424 and 1.425

version 1.424, 2010/10/19 19:33:21 version 1.425, 2010/11/01 10:52:09
Line 2186  sub end_table { Line 2186  sub end_table {
     if ($target eq 'web' || $target eq 'webgrade') {      if ($target eq 'web' || $target eq 'webgrade') {
  $currentstring = $token->[2];        $currentstring = $token->[2];     
     } elsif ($target eq 'tex') {      } elsif ($target eq 'tex') {
   
   
  #  New table code:   #  New table code:
   
  my $table = pop(@Apache::londefdef::table);   my $table = pop(@Apache::londefdef::table);
  my $t     = $table->generate();   my $t     = $table->generate();
  # &Apache::lonnet::logthis("Generating string");   # &Apache::lonnet::logthis("Generating string");
  $currentstring = $t->generate_string();   $currentstring = $t->generate_string();
  # &Apache::lonnet::logthis("Generated: $currentstring");   # &Apache::lonnet::logthis("Generated: $currentstring");
  &enable_para();   &enable_para();
  #--------------------------------------------------------------  
  #  Old table code:  
  #--------------------------------------------------------------  
   
  if (0) {  
   
  my $border =  &Apache::lonxml::get_param('border',$parstack,$safeeval);  
  my $inmemory = '';  
  my $output = '';  
  my $WARNING='';  
         #width of columns from TeXwidth attributes  
   
  # Protect against unbalanced </table> tag.  
   
  if (scalar(@Apache::londefdef::table) > 0) {  
   
  for (my $in=0;$in<=$Apache::londefdef::table[-1]{'row_number'};$in++) {  
     for (my $jn=0;$jn<=$Apache::londefdef::table[-1]{'counter_columns'};$jn++) {  
  if ($Apache::londefdef::table[-1]{'TeXlen'}[0][$jn]<$Apache::londefdef::table[-1]{'TeXlen'}[$in][$jn]) {  
     $Apache::londefdef::table[-1]{'TeXlen'}[0][$jn]=$Apache::londefdef::table[-1]{'TeXlen'}[$in][$jn];  
  }  
     }  
  }  
         #free space and number of empty columns  
  my ($available_space,$empty_columns)=($Apache::londefdef::table[-1]{'width'},0);  
  if ($#Apache::londefdef::table ne 0) {$available_space=0.9*$available_space;}   
  for (my $jn=0;$jn<=$Apache::londefdef::table[-1]{'counter_columns'};$jn++) {  
     if ($Apache::londefdef::table[-1]{'TeXlen'}[0][$jn]==0) {  
  $empty_columns++;  
     } else {  
  $available_space=$available_space-$Apache::londefdef::table[-1]{'TeXlen'}[0][$jn];  
     }  
  }  
   
         #boundaries for contents columns  
  my @min_len=();#columns can not be narrower   
  my @max_len=();#maximum length of column  
  my $avg_max;  
  my $avg_min;  
  my $counter_cols = $Apache::londefdef::table[-1]{'counter_columns'};  
  for (my $jn=0;$jn<=$counter_cols; $jn++) {  
  my ($localmin,$localmax)=(0,0);  
  for (my $in=0;$in<=$Apache::londefdef::table[-1]{'row_number'};$in++) {  
     if ($localmin<$Apache::londefdef::table[-1]{'minlen'}[$in][$jn]) {  
  $localmin=$Apache::londefdef::table[-1]{'minlen'}[$in][$jn];  
     }  
     if ($localmax<$Apache::londefdef::table[-1]{'maxlen'}[$in][$jn]) {  
  $localmax=$Apache::londefdef::table[-1]{'maxlen'}[$in][$jn];  
     }  
  }  
  push @min_len, $localmin;  
  push @max_len, $localmax;  
  $avg_max = $localmax + $avg_max;  
  $avg_min = $localmin + $avg_min;  
  }  
  # Does not really matter what the average max/min are if there are no cols.  
  # and this prevents div 0 in that case.  
   
  if ($counter_cols != 0) {  
     $avg_max = $avg_max/$counter_cols;  
     $avg_min = $avg_min/$counter_cols;  
  }  
   
