/**
* Generate the likely value of this census column, based on available information.
*
* @param Individual $individual
* @param Individual|null $head
*
* @return string
*/
public function generate(Individual $individual, Individual $head = null)
{
if ($individual->getSex() === 'F') {
return '';
} else {
return (string) Date::getAge($individual->getEstimatedBirthDate(), $this->date(), 0);
}
}
/**
* Generate the likely value of this census column, based on available information.
*
* @param Individual $individual
* @param Individual|null $head
*
* @return string
*/
public function generate(Individual $individual, Individual $head = null)
{
$sex = $individual->getSex();
if ($sex === 'M' || $sex === 'F') {
return $sex;
} else {
return '';
}
}
/**
* Generate the likely value of this census column, based on available information.
*
* @param Individual $individual
* @param Individual|null $head
*
* @return string
*/
public function generate(Individual $individual, Individual $head = null)
{
switch ($individual->getSex()) {
case 'M':
return $this->male;
case 'F':
return $this->female;
default:
return '';
}
}
/**
* Generate the likely value of this census column, based on available information.
*
* @param Individual $individual
* @param Individual|null $head
*
* @return string
*/
public function generate(Individual $individual, Individual $head = null)
{
if ($individual->getSex() === 'M') {
return '';
} else {
$years = Date::getAge($individual->getEstimatedBirthDate(), $this->date(), 0);
if ($years > 15) {
$years -= $years % 5;
}
return (string) $years;
}
}
/**
* Generate the likely value of this census column, based on available information.
*
* @param Individual $individual
* @param Individual|null $head
*
* @return string
*/
public function generate(Individual $individual, Individual $head = null)
{
if ($individual->getSex() !== 'F') {
return '';
}
$count = 0;
foreach ($individual->getSpouseFamilies() as $family) {
foreach ($family->getChildren() as $child) {
if ($child->getBirthDate()->isOK() && Date::compare($child->getBirthDate(), $this->date()) < 0 && $child->getBirthDate() != $child->getDeathDate() && (!$child->getDeathDate()->isOK() || Date::compare($child->getDeathDate(), $this->date()) > 0)) {
$count++;
}
}
}
return (string) $count;
}
/**
* get the person box stylesheet class for the given person
*
* @param Individual $person
*
* @return string returns 'person_box', 'person_boxF', or 'person_boxNN'
*/
public function getPersonStyle($person)
{
switch ($person->getSex()) {
case 'M':
$class = 'person_box';
break;
case 'F':
$class = 'person_boxF';
break;
default:
$class = 'person_boxNN';
break;
}
if ($person->isPendingDeletion()) {
$class .= ' old';
} elseif ($person->isPendingAddtion()) {
$class .= ' new';
}
return $class;
}
/**
* Print a form to add an individual or edit an individual’s name
*
* @param string $nextaction
* @param Individual $person
* @param Family $family
* @param Fact $name_fact
* @param string $famtag
* @param string $gender
*/
function print_indi_form($nextaction, Individual $person = null, Family $family = null, Fact $name_fact = null, $famtag = 'CHIL', $gender = 'U')
{
global $WT_TREE, $bdm, $controller;
if ($person) {
$xref = $person->getXref();
} elseif ($family) {
$xref = $family->getXref();
} else {
$xref = 'new';
}
// Different cultures do surnames differently
$surname_tradition = SurnameTradition::create($WT_TREE->getPreference('SURNAME_TRADITION'));
$name_fields = array();
if ($name_fact) {
// Editing an existing name
$name_fact_id = $name_fact->getFactId();
$name_type = $name_fact->getAttribute('TYPE');
$namerec = $name_fact->getGedcom();
foreach (Config::standardNameFacts() as $tag) {
if ($tag === 'NAME') {
$name_fields[$tag] = $name_fact->getValue();
} else {
$name_fields[$tag] = $name_fact->getAttribute($tag);
}
}
// Populate any missing 2 XXXX fields from the 1 NAME field
$npfx_accept = implode('|', Config::namePrefixes());
if (preg_match('/(((' . $npfx_accept . ')\\.? +)*)([^\\n\\/"]*)("(.*)")? *\\/(([a-z]{2,3} +)*)(.*)\\/ *(.*)/i', $name_fields['NAME'], $name_bits)) {
if (empty($name_fields['NPFX'])) {
$name_fields['NPFX'] = $name_bits[1];
}
if (empty($name_fields['SPFX']) && empty($name_fields['SURN'])) {
$name_fields['SPFX'] = trim($name_bits[7]);
// For names with two surnames, there will be four slashes.
// Turn them into a list
$name_fields['SURN'] = preg_replace('~/[^/]*/~', ',', $name_bits[9]);
}
if (empty($name_fields['GIVN'])) {
$name_fields['GIVN'] = $name_bits[4];
}
if (empty($name_fields['NICK']) && !empty($name_bits[6]) && !preg_match('/^2 NICK/m', $namerec)) {
$name_fields['NICK'] = $name_bits[6];
}
}
} else {
// Creating a new name
$name_fact_id = null;
$name_type = null;
$namerec = null;
// Populate the standard NAME field and subfields
foreach (Config::standardNameFacts() as $tag) {
$name_fields[$tag] = '';
}
// Inherit surname from parents, spouse or child
if ($family) {
$father = $family->getHusband();
if ($father && $father->getFirstFact('NAME')) {
$father_name = $father->getFirstFact('NAME')->getValue();
} else {
$father_name = '';
}
$mother = $family->getWife();
if ($mother && $mother->getFirstFact('NAME')) {
$mother_name = $mother->getFirstFact('NAME')->getValue();
} else {
$mother_name = '';
}
} else {
$father = null;
$mother = null;
$father_name = '';
$mother_name = '';
}
if ($person && $person->getFirstFact('NAME')) {
$indi_name = $person->getFirstFact('NAME')->getValue();
} else {
$indi_name = '';
}
switch ($nextaction) {
case 'add_child_to_family_action':
$name_fields = $surname_tradition->newChildNames($father_name, $mother_name, $gender) + $name_fields;
break;
case 'add_child_to_individual_action':
if ($person->getSex() === 'F') {
$name_fields = $surname_tradition->newChildNames('', $indi_name, $gender) + $name_fields;
} else {
$name_fields = $surname_tradition->newChildNames($indi_name, '', $gender) + $name_fields;
}
break;
case 'add_parent_to_individual_action':
$name_fields = $surname_tradition->newParentNames($indi_name, $gender) + $name_fields;
break;
case 'add_spouse_to_family_action':
if ($father) {
$name_fields = $surname_tradition->newSpouseNames($father_name, $gender) + $name_fields;
} else {
$name_fields = $surname_tradition->newSpouseNames($mother_name, $gender) + $name_fields;
}
break;
case 'add_spouse_to_individual_action':
$name_fields = $surname_tradition->newSpouseNames($indi_name, $gender) + $name_fields;
break;
case 'add_unlinked_indi_action':
case 'update':
if ($surname_tradition->hasSurnames()) {
$name_fields['NAME'] = '//';
}
break;
}
}
$bdm = '';
// used to copy '1 SOUR' to '2 SOUR' for BIRT DEAT MARR
echo '<div id="edit_interface-page">';
echo '<h4>', $controller->getPageTitle(), '</h4>';
FunctionsPrint::initializeCalendarPopup();
echo '<form method="post" name="addchildform" onsubmit="return checkform();">';
echo '<input type="hidden" name="ged" value="', $WT_TREE->getNameHtml(), '">';
echo '<input type="hidden" name="action" value="', $nextaction, '">';
echo '<input type="hidden" name="fact_id" value="', $name_fact_id, '">';
echo '<input type="hidden" name="xref" value="', $xref, '">';
echo '<input type="hidden" name="famtag" value="', $famtag, '">';
echo '<input type="hidden" name="gender" value="', $gender, '">';
echo '<input type="hidden" name="goto" value="">';
// set by javascript
echo Filter::getCsrf();
echo '<table class="facts_table">';
switch ($nextaction) {
case 'add_child_to_family_action':
case 'add_child_to_individual_action':
// When adding a new child, specify the pedigree
FunctionsEdit::addSimpleTag('0 PEDI');
break;
case 'update':
// When adding/editing a name, specify the type
FunctionsEdit::addSimpleTag('0 TYPE ' . $name_type, '', '', null, $person);
break;
}
// First - new/existing standard name fields
foreach ($name_fields as $tag => $value) {
if (substr_compare($tag, '_', 0, 1) !== 0) {
FunctionsEdit::addSimpleTag('0 ' . $tag . ' ' . $value);
}
}
// Second - new/existing advanced name fields
if ($surname_tradition->hasMarriedNames() || preg_match('/\\n2 _MARNM /', $namerec)) {
$adv_name_fields = array('_MARNM' => '');
} else {
$adv_name_fields = array();
}
if (preg_match_all('/(' . WT_REGEX_TAG . ')/', $WT_TREE->getPreference('ADVANCED_NAME_FACTS'), $match)) {
foreach ($match[1] as $tag) {
$adv_name_fields[$tag] = '';
}
}
foreach (array_keys($adv_name_fields) as $tag) {
// Edit existing tags, grouped together
if (preg_match_all('/2 ' . $tag . ' (.+)/', $namerec, $match)) {
foreach ($match[1] as $value) {
FunctionsEdit::addSimpleTag('2 ' . $tag . ' ' . $value, '', GedcomTag::getLabel('NAME:' . $tag, $person));
if ($tag === '_MARNM') {
preg_match_all('/\\/([^\\/]*)\\//', $value, $matches);
FunctionsEdit::addSimpleTag('2 _MARNM_SURN ' . implode(',', $matches[1]));
}
}
}
// Allow a new tag to be entered
if (!array_key_exists($tag, $name_fields)) {
FunctionsEdit::addSimpleTag('0 ' . $tag, '', GedcomTag::getLabel('NAME:' . $tag, $person));
if ($tag === '_MARNM') {
FunctionsEdit::addSimpleTag('0 _MARNM_SURN');
}
}
}
// Third - new/existing custom name fields
foreach ($name_fields as $tag => $value) {
if (substr_compare($tag, '_', 0, 1) === 0) {
FunctionsEdit::addSimpleTag('0 ' . $tag . ' ' . $value);
if ($tag === '_MARNM') {
preg_match_all('/\\/([^\\/]*)\\//', $value, $matches);
FunctionsEdit::addSimpleTag('2 _MARNM_SURN ' . implode(',', $matches[1]));
}
}
}
// Fourth - SOUR, NOTE, _CUSTOM, etc.
