/**
* @access public
* @param string $p_node
* @param integer $p_generation
*/
function process_indiv($p_node, $p_generation)
{
global $g_generation, $individuals;
$father = $p_node->father_indkey ? new Person($p_node->father_indkey, 3) : null;
$mother = $p_node->mother_indkey ? new Person($p_node->mother_indkey, 3) : null;
# increment $g_generation if generation has changed
if ($p_generation > $g_generation) {
$g_generation = $p_generation;
}
$individual['generation'] = $g_generation;
$individual['generation_title'] = sprintf(gtc("Generation %s"), $g_generation);
$individual['ns_number'] = $p_node->ns_number;
$individual['name_link'] = '<a href="' . $_SERVER['PHP_SELF'] . '?m=family&id=' . $p_node->indkey . '">' . $p_node->full_name() . '</a>';
$individual['parent_sentence'] = get_parents_sentence($p_node, $father, $mother);
$individual['birth_sentence'] = get_birth_sentence($p_node);
$individual['marriage_sentence'] = get_marriage_sentences($p_node);
$individual['death_sentence'] = get_death_sentence($p_node);
$individuals[] = $individual;
}
function display_indiv($p_array)
{
global $g_content, $g_descendants, $g_generation, $g_max_gens, $g_count, $individuals;
$string = '';
$p_node = $p_array[0];
$p_generation = $p_array[1];
$father = $p_node->father_indkey ? new Person($p_node->father_indkey, 3) : null;
$mother = $p_node->mother_indkey ? new Person($p_node->mother_indkey, 3) : null;
if ($p_generation > $g_generation) {
$g_generation = $p_generation;
}
# children
foreach ($p_node->marriages as $marriage) {
$spouse = !empty($marriage->spouse) ? new Person($marriage->spouse, 3) : null;
if ($marriage->child_count > 0) {
$string .= '<br />' . "\n";
$string .= get_children_of_sentence($p_node, $spouse) . ':<br />';
foreach ($marriage->children as $child_indkey) {
$child = new Person($child_indkey);
if ($child->marriage_count > 0) {
foreach ($child->marriages as $cmarriage) {
if ($cmarriage->child_count > 0) {
$child->ns_number = $g_count + 1;
$child_gen = $p_generation + 1;
if ($child_gen > $g_max_gens) {
break;
}
array_push($g_descendants, array($child, $child_gen));
$g_count++;
break;
}
}
}
$child_nk = '<a class="secondary" href="' . $_SERVER['PHP_SELF'] . '?m=family&id=' . $child->indkey . '">' . $child->full_name() . '</a>';
if ($child->ns_number) {
$string .= '<ol><li value="' . $child->ns_number . '">' . $child_nk;
if ($child->birth && $child->birth->date || $child->death && $child->death->date) {
$string .= ' ';
if ($child->birth && $child->birth->date) {
$string .= gtc("b.") . ' ' . $child->birth->date . ' ';
}
if ($child->death && $child->death->date) {
$string .= gtc("d.") . ' ' . $child->death->date;
}
}
$string .= '</li></ol>';
} else {
$string .= '<ul><li class="nobullet">' . $child_nk . '</li></ul>';
}
}
}
}
$string .= '</li></ol>';
$individual['generation'] = $p_generation;
$individual['generation_title'] = sprintf(gtc("Generation %s"), $g_generation);
$individual['ns_number'] = $p_node->ns_number;
$individual['name_link'] = '<a href="' . $_SERVER['PHP_SELF'] . '?m=family&id=' . $p_node->indkey . '">' . $p_node->full_name() . '</a>';
$individual['parent_sentence'] = get_parents_sentence($p_node, $father, $mother);
$individual['birth_sentence'] = get_birth_sentence($p_node);
$individual['marriage_sentence'] = get_marriage_sentences($p_node);
$individual['death_sentence'] = get_death_sentence($p_node);
$individual['children_string'] = $string;
$individuals[] = $individual;
}
function display_indiv($p_array)
{
global $pdf, $g_descendants, $g_generation, $g_max_gens, $font;
$gencol = 13;
$factcol = 30;
$childcol = 40;
$birthcol = 100;
$deathcol = 150;
$p_node = $p_array[0];