   
  #  I don't think the below is needed.. but just in case:  
   
  if ($avg_min > $avg_max) {  
     my $temp = $avg_min;  
     $avg_min = $avg_max;  
     $avg_max = $temp;  
  }  
   
   
  for (my $jn=0;$jn<=$counter_cols;$jn++) {  
     my $localmin=0,;  
     for (my $in=0;$in<=$Apache::londefdef::table[-1]{'row_number'};$in++) {  
  if ($localmin<$Apache::londefdef::table[-1]{'objectlen'}[$in][$jn]) {  
     $localmin=$Apache::londefdef::table[-1]{'objectlen'}[$in][$jn];  
  }  
     }  
     if ($max_len[$jn]<$localmin) {  
  $max_len[$jn]=$localmin;  
      $Apache::londefdef::table[-1]{'objectsignal'}[$jn]=1;  
     }#object size is bigger  
     if ($min_len[$jn]<$localmin) {  
  $min_len[$jn]=$localmin;  
  $Apache::londefdef::table[-1]{'objectsignal'}[$jn]=1;  
     }#object size is bigger  
     if ($Apache::londefdef::table[-1]{'TeXlen'}[0][$jn]!=0) {  
  $min_len[$jn]=0;  
  $max_len[$jn]=0;  
     }  
     #  Spans seem to be really bothered by max/min = 0.  So if we have one  
     #  make it an average joe max/min.  
       
     if ($max_len[$jn] == 0) {  
  $max_len[$jn] = $avg_max;  
     }  
     if ($min_len[$jn] == 0) {  
  $min_len[$jn] = $avg_min;  
     }  
   
  }  
        #final adjustment of column width  
  my @fwidth=@{$Apache::londefdef::table[-1]{'TeXlen'}[0]};#final width array  
  my @adjust=();  
         #step 1. adjustment by maximum value  
  my $space_needed=0;  
  for (my $jn=0;$jn<=$#max_len;$jn++) {  
     $space_needed=$space_needed+$max_len[$jn];  
  }  
  if ($space_needed<=$available_space) {  
   
     for (my $jn=0;$jn<=$#max_len;$jn++) {  
  if ($fwidth[$jn]==0) {  
     $fwidth[$jn]=$max_len[$jn];  
  }  
     }  
  } else {  
         #step 2. adjustment by minimum value (estimation)  
     $space_needed=0;  
     for (my $jn=0;$jn<=$#min_len;$jn++) {  
  $space_needed+=$min_len[$jn];  
     }  
     if ($space_needed>$available_space) {  
  $WARNING=' \textbf{NOT ENOUGH SPACE FOR TABLE} ';  
  for (my $jn=0;$jn<=$#max_len;$jn++) {  
     if ($fwidth[$jn]==0) {  
  $fwidth[$jn]=$min_len[$jn];  
     }  
  }  
  #check if we have objects which can be scaled  
  my $how_many_to_scale=0;  
  my @to_scale=();  
  for (my $jn=0;$jn<=$#max_len;$jn++) {  
     if ($Apache::londefdef::table[-1]{'objectsignal'}[$jn] eq '1') {  
  $how_many_to_scale++;  
  push @to_scale, $jn;  
     }  
  }  
  if ($how_many_to_scale>0) {  
     my $space_to_adjust=($space_needed-$available_space)/$how_many_to_scale;  
     foreach my $jn (@to_scale) {  
  for (my $in=0;$in<=$Apache::londefdef::table[-1]{'row_number'};$in++) {  
     $Apache::londefdef::table[-1]{'content'}[$in][$jn]=~m/width\s*=\s*(\d+\.?\d*\s*(mm|cm|in|pc|pt)*)/;  
     if ($1 ne '') {  
  my $current_length=&recalc($1);  
  $current_length=~/(\d+\.?\d*)/;  
  $current_length=$current_length-$space_to_adjust;  
  $Apache::londefdef::table[-1]{'content'}[$in][$jn]=~s/width\s*=\s*(\d+\.?\d*\s*(mm|cm|in|pc|pt)*)/width=$current_length mm/;  
     }  
     $Apache::londefdef::table[-1]{'content'}[$in][$jn]=~m/\[(\d+\.?\d*)\s*mm\]/;  
     if ($1 ne '') {  
  my $current_length=$1;  
  $current_length=$current_length-$space_to_adjust;  
  $Apache::londefdef::table[-1]{'content'}[$in][$jn]=~s/\[(\d+\.?\d*)\s*mm\]/\[$current_length mm\]/;  
     }  
  }  
  $fwidth[$jn]=$fwidth[$jn]-$space_to_adjust;  
     }  
  }  
     } else {  
       #step 3. adjustment over minimal + corrections  
  my $enlarge_coef=$available_space/$space_needed;  
  my $acsessive=0;  
  for (my $jn=0;$jn<=$#min_len;$jn++) {  
     $adjust[$jn]=$min_len[$jn]*$enlarge_coef;  
     if ($adjust[$jn]>$max_len[$jn]) {  
  $fwidth[$jn]=$max_len[$jn];  
  $acsessive=$acsessive+$adjust[$jn]-$max_len[$jn];  
  $adjust[$jn]=0;  
   