if ($namerec) {
$gedlines = explode("\n", $namerec);
// -- find the number of lines in the record
$fields = explode(' ', $gedlines[0]);
$glevel = $fields[0];
$level = $glevel;
$type = trim($fields[1]);
$tags = array();
$i = 0;
do {
if ($type !== 'TYPE' && !array_key_exists($type, $name_fields) && !array_key_exists($type, $adv_name_fields)) {
$text = '';
for ($j = 2; $j < count($fields); $j++) {
if ($j > 2) {
$text .= ' ';
}
$text .= $fields[$j];
}
while ($i + 1 < count($gedlines) && preg_match('/' . ($level + 1) . ' CONT ?(.*)/', $gedlines[$i + 1], $cmatch) > 0) {
$text .= "\n" . $cmatch[2];
$i++;
}
FunctionsEdit::addSimpleTag($level . ' ' . $type . ' ' . $text);
}
$tags[] = $type;
$i++;
if (isset($gedlines[$i])) {
$fields = explode(' ', $gedlines[$i]);
$level = $fields[0];
if (isset($fields[1])) {
$type = $fields[1];
}
}
} while ($level > $glevel && $i < count($gedlines));
}
// If we are adding a new individual, add the basic details
if ($nextaction !== 'update') {
echo '</table><br><table class="facts_table">';
// 1 SEX
if ($famtag === 'HUSB' || $gender === 'M') {
FunctionsEdit::addSimpleTag("0 SEX M");
} elseif ($famtag === 'WIFE' || $gender === 'F') {
FunctionsEdit::addSimpleTag('0 SEX F');
} else {
FunctionsEdit::addSimpleTag('0 SEX');
}
$bdm = 'BD';
if (preg_match_all('/(' . WT_REGEX_TAG . ')/', $WT_TREE->getPreference('QUICK_REQUIRED_FACTS'), $matches)) {
foreach ($matches[1] as $match) {
if (!in_array($match, explode('|', WT_EVENTS_DEAT))) {
FunctionsEdit::addSimpleTags($match);
}
}
}
//-- if adding a spouse add the option to add a marriage fact to the new family
if ($nextaction === 'add_spouse_to_individual_action' || $nextaction === 'add_spouse_to_family_action') {
$bdm .= 'M';
if (preg_match_all('/(' . WT_REGEX_TAG . ')/', $WT_TREE->getPreference('QUICK_REQUIRED_FAMFACTS'), $matches)) {
foreach ($matches[1] as $match) {
FunctionsEdit::addSimpleTags($match);
}
}
}
if (preg_match_all('/(' . WT_REGEX_TAG . ')/', $WT_TREE->getPreference('QUICK_REQUIRED_FACTS'), $matches)) {
foreach ($matches[1] as $match) {
if (in_array($match, explode('|', WT_EVENTS_DEAT))) {
FunctionsEdit::addSimpleTags($match);
}
}
}
}
echo keep_chan($person);
echo '</table>';
if ($nextaction === 'update') {
// GEDCOM 5.5.1 spec says NAME doesn’t get a OBJE
FunctionsEdit::printAddLayer('SOUR');
FunctionsEdit::printAddLayer('NOTE');
FunctionsEdit::printAddLayer('SHARED_NOTE');
FunctionsEdit::printAddLayer('RESN');
} else {
FunctionsEdit::printAddLayer('SOUR', 1);
FunctionsEdit::printAddLayer('NOTE', 1);
FunctionsEdit::printAddLayer('SHARED_NOTE', 1);
FunctionsEdit::printAddLayer('RESN', 1);
}
// If we are editing an existing name, allow raw GEDCOM editing
if ($name_fact && (Auth::isAdmin() || $WT_TREE->getPreference('SHOW_GEDCOM_RECORD'))) {
echo '<br><br><a href="edit_interface.php?action=editrawfact&xref=', $xref, '&fact_id=', $name_fact->getFactId(), '&ged=', $WT_TREE->getNameUrl(), '">', I18N::translate('Edit raw GEDCOM'), '</a>';
}
echo '<p id="save-cancel">';
echo '<input type="submit" class="save" value="', I18N::translate('save'), '">';
if (preg_match('/^add_(child|spouse|parent|unlinked_indi)/', $nextaction)) {
echo '<input type="submit" class="save" value="', I18N::translate('go to new individual'), '" onclick="document.addchildform.goto.value=\'new\';">';
}
echo '<input type="button" class="cancel" value="', I18N::translate('close'), '" onclick="window.close();">';
echo '</p>';
echo '</form>';
$controller->addInlineJavascript('
SURNAME_TRADITION="' . $WT_TREE->getPreference('SURNAME_TRADITION') . '";
gender="' . $gender . '";
famtag="' . $famtag . '";
function trim(str) {
str=str.replace(/\\s\\s+/g, " ");
return str.replace(/(^\\s+)|(\\s+$)/g, "");
}
function lang_class(str) {
if (str.match(/[\\u0370-\\u03FF]/)) return "greek";
if (str.match(/[\\u0400-\\u04FF]/)) return "cyrillic";
if (str.match(/[\\u0590-\\u05FF]/)) return "hebrew";
if (str.match(/[\\u0600-\\u06FF]/)) return "arabic";
return "latin"; // No matched text implies latin :-)
}
// Generate a full name from the name components
function generate_name() {
var npfx = jQuery("#NPFX").val();
var givn = jQuery("#GIVN").val();
var spfx = jQuery("#SPFX").val();
var surn = jQuery("#SURN").val();
var nsfx = jQuery("#NSFX").val();
if (SURNAME_TRADITION === "polish" && (gender === "F" || famtag === "WIFE")) {
surn = surn.replace(/ski$/, "ska");
surn = surn.replace(/cki$/, "cka");
surn = surn.replace(/dzki$/, "dzka");
surn = surn.replace(/żki$/, "żka");
}
// Commas are used in the GIVN and SURN field to separate lists of surnames.
// For example, to differentiate the two Spanish surnames from an English
// double-barred name.
// Commas *may* be used in other fields, and will form part of the NAME.
if (WT_LOCALE=="vi" || WT_LOCALE=="hu") {
// Default format: /SURN/ GIVN
return trim(npfx+" /"+trim(spfx+" "+surn).replace(/ *, */g, " ")+"/ "+givn.replace(/ *, */g, " ")+" "+nsfx);
} else if (WT_LOCALE=="zh") {
// Default format: /SURN/GIVN
return trim(npfx+" /"+trim(spfx+" "+surn).replace(/ *, */g, " ")+"/"+givn.replace(/ *, */g, " ")+" "+nsfx);
} else {
// Default format: GIVN /SURN/
return trim(npfx+" "+givn.replace(/ *, */g, " ")+" /"+trim(spfx+" "+surn).replace(/ *, */g, " ")+"/ "+nsfx);
}
}
// Update the NAME and _MARNM fields from the name components
// and also display the value in read-only "gedcom" format.
function updatewholename() {
// Don’t update the name if the user manually changed it
if (manualChange) {
return;
}
var npfx = jQuery("#NPFX").val();
var givn = jQuery("#GIVN").val();
var spfx = jQuery("#SPFX").val();
var surn = jQuery("#SURN").val();
var nsfx = jQuery("#NSFX").val();
var name = generate_name();
jQuery("#NAME").val(name);
jQuery("#NAME_display").text(name);
// Married names inherit some NSFX values, but not these
nsfx = nsfx.replace(/^(I|II|III|IV|V|VI|Junior|Jr\\.?|Senior|Sr\\.?)$/i, "");
// Update _MARNM field from _MARNM_SURN field and display it
// Be careful of mixing latin/hebrew/etc. character sets.
var ip = document.getElementsByTagName("input");
var marnm_id = "";
var romn = "";
var heb = "";
for (var i = 0; i < ip.length; i++) {
var val = trim(ip[i].value);
if (ip[i].id.indexOf("_HEB") === 0)
heb = val;
if (ip[i].id.indexOf("ROMN") === 0)
romn = val;
if (ip[i].id.indexOf("_MARNM") === 0) {
if (ip[i].id.indexOf("_MARNM_SURN") === 0) {
var msurn = "";
if (val !== "") {
var lc = lang_class(document.getElementById(ip[i].id).value);
if (lang_class(name) === lc)
msurn = trim(npfx + " " + givn + " /" + val + "/ " + nsfx);
else if (lc === "hebrew")
msurn = heb.replace(/\\/.*\\//, "/" + val + "/");
else if (lang_class(romn) === lc)
msurn = romn.replace(/\\/.*\\//, "/" + val + "/");
}
document.getElementById(marnm_id).value = msurn;
document.getElementById(marnm_id+"_display").innerHTML = msurn;
} else {
marnm_id = ip[i].id;
}
}
}
}
// Toggle the name editor fields between
// <input type="hidden"> <span style="display:inline">
// <input type="text"> <span style="display:hidden">
var oldName = "";
// Calls to generate_name() trigger an update - hence need to
// set the manual change to true first. We are probably
// listening to the wrong events on the input fields...
var manualChange = true;
manualChange = generate_name() !== jQuery("#NAME").val();
function convertHidden(eid) {
var input1 = jQuery("#" + eid);
var input2 = jQuery("#" + eid + "_display");
// Note that IE does not allow us to change the type of an input, so we must create a new one.
if (input1.attr("type")=="hidden") {
input1.replaceWith(input1.clone().attr("type", "text"));
input2.hide();
} else {
input1.replaceWith(input1.clone().attr("type", "hidden"));
input2.show();
}
}
/**
* if the user manually changed the NAME field, then update the textual
* HTML representation of it
* If the value changed set manualChange to true so that changing
* the other fields doesn’t change the NAME line
*/
function updateTextName(eid) {
var element = document.getElementById(eid);
if (element) {
if (element.value!=oldName) manualChange = true;
var delement = document.getElementById(eid+"_display");
if (delement) {
delement.innerHTML = element.value;
}
}
}
function checkform() {
var ip=document.getElementsByTagName("input");
for (var i=0; i<ip.length; i++) {
// ADD slashes to _HEB and _AKA names
if (ip[i].id.indexOf("_AKA")==0 || ip[i].id.indexOf("_HEB")==0 || ip[i].id.indexOf("ROMN")==0)
if (ip[i].value.indexOf("/")<0 && ip[i].value!="")
ip[i].value=ip[i].value.replace(/([^\\s]+)\\s*$/, "/$1/");
// Blank out temporary _MARNM_SURN
if (ip[i].id.indexOf("_MARNM_SURN")==0)
ip[i].value="";
// Convert "xxx yyy" and "xxx y yyy" surnames to "xxx,yyy"
if ((SURNAME_TRADITION=="spanish" || "SURNAME_TRADITION"=="portuguese") && ip[i].id.indexOf("SURN")==0) {
ip[i].value=document.forms[0].SURN.value.replace(/^\\s*([^\\s,]{2,})\\s+([iIyY] +)?([^\\s,]{2,})\\s*$/, "$1,$3");
}
}
return true;
}
// If the name isn’t initially formed from the components in a standard way,
// then don’t automatically update it.
if (document.getElementById("NAME").value!=generate_name() && document.getElementById("NAME").value!="//") {
convertHidden("NAME");
}
');
echo '</div>';
}
/**
* Convert a relationship path into a relationship name.
*
* @param string $path
* @param Individual $person1
* @param Individual $person2
*
* @return string
*/
public static function getRelationshipNameFromPath($path, Individual $person1 = null, Individual $person2 = null)
{
if (!preg_match('/^(mot|fat|par|hus|wif|spo|son|dau|chi|bro|sis|sib)*$/', $path)) {
// TODO: Update all the “3 RELA ” values in class_person
return '<span class="error">' . $path . '</span>';
}
// The path does not include the starting person. In some languages, the
// translation for a man’s (relative) is different from a woman’s (relative),
// due to inflection.