$p_generation = $p_array[1];
if ($p_node->father_indkey) {
$father = new Person($p_node->father_indkey, 3);
} else {
$father = null;
}
if ($p_node->mother_indkey) {
$mother = new Person($p_node->mother_indkey, 3);
} else {
$mother = null;
}
if ($p_generation > $g_generation) {
$g_generation = $p_generation;
# display generation if it changed
$pdf->SetLeftMargin(13);
$pdf->SetX(0);
$pdf->SetFont($font, 'BU', 10);
$pdf->Ln(10);
$pdf->Cell(0, 5, sprintf(gtc("Generation %s"), $g_generation), 0, 2, 'C');
//$pdf->Ln(5);
}
$pdf->LN(5);
$pdf->SetX($gencol);
$pdf->SetFont($font, '', 9);
$pdf->Write(5, $p_node->ns_number . '.');
$pdf->SetLeftMargin($factcol);
$pdf->SetFont($font, 'B', 9);
$pdf->Write(5, $p_node->full_name());
$pdf->SetFont($font, '', 9);
$pdf->Write(5, html_entity_decode(strip_tags(get_parents_sentence($p_node, $father, $mother))));
$pdf->LN(5);
$pdf->Write(5, html_entity_decode(strip_tags(get_birth_sentence($p_node))));
$pdf->Write(5, html_entity_decode(strip_tags(get_marriage_sentences($p_node))));
$pdf->Write(5, html_entity_decode(strip_tags(get_death_sentence($p_node))));
$pdf->Ln(5);
# children
foreach ($p_node->marriages as $marriage) {
$spouse = !empty($marriage->spouse) ? new Person($marriage->spouse) : null;
if ($marriage->child_count > 0) {
$pdf->Ln(5);
$pdf->Write(5, html_entity_decode(strip_tags(get_children_of_sentence($p_node, $spouse))) . ':');
foreach ($marriage->children as $child_indkey) {
$child = new Person($child_indkey);
if ($child->marriage_count > 0) {
foreach ($child->marriages as $cmarriage) {
if ($cmarriage->child_count > 0) {
$child->ns_number = count($g_descendants) + 1;
$child_gen = $p_generation + 1;
if ($child_gen > $g_max_gens) {
break;
}
array_push($g_descendants, array($child, $child_gen));
break;
}
}
}
if ($child->ns_number) {
$pdf->SetLeftMargin($factcol);
$pdf->Ln(5);
$pdf->Write(5, $child->ns_number);
$pdf->SetX($childcol);
$pdf->Write(5, $child->full_name());
if ($child->birth->date || $child->death->date) {
if ($child->birth->date) {
$pdf->SetX($birthcol);
$pdf->Write(5, $child->birth->date);
}
if ($child->death->date) {
$pdf->SetX($deathcol);
$pdf->Write(5, $child->death->date);
}
}
} else {
$pdf->Ln(5);
$pdf->SetX($childcol);
$pdf->Write(5, $child->full_name());
if ($child->birth->date || $child->death->date) {
if ($child->birth->date) {
$pdf->SetX($birthcol);
$pdf->Write(5, $child->birth->date);
}
if ($child->death->date) {
$pdf->SetX($deathcol);
$pdf->Write(5, $child->death->date);
}
}
}
}
}
}
}
function display_indiv($p_node, $p_generation)
{
global $pdf, $g_generation, $font;
$gencol = 13;
$factcol = 30;
$father = null;
$mother = null;
if ($p_node->father_indkey) {
$father = new Person($p_node->father_indkey, 1);
}
if ($p_node->mother_indkey) {
$mother = new Person($p_node->mother_indkey, 1);
}
if ($p_generation > $g_generation) {
$g_generation = $p_generation;
# display generation if it changed
$pdf->SetLeftMargin(13);
$pdf->SetX(0);
$pdf->SetFont($font, 'BU', 10);
$pdf->Ln(5);
$pdf->Cell(0, 5, sprintf(gtc("Generation %s"), $g_generation), 0, 2, 'C');
$pdf->Ln(5);
}
$pdf->SetX($gencol);
$pdf->SetFont($font, '', 9);
$pdf->Write(5, $p_node->ns_number . '.');
$pdf->SetLeftMargin($factcol);
$pdf->SetFont($font, 'B', 9);
$pdf->Write(5, $p_node->full_name());
$pdf->SetFont($font, '', 9);
$pdf->Write(5, html_entity_decode(strip_tags(get_parents_sentence($p_node, $father, $mother))));
$pdf->Ln(5);
$pdf->Write(5, html_entity_decode(strip_tags(get_birth_sentence($p_node))));
$pdf->Write(5, html_entity_decode(strip_tags(get_marriage_sentences($p_node))));
$pdf->Write(5, html_entity_decode(strip_tags(get_death_sentence($p_node))));
$pdf->Ln(10);
}