     }  
  }  
  if ($acsessive>0) {  
  #we have an excess of space and can redistribute it  
     my $notempty_columns=0;  
     for (my $jn=0;$jn<=$#min_len;$jn++) {  
  if ($adjust[$jn]!=0) {  
     $notempty_columns++;  
  }  
     }  
     my $per_column=$acsessive/$notempty_columns;  
     for (my $jn=0;$jn<=$#min_len;$jn++) {  
  if ($adjust[$jn]!=0) {  
     $adjust[$jn]+=$per_column;  
     $fwidth[$jn]=$adjust[$jn];  
  }  
     }  
  } else {  
     for (my $jn=0;$jn<=$#min_len;$jn++) {  
  $fwidth[$jn]=$adjust[$jn];  
     }  
  }  
     }  
  }  
         # use all available width or specified width as if not specified,  
  # the specified width gets defaulted to the available width.  
   
  my $current=0;   
  for (my $i=0;$i<=$#fwidth;$i++) {    
     $current+=$fwidth[$i];  
  }  
  if ($current == 0) {  
             $current = $Apache::londefdef::table[-1]{'width'};  
         }  
  my $coef=$Apache::londefdef::table[-1]{'width'}/$current;  
  for (my $i=0;$i<=$#fwidth;$i++) {    
     $fwidth[$i]*=$coef;  
  }  
         #removing of empty columns if allowed  
         my $permission=&Apache::lonxml::get_param('TeXDropEmptyColumns',$parstack,$safeeval,undef,0);  
  if ($permission eq 'yes') {  
     my @cleaned_table=();  
             my @cleaned_header=();  
     my $colind=0;  
     for (my $jn=0;$jn<=$Apache::londefdef::table[-1]{'counter_columns'};$jn++) {  
  if ($fwidth[$jn]!=0) {  
     #we need to copy column  
     for (my $in=0;$in<=$Apache::londefdef::table[-1]{'row_number'};$in++) {  
  $cleaned_table[$in][$colind]=$Apache::londefdef::table[-1]{'content'}[$in][$jn];  
  $cleaned_header[$colind]=$fwidth[$jn];  
     }  
     $colind++;  
  }  
     }  
     $Apache::londefdef::table[-1]{'content'}=\@cleaned_table;  
     @fwidth=@cleaned_header;  
  }  
   
   
  #construct header of the table  
  my $header_of_table = '{'.$Apache::londefdef::table[-1]{'vvinc'};  
  for (my $in=0;$in<=$#fwidth;$in++) {  
     $header_of_table.='p{'.$fwidth[$in].' mm}'.$Apache::londefdef::table[-1]{'vvinc'};  
  }  
  $header_of_table .= '}';  
   
  #fill the table  
  for (my $in=0;$in<=$Apache::londefdef::table[-1]{'row_number'};$in++) {  
     my $have_rowspan = 0;  
     for (my $jn=0;$jn<=$#fwidth;$jn++) {  
   
  #-----------------------------------------------------------  
                 #   I think this order of doing things will ensure that  
  #   single rowspan, columspan and combined row/colspans will  
                 #   work correctly.  LaTeX is delicate here.  
  #    RF.  
   
  # Start a rowspan if necessary:  
   
  my $primary_col_width = $fwidth[$jn]; # Width of primary column.  
  my $rowspan = $Apache::londefdef::table[-1]{'rowspan'}[$in][$jn];  
  my $colspan = $Apache::londefdef::table[-1]{'colspan'}[$in][$jn];  
  #  
  #  Do the appropriate magic if this has a colspan  
  #   
   
  my $border_char = "";  
  if ($border) {  
     $border_char = "|";  
  }  
  my $spanwidth = 0;  
  if ($colspan > 1) {  
     for (my $spancol = $jn; $spancol < $jn + $colspan; $spancol++) {  
  $spanwidth += $fwidth[$spancol];  
     }  
     $output .= '\multicolumn{'.  
  $colspan  
  ."}";  
     if ($Apache::londefdef::table[-1]{'align'}[$in][$jn] eq 'c') {  
  $output .= '{'.$border_char.'c'.$border_char.'}{';  
     } elsif ($Apache::londefdef::table[-1]{'align'}[$in][$jn] eq 'r') {  
  $output .= '{'.$border_char.'r'.$border_char.'}{';  
     }  
     else {  
  $output .= '{'.$border_char."p{$spanwidth mm}".$border_char.'}{';  
     }  
       