$sex1 = $person1 ? $person1->getSex() : 'U';
// The sex of the last person in the relationship determines the name in
// many cases. e.g. great-aunt / great-uncle
if (preg_match('/(fat|hus|son|bro)$/', $path)) {
$sex2 = 'M';
} elseif (preg_match('/(mot|wif|dau|sis)$/', $path)) {
$sex2 = 'F';
} else {
$sex2 = 'U';
}
switch ($path) {
case '':
return I18N::translate('self');
// Level One relationships
// Level One relationships
case 'mot':
return I18N::translate('mother');
case 'fat':
return I18N::translate('father');
case 'par':
return I18N::translate('parent');
case 'hus':
if ($person1 && $person2) {
foreach ($person1->getSpouseFamilies() as $family) {
if ($person2 === $family->getSpouse($person1)) {
if ($family->getFacts('_NMR')) {
if ($family->getFacts(WT_EVENTS_DIV)) {
return I18N::translateContext('MALE', 'ex-partner');
} else {
return I18N::translateContext('MALE', 'partner');
}
} elseif ($family->getFacts(WT_EVENTS_DIV)) {
return I18N::translate('ex-husband');
}
}
}
}
return I18N::translate('husband');
case 'wif':
if ($person1 && $person1) {
foreach ($person1->getSpouseFamilies() as $family) {
if ($person2 === $family->getSpouse($person1)) {
if ($family->getFacts('_NMR')) {
if ($family->getFacts(WT_EVENTS_DIV)) {
return I18N::translateContext('FEMALE', 'ex-partner');
} else {
return I18N::translateContext('FEMALE', 'partner');
}
} elseif ($family->getFacts(WT_EVENTS_DIV)) {
return I18N::translate('ex-wife');
}
}
}
}
return I18N::translate('wife');
case 'spo':
if ($person1 && $person2) {
foreach ($person1->getSpouseFamilies() as $family) {
if ($person2 === $family->getSpouse($person1)) {
if ($family->getFacts('_NMR')) {
if ($family->getFacts(WT_EVENTS_DIV)) {
return I18N::translateContext('MALE/FEMALE', 'ex-partner');
} else {
return I18N::translateContext('MALE/FEMALE', 'partner');
}
} elseif ($family->getFacts(WT_EVENTS_DIV)) {
return I18N::translate('ex-spouse');
}
}
}
}
return I18N::translate('spouse');
case 'son':
return I18N::translate('son');
case 'dau':
return I18N::translate('daughter');
case 'chi':
return I18N::translate('child');
case 'bro':
if ($person1 && $person2) {
$dob1 = $person1->getBirthDate();
$dob2 = $person2->getBirthDate();
if ($dob1->isOK() && $dob2->isOK()) {
if (abs($dob1->julianDay() - $dob2->julianDay()) < 2 && !$dob1->minimumDate()->d !== 0 && !$dob2->minimumDate()->d !== 0) {
// Exclude BEF, AFT, etc.
return I18N::translate('twin brother');
} elseif ($dob1->maximumJulianDay() < $dob2->minimumJulianDay()) {
return I18N::translate('younger brother');
} elseif ($dob1->minimumJulianDay() > $dob2->maximumJulianDay()) {
return I18N::translate('elder brother');
}
}
}
return I18N::translate('brother');
case 'sis':
if ($person1 && $person2) {
$dob1 = $person1->getBirthDate();
$dob2 = $person2->getBirthDate();
if ($dob1->isOK() && $dob2->isOK()) {
if (abs($dob1->julianDay() - $dob2->julianDay()) < 2 && !$dob1->minimumDate()->d !== 0 && !$dob2->minimumDate()->d !== 0) {
// Exclude BEF, AFT, etc.
return I18N::translate('twin sister');
} elseif ($dob1->maximumJulianDay() < $dob2->minimumJulianDay()) {
return I18N::translate('younger sister');
} elseif ($dob1->minimumJulianDay() > $dob2->maximumJulianDay()) {
return I18N::translate('elder sister');
}
}
}
return I18N::translate('sister');
case 'sib':
if ($person1 && $person2) {
$dob1 = $person1->getBirthDate();
$dob2 = $person2->getBirthDate();
if ($dob1->isOK() && $dob2->isOK()) {
if (abs($dob1->julianDay() - $dob2->julianDay()) < 2 && !$dob1->minimumDate()->d !== 0 && !$dob2->minimumDate()->d !== 0) {
// Exclude BEF, AFT, etc.
return I18N::translate('twin sibling');
} elseif ($dob1->maximumJulianDay() < $dob2->minimumJulianDay()) {
return I18N::translate('younger sibling');
} elseif ($dob1->minimumJulianDay() > $dob2->maximumJulianDay()) {
return I18N::translate('elder sibling');
}
}
}
return I18N::translate('sibling');
// Level Two relationships
// Level Two relationships
case 'brochi':
return I18N::translateContext('brother’s child', 'nephew/niece');
case 'brodau':
return I18N::translateContext('brother’s daughter', 'niece');
case 'broson':
return I18N::translateContext('brother’s son', 'nephew');
case 'browif':
return I18N::translateContext('brother’s wife', 'sister-in-law');
case 'chichi':
return I18N::translateContext('child’s child', 'grandchild');
case 'chidau':
return I18N::translateContext('child’s daughter', 'granddaughter');
case 'chihus':
return I18N::translateContext('child’s husband', 'son-in-law');
case 'chison':
return I18N::translateContext('child’s son', 'grandson');
case 'chispo':
return I18N::translateContext('child’s spouse', 'son/daughter-in-law');
case 'chiwif':
return I18N::translateContext('child’s wife', 'daughter-in-law');
case 'dauchi':
return I18N::translateContext('daughter’s child', 'grandchild');
case 'daudau':
return I18N::translateContext('daughter’s daughter', 'granddaughter');
case 'dauhus':
return I18N::translateContext('daughter’s husband', 'son-in-law');
case 'dauson':
return I18N::translateContext('daughter’s son', 'grandson');
case 'fatbro':
return I18N::translateContext('father’s brother', 'uncle');
case 'fatchi':
return I18N::translateContext('father’s child', 'half-sibling');
case 'fatdau':
return I18N::translateContext('father’s daughter', 'half-sister');
case 'fatfat':
return I18N::translateContext('father’s father', 'paternal grandfather');
case 'fatmot':
return I18N::translateContext('father’s mother', 'paternal grandmother');
case 'fatpar':
return I18N::translateContext('father’s parent', 'paternal grandparent');
case 'fatsib':
return I18N::translateContext('father’s sibling', 'aunt/uncle');
case 'fatsis':
return I18N::translateContext('father’s sister', 'aunt');
case 'fatson':
return I18N::translateContext('father’s son', 'half-brother');
case 'fatwif':
return I18N::translateContext('father’s wife', 'step-mother');
case 'husbro':
return I18N::translateContext('husband’s brother', 'brother-in-law');
case 'huschi':
return I18N::translateContext('husband’s child', 'step-child');
case 'husdau':
return I18N::translateContext('husband’s daughter', 'step-daughter');
case 'husfat':
return I18N::translateContext('husband’s father', 'father-in-law');
case 'husmot':
return I18N::translateContext('husband’s mother', 'mother-in-law');
case 'hussib':
return I18N::translateContext('husband’s sibling', 'brother/sister-in-law');
case 'hussis':
return I18N::translateContext('husband’s sister', 'sister-in-law');
case 'husson':
return I18N::translateContext('husband’s son', 'step-son');
case 'motbro':
return I18N::translateContext('mother’s brother', 'uncle');
case 'motchi':
return I18N::translateContext('mother’s child', 'half-sibling');
case 'motdau':
return I18N::translateContext('mother’s daughter', 'half-sister');
case 'motfat':
return I18N::translateContext('mother’s father', 'maternal grandfather');
case 'mothus':
return I18N::translateContext('mother’s husband', 'step-father');
case 'motmot':
return I18N::translateContext('mother’s mother', 'maternal grandmother');
case 'motpar':
return I18N::translateContext('mother’s parent', 'maternal grandparent');
case 'motsib':
return I18N::translateContext('mother’s sibling', 'aunt/uncle');
case 'motsis':
return I18N::translateContext('mother’s sister', 'aunt');
case 'motson':
return I18N::translateContext('mother’s son', 'half-brother');
case 'parbro':
return I18N::translateContext('parent’s brother', 'uncle');
case 'parchi':
return I18N::translateContext('parent’s child', 'half-sibling');
case 'pardau':
return I18N::translateContext('parent’s daughter', 'half-sister');
case 'parfat':
return I18N::translateContext('parent’s father', 'grandfather');
case 'parmot':
return I18N::translateContext('parent’s mother', 'grandmother');
case 'parpar':
return I18N::translateContext('parent’s parent', 'grandparent');
case 'parsib':
return I18N::translateContext('parent’s sibling', 'aunt/uncle');
case 'parsis':
return I18N::translateContext('parent’s sister', 'aunt');
case 'parson':
return I18N::translateContext('parent’s son', 'half-brother');
case 'parspo':
return I18N::translateContext('parent’s spouse', 'step-parent');
case 'sibchi':
return I18N::translateContext('sibling’s child', 'nephew/niece');
case 'sibdau':
return I18N::translateContext('sibling’s daughter', 'niece');
case 'sibson':
return I18N::translateContext('sibling’s son', 'nephew');
case 'sibspo':
return I18N::translateContext('sibling’s spouse', 'brother/sister-in-law');
case 'sischi':
return I18N::translateContext('sister’s child', 'nephew/niece');
case 'sisdau':
return I18N::translateContext('sister’s daughter', 'niece');
case 'sishus':
return I18N::translateContext('sister’s husband', 'brother-in-law');
case 'sisson':
return I18N::translateContext('sister’s son', 'nephew');
case 'sonchi':
return I18N::translateContext('son’s child', 'grandchild');
case 'sondau':
return I18N::translateContext('son’s daughter', 'granddaughter');
case 'sonson':
return I18N::translateContext('son’s son', 'grandson');
case 'sonwif':
return I18N::translateContext('son’s wife', 'daughter-in-law');
case 'spobro':
return I18N::translateContext('spouse’s brother', 'brother-in-law');
case 'spochi':
return I18N::translateContext('spouse’s child', 'step-child');
case 'spodau':
return I18N::translateContext('spouse’s daughter', 'step-daughter');
case 'spofat':
return I18N::translateContext('spouse’s father', 'father-in-law');
case 'spomot':
return I18N::translateContext('spouse’s mother', 'mother-in-law');
case 'sposis':
return I18N::translateContext('spouse’s sister', 'sister-in-law');
case 'sposon':
return I18N::translateContext('spouse’s son', 'step-son');
case 'spopar':
return I18N::translateContext('spouse’s parent', 'mother/father-in-law');
case 'sposib':
return I18N::translateContext('spouse’s sibling', 'brother/sister-in-law');
case 'wifbro':
return I18N::translateContext('wife’s brother', 'brother-in-law');
case 'wifchi':
return I18N::translateContext('wife’s child', 'step-child');
case 'wifdau':
return I18N::translateContext('wife’s daughter', 'step-daughter');
case 'wiffat':
return I18N::translateContext('wife’s father', 'father-in-law');
case 'wifmot':
return I18N::translateContext('wife’s mother', 'mother-in-law');
case 'wifsib':
return I18N::translateContext('wife’s sibling', 'brother/sister-in-law');
case 'wifsis':
return I18N::translateContext('wife’s sister', 'sister-in-law');
case 'wifson':
return I18N::translateContext('wife’s son', 'step-son');
// Level Three relationships
// I have commented out some of the unknown-sex relationships that are unlikely to to occur.
// Feel free to add them in, if you think they might be needed
// Level Three relationships
// I have commented out some of the unknown-sex relationships that are unlikely to to occur.
// Feel free to add them in, if you think they might be needed
case 'brochichi':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s child’s child', 'great-nephew/niece');
} else {
return I18N::translateContext('(a woman’s) brother’s child’s child', 'great-nephew/niece');
}
case 'brochidau':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s child’s daughter', 'great-niece');
} else {
return I18N::translateContext('(a woman’s) brother’s child’s daughter', 'great-niece');
}
case 'brochison':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s child’s son', 'great-nephew');
} else {
return I18N::translateContext('(a woman’s) brother’s child’s son', 'great-nephew');
}
case 'brodauchi':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s daughter’s child', 'great-nephew/niece');
} else {
return I18N::translateContext('(a woman’s) brother’s daughter’s child', 'great-nephew/niece');
}
case 'brodaudau':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s daughter’s daughter', 'great-niece');
} else {
return I18N::translateContext('(a woman’s) brother’s daughter’s daughter', 'great-niece');
}
case 'brodauhus':
return I18N::translateContext('brother’s daughter’s husband', 'nephew-in-law');
case 'brodauson':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s daughter’s son', 'great-nephew');
} else {
return I18N::translateContext('(a woman’s) brother’s daughter’s son', 'great-nephew');
}
case 'brosonchi':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s son’s child', 'great-nephew/niece');
} else {
return I18N::translateContext('(a woman’s) brother’s son’s child', 'great-nephew/niece');
}
case 'brosondau':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s son’s daughter', 'great-niece');
} else {
return I18N::translateContext('(a woman’s) brother’s son’s daughter', 'great-niece');
}
case 'brosonson':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s son’s son', 'great-nephew');
} else {
return I18N::translateContext('(a woman’s) brother’s son’s son', 'great-nephew');
}
case 'brosonwif':
return I18N::translateContext('brother’s son’s wife', 'niece-in-law');
case 'browifbro':
return I18N::translateContext('brother’s wife’s brother', 'brother-in-law');
case 'browifsib':
return I18N::translateContext('brother’s wife’s sibling', 'brother/sister-in-law');
case 'browifsis':
return I18N::translateContext('brother’s wife’s sister', 'sister-in-law');
case 'chichichi':
return I18N::translateContext('child’s child’s child', 'great-grandchild');
case 'chichidau':
return I18N::translateContext('child’s child’s daughter', 'great-granddaughter');
case 'chichison':
return I18N::translateContext('child’s child’s son', 'great-grandson');
case 'chidauchi':
return I18N::translateContext('child’s daughter’s child', 'great-grandchild');
case 'chidaudau':
return I18N::translateContext('child’s daughter’s daughter', 'great-granddaughter');
case 'chidauhus':
return I18N::translateContext('child’s daughter’s husband', 'granddaughter’s husband');
case 'chidauson':
return I18N::translateContext('child’s daughter’s son', 'great-grandson');
case 'chisonchi':
return I18N::translateContext('child’s son’s child', 'great-grandchild');
case 'chisondau':
return I18N::translateContext('child’s son’s daughter', 'great-granddaughter');
case 'chisonson':
return I18N::translateContext('child’s son’s son', 'great-grandson');
case 'chisonwif':
return I18N::translateContext('child’s son’s wife', 'grandson’s wife');
case 'dauchichi':
return I18N::translateContext('daughter’s child’s child', 'great-grandchild');
case 'dauchidau':
return I18N::translateContext('daughter’s child’s daughter', 'great-granddaughter');
case 'dauchison':
return I18N::translateContext('daughter’s child’s son', 'great-grandson');
case 'daudauchi':
return I18N::translateContext('daughter’s daughter’s child', 'great-grandchild');
case 'daudaudau':
return I18N::translateContext('daughter’s daughter’s daughter', 'great-granddaughter');
case 'daudauhus':
return I18N::translateContext('daughter’s daughter’s husband', 'granddaughter’s husband');
case 'daudauson':
return I18N::translateContext('daughter’s daughter’s son', 'great-grandson');
case 'dauhusfat':
return I18N::translateContext('daughter’s husband’s father', 'son-in-law’s father');
case 'dauhusmot':
return I18N::translateContext('daughter’s husband’s mother', 'son-in-law’s mother');
case 'dauhuspar':
return I18N::translateContext('daughter’s husband’s parent', 'son-in-law’s parent');
case 'dausonchi':
return I18N::translateContext('daughter’s son’s child', 'great-grandchild');
case 'dausondau':
return I18N::translateContext('daughter’s son’s daughter', 'great-granddaughter');
case 'dausonson':
return I18N::translateContext('daughter’s son’s son', 'great-grandson');
case 'dausonwif':
return I18N::translateContext('daughter’s son’s wife', 'grandson’s wife');
case 'fatbrochi':
return I18N::translateContext('father’s brother’s child', 'first cousin');
case 'fatbrodau':
return I18N::translateContext('father’s brother’s daughter', 'first cousin');
case 'fatbroson':
return I18N::translateContext('father’s brother’s son', 'first cousin');
case 'fatbrowif':
return I18N::translateContext('father’s brother’s wife', 'aunt');
case 'fatfatbro':
return I18N::translateContext('father’s father’s brother', 'great-uncle');
case 'fatfatfat':
return I18N::translateContext('father’s father’s father', 'great-grandfather');
case 'fatfatmot':
return I18N::translateContext('father’s father’s mother', 'great-grandmother');
case 'fatfatpar':
return I18N::translateContext('father’s father’s parent', 'great-grandparent');
case 'fatfatsib':
return I18N::translateContext('father’s father’s sibling', 'great-aunt/uncle');
case 'fatfatsis':
return I18N::translateContext('father’s father’s sister', 'great-aunt');
case 'fatmotbro':
return I18N::translateContext('father’s mother’s brother', 'great-uncle');
case 'fatmotfat':
return I18N::translateContext('father’s mother’s father', 'great-grandfather');
case 'fatmotmot':
return I18N::translateContext('father’s mother’s mother', 'great-grandmother');
case 'fatmotpar':
return I18N::translateContext('father’s mother’s parent', 'great-grandparent');
case 'fatmotsib':
return I18N::translateContext('father’s mother’s sibling', 'great-aunt/uncle');
case 'fatmotsis':
return I18N::translateContext('father’s mother’s sister', 'great-aunt');
case 'fatparbro':
return I18N::translateContext('father’s parent’s brother', 'great-uncle');
case 'fatparfat':
return I18N::translateContext('father’s parent’s father', 'great-grandfather');
case 'fatparmot':
return I18N::translateContext('father’s parent’s mother', 'great-grandmother');
case 'fatparpar':
return I18N::translateContext('father’s parent’s parent', 'great-grandparent');
case 'fatparsib':
return I18N::translateContext('father’s parent’s sibling', 'great-aunt/uncle');
case 'fatparsis':
return I18N::translateContext('father’s parent’s sister', 'great-aunt');
case 'fatsischi':
return I18N::translateContext('father’s sister’s child', 'first cousin');
case 'fatsisdau':
return I18N::translateContext('father’s sister’s daughter', 'first cousin');
case 'fatsishus':
return I18N::translateContext('father’s sister’s husband', 'uncle');
case 'fatsisson':
return I18N::translateContext('father’s sister’s son', 'first cousin');
case 'fatwifchi':
return I18N::translateContext('father’s wife’s child', 'step-sibling');
case 'fatwifdau':
return I18N::translateContext('father’s wife’s daughter', 'step-sister');
case 'fatwifson':
return I18N::translateContext('father’s wife’s son', 'step-brother');
case 'husbrowif':
return I18N::translateContext('husband’s brother’s wife', 'sister-in-law');
case 'hussishus':
return I18N::translateContext('husband’s sister’s husband', 'brother-in-law');
case 'motbrochi':
return I18N::translateContext('mother’s brother’s child', 'first cousin');
case 'motbrodau':
return I18N::translateContext('mother’s brother’s daughter', 'first cousin');
case 'motbroson':
return I18N::translateContext('mother’s brother’s son', 'first cousin');
case 'motbrowif':
return I18N::translateContext('mother’s brother’s wife', 'aunt');
case 'motfatbro':
return I18N::translateContext('mother’s father’s brother', 'great-uncle');
case 'motfatfat':
return I18N::translateContext('mother’s father’s father', 'great-grandfather');
case 'motfatmot':
return I18N::translateContext('mother’s father’s mother', 'great-grandmother');
case 'motfatpar':
return I18N::translateContext('mother’s father’s parent', 'great-grandparent');
case 'motfatsib':
return I18N::translateContext('mother’s father’s sibling', 'great-aunt/uncle');
case 'motfatsis':
return I18N::translateContext('mother’s father’s sister', 'great-aunt');
case 'mothuschi':
return I18N::translateContext('mother’s husband’s child', 'step-sibling');
case 'mothusdau':
return I18N::translateContext('mother’s husband’s daughter', 'step-sister');
case 'mothusson':
return I18N::translateContext('mother’s husband’s son', 'step-brother');
case 'motmotbro':
return I18N::translateContext('mother’s mother’s brother', 'great-uncle');
case 'motmotfat':
return I18N::translateContext('mother’s mother’s father', 'great-grandfather');
case 'motmotmot':
return I18N::translateContext('mother’s mother’s mother', 'great-grandmother');
case 'motmotpar':
return I18N::translateContext('mother’s mother’s parent', 'great-grandparent');
case 'motmotsib':
return I18N::translateContext('mother’s mother’s sibling', 'great-aunt/uncle');
case 'motmotsis':
return I18N::translateContext('mother’s mother’s sister', 'great-aunt');
case 'motparbro':
return I18N::translateContext('mother’s parent’s brother', 'great-uncle');
case 'motparfat':
return I18N::translateContext('mother’s parent’s father', 'great-grandfather');
case 'motparmot':
return I18N::translateContext('mother’s parent’s mother', 'great-grandmother');
case 'motparpar':
return I18N::translateContext('mother’s parent’s parent', 'great-grandparent');
case 'motparsib':
return I18N::translateContext('mother’s parent’s sibling', 'great-aunt/uncle');
case 'motparsis':
return I18N::translateContext('mother’s parent’s sister', 'great-aunt');
case 'motsischi':
return I18N::translateContext('mother’s sister’s child', 'first cousin');
case 'motsisdau':
return I18N::translateContext('mother’s sister’s daughter', 'first cousin');
case 'motsishus':
return I18N::translateContext('mother’s sister’s husband', 'uncle');
case 'motsisson':
return I18N::translateContext('mother’s sister’s son', 'first cousin');
case 'parbrowif':
return I18N::translateContext('parent’s brother’s wife', 'aunt');
case 'parfatbro':
return I18N::translateContext('parent’s father’s brother', 'great-uncle');
case 'parfatfat':
return I18N::translateContext('parent’s father’s father', 'great-grandfather');
case 'parfatmot':
return I18N::translateContext('parent’s father’s mother', 'great-grandmother');
case 'parfatpar':
return I18N::translateContext('parent’s father’s parent', 'great-grandparent');
case 'parfatsib':
return I18N::translateContext('parent’s father’s sibling', 'great-aunt/uncle');
case 'parfatsis':
return I18N::translateContext('parent’s father’s sister', 'great-aunt');
case 'parmotbro':
return I18N::translateContext('parent’s mother’s brother', 'great-uncle');
case 'parmotfat':
return I18N::translateContext('parent’s mother’s father', 'great-grandfather');
case 'parmotmot':
return I18N::translateContext('parent’s mother’s mother', 'great-grandmother');
case 'parmotpar':
return I18N::translateContext('parent’s mother’s parent', 'great-grandparent');
case 'parmotsib':
return I18N::translateContext('parent’s mother’s sibling', 'great-aunt/uncle');
case 'parmotsis':
return I18N::translateContext('parent’s mother’s sister', 'great-aunt');
case 'parparbro':
return I18N::translateContext('parent’s parent’s brother', 'great-uncle');
case 'parparfat':
return I18N::translateContext('parent’s parent’s father', 'great-grandfather');
case 'parparmot':
return I18N::translateContext('parent’s parent’s mother', 'great-grandmother');
case 'parparpar':
return I18N::translateContext('parent’s parent’s parent', 'great-grandparent');
case 'parparsib':
return I18N::translateContext('parent’s parent’s sibling', 'great-aunt/uncle');
case 'parparsis':
return I18N::translateContext('parent’s parent’s sister', 'great-aunt');