  } else {  
     $spanwidth = $primary_col_width; # If no span width will be just colwidth  
  }  
   
  # Rowspan... if colspan is 1, and there's an alignment we'll need  
  # to kick in a multicolumn in order to get the alignment spec.  
  # this must precede the multirow or LaTex gets quite upset.  
  # Naturally if colspan > 1 we've already done that above ^  
  #  
  my $multirow_aligned = 0;  
  if ($rowspan > 1) {  
     if ($colspan == 1) {  
  if ($Apache::londefdef::table[-1]{'align'}[$in][$jn] eq 'c') {  
     $output .= '\multicolumn{1}{'.$border_char.'c'.$border_char.'}{';  
     $multirow_aligned = 1;  
  } elsif ($Apache::londefdef::table[-1]{'align'}[$in][$jn] eq 'r') {  
     $output .= '\multicolumn{1}{'.$border_char.'r'.$border_char.'}{';  
     $multirow_aligned = 1;  
  }  
     }  
     $have_rowspan++;  
     if ($multirow_aligned) {  
  $output .= '\multirow{'.$rowspan.'}[0]{*}{';  
     } else {  
  $output .= '\multirow{'.$rowspan."}[0]{$spanwidth mm}{";  
     }  
       
     $Apache::londefdef::table[-1]{'content'}[$in][$jn] =~  
  s{^\s*\\par\s*}{};  
     $Apache::londefdef::table[-1]{'content'}[$in][$jn] =~  
  s{\s*\\vskip\s*0pt\s*$}{};  
     
     #  
     # If we did not throw in a multicolumn to align, then add   
     # an extra {  
     # so we close correctly without having to keep additional state  
     # around  
     #  
     if (!$multirow_aligned) {  
  $output .= '{';  
     }  
  }  
  if (($rowspan eq '^') || ($rowspan eq '_')) {  
     $have_rowspan++;  
  }  
     #--------------------------------------------------------------  
   
   
  # For right and center alignment of single cells.  
  # we are going to use a multicolumn with a span of 1 to specify alignment.  
  #  
  if ($colspan == 1  && $rowspan == 1) {  
     if ($Apache::londefdef::table[-1]{'align'}[$in][$jn] eq 'c') {  
  $output .= '\multicolumn{1}{'.$border_char.'c'.$border_char.'}{';  
     } elsif ($Apache::londefdef::table[-1]{'align'}[$in][$jn] eq 'r') {  
  $output .= '\multicolumn{1}{'.$border_char.'r'.$border_char.'}{';  
     }  
  }  
   
  $output.=$Apache::londefdef::table[-1]{'content'}[$in][$jn];  
   
  if (($colspan == 1 && $rowspan == 1)   &&  
     (($Apache::londefdef::table[-1]{'align'}[$in][$jn] eq 'c') ||  
      ($Apache::londefdef::table[-1]{'align'}[$in][$jn] eq 'r'))) {  
     $output .= '}';  
  }  
   
  # Close off any open multirow:  
   
  if ($rowspan > 1) {  
     $output .= '}}';  
  }  
  #  Close off the colspan...  
  #  
  if ($colspan > 1)  {  
     $output .= '}';  
     $jn += $colspan-1; # Adjust for number of rows really left.  
  }  
                 if ($jn!=$#fwidth) {$output.=' '.$Apache::londefdef::table[-1]{'vinc'};}  
     }  
     #  If have_rowspan > 0, and borders are on, then   
     #  we need to do more than put an \hline at the bottom of row.  
     #  we need to do the appropriate \cline to ensure that  
     #  the spanned rows don't have \hlines through them.  
   
     if (($Apache::londefdef::table[-1]{'hinc'} =~ /\\hline/) && $have_rowspan) {  
  $output .= ' \\\\ ';  
  for (my $jn=0; $jn<=$#fwidth;$jn++) {  
     my $rowspan = $Apache::londefdef::table[-1]{'rowspan'}[$in][$jn];  
     if ($rowspan ne "^") {  
  if (($rowspan <= 1) || ($rowspan eq '_')) {  
     my $column = $jn+1;  
     $output .= '\cline{'.$column.'-'.$column.'} ';  
  }  
     }  
  }  
   