case 'parsishus':
return I18N::translateContext('parent’s sister’s husband', 'uncle');
case 'parspochi':
return I18N::translateContext('parent’s spouse’s child', 'step-sibling');
case 'parspodau':
return I18N::translateContext('parent’s spouse’s daughter', 'step-sister');
case 'parsposon':
return I18N::translateContext('parent’s spouse’s son', 'step-brother');
case 'sibchichi':
return I18N::translateContext('sibling’s child’s child', 'great-nephew/niece');
case 'sibchidau':
return I18N::translateContext('sibling’s child’s daughter', 'great-niece');
case 'sibchison':
return I18N::translateContext('sibling’s child’s son', 'great-nephew');
case 'sibdauchi':
return I18N::translateContext('sibling’s daughter’s child', 'great-nephew/niece');
case 'sibdaudau':
return I18N::translateContext('sibling’s daughter’s daughter', 'great-niece');
case 'sibdauhus':
return I18N::translateContext('sibling’s daughter’s husband', 'nephew-in-law');
case 'sibdauson':
return I18N::translateContext('sibling’s daughter’s son', 'great-nephew');
case 'sibsonchi':
return I18N::translateContext('sibling’s son’s child', 'great-nephew/niece');
case 'sibsondau':
return I18N::translateContext('sibling’s son’s daughter', 'great-niece');
case 'sibsonson':
return I18N::translateContext('sibling’s son’s son', 'great-nephew');
case 'sibsonwif':
return I18N::translateContext('sibling’s son’s wife', 'niece-in-law');
case 'sischichi':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s child’s child', 'great-nephew/niece');
} else {
return I18N::translateContext('(a woman’s) sister’s child’s child', 'great-nephew/niece');
}
case 'sischidau':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s child’s daughter', 'great-niece');
} else {
return I18N::translateContext('(a woman’s) sister’s child’s daughter', 'great-niece');
}
case 'sischison':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s child’s son', 'great-nephew');
} else {
return I18N::translateContext('(a woman’s) sister’s child’s son', 'great-nephew');
}
case 'sisdauchi':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s daughter’s child', 'great-nephew/niece');
} else {
return I18N::translateContext('(a woman’s) sister’s daughter’s child', 'great-nephew/niece');
}
case 'sisdaudau':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s daughter’s daughter', 'great-niece');
} else {
return I18N::translateContext('(a woman’s) sister’s daughter’s daughter', 'great-niece');
}
case 'sisdauhus':
return I18N::translateContext('sisters’s daughter’s husband', 'nephew-in-law');
case 'sisdauson':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s daughter’s son', 'great-nephew');
} else {
return I18N::translateContext('(a woman’s) sister’s daughter’s son', 'great-nephew');
}
case 'sishusbro':
return I18N::translateContext('sister’s husband’s brother', 'brother-in-law');
case 'sishussib':
return I18N::translateContext('sister’s husband’s sibling', 'brother/sister-in-law');
case 'sishussis':
return I18N::translateContext('sister’s husband’s sister', 'sister-in-law');
case 'sissonchi':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s son’s child', 'great-nephew/niece');
} else {
return I18N::translateContext('(a woman’s) sister’s son’s child', 'great-nephew/niece');
}
case 'sissondau':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s son’s daughter', 'great-niece');
} else {
return I18N::translateContext('(a woman’s) sister’s son’s daughter', 'great-niece');
}
case 'sissonson':
if ($sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s son’s son', 'great-nephew');
} else {
return I18N::translateContext('(a woman’s) sister’s son’s son', 'great-nephew');
}
case 'sissonwif':
return I18N::translateContext('sisters’s son’s wife', 'niece-in-law');
case 'sonchichi':
return I18N::translateContext('son’s child’s child', 'great-grandchild');
case 'sonchidau':
return I18N::translateContext('son’s child’s daughter', 'great-granddaughter');
case 'sonchison':
return I18N::translateContext('son’s child’s son', 'great-grandson');
case 'sondauchi':
return I18N::translateContext('son’s daughter’s child', 'great-grandchild');
case 'sondaudau':
return I18N::translateContext('son’s daughter’s daughter', 'great-granddaughter');
case 'sondauhus':
return I18N::translateContext('son’s daughter’s husband', 'granddaughter’s husband');
case 'sondauson':
return I18N::translateContext('son’s daughter’s son', 'great-grandson');
case 'sonsonchi':
return I18N::translateContext('son’s son’s child', 'great-grandchild');
case 'sonsondau':
return I18N::translateContext('son’s son’s daughter', 'great-granddaughter');
case 'sonsonson':
return I18N::translateContext('son’s son’s son', 'great-grandson');
case 'sonsonwif':
return I18N::translateContext('son’s son’s wife', 'grandson’s wife');
case 'sonwiffat':
return I18N::translateContext('son’s wife’s father', 'daughter-in-law’s father');
case 'sonwifmot':
return I18N::translateContext('son’s wife’s mother', 'daughter-in-law’s mother');
case 'sonwifpar':
return I18N::translateContext('son’s wife’s parent', 'daughter-in-law’s parent');
case 'wifbrowif':
return I18N::translateContext('wife’s brother’s wife', 'sister-in-law');
case 'wifsishus':
return I18N::translateContext('wife’s sister’s husband', 'brother-in-law');
// Some “special case” level four relationships that have specific names in certain languages
// Some “special case” level four relationships that have specific names in certain languages
case 'fatfatbrowif':
return I18N::translateContext('father’s father’s brother’s wife', 'great-aunt');
case 'fatfatsibspo':
return I18N::translateContext('father’s father’s sibling’s spouse', 'great-aunt/uncle');
case 'fatfatsishus':
return I18N::translateContext('father’s father’s sister’s husband', 'great-uncle');
case 'fatmotbrowif':
return I18N::translateContext('father’s mother’s brother’s wife', 'great-aunt');
case 'fatmotsibspo':
return I18N::translateContext('father’s mother’s sibling’s spouse', 'great-aunt/uncle');
case 'fatmotsishus':
return I18N::translateContext('father’s mother’s sister’s husband', 'great-uncle');
case 'fatparbrowif':
return I18N::translateContext('father’s parent’s brother’s wife', 'great-aunt');
case 'fatparsibspo':
return I18N::translateContext('father’s parent’s sibling’s spouse', 'great-aunt/uncle');
case 'fatparsishus':
return I18N::translateContext('father’s parent’s sister’s husband', 'great-uncle');
case 'motfatbrowif':
return I18N::translateContext('mother’s father’s brother’s wife', 'great-aunt');
case 'motfatsibspo':
return I18N::translateContext('mother’s father’s sibling’s spouse', 'great-aunt/uncle');
case 'motfatsishus':
return I18N::translateContext('mother’s father’s sister’s husband', 'great-uncle');
case 'motmotbrowif':
return I18N::translateContext('mother’s mother’s brother’s wife', 'great-aunt');
case 'motmotsibspo':
return I18N::translateContext('mother’s mother’s sibling’s spouse', 'great-aunt/uncle');
case 'motmotsishus':
return I18N::translateContext('mother’s mother’s sister’s husband', 'great-uncle');
case 'motparbrowif':
return I18N::translateContext('mother’s parent’s brother’s wife', 'great-aunt');
case 'motparsibspo':
return I18N::translateContext('mother’s parent’s sibling’s spouse', 'great-aunt/uncle');
case 'motparsishus':
return I18N::translateContext('mother’s parent’s sister’s husband', 'great-uncle');
case 'parfatbrowif':
return I18N::translateContext('parent’s father’s brother’s wife', 'great-aunt');
case 'parfatsibspo':
return I18N::translateContext('parent’s father’s sibling’s spouse', 'great-aunt/uncle');
case 'parfatsishus':
return I18N::translateContext('parent’s father’s sister’s husband', 'great-uncle');
case 'parmotbrowif':
return I18N::translateContext('parent’s mother’s brother’s wife', 'great-aunt');
case 'parmotsibspo':
return I18N::translateContext('parent’s mother’s sibling’s spouse', 'great-aunt/uncle');
case 'parmotsishus':
return I18N::translateContext('parent’s mother’s sister’s husband', 'great-uncle');
case 'parparbrowif':
return I18N::translateContext('parent’s parent’s brother’s wife', 'great-aunt');
case 'parparsibspo':
return I18N::translateContext('parent’s parent’s sibling’s spouse', 'great-aunt/uncle');
case 'parparsishus':
return I18N::translateContext('parent’s parent’s sister’s husband', 'great-uncle');
case 'fatfatbrodau':
return I18N::translateContext('father’s father’s brother’s daughter', 'first cousin once removed ascending');
case 'fatfatbroson':
return I18N::translateContext('father’s father’s brother’s son', 'first cousin once removed ascending');
case 'fatfatbrochi':
return I18N::translateContext('father’s father’s brother’s child', 'first cousin once removed ascending');
case 'fatfatsisdau':
return I18N::translateContext('father’s father’s sister’s daughter', 'first cousin once removed ascending');
case 'fatfatsisson':
return I18N::translateContext('father’s father’s sister’s son', 'first cousin once removed ascending');
case 'fatfatsischi':
return I18N::translateContext('father’s father’s sister’s child', 'first cousin once removed ascending');
case 'fatmotbrodau':
return I18N::translateContext('father’s mother’s brother’s daughter', 'first cousin once removed ascending');
case 'fatmotbroson':
return I18N::translateContext('father’s mother’s brother’s son', 'first cousin once removed ascending');
case 'fatmotbrochi':
return I18N::translateContext('father’s mother’s brother’s child', 'first cousin once removed ascending');
case 'fatmotsisdau':
return I18N::translateContext('father’s mother’s sister’s daughter', 'first cousin once removed ascending');
case 'fatmotsisson':
return I18N::translateContext('father’s mother’s sister’s son', 'first cousin once removed ascending');
case 'fatmotsischi':
return I18N::translateContext('father’s mother’s sister’s child', 'first cousin once removed ascending');
case 'motfatbrodau':
return I18N::translateContext('mother’s father’s brother’s daughter', 'first cousin once removed ascending');
case 'motfatbroson':
return I18N::translateContext('mother’s father’s brother’s son', 'first cousin once removed ascending');
case 'motfatbrochi':
return I18N::translateContext('mother’s father’s brother’s child', 'first cousin once removed ascending');
case 'motfatsisdau':
return I18N::translateContext('mother’s father’s sister’s daughter', 'first cousin once removed ascending');
case 'motfatsisson':
return I18N::translateContext('mother’s father’s sister’s son', 'first cousin once removed ascending');
case 'motfatsischi':
return I18N::translateContext('mother’s father’s sister’s child', 'first cousin once removed ascending');
case 'motmotbrodau':
return I18N::translateContext('mother’s mother’s brother’s daughter', 'first cousin once removed ascending');
case 'motmotbroson':
return I18N::translateContext('mother’s mother’s brother’s son', 'first cousin once removed ascending');
case 'motmotbrochi':
return I18N::translateContext('mother’s mother’s brother’s child', 'first cousin once removed ascending');
case 'motmotsisdau':
return I18N::translateContext('mother’s mother’s sister’s daughter', 'first cousin once removed ascending');
case 'motmotsisson':
return I18N::translateContext('mother’s mother’s sister’s son', 'first cousin once removed ascending');
case 'motmotsischi':
return I18N::translateContext('mother’s mother’s sister’s child', 'first cousin once removed ascending');
}
// Some “special case” level five relationships that have specific names in certain languages
if (preg_match('/^(mot|fat|par)fatbro(son|dau|chi)dau$/', $path)) {
return I18N::translateContext('grandfather’s brother’s granddaughter', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)fatbro(son|dau|chi)son$/', $path)) {
return I18N::translateContext('grandfather’s brother’s grandson', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)fatbro(son|dau|chi)chi$/', $path)) {
return I18N::translateContext('grandfather’s brother’s grandchild', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)fatsis(son|dau|chi)dau$/', $path)) {
return I18N::translateContext('grandfather’s sister’s granddaughter', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)fatsis(son|dau|chi)son$/', $path)) {
return I18N::translateContext('grandfather’s sister’s grandson', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)fatsis(son|dau|chi)chi$/', $path)) {
return I18N::translateContext('grandfather’s sister’s grandchild', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)fatsib(son|dau|chi)dau$/', $path)) {
return I18N::translateContext('grandfather’s sibling’s granddaughter', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)fatsib(son|dau|chi)son$/', $path)) {
return I18N::translateContext('grandfather’s sibling’s grandson', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)fatsib(son|dau|chi)chi$/', $path)) {
return I18N::translateContext('grandfather’s sibling’s grandchild', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)motbro(son|dau|chi)dau$/', $path)) {
return I18N::translateContext('grandmother’s brother’s granddaughter', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)motbro(son|dau|chi)son$/', $path)) {
return I18N::translateContext('grandmother’s brother’s grandson', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)motbro(son|dau|chi)chi$/', $path)) {
return I18N::translateContext('grandmother’s brother’s grandchild', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)motsis(son|dau|chi)dau$/', $path)) {
return I18N::translateContext('grandmother’s sister’s granddaughter', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)motsis(son|dau|chi)son$/', $path)) {
return I18N::translateContext('grandmother’s sister’s grandson', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)motsis(son|dau|chi)chi$/', $path)) {
return I18N::translateContext('grandmother’s sister’s grandchild', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)motsib(son|dau|chi)dau$/', $path)) {
return I18N::translateContext('grandmother’s sibling’s granddaughter', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)motsib(son|dau|chi)son$/', $path)) {
return I18N::translateContext('grandmother’s sibling’s grandson', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)motsib(son|dau|chi)chi$/', $path)) {
return I18N::translateContext('grandmother’s sibling’s grandchild', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)parbro(son|dau|chi)dau$/', $path)) {
return I18N::translateContext('grandparent’s brother’s granddaughter', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)parbro(son|dau|chi)son$/', $path)) {
return I18N::translateContext('grandparent’s brother’s grandson', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)parbro(son|dau|chi)chi$/', $path)) {
return I18N::translateContext('grandparent’s brother’s grandchild', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)parsis(son|dau|chi)dau$/', $path)) {
return I18N::translateContext('grandparent’s sister’s granddaughter', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)parsis(son|dau|chi)son$/', $path)) {
return I18N::translateContext('grandparent’s sister’s grandson', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)parsis(son|dau|chi)chi$/', $path)) {
return I18N::translateContext('grandparent’s sister’s grandchild', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)parsib(son|dau|chi)dau$/', $path)) {
return I18N::translateContext('grandparent’s sibling’s granddaughter', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)parsib(son|dau|chi)son$/', $path)) {
return I18N::translateContext('grandparent’s sibling’s grandson', 'second cousin');
} elseif (preg_match('/^(mot|fat|par)parsib(son|dau|chi)chi$/', $path)) {
return I18N::translateContext('grandparent’s sibling’s grandchild', 'second cousin');
}
// Look for generic/pattern relationships.
if (preg_match('/^((?:mot|fat|par)+)(bro|sis|sib)$/', $path, $match)) {
// siblings of direct ancestors
$up = strlen($match[1]) / 3;
$bef_last = substr($path, -6, 3);
switch ($up) {
case 3:
switch ($sex2) {
case 'M':
if ($bef_last === 'fat') {
return I18N::translateContext('great-grandfather’s brother', 'great-great-uncle');
} elseif ($bef_last === 'mot') {
return I18N::translateContext('great-grandmother’s brother', 'great-great-uncle');
} else {
return I18N::translateContext('great-grandparent’s brother', 'great-great-uncle');
}
case 'F':
return I18N::translate('great-great-aunt');
default:
return I18N::translate('great-great-aunt/uncle');
}
case 4:
switch ($sex2) {
case 'M':
if ($bef_last === 'fat') {
return I18N::translateContext('great-great-grandfather’s brother', 'great-great-great-uncle');
} elseif ($bef_last === 'mot') {
return I18N::translateContext('great-great-grandmother’s brother', 'great-great-great-uncle');
} else {
return I18N::translateContext('great-great-grandparent’s brother', 'great-great-great-uncle');
}
case 'F':
return I18N::translate('great-great-great-aunt');
default:
return I18N::translate('great-great-great-aunt/uncle');
}
case 5:
switch ($sex2) {
case 'M':
if ($bef_last === 'fat') {
return I18N::translateContext('great-great-great-grandfather’s brother', 'great ×4 uncle');
} elseif ($bef_last === 'mot') {
return I18N::translateContext('great-great-great-grandmother’s brother', 'great ×4 uncle');
} else {
return I18N::translateContext('great-great-great-grandparent’s brother', 'great ×4 uncle');
}
case 'F':
return I18N::translate('great ×4 aunt');
default:
return I18N::translate('great ×4 aunt/uncle');
}
case 6:
switch ($sex2) {
case 'M':
if ($bef_last === 'fat') {
return I18N::translateContext('great ×4 grandfather’s brother', 'great ×5 uncle');
} elseif ($bef_last === 'mot') {
return I18N::translateContext('great ×4 grandmother’s brother', 'great ×5 uncle');
} else {
return I18N::translateContext('great ×4 grandparent’s brother', 'great ×5 uncle');
}
case 'F':
return I18N::translate('great ×5 aunt');
default:
return I18N::translate('great ×5 aunt/uncle');
}
case 7:
switch ($sex2) {
case 'M':
if ($bef_last === 'fat') {
return I18N::translateContext('great ×5 grandfather’s brother', 'great ×6 uncle');
} elseif ($bef_last === 'mot') {
return I18N::translateContext('great ×5 grandmother’s brother', 'great ×6 uncle');
} else {
return I18N::translateContext('great ×5 grandparent’s brother', 'great ×6 uncle');
}
case 'F':
return I18N::translate('great ×6 aunt');
default:
return I18N::translate('great ×6 aunt/uncle');
}
case 8:
switch ($sex2) {
case 'M':
if ($bef_last === 'fat') {
return I18N::translateContext('great ×6 grandfather’s brother', 'great ×7 uncle');
} elseif ($bef_last === 'mot') {
return I18N::translateContext('great ×6 grandmother’s brother', 'great ×7 uncle');
} else {
return I18N::translateContext('great ×6 grandparent’s brother', 'great ×7 uncle');
}
case 'F':
return I18N::translate('great ×7 aunt');
default:
return I18N::translate('great ×7 aunt/uncle');
}
default:
// Different languages have different rules for naming generations.
// An English great ×12 uncle is a Danish great ×10 uncle.
//
// Need to find out which languages use which rules.
switch (WT_LOCALE) {
case 'da':
switch ($sex2) {
case 'M':
return I18N::translate('great ×%s uncle', I18N::number($up - 4));
case 'F':
return I18N::translate('great ×%s aunt', I18N::number($up - 4));
default:
return I18N::translate('great ×%s aunt/uncle', I18N::number($up - 4));
}
case 'pl':
switch ($sex2) {
case 'M':
if ($bef_last === 'fat') {
return I18N::translateContext('great ×(%s-1) grandfather’s brother', 'great ×%s uncle', I18N::number($up - 2));
} elseif ($bef_last === 'mot') {
return I18N::translateContext('great ×(%s-1) grandmother’s brother', 'great ×%s uncle', I18N::number($up - 2));
} else {
return I18N::translateContext('great ×(%s-1) grandparent’s brother', 'great ×%s uncle', I18N::number($up - 2));
}
case 'F':
return I18N::translate('great ×%s aunt', I18N::number($up - 2));
default:
return I18N::translate('great ×%s aunt/uncle', I18N::number($up - 2));
}
case 'it':
// Source: Michele Locati
// Source: Michele Locati
case 'en_AU':
case 'en_GB':
case 'en_US':
default:
switch ($sex2) {
case 'M':
// I18N: if you need a different number for %s, contact the developers, as a code-change is required
return I18N::translate('great ×%s uncle', I18N::number($up - 1));
case 'F':
return I18N::translate('great ×%s aunt', I18N::number($up - 1));
default:
return I18N::translate('great ×%s aunt/uncle', I18N::number($up - 1));
}
}
}
}
if (preg_match('/^(?:bro|sis|sib)((?:son|dau|chi)+)$/', $path, $match)) {
// direct descendants of siblings
$down = strlen($match[1]) / 3 + 1;
// Add one, as we count generations from the common ancestor
$first = substr($path, 0, 3);
switch ($down) {
case 4:
switch ($sex2) {
case 'M':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great-grandson', 'great-great-nephew');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great-grandson', 'great-great-nephew');
} else {
return I18N::translateContext('(a woman’s) great-great-nephew', 'great-great-nephew');
}
case 'F':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great-granddaughter', 'great-great-niece');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great-granddaughter', 'great-great-niece');
} else {
return I18N::translateContext('(a woman’s) great-great-niece', 'great-great-niece');
}
default:
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great-grandchild', 'great-great-nephew/niece');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great-grandchild', 'great-great-nephew/niece');
} else {
return I18N::translateContext('(a woman’s) great-great-nephew/niece', 'great-great-nephew/niece');
}
}
case 5:
switch ($sex2) {
case 'M':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great-great-grandson', 'great-great-great-nephew');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great-great-grandson', 'great-great-great-nephew');
} else {
return I18N::translateContext('(a woman’s) great-great-great-nephew', 'great-great-great-nephew');
}
case 'F':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great-great-granddaughter', 'great-great-great-niece');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great-great-granddaughter', 'great-great-great-niece');
} else {
return I18N::translateContext('(a woman’s) great-great-great-niece', 'great-great-great-niece');
}
default:
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great-great-grandchild', 'great-great-great-nephew/niece');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great-great-grandchild', 'great-great-great-nephew/niece');
} else {
return I18N::translateContext('(a woman’s) great-great-great-nephew/niece', 'great-great-great-nephew/niece');
}
}
case 6:
switch ($sex2) {
case 'M':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great-great-great-grandson', 'great ×4 nephew');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great-great-great-grandson', 'great ×4 nephew');
} else {
return I18N::translateContext('(a woman’s) great ×4 nephew', 'great ×4 nephew');
}
case 'F':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great-great-great-granddaughter', 'great ×4 niece');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great-great-great-granddaughter', 'great ×4 niece');
} else {
return I18N::translateContext('(a woman’s) great ×4 niece', 'great ×4 niece');
}
default:
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great-great-great-grandchild', 'great ×4 nephew/niece');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great-great-great-grandchild', 'great ×4 nephew/niece');
} else {
return I18N::translateContext('(a woman’s) great ×4 nephew/niece', 'great ×4 nephew/niece');
}
}
case 7:
switch ($sex2) {
case 'M':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great ×4 grandson', 'great ×5 nephew');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great ×4 grandson', 'great ×5 nephew');
} else {
return I18N::translateContext('(a woman’s) great ×5 nephew', 'great ×5 nephew');
}
case 'F':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great ×4 granddaughter', 'great ×5 niece');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great ×4 granddaughter', 'great ×5 niece');
} else {
return I18N::translateContext('(a woman’s) great ×5 niece', 'great ×5 niece');
}
default:
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great ×4 grandchild', 'great ×5 nephew/niece');
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great ×4 grandchild', 'great ×5 nephew/niece');
} else {
return I18N::translateContext('(a woman’s) great ×5 nephew/niece', 'great ×5 nephew/niece');
}
}
default:
// Different languages have different rules for naming generations.