     } else {  
  $output.=' \\\\ '.$Apache::londefdef::table[-1]{'hinc'}.' ';  
     }  
  }  
  # Note that \newline destroys alignment env's produced  by e.g. <div>  
  # $Apache::londefdef::table[-1]{'output'} .= $header_of_table.$Apache::londefdef::table[-1]{'hinc'}.$output.'\end{tabular}\strut\newline\strut ';  
  $Apache::londefdef::table[-1]{'output'} .= $header_of_table.$Apache::londefdef::table[-1]{'hinc'}.$output.'\end{tabular}\strut'.'\\\\'."\n".'\strut ';  
  if ($#Apache::londefdef::table > 0) {      
     my $inmemory = $Apache::londefdef::table[-1]{'output'};  
     # Figure out max/and min width  by summing us and then  
     # apply that to the current column of the table we nest in  
     # if it's larger than the current width or the current width  
     # is undefined.  
     #  
     my $min_nested_width = 0;  
     my $max_nested_width = 0;  
     for (my $col = 0; $col <= $Apache::londefdef::table[-1]{'counter_columns'}; $col++) {  
  $min_nested_width +=  $min_len[$col];  
  $max_nested_width +=  $max_len[$col];  
   
     }  
     # Fudge in an extra 5 mm for borders etc:  
       
     $min_nested_width += 5;  
     $max_nested_width += 5;  
   
     my $outer_column = $Apache::londefdef::table[-2]{'counter_columns'};  
     my $outer_row    = $Apache::londefdef::table[-2]{'row_number'};  
     if ($min_nested_width > $Apache::londefdef::table[-2]{'minlen'}[$outer_row][$outer_column]) {  
  $Apache::londefdef::table[-2]{'minlen'}[$outer_row][$outer_column] = $min_nested_width;  
     }  
     if ($max_nested_width > $Apache::londefdef::table[-2]{'maxlen'}[$outer_row][$outer_column]) {  
  $Apache::londefdef::table[-2]{'maxlen'}[$outer_row][$outer_column] = $max_nested_width;  
     }  
   
     pop @Apache::londefdef::table;  
     push @{$Apache::londefdef::table[-1]{'include'}}, $inmemory;  
  } else {  
     $currentstring .= $Apache::londefdef::table[-1]{'output'};  
     pop @Apache::londefdef::table;  
     undef @Apache::londefdef::table;  
  }  
  }  
  &enable_para();  
     }  
     }      }
     return $currentstring;      return $currentstring;
 }  }
Line 2733  sub tag_check { Line 2313  sub tag_check {
 #  #
   
 sub cell_config_hash {  sub cell_config_hash {
     my ($align, $rowspan, $colspan) = @_;      my ($align, $rowspan, $colspan, $width) = @_;
     my %config;      my %config;
     if ($align ne '') {      if ($align ne '') {
  $config{'halign'} = $align;   $config{'halign'} = $align;
Line 2744  sub cell_config_hash { Line 2324  sub cell_config_hash {
     if ($rowspan ne '') {      if ($rowspan ne '') {
  $config{'rowspan'} = $rowspan;   $config{'rowspan'} = $rowspan;
     }      }
       if ($width ne '') {
    $config{'width'} = $width;
       }
     return \%config;      return \%config;
 }  }
     
Line 2755  sub start_td_tex { Line 2338  sub start_td_tex {
     # attributes, but empty of text.  end_td_tex will      # attributes, but empty of text.  end_td_tex will
     # fetch the contents from the recursive parse and      # fetch the contents from the recursive parse and
     # fill the cell with them:      # fill the cell with them:
     my $align   = &Apache::lonxml::get_param('align', $parstack, $safeeval, undef, 1);      my $align   = &Apache::lonxml::get_param('align', $parstack, $safeeval);
     my $rowspan = &Apache::lonxml::get_param('rowspan', $parstack, $safeeval, undef, 1);      my $rowspan = &Apache::lonxml::get_param('rowspan', $parstack, $safeeval);
     my $colspan = &Apache::lonxml::get_param('colspan', $parstack, $safeeval, undef, 1);      my $colspan = &Apache::lonxml::get_param('colspan', $parstack, $safeeval);
       my $width   = &Apache::lonxml::get_param('TeXwidth', $parstack, $safeeval);
     my $config = &cell_config_hash($align, $rowspan, $colspan);      my $config = &cell_config_hash($align, $rowspan, $colspan, $width);
   
     my $table = $Apache::londefdef::table[-1];      my $table = $Apache::londefdef::table[-1];
     $table->add_cell('', $config);      $table->add_cell('', $config);
Removed from v.1.424  
changed lines
  Added in v.1.425

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