// An English great ×12 nephew is a Polish great ×11 nephew.
//
// Need to find out which languages use which rules.
switch (WT_LOCALE) {
case 'pl':
// Source: Lukasz Wilenski
switch ($sex2) {
case 'M':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great ×(%s-1) grandson', 'great ×%s nephew', I18N::number($down - 3));
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great ×(%s-1) grandson', 'great ×%s nephew', I18N::number($down - 3));
} else {
return I18N::translateContext('(a woman’s) great ×%s nephew', 'great ×%s nephew', I18N::number($down - 3));
}
case 'F':
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great ×(%s-1) granddaughter', 'great ×%s niece', I18N::number($down - 3));
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great ×(%s-1) granddaughter', 'great ×%s niece', I18N::number($down - 3));
} else {
return I18N::translateContext('(a woman’s) great ×%s niece', 'great ×%s niece', I18N::number($down - 3));
}
default:
if ($first === 'bro' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) brother’s great ×(%s-1) grandchild', 'great ×%s nephew/niece', I18N::number($down - 3));
} elseif ($first === 'sis' && $sex1 === 'M') {
return I18N::translateContext('(a man’s) sister’s great ×(%s-1) grandchild', 'great ×%s nephew/niece', I18N::number($down - 3));
} else {
return I18N::translateContext('(a woman’s) great ×%s nephew/niece', 'great ×%s nephew/niece', I18N::number($down - 3));
}
}
case 'he':
// Source: Meliza Amity
switch ($sex2) {
case 'M':
return I18N::translate('great ×%s nephew', I18N::number($down - 1));
case 'F':
return I18N::translate('great ×%s niece', I18N::number($down - 1));
default:
return I18N::translate('great ×%s nephew/niece', I18N::number($down - 1));
}
case 'it':
// Source: Michele Locati.
// Source: Michele Locati.
case 'en_AU':
case 'en_GB':
case 'en_US':
default:
switch ($sex2) {
case 'M':
// I18N: if you need a different number for %s, contact the developers, as a code-change is required
return I18N::translate('great ×%s nephew', I18N::number($down - 2));
case 'F':
return I18N::translate('great ×%s niece', I18N::number($down - 2));
default:
return I18N::translate('great ×%s nephew/niece', I18N::number($down - 2));
}
}
}
}
if (preg_match('/^((?:mot|fat|par)*)$/', $path, $match)) {
// direct ancestors
$up = strlen($match[1]) / 3;
switch ($up) {
case 4:
switch ($sex2) {
case 'M':
return I18N::translate('great-great-grandfather');
case 'F':
return I18N::translate('great-great-grandmother');
default:
return I18N::translate('great-great-grandparent');
}
case 5:
switch ($sex2) {
case 'M':
return I18N::translate('great-great-great-grandfather');
case 'F':
return I18N::translate('great-great-great-grandmother');
default:
return I18N::translate('great-great-great-grandparent');
}
case 6:
switch ($sex2) {
case 'M':
return I18N::translate('great ×4 grandfather');
case 'F':
return I18N::translate('great ×4 grandmother');
default:
return I18N::translate('great ×4 grandparent');
}
case 7:
switch ($sex2) {
case 'M':
return I18N::translate('great ×5 grandfather');
case 'F':
return I18N::translate('great ×5 grandmother');
default:
return I18N::translate('great ×5 grandparent');
}
case 8:
switch ($sex2) {
case 'M':
return I18N::translate('great ×6 grandfather');
case 'F':
return I18N::translate('great ×6 grandmother');
default:
return I18N::translate('great ×6 grandparent');
}
case 9:
switch ($sex2) {
case 'M':
return I18N::translate('great ×7 grandfather');
case 'F':
return I18N::translate('great ×7 grandmother');
default:
return I18N::translate('great ×7 grandparent');
}
default:
// Different languages have different rules for naming generations.
// An English great ×12 grandfather is a Danish great ×11 grandfather.
//
// Need to find out which languages use which rules.
switch (WT_LOCALE) {
case 'da':
// Source: Patrick Sorensen
switch ($sex2) {
case 'M':
return I18N::translate('great ×%s grandfather', I18N::number($up - 3));
case 'F':
return I18N::translate('great ×%s grandmother', I18N::number($up - 3));
default:
return I18N::translate('great ×%s grandparent', I18N::number($up - 3));
}
case 'it':
// Source: Michele Locati
// Source: Michele Locati
case 'es':
// Source: Wes Groleau
switch ($sex2) {
case 'M':
return I18N::translate('great ×%s grandfather', I18N::number($up));
case 'F':
return I18N::translate('great ×%s grandmother', I18N::number($up));
default:
return I18N::translate('great ×%s grandparent', I18N::number($up));
}
case 'fr':
// Source: Jacqueline Tetreault
// Source: Jacqueline Tetreault
case 'fr_CA':
switch ($sex2) {
case 'M':
return I18N::translate('great ×%s grandfather', I18N::number($up - 1));
case 'F':
return I18N::translate('great ×%s grandmother', I18N::number($up - 1));
default:
return I18N::translate('great ×%s grandparent', I18N::number($up - 1));
}
case 'nn':
// Source: Hogne Røed Nilsen (https://bugs.launchpad.net/webtrees/+bug/1168553)
// Source: Hogne Røed Nilsen (https://bugs.launchpad.net/webtrees/+bug/1168553)
case 'nb':
switch ($sex2) {
case 'M':
// I18N: if you need a different number for %s, contact the developers, as a code-change is required
return I18N::translate('great ×%s grandfather', I18N::number($up - 3));
case 'F':
return I18N::translate('great ×%s grandmother', I18N::number($up - 3));
default:
return I18N::translate('great ×%s grandparent', I18N::number($up - 3));
}
case 'en_AU':
case 'en_GB':
case 'en_US':
default:
switch ($sex2) {
case 'M':
// I18N: if you need a different number for %s, contact the developers, as a code-change is required
return I18N::translate('great ×%s grandfather', I18N::number($up - 2));
case 'F':
return I18N::translate('great ×%s grandmother', I18N::number($up - 2));
default:
return I18N::translate('great ×%s grandparent', I18N::number($up - 2));
}
}
}
}
if (preg_match('/^((?:son|dau|chi)*)$/', $path, $match)) {
// direct descendants
$up = strlen($match[1]) / 3;
switch ($up) {
case 4:
switch ($sex2) {
case 'M':
return I18N::translate('great-great-grandson');
case 'F':
return I18N::translate('great-great-granddaughter');
default:
return I18N::translate('great-great-grandchild');
}
case 5:
switch ($sex2) {
case 'M':
return I18N::translate('great-great-great-grandson');
case 'F':
return I18N::translate('great-great-great-granddaughter');
default:
return I18N::translate('great-great-great-grandchild');
}
case 6:
switch ($sex2) {
case 'M':
return I18N::translate('great ×4 grandson');
case 'F':
return I18N::translate('great ×4 granddaughter');
default:
return I18N::translate('great ×4 grandchild');
}
case 7:
switch ($sex2) {
case 'M':
return I18N::translate('great ×5 grandson');
case 'F':
return I18N::translate('great ×5 granddaughter');
default:
return I18N::translate('great ×5 grandchild');
}
case 8:
switch ($sex2) {
case 'M':
return I18N::translate('great ×6 grandson');
case 'F':
return I18N::translate('great ×6 granddaughter');
default:
return I18N::translate('great ×6 grandchild');
}
case 9:
switch ($sex2) {
case 'M':
return I18N::translate('great ×7 grandson');
case 'F':
return I18N::translate('great ×7 granddaughter');
default:
return I18N::translate('great ×7 grandchild');
}
default:
// Different languages have different rules for naming generations.
// An English great ×12 grandson is a Danish great ×11 grandson.
//
// Need to find out which languages use which rules.
switch (WT_LOCALE) {
case 'nn':
// Source: Hogne Røed Nilsen
// Source: Hogne Røed Nilsen
case 'nb':
case 'da':
// Source: Patrick Sorensen
switch ($sex2) {
case 'M':
return I18N::translate('great ×%s grandson', I18N::number($up - 3));
case 'F':
return I18N::translate('great ×%s granddaughter', I18N::number($up - 3));
default:
return I18N::translate('great ×%s grandchild', I18N::number($up - 3));
}
case 'it':
// Source: Michele Locati
// Source: Michele Locati
case 'es':
// Source: Wes Groleau (adding doesn’t change behavior, but needs to be better researched)
// Source: Wes Groleau (adding doesn’t change behavior, but needs to be better researched)
case 'en_AU':
case 'en_GB':
case 'en_US':
default:
switch ($sex2) {
case 'M':
// I18N: if you need a different number for %s, contact the developers, as a code-change is required
return I18N::translate('great ×%s grandson', I18N::number($up - 2));
case 'F':
return I18N::translate('great ×%s granddaughter', I18N::number($up - 2));
default:
return I18N::translate('great ×%s grandchild', I18N::number($up - 2));
}
}
}
}
if (preg_match('/^((?:mot|fat|par)+)(?:bro|sis|sib)((?:son|dau|chi)+)$/', $path, $match)) {
// cousins in English
$ascent = $match[1];
$descent = $match[2];
$up = strlen($ascent) / 3;
$down = strlen($descent) / 3;
$cousin = min($up, $down);
// Moved out of switch (en/default case) so that
$removed = abs($down - $up);
// Spanish (and other languages) can use it, too.
// Different languages have different rules for naming cousins. For example,
// an English “second cousin once removed” is a Polish “cousin of 7th degree”.
//
// Need to find out which languages use which rules.
switch (WT_LOCALE) {
case 'pl':
// Source: Lukasz Wilenski
return self::cousinName($up + $down + 2, $sex2);
case 'it':
// Source: Michele Locati. See italian_cousins_names.zip
// http://webtrees.net/forums/8-translation/1200-great-xn-grandparent?limit=6&start=6
return self::cousinName($up + $down - 3, $sex2);
case 'es':
// Source: Wes Groleau. See http://UniGen.us/Parentesco.html & http://UniGen.us/Parentesco-D.html
if ($down == $up) {
return self::cousinName($cousin, $sex2);
} elseif ($down < $up) {
return self::cousinName2($cousin + 1, $sex2, self::getRelationshipNameFromPath('sib' . $descent, null, null));
} else {
switch ($sex2) {
case 'M':
return self::cousinName2($cousin + 1, $sex2, self::getRelationshipNameFromPath('bro' . $descent, null, null));
case 'F':
return self::cousinName2($cousin + 1, $sex2, self::getRelationshipNameFromPath('sis' . $descent, null, null));
default:
return self::cousinName2($cousin + 1, $sex2, self::getRelationshipNameFromPath('sib' . $descent, null, null));
}
}
case 'en_AU':
// See: http://en.wikipedia.org/wiki/File:CousinTree.svg
// See: http://en.wikipedia.org/wiki/File:CousinTree.svg
case 'en_GB':
case 'en_US':
default:
switch ($removed) {
case 0:
return self::cousinName($cousin, $sex2);
case 1:
if ($up > $down) {
/* I18N: %s=“fifth cousin”, etc. http://www.ancestry.com/learn/library/article.aspx?article=2856 */
return I18N::translate('%s once removed ascending', self::cousinName($cousin, $sex2));
} else {
/* I18N: %s=“fifth cousin”, etc. http://www.ancestry.com/learn/library/article.aspx?article=2856 */
return I18N::translate('%s once removed descending', self::cousinName($cousin, $sex2));
}
case 2:
if ($up > $down) {
/* I18N: %s=“fifth cousin”, etc. */
return I18N::translate('%s twice removed ascending', self::cousinName($cousin, $sex2));
} else {
/* I18N: %s=“fifth cousin”, etc. */
return I18N::translate('%s twice removed descending', self::cousinName($cousin, $sex2));
}
case 3:
if ($up > $down) {
/* I18N: %s=“fifth cousin”, etc. */
return I18N::translate('%s three times removed ascending', self::cousinName($cousin, $sex2));
} else {
/* I18N: %s=“fifth cousin”, etc. */
return I18N::translate('%s three times removed descending', self::cousinName($cousin, $sex2));
}
default:
if ($up > $down) {
/* I18N: %1$s=“fifth cousin”, etc., %2$s>=4 */
return I18N::translate('%1$s %2$s times removed ascending', self::cousinName($cousin, $sex2), I18N::number($removed));
} else {
/* I18N: %1$s=“fifth cousin”, etc., %2$s>=4 */
return I18N::translate('%1$s %2$s times removed descending', self::cousinName($cousin, $sex2), I18N::number($removed));
}
}
}
}
// Split the relationship into sub-relationships, e.g., third-cousin’s great-uncle.
// Try splitting at every point, and choose the path with the shorted translated name.
$relationship = null;
$path1 = substr($path, 0, 3);
$path2 = substr($path, 3);
while ($path2) {
$tmp = I18N::translate('%1$s’s %2$s', self::getRelationshipNameFromPath($path1, null, null), self::getRelationshipNameFromPath($path2, null, null));
if (!$relationship || strlen($tmp) < strlen($relationship)) {
$relationship = $tmp;
}
$path1 .= substr($path2, 0, 3);
$path2 = substr($path2, 3);
}
return $relationship;
}
/**
* Display an individual in a box - for charts, etc.
*
* @param Individual $individual
*
* @return string
*/
public function individualBoxSmall(Individual $individual)
{
$personBoxClass = array_search($individual->getSex(), array('person_box' => 'M', 'person_boxF' => 'F', 'person_boxNN' => 'U'));
if ($individual->getTree()->getPreference('SHOW_HIGHLIGHT_IMAGES')) {
$thumbnail = $individual->displayImage();
} else {
$thumbnail = '';
}
return '<div data-pid="' . $individual->getXref() . '" class="person_box_template ' . $personBoxClass . ' iconz box-style0" style="width: ' . $this->parameter('compact-chart-box-x') . 'px; min-height: ' . $this->parameter('compact-chart-box-y') . 'px">' . '<div class="compact_view">' . $thumbnail . '<a href="' . $individual->getHtmlUrl() . '">' . '<span class="namedef name0">' . $individual->getFullName() . '</span>' . '</a>' . '<div class="inout2 details0">' . $individual->getLifeSpan() . '</div>' . '</div>' . '<div class="inout"></div>' . '</div>';
}
/**
* Draw a person name preceded by sex icon, with parents as tooltip
*
* @param Individual $individual an individual
* @param string $dashed if = 'dashed' print dashed top border to separate multiple spuses
*
* @return string
*/
private function drawPersonName(Individual $individual, $dashed = '')
{
if ($this->all_partners === 'true') {
$family = $individual->getPrimaryChildFamily();
if ($family) {
$family_name = strip_tags($family->getFullName());
} else {
$family_name = I18N::translateContext('unknown family', 'unknown');
}
switch ($individual->getSex()) {
case 'M':
$title = ' title="' . I18N::translate('Son of %s', $family_name) . '"';
break;
case 'F':
$title = ' title="' . I18N::translate('Daughter of %s', $family_name) . '"';
break;
default:
$title = ' title="' . I18N::translate('Child of %s', $family_name) . '"';
break;
}
} else {
$title = '';
}
$sex = $individual->getSex();
return '<div class="tv' . $sex . ' ' . $dashed . '"' . $title . '><a href="' . $individual->getHtmlUrl() . '"></a>' . $individual->getFullName() . ' <span class="dates">' . $individual->getLifeSpan() . '</span></div>';
}
/**
* import record into database
*
* this function will parse the given gedcom record and add it to the database
*
* @param string $gedrec the raw gedcom record to parse
* @param Tree $tree import the record into this tree
* @param bool $update whether or not this is an updated record that has been accepted
*/
public static function importRecord($gedrec, Tree $tree, $update)
{
$tree_id = $tree->getTreeId();
// Escaped @ signs (only if importing from file)
if (!$update) {
$gedrec = str_replace('@@', '@', $gedrec);
}
// Standardise gedcom format
$gedrec = self::reformatRecord($gedrec, $tree);
// import different types of records
if (preg_match('/^0 @(' . WT_REGEX_XREF . ')@ (' . WT_REGEX_TAG . ')/', $gedrec, $match)) {
list(, $xref, $type) = $match;
// check for a _UID, if the record doesn't have one, add one
if ($tree->getPreference('GENERATE_UIDS') && !strpos($gedrec, "\n1 _UID ")) {
$gedrec .= "\n1 _UID " . GedcomTag::createUid();
}
} elseif (preg_match('/0 (HEAD|TRLR)/', $gedrec, $match)) {
$type = $match[1];
$xref = $type;
// For HEAD/TRLR, use type as pseudo XREF.
} else {
echo I18N::translate('Invalid GEDCOM format'), '<br><pre>', $gedrec, '</pre>';
return;
}
// If the user has downloaded their GEDCOM data (containing media objects) and edited it
// using an application which does not support (and deletes) media objects, then add them
// back in.
if ($tree->getPreference('keep_media') && $xref) {
$old_linked_media = Database::prepare("SELECT l_to FROM `##link` WHERE l_from=? AND l_file=? AND l_type='OBJE'")->execute(array($xref, $tree_id))->fetchOneColumn();
foreach ($old_linked_media as $media_id) {
$gedrec .= "\n1 OBJE @" . $media_id . "@";
}
}
switch ($type) {
case 'INDI':
// Convert inline media into media objects
$gedrec = self::convertInlineMedia($tree, $gedrec);
$record = new Individual($xref, $gedrec, null, $tree);
if (preg_match('/\\n1 RIN (.+)/', $gedrec, $match)) {
$rin = $match[1];
} else {
$rin = $xref;
}
Database::prepare("INSERT INTO `##individuals` (i_id, i_file, i_rin, i_sex, i_gedcom) VALUES (?, ?, ?, ?, ?)")->execute(array($xref, $tree_id, $rin, $record->getSex(), $gedrec));
// Update the cross-reference/index tables.
self::updatePlaces($xref, $tree_id, $gedrec);
self::updateDates($xref, $tree_id, $gedrec);
self::updateLinks($xref, $tree_id, $gedrec);
self::updateNames($xref, $tree_id, $record);
break;
case 'FAM':
// Convert inline media into media objects
$gedrec = self::convertInlineMedia($tree, $gedrec);
if (preg_match('/\\n1 HUSB @(' . WT_REGEX_XREF . ')@/', $gedrec, $match)) {
$husb = $match[1];
} else {
$husb = '';
}
if (preg_match('/\\n1 WIFE @(' . WT_REGEX_XREF . ')@/', $gedrec, $match)) {
$wife = $match[1];
} else {
$wife = '';
}
$nchi = preg_match_all('/\\n1 CHIL @(' . WT_REGEX_XREF . ')@/', $gedrec, $match);
if (preg_match('/\\n1 NCHI (\\d+)/', $gedrec, $match)) {
$nchi = max($nchi, $match[1]);
}
Database::prepare("INSERT INTO `##families` (f_id, f_file, f_husb, f_wife, f_gedcom, f_numchil) VALUES (?, ?, ?, ?, ?, ?)")->execute(array($xref, $tree_id, $husb, $wife, $gedrec, $nchi));
// Update the cross-reference/index tables.
self::updatePlaces($xref, $tree_id, $gedrec);
self::updateDates($xref, $tree_id, $gedrec);
self::updateLinks($xref, $tree_id, $gedrec);
break;
case 'SOUR':
// Convert inline media into media objects
$gedrec = self::convertInlineMedia($tree, $gedrec);
$record = new Source($xref, $gedrec, null, $tree);
if (preg_match('/\\n1 TITL (.+)/', $gedrec, $match)) {
$name = $match[1];
} elseif (preg_match('/\\n1 ABBR (.+)/', $gedrec, $match)) {
$name = $match[1];
} else {
$name = $xref;
}
Database::prepare("INSERT INTO `##sources` (s_id, s_file, s_name, s_gedcom) VALUES (?, ?, LEFT(?, 255), ?)")->execute(array($xref, $tree_id, $name, $gedrec));
// Update the cross-reference/index tables.
self::updateLinks($xref, $tree_id, $gedrec);
self::updateNames($xref, $tree_id, $record);
break;
case 'REPO':
// Convert inline media into media objects
$gedrec = self::convertInlineMedia($tree, $gedrec);
$record = new Repository($xref, $gedrec, null, $tree);
Database::prepare("INSERT INTO `##other` (o_id, o_file, o_type, o_gedcom) VALUES (?, ?, 'REPO', ?)")->execute(array($xref, $tree_id, $gedrec));
// Update the cross-reference/index tables.
self::updateLinks($xref, $tree_id, $gedrec);
self::updateNames($xref, $tree_id, $record);
break;
case 'NOTE':
$record = new Note($xref, $gedrec, null, $tree);
Database::prepare("INSERT INTO `##other` (o_id, o_file, o_type, o_gedcom) VALUES (?, ?, 'NOTE', ?)")->execute(array($xref, $tree_id, $gedrec));
// Update the cross-reference/index tables.
self::updateLinks($xref, $tree_id, $gedrec);
self::updateNames($xref, $tree_id, $record);
break;
case 'OBJE':
$record = new Media($xref, $gedrec, null, $tree);
Database::prepare("INSERT INTO `##media` (m_id, m_ext, m_type, m_titl, m_filename, m_file, m_gedcom) VALUES (?, LEFT(?, 6), LEFT(?, 60), LEFT(?, 255), left(?, 512), ?, ?)")->execute(array($xref, $record->extension(), $record->getMediaType(), $record->getTitle(), $record->getFilename(), $tree_id, $gedrec));
// Update the cross-reference/index tables.
self::updateLinks($xref, $tree_id, $gedrec);
self::updateNames($xref, $tree_id, $record);
break;
default:
// HEAD, TRLR, SUBM, SUBN, and custom record types.
// Force HEAD records to have a creation date.
if ($type === 'HEAD' && strpos($gedrec, "\n1 DATE ") === false) {
$gedrec .= "\n1 DATE " . date('j M Y');
}
Database::prepare("INSERT INTO `##other` (o_id, o_file, o_type, o_gedcom) VALUES (?, ?, LEFT(?, 15), ?)")->execute(array($xref, $tree_id, $type, $gedrec));
// Update the cross-reference/index tables.
self::updateLinks($xref, $tree_id, $gedrec);
break;
}
}
